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"use strict";
function run_test() {
do_get_profile();
// First check how behaves the memory storage.
asyncOpenCacheEntry(
"http://mem-first/",
"memory",
Ci.nsICacheStorage.OPEN_NORMALLY,
null,
new OpenCallback(NEW, "mem1-meta", "mem1-data", function (entryM1) {
Assert.ok(!entryM1.persistent);
asyncOpenCacheEntry(
"http://mem-first/",
"disk",
Ci.nsICacheStorage.OPEN_NORMALLY,
null,
new OpenCallback(NORMAL, "mem1-meta", "mem1-data", function (entryM2) {
Assert.ok(!entryM1.persistent);
Assert.ok(!entryM2.persistent);
// Now check the disk storage behavior.
asyncOpenCacheEntry(
"http://disk-first/",
"disk",
Ci.nsICacheStorage.OPEN_NORMALLY,
null,
// Must wait for write, since opening the entry as memory-only before the disk one
// is written would cause NS_ERROR_NOT_AVAILABLE from openOutputStream when writing
// this disk entry since it's doomed during opening of the memory-only entry for the same URL.
new OpenCallback(
NEW | WAITFORWRITE,
"disk1-meta",
"disk1-data",
function (entryD1) {
Assert.ok(entryD1.persistent);
// Now open the same URL as a memory-only entry, the disk entry must be doomed.
asyncOpenCacheEntry(
"http://disk-first/",
"memory",
Ci.nsICacheStorage.OPEN_NORMALLY,
null,
// This must be recreated
new OpenCallback(NEW, "mem2-meta", "mem2-data", function (
entryD2
) {
Assert.ok(entryD1.persistent);
Assert.ok(!entryD2.persistent);
// Check we get it back, even when opening via the disk storage
asyncOpenCacheEntry(
"http://disk-first/",
"disk",
Ci.nsICacheStorage.OPEN_NORMALLY,
null,
new OpenCallback(
NORMAL,
"mem2-meta",
"mem2-data",
function (entryD3) {
Assert.ok(entryD1.persistent);
Assert.ok(!entryD2.persistent);
Assert.ok(!entryD3.persistent);
finish_cache2_test();
}
)
);
})
);
}
)
);
})
);
})
);
do_test_pending();
}
|
