// Depreciated VVV
public object ExecuteFunction(string funcname, object[] args, InputContext context)
{
switch (funcname)
{
case "f:sin":
return(Sin(ExCasts.GetObjectAsDouble(args[0])));
case "f:cos":
return(Cos(ExCasts.GetObjectAsDouble(args[0])));
case "f:tan":
return(Tan(ExCasts.GetObjectAsDouble(args[0])));
case "f:abs":
return(Abs(ExCasts.GetObjectAsDouble(args[0])));
case "f:min":
return(Min(ExCasts.GetObjectsAsDoubleUnwrapping(args)));
case "f:max":
return(Max(ExCasts.GetObjectsAsDoubleUnwrapping(args)));
case "f:avg":
return(Avg(ExCasts.GetObjectsAsDoubleUnwrapping(args)));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
public object ExecuteFunction(string funcname, object[] args, InputContext context)
{
switch (funcname)
{
case "f:substring":
if (args.Length > 2)
{
return(Substring(ExCasts.GetObjectAsString(args[0]), ExCasts.GetObjectAsInt(args[1]), ExCasts.GetObjectAsInt(args[2])));
}
return(Substring(ExCasts.GetObjectAsString(args[0]), ExCasts.GetObjectAsInt(args[1])));
case "f:length":
return(Length(ExCasts.GetObjectAsString(args[0])));
case "f:comma":
return(Comma(ExCasts.UnwrapStringArray(args)));
case "f:commaand":
return(CommaAnd(ExCasts.UnwrapStringArray(args)));
case "f:replace":
return(Replace(ExCasts.GetObjectAsString(args[0]), ExCasts.GetObjectAsString(args[1]), ExCasts.GetObjectAsString(args[2])));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
public Expression GetFunctionExpression(string funcname, Expression argexp, Expression argParams, ParameterExpression inputParams, Expression inputContextParam, List <InputVar> compiledInputVarsList)
{
switch (funcname)
{
case "f:substring":
if (argexp is NewArrayExpression)
{
if ((argexp as NewArrayExpression).Expressions.Count > 2)
{
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Substring",
new[] { typeof(string), typeof(int), typeof(int) }),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 2))));
}
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Substring",
new[] { typeof(string), typeof(int) }),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1))));
}
// otherwise we need to inspect the number of args at runtime
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("SubstringRuntime",
new[] { typeof(object[]) }),
ExCasts.WrapArguments(argexp)));
case "f:length":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Length",
new[] { typeof(string) }),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 0))));
case "f:comma":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Comma",
new[] { typeof(string[]) }),
Expression.Call(typeof(ExCasts).GetTypeInfo().GetDeclaredMethod("UnwrapStringArray"),
ExCasts.WrapArguments(argexp))));
case "f:commaand":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("CommaAnd",
new[] { typeof(string[]) }),
Expression.Call(typeof(ExCasts).GetTypeInfo().GetDeclaredMethod("UnwrapStringArray"),
ExCasts.WrapArguments(argexp))));
case "f:replace":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Replace",
new[] { typeof(string), typeof(string), typeof(string) }),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsString(ExFuncs.GetArgIndex(argexp, 2))));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
public Expression GetFunctionExpression(string funcname, Expression argexp, Expression argParams, ParameterExpression inputParams, Expression inputContextParam, List <InputVar> compiledInputVarsList)
{
switch (funcname)
{
case "f:subset":
if (argexp is NewArrayExpression)
{
if ((argexp as NewArrayExpression).Expressions.Count > 2)
{
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Subset",
new[] { typeof(object[]), typeof(int), typeof(int) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 2))));
}
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Subset",
new[] { typeof(object[]), typeof(int) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1))));
}
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("SubsetRuntime",
new[] { typeof(object[]) }),
ExCasts.WrapArguments(argexp)));
case "f:length":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Length",
new[] { typeof(object[]) }),
ExCasts.WrapArguments(argexp)));
case "f:append":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Append",
new[] { typeof(object[]), typeof(object) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsObject(ExFuncs.GetArgIndex(argexp, 1))));
case "f:insert":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Insert",
new[] { typeof(object[]), typeof(object), typeof(int) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsObject(ExFuncs.GetArgIndex(argexp, 1)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 2))));
case "f:remove":
return(Expression.Call(Expression.Constant(this), this.GetType().GetRuntimeMethod("Remove",
new[] { typeof(object[]), typeof(int) }),
ExCasts.WrapArguments(ExFuncs.GetArgIndex(argexp, 0)),
ExFuncs.GetArgAsInt(ExFuncs.GetArgIndex(argexp, 1))));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
public string SubstringRuntime(object[] args)
{
if (args.Length > 2)
{
return(Substring(
ExCasts.GetObjectAsString(args[0]),
ExCasts.GetObjectAsInt(args[1]),
ExCasts.GetObjectAsInt(args[2])));
}
return(Substring(
ExCasts.GetObjectAsString(args[0]),
ExCasts.GetObjectAsInt(args[1])));
}
public object[] SubsetRuntime(object[] args)
{
if (args.Length > 2)
{
return(Subset(
(object[])args[0],
ExCasts.GetObjectAsInt(args[1]),
ExCasts.GetObjectAsInt(args[2])));
}
return(Subset(
(object[])args[0],
ExCasts.GetObjectAsInt(args[1])));
}
public object ExecuteFunction(string funcname, object[] args, InputContext context)
{
switch (funcname)
{
case "f:random":
return(RandomDouble(ExCasts.GetObjectAsDouble(args[0]), ExCasts.GetObjectAsDouble(args[1]), context.Random));
case "f:randomint":
return(RandomInt(ExCasts.GetObjectAsInt(args[0]), ExCasts.GetObjectAsInt(args[1]), context.Random));
case "f:roll":
return(Roll(ExCasts.GetObjectAsInt(args[0]), ExCasts.GetObjectAsInt(args[1]), context.Random));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
public object ExecuteFunction(string funcname, object[] args, InputContext context)
{
switch (funcname)
{
case "f:subset":
if (args.Length > 2)
{
return(Subset(
ExCasts.InspectObjectForObjectArray(args[0]),
ExCasts.GetObjectAsInt(args[1]),
ExCasts.GetObjectAsInt(args[2])));
}
return(Subset(
ExCasts.InspectObjectForObjectArray(args[0]),
ExCasts.GetObjectAsInt(args[1])));
case "f:length":
return(Length(args));
case "f:append":
return(Append(
ExCasts.InspectObjectForObjectArray(args[0]),
ExCasts.UnwrapAtRuntime(args[1])
));
case "f:insert":
return(Insert(
ExCasts.InspectObjectForObjectArray(args[0]),
ExCasts.UnwrapAtRuntime(args[1]),
ExCasts.GetObjectAsInt(args[2])
));
case "f:remove":
return(Remove(
ExCasts.InspectObjectForObjectArray(args[0]),
ExCasts.GetObjectAsInt(args[1])
));
default:
throw new Exception("Func '" + funcname + "' not found in library '" + GetLibraryName() + "'");
}
}
