public static IDbProvider GetDbProvider(ExecuteEngine engine, MethodInfo method)
{
var attribute = method.GetCustomAttribute <ProviderAttribute>();
var selector = (IDbProviderSelector)engine.ServiceProvider.GetService(typeof(IDbProviderSelector));
return(selector.GetProvider(attribute.Parameter));
}
public void ConstructorTest4()
{
const string sourceName = "test";
RoutineBuilder rb = new RoutineBuilder("main", sourceName);
{
var r0 = rb.Load(Parameter.GetBoolean(true), RoutineBuilder.NewAssign);
var r1 = rb.Load(Parameter.GetBoolean(true), RoutineBuilder.NewAssign);
rb.Store(r0, Parameter.GetReference("x"));
rb.Store(r1, Parameter.GetReference("y"));
var r2 = rb.Load(Parameter.GetReference("x"), RoutineBuilder.NewAssign);
var r3 = rb.Load(Parameter.GetReference("y"), RoutineBuilder.NewAssign);
var r4 = rb.Not(Parameter.GetRegister(r2), RoutineBuilder.NewAssign);
var r5 = rb.Not(Parameter.GetRegister(r3), RoutineBuilder.NewAssign);
var r6 = rb.BitwiseAnd(Parameter.GetRegister(r2), Parameter.GetRegister(r5), RoutineBuilder.NewAssign);
var r7 = rb.BitwiseAnd(Parameter.GetRegister(r3), Parameter.GetRegister(r4), RoutineBuilder.NewAssign);
var r8 = rb.BitwiseOr(Parameter.GetRegister(r6), Parameter.GetRegister(r7), RoutineBuilder.NewAssign);
rb.Return(Parameter.GetRegister(r8));
}
Routine routine = rb.Build();
var k = routine.Dump();
RoutineVerifier rv = new RoutineVerifier(routine);
Assert.IsTrue(rv.Verify());
ExecuteEngine ee = new ExecuteEngine(routine);
var luryObject = ee.Execute();
}
public static IDbProvider GetDbProvider(ExecuteEngine engine, Type interfaceType)
{
var attribute = interfaceType.GetCustomAttribute <ProviderAttribute>();
var selector = (IDbProviderSelector)engine.ServiceProvider.GetService(typeof(IDbProviderSelector));
return(selector.GetProvider(attribute.Parameter));
}
public void ConstructorTest3()
{
const string sourceName = "test";
RoutineBuilder rb = new RoutineBuilder("main", sourceName);
{
var inputX = Parameter.GetBoolean(true);
var inputY = Parameter.GetBoolean(false);
var r0 = rb.Not(inputX, RoutineBuilder.NewAssign);
var r1 = rb.Not(inputY, RoutineBuilder.NewAssign);
var r2 = rb.BitwiseAnd(inputX, Parameter.GetRegister(r1), RoutineBuilder.NewAssign);
var r3 = rb.BitwiseAnd(Parameter.GetRegister(r0), inputY, RoutineBuilder.NewAssign);
var r4 = rb.BitwiseOr(Parameter.GetRegister(r2), Parameter.GetRegister(r3), RoutineBuilder.NewAssign);
rb.Return(Parameter.GetRegister(r4));
}
Routine routine = rb.Build();
var k = routine.Dump();
RoutineVerifier rv = new RoutineVerifier(routine);
Assert.IsTrue(rv.Verify());
ExecuteEngine ee = new ExecuteEngine(routine);
var luryObject = ee.Execute();
}
public void Setup()
{
engine = new ExecuteEngineConfig()
.ToEngine();
simpleCache = new MethodResultMapperCache <SimpleDataEntity>(engine);
simpleReader = new MockDataReader(SimpleDataEntity.Columns, new List <object[]>());
}
public SmartMetrics(SmartResolver resolver, ExecuteEngine executeEngine)
{
this.resolver = resolver;
engineController = executeEngine;
}
public static Func <object, object> CreateHandler(ExecuteEngine engine, Type type, MethodInfo method, int parameterIndex, Type declaringType, string propertyName)
{
var provider = GetCustomAttributeProvider(method, parameterIndex, declaringType, propertyName);
return(engine.CreateHandler(type, provider));
}
public static ExecuteEngine.OutParameterSetup CreateOutParameterSetup(ExecuteEngine engine, Type type, MethodInfo method, int parameterIndex, Type declaringType, string propertyName)
{
var provider = GetCustomAttributeProvider(method, parameterIndex, declaringType, propertyName);
return(engine.CreateOutParameterSetup(type, provider));
}
public MethodResultMapperCache(ExecuteEngine engine)
{
this.engine = engine;
}
public DataAccessorFactory(ExecuteEngine engine)
{
this.engine = engine;
}
public TestFactory(ISqlLoader loader, IGeneratorOption option, ExecuteEngine engine)
{
this.loader = loader;
this.option = option;
Engine = engine;
}
