Difference between revisions of "PVS static analyzer - 5.0 Release"

From Octave
Jump to navigation Jump to search
m (mark ov-fcn-inline.cc (803) as done with cset b66765e66e87)
m (mark as done with cset 4aebddba871c)
Line 5,082: Line 5,082:
 
     </tr>
 
     </tr>
 
     <tr>
 
     <tr>
       <td style='width: 30%;'><div title="/home/pavel/oct/octave/libinterp/octave-value/ov-fcn-handle.cc">ov-fcn-handle.cc (1739)</div></td>
+
       <td style='width: 30%;text-decoration: line-through;'><div title="/home/pavel/oct/octave/libinterp/octave-value/ov-fcn-handle.cc">ov-fcn-handle.cc (1739)</div></td>
 
       <td style='width: 5%;'>[https://www.viva64.com/en/w/v601/ V601]</td>
 
       <td style='width: 5%;'>[https://www.viva64.com/en/w/v601/ V601]</td>
 
       <td style='width: 65%;'>The string literal is implicitly cast to the bool type. Inspect the first argument.</td>
 
       <td style='width: 65%;'>The string literal is implicitly cast to the bool type. Inspect the first argument.</td>
Line 5,092: Line 5,092:
 
     </tr>
 
     </tr>
 
     <tr>
 
     <tr>
       <td style='width: 30%;'><div title="/home/pavel/oct/octave/libinterp/octave-value/ov-fcn-handle.cc">ov-fcn-handle.cc (1828)</div></td>
+
       <td style='width: 30%;text-decoration: line-through;'><div title="/home/pavel/oct/octave/libinterp/octave-value/ov-fcn-handle.cc">ov-fcn-handle.cc (1828)</div></td>
 
       <td style='width: 5%;'>[https://www.viva64.com/en/w/v601/ V601]</td>
 
       <td style='width: 5%;'>[https://www.viva64.com/en/w/v601/ V601]</td>
 
       <td style='width: 65%;'>The string literal is implicitly cast to the bool type. Inspect the first argument.</td>
 
       <td style='width: 65%;'>The string literal is implicitly cast to the bool type. Inspect the first argument.</td>

Revision as of 10:43, 2 January 2019

This page tracks the progress of #55347. Upload any changesets which fix bugs to that report.

Add

text-decoration: line-through;

to cross an item off the list when it has been done.

Add

WON'T FIX

and the strike through tag for any bugs that will not be fixed in this round.


   
MESSAGES
Location Code Message
Fails/Info
special-casing-table.h (73)
V011 Presence of #line directives may cause some diagnostic messages to have incorrect file name and line number.
lex.cc (27)
V011 Presence of #line directives may cause some diagnostic messages to have incorrect file name and line number.
oct-parse.h (221)
V011 Presence of #line directives may cause some diagnostic messages to have incorrect file name and line number.
oct-gperf.h (32)
V011 Presence of #line directives may cause some diagnostic messages to have incorrect file name and line number.
lex.cc (1)
V002 Some diagnostic messages may contain incorrect line number in this file.
oct-parse.cc (77)
V011 Presence of #line directives may cause some diagnostic messages to have incorrect file name and line number.
oct-parse.cc (1)
V002 Some diagnostic messages may contain incorrect line number in this file.
ls-oct-text.cc (1)
V002 Some diagnostic messages may contain incorrect line number in this file.
oct-tex-lexer.cc (24)
V011 Presence of #line directives may cause some diagnostic messages to have incorrect file name and line number.
oct-tex-parser.h (51)
V011 Presence of #line directives may cause some diagnostic messages to have incorrect file name and line number.
oct-tex-lexer.cc (1)
V002 Some diagnostic messages may contain incorrect line number in this file.
oct-tex-parser.cc (72)
V011 Presence of #line directives may cause some diagnostic messages to have incorrect file name and line number.
dNDArray.cc (1)
V002 Some diagnostic messages may contain incorrect line number in this file.
fNDArray.cc (1)
V002 Some diagnostic messages may contain incorrect line number in this file.
General Analysis (GA)
areadlink-with-size.c (59)
V547 Expression 'symlink_max < INITIAL_LIMIT_BOUND' is always true.
canonicalize.c (161)
V547 Expression 'prefix_len' is always false.
canonicalize.c (297)
V547 Expression 'pfxlen' is always false.
careadlinkat.c (145)
V547 Expression 'buf_size_max < (18446744073709551615UL)' is always true.
md2.c (60)
V512 A call of the 'memcpy' function will lead to underflow of the buffer 'ctx->X'.
md4.c (245)
V512 A call of the 'memcpy' function will lead to underflow of the buffer 'ctx->buffer'.
md5.c (279)
V512 A call of the 'memcpy' function will lead to underflow of the buffer 'ctx->buffer'.
md5.c (316)
V1003 The macro 'FF' is a dangerous expression. The parameters 'b', 'c', 'd' must be surrounded by parentheses.
md5.c (318)
V1003 The macro 'FH' is a dangerous expression. The parameters 'b', 'c', 'd' must be surrounded by parentheses.
md5.c (319)
V1003 The macro 'FI' is a dangerous expression. The parameters 'b', 'c', 'd' must be surrounded by parentheses.
md5.c (372)
V1003 The macro 'CYCLIC' is a dangerous expression. The parameters 'w', 's' must be surrounded by parentheses.
sha1.c (266)
V512 A call of the 'memcpy' function will lead to underflow of the buffer 'ctx->buffer'.
sha1.c (307)
V1003 The macro 'F1' is a dangerous expression. The parameters 'B', 'C', 'D' must be surrounded by parentheses.
sha1.c (308)
V1003 The macro 'F2' is a dangerous expression. The parameters 'B', 'C', 'D' must be surrounded by parentheses.
sha1.c (309)
V1003 The macro 'F3' is a dangerous expression. The parameters 'B', 'C', 'D' must be surrounded by parentheses.
sha1.c (310)
V1003 The macro 'F4' is a dangerous expression. The parameters 'B', 'C', 'D' must be surrounded by parentheses.
sha1.c (338)
V1003 The macro 'M' is a dangerous expression. The parameter 'I' must be surrounded by parentheses.
sha256.c (185)
V785 Constant expression in switch statement.
sha256.c (345)
V512 A call of the 'memcpy' function will lead to underflow of the buffer 'ctx->buffer'.
sha256.c (401)
V1003 The macro 'F2' is a dangerous expression. The parameters 'A', 'B', 'C' must be surrounded by parentheses.
sha256.c (402)
V1003 The macro 'F1' is a dangerous expression. The parameters 'E', 'F', 'G' must be surrounded by parentheses.
sha256.c (432)
V1003 The macro 'S0' is a dangerous expression. The parameter 'x' must be surrounded by parentheses.
sha256.c (433)
V1003 The macro 'S1' is a dangerous expression. The parameter 'x' must be surrounded by parentheses.
sha256.c (437)
V1003 The macro 'M' is a dangerous expression. The parameter 'I' must be surrounded by parentheses.
sha512.c (186)
V785 Constant expression in switch statement.
sha512.c (346)
V512 A call of the 'memcpy' function will lead to underflow of the buffer 'ctx->buffer'.
u64.h (31)
V1003 The macro 'u64rol' is a dangerous expression. The parameter 'n' must be surrounded by parentheses.
dirname-lgpl.c (38)
V547 Expression 'prefix_length != 0' is always false.
dirname-lgpl.c (76)
V560 A part of conditional expression is always false: length == 0.
basename-lgpl.c (70)
V560 A part of conditional expression is always false: prefix_len.
filemode.c (170)
V501 There are identical sub-expressions to the left and to the right of the '-' operator: (statp)->st_mode - (statp)->st_mode
filemode.c (174)
V501 There are identical sub-expressions to the left and to the right of the '-' operator: (statp)->st_mode - (statp)->st_mode
filemode.c (176)
V501 There are identical sub-expressions to the left and to the right of the '-' operator: (statp)->st_mode - (statp)->st_mode
filemode.c (174)
V517 The use of 'if (A) {...} else if (A) {...}' pattern was detected. There is a probability of logical error presence. Check lines: 174, 176.
filemode.c (172)
V517 The use of 'if (A) {...} else if (A) {...}' pattern was detected. There is a probability of logical error presence. Check lines: 172, 178.
filemode.c (170)
V517 The use of 'if (A) {...} else if (A) {...}' pattern was detected. There is a probability of logical error presence. Check lines: 170, 174.
nstrftime.c (1463)
V536 Be advised that the utilized constant value is represented by an octal form. Oct: 024, Dec: 20.
gettext.h (154)
V547 Expression 'translation == msg_ctxt_id' is always true.
gettext.h (235)
V547 Expression 'translation != msg_ctxt_id' is always false.
gettext.h (241)
V558 Function returns the pointer to temporary local object.
gettext.h (240)
V547 Expression 'found_translation' is always false.
tempname.c (208)
V526 The 'memcmp' function returns 0 if corresponding buffers are equal. Consider examining the condition for mistakes.
tmpdir.c (133)
V549 The first argument of 'strcmp' function is equal to the second argument.
u-casemap.h (286)
V769 The 'result' pointer in the 'result + length' expression could be nullptr. In such case, resulting value will be senseless and it should not be used.
u8-to-u32.c (97)
V522 There might be dereferencing of a potential null pointer 'result'.
u8-to-u32.c (105)
V641 The size of the allocated memory buffer is not a multiple of the element size.
xmalloc.c (61)
V701 realloc() possible leak: when realloc() fails in allocating memory, original pointer 'p' is lost. Consider assigning realloc() to a temporary pointer.
xmalloc.c (86)
V575 The potential null pointer is passed into 'memset' function. Inspect the first argument.
xmalloc.c (113)
V575 The potential null pointer is passed into 'memcpy' function. Inspect the first argument.
mktime.c (142)
V610 Unspecified behavior. Check the shift operator '>>'. The left operand '-one' is negative.
mktime.c (142)
V547 Expression '- one >> 1 == - 1' is always true.
mktime.c (150)
V560 A part of conditional expression is always true: (!((time_t) 0 < (time_t) - 1)).
mktime.c (153)
V547 Expression is always false.
mktime.c (274)
V547 Expression '* t < mktime_min' is always false.
mktime.c (275)
V547 Expression '* t <= mktime_max' is always true.
mktime.c (473)
V560 A part of conditional expression is always true: mktime_min <= gt.
mktime.c (473)
V560 A part of conditional expression is always true: gt <= mktime_max.
mktime.c (506)
V560 A part of conditional expression is always true: mktime_min <= t.
mktime.c (506)
V560 A part of conditional expression is always true: t <= mktime_max.
mktime.c (506)
V560 A part of conditional expression is always false: !(mktime_min <= t && t <= mktime_max).
time_rz.c (71)
V564 The '|' operator is applied to bool type value. You've probably forgotten to include parentheses or intended to use the '||' operator.
time_rz.c (77)
V792 The 'isdst_differ' function located to the right of the operator '|' will be called regardless of the value of the left operand. Perhaps, it is better to use '||'.
vasnprintf.c (1896)
V769 The 'result' pointer in the 'result + length' expression could be nullptr. In such case, resulting value will be senseless and it should not be used.
vasnprintf.c (4943)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: sizeof (char) / sizeof (char)
vasnprintf.c (4962)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: sizeof (char) / sizeof (char)
vasnprintf.c (4963)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: sizeof (char) / sizeof (char)
vasnprintf.c (4964)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: sizeof (char) / sizeof (char)
vasnprintf.c (5234)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: sizeof (char) / sizeof (char)
vasnprintf.c (5250)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: sizeof (char) / sizeof (char)
vasnprintf.c (5251)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: sizeof (char) / sizeof (char)
vasnprintf.c (1785)
V553 The length of 'vasnprintf' function's body is more than 2000 lines long. You should consider refactoring the code.
dim-vector.h (224)
V659 Declarations of functions with 'elem' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 218, 224.
idx-vector.h (634)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (654)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (661)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (670)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (708)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (726)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (733)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (742)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (780)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (798)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (805)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (814)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (850)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (865)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (872)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (880)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (922)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (938)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (945)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.h (955)
V522 There might be dereferencing of a potential null pointer 'r'.
lo-mappers.h (52)
V601 The bool type is implicitly cast to the double type.
lo-mappers.h (53)
V601 The bool type is implicitly cast to the float type.
lo-mappers.h (149)
V550 An odd precise comparison: fabs(x - t) == 0.5. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-mappers.h (160)
V550 An odd precise comparison: fabsf(x - t) == 0.5f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-mappers.h (216)
V550 An odd precise comparison: x == round(x). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-mappers.h (217)
V550 An odd precise comparison: x == round(x). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.h (1307)
V550 An odd precise comparison: x == static_cast<double> (y). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.h (1307)
V550 An odd precise comparison: static_cast<double> (x) == y. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.h (1308)
V550 An odd precise comparison: x != static_cast<double> (y). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
oct-inttypes.h (1308)
V550 An odd precise comparison: static_cast<double> (x) != y. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
mx-inlines.cc (627)
V550 An odd precise comparison: x != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
mx-inlines.cc (633)
V550 An odd precise comparison: x == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
mx-inlines.cc (639)
V550 An odd precise comparison: x != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
mx-inlines.cc (645)
V550 An odd precise comparison: x == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
mx-inlines.cc (652)
V550 An odd precise comparison: x != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
mx-inlines.cc (658)
V550 An odd precise comparison: x == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
mx-inlines.cc (664)
V550 An odd precise comparison: x != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
mx-inlines.cc (670)
V550 An odd precise comparison: x == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Sparse.h (382)
V659 Declarations of functions with 'checkelem' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 319, 382.
Sparse.h (390)
V659 Declarations of functions with 'checkelem' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 331, 390.
Sparse.h (398)
V659 Declarations of functions with 'checkelem' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 342, 398.
Sparse.h (408)
V659 Declarations of functions with 'elem' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 352, 408.
Sparse.h (410)
V659 Declarations of functions with 'elem' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 358, 410.
Sparse.h (474)
V659 Declarations of functions with 'data' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 467, 474.
Sparse.h (487)
V659 Declarations of functions with 'ridx' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 476, 487.
Sparse.h (485)
V659 Declarations of functions with 'ridx' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 477, 485.
Sparse.h (500)
V659 Declarations of functions with 'cidx' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 489, 500.
Sparse.h (498)
V659 Declarations of functions with 'cidx' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 490, 498.
MSparse.cc (68)
V560 A part of conditional expression is always true: jb_lt_max.
MSparse.cc (334)
V560 A part of conditional expression is always true: jb_lt_max.
MSparse.cc (451)
V560 A part of conditional expression is always true: jb_lt_max.
MSparse.cc (549)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: Zero / Zero
MSparse.cc (570)
V560 A part of conditional expression is always true: jb_lt_max.
Range.h (33)
V690 The 'Range' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-base.h (201)
V690 The 'octave_base_value' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ovl.h (170)
V659 Declarations of functions with 'elem' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 162, 170.
oct-map.h (89)
V794 The assignment operator should be protected from the case of 'this == &o'.
Array.h (426)
V512 Instantiation of Array <int>: A call of the 'compute_index' function will lead to overflow of the buffer 'ra_idx.data()'.
lo-regexp.h (196)
V690 The 'match_element' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
__delaunayn__.cc (159)
V601 The 'false' value is implicitly cast to the integer type.
__delaunayn__.cc (207)
V547 Expression '!exitcode' is always true.
idx-vector.h (566)
V524 It is odd that the body of 'checkelem' function is fully equivalent to the body of 'xelem' function.
Array.h (385)
V524 It is odd that the body of 'columns' function is fully equivalent to the body of 'cols' function.
mx-inlines.cc (611)
V524 It is odd that the body of 'xis_true' function is fully equivalent to the body of 'logical_value' function.
DiagArray2.h (89)
V524 It is odd that the body of 'columns' function is fully equivalent to the body of 'cols' function.
DiagArray2.h (93)
V524 It is odd that the body of 'length' function is fully equivalent to the body of 'diag_length' function.
Sparse.h (249)
V524 It is odd that the body of 'columns' function is fully equivalent to the body of 'cols' function.
dMatrix.h (128)
V524 It is odd that the body of 'transpose' function is fully equivalent to the body of 'hermitian' function.
Range.h (86)
V524 It is odd that the body of 'columns' function is fully equivalent to the body of 'cols' function.
fMatrix.h (132)
V524 It is odd that the body of 'transpose' function is fully equivalent to the body of 'hermitian' function.
PermMatrix.h (55)
V524 It is odd that the body of 'columns' function is fully equivalent to the body of 'cols' function.
ov-base.h (255)
V524 It is odd that the body of 'numeric_demotion_function' function is fully equivalent to the body of 'numeric_conversion_function' function.
Cell.h (123)
V524 It is odd that the body of 'any' function is fully equivalent to the body of 'all' function.
oct-map.h (390)
V524 It is odd that the body of 'columns' function is fully equivalent to the body of 'cols' function.
ov-fcn.h (93)
V524 It is odd that the body of 'time_checked' function is fully equivalent to the body of 'time_parsed' function.
oct-sort.h (193)
V730 It is possible that not all members of a class are initialized inside the constructor. Consider inspecting: pending.
chol.h (42)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: is_upper.
chol.h (57)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: is_upper.
ov-builtin.h (53)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: m.
mx-inlines.cc (675)
V1003 The macro 'OP_RED_SUMSQ' is a dangerous expression. The parameter 'el' must be surrounded by parentheses.
Array.h (426)
V512 Instantiation of Array < octave_f77_int_type >: A call of the 'compute_index' function will lead to overflow of the buffer 'ra_idx.data()'.
ov-base-mat.h (177)
V659 Declarations of functions with 'matrix_ref' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 171, 177.
ov-fcn-handle.h (45)
V690 The 'octave_fcn_handle' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
hook-fcn.h (35)
V690 The 'base_hook_function' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
input.h (203)
V690 The 'base_reader' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
oct-handle.h (118)
V550 An odd precise comparison: a.value() == b.value(). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-handle.h (124)
V550 An odd precise comparison: a.value() != b.value(). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-classdef.h (1601)
V522 There might be dereferencing of a potential null pointer.
ov-classdef.h (1610)
V522 There might be dereferencing of a potential null pointer.
call-stack.h (52)
V690 The 'stack_frame' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
__eigs__.cc (117)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
__eigs__.cc (333)
V550 An odd precise comparison: tmp.double_value() != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
__eigs__.cc (340)
V550 An odd precise comparison: tmp.double_value() != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
__eigs__.cc (369)
V550 An odd precise comparison: tmp.double_value() != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
__eigs__.cc (462)
V550 An odd precise comparison: sigmai != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
lex.h (164)
V524 It is odd that the body of 'clear' function is fully equivalent to the body of 'reset' function.
token.h (166)
V773 The 'm_str' pointer was not released in destructor. A memory leak is possible.
token.h (166)
V773 The 'm_sr' pointer was not released in destructor. A memory leak is possible.
token.h (166)
V773 The 'm_superclass_info' pointer was not released in destructor. A memory leak is possible.
ov-base-mat.h (68)
V773 The 'idx_cache' pointer was not released in destructor. A memory leak is possible.
__glpk__.cc (106)
V550 An odd precise comparison: lb[i] != ub[i]. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
__glpk__.cc (290)
V636 The expression was implicitly cast from 'long' type to 'double' type. Consider utilizing an explicit type cast to avoid the loss of a fractional part. An example: double A = (double)(X) / Y;.
graphics.h (228)
V794 The assignment operator should be protected from the case of 'this == &s'.
graphics.h (270)
V690 The 'base_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (423)
V690 The 'string_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (469)
V690 The 'string_array_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (669)
V690 The 'text_label_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (913)
V690 The 'radio_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (1051)
V690 The 'color_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (1165)
V690 The 'double_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (1254)
V547 Expression 'finite_constraint == NOT_INF' is always true.
graphics.h (1260)
V550 An odd precise comparison: new_val != current_val. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
graphics.h (1277)
V690 The 'double_radio_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (1359)
V690 The 'array_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (1623)
V690 The 'handle_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (1668)
V690 The 'any_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (1701)
V690 The 'children_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (1770)
V550 An odd precise comparison: hchild == old_gh. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.h (1826)
V547 Expression 'is_ok' is always true.
graphics.h (1896)
V690 The 'callback_property' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
graphics.h (2915)
V678 An object is used as an argument to its own method. Consider checking the first actual argument of the 'override_defaults' function.
graphics.h (4515)
V553 The length of 'properties' class's declaration is more than 2000 lines long. You should consider refactoring the code.
graphics.h (4512)
V553 The length of 'axes' class's declaration is more than 2000 lines long. You should consider refactoring the code.
__init_fltk__.cc (190)
V550 An odd precise comparison: m_number != new_number. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
__init_fltk__.cc (531)
V560 A part of conditional expression is always true: idx >= 0.
__init_fltk__.cc (1389)
V601 The integer type is implicitly cast to the char type.
__init_fltk__.cc (1855)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
graphics.h (6607)
V524 It is odd that the body of 'update_titlefontweight' function is fully equivalent to the body of 'update_fontweight' function.
text-renderer.h (136)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: z.
__init_fltk__.cc (742)
V773 The 'm_menubar' pointer was not released in destructor. A memory leak is possible.
__init_gnuplot__.cc (209)
V565 An empty exception handler. Silent suppression of exceptions can hide the presence of bugs in source code during testing.
__ode15__.cc (1154)
V768 The expression 'tspan.issorted()' is of enum type. It is odd that it is used as an expression of a Boolean-type.
__ode15__.cc (1142)
V519 The 'ida_fcn' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1135, 1142.
__voronoi__.cc (156)
V601 The 'false' value is implicitly cast to the integer type.
mxarray.h (536)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 536, 535.
ov-base-scalar.h (44)
V690 The 'octave_base_scalar' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-base-scalar.h (112)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
ov-base-scalar.h (121)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
ov-scalar.h (49)
V690 The 'octave_scalar' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-intx.h (118)
V519 The 'retval' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 110, 118.
ov-intx.h (134)
V519 The 'retval' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 126, 134.
audiodevinfo.cc (915)
V547 Expression 'type == TYPE_UINT16' is always true.
audiodevinfo.cc (1363)
V547 Expression 'sample_l32 & 0x00800000' is always false.
audiodevinfo.cc (1366)
V547 Expression 'sample_r32 & 0x00800000' is always false.
audiodevinfo.cc (1441)
V547 Expression 'sample_l32 & 0x00800000' is always false.
audiodevinfo.cc (1444)
V547 Expression 'sample_r32 & 0x00800000' is always false.
audiodevinfo.cc (2233)
V668 There is no sense in testing the 'recorder' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
audiodevinfo.cc (2257)
V547 Expression 'is_function' is always false.
ov-base-scalar.h (95)
V524 It is odd that the body of 'any' function is fully equivalent to the body of 'all' function.
ov-intx.h (516)
V524 It is odd that the body of 'scalar_value' function is fully equivalent to the body of 'double_value' function.
ov-intx.h (518)
V524 It is odd that the body of 'float_scalar_value' function is fully equivalent to the body of 'float_value' function.
audioread.cc (119)
V550 An odd precise comparison: octave::math::x_nint(dstart) != dstart. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
audioread.cc (120)
V550 An odd precise comparison: octave::math::x_nint(dend) != dend. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
audioread.cc (162)
V525 The code contains the collection of similar blocks. Check items 'int16NDArray', 'int32NDArray', 'int32NDArray' in lines 162, 165, 168.
audioread.cc (349)
V519 The 'info.channels' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 347, 349.
ccolamd.cc (175)
V550 An odd precise comparison: knobs[3] != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ccolamd.cc (199)
V550 An odd precise comparison: knobs[2] != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ccolamd.cc (447)
V550 An odd precise comparison: knobs[2] != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ccolamd.cc (425)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 423, 425.
sparse-chol.h (46)
V690 The 'sparse_chol' class implements the '=' operator, but lacks a copy constructor. It is dangerous to use such a class.
chol.cc (253)
V614 Uninitialized variable 'info' used.
chol.cc (266)
V614 Uninitialized variable 'info' used.
chol.cc (286)
V614 Uninitialized variable 'info' used.
chol.cc (299)
V614 Uninitialized variable 'info' used.
chol.cc (414)
V614 Uninitialized variable 'info' used.
chol.cc (425)
V614 Uninitialized variable 'info' used.
chol.cc (441)
V614 Uninitialized variable 'info' used.
chol.cc (452)
V614 Uninitialized variable 'info' used.
convhulln.cc (171)
V601 The 'false' value is implicitly cast to the integer type.
gzip.cc (429)
V507 Pointer to local array 'buf_out' is stored outside the scope of this array. Such a pointer will become invalid.
gzip.cc (420)
V507 Pointer to local array 'buf_in' is stored outside the scope of this array. Such a pointer will become invalid.
symbfact.cc (123)
V601 The 'true' value is implicitly cast to the integer type.
symbfact.cc (124)
V601 The 'true' value is implicitly cast to the integer type.
symbfact.cc (164)
V601 The 'false' value is implicitly cast to the integer type.
symbfact.cc (178)
V601 The 'true' value is implicitly cast to the integer type.
symbfact.cc (213)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
symbfact.cc (317)
V601 The 'false' value is implicitly cast to the integer type. Inspect the fourth argument.
symbfact.cc (317)
V601 The 'true' value is implicitly cast to the integer type. Inspect the fifth argument.
symbfact.cc (133)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
annotation-dialog.cc (196)
V523 The 'then' statement is equivalent to the 'else' statement.
BaseControl.cc (214)
V522 There might be dereferencing of a potential null pointer 'm'.
ButtonControl.cc (88)
V550 An odd precise comparison: dValue != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ButtonControl.cc (88)
V550 An odd precise comparison: dValue != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ButtonControl.cc (90)
V550 An odd precise comparison: dValue == up.get_min(). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ButtonControl.cc (102)
V550 An odd precise comparison: dValue == up.get_max(). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-struct.h (45)
V690 The 'octave_struct' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-struct.h (168)
V690 The 'octave_scalar_struct' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ButtonGroup.cc (214)
V522 There might be dereferencing of a potential null pointer 'm'.
Canvas.cc (633)
V550 An odd precise comparison: tmpgo.get_handle() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
Figure.cc (772)
V522 There might be dereferencing of a potential null pointer 'dynamic_cast< QChildEvent * > (xevent)'.
Figure.cc (964)
V550 An odd precise comparison: old_dpr != new_dpr. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
gl-select.h (44)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: xp, yp.
ListBoxControl.cc (235)
V522 There might be dereferencing of a potential null pointer 'm'.
ListBoxControl.cc (249)
V522 There might be dereferencing of a potential null pointer 'm'.
Panel.cc (190)
V522 There might be dereferencing of a potential null pointer 'm'.
Table.cc (108)
V550 An odd precise comparison: d == floor(d). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Table.cc (109)
V550 An odd precise comparison: d == floor(d). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Table.cc (367)
V758 The 'c_str' reference becomes invalid when temporary object returned by a function is destroyed.
Table.cc (367)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the intmax_t type is expected.
Table.cc (368)
V758 The 'c_str' reference becomes invalid when temporary object returned by a function is destroyed.
Table.cc (368)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the uintmax_t type is expected.
Table.cc (369)
V758 The 'c_str' reference becomes invalid when temporary object returned by a function is destroyed.
Table.cc (369)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the intmax_t type is expected.
Table.cc (370)
V758 The 'c_str' reference becomes invalid when temporary object returned by a function is destroyed.
Table.cc (370)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the uintmax_t type is expected.
Table.cc (371)
V758 The 'c_str' reference becomes invalid when temporary object returned by a function is destroyed.
Table.cc (371)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the intmax_t type is expected.
Table.cc (372)
V758 The 'c_str' reference becomes invalid when temporary object returned by a function is destroyed.
Table.cc (372)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the uintmax_t type is expected.
Table.cc (373)
V758 The 'c_str' reference becomes invalid when temporary object returned by a function is destroyed.
Table.cc (373)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the intmax_t type is expected.
Table.cc (374)
V758 The 'c_str' reference becomes invalid when temporary object returned by a function is destroyed.
Table.cc (374)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the uintmax_t type is expected.
Table.cc (1324)
V560 A part of conditional expression is always true: widget.
Table.cc (1523)
V522 There might be dereferencing of a potential null pointer 'm'.
Table.cc (1561)
V522 There might be dereferencing of a potential null pointer 'k'.
Table.cc (1663)
V522 There might be dereferencing of a potential null pointer 'm'.
Table.cc (59)
V1003 The macro 'AUTO_HEIGHT' is a dangerous expression. The expression must be surrounded by parentheses.
ToolBar.cc (137)
V522 There might be dereferencing of a potential null pointer 'ae'.
shared-fcns.h (127)
V560 A part of conditional expression is always true: op == oep.
mkoctfile.cc (164)
V656 Variables 'vars["DATADIR"]', 'vars["DATAROOTDIR"]' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'prepend_octave_home("share")' expression. Check lines: 163, 164.
mkoctfile.cc (557)
V524 It is odd that the body of 'do_getenv' function is fully equivalent to the body of 'octave_getenv' function (shared-fcns.h, line 91).
async-system-wrapper.c (80)
V631 Consider inspecting the 'execl' function call. Defining an absolute path to the file or directory is considered a poor style.
getopt-wrapper.c (57)
V522 There might be dereferencing of a potential null pointer 'q'. Check lines: 57, 51.
signal-wrappers.c (83)
V517 The use of 'if (A) {...} else if (A) {...}' pattern was detected. There is a probability of logical error presence. Check lines: 83, 174.
uniconv-wrappers.c (71)
V575 The potential null pointer is passed into 'memcpy' function. Inspect the first argument. Check lines: 71, 70.
uniconv-wrappers.c (93)
V575 The potential null pointer is passed into 'memcpy' function. Inspect the first argument. Check lines: 93, 92.
ov-bool.h (48)
V690 The 'octave_bool' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-complex.h (48)
V690 The 'octave_complex' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-float.h (50)
V690 The 'octave_float_scalar' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-flt-complex.h (48)
V690 The 'octave_float_complex' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-str-mat.h (49)
V690 The 'octave_char_matrix_str' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-str-mat.h (182)
V690 The 'octave_char_matrix_sq_str' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-float.h (149)
V524 It is odd that the body of 'scalar_value' function is fully equivalent to the body of 'double_value' function.
op-b-b.cc (75)
V524 It is odd that the body of 'oct_unop_hermitian' function is fully equivalent to the body of 'oct_unop_transpose' function.
ov-base-sparse.h (47)
V690 The 'octave_base_sparse' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-cx-sparse.h (48)
V690 The 'octave_sparse_complex_matrix' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-re-sparse.h (49)
V690 The 'octave_sparse_matrix' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-bool-sparse.h (48)
V690 The 'octave_sparse_bool_matrix' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-range.h (158)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
ov-range.h (83)
V773 The 'idx_cache' pointer was not released in destructor. A memory leak is possible.
ov-base-diag.h (43)
V690 The 'octave_base_diag' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-cx-diag.h (35)
V690 The 'octave_complex_diag_matrix' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-flt-cx-diag.h (35)
V690 The 'octave_float_complex_diag_matrix' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-re-diag.h (35)
V690 The 'octave_diag_matrix' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-class.h (50)
V690 The 'octave_class' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
op-cm-cs.cc (52)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cm-cs.cc (98)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cm-cs.cc (88)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-cm-cs.cc (90)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-cm-s.cc (55)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cm-s.cc (96)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cm-s.cc (86)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-cm-s.cc (88)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-cm-scm.cc (60)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cm-sm.cc (60)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-cm.cc (69)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-cm.cc (102)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-cm.cc (88)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-cs-cm.cc (94)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-cs-cs.cc (50)
V550 An odd precise comparison: x == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-cs.cc (80)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-cs.cc (95)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-cs.cc (117)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-cs.cc (132)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-cs.cc (143)
V550 An odd precise comparison: v1.complex_value() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-cs-cs.cc (143)
V550 An odd precise comparison: v2.complex_value() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-cs-cs.cc (151)
V550 An odd precise comparison: v1.complex_value() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-cs-cs.cc (151)
V550 An odd precise comparison: v2.complex_value() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-cs-cs.cc (55)
V524 It is odd that the body of 'oct_unop_transpose' function is fully equivalent to the body of 'oct_unop_uplus' function.
op-cs-cs.cc (108)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-cs-cs.cc (110)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-cs-cs.cc (123)
V524 It is odd that the body of 'oct_binop_el_pow' function is fully equivalent to the body of 'oct_binop_pow' function.
op-cs-cs.cc (125)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-cs-m.cc (73)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-m.cc (97)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-m.cc (86)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-cs-m.cc (90)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-cs-s.cc (51)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-s.cc (66)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-s.cc (74)
V550 An odd precise comparison: v1.complex_value() == v2.scalar_value(). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-s.cc (77)
V550 An odd precise comparison: v1.complex_value() != v2.scalar_value(). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-cs-s.cc (88)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-s.cc (103)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-s.cc (114)
V550 An odd precise comparison: v1.complex_value() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-cs-s.cc (122)
V550 An odd precise comparison: v1.complex_value() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-cs-s.cc (79)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-cs-s.cc (81)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-cs-s.cc (94)
V524 It is odd that the body of 'oct_binop_el_pow' function is fully equivalent to the body of 'oct_binop_pow' function.
op-cs-s.cc (96)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-cs-scm.cc (57)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-scm.cc (89)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-scm.cc (116)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-scm.cc (102)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-cs-sm.cc (58)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-sm.cc (89)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-sm.cc (116)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-cs-sm.cc (104)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-cs-sm.cc (108)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
ov-flt-re-diag.h (35)
V690 The 'octave_float_diag_matrix' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
op-dm-scm.cc (378)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-dm-scm.cc (402)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-dm-scm.cc (426)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-dm-sm.cc (142)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcm-fcs.cc (57)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcm-fcs.cc (106)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcm-fcs.cc (94)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fcm-fcs.cc (97)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-fcm-fs.cc (60)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcm-fs.cc (110)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcm-fs.cc (98)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fcm-fs.cc (101)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-fcs-fcm.cc (76)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fcm.cc (111)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fcm.cc (95)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fcs-fcm.cc (102)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-fcs-fcs.cc (48)
V550 An odd precise comparison: x == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fcs.cc (78)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fcs.cc (93)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fcs.cc (115)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fcs.cc (130)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fcs.cc (141)
V550 An odd precise comparison: v1.float_complex_value() != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fcs-fcs.cc (142)
V550 An odd precise comparison: v2.float_complex_value() != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fcs-fcs.cc (150)
V550 An odd precise comparison: v1.float_complex_value() != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fcs-fcs.cc (151)
V550 An odd precise comparison: v2.float_complex_value() != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fcs-fcs.cc (53)
V524 It is odd that the body of 'oct_unop_transpose' function is fully equivalent to the body of 'oct_unop_uplus' function.
op-fcs-fcs.cc (106)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fcs-fcs.cc (108)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-fcs-fcs.cc (121)
V524 It is odd that the body of 'oct_binop_el_pow' function is fully equivalent to the body of 'oct_binop_pow' function.
op-fcs-fcs.cc (123)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-fcs-fm.cc (74)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fm.cc (107)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fm.cc (93)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fcs-fm.cc (100)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-fcs-fs.cc (54)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fs.cc (69)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fs.cc (77)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fs.cc (80)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fcs-fs.cc (91)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fs.cc (106)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fcs-fs.cc (117)
V550 An odd precise comparison: v1.float_complex_value() != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fcs-fs.cc (125)
V550 An odd precise comparison: v1.float_complex_value() != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fcs-fs.cc (82)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fcs-fs.cc (84)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-fcs-fs.cc (97)
V524 It is odd that the body of 'oct_binop_el_pow' function is fully equivalent to the body of 'oct_binop_pow' function.
op-fcs-fs.cc (99)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-fm-fcs.cc (59)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fm-fcs.cc (105)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fm-fcs.cc (95)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fm-fcs.cc (98)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-fm-fs.cc (51)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fm-fs.cc (96)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fm-fs.cc (87)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fm-fs.cc (89)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-fs-fcm.cc (82)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fcm.cc (117)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fcm.cc (101)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fs-fcm.cc (108)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-fs-fcs.cc (54)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fcs.cc (69)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fcs.cc (77)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fcs.cc (80)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fs-fcs.cc (91)
V550 An odd precise comparison: d == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fcs.cc (106)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fcs.cc (118)
V550 An odd precise comparison: v2.float_complex_value() != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fs-fcs.cc (127)
V550 An odd precise comparison: v2.float_complex_value() != 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fs-fcs.cc (82)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fs-fcs.cc (84)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-fs-fcs.cc (97)
V524 It is odd that the body of 'oct_binop_el_pow' function is fully equivalent to the body of 'oct_binop_pow' function.
op-fs-fcs.cc (99)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-fs-fm.cc (69)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fm.cc (102)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fm.cc (88)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fs-fm.cc (95)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-fs-fs.cc (50)
V550 An odd precise comparison: x == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fs.cc (74)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fs.cc (89)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fs.cc (97)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fs.cc (100)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-fs-fs.cc (111)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fs.cc (126)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-fs-fs.cc (102)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-fs-fs.cc (104)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-fs-fs.cc (117)
V524 It is odd that the body of 'oct_binop_el_pow' function is fully equivalent to the body of 'oct_binop_pow' function.
op-fs-fs.cc (119)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-i16-i16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.scalar_value()) < Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.scalar_value()) < Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.float_scalar_value()) < Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.float_scalar_value()) < Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison: v2.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison: v1.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison: v2.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i16-i16.cc (96)
V550 An odd precise comparison: v1.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_mul' function is fully equivalent to the body of 'oct_binop_ss_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_div' function is fully equivalent to the body of 'oct_binop_ss_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_pow' function is fully equivalent to the body of 'oct_binop_ss_pow' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_ldiv' function is fully equivalent to the body of 'oct_binop_ss_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_mul' function is fully equivalent to the body of 'oct_binop_ssx_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_div' function is fully equivalent to the body of 'oct_binop_ssx_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_pow' function is fully equivalent to the body of 'oct_binop_ssx_pow' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssx_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_mul' function is fully equivalent to the body of 'oct_binop_sxs_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_div' function is fully equivalent to the body of 'oct_binop_sxs_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_pow' function is fully equivalent to the body of 'oct_binop_sxs_pow' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxs_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_mul' function is fully equivalent to the body of 'oct_binop_ssfx_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_div' function is fully equivalent to the body of 'oct_binop_ssfx_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_pow' function is fully equivalent to the body of 'oct_binop_ssfx_pow' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssfx_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_mul' function is fully equivalent to the body of 'oct_binop_sfxs_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_div' function is fully equivalent to the body of 'oct_binop_sfxs_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_pow' function is fully equivalent to the body of 'oct_binop_sfxs_pow' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxs_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_mul' function is fully equivalent to the body of 'oct_binop_sm_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sm_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_mul' function is fully equivalent to the body of 'oct_binop_smx_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smx_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_mul' function is fully equivalent to the body of 'oct_binop_sxm_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxm_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_mul' function is fully equivalent to the body of 'oct_binop_smfx_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smfx_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_mul' function is fully equivalent to the body of 'oct_binop_sfxm_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxm_ldiv' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_mul' function is fully equivalent to the body of 'oct_binop_ms_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_div' function is fully equivalent to the body of 'oct_binop_ms_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_mul' function is fully equivalent to the body of 'oct_binop_msx_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_div' function is fully equivalent to the body of 'oct_binop_msx_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_mul' function is fully equivalent to the body of 'oct_binop_mxs_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_div' function is fully equivalent to the body of 'oct_binop_mxs_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_mul' function is fully equivalent to the body of 'oct_binop_msfx_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_div' function is fully equivalent to the body of 'oct_binop_msfx_div' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_mul' function is fully equivalent to the body of 'oct_binop_mfxs_mul' function.
op-i16-i16.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_div' function is fully equivalent to the body of 'oct_binop_mfxs_div' function.
op-i32-i32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.scalar_value()) < Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.scalar_value()) < Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.float_scalar_value()) < Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.float_scalar_value()) < Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison: v2.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison: v1.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison: v2.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i32-i32.cc (96)
V550 An odd precise comparison: v1.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_mul' function is fully equivalent to the body of 'oct_binop_ss_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_div' function is fully equivalent to the body of 'oct_binop_ss_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_pow' function is fully equivalent to the body of 'oct_binop_ss_pow' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_ldiv' function is fully equivalent to the body of 'oct_binop_ss_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_mul' function is fully equivalent to the body of 'oct_binop_ssx_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_div' function is fully equivalent to the body of 'oct_binop_ssx_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_pow' function is fully equivalent to the body of 'oct_binop_ssx_pow' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssx_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_mul' function is fully equivalent to the body of 'oct_binop_sxs_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_div' function is fully equivalent to the body of 'oct_binop_sxs_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_pow' function is fully equivalent to the body of 'oct_binop_sxs_pow' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxs_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_mul' function is fully equivalent to the body of 'oct_binop_ssfx_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_div' function is fully equivalent to the body of 'oct_binop_ssfx_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_pow' function is fully equivalent to the body of 'oct_binop_ssfx_pow' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssfx_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_mul' function is fully equivalent to the body of 'oct_binop_sfxs_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_div' function is fully equivalent to the body of 'oct_binop_sfxs_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_pow' function is fully equivalent to the body of 'oct_binop_sfxs_pow' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxs_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_mul' function is fully equivalent to the body of 'oct_binop_sm_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sm_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_mul' function is fully equivalent to the body of 'oct_binop_smx_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smx_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_mul' function is fully equivalent to the body of 'oct_binop_sxm_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxm_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_mul' function is fully equivalent to the body of 'oct_binop_smfx_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smfx_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_mul' function is fully equivalent to the body of 'oct_binop_sfxm_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxm_ldiv' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_mul' function is fully equivalent to the body of 'oct_binop_ms_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_div' function is fully equivalent to the body of 'oct_binop_ms_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_mul' function is fully equivalent to the body of 'oct_binop_msx_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_div' function is fully equivalent to the body of 'oct_binop_msx_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_mul' function is fully equivalent to the body of 'oct_binop_mxs_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_div' function is fully equivalent to the body of 'oct_binop_mxs_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_mul' function is fully equivalent to the body of 'oct_binop_msfx_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_div' function is fully equivalent to the body of 'oct_binop_msfx_div' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_mul' function is fully equivalent to the body of 'oct_binop_mfxs_mul' function.
op-i32-i32.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_div' function is fully equivalent to the body of 'oct_binop_mfxs_div' function.
op-i64-i64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.scalar_value()) < Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.scalar_value()) < Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.float_scalar_value()) < Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.float_scalar_value()) < Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison: v2.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison: v1.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison: v2.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i64-i64.cc (96)
V550 An odd precise comparison: v1.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_mul' function is fully equivalent to the body of 'oct_binop_ss_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_div' function is fully equivalent to the body of 'oct_binop_ss_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_pow' function is fully equivalent to the body of 'oct_binop_ss_pow' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_ldiv' function is fully equivalent to the body of 'oct_binop_ss_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_mul' function is fully equivalent to the body of 'oct_binop_ssx_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_div' function is fully equivalent to the body of 'oct_binop_ssx_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_pow' function is fully equivalent to the body of 'oct_binop_ssx_pow' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssx_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_mul' function is fully equivalent to the body of 'oct_binop_sxs_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_div' function is fully equivalent to the body of 'oct_binop_sxs_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_pow' function is fully equivalent to the body of 'oct_binop_sxs_pow' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxs_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_mul' function is fully equivalent to the body of 'oct_binop_ssfx_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_div' function is fully equivalent to the body of 'oct_binop_ssfx_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_pow' function is fully equivalent to the body of 'oct_binop_ssfx_pow' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssfx_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_mul' function is fully equivalent to the body of 'oct_binop_sfxs_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_div' function is fully equivalent to the body of 'oct_binop_sfxs_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_pow' function is fully equivalent to the body of 'oct_binop_sfxs_pow' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxs_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_mul' function is fully equivalent to the body of 'oct_binop_sm_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sm_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_mul' function is fully equivalent to the body of 'oct_binop_smx_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smx_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_mul' function is fully equivalent to the body of 'oct_binop_sxm_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxm_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_mul' function is fully equivalent to the body of 'oct_binop_smfx_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smfx_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_mul' function is fully equivalent to the body of 'oct_binop_sfxm_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxm_ldiv' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_mul' function is fully equivalent to the body of 'oct_binop_ms_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_div' function is fully equivalent to the body of 'oct_binop_ms_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_mul' function is fully equivalent to the body of 'oct_binop_msx_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_div' function is fully equivalent to the body of 'oct_binop_msx_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_mul' function is fully equivalent to the body of 'oct_binop_mxs_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_div' function is fully equivalent to the body of 'oct_binop_mxs_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_mul' function is fully equivalent to the body of 'oct_binop_msfx_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_div' function is fully equivalent to the body of 'oct_binop_msfx_div' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_mul' function is fully equivalent to the body of 'oct_binop_mfxs_mul' function.
op-i64-i64.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_div' function is fully equivalent to the body of 'oct_binop_mfxs_div' function.
op-i8-i8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.scalar_value()) < Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.scalar_value()) < Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.float_scalar_value()) < Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.float_scalar_value()) < Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison: v2.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison: v1.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison: v2.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i8-i8.cc (96)
V550 An odd precise comparison: v1.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_mul' function is fully equivalent to the body of 'oct_binop_ss_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_div' function is fully equivalent to the body of 'oct_binop_ss_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_pow' function is fully equivalent to the body of 'oct_binop_ss_pow' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_ldiv' function is fully equivalent to the body of 'oct_binop_ss_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_mul' function is fully equivalent to the body of 'oct_binop_ssx_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_div' function is fully equivalent to the body of 'oct_binop_ssx_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_pow' function is fully equivalent to the body of 'oct_binop_ssx_pow' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssx_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_mul' function is fully equivalent to the body of 'oct_binop_sxs_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_div' function is fully equivalent to the body of 'oct_binop_sxs_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_pow' function is fully equivalent to the body of 'oct_binop_sxs_pow' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxs_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_mul' function is fully equivalent to the body of 'oct_binop_ssfx_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_div' function is fully equivalent to the body of 'oct_binop_ssfx_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_pow' function is fully equivalent to the body of 'oct_binop_ssfx_pow' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssfx_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_mul' function is fully equivalent to the body of 'oct_binop_sfxs_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_div' function is fully equivalent to the body of 'oct_binop_sfxs_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_pow' function is fully equivalent to the body of 'oct_binop_sfxs_pow' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxs_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_mul' function is fully equivalent to the body of 'oct_binop_sm_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sm_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_mul' function is fully equivalent to the body of 'oct_binop_smx_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smx_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_mul' function is fully equivalent to the body of 'oct_binop_sxm_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxm_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_mul' function is fully equivalent to the body of 'oct_binop_smfx_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smfx_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_mul' function is fully equivalent to the body of 'oct_binop_sfxm_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxm_ldiv' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_mul' function is fully equivalent to the body of 'oct_binop_ms_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_div' function is fully equivalent to the body of 'oct_binop_ms_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_mul' function is fully equivalent to the body of 'oct_binop_msx_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_div' function is fully equivalent to the body of 'oct_binop_msx_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_mul' function is fully equivalent to the body of 'oct_binop_mxs_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_div' function is fully equivalent to the body of 'oct_binop_mxs_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_mul' function is fully equivalent to the body of 'oct_binop_msfx_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_div' function is fully equivalent to the body of 'oct_binop_msfx_div' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_mul' function is fully equivalent to the body of 'oct_binop_mfxs_mul' function.
op-i8-i8.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_div' function is fully equivalent to the body of 'oct_binop_mfxs_div' function.
op-m-cs.cc (58)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-m-cs.cc (97)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-m-cs.cc (88)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-m-cs.cc (90)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-m-s.cc (52)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-m-s.cc (91)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-m-s.cc (82)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-m-s.cc (84)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-m-scm.cc (60)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-m-sm.cc (58)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-pm-sm.cc (93)
V525 The code contains the collection of similar blocks. Check items 'op_mul', 'op_ldiv', 'op_mul', 'op_div' in lines 93, 95, 97, 99.
op-s-cm.cc (77)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-cm.cc (102)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-cm.cc (90)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-s-cm.cc (94)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-s-cs.cc (53)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-cs.cc (68)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-cs.cc (76)
V550 An odd precise comparison: v1.scalar_value() == v2.complex_value(). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-cs.cc (79)
V550 An odd precise comparison: v1.scalar_value() != v2.complex_value(). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-s-cs.cc (90)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-cs.cc (105)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-cs.cc (116)
V550 An odd precise comparison: v2.complex_value() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-s-cs.cc (124)
V550 An odd precise comparison: v2.complex_value() != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-s-cs.cc (81)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-s-cs.cc (83)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-s-cs.cc (96)
V524 It is odd that the body of 'oct_binop_el_pow' function is fully equivalent to the body of 'oct_binop_pow' function.
op-s-cs.cc (98)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-s-m.cc (69)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-m.cc (93)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-m.cc (82)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-s-m.cc (86)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-s-s.cc (51)
V550 An odd precise comparison: x == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-s.cc (75)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-s.cc (90)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-s.cc (98)
V550 An odd precise comparison: v1.scalar_value() == v2.scalar_value(). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-s.cc (101)
V550 An odd precise comparison: v1.scalar_value() != v2.scalar_value(). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-s-s.cc (112)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-s.cc (127)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-s.cc (103)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-s-s.cc (105)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-s-s.cc (118)
V524 It is odd that the body of 'oct_binop_el_pow' function is fully equivalent to the body of 'oct_binop_pow' function.
op-s-s.cc (120)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-s-scm.cc (60)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-scm.cc (93)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-scm.cc (121)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-scm.cc (108)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-s-scm.cc (112)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-s-sm.cc (55)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-sm.cc (86)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-sm.cc (113)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-s-sm.cc (101)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-s-sm.cc (105)
V524 It is odd that the body of 'oct_binop_el_ldiv' function is fully equivalent to the body of 'oct_binop_ldiv' function.
op-scm-cm.cc (80)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-cs.cc (56)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-cs.cc (82)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-cs.cc (117)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-cs.cc (105)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-scm-m.cc (79)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-s.cc (59)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-s.cc (90)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-s.cc (124)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-s.cc (113)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-scm-s.cc (115)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-scm-scm.cc (109)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-scm.cc (141)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-sm.cc (59)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-scm-sm.cc (91)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-cm.cc (80)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-cs.cc (57)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-cs.cc (81)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-cs.cc (114)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-cs.cc (104)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-sm-cs.cc (106)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-sm-m.cc (75)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-s.cc (54)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-s.cc (83)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-s.cc (116)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-s.cc (106)
V524 It is odd that the body of 'oct_binop_el_mul' function is fully equivalent to the body of 'oct_binop_mul' function.
op-sm-s.cc (108)
V524 It is odd that the body of 'oct_binop_el_div' function is fully equivalent to the body of 'oct_binop_div' function.
op-sm-scm.cc (59)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-scm.cc (91)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-sm.cc (82)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-sm-sm.cc (112)
V550 An odd precise comparison: d == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.scalar_value()) < Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.scalar_value()) < Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.float_scalar_value()) < Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.float_scalar_value()) < Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison: v2.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison: v1.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison: v2.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui16-ui16.cc (96)
V550 An odd precise comparison: v1.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_mul' function is fully equivalent to the body of 'oct_binop_ss_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_div' function is fully equivalent to the body of 'oct_binop_ss_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_pow' function is fully equivalent to the body of 'oct_binop_ss_pow' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_ldiv' function is fully equivalent to the body of 'oct_binop_ss_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_mul' function is fully equivalent to the body of 'oct_binop_ssx_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_div' function is fully equivalent to the body of 'oct_binop_ssx_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_pow' function is fully equivalent to the body of 'oct_binop_ssx_pow' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssx_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_mul' function is fully equivalent to the body of 'oct_binop_sxs_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_div' function is fully equivalent to the body of 'oct_binop_sxs_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_pow' function is fully equivalent to the body of 'oct_binop_sxs_pow' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxs_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_mul' function is fully equivalent to the body of 'oct_binop_ssfx_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_div' function is fully equivalent to the body of 'oct_binop_ssfx_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_pow' function is fully equivalent to the body of 'oct_binop_ssfx_pow' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssfx_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_mul' function is fully equivalent to the body of 'oct_binop_sfxs_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_div' function is fully equivalent to the body of 'oct_binop_sfxs_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_pow' function is fully equivalent to the body of 'oct_binop_sfxs_pow' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxs_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_mul' function is fully equivalent to the body of 'oct_binop_sm_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sm_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_mul' function is fully equivalent to the body of 'oct_binop_smx_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smx_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_mul' function is fully equivalent to the body of 'oct_binop_sxm_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxm_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_mul' function is fully equivalent to the body of 'oct_binop_smfx_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smfx_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_mul' function is fully equivalent to the body of 'oct_binop_sfxm_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxm_ldiv' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_mul' function is fully equivalent to the body of 'oct_binop_ms_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_div' function is fully equivalent to the body of 'oct_binop_ms_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_mul' function is fully equivalent to the body of 'oct_binop_msx_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_div' function is fully equivalent to the body of 'oct_binop_msx_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_mul' function is fully equivalent to the body of 'oct_binop_mxs_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_div' function is fully equivalent to the body of 'oct_binop_mxs_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_mul' function is fully equivalent to the body of 'oct_binop_msfx_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_div' function is fully equivalent to the body of 'oct_binop_msfx_div' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_mul' function is fully equivalent to the body of 'oct_binop_mfxs_mul' function.
op-ui16-ui16.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_div' function is fully equivalent to the body of 'oct_binop_mfxs_div' function.
op-ui32-ui32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.scalar_value()) < Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.scalar_value()) < Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.float_scalar_value()) < Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.float_scalar_value()) < Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison: v2.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison: v1.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison: v2.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui32-ui32.cc (96)
V550 An odd precise comparison: v1.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_mul' function is fully equivalent to the body of 'oct_binop_ss_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_div' function is fully equivalent to the body of 'oct_binop_ss_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_pow' function is fully equivalent to the body of 'oct_binop_ss_pow' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_ldiv' function is fully equivalent to the body of 'oct_binop_ss_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_mul' function is fully equivalent to the body of 'oct_binop_ssx_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_div' function is fully equivalent to the body of 'oct_binop_ssx_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_pow' function is fully equivalent to the body of 'oct_binop_ssx_pow' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssx_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_mul' function is fully equivalent to the body of 'oct_binop_sxs_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_div' function is fully equivalent to the body of 'oct_binop_sxs_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_pow' function is fully equivalent to the body of 'oct_binop_sxs_pow' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxs_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_mul' function is fully equivalent to the body of 'oct_binop_ssfx_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_div' function is fully equivalent to the body of 'oct_binop_ssfx_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_pow' function is fully equivalent to the body of 'oct_binop_ssfx_pow' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssfx_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_mul' function is fully equivalent to the body of 'oct_binop_sfxs_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_div' function is fully equivalent to the body of 'oct_binop_sfxs_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_pow' function is fully equivalent to the body of 'oct_binop_sfxs_pow' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxs_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_mul' function is fully equivalent to the body of 'oct_binop_sm_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sm_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_mul' function is fully equivalent to the body of 'oct_binop_smx_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smx_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_mul' function is fully equivalent to the body of 'oct_binop_sxm_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxm_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_mul' function is fully equivalent to the body of 'oct_binop_smfx_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smfx_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_mul' function is fully equivalent to the body of 'oct_binop_sfxm_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxm_ldiv' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_mul' function is fully equivalent to the body of 'oct_binop_ms_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_div' function is fully equivalent to the body of 'oct_binop_ms_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_mul' function is fully equivalent to the body of 'oct_binop_msx_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_div' function is fully equivalent to the body of 'oct_binop_msx_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_mul' function is fully equivalent to the body of 'oct_binop_mxs_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_div' function is fully equivalent to the body of 'oct_binop_mxs_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_mul' function is fully equivalent to the body of 'oct_binop_msfx_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_div' function is fully equivalent to the body of 'oct_binop_msfx_div' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_mul' function is fully equivalent to the body of 'oct_binop_mfxs_mul' function.
op-ui32-ui32.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_div' function is fully equivalent to the body of 'oct_binop_mfxs_div' function.
op-ui64-ui64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.scalar_value()) < Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.scalar_value()) < Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.float_scalar_value()) < Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.float_scalar_value()) < Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison: v2.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison: v1.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison: v2.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui64-ui64.cc (96)
V550 An odd precise comparison: v1.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_mul' function is fully equivalent to the body of 'oct_binop_ss_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_div' function is fully equivalent to the body of 'oct_binop_ss_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_pow' function is fully equivalent to the body of 'oct_binop_ss_pow' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_ldiv' function is fully equivalent to the body of 'oct_binop_ss_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_mul' function is fully equivalent to the body of 'oct_binop_ssx_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_div' function is fully equivalent to the body of 'oct_binop_ssx_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_pow' function is fully equivalent to the body of 'oct_binop_ssx_pow' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssx_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_mul' function is fully equivalent to the body of 'oct_binop_sxs_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_div' function is fully equivalent to the body of 'oct_binop_sxs_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_pow' function is fully equivalent to the body of 'oct_binop_sxs_pow' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxs_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_mul' function is fully equivalent to the body of 'oct_binop_ssfx_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_div' function is fully equivalent to the body of 'oct_binop_ssfx_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_pow' function is fully equivalent to the body of 'oct_binop_ssfx_pow' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssfx_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_mul' function is fully equivalent to the body of 'oct_binop_sfxs_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_div' function is fully equivalent to the body of 'oct_binop_sfxs_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_pow' function is fully equivalent to the body of 'oct_binop_sfxs_pow' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxs_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_mul' function is fully equivalent to the body of 'oct_binop_sm_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sm_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_mul' function is fully equivalent to the body of 'oct_binop_smx_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smx_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_mul' function is fully equivalent to the body of 'oct_binop_sxm_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxm_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_mul' function is fully equivalent to the body of 'oct_binop_smfx_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smfx_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_mul' function is fully equivalent to the body of 'oct_binop_sfxm_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxm_ldiv' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_mul' function is fully equivalent to the body of 'oct_binop_ms_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_div' function is fully equivalent to the body of 'oct_binop_ms_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_mul' function is fully equivalent to the body of 'oct_binop_msx_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_div' function is fully equivalent to the body of 'oct_binop_msx_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_mul' function is fully equivalent to the body of 'oct_binop_mxs_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_div' function is fully equivalent to the body of 'oct_binop_mxs_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_mul' function is fully equivalent to the body of 'oct_binop_msfx_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_div' function is fully equivalent to the body of 'oct_binop_msfx_div' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_mul' function is fully equivalent to the body of 'oct_binop_mfxs_mul' function.
op-ui64-ui64.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_div' function is fully equivalent to the body of 'oct_binop_mfxs_div' function.
op-ui8-ui8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.scalar_value()) < Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.scalar_value()) < Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v2.float_scalar_value()) < Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(v1.float_scalar_value()) < Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison: v2.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison: v1.scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison: v2.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui8-ui8.cc (96)
V550 An odd precise comparison: v1.float_scalar_value() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_mul' function is fully equivalent to the body of 'oct_binop_ss_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_div' function is fully equivalent to the body of 'oct_binop_ss_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_pow' function is fully equivalent to the body of 'oct_binop_ss_pow' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ss_el_ldiv' function is fully equivalent to the body of 'oct_binop_ss_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_mul' function is fully equivalent to the body of 'oct_binop_ssx_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_div' function is fully equivalent to the body of 'oct_binop_ssx_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_pow' function is fully equivalent to the body of 'oct_binop_ssx_pow' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ssx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssx_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_mul' function is fully equivalent to the body of 'oct_binop_sxs_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_div' function is fully equivalent to the body of 'oct_binop_sxs_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_pow' function is fully equivalent to the body of 'oct_binop_sxs_pow' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxs_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_mul' function is fully equivalent to the body of 'oct_binop_ssfx_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_div' function is fully equivalent to the body of 'oct_binop_ssfx_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_pow' function is fully equivalent to the body of 'oct_binop_ssfx_pow' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ssfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_ssfx_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_mul' function is fully equivalent to the body of 'oct_binop_sfxs_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_div' function is fully equivalent to the body of 'oct_binop_sfxs_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_pow' function is fully equivalent to the body of 'oct_binop_sfxs_pow' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxs_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxs_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_mul' function is fully equivalent to the body of 'oct_binop_sm_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sm_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_mul' function is fully equivalent to the body of 'oct_binop_smx_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_smx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smx_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_mul' function is fully equivalent to the body of 'oct_binop_sxm_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sxm_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_mul' function is fully equivalent to the body of 'oct_binop_smfx_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_smfx_el_ldiv' function is fully equivalent to the body of 'oct_binop_smfx_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_mul' function is fully equivalent to the body of 'oct_binop_sfxm_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_sfxm_el_ldiv' function is fully equivalent to the body of 'oct_binop_sfxm_ldiv' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_mul' function is fully equivalent to the body of 'oct_binop_ms_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_ms_el_div' function is fully equivalent to the body of 'oct_binop_ms_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_mul' function is fully equivalent to the body of 'oct_binop_msx_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_msx_el_div' function is fully equivalent to the body of 'oct_binop_msx_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_mul' function is fully equivalent to the body of 'oct_binop_mxs_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_mxs_el_div' function is fully equivalent to the body of 'oct_binop_mxs_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_mul' function is fully equivalent to the body of 'oct_binop_msfx_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_msfx_el_div' function is fully equivalent to the body of 'oct_binop_msfx_div' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_mul' function is fully equivalent to the body of 'oct_binop_mfxs_mul' function.
op-ui8-ui8.cc (96)
V524 It is odd that the body of 'oct_binop_mfxs_el_div' function is fully equivalent to the body of 'oct_binop_mfxs_div' function.
Array.cc (2040)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
Array.cc (2054)
V547 Expression 'mode != UNSORTED' is always true.
Array.cc (2094)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
Array.cc (2700)
V1028 Possible overflow. Consider casting operands of the 'dim + 1' operator to the 'octave_idx_type' type, not the result.
oct-sort.cc (656)
V602 Consider inspecting the 'min_gallop > 1' expression. '>' possibly should be replaced with '>>'.
oct-sort.cc (790)
V602 Consider inspecting the 'min_gallop > 1' expression. '>' possibly should be replaced with '>>'.
oct-sort.cc (938)
V602 Consider inspecting the 'min_gallop > 1' expression. '>' possibly should be replaced with '>>'.
oct-sort.cc (1079)
V602 Consider inspecting the 'min_gallop > 1' expression. '>' possibly should be replaced with '>>'.
oct-errno.cc (702)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
singleton-cleanup.h (64)
V524 It is odd that the body of 'cleanup_instance' function is fully equivalent to the body of 'cleanup' function.
ov-base.cc (489)
V550 An odd precise comparison: octave::math::x_nint(d) != d. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-base.cc (490)
V550 An odd precise comparison: octave::math::x_nint(d) != d. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-base.cc (492)
V550 An odd precise comparison: octave::math::x_nint(d) != d. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-base.cc (493)
V550 An odd precise comparison: octave::math::x_nint(d) != d. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-base.cc (495)
V550 An odd precise comparison: octave::math::x_nint(d) != d. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-base.cc (496)
V550 An odd precise comparison: octave::math::x_nint(d) != d. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-base.cc (498)
V550 An odd precise comparison: octave::math::x_nint(d) != d. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-base.cc (499)
V550 An odd precise comparison: octave::math::x_nint(d) != d. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-base.cc (1091)
V1016 Expression 'umap < 0' is always false.
ov-bool-mat.cc (317)
V547 Expression '!extract_keyword(is, "columns", nc)' is always false.
ov-bool-mat.cc (317)
V560 A part of conditional expression is always false: nc < 0.
ov-bool-mat.cc (320)
V560 A part of conditional expression is always false: nc > 0.
ov-bool-mat.cc (334)
V560 A part of conditional expression is always true: nc == 0.
ov-base-mat.h (68)
V773 The 'typ' pointer was not released in destructor. A memory leak is possible.
ov-bool.cc (65)
V601 The bool type is implicitly cast to the double type. Inspect the first argument.
ov-bool.cc (197)
V550 An odd precise comparison: octave_read_value <double> (is) != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-bool.cc (237)
V614 Uninitialized buffer 'dimens' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-bool.cc (237)
V519 The 'space_hid' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 235, 237.
ov-bool.cc (297)
V550 An odd precise comparison: dtmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-cell.cc (847)
V547 Expression '!extract_keyword(is, "columns", nc)' is always false.
ov-cell.cc (847)
V560 A part of conditional expression is always false: nc < 0.
ov-cell.cc (850)
V560 A part of conditional expression is always false: nc > 0.
ov-cell.cc (878)
V560 A part of conditional expression is always true: nc == 0.
ov-cell.cc (890)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-class.cc (1216)
V547 Expression '!extract_keyword(is, "length", len)' is always false.
ov-class.cc (1216)
V560 A part of conditional expression is always false: len < 0.
ov-class.cc (1261)
V547 Expression 'len == 0' is always true.
ov-class.cc (1219)
V547 Expression 'len > 0' is always false.
ov-class.cc (1273)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-class.cc (1480)
V525 The code contains the collection of similar blocks. Check items 'H5Gclose', 'H5Dclose', 'H5Sclose', 'H5Tclose', 'H5Gclose' in lines 1480, 1483, 1486, 1489, 1492.
ov-classdef.cc (1220)
V522 There might be dereferencing of a potential null pointer 'of'.
ov-classdef.cc (2418)
V783 Dereferencing of the invalid iterator '++ (idx.begin())' might take place.
ov-classdef.cc (3486)
V678 An object is used as an argument to its own method. Consider checking the first actual argument of the 'set_class' function.
ov-colon.h (44)
V690 The 'octave_magic_colon' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-complex.cc (114)
V550 An odd precise comparison: im == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-complex.cc (368)
V614 Uninitialized buffer 'dimens' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-complex.cc (368)
V519 The 'space_hid' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 366, 368.
ov-cs-list.h (43)
V690 The 'octave_cs_list' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-cx-diag.cc (180)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-cx-mat.cc (95)
V550 An odd precise comparison: c.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-cx-mat.cc (389)
V547 Expression '!extract_keyword(is, "columns", nc)' is always false.
ov-cx-mat.cc (389)
V560 A part of conditional expression is always false: nc < 0.
ov-cx-mat.cc (392)
V560 A part of conditional expression is always false: nc > 0.
ov-cx-mat.cc (401)
V560 A part of conditional expression is always true: nc == 0.
ov-cx-mat.cc (413)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-fcn-handle.cc (538)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-fcn-handle.cc (780)
V547 Expression 'type_hid < 0' is always false.
ov-fcn-handle.cc (735)
V519 The 'type_hid' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 732, 735.
ov-fcn-handle.cc (1739)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
ov-fcn-handle.cc (1748)
V1004 The 'fh' pointer was used unsafely after it was verified against nullptr. Check lines: 1741, 1748.
ov-fcn-handle.cc (1828)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
ov-fcn-handle.cc (1990)
V522 There might be dereferencing of a potential null pointer 'idx_expr'.
ov-fcn-handle.cc (2047)
V522 There might be dereferencing of a potential null pointer 'elt_id'.
ov-fcn-handle.cc (2074)
V522 There might be dereferencing of a potential null pointer 'head_id'.
ov-fcn-inline.h (39)
V690 The 'octave_fcn_inline' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-fcn-inline.cc (399)
V547 Expression 'type_hid < 0' is always false.
ov-fcn-inline.cc (491)
V767 Suspicious access to element of 'hdims' array by a constant index inside a loop.
ov-fcn-inline.cc (803)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
ov-fcn-inline.cc (986)
V522 There might be dereferencing of a potential null pointer 'old'.
ov-float.cc (258)
V614 Uninitialized buffer 'dimens' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-float.cc (258)
V519 The 'space_hid' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 256, 258.
ov-flt-complex.cc (70)
V550 An odd precise comparison: im == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-flt-complex.cc (315)
V614 Uninitialized buffer 'dimens' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-flt-complex.cc (315)
V519 The 'space_hid' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 313, 315.
ov-flt-cx-mat.cc (83)
V550 An odd precise comparison: c.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-flt-cx-mat.cc (363)
V547 Expression '!extract_keyword(is, "columns", nc)' is always false.
ov-flt-cx-mat.cc (363)
V560 A part of conditional expression is always false: nc < 0.
ov-flt-cx-mat.cc (366)
V560 A part of conditional expression is always false: nc > 0.
ov-flt-cx-mat.cc (375)
V560 A part of conditional expression is always true: nc == 0.
ov-flt-cx-mat.cc (556)
V547 Expression 'retval' is always false.
ov-flt-re-mat.cc (440)
V547 Expression '!extract_keyword(is, "columns", nc)' is always false.
ov-flt-re-mat.cc (440)
V560 A part of conditional expression is always false: nc < 0.
ov-flt-re-mat.cc (443)
V560 A part of conditional expression is always false: nc > 0.
ov-flt-re-mat.cc (452)
V560 A part of conditional expression is always true: nc == 0.
ov-flt-re-mat.cc (748)
V550 An odd precise comparison: tmp.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-flt-re-mat.cc (738)
V669 The 'fcn' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-java.h (38)
V690 The 'octave_java' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-lazy-idx.h (33)
V690 The 'octave_lazy_index' class implements a copy constructor, but lacks the '=' operator. It is dangerous to use such a class.
ov-lazy-idx.cc (240)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-range.cc (481)
V550 An odd precise comparison: range.inc() != 1. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-range.cc (530)
V550 An odd precise comparison: inc != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-range.cc (537)
V550 An odd precise comparison: inc != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-range.cc (560)
V550 An odd precise comparison: inc != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-range.cc (577)
V550 An odd precise comparison: inc == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-range.cc (607)
V550 An odd precise comparison: inc != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-range.cc (649)
V614 Uninitialized buffer 'dimens' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-range.cc (674)
V550 An odd precise comparison: r.inc() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-range.cc (649)
V519 The 'space_hid' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 647, 649.
ov-range.cc (748)
V550 An odd precise comparison: rangevals[2] != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-re-diag.cc (246)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-re-mat.cc (543)
V547 Expression '!extract_keyword(is, "columns", nc)' is always false.
ov-re-mat.cc (543)
V560 A part of conditional expression is always false: nc < 0.
ov-re-mat.cc (546)
V560 A part of conditional expression is always false: nc > 0.
ov-re-mat.cc (555)
V560 A part of conditional expression is always true: nc == 0.
ov-re-mat.cc (567)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-re-mat.cc (875)
V550 An odd precise comparison: tmp.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-re-mat.cc (865)
V669 The 'fcn' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-scalar.cc (278)
V614 Uninitialized buffer 'dimens' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-scalar.cc (278)
V519 The 'space_hid' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 276, 278.
ov-str-mat.cc (404)
V614 Uninitialized variable 'len' used. Consider checking the third actual argument of the 'extract_keyword' function.
ov-str-mat.cc (404)
V547 Expression '!extract_keyword(is, "length", len)' is always false.
ov-struct.cc (785)
V547 Expression 'len == 0' is always true.
ov-struct.cc (794)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-struct.cc (1418)
V547 Expression '!extract_keyword(is, "length", len)' is always false.
ov-struct.cc (1418)
V560 A part of conditional expression is always false: len < 0.
ov-struct.cc (1445)
V547 Expression 'len == 0' is always true.
ov-struct.cc (1421)
V547 Expression 'len > 0' is always false.
ov-struct.cc (1454)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-struct.cc (2027)
V547 Expression 'nargin == 2' is always false.
ov-usr-fcn.cc (827)
V550 An odd precise comparison: k != octave::math::round(k). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
ov-usr-fcn.cc (830)
V550 An odd precise comparison: k == 1. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov.cc (1820)
V550 An odd precise comparison: ai == v. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov.cc (1890)
V550 An odd precise comparison: ai == v. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-base-int.cc (744)
V614 Uninitialized buffer 'dimens' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-base-int.cc (744)
V519 The 'space_hid' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 742, 744.
ov-base-sparse.cc (388)
V550 An odd precise comparison: pct == 100. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-bool-sparse.cc (359)
V614 Uninitialized buffer 'hdims' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-cx-sparse.cc (78)
V550 An odd precise comparison: c.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ov-cx-sparse.cc (222)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-cx-sparse.cc (391)
V614 Uninitialized buffer 'hdims' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
ov-re-sparse.cc (247)
V669 The 'save_as_floats' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
ov-re-sparse.cc (414)
V614 Uninitialized buffer 'hdims' used. Consider checking the second actual argument of the 'H5Screate_simple' function.
bp-table.cc (444)
V522 There might be dereferencing of a potential null pointer 'stop_flag'.
bp-table.cc (333)
V547 Expression 'seen_if' is always false.
bp-table.cc (347)
V547 Expression 'seen_if' is always false.
bp-table.cc (535)
V522 There might be dereferencing of a potential null pointer.
bp-table.cc (587)
V783 Dereferencing of the invalid iterator 'ret_one.find(i)' might take place.
pt-cbinop.h (68)
V703 It is odd that the 'm_lhs' field in derived class 'tree_compound_binary_expression' overwrites field in base class 'tree_binary_expression'. Check lines: pt-cbinop.h:68, pt-binop.h:121.
pt-cbinop.h (69)
V703 It is odd that the 'm_rhs' field in derived class 'tree_compound_binary_expression' overwrites field in base class 'tree_binary_expression'. Check lines: pt-cbinop.h:69, pt-binop.h:122.
lex.ll (391)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 391, 391.
lex.ll (406)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 406, 406.
lex.ll (422)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 422, 422.
lex.ll (490)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 490, 490.
lex.ll (584)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 584, 584.
lex.ll (641)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 641, 641.
lex.ll (716)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 716, 716.
lex.ll (775)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 775, 775.
lex.ll (863)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the unsigned int type is expected.
lex.ll (887)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the unsigned int type is expected.
lex.ll (1106)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1106, 1106.
lex.ll (1120)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1120, 1120.
lex.ll (1132)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1132, 1132.
lex.ll (1157)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1157, 1157.
lex.ll (1169)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1169, 1169.
lex.ll (1241)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1241, 1241.
lex.ll (1245)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1245, 1245.
lex.ll (1257)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1257, 1257.
lex.ll (1283)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1283, 1283.
lex.ll (1305)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1305, 1305.
lex.ll (1317)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1317, 1317.
lex.ll (1416)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1416, 1416.
lex.ll (1486)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1486, 1486.
lex.ll (1510)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1510, 1510.
lex.ll (1511)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1511, 1511.
lex.ll (1512)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1512, 1512.
lex.ll (1513)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1513, 1513.
lex.ll (1514)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1514, 1514.
lex.ll (1515)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1515, 1515.
lex.ll (1516)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1516, 1516.
lex.ll (1517)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1517, 1517.
lex.ll (1518)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1518, 1518.
lex.ll (1519)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1519, 1519.
lex.ll (1520)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1520, 1520.
lex.ll (1521)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1521, 1521.
lex.ll (1522)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1522, 1522.
lex.ll (1523)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1523, 1523.
lex.ll (1524)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1524, 1524.
lex.ll (1525)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1525, 1525.
lex.ll (1526)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1526, 1526.
lex.ll (1527)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1527, 1527.
lex.ll (1528)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1528, 1528.
lex.ll (1536)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1536, 1536.
lex.ll (1537)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1537, 1537.
lex.ll (1538)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1538, 1538.
lex.ll (1539)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1539, 1539.
lex.ll (1549)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1549, 1549.
lex.ll (1550)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1550, 1550.
lex.ll (1552)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1552, 1552.
lex.ll (1553)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1553, 1553.
lex.ll (1567)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1567, 1567.
lex.ll (1568)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1568, 1568.
lex.ll (1587)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1587, 1587.
lex.ll (1639)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1639, 1639.
lex.ll (1661)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1661, 1661.
lex.ll (1662)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1662, 1662.
lex.ll (1663)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1663, 1663.
lex.ll (1664)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1664, 1664.
lex.ll (1665)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1665, 1665.
lex.ll (1666)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1666, 1666.
lex.ll (1667)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1667, 1667.
lex.ll (1668)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1668, 1668.
lex.ll (1669)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1669, 1669.
lex.ll (1670)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1670, 1670.
lex.ll (1671)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1671, 1671.
lex.ll (1672)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1672, 1672.
lex.ll (1673)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1673, 1673.
lex.ll (1674)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1674, 1674.
lex.ll (1675)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1675, 1675.
lex.ll (1676)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1676, 1676.
lex.ll (1699)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1699, 1699.
lex.ll (1151)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1151, 1151.
lex.ll (1151)
V796 It is possible that 'break' statement is missing in switch statement.
lex.cc (1485)
V553 The length of 'octave_lex' function's body is more than 2000 lines long. You should consider refactoring the code.
lex.cc (3629)
V1004 The 'b->yy_ch_buf' pointer was used unsafely after it was verified against nullptr. Check lines: 3625, 3629.
lex.cc (3619)
V1028 Possible overflow. Consider casting operands of the 'b->yy_buf_size + 2' operator to the 'yy_size_t' type, not the result.
lex.cc (3839)
V779 Unreachable code detected. It is possible that an error is present.
lex.cc (3909)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 3898, 3909.
lex.cc (3943)
V1004 The 'b' pointer was used unsafely after it was verified against nullptr. Check lines: 3940, 3943.
lex.cc (3948)
V1028 Possible overflow. Consider casting operands of the 'b->yy_buf_size + 2' operator to the 'yy_size_t' type, not the result.
lex.cc (4062)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 4051, 4062.
lex.cc (4080)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 4076, 4080.
lex.cc (4111)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 4108, 4111.
lex.cc (4157)
V1004 The 'b' pointer was used unsafely after it was verified against nullptr. Check lines: 4154, 4157.
lex.cc (4201)
V1028 Possible overflow. Consider casting operands of the '_yybytes_len + 2' operator to the 'yy_size_t' type, not the result.
lex.cc (4209)
V1004 The 'buf' pointer was used unsafely after it was verified against nullptr. Check lines: 4203, 4209.
lex.cc (4218)
V1004 The 'b' pointer was used unsafely after it was verified against nullptr. Check lines: 4212, 4218.
lex.cc (4273)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 4270, 4273.
lex.cc (4286)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 4283, 4286.
lex.cc (4348)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 4345, 4348.
lex.cc (4363)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 4360, 4363.
lex.ll (2796)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the uintmax_t type is expected.
lex.cc (389)
V1003 The macro 'YY_STATE_EOF' is a dangerous expression. The parameter 'state' must be surrounded by parentheses.
oct-parse.cc (3048)
V553 The length of 'octave_push_parse' function's body is more than 2000 lines long. You should consider refactoring the code.
oct-parse.yy (2521)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions '!incr' and 'incr'.
oct-parse.yy (3310)
V519 The 'retval' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 3302, 3310.
oct-parse.yy (3348)
V668 There is no sense in testing the 'fcn' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
oct-parse.yy (3868)
V522 There might be dereferencing of a potential null pointer 'fcn_def'.
oct-parse.yy (4095)
V522 There might be dereferencing of a potential null pointer 'al'.
profiler.cc (244)
V783 Dereferencing of the invalid iterator 'pos' might take place.
pt-arg-list.cc (138)
V522 There might be dereferencing of a potential null pointer 'id'.
pt-arg-list.cc (145)
V522 There might be dereferencing of a potential null pointer 'idx_expr'.
pt-assign.cc (38)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: m_ans_assign.
pt-bp.cc (449)
V547 Expression 'm_action == list' is always true.
pt-bp.cc (480)
V547 Expression 'm_action == list' is always true.
pt-eval.cc (193)
V773 The function was exited without releasing the 'lxr' pointer. A memory leak is possible.
pt-eval.cc (237)
V522 There might be dereferencing of a potential null pointer 'id'.
pt-eval.cc (1973)
V522 There might be dereferencing of a potential null pointer 'id'.
pt-eval.cc (2764)
V522 There might be dereferencing of a potential null pointer 'expr'.
pt-eval.cc (2791)
V522 There might be dereferencing of a potential null pointer 'id'.
pt-eval.cc (2998)
V547 Expression 'catch_code' is always true.
pt-eval.cc (3468)
V522 There might be dereferencing of a potential null pointer.
pt-eval.cc (3530)
V522 There might be dereferencing of a potential null pointer 'fcn'.
pt-eval.cc (3746)
V522 There might be dereferencing of a potential null pointer 'code'.
pt-jit.cc (2908)
V524 It is odd that the body of 'Fjit_startcnt' function is fully equivalent to the body of 'Fjit_enable' function.
pt-mat.cc (88)
V560 A part of conditional expression is always false: c2 == c1.
__betainc__.cc (109)
V550 An odd precise comparison: Dj == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
__betainc__.cc (112)
V550 An odd precise comparison: Cj == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
__betainc__.cc (180)
V550 An odd precise comparison: Dj == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
__betainc__.cc (183)
V550 An odd precise comparison: Cj == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
__ichol__.cc (56)
V550 An odd precise comparison: pivot.imag() != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
__ilu__.cc (661)
V783 Dereferencing of the invalid iterator 'it' might take place.
__ilu__.cc (670)
V783 Dereferencing of the invalid iterator '++ it' might take place.
__ilu__.cc (746)
V550 An odd precise comparison: udiag != 1. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
__magick_read__.cc (417)
V636 The expression was implicitly cast from 'unsigned long long' type to 'double' type. Consider utilizing an explicit type cast to avoid the loss of a fractional part. An example: double A = (double)(X) / Y;.
__magick_read__.cc (772)
V522 There might be dereferencing of a potential null pointer 'static_locale'. A constructor of the string class expects a valid pointer.
__qp__.cc (257)
V547 Expression 'pR == 0' is always true.
__qp__.cc (261)
V547 Expression 'pR == 0' is always true.
besselj.cc (102)
V550 An odd precise comparison: opt_val != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
besselj.cc (102)
V550 An odd precise comparison: opt_val != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
besselj.cc (104)
V550 An odd precise comparison: opt_val == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
besselj.cc (133)
V614 Potentially uninitialized variable 'ierr' used.
besselj.cc (223)
V614 Potentially uninitialized variable 'ierr' used.
bitfcns.cc (601)
V547 Expression 'nbits < 1' is always false.
bitfcns.cc (632)
V547 Expression 'nbits < 1' is always false.
call-stack.cc (708)
V524 It is odd that the body of 'regexp_symbol_info' function is fully equivalent to the body of 'glob_symbol_info' function.
DASPK-opts.h (87)
V525 The code contains the collection of similar blocks. Check items '5.0', '6.0', '5.0', '0.0' in lines 87, 88, 89, 90.
DAERTFunc.h (86)
V703 It is odd that the 'reset' field in derived class 'DAERTFunc' overwrites field in base class 'DAEFunc'. Check lines: DAERTFunc.h:86, DAEFunc.h:101.
oct-binmap.h (325)
V560 A part of conditional expression is always true: jy_lt_max.
data.cc (104)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
data.cc (169)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
data.cc (1138)
V550 An odd precise comparison: cs != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
data.cc (1146)
V550 An odd precise comparison: cs != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
data.cc (7152)
V550 An odd precise comparison: r.inc() == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
defaults.cc (102)
V560 A part of conditional expression is always true: op == oep.
defun.cc (153)
V522 There might be dereferencing of a potential null pointer 'dld'.
defun.cc (159)
V522 There might be dereferencing of a potential null pointer 'mex'.
display.cc (70)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
dlmread.cc (481)
V550 An odd precise comparison: y != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dot.cc (48)
V656 Variables 'z(i)', 'tmp_m' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'x(i)' expression. Check lines: 47, 48.
dot.cc (53)
V656 Variables 'z(i)', 'tmp_n' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'x(i)' expression. Check lines: 52, 53.
dot.cc (300)
V560 A part of conditional expression is always true: match.
dot.cc (286)
V525 The code contains the collection of similar blocks. Check items 'dimx', 'dimx', 'dimy' in lines 286, 287, 288.
dynamic-ld.cc (232)
V519 The 'function' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 228, 232.
dynamic-ld.cc (279)
V524 It is odd that the body of 'remove_mex' function is fully equivalent to the body of 'remove_oct' function.
error.cc (460)
V764 Possible incorrect order of arguments passed to 'vmessage_with_id' function: 'name' and 'id'.
error.cc (996)
V547 Expression '!msg' is always false.
fcn-info.cc (414)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 379, 414.
fcn-info.cc (631)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 594, 631.
file-io.cc (436)
V595 The 'fptr' pointer was utilized before it was verified against nullptr. Check lines: 436, 440.
find.cc (141)
V519 The 'count' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 108, 141.
find.cc (402)
V550 An odd precise comparison: val != octave::math::round(val). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
text-engine.h (66)
V690 Copy constructor is declared as private in the 'text_element_string' class, but the default '=' operator will still be generated by compiler. It is dangerous to use such a class.
ft-text-renderer.cc (153)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
ft-text-renderer.cc (782)
V560 A part of conditional expression is always false: x0 + c < 0.
ft-text-renderer.cc (1254)
V550 An odd precise comparison: rotation == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ft-text-renderer.cc (1256)
V550 An odd precise comparison: rotation == 90.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ft-text-renderer.cc (1258)
V550 An odd precise comparison: rotation == 180.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ft-text-renderer.cc (1260)
V550 An odd precise comparison: rotation == 270.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
ft-text-renderer.cc (372)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: line_xoffset.
gcd.cc (48)
V550 An odd precise comparison: bb != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
gcd.cc (131)
V550 An odd precise comparison: bb != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
getgrent.cc (96)
V550 An odd precise comparison: octave::math::x_nint(dval) != dval. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
getpwent.cc (102)
V550 An odd precise comparison: octave::math::x_nint(dval) != dval. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
gl-render.cc (154)
V794 The assignment operator should be protected from the case of 'this == &tx'.
gl-render.cc (431)
V794 The assignment operator should be protected from the case of 'this == &v'.
gl-render.cc (2362)
V1020 The function exited without calling the 'm_glfcns.glEnd' function. Check lines: 2362, 2280.
gl-render.cc (2362)
V1020 The function exited without calling the 'm_glfcns.glEnd' function. Check lines: 2362, 2306.
gl-render.cc (2693)
V550 An odd precise comparison: props.get_edgealpha_double() == 1. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
gl-render.cc (3354)
V550 An odd precise comparison: props.get_edgealpha_double() == 1. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
gl-render.cc (3560)
V1020 The function exited without calling the 'm_glfcns.glEnd' function. Check lines: 3560, 3420.
gl-render.cc (3559)
V1020 The function exited without calling the 'm_glfcns.glEnd' function. Check lines: 3559, 3420.
gl-render.cc (3698)
V550 An odd precise comparison: rotation != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
gl-render.cc (3698)
V550 An odd precise comparison: rotation != 90.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
gl-render.cc (3699)
V550 An odd precise comparison: rotation != 180.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
gl-render.cc (3699)
V550 An odd precise comparison: rotation != 270.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
gl-render.cc (4600)
V1034 Do not use real type variables as loop counters.
gl-render.cc (4622)
V1034 Do not use real type variables as loop counters.
gl2ps-print.cc (825)
V526 The 'compare' function returns 0 if corresponding strings are equal. Consider examining the condition for mistakes.
gl2ps-print.cc (828)
V526 The 'compare' function returns 0 if corresponding strings are equal. Consider examining the condition for mistakes.
gl2ps-print.cc (831)
V526 The 'compare' function returns 0 if corresponding strings are equal. Consider examining the condition for mistakes.
graphics.cc (120)
V547 Expression 'num_matches == 1' is always true.
graphics.cc (1445)
V550 An odd precise comparison: new_dval != dval. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
graphics.cc (1554)
V547 Expression 'finite_constraint == NOT_INF' is always true.
graphics.cc (1600)
V550 An odd precise comparison: data.scalar_value() == v.scalar_value(). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (1600)
V550 An odd precise comparison: d1[i] != d2[i]. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
graphics.cc (1602)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (1602)
V550 An odd precise comparison: d1[i] != d2[i]. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
graphics.cc (2107)
V550 An odd precise comparison: cf.double_value() == __myhandle__. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (2727)
V550 An odd precise comparison: h.value() == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (2846)
V519 The 'h' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 2841, 2846.
graphics.cc (3253)
V550 An odd precise comparison: hp == __myhandle__. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (3265)
V550 An odd precise comparison: old_parent_go.get_handle() != hp. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
graphics.cc (3256)
V519 The 'new_parent' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 3251, 3256.
graphics.cc (3400)
V550 An odd precise comparison: cbo.double_value() == __myhandle__. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (3414)
V550 An odd precise comparison: co.double_value() == __myhandle__. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics-props.cc (123)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 121, 123.
graphics-props.cc (937)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 935, 937.
graphics-props.cc (939)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 937, 939.
graphics-props.cc (941)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 939, 941.
graphics-props.cc (943)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 941, 943.
graphics-props.cc (945)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 943, 945.
graphics-props.cc (947)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 945, 947.
graphics-props.cc (949)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 947, 949.
graphics-props.cc (951)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 949, 951.
graphics-props.cc (953)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 951, 953.
graphics-props.cc (955)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 953, 955.
graphics-props.cc (957)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 955, 957.
graphics-props.cc (959)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 957, 959.
graphics-props.cc (961)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 959, 961.
graphics-props.cc (963)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 961, 963.
graphics-props.cc (2075)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 2073, 2075.
graphics-props.cc (2077)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 2075, 2077.
graphics-props.cc (2079)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 2077, 2079.
graphics-props.cc (2081)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 2079, 2081.
graphics-props.cc (2083)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 2081, 2083.
graphics-props.cc (3038)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3036, 3038.
graphics-props.cc (3040)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3038, 3040.
graphics-props.cc (3042)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3040, 3042.
graphics-props.cc (3044)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3042, 3044.
graphics-props.cc (3046)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3044, 3046.
graphics-props.cc (3480)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3478, 3480.
graphics-props.cc (3482)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3480, 3482.
graphics-props.cc (3484)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3482, 3484.
graphics-props.cc (3486)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3484, 3486.
graphics-props.cc (3488)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3486, 3488.
graphics-props.cc (3490)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3488, 3490.
graphics-props.cc (3492)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3490, 3492.
graphics-props.cc (3494)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3492, 3494.
graphics-props.cc (3496)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3494, 3496.
graphics-props.cc (3498)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3496, 3498.
graphics-props.cc (3500)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3498, 3500.
graphics-props.cc (3918)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3916, 3918.
graphics-props.cc (3920)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3918, 3920.
graphics-props.cc (3922)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3920, 3922.
graphics-props.cc (3924)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3922, 3924.
graphics-props.cc (3926)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3924, 3926.
graphics-props.cc (3928)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3926, 3928.
graphics-props.cc (3930)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3928, 3930.
graphics-props.cc (3932)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3930, 3932.
graphics-props.cc (3934)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 3932, 3934.
graphics-props.cc (4573)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4571, 4573.
graphics-props.cc (4575)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4573, 4575.
graphics-props.cc (4577)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4575, 4577.
graphics-props.cc (4579)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4577, 4579.
graphics-props.cc (4581)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4579, 4581.
graphics-props.cc (4583)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4581, 4583.
graphics-props.cc (4585)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4583, 4585.
graphics-props.cc (4587)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4585, 4587.
graphics-props.cc (4589)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 4587, 4589.
graphics-props.cc (5229)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5227, 5229.
graphics-props.cc (5231)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5229, 5231.
graphics-props.cc (5233)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5231, 5233.
graphics-props.cc (5235)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5233, 5235.
graphics-props.cc (5237)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5235, 5237.
graphics-props.cc (5239)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5237, 5239.
graphics-props.cc (5241)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5239, 5241.
graphics-props.cc (5243)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5241, 5243.
graphics-props.cc (5245)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5243, 5245.
graphics-props.cc (5720)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5718, 5720.
graphics-props.cc (5722)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5720, 5722.
graphics-props.cc (5724)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5722, 5724.
graphics-props.cc (5726)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5724, 5726.
graphics-props.cc (5728)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5726, 5728.
graphics-props.cc (5730)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5728, 5730.
graphics-props.cc (5732)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5730, 5732.
graphics-props.cc (5734)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5732, 5734.
graphics-props.cc (5736)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 5734, 5736.
graphics-props.cc (6006)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 6004, 6006.
graphics-props.cc (6528)
V581 The conditional expressions of the 'if' statements situated alongside each other are identical. Check lines: 6526, 6528.
graphics.cc (5777)
V550 An odd precise comparison: el == 90. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (5777)
V550 An odd precise comparison: el == - 90. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (5802)
V550 An odd precise comparison: el == 90. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (5802)
V550 An odd precise comparison: el == - 90. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (5920)
V519 The 'x_normrender' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 5820, 5920.
graphics.cc (5997)
V550 An odd precise comparison: xPlane == x_min. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (6025)
V550 An odd precise comparison: yPlane == y_min. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (6053)
V550 An odd precise comparison: zPlane == z_min. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (6764)
V525 The code contains the collection of similar blocks. Check items 'val', 'val', 'val', 'tval' in lines 6764, 6765, 6766, 6767.
graphics.cc (6842)
V547 Expression 'i == 3' is always true.
graphics.cc (6865)
V550 An odd precise comparison: dpr != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
graphics.cc (6874)
V550 An odd precise comparison: text_rotation == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (6874)
V550 An odd precise comparison: text_rotation == 180.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (6876)
V550 An odd precise comparison: text_rotation == 90.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (6876)
V550 An odd precise comparison: text_rotation == 270.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (7237)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (7522)
V550 An odd precise comparison: max_val == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (7556)
V550 An odd precise comparison: min_val == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (7556)
V550 An odd precise comparison: max_val == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (8299)
V550 An odd precise comparison: min_val == max_val. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (8327)
V550 An odd precise comparison: min_val == max_val. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (8498)
V550 An odd precise comparison: min_val == max_val. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (8526)
V550 An odd precise comparison: min_val == max_val. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (8964)
V550 An odd precise comparison: ca.double_value() == __myhandle__. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (9524)
V656 Variables 'xd', 'yd' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'idx.dims()' expression. Check lines: 9523, 9524.
graphics.cc (11229)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
graphics.cc (11244)
V519 The 'bgo' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 11242, 11244.
graphics.cc (12236)
V519 The 'request_drawnow' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 12233, 12236.
graphics.cc (12570)
V550 An odd precise comparison: octave::math::x_nint(val) == val. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (13172)
V1020 The function exited without calling the 'gh_manager::unlock' function. Check lines: 13172, 13093.
graphics.cc (13172)
V1020 The function exited without calling the 'gh_manager::unlock' function. Check lines: 13172, 13117.
graphics.cc (13425)
V601 The 'false' value is implicitly cast to the integer type.
graphics.cc (13433)
V601 The 'true' value is implicitly cast to the integer type.
graphics.cc (13598)
V550 An odd precise comparison: h == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
graphics.cc (11424)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: notify_toolkit.
gsvd.cc (184)
V656 Variables 'retval(0)', 'retval(1)' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'octave::float_identity_matrix(nc, nc)' expression. Check lines: 183, 184.
gsvd.cc (197)
V656 Variables 'retval(0)', 'retval(1)' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'octave::identity_matrix(nc, nc)' expression. Check lines: 196, 197.
help.cc (633)
V560 A part of conditional expression is always false: c == '\r'.
input.cc (125)
V547 Expression 'line[pos] == '} is always true.
input.cc (639)
V547 Expression 'len < 1' is always false.
input.cc (1121)
V519 The 'utf8_str' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 1119, 1121.
input.cc (1486)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
inv.cc (192)
V550 An odd precise comparison: xrcond + 1.0F == 1.0F. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
inv.cc (197)
V550 An odd precise comparison: xrcond + 1.0 == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
inv.cc (200)
V614 Potentially uninitialized variable 'info' used.
load-save.cc (659)
V1024 The 'is' stream is checked for EOF before reading from it, but is not checked after reading. Potential use of invalid data.
load-save.cc (1049)
V636 The 'val.byte_size() / 1024' expression was implicitly cast from 'size_t' type to 'double' type. Consider utilizing an explicit type cast to avoid the loss of a fractional part. An example: double A = (double)(X) / Y;.
load-save.cc (1124)
V601 The 'true' value is implicitly cast to the integer type. Inspect the eighth argument.
load-save.cc (1510)
V560 A part of conditional expression is always false: append.
ls-hdf5.cc (1011)
V547 Expression 'retval >= 0' is always true.
ls-mat-ascii.cc (70)
V663 Infinite loop is possible. The 'cin.eof()' condition is insufficient to break from the loop. Consider adding the 'cin.fail()' function call to the conditional expression.
ls-mat-ascii.cc (273)
V560 A part of conditional expression is always false: nr < 1.
ls-mat-ascii.cc (273)
V560 A part of conditional expression is always false: nc < 1.
ls-mat5.cc (501)
V728 An excessive check can be simplified. The '(A && !B) || (!A && B)' expression is equivalent to the 'bool(A) != bool(B)' expression.
ls-mat5.cc (1625)
V525 The code contains the collection of similar blocks. Check items '4', '1', '2', '4', '1', '2', '4' in lines 1625, 1626, 1627, 1628, 1629, 1630, 1631.
ls-mat5.cc (1710)
V525 The code contains the collection of similar blocks. Check items '4', '1', '2', '4', '1', '2', '4' in lines 1710, 1711, 1712, 1713, 1714, 1715, 1716.
ls-mat5.cc (2013)
V560 A part of conditional expression is always true: nel > 0.
ls-mat5.cc (2013)
V560 A part of conditional expression is always true.
ls-mat5.cc (2013)
V560 A part of conditional expression is always false.
ls-mat5.cc (2183)
V547 Expression '6 > max_namelen' is always false.
ls-oct-text.cc (329)
V519 The 'success' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 311, 329.
ls-oct-text.cc (405)
V560 A part of conditional expression is always true: !fail.
ls-oct-text.cc (235)
V1003 The macro 'SUBSTRING_COMPARE_EQ' is a dangerous expression. The parameter 't' must be surrounded by parentheses.
lu.cc (171)
V656 Variables 'thres(0)', 'thres(1)' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'tmp(0)' expression. Check lines: 170, 171.
mappers.cc (234)
V524 It is odd that the body of 'Farg' function is fully equivalent to the body of 'Fangle' function.
matrix_type.cc (269)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
matrix_type.cc (406)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
mex.cc (289)
V522 There might be dereferencing of a potential null pointer 'dims'. Check lines: 289, 283.
mex.cc (432)
V601 The bool type is implicitly cast to the double type.
mex.cc (436)
V523 The 'then' statement is equivalent to the 'else' statement.
mex.cc (681)
V522 There might be dereferencing of a potential null pointer 'dims'. Check lines: 681, 677.
mex.cc (708)
V522 There might be dereferencing of a potential null pointer 'dims'. Check lines: 708, 705.
mex.cc (723)
V522 There might be dereferencing of a potential null pointer 'dims'. Check lines: 723, 721.
mex.cc (733)
V522 There might be dereferencing of a potential null pointer 'dims'. Check lines: 733, 730.
mex.cc (893)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 893, 892.
mex.cc (1225)
V601 The bool type is implicitly cast to the double type.
mex.cc (1708)
V522 There might be dereferencing of a potential null pointer 'fields'. Check lines: 1708, 1701.
mex.cc (1819)
V522 There might be dereferencing of a potential null pointer 'new_fields'. Check lines: 1819, 1812.
mex.cc (1835)
V522 There might be dereferencing of a potential null pointer 'new_data'. Check lines: 1835, 1815.
mex.cc (1955)
V522 There might be dereferencing of a potential null pointer 'data'. Check lines: 1955, 1947.
mex.cc (2233)
V774 The 'ptr' pointer was used after the memory was reallocated.
mex.cc (2241)
V774 The 'ptr' pointer was used after the memory was reallocated.
mex.cc (3171)
V506 Pointer to local variable 'context' is stored outside the scope of this variable. Such a pointer will become invalid.
mex.cc (3409)
V575 The potential null pointer is passed into 'strlen' function. Inspect the first argument.
mex.cc (3457)
V575 The potential null pointer is passed into 'strlen' function. Inspect the first argument.
mex.cc (3656)
V522 There might be dereferencing of a potential null pointer 'fname'.
mex.cc (3709)
V522 There might be dereferencing of a potential null pointer 'fname'.
oct-hdf5-types.cc (43)
V560 A part of conditional expression is always false: !ok.
oct-hdf5-types.cc (50)
V560 A part of conditional expression is always false: !ok.
oct-map.cc (73)
V659 Declarations of functions with 'octave_fields::getfield' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 66, 73.
oct-map.cc (254)
V659 Declarations of functions with 'octave_scalar_map::contents' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 249, 254.
oct-map.cc (352)
V659 Declarations of functions with 'octave_map::contents' name differ in the 'const' keyword only, but the bodies of these functions have different composition. This is suspicious and can possibly be an error. Check lines: 347, 352.
oct-procbuf.cc (147)
V631 Consider inspecting the 'execl' function call. Defining an absolute path to the file or directory is considered a poor style.
oct-stream.cc (107)
V550 An odd precise comparison: ival == dval. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (166)
V550 An odd precise comparison: dnr == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (572)
V669 The 'width' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
oct-stream.cc (893)
V764 Possible incorrect order of arguments passed to 'process_conversion' function: 'type' and 'modifier'.
oct-stream.cc (1272)
V768 The variable 'flags' is of enum type. It is odd that it is used as a variable of a Boolean-type.
oct-stream.cc (2336)
V669 The 'width', 'prec', 'bitwidth' arguments are non-constant references. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
oct-stream.cc (2485)
V550 An odd precise comparison: val.imag() == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (2495)
V560 A part of conditional expression is always true: !progress.
oct-stream.cc (2646)
V765 A compound assignment expression 'size += size + 1' is suspicious. Consider inspecting it for a possible error.
oct-stream.cc (2789)
V547 Expression 'width_left' is always true.
oct-stream.cc (2838)
V547 Expression 'width_left' is always true.
oct-stream.cc (2846)
V547 Expression 'width_left' is always true.
oct-stream.cc (3249)
V550 An odd precise comparison: v.imag() == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (3261)
V550 An odd precise comparison: v.imag() == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (3480)
V522 There might be dereferencing of a potential null pointer 'elem'.
oct-stream.cc (4668)
V519 The 'data' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 4610, 4668.
oct-stream.cc (5448)
V550 An odd precise comparison: math::x_nint(dval) != dval. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
oct-stream.cc (5475)
V550 An odd precise comparison: math::x_nint(dval) == dval. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (5524)
V550 An odd precise comparison: math::x_nint(dval) == dval. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (5619)
V550 An odd precise comparison: dval == math::round(dval). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (5646)
V550 An odd precise comparison: dval == math::round(dval). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-stream.cc (6202)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
oct-stream.cc (2510)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: delim_len.
oct-tex-lexer.ll (108)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 108, 108.
oct-tex-lexer.ll (118)
V519 The 'yyg->yy_c_buf_p' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 118, 118.
oct-tex-lexer.cc (2216)
V1028 Possible overflow. Consider casting operands of the 'b->yy_buf_size + 2' operator to the 'yy_size_t' type, not the result.
oct-tex-lexer.cc (2435)
V779 Unreachable code detected. It is possible that an error is present.
oct-tex-lexer.cc (2503)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 2492, 2503.
oct-tex-lexer.cc (2542)
V1028 Possible overflow. Consider casting operands of the 'b->yy_buf_size + 2' operator to the 'yy_size_t' type, not the result.
oct-tex-lexer.cc (2656)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 2645, 2656.
oct-tex-lexer.cc (2674)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 2670, 2674.
oct-tex-lexer.cc (2795)
V1028 Possible overflow. Consider casting operands of the '_yybytes_len + 2' operator to the 'yy_size_t' type, not the result.
oct-tex-lexer.cc (2867)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 2864, 2867.
oct-tex-lexer.cc (2880)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 2877, 2880.
oct-tex-lexer.cc (2942)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 2939, 2942.
oct-tex-lexer.cc (2957)
V1004 The 'yyg->yy_buffer_stack' pointer was used unsafely after it was verified against nullptr. Check lines: 2954, 2957.
oct-tex-lexer.cc (386)
V1003 The macro 'YY_STATE_EOF' is a dangerous expression. The parameter 'state' must be surrounded by parentheses.
oct-tex-parser.cc (1638)
V557 Array underrun is possible. The value of 'yyn - 20' index could reach -20.
oct-tex-parser.cc (1642)
V557 Array underrun is possible. The value of 'yyn - 20' index could reach -20.
ordschur.cc (80)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
pager.cc (390)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions '!m_page_screen_output' and 'm_page_screen_output'.
pager.cc (429)
V668 There is no sense in testing the 'm_external_pager' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
pr-output.cc (415)
V560 A part of conditional expression is always false: inf_or_nan.
pr-output.cc (517)
V560 A part of conditional expression is always false: fw < 5.
pr-output.cc (690)
V560 A part of conditional expression is always false: r_fw < 5.
pr-output.cc (758)
V560 A part of conditional expression is always false: inf_or_nan.
pr-output.cc (909)
V560 A part of conditional expression is always false: r_fw < 5.
pr-output.cc (1256)
V550 An odd precise comparison: max_abs == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
pr-output.cc (1258)
V550 An odd precise comparison: min_abs == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
pr-output.cc (1423)
V550 An odd precise comparison: scale != 1. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
pr-output.cc (1520)
V550 An odd precise comparison: scale != 1. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
pr-output.cc (1840)
V560 A part of conditional expression is always true: j < lim.
pr-output.cc (1956)
V560 A part of conditional expression is always true: j < lim.
pr-output.cc (2094)
V547 Expression 'i < m' is always true.
pr-output.cc (2250)
V560 A part of conditional expression is always true: j < lim.
pr-output.cc (2420)
V550 An odd precise comparison: increment != 1. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
pr-output.cc (2428)
V550 An odd precise comparison: increment != 1. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
pr-output.cc (2694)
V547 Expression 'i < m' is always true.
psi.cc (76)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
quad.cc (347)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
qz.cc (217)
V550 An odd precise comparison: safmin == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
rand.cc (181)
V656 Variables 'dims(0)', 'dims(1)' are initialized through the call to the same function. It's probably an error or un-optimized code. Check lines: 180, 181.
regexp.cc (518)
V601 The 'true' value is implicitly cast to the integer type.
sparse-xdiv.cc (377)
V550 An odd precise comparison: a == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
sparse-xpow.cc (49)
V550 An odd precise comparison: octave::math::x_nint(x) == x. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
sparse-xpow.cc (485)
V550 An odd precise comparison: b == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
sparse-xpow.cc (690)
V550 An odd precise comparison: b == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
strfns.cc (903)
V519 The 'utf8_str' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 899, 903.
strfns.cc (955)
V519 The 'native_bytes' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 951, 955.
syminfo.cc (103)
V779 Unreachable code detected. It is possible that an error is present.
syminfo.cc (283)
V571 Recurring check. The 'param.modifier == 'c condition was already verified in line 281.
syminfo.cc (538)
V614 Potentially uninitialized variable 'param.balance' used.
syminfo.cc (453)
V1026 The 'idx' variable is incremented in the loop. Undefined behavior will occur in case of signed integer overflow.
syminfo.cc (550)
V547 Expression '!error_encountered' is always true.
syminfo.cc (564)
V1026 The 'idx' variable is incremented in the loop. Undefined behavior will occur in case of signed integer overflow.
sysdep.cc (233)
V550 An odd precise comparison: tmp(0).double_value() == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
utils.cc (188)
V668 There is no sense in testing the 's2' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
utils.cc (1103)
V656 Variables 'dim(0)', 'dim(1)' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'v(0)' expression. Check lines: 1102, 1103.
variables.cc (127)
V519 The 'retval' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 125, 127.
variables.cc (1275)
V601 The 'true' value is implicitly cast to the integer type. Inspect the fourth argument.
variables.cc (335)
V1003 The macro 'GET_IDX' is a dangerous expression. The parameter 'LEN' must be surrounded by parentheses.
xpow.cc (133)
V550 An odd precise comparison: std::imag(elt) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
xpow.cc (184)
V550 An odd precise comparison: std::imag(elt) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
xpow.cc (397)
V550 An odd precise comparison: std::imag(elt) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
xpow.cc (445)
V550 An odd precise comparison: std::imag(elt) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
xpow.cc (1532)
V550 An odd precise comparison: std::imag(elt) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
xpow.cc (1584)
V550 An odd precise comparison: std::imag(elt) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
xpow.cc (1787)
V550 An odd precise comparison: std::imag(elt) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
xpow.cc (1835)
V550 An odd precise comparison: std::imag(elt) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
zfstream.cc (282)
V1004 The 'buffer' pointer was used unsafely after it was verified against nullptr. Check lines: 271, 282.
Array-d.cc (105)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
Array-d.cc (107)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
Array-d.cc (138)
V547 Expression 'mode == ASCENDING' is always true.
Array-f.cc (105)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
Array-f.cc (107)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
Array-f.cc (138)
V547 Expression 'mode == ASCENDING' is always true.
boolSparse.cc (141)
V1008 Consider inspecting the 'for' operator. No more than one iteration of the loop will be performed.
boolSparse.cc (141)
V601 The 'false' value is implicitly cast to the integer type.
CDiagMatrix.cc (250)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions 'r <= c' and 'r > c'.
CDiagMatrix.cc (262)
V1004 The 's' pointer was used unsafely after it was verified against nullptr. Check lines: 259, 262.
CDiagMatrix.cc (269)
V591 Non-void function should return a value.
CDiagMatrix.cc (280)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions 'r >= c' and 'r < c'.
CDiagMatrix.cc (292)
V1004 The 's' pointer was used unsafely after it was verified against nullptr. Check lines: 289, 292.
CDiagMatrix.cc (299)
V591 Non-void function should return a value.
CDiagMatrix.cc (345)
V550 An odd precise comparison: val == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CDiagMatrix.cc (490)
V550 An odd precise comparison: amx == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (960)
V550 An odd precise comparison: rcon == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (996)
V550 An odd precise comparison: tol == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (1081)
V656 Variables 'dv', 'retval' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'rows(), cols()' expression. Check lines: 1079, 1081.
CMatrix.cc (1095)
V656 Variables 'dv', 'retval' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'rows(), cols()' expression. Check lines: 1093, 1095.
CMatrix.cc (1582)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (1680)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (1772)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (1867)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (2408)
V550 An odd precise comparison: s.elem(0) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (2584)
V550 An odd precise comparison: s.elem(0) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CMatrix.cc (3215)
V525 The code contains the collection of similar blocks. Check items 'cc', 'cc', 'cs' in lines 3215, 3216, 3217.
CNDArray.cc (326)
V550 An odd precise comparison: octave::math::x_nint(r_val) != r_val. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CNDArray.cc (327)
V550 An odd precise comparison: octave::math::x_nint(i_val) != i_val. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (254)
V550 An odd precise comparison: abs_max != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (265)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (330)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (411)
V550 An odd precise comparison: abs_min != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (422)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (487)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (832)
V550 An odd precise comparison: pivot == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (835)
V550 An odd precise comparison: v != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (856)
V550 An odd precise comparison: pivot == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (859)
V550 An odd precise comparison: pivot != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (920)
V550 An odd precise comparison: pivot == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (934)
V550 An odd precise comparison: pivot == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (939)
V550 An odd precise comparison: work[j] != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (942)
V550 An odd precise comparison: pivot != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (954)
V550 An odd precise comparison: work[j] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1565)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1603)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1641)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1676)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1715)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (1804)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1828)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1840)
V550 An odd precise comparison: work[rperm[i]] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1864)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1901)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1924)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1936)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1958)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (1997)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (2076)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2114)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2152)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2187)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2226)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (2315)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2339)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2351)
V550 An odd precise comparison: work[rperm[i]] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2375)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2412)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2435)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2447)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2469)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2508)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (2586)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2633)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2685)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2719)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2757)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (2841)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2876)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2888)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2910)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2962)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2984)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (2996)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3019)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3058)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (3136)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3183)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3236)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3271)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3310)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (3393)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3428)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3440)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3462)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3514)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3536)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3548)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3571)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3610)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Array.h (426)
V512 Instantiation of Array < F77_INT >: A call of the 'compute_index' function will lead to overflow of the buffer 'ra_idx.data()'.
CSparse.cc (3928)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3940)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (3951)
V547 Expression 'typ != MatrixType::Tridiagonal_Hermitian' is always true.
CSparse.cc (4271)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (4283)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (4295)
V547 Expression 'typ != MatrixType::Tridiagonal_Hermitian' is always true.
CSparse.cc (4397)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (4530)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (4666)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (4720)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (4832)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (4880)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (4892)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (5007)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5137)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5275)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5331)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (5343)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (5445)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5494)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (5506)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (5609)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5688)
V601 The 'false' value is implicitly cast to the integer type.
CSparse.cc (5691)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5706)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (5717)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (5718)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (5756)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5766)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5731)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
CSparse.cc (5744)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
CSparse.cc (5940)
V601 The 'false' value is implicitly cast to the integer type.
CSparse.cc (5943)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5958)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (5969)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (5970)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (5992)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (5993)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6018)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (6028)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (5983)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
CSparse.cc (6006)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
CSparse.cc (6166)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (6243)
V601 The 'false' value is implicitly cast to the integer type.
CSparse.cc (6246)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (6261)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6272)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6273)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6311)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (6321)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (6286)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
CSparse.cc (6299)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
CSparse.cc (6474)
V601 The 'false' value is implicitly cast to the integer type.
CSparse.cc (6477)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (6492)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6503)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6504)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6526)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6527)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (6552)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (6562)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (6517)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
CSparse.cc (6540)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
CSparse.cc (6676)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (6701)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
CSparse.cc (7378)
V550 An odd precise comparison: octave::math::x_nint(r_val) != r_val. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (7379)
V550 An odd precise comparison: octave::math::x_nint(i_val) != i_val. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (7357)
V656 Variables 'max_val', 'min_val' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'std::real(data(0))' expression. Check lines: 7356, 7357.
CSparse.cc (7397)
V1008 Consider inspecting the 'for' operator. No more than one iteration of the loop will be performed.
CSparse.cc (7397)
V601 The 'false' value is implicitly cast to the integer type.
CSparse.cc (7403)
V601 The 'false' value is implicitly cast to the integer type.
CSparse.cc (7403)
V601 The 'true' value is implicitly cast to the integer type.
CSparse.cc (7425)
V1008 Consider inspecting the 'for' operator. No more than one iteration of the loop will be performed.
CSparse.cc (7425)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(1.0) > Epsilon.
CSparse.cc (7433)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(0.0) > Epsilon.
CSparse.cc (7447)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(0.0) > Epsilon.
CSparse.cc (7764)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (7774)
V560 A part of conditional expression is always true: jb_lt_max.
CSparse.cc (7777)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (7789)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (7830)
V550 An odd precise comparison: octave::math::max(c, 0.) != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (7881)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (7891)
V560 A part of conditional expression is always true: jb_lt_max.
CSparse.cc (7894)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
CSparse.cc (7906)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dDiagMatrix.cc (173)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions 'r <= c' and 'r > c'.
dDiagMatrix.cc (185)
V1004 The 's' pointer was used unsafely after it was verified against nullptr. Check lines: 182, 185.
dDiagMatrix.cc (192)
V591 Non-void function should return a value.
dDiagMatrix.cc (203)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions 'r >= c' and 'r < c'.
dDiagMatrix.cc (215)
V1004 The 's' pointer was used unsafely after it was verified against nullptr. Check lines: 212, 215.
dDiagMatrix.cc (222)
V591 Non-void function should return a value.
dDiagMatrix.cc (266)
V550 An odd precise comparison: val == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dDiagMatrix.cc (326)
V550 An odd precise comparison: amx == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dMatrix.cc (665)
V550 An odd precise comparison: rcon == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dMatrix.cc (695)
V550 An odd precise comparison: tol == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dMatrix.cc (1262)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dMatrix.cc (1359)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dMatrix.cc (1447)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dMatrix.cc (1536)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dMatrix.cc (2059)
V550 An odd precise comparison: s.elem(0) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dMatrix.cc (2225)
V550 An odd precise comparison: s.elem(0) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dNDArray.cc (353)
V656 Variables 'max_val', 'min_val' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'elem(0)' expression. Check lines: 352, 353.
dRowVector.cc (279)
V550 An odd precise comparison: x1 == x2. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (247)
V550 An odd precise comparison: tmp_max != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (258)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (324)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (398)
V550 An odd precise comparison: tmp_min != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (409)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (475)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (775)
V550 An odd precise comparison: pivot == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (778)
V550 An odd precise comparison: v != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (799)
V550 An odd precise comparison: pivot == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (802)
V550 An odd precise comparison: pivot != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (863)
V550 An odd precise comparison: pivot == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (877)
V550 An odd precise comparison: pivot == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (882)
V550 An odd precise comparison: work[j] != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (885)
V550 An odd precise comparison: pivot != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (897)
V550 An odd precise comparison: work[j] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1499)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1537)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1575)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1610)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1648)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (1737)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1761)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1773)
V550 An odd precise comparison: work[rperm[i]] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1797)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1834)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1857)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1869)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1891)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (1930)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (2009)
V550 An odd precise comparison: cwork[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2048)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2086)
V550 An odd precise comparison: cwork[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2122)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2161)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (2250)
V550 An odd precise comparison: cwork[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2274)
V550 An odd precise comparison: cwork[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2286)
V550 An odd precise comparison: cwork[rperm[i]] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2311)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2348)
V550 An odd precise comparison: cwork[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2371)
V550 An odd precise comparison: cwork[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2383)
V550 An odd precise comparison: cwork[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2406)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2445)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (2524)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2571)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2623)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2659)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2698)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (2781)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2816)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2828)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2850)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2902)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2924)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2936)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2959)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (2998)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (3076)
V550 An odd precise comparison: cwork[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3124)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3177)
V550 An odd precise comparison: cwork[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3213)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3252)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (3335)
V550 An odd precise comparison: cwork[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3370)
V550 An odd precise comparison: cwork[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3382)
V550 An odd precise comparison: cwork[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3405)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3457)
V550 An odd precise comparison: cwork[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3479)
V550 An odd precise comparison: cwork[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3491)
V550 An odd precise comparison: cwork[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3515)
V550 An odd precise comparison: work[k] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3554)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (3861)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3873)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (3884)
V547 Expression 'typ != MatrixType::Tridiagonal_Hermitian' is always true.
dSparse.cc (4220)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (4220)
V550 An odd precise comparison: Bz[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (4232)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (4232)
V550 An odd precise comparison: Bz[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (4245)
V547 Expression 'typ != MatrixType::Tridiagonal_Hermitian' is always true.
dSparse.cc (4347)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (4479)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (4615)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (4669)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (4725)
V614 Uninitialized variable 'anorm' used.
dSparse.cc (4780)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (4829)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (4841)
V550 An odd precise comparison: work[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (4956)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5064)
V614 Uninitialized variable 'anorm' used.
dSparse.cc (5119)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5280)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5359)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (5359)
V550 An odd precise comparison: Bz[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (5371)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (5371)
V550 An odd precise comparison: Bz[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (5418)
V614 Uninitialized variable 'anorm' used.
dSparse.cc (5473)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5537)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (5537)
V550 An odd precise comparison: Bz[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (5549)
V550 An odd precise comparison: Bx[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (5549)
V550 An odd precise comparison: Bz[i] != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (5649)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5729)
V601 The 'false' value is implicitly cast to the integer type.
dSparse.cc (5732)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5747)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (5758)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (5759)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (5798)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5808)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5772)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
dSparse.cc (5785)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
dSparse.cc (5954)
V601 The 'false' value is implicitly cast to the integer type.
dSparse.cc (5957)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5972)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (5983)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (5984)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6006)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6007)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6032)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (6042)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (5997)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
dSparse.cc (6020)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
dSparse.cc (6150)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (6227)
V601 The 'false' value is implicitly cast to the integer type.
dSparse.cc (6230)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (6245)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6256)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6257)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6295)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (6305)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (6270)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
dSparse.cc (6283)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
dSparse.cc (6472)
V601 The 'false' value is implicitly cast to the integer type.
dSparse.cc (6475)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (6490)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6501)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6502)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6524)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6525)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (6550)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (6560)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (6515)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
dSparse.cc (6538)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
dSparse.cc (6681)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7290)
V550 An odd precise comparison: val != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7290)
V550 An odd precise comparison: val != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7317)
V550 An odd precise comparison: octave::math::x_nint(val) == val. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
dSparse.cc (7350)
V550 An odd precise comparison: octave::math::x_nint(val) != val. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7338)
V656 Variables 'max_val', 'min_val' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'data(0)' expression. Check lines: 7337, 7338.
dSparse.cc (7402)
V1008 Consider inspecting the 'for' operator. No more than one iteration of the loop will be performed.
dSparse.cc (7402)
V601 The 'false' value is implicitly cast to the integer type.
dSparse.cc (7408)
V601 The 'false' value is implicitly cast to the integer type.
dSparse.cc (7408)
V601 The 'true' value is implicitly cast to the integer type.
dSparse.cc (7420)
V550 An odd precise comparison: t != double (). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7430)
V1008 Consider inspecting the 'for' operator. No more than one iteration of the loop will be performed.
dSparse.cc (7430)
V550 An odd precise comparison: tmp[i] != double (). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7430)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(1.0) > Epsilon.
dSparse.cc (7438)
V550 An odd precise comparison: tmp[i] != double (). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7438)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(0.0) > Epsilon.
dSparse.cc (7452)
V550 An odd precise comparison: tmp[i] != double (). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7452)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(0.0) > Epsilon.
dSparse.cc (7645)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7658)
V550 An odd precise comparison: octave::math::min(d, m.data(i)) != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7671)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7722)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7732)
V560 A part of conditional expression is always true: jb_lt_max.
dSparse.cc (7735)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7747)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7796)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7809)
V550 An odd precise comparison: octave::math::max(d, m.data(i)) != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7821)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7872)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7882)
V560 A part of conditional expression is always true: jb_lt_max.
dSparse.cc (7885)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7897)
V550 An odd precise comparison: tmp != 0.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7928)
V550 An odd precise comparison: s != rhs_zero. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
dSparse.cc (7931)
V550 An odd precise comparison: s != lhs_zero. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
fCDiagMatrix.cc (254)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions 'r <= c' and 'r > c'.
fCDiagMatrix.cc (266)
V1004 The 's' pointer was used unsafely after it was verified against nullptr. Check lines: 263, 266.
fCDiagMatrix.cc (273)
V591 Non-void function should return a value.
fCDiagMatrix.cc (284)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions 'r >= c' and 'r < c'.
fCDiagMatrix.cc (296)
V1004 The 's' pointer was used unsafely after it was verified against nullptr. Check lines: 293, 296.
fCDiagMatrix.cc (303)
V591 Non-void function should return a value.
fCDiagMatrix.cc (349)
V550 An odd precise comparison: val == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCDiagMatrix.cc (494)
V550 An odd precise comparison: amx == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (963)
V550 An odd precise comparison: rcon == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (999)
V550 An odd precise comparison: tol == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (1084)
V656 Variables 'dv', 'retval' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'rows(), cols()' expression. Check lines: 1082, 1084.
fCMatrix.cc (1098)
V656 Variables 'dv', 'retval' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'rows(), cols()' expression. Check lines: 1096, 1098.
fCMatrix.cc (1584)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (1686)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (1782)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (1877)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (2434)
V550 An odd precise comparison: s.elem(0) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (2613)
V550 An odd precise comparison: s.elem(0) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fCMatrix.cc (3244)
V525 The code contains the collection of similar blocks. Check items 'cc', 'cc', 'cs' in lines 3244, 3245, 3246.
fCNDArray.cc (326)
V550 An odd precise comparison: octave::math::x_nint(r_val) != r_val. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
fCNDArray.cc (327)
V550 An odd precise comparison: octave::math::x_nint(i_val) != i_val. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
fDiagMatrix.cc (173)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions 'r <= c' and 'r > c'.
fDiagMatrix.cc (185)
V1004 The 's' pointer was used unsafely after it was verified against nullptr. Check lines: 182, 185.
fDiagMatrix.cc (192)
V591 Non-void function should return a value.
fDiagMatrix.cc (203)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions 'r >= c' and 'r < c'.
fDiagMatrix.cc (215)
V1004 The 's' pointer was used unsafely after it was verified against nullptr. Check lines: 212, 215.
fDiagMatrix.cc (222)
V591 Non-void function should return a value.
fDiagMatrix.cc (266)
V550 An odd precise comparison: val == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fDiagMatrix.cc (326)
V550 An odd precise comparison: amx == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fMatrix.cc (671)
V550 An odd precise comparison: rcon == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fMatrix.cc (701)
V550 An odd precise comparison: tol == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fMatrix.cc (1271)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fMatrix.cc (1374)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fMatrix.cc (1470)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fMatrix.cc (1556)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fMatrix.cc (2086)
V550 An odd precise comparison: s.elem(0) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fMatrix.cc (2250)
V550 An odd precise comparison: s.elem(0) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fNDArray.cc (310)
V656 Variables 'max_val', 'min_val' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'elem(0)' expression. Check lines: 309, 310.
fRowVector.cc (279)
V550 An odd precise comparison: x1 == x2. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
idx-vector.cc (108)
V591 Non-void function should return a value.
idx-vector.cc (155)
V550 An odd precise comparison: b != std::floor(b). It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
idx-vector.cc (226)
V669 The 'conv_error' argument is a non-constant reference. The analyzer is unable to determine the position at which this argument is being modified. It is possible that the function contains an error.
idx-vector.cc (243)
V550 An odd precise comparison: static_cast<double> (i) != x. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
idx-vector.cc (820)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (830)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (853)
V522 There might be dereferencing of a potential null pointer 'rj'.
idx-vector.cc (868)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (869)
V522 There might be dereferencing of a potential null pointer 'rj'.
idx-vector.cc (882)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (886)
V522 There might be dereferencing of a potential null pointer 'rj'.
idx-vector.cc (910)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (910)
V522 There might be dereferencing of a potential null pointer 'rj'.
idx-vector.cc (921)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (924)
V522 There might be dereferencing of a potential null pointer 'rj'.
idx-vector.cc (934)
V522 There might be dereferencing of a potential null pointer 'rj'.
idx-vector.cc (968)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (980)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (989)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1018)
V522 There might be dereferencing of a potential null pointer 'dynamic_cast< idx_range_rep * > (rep)'.
idx-vector.cc (1046)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1063)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1078)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1085)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1093)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1118)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1187)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1208)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1211)
V781 The value of the 'len' variable is checked after it was used. Perhaps there is a mistake in program logic. Check lines: 1211, 1217.
idx-vector.cc (1239)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1246)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1253)
V522 There might be dereferencing of a potential null pointer 'r'.
idx-vector.cc (1260)
V522 There might be dereferencing of a potential null pointer 'r'.
MatrixType.cc (121)
V550 An odd precise comparison: aij == aji. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
MatrixType.cc (191)
V547 Expression 'ncols == nrows' is always true.
MatrixType.cc (244)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (340)
V550 An odd precise comparison: sp_bandden != 1.. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (511)
V550 An odd precise comparison: std::imag(d) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
MatrixType.cc (485)
V586 The 'delete' operator is called twice for deallocation of the same memory space.
MatrixType.cc (653)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
MatrixType.cc (655)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (662)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (675)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
MatrixType.cc (677)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (707)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
MatrixType.cc (709)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (740)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (766)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (792)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (818)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (842)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
MatrixType.cc (888)
V547 Expression 'typ == MatrixType::Full' is always true.
Range.cc (47)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Range.cc (48)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Range.cc (64)
V550 An odd precise comparison: rng_inc != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
Range.cc (66)
V550 An odd precise comparison: rng_base == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Range.cc (66)
V550 An odd precise comparison: rng_limit == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Range.cc (69)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
Range.cc (342)
V768 The variable 'mode' is of enum type. It is odd that it is used as a variable of a Boolean-type.
Range.cc (350)
V550 An odd precise comparison: rng_base != b. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
Range.cc (361)
V550 An odd precise comparison: rng_limit != l. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
Range.cc (372)
V550 An odd precise comparison: rng_inc != i. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
Range.cc (560)
V550 An odd precise comparison: rng_inc == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Sparse.cc (304)
V778 Two similar code fragments were found. Perhaps, this is a typo and 'c' variable should be used instead of 'r'.
Sparse.cc (2497)
V560 A part of conditional expression is always true: nnr != 0.
Sparse.cc (2497)
V560 A part of conditional expression is always true: nnc != 0.
Sparse-C.cc (49)
V550 An odd precise comparison: xabs(a) == xabs(b). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Sparse-C.cc (57)
V550 An odd precise comparison: xabs(a) == xabs(b). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (307)
V550 An odd precise comparison: y == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (310)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (347)
V550 An odd precise comparison: y == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (428)
V550 An odd precise comparison: x == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (435)
V550 An odd precise comparison: y == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (471)
V550 An odd precise comparison: y == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (474)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (513)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (750)
V1034 Do not use real type variables as loop counters.
Faddeeva.cc (819)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Faddeeva.cc (830)
V636 The 'n * n' expression was implicitly cast from 'int' type to 'double' type. Consider utilizing an explicit type cast to avoid overflow. An example: double A = (double)(X) * Y;.
Faddeeva.cc (848)
V636 The 'n * n' expression was implicitly cast from 'int' type to 'double' type. Consider utilizing an explicit type cast to avoid overflow. An example: double A = (double)(X) * Y;.
Faddeeva.cc (867)
V636 The 'n * n' expression was implicitly cast from 'int' type to 'double' type. Consider utilizing an explicit type cast to avoid overflow. An example: double A = (double)(X) * Y;.
Faddeeva.cc (884)
V636 The 'n * n' expression was implicitly cast from 'int' type to 'double' type. Consider utilizing an explicit type cast to avoid overflow. An example: double A = (double)(X) * Y;.
DASPK.cc (62)
V707 Giving short names to global variables is considered to be bad practice. It is suggested to rename 'nn' variable.
DASPK.cc (358)
V560 A part of conditional expression is always true: eiq == 3.
DASPK.cc (403)
V560 A part of conditional expression is always true: eiq == 3.
DASPK.cc (633)
V550 An odd precise comparison: next_crit == next_out. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
DASRT.cc (60)
V707 Giving short names to global variables is considered to be bad practice. It is suggested to rename 'nn' variable.
DASRT.cc (478)
V550 An odd precise comparison: next_crit == next_out. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
DASSL.cc (57)
V707 Giving short names to global variables is considered to be bad practice. It is suggested to rename 'nn' variable.
DASSL.cc (438)
V550 An odd precise comparison: next_crit == next_out. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
EIG.cc (136)
V550 An odd precise comparison: wi.elem(j) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
EIG.cc (490)
V550 An odd precise comparison: ai.elem(j) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
gsvd.cc (535)
V560 A part of conditional expression is always false: jobu == 'O'.
gsvd.cc (540)
V560 A part of conditional expression is always false: jobv == 'O'.
gsvd.cc (545)
V560 A part of conditional expression is always false: jobq == 'O'.
LSODE.cc (440)
V550 An odd precise comparison: next_crit == next_out. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
Quad.cc (160)
V591 Non-void function should return a value.
Quad.cc (224)
V591 Non-void function should return a value.
Quad.cc (230)
V591 Non-void function should return a value.
Quad.cc (277)
V591 Non-void function should return a value.
chol.cc (65)
V547 Expression 'info == 0' is always true.
chol.cc (114)
V547 Expression 'info == 0' is always true.
Array.h (426)
V512 Instantiation of Array <float>: A call of the 'compute_index' function will lead to overflow of the buffer 'ra_idx.data()'.
eigs-base.cc (349)
V614 Uninitialized variable 'info' used.
eigs-base.cc (386)
V614 Uninitialized variable 'info' used.
eigs-base.cc (430)
V550 An odd precise comparison: sigma != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
eigs-base.cc (511)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
eigs-base.cc (530)
V550 An odd precise comparison: sigma != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
eigs-base.cc (593)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
eigs-base.cc (612)
V550 An odd precise comparison: std::real(sigma) != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
eigs-base.cc (612)
V550 An odd precise comparison: std::imag(sigma) != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
eigs-base.cc (694)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
eigs-base.cc (713)
V550 An odd precise comparison: std::real(sigma) != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
eigs-base.cc (713)
V550 An odd precise comparison: std::imag(sigma) != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
eigs-base.cc (776)
V550 An odd precise comparison: rcond_plus_one == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
eigs-base.cc (1393)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(sigma) > Epsilon.
eigs-base.cc (1475)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(std::abs(sigma)) < Epsilon.
eigs-base.cc (1596)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (1619)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (1638)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (1657)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (1706)
V560 A part of conditional expression is always true: mode == 1.
eigs-base.cc (1724)
V560 A part of conditional expression is always true: mode == 1.
eigs-base.cc (2021)
V550 An odd precise comparison: di[i] == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
eigs-base.cc (2397)
V550 An odd precise comparison: di[i] == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
eigs-base.cc (2503)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(sigmar) > Epsilon.
eigs-base.cc (2586)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(std::abs(sigmar)) < Epsilon.
eigs-base.cc (2711)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (2734)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (2753)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (2772)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (2840)
V550 An odd precise comparison: di[i] == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
eigs-base.cc (3783)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (3806)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (3825)
V601 The 'false' value is implicitly cast to the integer type.
eigs-base.cc (3844)
V601 The 'false' value is implicitly cast to the integer type.
fEIG.cc (135)
V550 An odd precise comparison: wi.elem(j) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
fEIG.cc (484)
V550 An odd precise comparison: ai.elem(j) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-mappers.cc (87)
V550 An odd precise comparison: std::imag(x) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-mappers.cc (98)
V550 An odd precise comparison: std::imag(x) == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-mappers.cc (109)
V550 An odd precise comparison: std::imag(x) == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-mappers.cc (120)
V550 An odd precise comparison: std::imag(x) == 0.0f. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-mappers.cc (165)
V550 An odd precise comparison: ax != lax. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
lo-mappers.cc (173)
V550 An odd precise comparison: ax != lax. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
lo-specfun.cc (160)
V550 An odd precise comparison: zi == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (230)
V550 An odd precise comparison: z.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (313)
V550 An odd precise comparison: zi == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (366)
V550 An odd precise comparison: zr == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (366)
V550 An odd precise comparison: zi == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (378)
V550 An odd precise comparison: zi == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (432)
V550 An odd precise comparison: zi == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (490)
V550 An odd precise comparison: zr == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (490)
V550 An odd precise comparison: zi == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (502)
V550 An odd precise comparison: zi == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (872)
V550 An odd precise comparison: z.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (923)
V550 An odd precise comparison: z.real() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (923)
V550 An odd precise comparison: z.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (935)
V550 An odd precise comparison: z.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (988)
V550 An odd precise comparison: z.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1036)
V550 An odd precise comparison: z.real() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1036)
V550 An odd precise comparison: z.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1047)
V550 An odd precise comparison: z.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1406)
V550 An odd precise comparison: zi == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1477)
V550 An odd precise comparison: z.imag() == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1597)
V529 Odd semicolon ';' after 'for' operator.
lo-specfun.cc (1616)
V550 An odd precise comparison: u.real() == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1728)
V550 An odd precise comparison: x == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1730)
V550 An odd precise comparison: x == 2.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1849)
V550 An odd precise comparison: ax == 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1920)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1924)
V550 An odd precise comparison: math::x_nint(x) == x. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1943)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-specfun.cc (1947)
V550 An odd precise comparison: math::x_nint(x) == x. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-fftw.cc (116)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
oct-fftw.cc (201)
V656 Variables 'tmp[i]', 'nn' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'dims(j)' expression. Check lines: 200, 201.
oct-fftw.cc (320)
V656 Variables 'tmp[i]', 'nn' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'dims(j)' expression. Check lines: 319, 320.
oct-fftw.cc (476)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
oct-fftw.cc (559)
V656 Variables 'tmp[i]', 'nn' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'dims(j)' expression. Check lines: 558, 559.
oct-fftw.cc (678)
V656 Variables 'tmp[i]', 'nn' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'dims(j)' expression. Check lines: 677, 678.
oct-norm.cc (466)
V764 Possible incorrect order of arguments passed to 'dual_p' function: 'q' and 'p'.
oct-rand.cc (67)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
oct-rand.cc (102)
V501 There are identical sub-expressions to the left and to the right of the '&&' operator: hi > lo && lo >= 0 && hi > lo
oct-spparms.cc (47)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
randgamma.cc (113)
V765 A compound assignment expression 'v *= v * v' is suspicious. Consider inspecting it for a possible error.
randpoisson.cc (129)
V550 An odd precise comparison: my != my_last. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
randpoisson.cc (332)
V550 An odd precise comparison: t[tableidx] == t[tableidx - 1]. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
sparse-chol.cc (230)
V601 The 'false' value is implicitly cast to the integer type.
sparse-chol.cc (234)
V550 An odd precise comparison: spu == 0.. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
sparse-chol.cc (253)
V601 The 'false' value is implicitly cast to the integer type.
sparse-chol.cc (254)
V601 The 'false' value is implicitly cast to the integer type.
sparse-chol.cc (255)
V601 The 'true' value is implicitly cast to the integer type.
sparse-chol.cc (256)
V601 The 'true' value is implicitly cast to the integer type.
sparse-chol.cc (257)
V601 The 'true' value is implicitly cast to the integer type.
sparse-chol.cc (258)
V601 The 'false' value is implicitly cast to the integer type.
sparse-chol.cc (270)
V601 The 'true' value is implicitly cast to the integer type.
sparse-chol.cc (271)
V601 The 'true' value is implicitly cast to the integer type.
sparse-chol.cc (292)
V601 The 'false' value is implicitly cast to the integer type.
sparse-chol.cc (283)
V506 Pointer to local variable 'dummy' is stored outside the scope of this variable. Such a pointer will become invalid.
sparse-qr.cc (630)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
sparse-qr.cc (723)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
sparse-qr.cc (1294)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
sparse-qr.cc (1414)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
sparse-qr.cc (1652)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
sparse-qr.cc (1756)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
sparse-qr.cc (1991)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
sparse-qr.cc (2092)
V550 An odd precise comparison: tmp != 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
sparse-qr.cc (2189)
V524 It is odd that the body of 'P' function is fully equivalent to the body of 'Pinv' function.
svd.cc (350)
V560 A part of conditional expression is always false: jobu == 'O'.
svd.cc (358)
V560 A part of conditional expression is always false: jobv == 'O'.
smx-scm-s.cc (12)
V550 An odd precise comparison: s != rhs_zero. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
smx-s-scm.cc (12)
V550 An odd precise comparison: s != lhs_zero. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
smx-scm-sm.cc (10)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: Complex() / Complex()
smx-sm-scm.cc (10)
V501 There are identical sub-expressions to the left and to the right of the '/' operator: Complex() / Complex()
lo-sysdep.cc (63)
V1004 The 'tmp' pointer was used unsafely after it was verified against nullptr. Check lines: 60, 63.
lo-sysdep.cc (173)
V575 The potential null pointer is passed into 'sprintf' function. Inspect the first argument. Check lines: 173, 171.
lo-sysinfo.cc (69)
V547 Expression '!retval.empty()' is always false.
oct-env.cc (89)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
cmd-edit.cc (538)
V769 The 'f' pointer in the 'f - s' expression could be nullptr. In such case, resulting value will be senseless and it should not be used.
cmd-edit.cc (836)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 836, 834.
cmd-edit.cc (857)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 857, 855.
cmd-edit.cc (878)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 878, 876.
cmd-edit.cc (909)
V519 The 'matches' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 908, 909.
cmd-edit.cc (1729)
V547 Expression 'c == 'A is always true.
cmd-edit.cc (1844)
V601 The integer type is implicitly cast to the char type.
cmd-edit.cc (1737)
V536 Be advised that the utilized constant value is represented by an octal form. Oct: '\033', Dec: 27.
cmd-edit.cc (1922)
V536 Be advised that the utilized constant value is represented by an octal form. Oct: 0777, Dec: 511.
kpse.cc (491)
V601 The 'true' value is implicitly cast to the integer type. Inspect the second argument.
kpse.cc (655)
V601 The 'true' value is implicitly cast to the integer type. Inspect the second argument.
kpse.cc (784)
V560 A part of conditional expression is always true: dir.length() > 0.
kpse.cc (970)
V560 A part of conditional expression is always true: !quoted.
lo-array-errwarn.cc (225)
V550 An odd precise comparison: n + 1 != nearest. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
lo-array-errwarn.cc (327)
V550 An odd precise comparison: rcond == 0.0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-hash.cc (140)
V591 Non-void function should return a value.
lo-ieee.cc (135)
V547 Expression '!initialized' is always true.
lo-regexp.cc (127)
V555 The expression 'new_pos - pos > 0' will work as 'new_pos != pos'.
lo-regexp.cc (540)
V1026 The 'delta' variable is incremented in the loop. Undefined behavior will occur in case of signed integer overflow.
lo-regexp.cc (603)
V1026 The 'delta' variable is incremented in the loop. Undefined behavior will occur in case of signed integer overflow.
lo-utils.cc (44)
V550 An odd precise comparison: octave::math::x_nint(x) == x. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-utils.cc (47)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-utils.cc (47)
V550 An odd precise comparison: x == 1. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-utils.cc (50)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-utils.cc (65)
V550 An odd precise comparison: octave::math::x_nint(x) == x. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-utils.cc (68)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-utils.cc (68)
V550 An odd precise comparison: x == 1. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-utils.cc (71)
V550 An odd precise comparison: x == 0. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
lo-utils.cc (110)
V575 The potential null pointer is passed into 'fgets' function. Inspect the first argument. Check lines: 110, 104.
lo-utils.cc (120)
V769 The 'buf' pointer in the 'buf + tmp' expression could be nullptr. In such case, resulting value will be senseless and it should not be used. Check lines: 120, 119.
lo-utils.cc (119)
V701 realloc() possible leak: when realloc() fails in allocating memory, original pointer 'buf' is lost. Consider assigning realloc() to a temporary pointer.
oct-inttypes.cc (233)
V550 An odd precise comparison: xx != y. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
oct-inttypes.cc (238)
V550 An odd precise comparison: xx == xxup. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (254)
V550 An odd precise comparison: xx != y. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
oct-inttypes.cc (259)
V550 An odd precise comparison: xx == xxup. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (261)
V550 An odd precise comparison: xx == xxlo. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (582)
V550 An odd precise comparison: y == octave::math::round(y). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (584)
V550 An odd precise comparison: y == 0.5. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (617)
V550 An odd precise comparison: y == octave::math::round(y). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (619)
V550 An odd precise comparison: fabs(y) == 0.5. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (667)
V550 An odd precise comparison: y == octave::math::round(y). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (677)
V550 An odd precise comparison: y == octave::math::round(y). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (754)
V550 An odd precise comparison: b == octave::math::round(b). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (769)
V550 An odd precise comparison: b == octave::math::round(b). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (787)
V550 An odd precise comparison: b == octave::math::round(b). It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
oct-inttypes.cc (784)
V524 It is odd that the body of 'powf' function is fully equivalent to the body of 'pow' function.
oct-mutex.cc (45)
V524 It is odd that the body of 'unlock' function is fully equivalent to the body of 'lock' function.
singleton-cleanup.cc (48)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
oct-rl-edit.c (201)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 201, 201.
oct-rl-edit.c (293)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 293, 293.
oct-rl-edit.c (301)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 301, 301.
oct-rl-edit.c (321)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 321, 321.
oct-rl-edit.c (329)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 329, 329.
oct-rl-edit.c (337)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 337, 337.
oct-rl-edit.c (435)
V575 The potential null pointer is passed into 'strcpy' function. Inspect the first argument. Check lines: 435, 435.
oct-rl-hist.c (61)
V526 The 'strcmp' function returns 0 if corresponding strings are equal. Consider examining the condition for mistakes.
oct-rl-hist.c (279)
V1028 Possible overflow. Consider casting operands of the 'end - beg + 1' operator to the 'size_t' type, not the result.
oct-rl-hist.c (289)
V575 The potential null pointer is passed into 'sprintf' function. Inspect the first argument. Check lines: 289, 286.
oct-rl-hist.c (294)
V522 There might be dereferencing of a potential null pointer 'retval'. Check lines: 294, 279.
octave-config.cc (109)
V656 Variables 'vars["DATADIR"]', 'vars["DATAROOTDIR"]' are initialized through the call to the same function. It's probably an error or un-optimized code. Consider inspecting the 'prepend_octave_home("share")' expression. Check lines: 108, 109.
BlockArray.h (32)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: data.
CharacterColor.h (44)
V690 The 'ColorEntry' class implements the '=' operator, but lacks a copy constructor. It is dangerous to use such a class.
CharacterColor.h (261)
V640 The code's operational logic does not correspond with its formatting. The second statement will always be executed. It is possible that curly brackets are missing.
Emulation.cpp (165)
V547 Expression 'codec == LocaleCodec' is always true.
Emulation.cpp (266)
V688 The '_decoder' function argument possesses the same name as one of the class members, which can result in a confusion.
Filter.cpp (490)
V523 The 'then' statement is equivalent to the 'else' statement.
History.cpp (83)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: readWriteBalance.
KeyboardTranslator.cpp (72)
V519 The 'list' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 69, 72.
KeyboardTranslator.cpp (702)
V576 Incorrect format. Consider checking the third actual argument of the 'sscanf' function. A pointer to the unsigned int type is expected.
Screen.cpp (304)
V601 The 'true' value is implicitly cast to the integer type.
Screen.cpp (315)
V601 The 'false' value is implicitly cast to the integer type.
Screen.cpp (1033)
V688 The 'lines' local variable possesses the same name as one of the class members, which can result in a confusion.
ScreenWindow.cpp (208)
V547 Expression 'mode == ScrollPages' is always true.
ScreenWindow.cpp (182)
V524 It is odd that the body of 'columnCount' function is fully equivalent to the body of 'windowColumns' function.
ScreenWindow.cpp (31)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: _screen.
Vt102Emulation.cpp (1164)
V560 A part of conditional expression is always false: m == 5.
Vt102Emulation.cpp (1187)
V560 A part of conditional expression is always false: m == 5.
TerminalView.cpp (587)
V547 Expression '_cursorShape == IBeamCursor' is always true.
TerminalView.cpp (856)
V688 The '_clipboard' local variable possesses the same name as one of the class members, which can result in a confusion.
TerminalView.cpp (887)
V601 The 'true' value is implicitly cast to the integer type.
TerminalView.cpp (942)
V519 The '_fixedFont' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 938, 942.
TerminalView.cpp (1669)
V728 An excessive check can be simplified. The '||' operator is surrounded by opposite expressions '_mouseMarks' and '!_mouseMarks'.
TerminalView.cpp (1835)
V550 An odd precise comparison. It's probably better to use a comparison with defined precision: fabs(A - B) < Epsilon.
TerminalView.cpp (2261)
V547 Expression '_tripleClickMode == SelectWholeLine' is always true.
moc-SelfListener.cc (112)
V688 The '_a' function argument possesses the same name as one of the class members, which can result in a confusion.
moc-SelfListener.cc (132)
V688 The '_a' local variable possesses the same name as one of the class members, which can result in a confusion.
dialog.cc (468)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
dialog.cc (543)
V519 The 'idx' variable is assigned values twice successively. Perhaps this is a mistake. Check lines: 520, 543.
documentation.cc (70)
V522 There might be dereferencing of a potential null pointer 'getenv("OCTAVE_QTHELP_COLLECTION")'. A constructor of the string class expects a valid pointer.
documentation.cc (96)
V595 The 'm_help_engine' pointer was utilized before it was verified against nullptr. Check lines: 96, 110.
external-editor-interface.cc (101)
V522 There might be dereferencing of a potential null pointer 'settings'.
files-dock-widget.cc (134)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
files-dock-widget.cc (141)
V601 The string literal is implicitly cast to the bool type. Inspect the first argument.
files-dock-widget.cc (190)
V522 There might be dereferencing of a potential null pointer 'settings'.
files-dock-widget.cc (406)
V522 There might be dereferencing of a potential null pointer 'settings'.
files-dock-widget.cc (436)
V522 There might be dereferencing of a potential null pointer 'settings'.
files-dock-widget.cc (472)
V522 There might be dereferencing of a potential null pointer 'settings'.
files-dock-widget.cc (857)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
history-dock-widget.cc (318)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor.h (412)
V703 It is odd that the 'm_close_action' field in derived class 'file_editor' overwrites field in base class 'label_dock_widget'. Check lines: file-editor.h:412, octave-dock-widget.h:72.
file-editor-tab.cc (206)
V601 The 'false' value is implicitly cast to the integer type. Inspect the second argument.
file-editor-tab.cc (235)
V1004 The 'settings' pointer was used unsafely after it was verified against nullptr. Check lines: 225, 235.
file-editor-tab.cc (406)
V565 An empty exception handler. Silent suppression of exceptions can hide the presence of bugs in source code during testing.
file-editor-tab.cc (407)
V565 An empty exception handler. Silent suppression of exceptions can hide the presence of bugs in source code during testing.
file-editor-tab.cc (621)
V668 There is no sense in testing the 'lexer' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
file-editor-tab.cc (653)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor-tab.cc (1445)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor-tab.cc (1910)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor-tab.cc (1997)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor-tab.cc (2028)
V565 An empty exception handler. Silent suppression of exceptions can hide the presence of bugs in source code during testing.
file-editor-tab.cc (2244)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
file-editor-tab.cc (2579)
V601 The 'true' value is implicitly cast to the integer type. Inspect the second argument.
file-editor.cc (206)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor.cc (413)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor.cc (449)
V668 There is no sense in testing the 'fileEditorTab' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
file-editor.cc (1270)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor.cc (1330)
V668 There is no sense in testing the 'fileEditorTab' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
file-editor.cc (1549)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor.cc (1623)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor.cc (2373)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor.cc (2383)
V522 There might be dereferencing of a potential null pointer 'settings'.
file-editor.cc (2401)
V522 There might be dereferencing of a potential null pointer 'settings'.
find-dialog.cc (324)
V595 The '_edit_area' pointer was utilized before it was verified against nullptr. Check lines: 324, 329.
octave-qscintilla.cc (122)
V601 The 'false' value is implicitly cast to the integer type. Inspect the second argument.
octave-qscintilla.cc (396)
V522 There might be dereferencing of a potential null pointer 'settings'.
ui-settings-dialog.h (40)
V553 The length of 'Ui_settings_dialog' class's declaration is more than 2000 lines long. You should consider refactoring the code.
main-window.cc (366)
V522 There might be dereferencing of a potential null pointer 'dock'.
main-window.cc (394)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
main-window.cc (414)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
main-window.cc (852)
V522 There might be dereferencing of a potential null pointer 'settings'.
main-window.cc (910)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
main-window.cc (1066)
V522 There might be dereferencing of a potential null pointer 'settings'.
main-window.cc (1081)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
main-window.cc (1108)
V522 There might be dereferencing of a potential null pointer 'settings'.
main-window.cc (1615)
V522 There might be dereferencing of a potential null pointer 'settings'.
main-window.cc (2450)
V522 There might be dereferencing of a potential null pointer 'settings'.
main-window.cc (2557)
V522 There might be dereferencing of a potential null pointer 'settings'.
octave-dock-widget.cc (60)
V523 The 'then' statement is equivalent to the 'else' statement.
octave-dock-widget.cc (312)
V522 There might be dereferencing of a potential null pointer 'settings'.
octave-gui.cc (42)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: m_argc, m_argv.
octave-qt-link.cc (58)
V730 Not all members of a class are initialized inside the constructor. Consider inspecting: m_shutdown_confirm_result.
resource-manager.cc (179)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
resource-manager.cc (297)
V668 There is no sense in testing the 'm_settings' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
settings-dialog.cc (550)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
settings-dialog.cc (816)
V522 There might be dereferencing of a potential null pointer 'settings'.
shortcut-manager.cc (175)
V668 There is no sense in testing the 'instance' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
shortcut-manager.cc (678)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
shortcut-manager.cc (698)
V668 There is no sense in testing the 'osc_settings' pointer against null, as the memory was allocated using the 'new' operator. The exception will be generated in the case of memory allocation error.
shortcut-manager.cc (97)
V730 It is possible that not all members of a class are initialized inside the constructor. Consider inspecting: m_dialog, m_edit_actual, m_label_default, m_handled_index.
terminal-dock-widget.cc (67)
V522 There might be dereferencing of a potential null pointer 'settings'.
welcome-wizard.cc (308)
V735 Possibly an incorrect HTML. The "</span" closing tag was encountered, while the "</a" tag was expected.
find-files-dialog.cc (69)
V522 There might be dereferencing of a potential null pointer 'settings'.
find-files-dialog.cc (318)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
workspace-model.cc (42)
V730 It is possible that not all members of a class are initialized inside the constructor. Consider inspecting: m_top_level, m_enable_colors.
workspace-view.cc (178)
V522 There might be dereferencing of a potential null pointer 'settings'.
workspace-view.cc (309)
V522 There might be dereferencing of a potential null pointer 'settings'.
workspace-view.cc (323)
V522 There might be dereferencing of a potential null pointer 'settings'.
variable-editor.cc (449)
V522 There might be dereferencing of a potential null pointer 'resource_manager::get_settings()'.
octave-svgconvert.cc (483)
V550 An odd precise comparison: str.toDouble() != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
octave-svgconvert.cc (518)
V550 An odd precise comparison: pat[1] != 0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
octave-svgconvert.cc (577)
V550 An odd precise comparison: str.toDouble() != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
octave-svgconvert.cc (660)
V550 An odd precise comparison: alpha != 1.0. It's probably better to use a comparison with defined precision: fabs(A - B) > Epsilon.
octave-svgconvert.cc (89)
V524 It is odd that the body of 'qstr2vectord' function is fully equivalent to the body of 'qstr2vectorf' function.