int get_field_number(const char* field_name) const {
safe_assert(is_struct(),
"Attempted to access field of a non-struct element.");
return mxGetFieldNumber(array, field_name);
}
void Suite::AddScenario(Scenario* scenario) {
safe_assert(scenario != NULL);
scenarios_.push_back(scenario);
}
int ExecutionTracker::checkSemaphoreValue(sem_t * sem) {
int a = -1;
int * semval = &a;
safe_assert(Originals::sem_getvalue(sem, semval) == OPERATION_SUCCESSFUL);
return a;
}
ExecutionTree* ExecutionTree::get_child(int i) {
safe_assert(BETWEEN(0, i, int(children_.size())-1));
return children_[i];
}
SETUP() {
safe_assert(counter == NULL);
counter = new NBCounter();
}
void set_cell_index2d(const size_t i, const size_t j,
matwrap contents) {
safe_assert(array != NULL, "dereferenced null mxArray");
mxSetCell(array, i + j*rows(), contents.array);
}
bool ExecutionTree::child_covered(int i /*= 0*/) {
safe_assert(BETWEEN(0, i, int(children_.size())-1));
ExecutionTree* c = child(i);
return c != NULL && c->covered();
}
bool is_struct() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxIsStruct(array);
}
bool is_double() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetClassID(array) == mxDOUBLE_CLASS;
}
matwrap get_cell(size_t index) const {
safe_assert(array != NULL, "dereferenced null mxArray");
safe_assert(mxGetClassID(array) == mxCELL_CLASS,
"Attempted to access a cell in a non-cell array.");
return mxGetCell(array, index);
}
bool is_cell() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxIsCell(array);
}
size_t size() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetNumberOfElements(array);
}
const char* get_classname() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetClassName(array);
} // end of is class
bool is_class(const char* classname) const {
safe_assert(array != NULL, "dereferenced null mxArray");
safe_assert(classname != NULL, "Invalid classname argument");
return mxIsClass(array, classname);
} // end of is class
double* get_double_array() {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetPr(array);
}
bool is_uint32() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetClassID(array) == mxUINT32_CLASS;
}
double& mat_index2d(const size_t i, const size_t j) {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetPr(array)[ i + j*rows()];
}
bool is_string() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetClassID(array) == mxCHAR_CLASS;
}
matwrap get_cell_index2d(const size_t i, const size_t j) {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetCell(array, i + j*rows());
}
void as_string(char* str_buffer, size_t buffer_len) {
safe_assert(str_buffer != NULL, "NULL string buffer");
int error = mxGetString(array, str_buffer, buffer_len);
safe_assert(!error, "Error processing string!");
}
void ExecutionTree::set_child(ExecutionTree* node, int i) {
safe_assert(BETWEEN(0, i, int(children_.size())-1));
children_[i] = node;
}
const mwSize* get_dimensions() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetDimensions(array);
}
thrID StrictTracker::pickNextSchedulingChoice(SchedPointInfo * s) {
deadlockCheck();
bool didNotGoPastEndOfReplayLog = false;
safe_assert(didNotGoPastEndOfReplayLog);
return INVALID_THREAD;
}
size_t cols() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetN(array);
}
bool RandomActiveTester::reenableThreadIfLegal(thrID thr) {
safe_assert(active_testing_paused[thr]);
active_testing_paused[thr] = false;
disableThread(thr);
return false;
}
const mwSize get_num_dimensions() const {
safe_assert(array != NULL, "dereferenced null mxArray");
return mxGetNumberOfDimensions(array);
}
void ExecutionTracker::gunlock() {
safe_assert(Originals::pthread_mutex_trylock(global_lock) !=
OPERATION_SUCCESSFUL);
lock_count--;
Originals::pthread_mutex_unlock(global_lock);
}
template<typename T> T* get_data() {
safe_assert(array != NULL, "dereferenced null mxArray");
return reinterpret_cast<T*>(mxGetData(array));
}
//TODO: locks or no?
void ExecutionTracker::waitWakeThread(thrID target) {
log->waitWakeThread(target);
sem_t * pause = wait_sem_map[target];
safe_assert(pause != NULL);
safe_assert(Originals::sem_post(pause) == OPERATION_SUCCESSFUL);
}
matwrap get_field(const int field_id) const {
safe_assert(is_struct(),
"Attempted to access field of a non-struct element.");
safe_assert(field_id < get_number_of_fields(), "Invalid field id!");
return mxGetFieldByNumber(array,0,field_id);
}