blossom
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Modern, Cross-Platform Application Framework
126 lines (88 loc) • 4.1 kB
JavaScript
// ==========================================================================
// Project: SproutCore - JavaScript Application Framework
// Copyright: ©2006-2011 Apple Inc. and contributors.
// License: Licensed under MIT license (see license.js)
// ==========================================================================
/*globals module ok equals same test MyApp */
// NOTE: The test below are based on the Data Hashes state chart. This models
// the "write" event in the NestedStore portion of the diagram.
var store, child, storeKey, json;
suite("SC.Store#writeDataHash", {
setup: function() {
store = SC.Store.create();
json = {
string: "string",
number: 23,
bool: true
};
storeKey = SC.Store.generateStoreKey();
child = store.chain(); // test multiple levels deep
}
});
// ..........................................................
// BASIC STATE TRANSITIONS
//
// The transition from each base state performs the same operation, so just
// run the same test on each state.
function testWriteDataHash() {
var oldrev = store.revisions[storeKey];
// perform test
var json2 = { foo: "bar" };
equals(store.writeDataHash(storeKey, json2, SC.Record.READY_NEW), store, 'should return receiver');
// verify
equals(store.storeKeyEditState(storeKey), SC.Store.EDITABLE, 'new edit state should be editable');
equals(store.readDataHash(storeKey), json2, 'should have new json data hash');
equals(store.readStatus(storeKey), SC.Record.READY_NEW, 'should have new status');
equals(store.revisions[storeKey], oldrev, 'should not change revision');
if (!SC.none(oldrev)) {
ok(store.revisions.hasOwnProperty(storeKey), 'should clone reference to revision');
}
}
test("edit state=LOCKED - also writes a NEW hash", function() {
// test preconditions
equals(store.storeKeyEditState(storeKey), SC.Store.LOCKED, 'precond - edit state should be locked');
testWriteDataHash();
});
test("edit state=EDITABLE - also overwrites an EXISTING hash", function() {
// test preconditions
store.writeDataHash(storeKey, { foo: "bar" });
equals(store.storeKeyEditState(storeKey), SC.Store.EDITABLE, 'precond - edit state should be editable');
testWriteDataHash();
});
// ..........................................................
// PROPOGATING TO NESTED STORES
//
test("change should propogate to child if child edit state = INHERITED", function() {
// verify preconditions
equals(child.storeKeyEditState(storeKey), SC.Store.INHERITED, 'precond - child edit state should be INHERITED');
// perform change
var json2 = { version: 2 };
store.writeDataHash(storeKey, json2, SC.Record.READY_NEW);
// verify
same(child.readDataHash(storeKey), json2, 'child should pick up change');
equals(child.readStatus(storeKey), SC.Record.READY_NEW, 'child should pick up new status');
});
function testLockedOrEditableChild() {
// perform change
var json2 = { version: 2 };
store.writeDataHash(storeKey, json2, SC.Record.READY_NEW);
// verify
same(child.readDataHash(storeKey), json, 'child should NOT pick up change');
equals(child.readStatus(storeKey), SC.Record.READY_CLEAN, 'child should pick up new status');
}
test("change should not propogate to child if child edit state = LOCKED", function() {
store.writeDataHash(storeKey, json, SC.Record.READY_CLEAN);
store.editables = null ; // clear to simulate locked mode.
// verify preconditions
child.readDataHash(storeKey);
equals(child.storeKeyEditState(storeKey), SC.Store.LOCKED, 'precond - child edit state should be LOCKED');
testLockedOrEditableChild();
});
test("change should not propogate to child if child edit state = EDITABLE", function() {
store.writeDataHash(storeKey, json, SC.Record.READY_CLEAN);
store.editables = null ; // clear to simulate locked mode.
// verify preconditions
child.readEditableDataHash(storeKey);
equals(child.storeKeyEditState(storeKey), SC.Store.EDITABLE, 'precond - child edit state should be EDITABLE');
testLockedOrEditableChild();
});