public void testCreateTerminalVariable()
{
TerminalParameterVariableCreateRequest createRequest = new TerminalParameterVariableCreateRequest();
ParameterVariable parameterVariable1 = new ParameterVariable();
parameterVariable1.Key = "testCreateVariable1Api3";
parameterVariable1.Value = "testApiCreate3";
parameterVariable1.PackageName = "com.pax.android.demoapp";
parameterVariable1.Remarks = "今日头条app testCreateApi3";
ParameterVariable parameterVariable2 = new ParameterVariable();
parameterVariable2.Key = "testCreateVariable1Api4";
parameterVariable2.Value = "testApiCreate4";
parameterVariable2.PackageName = "com.pax.android.demoapp";
parameterVariable2.Remarks = "今日头条app testCreateApi4";
List <ParameterVariable> variableList = new List <ParameterVariable>();
variableList.Add(parameterVariable1);
variableList.Add(parameterVariable2);
createRequest.TID = "JDEW5LCP";
createRequest.VariableList = variableList;
Result <String> createResult = API.CreateTerminalVariable(createRequest);
_logger.DebugFormat("Result=\n{0}", JsonConvert.SerializeObject(createResult));
Assert.AreEqual(createResult.BusinessCode, 0);
}
public LambdaAction(ParseInfo parseInfo, Scope scope, DeltinScriptParser.LambdaContext context)
{
Scope lambdaScope = scope.Child();
RecursiveCallHandler = new LambdaRecursionHandler(this);
CallInfo = new CallInfo(RecursiveCallHandler, parseInfo.Script);
// Get the lambda parameters.
Parameters = new Var[context.define().Length];
InvokedState = new SubLambdaInvoke[Parameters.Length];
for (int i = 0; i < Parameters.Length; i++)
{
InvokedState[i] = new SubLambdaInvoke();
// TODO: Make custom builder.
Parameters[i] = new ParameterVariable(lambdaScope, new DefineContextHandler(parseInfo, context.define(i)), InvokedState[i]);
}
CodeType[] argumentTypes = Parameters.Select(arg => arg.CodeType).ToArray();
// context.block() will not be null if the lambda is a block.
// () => {}
if (context.block() != null)
{
// Parse the block.
Block = new BlockAction(parseInfo.SetCallInfo(CallInfo), lambdaScope, context.block());
// Validate the block.
BlockTreeScan validation = new BlockTreeScan(parseInfo, Block, "lambda", DocRange.GetRange(context.INS()));
validation.ValidateReturns();
if (validation.ReturnsValue)
{
LambdaType = new ValueBlockLambda(validation.ReturnType, argumentTypes);
MultiplePaths = validation.MultiplePaths;
}
else
{
LambdaType = new BlockLambda(argumentTypes);
}
}
// context.expr() will not be null if the lambda is an expression.
// () => 2 * x
else if (context.expr() != null)
{
// Get the lambda expression.
Expression = parseInfo.SetCallInfo(CallInfo).GetExpression(lambdaScope, context.expr());
LambdaType = new MacroLambda(Expression.Type(), argumentTypes);
}
// Add so the lambda can be recursive-checked.
parseInfo.TranslateInfo.RecursionCheck(CallInfo);
// Add hover info
parseInfo.Script.AddHover(DocRange.GetRange(context.INS()), new MarkupBuilder().StartCodeLine().Add(LambdaType.GetName()).EndCodeLine().ToString());
}
private static TVec GetVariables(IDictionary <IEditParameter, ParameterVariable[]> paramsToVars, IEditParameter editParameter)
{
ParameterVariable[] vars;
if (!paramsToVars.TryGetValue(editParameter, out vars))
{
vars = new ParameterVariable[editParameter.Dimension];
for (int i = 0; i < editParameter.Dimension; i++)
{
vars[i] = new ParameterVariable(editParameter, i);
}
paramsToVars.Add(editParameter, vars);
}
return(new TVec(vars));
}
public LambdaAction(ParseInfo parseInfo, Scope scope, DeltinScriptParser.LambdaContext context)
{
Scope lambdaScope = scope.Child();
// Get the lambda parameters.
Parameters = new Var[context.define().Length];
for (int i = 0; i < Parameters.Length; i++)
{
// TODO: Make custom builder.
Parameters[i] = new ParameterVariable(lambdaScope, new DefineContextHandler(parseInfo, context.define(i)));
}
CodeType[] argumentTypes = Parameters.Select(arg => arg.CodeType).ToArray();
// context.block() will not be null if the lambda is a block.
// () => {}
if (context.block() != null)
{
// Parse the block.
Block = new BlockAction(parseInfo, lambdaScope, context.block());
// Validate the block.
BlockTreeScan validation = new BlockTreeScan(parseInfo, Block, "lambda", DocRange.GetRange(context.INS()));
validation.ValidateReturns();
if (validation.ReturnsValue)
{
LambdaType = new ValueBlockLambda(validation.ReturnType, argumentTypes);
MultiplePaths = validation.MultiplePaths;
}
else
{
LambdaType = new BlockLambda(argumentTypes);
}
}
// context.expr() will not be null if the lambda is an expression.
// () => 2 * x
else if (context.expr() != null)
{
// Get the lambda expression.
Expression = parseInfo.GetExpression(lambdaScope, context.expr());
LambdaType = new MacroLambda(Expression.Type(), argumentTypes);
}
}
public LambdaAction(ParseInfo parseInfo, Scope scope, LambdaExpression context)
{
_context = context;
_lambdaScope = scope.Child();
_parseInfo = parseInfo;
RecursiveCallHandler = new LambdaRecursionHandler(this);
CallInfo = new CallInfo(RecursiveCallHandler, parseInfo.Script);
This = scope.GetThis();
_isExplicit = context.Parameters.Any(p => p.Type != null);
var parameterState = context.Parameters.Count == 0 || _isExplicit ? ParameterState.CountAndTypesKnown : ParameterState.CountKnown;
// Get the lambda parameters.
Parameters = new Var[context.Parameters.Count];
InvokedState = new SubLambdaInvoke[Parameters.Length];
_argumentTypes = new CodeType[Parameters.Length];
for (int i = 0; i < Parameters.Length; i++)
{
if (_isExplicit && context.Parameters[i].Type == null)
{
parseInfo.Script.Diagnostics.Error("Inconsistent lambda parameter usage; parameter types must be all explicit or all implicit", context.Parameters[i].Range);
}
InvokedState[i] = new SubLambdaInvoke();
Parameters[i] = new ParameterVariable(_lambdaScope, new LambdaContextHandler(parseInfo, context.Parameters[i]), InvokedState[i]);
_argumentTypes[i] = Parameters[i].CodeType;
}
new CheckLambdaContext(
parseInfo,
this,
"Cannot determine lambda in the current context",
context.Range,
parameterState
).Check();
// Add hover info
// parseInfo.Script.AddHover(context.Arrow.Range, new MarkupBuilder().StartCodeLine().Add(LambdaType.GetName()).EndCodeLine().ToString());
}
