.cppcheck-suppressions

// JOB_REF_PASS / PTR_MOVE macros intentionally zero the pointer for ownership
// transfer.  cppcheck sees the assignment to the parameter but not the side
// effect on the caller's variable (GNU statement-expression).
uselessAssignmentPtrArg

// __VERSION__ is a GCC/Clang built-in macro, not user-defined.
unknownMacro:*mtproto-proxy.c

// Functions called inside assert() are intentional — these are cheap
// verification calls in debug builds, not accidental side effects.
assertWithSideEffect

// Void pointer arithmetic is a GCC extension used deliberately throughout the
// codebase for low-level buffer manipulation.
arithOperationsOnVoidPointer

// tcp_recv_buffers[i + 1] at i = MAX_TCP_RECV_BUFFERS - 1: the ternary guard
// (tcp_recv_buffers_num) is 0 on the first iteration, so the access never
// happens.
arrayIndexOutOfBounds:net/net-connections.c

// IPv6 formatting loop: i < 8 prevents a[8] access.
arrayIndexOutOfBounds:net/net-events.c

// assert-before-null-check is an intentional defensive pattern: the assert
// fires in debug, the null check handles release gracefully.
nullPointerRedundantCheck

// JOB_REF_PASS zeroes the local `job` pointer, but job_free() / unlock_job()
// return before dereferencing the now-NULL caller copy.
nullPointer:jobs/jobs.c

// SIG2INT(64) takes the (sig == 64) ternary branch and returns 1ull.  The
// dead branch (1ull << 64) is never evaluated.
shiftTooManyBits:engine/engine.c

// %d for unsigned IP octets (0-255 range, safe for signed int format).
invalidPrintfArgType_sint:net/net-events.c

// Informational — not errors.
toomanyconfigs
normalCheckLevelMaxBranches