std::terminate() may also be called directly from the program. When std::terminate is called due to a thrown exception, an implicit try/catch handler is considered active. Thus, calling …

The terminate handler will also work for launched threads, so it can be used as an alternative to wrapping the thread function with a try / catch block. In the following example, since the exception is …

Throwing an exception transfers control to a handler. An exception can be thrown from throw expressions, the following contexts may also throw exceptions: allocation functions dynamic_cast …

When the program is contract-terminated , it is implementation-defined (depending on context) whether std::terminate is called, std::abort is called, or execution is terminated (no further execution …

Return value None because it does not return. Exceptions Throws nothing. Notes POSIX specifies that the abort function overrides blocking or ignoring the SIGABRT signal. Some compiler intrinsics, e.g. …

Parameters (none) Return value (none) Notes POSIX specifies that the abort() function overrides blocking or ignoring the SIGABRT signal. Some compiler intrinsics, e.g. __builtin_trap (gcc, clang, …

namespace std { class bad_exception : public exception { public: // see [exception] for the specification of the special member functions const char* what() const noexcept override; }; }

If no matching handler is found, std::terminate is invoked; whether or not the stack is unwound before this invocation of std::terminate is implementation-defined. Handling exceptions

In the above, If any function registered with atexit or any destructor of static/thread-local object throws an exception, std::terminate is called. If the compiler opted to lift dynamic initialization of an object to …

The return value of the top-level function is ignored and if it terminates by throwing an exception, std::terminate is called. The top-level function may communicate its return value or an exception to …