public void Test(TestJobHost <ConfigAutoResolve> host)
{
host.Call("Read", new { x = 456 });
// Convert was never called
Assert.Equal("456-123", _log);
}
public void Test(TestJobHost <ConfigStream> host)
{
foreach (var funcName in new string[]
{
"StreamRead", "StringRead", "ByteArrayRead", "TextReaderRead"
})
{
_log = null;
host.Call(funcName, new { k = 1 });
Assert.Equal("Hello", _log);
}
// Test writes. Verify the stream content.
foreach (var funcName in new string[]
{
"WriteStream",
"WriteStream2",
"WriteTextWriter1",
"WriteTextWriter2",
"WriteTextWriter3",
"WriteString",
"WriteByteArray"
})
{
_writeStream = null;
host.Call(funcName, new { k = funcName });
var content = _writeStream.ToArray(); // safe to call even after Dispose()
var str = Encoding.UTF8.GetString(content);
// The comparison will also verify there is no BOM written.
Assert.Equal(_writeMessage, str);
}
}
public void Test(TestJobHost <ConfigMultipleRules> host)
{
host.Call("Func", new { k = 1 });
Assert.Equal("AlphaBuilder(1)", _log);
host.Call("Func2", new { k = 1 });
Assert.Equal("BetaBuilder(1)", _log);
}
public void Test(TestJobHost <ConfigWithConverters> host)
{
host.Call("Func1", new { k = 1 });
Assert.Equal("GeneralBuilder_AlphaType(1)", _log);
host.Call("Func2", new { k = 2 });
Assert.Equal("A2B(GeneralBuilder_AlphaType(2))", _log);
}
public void Test(TestJobHost <ConfigExplicitObjectConverter> host)
{
// normal case
host.Call("Func", new { k = 1 });
Assert.Equal("GeneralBuilder_AlphaType(1)", _log);
// use 1st rule with explicit converter
host.Call("FuncObject", new { k = 1 });
Assert.Equal("Alpha2Obj(GeneralBuilder_AlphaType(1))", _log);
}
public void Test(TestJobHost <ConfigTestDefaultToMethodName> host)
{
host.Call("Func", new { k = 1 });
Assert.NotNull(_log);
host.Call("Func2", new { k = 1 });
Assert.Equal("Func2", _log);
host.Call("FuncRename", new { k = 1 });
Assert.Equal("newname", _log);
}
public void Test(TestJobHost <ConfigCustom> host)
{
host.Call("Read");
Assert.Equal(_log, ReadTag);
host.Call("Write");
var content = _writeStream.ToArray(); // safe to call even after Dispose()
var str = Encoding.UTF8.GetString(content);
Assert.Equal("yya", str);
}
public void Test()
{
MyProg prog = new MyProg();
var activator = new FakeActivator();
activator.Add(prog);
JobHostConfiguration config = TestHelpers.NewConfig <MyProg>(activator);
var ext = new TestExtension();
config.AddExtension(ext);
var host = new TestJobHost <MyProg>(config);
IJobHostMetadataProvider metadataProvider = host.CreateMetadataProvider();
Assert.Equal(1, ext._counter);
// Callable
host.Call("Test");
Assert.Equal(1, ext._counter);
// Fact that we registered a Widget converter is enough to add the assembly
Assembly asm;
bool resolved;
resolved = metadataProvider.TryResolveAssembly(typeof(Widget).Assembly.GetName().Name, out asm);
Assert.True(resolved);
Assert.Same(asm, typeof(Widget).Assembly);
// check with full name
resolved = metadataProvider.TryResolveAssembly(typeof(Widget).Assembly.GetName().FullName, out asm);
Assert.True(resolved);
Assert.Same(asm, typeof(Widget).Assembly);
// This requires the target attribute to be unique within the assembly.
var attrType = metadataProvider.GetAttributeTypeFromName("Test9");
Assert.Equal(typeof(Test9Attribute), attrType);
// JObject --> Attribute
var attr = GetAttr <Test9Attribute>(metadataProvider, new { Flag = "xyz" });
Assert.Equal("xyz", attr.Flag);
// Getting default type.
var defaultType = metadataProvider.GetDefaultType(attr, FileAccess.Read, null);
Assert.Equal(typeof(JObject), defaultType);
// If we have no match for output, we'll try IAsyncCollector<string>
Assert.Equal(typeof(IAsyncCollector <string>), metadataProvider.GetDefaultType(attr, FileAccess.Write, typeof(object)));
}
public void Test()
{
MyProg prog = new MyProg();
var activator = new FakeActivator();
activator.Add(prog);
JobHostConfiguration config = TestHelpers.NewConfig <MyProg>(activator);
var ext = new TestExtension();
config.AddExtension(ext);
IJobHostMetadataProvider tooling = config.CreateMetadataProvider();
Assert.Equal(1, ext._counter);
// Callable
var host = new TestJobHost <MyProg>(config);
host.Call("Test");
Assert.Equal(1, ext._counter);
// Fact that we registered a Widget converter is enough to add the assembly
Assembly asm;
bool resolved;
resolved = tooling.TryResolveAssembly(typeof(Widget).Assembly.GetName().Name, out asm);
Assert.True(resolved);
Assert.Same(asm, typeof(Widget).Assembly);
// check with full name
resolved = tooling.TryResolveAssembly(typeof(Widget).Assembly.GetName().FullName, out asm);
Assert.True(resolved);
Assert.Same(asm, typeof(Widget).Assembly);
var attrType = tooling.GetAttributeTypeFromName("Test");
Assert.Equal(typeof(TestAttribute), attrType);
// JObject --> Attribute
var attr = GetAttr <TestAttribute>(tooling, new { Flag = "xyz" });
Assert.Equal("xyz", attr.Flag);
// Getting default type.
var defaultType = tooling.GetDefaultType(attr, FileAccess.Read, null);
Assert.Equal(typeof(JObject), defaultType);
Assert.Throws <InvalidOperationException>(() => tooling.GetDefaultType(attr, FileAccess.Write, typeof(object)));
}
public void Test(TestJobHost <ConfigNotExist> host)
{
host.Call("Read1");
Assert.Null(_log);
host.Call("Read2");
Assert.Null(_log);
host.Call("Read3");
Assert.Null(_log);
host.Call("Read4");
Assert.Null(_log);
}
public void Test(TestJobHost <ConfigObjectInheritence> host)
{
// 1st rule
host.Call("FuncDerived", new { k = 1 });
Assert.Equal("GeneralBuilder_AlphaDerivedType(1)", _log);
// 1st rule + implicit converter
host.Call("Func", new { k = 1 });
Assert.Equal("GeneralBuilder_AlphaDerivedType(1)", _log);
// 2nd rule, object isn't matched in an inheritence converter
host.Call("FuncObject", new { k = 1 });
Assert.Equal("[obj!]", _log);
}
public void Table_IfBoundToICollectorJObject__WithAttrKeys_AddInsertsEntity()
{
// Arrange
const string expectedValue = "abcdef";
IStorageAccount account = CreateFakeStorageAccount();
var config = TestHelpers.NewConfig(typeof(BindToICollectorJObjectProgramKeysInAttr), account);
// Act
var host = new TestJobHost <BindToICollectorJObjectProgramKeysInAttr>(config);
host.Call("Run");
// Assert
AssertStringProperty(account, "ValueStr", expectedValue);
}
public void Table_IfBoundToCustomTableBindingExtension_BindsCorrectly()
{
// Arrange
IStorageAccount account = CreateFakeStorageAccount();
var ext = new TableConverter();
var config = TestHelpers.NewConfig(typeof(CustomTableBindingExtensionProgram), account, ext);
var cm = (ConverterManager)config.GetService <IConverterManager>();
var host = new TestJobHost <CustomTableBindingExtensionProgram>(config);
host.Call("Run"); // Act
// Assert
Assert.Equal(TableName, CustomTableBinding <Poco> .Table.Name);
Assert.True(CustomTableBinding <Poco> .AddInvoked);
Assert.True(CustomTableBinding <Poco> .DeleteInvoked);
}
public void Table_IfBoundToCustomTableBindingExtension_BindsCorrectly()
{
// Arrange
IStorageAccount account = CreateFakeStorageAccount();
var config = TestHelpers.NewConfig(typeof(CustomTableBindingExtensionProgram), account);
IConverterManager cm = config.GetService <IConverterManager>();
// Add a rule for binding CloudTable --> CustomTableBinding<TEntity>
cm.AddConverter <CloudTable, CustomTableBinding <OpenType>, TableAttribute>(
typeof(CustomTableBindingConverter <>));
var host = new TestJobHost <CustomTableBindingExtensionProgram>(config);
host.Call("Run"); // Act
// Assert
Assert.Equal(TableName, CustomTableBinding <Poco> .Table.Name);
Assert.True(CustomTableBinding <Poco> .AddInvoked);
Assert.True(CustomTableBinding <Poco> .DeleteInvoked);
}
public void Test(TestJobHost <ConfigCollector <TParam> > host)
{
// tells you we made 2 AddAysnc calls, and invoked the converter on each item.
_log = "";
host.Call("Func2", new { k = 1 });
if (typeof(TParam) == typeof(NonArrayOpenType))
{
// Each object gets converter, so object[] gets converterd to multiple types.
Assert.Equal("Collector(Json(123));Collector(Json(\"xyz\"));", _log);
}
else
{
// the object[] gets converters to a single element to a single object
Assert.Equal("Collector(Json([123,\"xyz\"]));", _log);
}
// 2 calls, but no converters
_log = "";
host.Call("Func", new { k = 1 });
Assert.Equal("Collector(v1);Collector(v2);", _log);
}
public void Test(TestJobHost <ConfigErrorSearch> host)
{
host.AssertIndexingError("Func", $"Can't bind Test6 to type 'System.String'.");
}
public void Test(TestJobHost <ConfigNullOutParam> host)
{
host.Call("WriteString");
// Convert was never called
}
public void Test(TestJobHost <ConfigConcreteTypeNoConverter> host)
{
host.Call("Func", new { k = 1 });
Assert.Equal("AlphaBuilder(1)", _log);
}
public void Test(TestJobHost <ConfigError1> host)
{
host.AssertIndexingError("Func", $"No Convert method on type {nameof(AlphaBuilder)} to convert from {nameof(Test6Attribute)} to {nameof(BetaType)}");
}
public void Test(TestJobHost <ConfigError1> host)
{
host.AssertIndexingError("Func", "No Convert method on type AlphaBuilder to convert from TestAttribute to BetaType");
}
