Sha256: 98f22de2b7408be833d54805ec1642f358c34330ad6bb60bdbec46aa9ca4f370
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Versions: 22
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Contents
<% content_for('final') do %>
<script>
Test.context("Timer.isPaused", {
"setting isPaused should stop firing": function() {
var firedCount = 0 ;
SC.runLoop.beginRunLoop() ;
var start = SC.runLoop.get('startTime') ;
var t = SC.Timer.schedule({
target: this,
action: function() { firedCount++ ; },
interval: 100,
repeats: YES
});
SC.runLoop.endRunLoop() ;
// wait for timer to fire twice, then pause it.
var tries1 = 10 ;
var f1 = function() {
if(firedCount<2) {
if (--tries1 >= 0) {
wait(100, f1) ;
} else assertEqual(NO, YES, 'Timer never fired 2 times - f1') ;
} else {
assertEqual(NO, t.get('isPaused'), 'should start with isPaused = NO');
t.set('isPaused', YES) ;
firedCount = 0 ; // Reset count here.
wait(300, f2) ;
}
};
// once timer paused, make sure it did not fire again.
var f2 = function() {
assertEqual(0, firedCount, 'timer kept firing!') ;
assertEqual(YES, t.get('isPaused'), 'timer is not paused') ;
t.set('isPaused', NO) ;
wait(300, f3) ;
} ;
// once timer has verified paused, unpause and make sure it fires again.
var tries2 = 10 ;
var f3 = function() {
if (firedCount <= 2) {
if (--tries1 >= 0) {
wait(100, f3) ;
} else assertEqual(NO, YES, "Timer did not resume") ;
// timer fired, clean up.
} else {
t.invalidate() ;
assertEqual(NO, t.get('isPaused'), 'timer did not unpause') ;
}
};
wait(300, f1) ;
}
// using invalidate on a repeating timer is tested in schedule().
});
</script>
<% end %>
Version data entries
22 entries across 22 versions & 1 rubygems