Temporal assertion support.

tests/lib/unittest/unittest_test.dart

 // Copyright (c) 2012, the Dart project authors.  Please see the AUTHORS file
 // for details. All rights reserved. Use of this source code is governed by a
 // BSD-style license that can be found in the LICENSE file.
 
 // TODO(gram):
 // Unfortunately I can't seem to test anything that involves timeouts, e.g.
 // insufficient callbacks, because the timeout is controlled externally
 // (test.dart?), and we would need to use a shorter timeout for the inner tests
 // so the outer timeout doesn't fire. So I removed all such tests.
 // I'd like to revisit this at some point.
@@ skipping 69 matching lines @@
 }
 
 class FooSpy extends Mock implements Foo {
   Foo real;
   FooSpy() {
     real = new Foo();
     this.when(callsTo('sum')).alwaysCall(real.sum);
   }
 }
 
+makeTestLogEntry(String methodName, List args, int time,
+                 [String mockName]) {
+  LogEntry e = new LogEntry(mockName, methodName, args, Action.IGNORE);
+  e.time = new Date.fromMillisecondsSinceEpoch(time, true);
+  return e;
+}
+
+makeTestLog() {
+  LogEntryList log = new LogEntryList('test');
+  List args = new List();
+  log.add(makeTestLogEntry('a', args, 1000));
+  log.add(makeTestLogEntry('b', args, 2000));
+  log.add(makeTestLogEntry('c', args, 3000));
+  return log;
+}
+
 runTest() {
   port.receive((testName, sendport) {
     configure(_testconfig = new TestConfiguration(sendport));
     if (testName == 'single correct test') {
       test(testName, () => expect(2 + 3, equals(5)));
     } else if (testName == 'single failing test') {
       test(testName, () => expect(2 + 2, equals(5)));
     } else if (testName == 'exception test') {
       test(testName, () { throw new Exception('Fail.'); });
     } else if (testName == 'group name test') {
@@ skipping 167 matching lines @@
         m.when(callsTo(matches('^[A-Z]'))).
             alwaysThrow('Method names must start with lower case.');
         m.Test();
       });
     } else if (testName.startsWith('mock test 12 ')) {
       test(testName, () {
         var m = new Mock.custom(enableLogging:false);
         m.Test();
         print(m.getLogs(callsTo('Test')).toString());
       });
+    } else if (testName.startsWith('mock test 13 ')) {
+      test(testName, () {
+        LogEntryList log = makeTestLog();
+        // Basic behavior, with call matcher.
+        expect(log.findLogEntry(callsTo('a')), 0);
+        expect(log.findLogEntry(callsTo('b')), 1);
+        expect(log.findLogEntry(callsTo('c')), 2);
+        expect(log.findLogEntry(callsTo('d')), -1);
+        // Find using predicate.
+        expect(log.findLogEntry((le) => le.methodName == 'a'), 0);
+        expect(log.findLogEntry((le) => le.methodName == 'b'), 1);
+        expect(log.findLogEntry((le) => le.methodName == 'c'), 2);
+        // Test explicit return value.
+        expect(log.findLogEntry((le) => le.methodName == 'd', 0, 3), 3);
+        // Find from start of log.
+        expect(log.findLogEntry(callsTo('a'), 0), 0);
+        expect(log.findLogEntry(callsTo('b'), 0), 1);
+        expect(log.findLogEntry(callsTo('c'), 0), 2);
+        // Find from second entry in log.
+        expect(log.findLogEntry(callsTo('a'), 1), -1);
+        expect(log.findLogEntry(callsTo('b'), 1), 1);
+        expect(log.findLogEntry(callsTo('c'), 1), 2);
+        // Find from last entry in log.
+        expect(log.findLogEntry(callsTo('a'), 2), -1);
+        expect(log.findLogEntry(callsTo('b'), 2), -1);
+        expect(log.findLogEntry(callsTo('c'), 2), 2);
+        // Find from start position passed end of log.
+        expect(log.findLogEntry(callsTo('a'), 3), -1);
+        expect(log.findLogEntry(callsTo('b'), 3), -1);
+        expect(log.findLogEntry(callsTo('c'), 3), -1);
+        // No restriction on entry.
+        expect(log.findLogEntry(null, 0), 0);
+        expect(log.findLogEntry(null, 1), 1);
+        expect(log.findLogEntry(null, 2), 2);
+        expect(log.findLogEntry(null, 3), -1);
+      });
+    } else if (testName.startsWith('mock test 14 ')) {
+      test(testName, () {
+        LogEntryList log = makeTestLog();
+        LogEntryList log2;
+        Date t0 = new Date.fromMillisecondsSinceEpoch(0, true);
+        Date t1000 = new Date.fromMillisecondsSinceEpoch(1000, true);
+        Date t2000 = new Date.fromMillisecondsSinceEpoch(2000, true);
+        Date t3000 = new Date.fromMillisecondsSinceEpoch(3000, true);
+        Date t4000 = new Date.fromMillisecondsSinceEpoch(4000, true);
+
+        log2 = log.before(t0);
+        expect(log2.logs, hasLength(0));
+        expect(log2.filter, 'test before 1970-01-01 00:00:00.000Z');
+        log2 = log.until(t0);
+        expect(log2.logs, hasLength(0));
+        expect(log2.filter, 'test until 1970-01-01 00:00:00.000Z');
+        log2 = log.from(t0);
+        expect(log2.logs, hasLength(3));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'c');
+        expect(log2.filter, 'test from 1970-01-01 00:00:00.000Z');
+        log2 = log.after(t0);
+        expect(log2.logs, hasLength(3));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'c');
+        expect(log2.filter, 'test after 1970-01-01 00:00:00.000Z');
+
+        log2 = log.before(t1000);
+        expect(log2.logs, hasLength(0));
+        log2 = log.until(t1000);
+        expect(log2.logs, hasLength(1));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'a');
+        log2 = log.from(t1000);
+        expect(log2.logs, hasLength(3));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'c');
+        log2 = log.after(t1000);
+        expect(log2.logs, hasLength(2));
+        expect(log2.first.methodName, 'b');
+        expect(log2.last.methodName, 'c');
+
+        log2 = log.before(t2000);
+        expect(log2.logs, hasLength(1));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'a');
+        log2 = log.until(t2000);
+        expect(log2.logs, hasLength(2));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'b');
+        log2 = log.from(t2000);
+        expect(log2.logs, hasLength(2));
+        expect(log2.first.methodName, 'b');
+        expect(log2.last.methodName, 'c');
+        log2 = log.after(t2000);
+        expect(log2.logs, hasLength(1));
+        expect(log2.first.methodName, 'c');
+        expect(log2.last.methodName, 'c');
+
+        log2 = log.before(t3000);
+        expect(log2.logs, hasLength(2));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'b');
+        log2 = log.until(t3000);
+        expect(log2.logs, hasLength(3));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'c');
+
+        log2 = log.from(t3000);
+        expect(log2.logs, hasLength(1));
+        expect(log2.first.methodName, 'c');
+        expect(log2.last.methodName, 'c');
+        log2 = log.after(t3000);
+        expect(log2.logs, hasLength(0));
+
+        log2 = log.before(t4000);
+        expect(log2.logs, hasLength(3));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'c');
+        log2 = log.until(t4000);
+        expect(log2.logs, hasLength(3));
+        expect(log2.first.methodName, 'a');
+        expect(log2.last.methodName, 'c');
+        log2 = log.from(t4000);
+        expect(log2.logs, hasLength(0));
+        log2 = log.after(t4000);
+        expect(log2.logs, hasLength(0));
+      });
+    } else if (testName.startsWith('mock test 15 ')) {
+      test(testName, () {
+        Date t0 = new Date.fromMillisecondsSinceEpoch(0, true);
+        Date t1000 = new Date.fromMillisecondsSinceEpoch(1000, true);
+        Date t2000 = new Date.fromMillisecondsSinceEpoch(2000, true);
+        Date t3000 = new Date.fromMillisecondsSinceEpoch(3000, true);
+        Date t4000 = new Date.fromMillisecondsSinceEpoch(4000, true);
+
+        LogEntryList log = makeTestLog().before(t0, true);
+        expect(log.logs, hasLength(0));
+        expect(log.filter, 'test before 1970-01-01 00:00:00.000Z');
+        log = makeTestLog().until(t0, true);
+        expect(log.logs, hasLength(0));
+        expect(log.filter, 'test until 1970-01-01 00:00:00.000Z');
+        log = makeTestLog().from(t0, true);
+        expect(log.logs, hasLength(3));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'c');
+        expect(log.filter, 'test from 1970-01-01 00:00:00.000Z');
+        log = makeTestLog().after(t0, true);
+        expect(log.logs, hasLength(3));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'c');
+        expect(log.filter, 'test after 1970-01-01 00:00:00.000Z');
+
+        log = makeTestLog().before(t1000, true);
+        expect(log.logs, hasLength(0));
+        log = makeTestLog().until(t1000, true);
+        expect(log.logs, hasLength(1));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'a');
+        log = makeTestLog().from(t1000, true);
+        expect(log.logs, hasLength(3));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'c');
+        log = makeTestLog().after(t1000, true);
+        expect(log.logs, hasLength(2));
+        expect(log.first.methodName, 'b');
+        expect(log.last.methodName, 'c');
+
+        log = makeTestLog().before(t2000, true);
+        expect(log.logs, hasLength(1));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'a');
+        log = makeTestLog().until(t2000, true);
+        expect(log.logs, hasLength(2));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'b');
+        log = makeTestLog().from(t2000, true);
+        expect(log.logs, hasLength(2));
+        expect(log.first.methodName, 'b');
+        expect(log.last.methodName, 'c');
+        log = makeTestLog().after(t2000, true);
+        expect(log.logs, hasLength(1));
+        expect(log.first.methodName, 'c');
+        expect(log.last.methodName, 'c');
+
+        log = makeTestLog().before(t3000, true);
+        expect(log.logs, hasLength(2));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'b');
+        log = makeTestLog().until(t3000, true);
+        expect(log.logs, hasLength(3));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'c');
+        log = makeTestLog().from(t3000, true);
+        expect(log.logs, hasLength(1));
+        expect(log.first.methodName, 'c');
+        expect(log.last.methodName, 'c');
+        log = makeTestLog().after(t3000);
+        expect(log.logs, hasLength(0));
+
+        log = makeTestLog().before(t4000, true);
+        expect(log.logs, hasLength(3));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'c');
+        log = makeTestLog().until(t4000, true);
+        expect(log.logs, hasLength(3));
+        expect(log.first.methodName, 'a');
+        expect(log.last.methodName, 'c');
+        log = makeTestLog().from(t4000, true);
+        expect(log.logs, hasLength(0));
+        log = makeTestLog().after(t4000, true);
+        expect(log.logs, hasLength(0));
+      });
+    } else if (testName.startsWith('mock test 16 ')) {
+      test(testName, () {
+        LogEntryList log = new LogEntryList('test');
+        List args0 = new List();
+        List args1 = new List();
+        args1.add('test');
+        LogEntry e0 = makeTestLogEntry('foo', args0, 1000);
+        log.add(e0);
+        LogEntry e1 = makeTestLogEntry('bar1', args0, 2000, 'a');
+        log.add(e1);
+        LogEntry e2 = makeTestLogEntry('bar1', args1, 3000, 'b');
+        log.add(e2);
+        LogEntry e3 = makeTestLogEntry('foo', args0, 4000);
+        log.add(e3);
+        LogEntry e4 = makeTestLogEntry('hello', args0, 4500);
+        log.add(e4);
+        LogEntry e5 = makeTestLogEntry('bar2', args0, 5000, 'a');
+        log.add(e5);
+        LogEntry e6 = makeTestLogEntry('bar2', args1, 6000, 'b');
+        log.add(e6);
+        LogEntry e7 = makeTestLogEntry('foo', args0, 7000);
+        log.add(e7);
+        LogEntry e8 = makeTestLogEntry('bar3', args0, 8000, 'a');
+        log.add(e8);
+        LogEntry e9 = makeTestLogEntry('bar3', args1, 9000, 'b');
+        log.add(e9);
+        LogEntry e10 = makeTestLogEntry('foo', args0, 10000);
+        log.add(e10);
+
+        LogEntryList keyList = new LogEntryList('keys');
+
+        // Test with empty key list.
+
+        LogEntryList result;
+        result = log.preceding(keyList);
+        expect(result.logs, hasLength(0));
+
+        result = log.preceding(keyList, includeKeys:true);
+        expect(result.logs, hasLength(0));
+
+        // Single key, distance 1, no restrictions.
+
+        keyList.add(e3);
+        result = log.preceding(keyList);
+        expect(result.logs, orderedEquals([e2]));
+
+        result = log.following(keyList);
+        expect(result.logs, orderedEquals([e4]));
+
+        // Single key, distance 2, no restrictions.
+
+        result = log.preceding(keyList, distance:2);
+        expect(result.logs, orderedEquals([e1, e2]));
+
+        result = log.following(keyList, distance:2);
+        expect(result.logs, orderedEquals([e4, e5]));
+
+        // Single key, distance 3, no restrictions.
+
+        result = log.preceding(keyList, distance:3);
+        expect(result.logs, orderedEquals([e0, e1, e2]));
+
+        result = log.following(keyList, distance:3);
+        expect(result.logs, orderedEquals([e4, e5, e6]));
+
+        // Include keys in result
+
+        result = log.preceding(keyList, distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e1, e2, e3]));
+
+        result = log.following(keyList, distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e3, e4, e5, e6]));
+
+        // Restrict the matches
+
+        result = log.preceding(keyList, logFilter:callsTo(startsWith('bar')),
+          distance:3);
+        expect(result.logs, orderedEquals([e1, e2]));
+
+        result = log.preceding(keyList, logFilter:callsTo(startsWith('bar')),
+            distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e1, e2, e3]));
+
+        result = log.preceding(keyList, equals('a'), callsTo(startsWith('bar')),
+          distance:3);
+        expect(result.logs, orderedEquals([e1]));
+
+        result = log.preceding(keyList, equals('a'), callsTo(startsWith('bar')),
+            distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e1, e3]));
+
+        keyList.logs.clear();
+        keyList.add(e0);
+        keyList.add(e3);
+        keyList.add(e7);
+
+        result = log.preceding(keyList);
+        expect(result.logs, orderedEquals([e2, e6]));
+
+        result = log.following(keyList);
+        expect(result.logs, orderedEquals([e1, e4, e8]));
+
+        result = log.preceding(keyList, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e2, e3, e6, e7]));
+
+        result = log.following(keyList, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e1, e3, e4, e7, e8]));
+
+        keyList.logs.clear();
+        keyList.add(e3);
+        keyList.add(e7);
+        keyList.add(e10);
+
+        result = log.preceding(keyList);
+        expect(result.logs, orderedEquals([e2, e6, e9]));
+
+        result = log.following(keyList);
+        expect(result.logs, orderedEquals([e4, e8]));
+
+        result = log.preceding(keyList, includeKeys:true);
+        expect(result.logs, orderedEquals([e2, e3, e6, e7, e9, e10]));
+
+        result = log.following(keyList, includeKeys:true);
+        expect(result.logs, orderedEquals([e3, e4, e7, e8, e10]));
+
+        keyList.logs.clear();
+        keyList.add(e0);
+        keyList.add(e3);
+        keyList.add(e7);
+        keyList.add(e10);
+
+        result = log.preceding(keyList);
+        expect(result.logs, orderedEquals([e2, e6, e9]));
+
+        result = log.following(keyList);
+        expect(result.logs, orderedEquals([e1, e4, e8]));
+
+        result = log.preceding(keyList, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e2, e3, e6, e7, e9, e10]));
+
+        result = log.following(keyList, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e1, e3, e4, e7, e8, e10]));
+
+        keyList.logs.clear();
+        keyList.add(e0);
+        keyList.add(e3);
+        keyList.add(e7);
+
+        result = log.preceding(keyList, distance:3);
+        expect(result.logs, orderedEquals([e1, e2, e4, e5, e6]));
+
+        result = log.following(keyList, distance:3);
+        expect(result.logs, orderedEquals([e1, e2, e4, e5, e6, e8, e9, e10]));
+
+        result = log.preceding(keyList, distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e1, e2, e3, e4, e5, e6, e7]));
+
+        result = log.following(keyList, distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e1, e2, e3, e4, e5, e6,
+                                           e7, e8, e9, e10]));
+
+        keyList.logs.clear();
+        keyList.add(e3);
+        keyList.add(e7);
+        keyList.add(e10);
+
+        result = log.preceding(keyList, distance:3);
+        expect(result.logs, orderedEquals([e0, e1, e2, e4, e5, e6, e8, e9]));
+
+        result = log.following(keyList, distance:3);
+        expect(result.logs, orderedEquals([e4, e5, e6, e8, e9]));
+
+        result = log.preceding(keyList, distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e1, e2, e3, e4, e5, e6,
+                                           e7, e8, e9, e10]));
+
+        result = log.following(keyList, distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e3, e4, e5, e6, e7, e8, e9, e10]));
+
+        keyList.logs.clear();
+        keyList.add(e0);
+        keyList.add(e3);
+        keyList.add(e7);
+        keyList.add(e10);
+
+        result = log.preceding(keyList, distance:3);
+        expect(result.logs, orderedEquals([e1, e2, e4, e5, e6, e8, e9]));
+
+        result = log.following(keyList, distance:3);
+        expect(result.logs, orderedEquals([e1, e2, e4, e5, e6, e8, e9]));
+
+        result = log.preceding(keyList, distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e1, e2, e3, e4, e5, e6,
+                                           e7, e8, e9, e10]));
+
+        result = log.following(keyList, distance:3, includeKeys:true);
+        expect(result.logs, orderedEquals([e0, e1, e2, e3, e4, e5, e6,
+                                           e7, e8, e9, e10]));
+      });
     }
   });
 }
 
 void nextTest(int testNum) {
   SendPort sport = spawnFunction(runTest);
   sport.call(tests[testNum]).then((msg) {
     actual.add(msg);
     if (actual.length == expected.length) {
       for (var i = 0; i < tests.length; i++) {
@@ skipping 21 matching lines @@
     'mock test 2 (MockList)',
     'mock test 3 (Spy)',
     'mock test 4 (Excess calls)',
     'mock test 5 (No action)',
     'mock test 6 (No matching return)',
     'mock test 7 (No behavior)',
     'mock test 8 (Shared log)',
     'mock test 9 (Null CallMatcher)',
     'mock test 10 (RegExp CallMatcher Good)',
     'mock test 11 (RegExp CallMatcher Bad)',
-    'mock test 12 (No logging)'
+    'mock test 12 (No logging)',
+    'mock test 13 (find log entry)',
+    'mock test 14 (from,after,before,until)',
+    'mock test 15 (inplace from,after,before,until)',
+    'mock test 16 (neighbors)'
   ];
 
   expected = [
     buildStatusString(1, 0, 0, tests[0]),
     buildStatusString(0, 1, 0, tests[1],
         message: 'Expected: <5> but: was <4>.'),
     buildStatusString(0, 1, 0, tests[2], message: 'Caught Exception: Fail.'),
     buildStatusString(2, 0, 0, 'a a::a b b'),
     buildStatusString(1, 0, 0, 'a ${tests[4]}', 0, 'setup'),
     buildStatusString(1, 0, 0, 'a ${tests[5]}', 0, '', 'teardown'),
@@ skipping 15 matching lines @@
         "Expected sum() to sometimes return <0> but: never did."),
     buildStatusString(0, 1, 0, tests[16],
         message: 'Caught Exception: No behavior specified for method bar.'),
     buildStatusString(1, 0, 0, tests[17]),
     buildStatusString(1, 0, 0, tests[18]),
     buildStatusString(1, 0, 0, tests[19]),
     buildStatusString(0, 1, 0, tests[20],
         message:'Caught Method names must start with lower case.'),
     buildStatusString(0, 1, 0, tests[21], message:
       "Caught Exception: Can't retrieve logs when logging was never enabled."),
+    buildStatusString(1, 0, 0, tests[22]),
+    buildStatusString(1, 0, 0, tests[23]),
+    buildStatusString(1, 0, 0, tests[24]),
+    buildStatusString(1, 0, 0, tests[25])
   ];
 
   actual = [];
 
   nextTest(0);
 }