42   void Connect(sigslot::signal0<signal_policy>* signal) {  in Connect()  argument
43     if (!signal)  in Connect()
46     signal_ = signal;  in Connect()
47     signal->connect(this,  in Connect()
128     // MT signal (there are two separate SigslotReceiver which  in SetUp()
140   void Signal() { SignalMTLoopback(); }  in Signal()  function in SigslotMTLockTest
153 // ST slot, ST signal
160 // ST slot, MT signal
167 // ST slot, both ST and MT (separate) signal
192 // MT slot, ST signal
199 // MT slot, MT signal
206 // MT slot, both ST and MT (separate) signal
217   Signal();  in TEST_F()
223 // Destroy signal and slot in different orders.
225   sigslot::signal0<>* signal = new sigslot::signal0<>;  in TEST()  local
227   receiver->Connect(signal);  in TEST()
228   (*signal)();  in TEST()
230   delete signal;  in TEST()
235   sigslot::signal0<>* signal = new sigslot::signal0<>;  in TEST()  local
237   receiver->Connect(signal);  in TEST()
238   (*signal)();  in TEST()
242   (*signal)();  in TEST()
243   delete signal;  in TEST()
246 // Test that if a signal is copied, its slot connections are copied as well.
248   sigslot::signal<> signal;  in TEST()  local
250   receiver.Connect(&signal);  in TEST()
252   // Fire the copied signal, expecting the receiver to be notified.  in TEST()
253   sigslot::signal<> copied_signal(signal);  in TEST()
258 // Test that if a slot is copied, its signal connections are copied as well.
260   sigslot::signal<> signal;  in TEST()  local
262   receiver.Connect(&signal);  in TEST()
264   // Fire the signal after copying the receiver, expecting the copied receiver  in TEST()
267   signal();  in TEST()
277   void Connect(sigslot::signal<>* signal) {  in Connect()  argument
278     signal_ = signal;  in Connect()
279     signal->connect(this, &Disconnector::Disconnect);  in Connect()
289   sigslot::signal<>* signal_;
294 // Test that things work as expected if a signal is disconnected from a slot
297   sigslot::signal<> signal;  in TEST()  local
303   // From this ordering, receiver1 should receive the signal, then the  in TEST()
305   // it receives the signal. And receiver3 should also receive the signal,  in TEST()
307   receiver1.Connect(&signal);  in TEST()
308   disconnector.Connect(&signal);  in TEST()
309   receiver2.Connect(&signal);  in TEST()
310   receiver3.Connect(&signal);  in TEST()
311   signal();  in TEST()
321   void Connect(sigslot::signal<>* signal) {  in Connect()  argument
322     signal_ = signal;  in Connect()
323     signal->connect(this, &Disconnector2::Disconnect);  in Connect()
329   sigslot::signal<>* signal_;
332 // Test that things work as expected if a signal is disconnected from a slot
335   sigslot::signal<> signal;  in TEST()  local
340   // From this ordering, receiver1 should receive the signal, then the  in TEST()
342   // it receives the signal.  in TEST()
343   receiver1.Connect(&signal);  in TEST()
344   disconnector.Connect(&signal);  in TEST()
345   receiver2.Connect(&signal);  in TEST()
346   signal();  in TEST()