APSC_DV-002590-l

Avoid signed integer overflows

AUTOSAR-A2_10_5-c

Identifiers that define objects with internal linkage shall be unique

AUTOSAR-A2_10_5-d

Identifiers that define functions with internal linkage shall be unique

AUTOSAR-A3_9_1-c

A typedef should be used in place of the plain char type

AUTOSAR-A4_7_1-i

Avoid data loss when converting between integer types

AUTOSAR-A4_7_1-j

Avoid signed integer overflows

AUTOSAR-A4_7_1-k

Avoid value change when converting between integer types

AUTOSAR-A7_1_1-b

Declare parameters as const whenever possible

AUTOSAR-M0_1_3-d

A project should not contain unused variables with external linkage

AUTOSAR-M0_1_3-e

A project should not contain unused variables with internal linkage

BD-PB-INTDL

Avoid data loss when converting between integer types

BD-PB-INTUB

Avoid signed integer overflows

BD-PB-INTVC

Avoid value change when converting between integer types

BD-PB-INTWRAP

Avoid wraparounds when performing arithmetic integer operations

BD-PB-NOTINITAT

Atomic objects shall be properly initialized before being accessed

BD-TRS-THRDR

There shall be no data races between threads

BD-TRS-THRDSTR

A thread synchronization object should not be destroyed by a thread

BD-TRS-THRINIT

A thread synchronization object should not be initialized by a thread

BD-TRS-THRTHR

A thread should not be created by another thread

BD-TRS-THRTSS

A thread-specific storage should not be created by a thread

BD-TRS-TIMEDLOCK

The Standard Library function mtx_timedlock() shall not be invoked on a mutex that does not support timeout

CERT_C-DCL00-b

Declare parameters as const whenever possible

CERT_C-EXP20-b

Tests of a value against zero should be made explicit, unless the operand is effectively Boolean

CERT_C-INT08-b

Avoid signed integer overflows

CERT_C-INT08-c

Avoid value change when converting between integer types

CERT_C-INT08-d

Avoid wraparounds when performing arithmetic integer operations

CERT_C-INT31-p

Avoid value change when converting between integer types

CERT_C-MSC07-i

Avoid unreachable methods

CERT_C-MSC12-i

Avoid unreachable methods

CERT_C-MSC12-j

Avoid conditions that always evaluate to the same value

CERT_C-MSC12-k

All non-null statements shall either have at least one side-effect however executed or cause control flow to change

CODSTA-112_b

Pointers to variably-modified array types should not be used

CODSTA-220_b

The small integer variants of the minimum-width integer constant macros should not be used

CODSTA-223_b

A typedef should be used in place of the plain char type

CODSTA-226_a

The value returned by a standard library function that may return an error should be used

CODSTA-226_b

The standard library functions for which return values need not be checked should be cast to 'void'

CODSTA-227

The value returned by a POSIX library function that may return an error should be used

CODSTA-228_a

Do not call 'getc()', 'putc()', 'getwc()', or 'putwc()' with a stream argument containing assignments, increment or decrement operators

CODSTA-228_b

Do not call 'getc()', 'putc()', 'getwc()', or 'putwc()' with a stream argument containing function calls or function-like macro calls

CODSTA-229

The operands of the remainder operator '%' should be of unsigned integer types

CODSTA-230

Do not cast pointers into more strictly aligned pointer types

CODSTA-231

The address of an object with thread storage duration shall not be assigned to an object with static storage duration

CODSTA-232

The increment (++) and decrement (--) operators should not be mixed with arithmetic operators in an expression

CODSTA-301

A conversion shall not remove any 'const', 'volatile' or '_Atomic' qualification from the type pointed to by a pointer

CODSTA-302

The right-hand operand of a constant expression shift operator shall lie between zero and one less than the width in bits of the essential type of the left-hand operand

CODSTA-CPP-108

A parameter of const reference to a 'cheap to copy' type should be passed by value

CODSTA-CPP-108_b

Pass small objects with a trivial copy constructor by value

CODSTA-CPP-109

A parameter of a type that is not 'cheap to copy' should be passed by reference

CODSTA-CPP-53_b

Declare parameters as const whenever possible

CODSTA-MC-101

Thread objects, thread synchronization objects and thread-specific storage pointers shall not have automatic storage duration

CODSTA-MC-16

The '_Atomic' qualifier should not be used with the 'void' type

CODSTA-MC-17

Members of atomic objects of structure and union types should not be directly accessed

CODSTA-MC-18

A cast shall not remove any '_Atomic' qualification from the type of a pointer

CODSTA-MC-19

The value of an expression with atomic type should be independent from thread interleaving

CODSTA-MC-20

Only 'memory_order_seq_cst' should be used as an explicit memory order argument

CODSTA-MC-21

The second argument passed to the 'mtx_init()' function call should be either 'mtx_plain', 'mtx_timed', 'mtx_plain | mtx_recursive', or 'mtx_timed | mtx_recursive'

CODSTA-MC-22

Thread objects, thread synchronization objects, and thread-specific storage pointers shall only be accessed by the appropriate Standard Library functions

CWE-190-h

Avoid signed integer overflows

GLOBAL-REUSEDEXTFUN

Identifiers that define functions with external linkage shall be unique

GLOBAL-REUSEDEXTVAR

Identifiers that define objects with external linkage shall be unique

GLOBAL-REUSEDSTATFUN

Identifiers that define functions with internal linkage shall be unique

GLOBAL-REUSEDSTATVAR

Identifiers that define objects with internal linkage shall be unique

GLOBAL-UNIQUETYPEC

A tag name shall be a unique identifier

GLOBAL-UNIQUETYPEDEFC

A typedef name shall be a unique identifier

GLOBAL-UNUSEDEXTVAR

A project should not contain unused variables with external linkage

HICPP-4_2_2-g

Avoid data loss when converting between integer types

HICPP-4_2_2-h

Avoid signed integer overflows

HICPP-4_2_2-i

Avoid value change when converting between integer types

HICPP-7_1_2-b

Declare parameters as const whenever possible

METRICS-44

The number of execution paths in a function should not be higher than 80

MISRA2008-0_1_3_d

A project should not contain unused variables with external linkage

MISRA2008-0_1_3_e

A project should not contain unused variables with internal linkage

MISRA2008-2_10_5_c

The identifier name of a non-member object or function with static storage duration should not be reused

MISRA2008-2_10_5_d

The identifier name of a non-member object or function with static storage duration should not be reused

MISRA2008-7_1_1_b

Declare parameters as const whenever possible

MISRA2012-DIR-4_1_l

Avoid signed integer overflows

MISRA2012-DIR-4_1_m

Avoid data loss when converting between integer types

MISRA2012-DIR-5_1

Do not use global variable with different locks set

MISRA2012-DIR-5_1_b

Variable should be used in context of single critical section

MISRA2012-DIR-5_1_c

There shall be no data races between threads

MISRA2012-DIR-5_2

Do not acquire locks in different order

MISRA2012-DIR-5_3

A thread should not be created by another thread

MISRA2012-RULE-11_10

The _Atomic qualifier shall not be applied to the incomplete type void

MISRA2012-RULE-12_2_b

The right-hand operand of a constant expression shift operator shall lie between zero and one less than the width in bits of the essential type of the left-hand operand

MISRA2012-RULE-12_6

Structure and union members of atomic objects shall not be directly accessed

MISRA2012-RULE-13_2_h

The value of an expression with atomic type should be independent from thread interleaving

MISRA2012-RULE-18_10

Pointers to variably-modified array types should not be used

MISRA2012-RULE-18_6_c

The address of an object with thread storage duration shall not be assigned to an object with static storage duration

MISRA2012-RULE-21_25

Only 'memory_order_seq_cst' should be used as an explicit memory order argument

MISRA2012-RULE-21_26

The Standard Library function mtx_timedlock() shall not be invoked on a mutex that does not support timeout

MISRA2012-RULE-22_11

Do not join or detach a thread that was previously joined or detached

MISRA2012-RULE-22_12

Thread objects, thread synchronization objects, and thread-specific storage pointers shall only be accessed by the appropriate Standard Library functions

MISRA2012-RULE-22_13

Thread objects, thread synchronization objects and thread-specific storage pointers shall not have automatic storage duration

MISRA2012-RULE-22_14_a

A thread synchronization object should not be initialized by a thread

MISRA2012-RULE-22_14_b

The second argument passed to the 'mtx_init()' function call should be either 'mtx_plain', 'mtx_timed', 'mtx_plain | mtx_recursive', or 'mtx_timed | mtx_recursive'

MISRA2012-RULE-22_15

A thread synchronization object should not be destroyed by a thread

MISRA2012-RULE-22_16

Do not abandon unreleased locks

MISRA2012-RULE-22_17

Do not release a lock that has not been acquired

MISRA2012-RULE-22_18

Avoid double locking

MISRA2012-RULE-22_19

A condition variable shall be associated with at most one mutex variable

MISRA2012-RULE-22_20

A thread-specific storage should not be created by a thread

MISRA2012-RULE-2_1_h

Avoid unreachable methods

MISRA2012-RULE-2_8_a

A project should not contain unused variables with external linkage

MISRA2012-RULE-2_8_b

A project should not contain unused variables with internal linkage

MISRA2012-RULE-2_8_c

Avoid unused local variables

MISRA2012-RULE-5_8_b

Identifiers that define functions with external linkage shall be unique

MISRA2012-RULE-7_6

The small integer variants of the minimum-width integer constant macros should not be used

MISRA2012-RULE-9_6

An initializer using chained designators shall not contain initializers without designators

MISRA2012-RULE-9_7

Atomic objects shall be properly initialized before being accessed

MISRAC2012-DIR_4_1-l

Avoid signed integer overflows

MISRAC2012-DIR_4_1-m

Avoid data loss when converting between integer types

MISRAC2012-DIR_5_1-a

Do not use global variable with different locks set

MISRAC2012-DIR_5_1-b

Variable should be used in context of single critical section

MISRAC2012-DIR_5_1-c

There shall be no data races between threads

MISRAC2012-DIR_5_2-a

Do not acquire locks in different order

MISRAC2012-DIR_5_3-a

A thread should not be created by another thread

MISRAC2012-RULE_11_10-a

The '_Atomic' qualifier should not be used with the 'void' type

MISRAC2012-RULE_12_2-b

The right-hand operand of a constant expression shift operator shall lie between zero and one less than the width in bits of the essential type of the left-hand operand

MISRAC2012-RULE_12_6-a

Members of atomic objects of structure and union types should not be directly accessed

MISRAC2012-RULE_13_2-h

The value of an expression with atomic type should be independent from thread interleaving

MISRAC2012-RULE_18_10-a

Pointers to variably-modified array types should not be used

MISRAC2012-RULE_18_6-c

The address of an object with thread storage duration shall not be assigned to an object with static storage duration

MISRAC2012-RULE_21_25-a

Only 'memory_order_seq_cst' should be used as an explicit memory order argument

MISRAC2012-RULE_21_26-a

The Standard Library function mtx_timedlock() shall not be invoked on a mutex that does not support timeout

MISRAC2012-RULE_22_11-a

Do not join or detach a thread that was previously joined or detached

MISRAC2012-RULE_22_12-a

Thread objects, thread synchronization objects, and thread-specific storage pointers shall only be accessed by the appropriate Standard Library functions

MISRAC2012-RULE_22_13-a

Thread objects, thread synchronization objects and thread-specific storage pointers shall not have automatic storage duration

MISRAC2012-RULE_22_14-a

A thread synchronization object should not be initialized by a thread

MISRAC2012-RULE_22_14-b

The second argument passed to the 'mtx_init()' function call should be either 'mtx_plain', 'mtx_timed', 'mtx_plain | mtx_recursive', or 'mtx_timed | mtx_recursive'

MISRAC2012-RULE_22_15-a

A thread synchronization object should not be destroyed by a thread

MISRAC2012-RULE_22_16-a

Do not abandon unreleased locks

MISRAC2012-RULE_22_17-a

Do not release a lock that has not been acquired

MISRAC2012-RULE_22_18-a

Avoid double locking

MISRAC2012-RULE_22_19-a

Do not use more than one mutex for concurrent waiting operations on a condition variable

MISRAC2012-RULE_22_20-a

A thread-specific storage should not be created by a thread

MISRAC2012-RULE_2_1-h

Avoid unreachable methods

MISRAC2012-RULE_2_8-a

A project should not contain unused variables with external linkage

MISRAC2012-RULE_2_8-b

A project should not contain unused variables with internal linkage

MISRAC2012-RULE_2_8-c

Avoid unused local variables

MISRAC2012-RULE_5_8-b

Identifiers that define functions with external linkage shall be unique

MISRAC2012-RULE_7_6-a

The small integer variants of the minimum-width integer constant macros should not be used

MISRAC2012-RULE_9_6-a

An initializer using chained designators shall not contain initializers without designators

MISRAC2012-RULE_9_7-a

Atomic objects shall be properly initialized before being accessed

MRM-58_a

The result of the memory allocation function should be cast immediately

MRM-58_b

The result of the memory allocation function should be cast immediately into a pointer to the allocated type

OOP-07_c

Ensure that a derived class has at most one base class which is not an interface class

OPT-43

A project should not contain unused variables with internal linkage

PB-80

An initializer using chained designators shall not contain initializers without designators

SECURITY-53

The 'pthread_kill', 'pthread_sigqueue' and 'tgkill' functions should not be used to send signals to threads

DISA ASD STI

APSC_DV-001995-e, APSC_DV-001995-f, APSC_DV-002000-a, APSC_DV-002400-d, APSC_DV-002590-e, APSC_DV-003110-a

AUTOSAR C++14 Coding Guidelines

AUTOSAR-A0_1_1-a, AUTOSAR-A0_1_6-a, AUTOSAR-A10_1_1-a, AUTOSAR-A12_1_2-a, AUTOSAR-A12_1_6-a, AUTOSAR-A12_8_3-a, AUTOSAR-A15_0_2-a, AUTOSAR-A15_1_4-a, AUTOSAR-A15_5_3-j, AUTOSAR-A2_10_4-a, AUTOSAR-A2_10_4-b, AUTOSAR-A2_10_5-a, AUTOSAR-A2_10_5-b, AUTOSAR-A2_3_1-a, AUTOSAR-A3_8_1-a, AUTOSAR-A3_8_1-b, AUTOSAR-A3_9_1-b, AUTOSAR-A4_7_1-h, AUTOSAR-A5_0_3-a, AUTOSAR-A5_16_1-a, AUTOSAR-A5_1_1-a, AUTOSAR-A5_2_2-a, AUTOSAR-A5_2_3-a, AUTOSAR-A5_3_2-a, AUTOSAR-A5_6_1-a, AUTOSAR-A7_1_1-a, AUTOSAR-A7_3_1-a, AUTOSAR-A8_4_2-a, AUTOSAR-A8_4_3-a, AUTOSAR-A8_4_7-a, AUTOSAR-A8_4_8-a, AUTOSAR-A8_5_0-a, AUTOSAR-M0_1_2-ac, AUTOSAR-M0_1_4-a, AUTOSAR-M0_3_1-e, AUTOSAR-M0_3_1-f, AUTOSAR-M10_2_1-a, AUTOSAR-M11_0_1-a, AUTOSAR-M15_3_6-a, AUTOSAR-M2_10_1-a, AUTOSAR-M3_2_3-a, AUTOSAR-M3_3_2-a, AUTOSAR-M3_4_1-b, AUTOSAR-M5_0_10-a, AUTOSAR-M5_2_10-a, AUTOSAR-M5_2_9-a, AUTOSAR-M6_2_3-a, AUTOSAR-M6_4_1-a, AUTOSAR-M7_1_2-b, AUTOSAR-M7_5_1-a

Flow Analysis

BD-PB-BADSHIFT , BD-PB-CC, BD-PB-EXCEPT, BD-PB-NOTINIT, BD-PB-NP, BD-PB-SUBSEQMOVE, BD-PB-UCMETH , BD-PB-VOVR, BD-PB-ZERO, BD-RES-FREE, BD-RES-LEAKS, BD-TRS-MLOCK, BD-TRS-REVLOCK

SEI CERT C

CERT_C-CON30-a, CERT_C-CON31-b, CERT_C-CON33-a, CERT_C-CON43-a, CERT_C-DCL00-a, CERT_C-DCL13-a, CERT_C-DCL22-a, CERT_C-DCL30-a, CERT_C-ERR33-a, CERT_C-ERR33-b, CERT_C-EXP05-a, CERT_C-EXP32-a, CERT_C-EXP33-a, CERT_C-EXP34-a, CERT_C-EXP36-a, CERT_C-EXP40-a, CERT_C-FIO22-a, CERT_C-FIO41-a, CERT_C-FIO41-b, CERT_C-FIO42-a, CERT_C-FIO46-a, CERT_C-FLP03-a, CERT_C-INT08-a, CERT_C-INT10-a, CERT_C-INT30-a, CERT_C-INT31-a, CERT_C-INT31-o, CERT_C-INT32-a, CERT_C-INT33-a, CERT_C-INT34-a, CERT_C-INT36-b, CERT_C-MEM00-d, CERT_C-MEM00-e, CERT_C-MEM01-a, CERT_C-MEM02-a, CERT_C-MEM02-b, CERT_C-MEM12-a, CERT_C-MEM30-a, CERT_C-MEM31-a, CERT_C-MSC09-a, CERT_C-MSC19-b, CERT_C-MSC37-a, CERT_C-MSC41-a, CERT_C-POS30-c, CERT_C-POS44-a, CERT_C-POS48-b, CERT_C-POS53-a, CERT_C-POS54-a, CERT_C-WIN30-a

SEI CERT C++

CERT_CPP-DCL57-b, CERT_CPP-DCL60-a, CERT_CPP-ERR50-j, CERT_CPP-ERR51-a, CERT_CPP-ERR54-a, CERT_CPP-ERR56-a, CERT_CPP-ERR57-a, CERT_CPP-EXP53-a, CERT_CPP-EXP54-a, CERT_CPP-EXP54-b, CERT_CPP-EXP55-a, CERT_CPP-EXP63-a, CERT_CPP-FIO51-a, CERT_CPP-MEM50-a, CERT_CPP-MSC52-a, CERT_CPP-STR51-a

Coding Conventions

CODSTA-112, CODSTA-126, CODSTA-127, CODSTA-127_b, CODSTA-145, CODSTA-161_a, CODSTA-184, CODSTA-203, CODSTA-223, CODSTA-224, CODSTA-26, CODSTA-81

Coding Conventions for C++

CODSTA-CPP-103, CODSTA-CPP-11, CODSTA-CPP-53, CODSTA-CPP-92

Coding Conventions for Modern C++

CODSTA-MCPP-37

Common Weakness Enumeration

CWE-190-a, CWE-362-e, CWE-401-a, CWE-415-a, CWE-416-a, CWE-476-a, CWE-704-d, CWE-704-e, CWE-772-a, CWE-798-a

Exceptions

EXCEPT-17

Global Static Analysis

GLOBAL-CONDMUTEXVAR, GLOBAL-ONEDEFTYPE, GLOBAL-ONEFILEDECL, GLOBAL-ONEUSEVAR, GLOBAL-REUSEDQUALGLOBVAR, GLOBAL-REUSEDQUALSTATFUN, GLOBAL-UNIQUETYPE, GLOBAL-UNIQUETYPEDEF, GLOBAL-UNUSEDTYPE

High Integrity C++

HICPP-10_3_1-a, HICPP-13_1_1-a, HICPP-15_3_2-a, HICPP-18_2_2-a, HICPP-1_2_1-h, HICPP-1_2_1-i, HICPP-2_4_1-a, HICPP-3_4_1-a, HICPP-4_1_1-b, HICPP-4_2_2-e, HICPP-4_2_2-f, HICPP-5_1_1-a, HICPP-5_2_1-c, HICPP-5_4_1-a, HICPP-5_4_1-c, HICPP-5_5_1-a, HICPP-5_8_1-a, HICPP-6_1_1-b, HICPP-6_3_2-a, HICPP-7_1_2-a, HICPP-7_4_2-c, HICPP-7_4_3-a, HICPP-8_4_1-a, HICPP-8_4_1-b

Initialization

INIT-18

Joint Strike Fighter

JSF-009, JSF-059_b, JSF-097_d, JSF-111, JSF-114, JSF-118, JSF-136_a, JSF-151, JSF-164, JSF-170

MISRA C 1998

MISRA-005, MISRA-083

MISRA C 2004

MISRA2004-10_5, MISRA2004-11_3_a, MISRA2004-11_3_b, MISRA2004-11_5, MISRA2004-14_3, MISRA2004-14_9, MISRA2004-16_7, MISRA2004-16_8, MISRA2004-16_8_b, MISRA2004-17_5, MISRA2004-17_6_a, MISRA2004-8_7

MISRA C++ 2008

MISRA2008-0_1_2_aa, MISRA2008-0_1_4, MISRA2008-0_1_5, MISRA2008-0_1_6, MISRA2008-0_3_1_b, MISRA2008-0_3_1_c, MISRA2008-10_2_1, MISRA2008-11_0_1, MISRA2008-15_3_6, MISRA2008-15_5_3_j, MISRA2008-2_10_1, MISRA2008-2_10_3, MISRA2008-2_10_4, MISRA2008-2_10_5_a, MISRA2008-2_10_5_b, MISRA2008-3_2_3, MISRA2008-3_3_2, MISRA2008-3_4_1_b, MISRA2008-5_0_10, MISRA2008-5_0_19, MISRA2008-5_2_10, MISRA2008-5_2_5, MISRA2008-5_2_9, MISRA2008-6_2_3, MISRA2008-6_4_1, MISRA2008-7_1_1, MISRA2008-7_1_2_a, MISRA2008-7_5_1, MISRA2008-7_5_2_a, MISRA2008-8_4_3

MISRA C 2012 (Legacy)

MISRA2012-DIR-4_13_a, MISRA2012-DIR-4_13_b, MISRA2012-DIR-4_13_f, MISRA2012-DIR-4_1_b, MISRA2012-DIR-4_1_c, MISRA2012-DIR-4_1_k, MISRA2012-RULE-10_1_a, MISRA2012-RULE-11_3, MISRA2012-RULE-11_4, MISRA2012-RULE-11_8, MISRA2012-RULE-12_2, MISRA2012-RULE-14_3_zc, MISRA2012-RULE-15_6_b, MISRA2012-RULE-17_4, MISRA2012-RULE-17_4_b, MISRA2012-RULE-18_5, MISRA2012-RULE-18_6_a, MISRA2012-RULE-18_8, MISRA2012-RULE-1_3_a, MISRA2012-RULE-1_3_b, MISRA2012-RULE-1_3_c, MISRA2012-RULE-1_3_m, MISRA2012-RULE-21_16, MISRA2012-RULE-22_1, MISRA2012-RULE-22_2_a, MISRA2012-RULE-22_6, MISRA2012-RULE-2_2_b, MISRA2012-RULE-5_6_a, MISRA2012-RULE-5_7_a, MISRA2012-RULE-5_8, MISRA2012-RULE-5_9_a, MISRA2012-RULE-5_9_b, MISRA2012-RULE-8_13_a, MISRA2012-RULE-8_9, MISRA2012-RULE-9_1, MISRA2012-RULE-9_4

MISRA C 2023 (MISRA C 2012)

MISRAC2012-DIR_4_1-b, MISRAC2012-DIR_4_1-c, MISRAC2012-DIR_4_1-k, MISRAC2012-DIR_4_13-a, MISRAC2012-DIR_4_13-b, MISRAC2012-DIR_4_13-f, MISRAC2012-RULE_10_1-a, MISRAC2012-RULE_11_3-a, MISRAC2012-RULE_11_4-a, MISRAC2012-RULE_11_8-a, MISRAC2012-RULE_12_2-a, MISRAC2012-RULE_14_3-ac, MISRAC2012-RULE_15_6-b, MISRAC2012-RULE_17_4-a, MISRAC2012-RULE_17_4-b, MISRAC2012-RULE_18_5-a, MISRAC2012-RULE_18_6-a, MISRAC2012-RULE_18_8-a, MISRAC2012-RULE_1_3-a, MISRAC2012-RULE_1_3-b, MISRAC2012-RULE_1_3-c, MISRAC2012-RULE_1_3-m, MISRAC2012-RULE_21_16-a, MISRAC2012-RULE_22_1-a, MISRAC2012-RULE_22_2-a, MISRAC2012-RULE_22_6-a, MISRAC2012-RULE_2_2-b, MISRAC2012-RULE_5_6-a, MISRAC2012-RULE_5_7-a, MISRAC2012-RULE_5_8-a, MISRAC2012-RULE_5_9-a, MISRAC2012-RULE_5_9-b, MISRAC2012-RULE_8_13-a, MISRAC2012-RULE_8_9-a, MISRAC2012-RULE_9_1-a, MISRAC2012-RULE_9_4-a

MISRA C++ 202X

MISRACPP202X-0090-a, MISRACPP202X-0097-a, MISRACPP202X-0110-b, MISRACPP202X-0150-a, MISRACPP202X-0152-a, MISRACPP202X-0280-b

Naming Conventions

NAMING-20, NAMING-47

Object Oriented

OOP-07, OOP-48

OWASP Top 10 2017

OWASP2017-A6-a

OWASP Top 10 2019

OWASP2019-API4-b, OWASP2019-API7-b

OWASP Top 10 2021

OWASP2021-A5-a

Possible Bugs

PB-41_b, PB-69

Security

SECURITY-25

STL Best Practices

STL-31, STL-34, STL-35

AUTOSAR-A8_4_7-b

Removed from AUTOSAR C++ 14 configuration - replaced with AUTOSAR-A8_4_7-a.

CERT_C-ERR33-c

Removed from CERT C configuration. For other configurations, BD-PB-NP can be used as a replacement.

CERT_C-FIO41-c

Removed from CERT C configuration. For other configurations, MISRA2004-12_2_c can be used as a replacement.

CERT_C-FIO41-d

Removed from CERT C configuration. For other configurations, MISRA2004-12_2_d can be used as a replacement.

CERT_C-FIO41-e

Removed from CERT C configuration. For other configurations, CODSTA-123 can be used as a replacement.

CERT_C-POS54-b

Removed from CERT C configuration. For other configurations, CODSTA-122_b can be used as a replacement.

CERT_C-POS54-c

Removed from CERT C configuration. For other configurations, BD-PB-NP can be used as a replacement.

CODSTA-180

GLOBAL-REUSEDEXTVAR, GLOBAL-REUSEDEXTFUN can be used instead.

HICPP-8_2_3-b

Removed from High Integrity C++ configuration - replaced with HICPP-8_2_3-a

MISRA2012-RULE-1_4_d

Removed from MISRA C 2012 configuration. For other configurations, CODSTA-214 can be used as a replacement.

MISRA2012-RULE-1_4_e

Removed from MISRA C 2012 configuration. For other configurations, CODSTA-209 can be used as a replacement.

MISRA2012-RULE-1_4_f

Removed from MISRA C 2012 configuration. For other configurations, CODSTA-210 can be used as a replacement.

MISRA2012-RULE-1_4_g

Removed from MISRA C 2012 configuration. For other configurations, CODSTA-211 can be used as a replacement.

MISRA2012-RULE-5_6_b

Removed from MISRA C 2012 configuration. For other configurations, MISRA2004-5_3_b can be used as a replacement.

MISRA2012-RULE-5_7_b

Removed from MISRA C 2012 configuration. For other configurations, MISRA2004-5_4_b can be used as a replacement.

MISRAC2012-RULE_1_4-d

Removed from MISRA C 2012 configuration. For other configurations, CODSTA-214 can be used as a replacement

MISRAC2012-RULE_1_4-e

Removed from MISRA C 2012 configuration. For other configurations, CODSTA-209 can be used as a replacement.

MISRAC2012-RULE_1_4-f

Removed from MISRA C 2012 configuration. For other configurations, CODSTA-210 can be used as a replacement.

MISRAC2012-RULE_1_4-g

Removed from MISRA C 2012 configuration. For other configurations, CODSTA-211 can be used as a replacement.

MISRAC2012-RULE_5_6-b

Removed from MISRA C 2012 configuration. For other configurations, MISRA2004-5_3_b can be used as a replacement.

MISRAC2012-RULE_5_7-b

Removed from MISRA C 2012 configuration. For other configurations, MISRA2004-5_4_b can be used as a replacement