Lines Matching refs:it
34 // Typically a signal handler should not need to deal with signals that occur within it.
38 // that it may not work. If the cause of the original SIGSEGV is a corrupted stack or other
53 // a. it completes successfully
54 // b. it crashes and a signal is raised.
61 // and write something to the log to tell the user that it happened.
166 // Release the fault manager so that it will remove the signal chain for
249 // If malloc calls abort, it will be holding its lock.
250 // If the handler tries to call malloc, it will deadlock.
263 // We have handled a signal so it's time to return from the
272 // if it is.
295 auto it = std::find(generated_code_handlers_.begin(), generated_code_handlers_.end(), handler);
296 if (it != generated_code_handlers_.end()) {
297 generated_code_handlers_.erase(it);
302 other_handlers_.erase(it);
311 // We can only be running Java code in the current thread if it
327 // Make sure it has the mutator lock.
352 // TODO: check the GC maps to make sure it's an object.