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Implemented TLazy + Tests

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This commit is contained in:
Michael Schimmel
2025-06-03 17:10:55 +02:00
parent 38c9e2830d
commit 468c6bf849
14 changed files with 247 additions and 149 deletions
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Test/MycTests.dpr
+5 -1
View File
@@ -28,7 +28,11 @@ uses
Myc.TaskManager in '..\Src\Myc.TaskManager.pas',
Myc.Core.Futures in '..\Src\Myc.Core.Futures.pas',
Myc.Core.Signals in '..\Src\Myc.Core.Signals.pas',
TestFutures in 'TestFutures.pas';
TestFutures in 'TestFutures.pas',
Myc.Lazy in '..\Src\Myc.Lazy.pas',
Myc.Core.Lazy in '..\Src\Myc.Core.Lazy.pas',
Myc.Test.Core.Lazy in '..\Src\Myc.Test.Core.Lazy.pas',
Myc.Test.Lazy in '..\Src\Myc.Test.Lazy.pas';
{ keep comment here to protect the following conditional from being removed by the IDE when adding a unit }
{$IFNDEF TESTINSIGHT}
Test/MycTests.dproj
+14 -10
View File
@@ -64,9 +64,9 @@
<VerInfo_Keys>CompanyName=;FileDescription=$(MSBuildProjectName);FileVersion=1.0.0.0;InternalName=;LegalCopyright=;LegalTrademarks=;OriginalFilename=;ProgramID=com.embarcadero.$(MSBuildProjectName);ProductName=$(MSBuildProjectName);ProductVersion=1.0.0.0;Comments=</VerInfo_Keys>
<Debugger_RunParams>--exitbehavior:Pause</Debugger_RunParams>
<DCC_Define>TESTINSIGHT;$(DCC_Define)</DCC_Define>
<PostBuildEvent><![CDATA[T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src
$(PostBuildEvent)]]></PostBuildEvent>
<PostBuildEventExecuteWhen>TargetOutOfDate</PostBuildEventExecuteWhen>
<PreBuildEvent><![CDATA[T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src
$(PreBuildEvent)]]></PreBuildEvent>
</PropertyGroup>
<PropertyGroup Condition="'$(Base_Win32)'!=''">
<DCC_UsePackage>vclwinx;fmx;vclie;DbxCommonDriver;bindengine;IndyIPCommon;VCLRESTComponents;FireDACCommonODBC;FireDACCommonDriver;IndyProtocols;vclx;Skia.Package.RTL;IndyIPClient;dbxcds;vcledge;bindcompvclwinx;FmxTeeUI;bindcompfmx;inetdb;FireDACSqliteDriver;DbxClientDriver;Tee;soapmidas;vclactnband;TeeUI;fmxFireDAC;dbexpress;DBXMySQLDriver;VclSmp;inet;vcltouch;fmxase;dbrtl;Skia.Package.FMX;fmxdae;TeeDB;FireDACMSAccDriver;CustomIPTransport;vcldsnap;DBXInterBaseDriver;IndySystem;Skia.Package.VCL;vcldb;vclFireDAC;bindcomp;FireDACCommon;inetstn;IndyCore;RESTBackendComponents;bindcompdbx;rtl;FireDACMySQLDriver;FireDACADSDriver;RESTComponents;DBXSqliteDriver;vcl;IndyIPServer;dsnapxml;dsnapcon;adortl;vclimg;FireDACPgDriver;FireDAC;inetdbxpress;xmlrtl;tethering;bindcompvcl;dsnap;CloudService;fmxobj;bindcompvclsmp;FMXTee;soaprtl;soapserver;FireDACIBDriver;$(DCC_UsePackage)</DCC_UsePackage>
@@ -128,6 +128,10 @@ $(PostBuildEvent)]]></PostBuildEvent>
<DCCReference Include="..\Src\Myc.Core.Futures.pas"/>
<DCCReference Include="..\Src\Myc.Core.Signals.pas"/>
<DCCReference Include="TestFutures.pas"/>
<DCCReference Include="..\Src\Myc.Lazy.pas"/>
<DCCReference Include="..\Src\Myc.Core.Lazy.pas"/>
<DCCReference Include="..\Src\Myc.Test.Core.Lazy.pas"/>
<DCCReference Include="..\Src\Myc.Test.Lazy.pas"/>
<BuildConfiguration Include="Base">
<Key>Base</Key>
</BuildConfiguration>
@@ -1149,35 +1153,35 @@ $(PostBuildEvent)]]></PostBuildEvent>
<Import Project="$(APPDATA)\Embarcadero\$(BDSAPPDATABASEDIR)\$(PRODUCTVERSION)\UserTools.proj" Condition="Exists('$(APPDATA)\Embarcadero\$(BDSAPPDATABASEDIR)\$(PRODUCTVERSION)\UserTools.proj')"/>
<Import Project="$(MSBuildProjectName).deployproj" Condition="Exists('$(MSBuildProjectName).deployproj')"/>
<PropertyGroup Condition="'$(Config)'=='Debug' And '$(Platform)'=='Win32'">
<PreBuildEvent/>
<PreBuildEvent>T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src</PreBuildEvent>
<PreBuildEventIgnoreExitCode>False</PreBuildEventIgnoreExitCode>
<PreLinkEvent/>
<PreLinkEventIgnoreExitCode>False</PreLinkEventIgnoreExitCode>
<PostBuildEvent>T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src</PostBuildEvent>
<PostBuildEvent/>
<PostBuildEventIgnoreExitCode>False</PostBuildEventIgnoreExitCode>
</PropertyGroup>
<PropertyGroup Condition="'$(Config)'=='Debug' And '$(Platform)'=='Win64'">
<PreBuildEvent/>
<PreBuildEvent>T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src</PreBuildEvent>
<PreBuildEventIgnoreExitCode>False</PreBuildEventIgnoreExitCode>
<PreLinkEvent/>
<PreLinkEventIgnoreExitCode>False</PreLinkEventIgnoreExitCode>
<PostBuildEvent>T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src</PostBuildEvent>
<PostBuildEvent/>
<PostBuildEventIgnoreExitCode>False</PostBuildEventIgnoreExitCode>
</PropertyGroup>
<PropertyGroup Condition="'$(Config)'=='Release' And '$(Platform)'=='Win32'">
<PreBuildEvent/>
<PreBuildEvent>T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src</PreBuildEvent>
<PreBuildEventIgnoreExitCode>False</PreBuildEventIgnoreExitCode>
<PreLinkEvent/>
<PreLinkEventIgnoreExitCode>False</PreLinkEventIgnoreExitCode>
<PostBuildEvent>T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src</PostBuildEvent>
<PostBuildEvent/>
<PostBuildEventIgnoreExitCode>False</PostBuildEventIgnoreExitCode>
</PropertyGroup>
<PropertyGroup Condition="'$(Config)'=='Release' And '$(Platform)'=='Win64'">
<PreBuildEvent/>
<PreBuildEvent>T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src</PreBuildEvent>
<PreBuildEventIgnoreExitCode>False</PreBuildEventIgnoreExitCode>
<PreLinkEvent/>
<PreLinkEventIgnoreExitCode>False</PreLinkEventIgnoreExitCode>
<PostBuildEvent>T:\DelphiIntfExtract\Win64\Debug\ExtractPascalInterfaces.exe -o T:\Myc\intf.txt T:\Myc\src</PostBuildEvent>
<PostBuildEvent/>
<PostBuildEventIgnoreExitCode>False</PostBuildEventIgnoreExitCode>
</PropertyGroup>
</Project>
Test/TestCoreFutures.pas
+26 -26
View File
@@ -23,7 +23,7 @@ type
[TestFixture]
[IgnoreMemoryLeaks(true)]
TTestMycInitStateFuncFuture = class(TObject)
TTestMycGateFuncFuture = class(TObject)
private
FTaskFactory: IMycTaskFactory;
FProcExecutionCount: Integer; // Counter for side effects of AProc
@@ -67,16 +67,16 @@ begin
Result := False; // This subscriber is typically one-shot for this purpose.
end;
{ TTestMycInitStateFuncFuture }
{ TTestMycGateFuncFuture }
procedure TTestMycInitStateFuncFuture.Setup;
procedure TTestMycGateFuncFuture.Setup;
begin
FTaskFactory := TMycTaskFactory.Create; // Create a new task factory instance for each test [cite: 113, 235, 353]
FProcExecutionCount := 0;
FSharedCounter := 0;
end;
procedure TTestMycInitStateFuncFuture.TearDown;
procedure TTestMycGateFuncFuture.TearDown;
begin
if Assigned(FTaskFactory) then
begin
@@ -85,7 +85,7 @@ begin
end;
end;
procedure TTestMycInitStateFuncFuture.Test_BasicSuccess_WithImmediateInitState;
procedure TTestMycGateFuncFuture.Test_BasicSuccess_WithImmediateInitState;
var
LFuture: IMycFuture<Integer>;
LInitStateAsState: IMycState; // Parameter for Create
@@ -96,7 +96,7 @@ begin
// Use TMycLatch.Null for an already set init state [cite: 71, 81, 206, 216, 324, 334]
LInitStateAsState := TState.Null;
LFuture := TMycInitStateFuncFuture<Integer>.Create(FTaskFactory, LInitStateAsState,
LFuture := TMycGateFuncFuture<Integer>.Create(FTaskFactory, LInitStateAsState,
function: Integer
begin
Inc(Self.FProcExecutionCount);
@@ -112,7 +112,7 @@ begin
Assert.AreEqual(CExpectedResult, LResultValue, 'GetResult returned an unexpected value.');
end;
procedure TTestMycInitStateFuncFuture.Test_ChainedExecution_WithDelayedInitState;
procedure TTestMycGateFuncFuture.Test_ChainedExecution_WithDelayedInitState;
var
LFuture: IMycFuture<string>;
LInitLatch: IMycLatch;
@@ -120,9 +120,9 @@ var
const
CExpectedResult = 'ChainCompleted';
begin
LInitLatch := TState.CreateLatch(1); // Create an init state that is not yet set [cite: 77, 212, 330]
LInitLatch := TLatch.Construct(1); // Create an init state that is not yet set [cite: 77, 212, 330]
LFuture := TMycInitStateFuncFuture<string>.Create(FTaskFactory, LInitLatch.State,
LFuture := TMycGateFuncFuture<string>.Create(FTaskFactory, LInitLatch.State,
function: string
begin
Inc(Self.FProcExecutionCount);
@@ -143,7 +143,7 @@ begin
Assert.AreEqual(CExpectedResult, LResultValue, 'GetResult returned an unexpected value after delayed init.');
end;
procedure TTestMycInitStateFuncFuture.Test_ExceptionInProc_HandledAsPlanned;
procedure TTestMycGateFuncFuture.Test_ExceptionInProc_HandledAsPlanned;
var
LFuture: IMycFuture<Integer>;
LLocalTaskFactory: IMycTaskFactory;
@@ -157,7 +157,7 @@ begin
LLocalTaskFactory := TMycTaskFactory.Create;
LInitStateAsState := TState.Null; // Immediate execution
LFuture := TMycInitStateFuncFuture<Integer>.Create(LLocalTaskFactory, LInitStateAsState,
LFuture := TMycGateFuncFuture<Integer>.Create(LLocalTaskFactory, LInitStateAsState,
function: Integer
begin
Inc(Self.FProcExecutionCount);
@@ -203,14 +203,14 @@ begin
end;
end;
procedure TTestMycInitStateFuncFuture.Test_GetResult_BeforeDone_RaisesException;
procedure TTestMycGateFuncFuture.Test_GetResult_BeforeDone_RaisesException;
var
LFuture: IMycFuture<Integer>;
LInitLatch: IMycLatch;
begin
LInitLatch := TState.CreateLatch(1);
LInitLatch := TLatch.Construct(1);
LFuture := TMycInitStateFuncFuture<Integer>.Create(FTaskFactory, LInitLatch.State,
LFuture := TMycGateFuncFuture<Integer>.Create(FTaskFactory, LInitLatch.State,
function: Integer
begin
Inc(Self.FProcExecutionCount);
@@ -236,7 +236,7 @@ begin
end );
end;
procedure TTestMycInitStateFuncFuture.Test_FanIn_OneFutureWaitsForMultipleOthers;
procedure TTestMycGateFuncFuture.Test_FanIn_OneFutureWaitsForMultipleOthers;
var
LPrerequisiteFuture1, LPrerequisiteFuture2: IMycFuture<Integer>;
LMainFuture: IMycFuture<string>;
@@ -250,10 +250,10 @@ begin
FProcExecutionCount := 0; // Reset for this test
// Gate Latch: MainFuture waits for this latch, which needs 2 notifications.
LGateLatch := TState.CreateLatch(2); // [cite: 77, 212, 330]
LGateLatch := TLatch.Construct(2); // [cite: 77, 212, 330]
// Create MainFuture, AInitState is the GateLatch's state.
LMainFuture := TMycInitStateFuncFuture<string>.Create(FTaskFactory, LGateLatch.State,
LMainFuture := TMycGateFuncFuture<string>.Create(FTaskFactory, LGateLatch.State,
function: string
begin
Inc(Self.FProcExecutionCount, 10); // Indicate MainFuture's proc ran
@@ -262,8 +262,8 @@ begin
// Setup Prerequisite Futures
// PrerequisiteFuture1
LInitStateP1 := TState.CreateLatch(1); // Controllable init state for PF1
LPrerequisiteFuture1 := TMycInitStateFuncFuture<Integer>.Create(FTaskFactory, LInitStateP1.State,
LInitStateP1 := TLatch.Construct(1); // Controllable init state for PF1
LPrerequisiteFuture1 := TMycGateFuncFuture<Integer>.Create(FTaskFactory, LInitStateP1.State,
function: Integer
begin
Inc(Self.FProcExecutionCount, 1); // PF1 ran
@@ -273,8 +273,8 @@ begin
Subscriptions[1] := LPrerequisiteFuture1.Done.Subscribe(LSub1); // Subscribe to PF1's completion [cite: 56, 188, 306]
// PrerequisiteFuture2
LInitStateP2 := TState.CreateLatch(1); // Controllable init state for PF2
LPrerequisiteFuture2 := TMycInitStateFuncFuture<Integer>.Create(FTaskFactory, LInitStateP2.State,
LInitStateP2 := TLatch.Construct(1); // Controllable init state for PF2
LPrerequisiteFuture2 := TMycGateFuncFuture<Integer>.Create(FTaskFactory, LInitStateP2.State,
function: Integer
begin
Inc(Self.FProcExecutionCount, 1); // PF2 ran
@@ -312,7 +312,7 @@ begin
Subscriptions[2].Unsubscribe; //
end;
procedure TTestMycInitStateFuncFuture.Test_FanOut_MultipleFuturesWaitForOneTrigger;
procedure TTestMycGateFuncFuture.Test_FanOut_MultipleFuturesWaitForOneTrigger;
var
LTriggerLatch: IMycLatch;
LFutureA, LFutureB: IMycFuture<Integer>;
@@ -322,10 +322,10 @@ begin
LFlagFutureBRan := False;
Self.FSharedCounter := 0; // Reset shared counter for this test
LTriggerLatch := TState.CreateLatch(1); // Single trigger [cite: 77, 212, 330]
LTriggerLatch := TLatch.Construct(1); // Single trigger [cite: 77, 212, 330]
// Future A
LFutureA := TMycInitStateFuncFuture<Integer>.Create(FTaskFactory, LTriggerLatch.State,
LFutureA := TMycGateFuncFuture<Integer>.Create(FTaskFactory, LTriggerLatch.State,
function: Integer
begin
LFlagFutureARan := True;
@@ -334,7 +334,7 @@ begin
end);
// Future B
LFutureB := TMycInitStateFuncFuture<Integer>.Create(FTaskFactory, LTriggerLatch.State,
LFutureB := TMycGateFuncFuture<Integer>.Create(FTaskFactory, LTriggerLatch.State,
function: Integer
begin
LFlagFutureBRan := True;
@@ -364,5 +364,5 @@ end;
initialization
// For DUnitX, attributes typically handle registration.
// If needed for older DUnit: RegisterTest(TTestMycInitStateFuncFuture.Suite);
// If needed for older DUnit: RegisterTest(TTestMycGateFuncFuture.Suite);
end.
Test/TestFutures.pas
+2 -2
View File
@@ -146,7 +146,7 @@ var
delayedGate: IMycLatch; // IMycLatch implements IMycState [cite: 58]
resultValue: Integer;
begin
delayedGate := TState.CreateLatch( 1 ); // Create a latch that requires one notification to be set [cite: 66]
delayedGate := TLatch.Construct( 1 ); // Create a latch that requires one notification to be set [cite: 66]
Assert.IsNotNull( delayedGate, 'The delayed gate (IMycLatch) should not be nil.' ); // Static string
Assert.IsFalse( delayedGate.State.IsSet, 'The delayed gate should not be initially set.' ); // Static string [cite: 59, 55]
@@ -217,7 +217,7 @@ var
delayedGate: IMycLatch;
resultValue: string;
begin
delayedGate := TState.CreateLatch( 1 ); // [cite: 66]
delayedGate := TLatch.Construct( 1 ); // [cite: 66]
Assert.IsFalse( delayedGate.State.IsSet, 'The delayed gate for chain test should not be initially set.' );
// Static string [cite: 59, 55]
Test/TestNotifier_ChaosStress.pas
+1 -1
View File
@@ -308,7 +308,7 @@ end;
procedure TMycNotifierChaosStressTests.Test_MixedOperations_Stress;
const
NumThreads = 24; // Number of concurrent worker threads
IterationsPerThread = 5000; // Number of random operations per thread
IterationsPerThread = 2000; // Number of random operations per thread
var
threads: array of TStressWorkerThread;
i: Integer;
Test/TestNotifier_Threading.pas
+1 -1
View File
@@ -198,7 +198,7 @@ end;
procedure TMycNotifierThreadingTests.Test_ConcurrentAdvise_Then_UnadviseAll_Consistency;
const
NumThreads = 24; // Number of threads
ItemsPerThread = 2500; // Number of Advise operations per thread
ItemsPerThread = 250; // Number of Advise operations per thread
var
threads: array of TAdviseWorkerThread;
i: Integer;
Test/TestSignals_Dirty.pas
+2 -2
View File
@@ -105,7 +105,7 @@ end;
function TTestMycDirtyFlag.CreateAndPrepareDirtyFlag(StartDirty: Boolean = True): IMycDirty;
begin
Result := TState.CreateDirty; // Initially dirty
Result := TDirty.Construct; // Initially dirty
if not StartDirty then
Result.Reset; // Reset to make it clean
Assert.AreEqual(StartDirty, Result.State.IsSet, 'CreateAndPrepareDirtyFlag initial state incorrect.');
@@ -127,7 +127,7 @@ procedure TTestMycDirtyFlag.TestCreate_InitialStateIsDirty;
var
dirtyFlag: IMycDirty;
begin
dirtyFlag := TState.CreateDirty;
dirtyFlag := TDirty.Construct;
Assert.IsTrue(dirtyFlag.State.IsSet, 'Newly created dirty flag should be IsSet (dirty).');
end;
Test/TestSignals_Latch.pas
+22 -22
View File
@@ -124,7 +124,7 @@ var
latch: IMycLatch;
begin
// TMycLatch.CreateLatch returns TMycLatch.Null if InitialCount <= 0
latch := TState.CreateLatch(InitialCount);
latch := TLatch.Construct(InitialCount);
Assert.AreEqual(ExpectedIsSet, latch.State.IsSet, 'Latch initial IsSet state mismatch for count ' + IntToStr(InitialCount) + '.');
end;
@@ -133,7 +133,7 @@ var
latch: IMycLatch;
returnedValueFromNotify: Boolean;
begin
latch := TState.CreateLatch(InitialCount);
latch := TLatch.Construct(InitialCount);
returnedValueFromNotify := latch.Notify; // This is IMycLatch (as IMycSubscriber).Notify
Assert.AreEqual(ExpectedReturn, returnedValueFromNotify, 'Unexpected return value from Latch.Notify call for initial count ' + IntToStr(InitialCount) + '.');
@@ -144,7 +144,7 @@ procedure TTestMycLatch.TestNotify_DecrementsCounter_StateChanges;
var
latch: IMycLatch;
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
Assert.IsFalse(latch.State.IsSet, 'Latch should initially not be set (Count=1).');
latch.Notify; // Count becomes 0
Assert.IsTrue(latch.State.IsSet, 'Latch should be set after Notify (Count became 0).');
@@ -154,7 +154,7 @@ procedure TTestMycLatch.TestNotify_MultipleNotifies_CounterBecomesNegativeAndSta
var
latch: IMycLatch;
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
latch.Notify; // Count becomes 0, IsSet = True
Assert.IsTrue(latch.State.IsSet, 'Latch should be set after first Notify.');
latch.Notify; // Count becomes -1, IsSet should remain True
@@ -169,7 +169,7 @@ var
mockSub: TMockSubscriber;
subscription: TMycSubscription;
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
mockSub := TMockSubscriber.Create;
subscription := latch.State.Subscribe(mockSub); // Subscribing to the Latch's state
@@ -188,7 +188,7 @@ var
mockSub1, mockSub2, mockSub3: TMockSubscriber;
sub1, sub2, sub3: TMycSubscription; // Keep subscriptions in scope
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
mockSub1 := TMockSubscriber.Create;
mockSub2 := TMockSubscriber.Create;
mockSub3 := TMockSubscriber.Create;
@@ -210,7 +210,7 @@ var
mockSub: TMockSubscriber;
subscription: TMycSubscription;
begin
latch := TState.CreateLatch(2); // Count = 2
latch := TLatch.Construct(2); // Count = 2
mockSub := TMockSubscriber.Create;
subscription := latch.State.Subscribe(mockSub);
@@ -225,7 +225,7 @@ var
mockSub: TMockSubscriber;
subscription: TMycSubscription;
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
mockSub := TMockSubscriber.Create;
subscription := latch.State.Subscribe(mockSub);
@@ -242,7 +242,7 @@ var
mockSub1, mockSub2: TMockSubscriber;
subscription1, subscription2: TMycSubscription;
begin
latch := TState.CreateLatch(1); // Create with count 1
latch := TLatch.Construct(1); // Create with count 1
mockSub1 := TMockSubscriber.Create;
subscription1 := latch.State.Subscribe(mockSub1); // Subscribe before set
@@ -270,8 +270,8 @@ var
mockSubForB: TMockSubscriber;
subHandle_B_listens_A, subHandle_Mock_listens_B: TMycSubscription;
begin
latchA := TState.CreateLatch(1);
latchB := TState.CreateLatch(1); // latchB is an IMycSubscriber
latchA := TLatch.Construct(1);
latchB := TLatch.Construct(1); // latchB is an IMycSubscriber
mockSubForB := TMockSubscriber.Create;
subHandle_Mock_listens_B := latchB.State.Subscribe(mockSubForB);
@@ -295,9 +295,9 @@ var
mockSubForC: TMockSubscriber;
sub_Mock_C, sub_C_B, sub_B_A: TMycSubscription;
begin
latchA := TState.CreateLatch(1);
latchB := TState.CreateLatch(1);
latchC := TState.CreateLatch(1);
latchA := TLatch.Construct(1);
latchB := TLatch.Construct(1);
latchC := TLatch.Construct(1);
mockSubForC := TMockSubscriber.Create;
sub_Mock_C := latchC.State.Subscribe(mockSubForC);
@@ -320,8 +320,8 @@ var
begin
// LatchA needs 2 notifies to become set. LatchB needs 1 notify to become set.
// LatchB subscribes to LatchA. So LatchB will be notified once LatchA becomes set.
latchA := TState.CreateLatch(2);
latchB := TState.CreateLatch(1);
latchA := TLatch.Construct(2);
latchB := TLatch.Construct(1);
mockSubForB := TMockSubscriber.Create;
sub_Mock_B := latchB.State.Subscribe(mockSubForB);
@@ -347,7 +347,7 @@ var
mockSub: TMockSubscriber;
subscription: TMycSubscription;
begin
latch := TState.CreateLatch(0); // Returns TMycLatch.Null which is set.
latch := TLatch.Construct(0); // Returns TMycLatch.Null which is set.
mockSub := TMockSubscriber.Create;
subscription := latch.State.Subscribe(mockSub); // TMycLatch.Subscribe notifies immediately if already set.
@@ -362,7 +362,7 @@ var
mockSub: TMockSubscriber;
subscription: TMycSubscription;
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
mockSub := TMockSubscriber.Create;
subscription := latch.State.Subscribe(mockSub);
@@ -381,7 +381,7 @@ var
mockSub: TMockSubscriber;
subscription: TMycSubscription;
begin
latch := TState.CreateLatch(3);
latch := TLatch.Construct(3);
latch.Notify; // Count -> 2
latch.Notify; // Count -> 1
@@ -404,7 +404,7 @@ var
mockSub1, mockSub2: TMockSubscriber;
subscription1, subscription2: TMycSubscription;
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
mockSub1 := TMockSubscriber.Create;
mockSub2 := TMockSubscriber.Create;
@@ -432,7 +432,7 @@ var
mockSub: TMockSubscriber;
// 'subscription' will be declared in an inner scope to control its finalization
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
mockSub := TMockSubscriber.Create;
var noException: Boolean := True;
@@ -468,7 +468,7 @@ var
mockSubInitial, mockSubNew: TMockSubscriber;
subscriptionInitial, subscriptionNew: TMycSubscription;
begin
latch := TState.CreateLatch(1);
latch := TLatch.Construct(1);
mockSubInitial := TMockSubscriber.Create;
subscriptionInitial := latch.State.Subscribe(mockSubInitial);
Test/TestTasks.pas
+8 -8
View File
@@ -91,7 +91,7 @@ var
jobCompletedLatch: IMycLatch;
begin
jobExecuted := False;
jobCompletedLatch := TMycLatch.CreateLatch(1); // Changed from Signals.CreateLatch
jobCompletedLatch := TLatch.Construct(1); // Changed from Signals.CreateLatch
FFactory.Run(
procedure
@@ -111,7 +111,7 @@ var
subscriber: IMycSubscriber;
begin
jobExecuted := False;
jobCompletedLatch := TMycLatch.CreateLatch(1); // Changed from Signals.CreateLatch
jobCompletedLatch := TLatch.Construct(1); // Changed from Signals.CreateLatch
subscriber := FFactory.Run(
procedure
@@ -122,7 +122,7 @@ begin
Assert.IsNotNull(subscriber, 'Run should return a subscriber for delayed job');
// Use TMycLatch.Null for comparison
Assert.AreNotEqual<IMycSubscriber>(TMycLatch.Null, subscriber, 'Subscriber should not be TMycLatch.Null for StartCount > 0');
Assert.AreNotEqual<IMycSubscriber>(TLatch.Null, subscriber, 'Subscriber should not be TMycLatch.Null for StartCount > 0');
subscriber.Notify;
@@ -137,7 +137,7 @@ var
startTime, endTime: Cardinal;
begin
// TMycLatch.CreateLatch(0) will return TMycLatch.Null
alreadySetLatch := TMycLatch.CreateLatch(0); // Changed from Signals.CreateLatch
alreadySetLatch := TLatch.Construct(0); // Changed from Signals.CreateLatch
Assert.IsTrue(alreadySetLatch.State.IsSet, 'Latch should be initially set');
startTime := TThread.GetTickCount;
@@ -155,7 +155,7 @@ var
begin
inMainThreadInJob := True;
inWorkerThreadInJob := False;
jobDoneLatch := TMycLatch.CreateLatch(1); // Changed from Signals.CreateLatch
jobDoneLatch := TLatch.Construct(1); // Changed from Signals.CreateLatch
Assert.IsTrue(FFactory.InMainThread, 'Test method itself should be in main thread');
Assert.IsFalse(FFactory.InWorkerThread, 'Test method itself should not be in a factory worker thread');
@@ -178,7 +178,7 @@ procedure TMycTaskFactoryTests.TestExceptionPropagationFromJob;
var
jobDoneLatch: IMycLatch;
begin
jobDoneLatch := TMycLatch.CreateLatch(1);
jobDoneLatch := TLatch.Construct(1);
FFactory.EnqueueJob(
procedure
@@ -229,8 +229,8 @@ var
dummyStateToWaitFor: IMycState;
begin
exceptionCaughtInJob := False;
jobDoneLatch := TMycLatch.CreateLatch(1);
dummyStateToWaitFor := TMycLatch.CreateLatch(1).State;
jobDoneLatch := TLatch.Construct(1);
dummyStateToWaitFor := TLatch.Construct(1).State;
FFactory.EnqueueJob(
procedure