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// This is the bit that runs in the parent process when the test begins. Here's
// what happens:
//
// - Load the entire single-process test in the parent
// - Setup the test harness within the child process
// - Send a command to the child to have the single-process test loaded there, as well
// - Send a command to the child to make the predictor available
// - run_test_real in the parent
// - run_test_real does a bunch of pref-setting and other fun things on the parent
// - once all that's done, it calls run_next_test IN THE PARENT
// - every time run_next_test is called, it is called IN THE PARENT
// - the test that gets started then does any parent-side setup that's necessary
// - once the parent-side setup is done, it calls continue_<testname> IN THE CHILD
// - when the test is done running on the child, the child calls predictor.reset
// this causes some code to be run on the parent which, when complete, sends an
// obserer service notification IN THE PARENT, which causes run_next_test to be
// called again, bumping us up to the top of the loop outlined here
// - when the final test is done, cleanup happens IN THE PARENT and we're done
//
// This is a little confusing, but it's what we have to do in order to have some
// things that must run on the parent (the setup - opening cache entries, etc)
// but with most of the test running on the child (calls to the predictor api,
// verification, etc).
//
/* import-globals-from ../unit/test_predictor.js */
function run_test() {
var test_path = do_get_file("../unit/test_predictor.js").path.replace(
/\\/g,
"/"
);
load(test_path);
do_load_child_test_harness();
do_test_pending();
sendCommand('load("' + test_path + '");', function () {
sendCommand(
'predictor = Cc["@mozilla.org/network/predictor;1"].getService(Ci.nsINetworkPredictor);',
function () {
run_test_real();
do_test_finished();
}
);
});
}
|
