private static Ast.smv_module CreateTimeModule(string name)
{
List <Tuple <string, Tuple <Int64, Int64> > > vars;
List <Tuple <string, Ast.types> > varwithtpyes;
Ast.expr init;
Ast.expr transrel;
Ast.expr resetident = Ast.expr.NewIdent("reset");
List <string> parameters = new List <string>();
List <Ast.section> secs = new List <Ast.section>();
//
vars = TimerVars();
varwithtpyes = ConvertRngTupleToTypes(vars);
init = TimerInit(vars);
transrel = TimerTransitions(vars, resetident);
Debug.Assert(transrel != null);
// Create sections
Ast.section trans = Ast.section.NewTrans(transrel);
Ast.section inits = Ast.section.NewInit(init);
Ast.section varbls = Ast.section.NewVar(FSharpInteropExtensions.ToFSharplist <Tuple <string, Ast.types> >(varwithtpyes));
// Dirty conversions
Microsoft.FSharp.Collections.FSharpList <Ast.section> sections = FSharpInteropExtensions.ToFSharplist <Ast.section>(secs);
Microsoft.FSharp.Collections.FSharpList <string> pars = FSharpInteropExtensions.ToFSharplist <string>(parameters);
// Create module
Ast.smv_module timermodule = new Ast.smv_module(name, pars, sections);
//Fill memory representation
//Trans
List <Ast.expr> transrels = new List <Ast.expr>();
transrels.Add(transrel);
_trans.Add(timermodule, transrels);
//init
List <Ast.expr> initials = new List <Ast.expr>();
initials.Add(init);
_init.Add(timermodule, initials);
//params
_params.Add(timermodule, parameters);
//vars
_rvars.Add(timermodule, vars);
//_mvars
_mvars.Add(timermodule, new List <Tuple <string, Tuple <string, List <List <string> > > > >());
//_svars
_svars.Add(timermodule, new List <Tuple <string, List <string> > >());
//iassigns
_iassigns.Add(timermodule, new List <Tuple <string, Ast.expr> >());
//nassigns
_nassigns.Add(timermodule, new List <Tuple <string, Ast.expr> >());
return(timermodule);
}
static void Main(string[] args)
{
Microsoft.FSharp.Collections.FSharpList <string> coll = FSharpList <string> .Empty;
coll = new FSharpList <string>("newvalue", coll);
Microsoft.FSharp.Core.FSharpOption <string> some = new Microsoft.FSharp.Core.FSharpOption <string>("ss");
Microsoft.FSharp.Core.FSharpOption <string> option = Microsoft.FSharp.Core.FSharpOption <string> .None;
//Microsoft.FSharp.Core.Unit
/*Assembly assembly = typeof(FmFsharpDemo.EntryPoint.Order).Assembly;
* foreach (Type type in assembly.ExportedTypes)
* {
* foreach (PropertyInfo propertyInfo in type.GetProperties())
* {
* if (propertyInfo.PropertyType ==
* typeof(FunctionMonkey.FSharp.Models.FunctionAppConfiguration))
* {
* FunctionMonkey.FSharp.Models.FunctionAppConfiguration configuration2 =
* (FunctionMonkey.FSharp.Models.FunctionAppConfiguration)propertyInfo.GetValue(null);
* }
* }
* }*/
}
public static IEnumerable <TItemType> ToEnumerable <TItemType>(this Microsoft.FSharp.Collections.FSharpList <TItemType> fList)
{
return(Microsoft.FSharp.Collections.SeqModule.OfList <TItemType>(fList));
}
static int Main()
{
// Some typical code
{
Microsoft.FSharp.Core.FSharpOption <int> x = Microsoft.FSharp.Core.FSharpOption <int> .Some(3);
System.Console.WriteLine("{0}", x.Value);
Microsoft.FSharp.Collections.FSharpList <int> x2 =
Microsoft.FSharp.Collections.FSharpList <int> .Cons(3, Microsoft.FSharp.Collections.FSharpList <int> .Empty);
System.Console.WriteLine("{0}", x2.Head);
}
{
FSharpList <int> x = FSharpList <int> .Cons(3, (FSharpList <int> .Empty));
Console.WriteLine("x - IsCons = {0}", x != null);
Console.WriteLine("x - IsNil = {0}", x == null);
Console.WriteLine("x.Head = {0}", x.Head);
Console.WriteLine("x.Tail = {0}", x.Tail);
Console.WriteLine("x.Tail - IsNil = {0}", x.Tail);
switch (x.Tag)
{
case FSharpList <int> .Tags.Cons:
Console.WriteLine("Cons({0},{1})", x.Head, x.Tail);
break;
case FSharpList <int> .Tags.Empty:
Console.WriteLine("[]");
break;
}
}
{
FSharpList <int> x = FSharpList <int> .Cons(3, (FSharpList <int> .Empty));
foreach (int i in x)
{
Console.WriteLine("i = {0}", i);
}
}
{
FSharpList <int> myList = ListModule.OfArray(new int[] { 4, 5, 6 });
ListModule.Iterate
(FuncConvert.ToFSharpFunc((Action <int>) delegate(int i)
{ Console.WriteLine("i = {0}", i); }),
myList);
// tests op_Implicit
ListModule.Iterate <int>
((Converter <int, Unit>) delegate(int i) { Console.WriteLine("i = {0} (2nd technique)", i); return(null); },
myList);
// tests op_Implicit
FSharpList <string> myList2 =
ListModule.Map
(FuncConvert.ToFSharpFunc((Converter <int, string>) delegate(int i)
{ return(i.ToString() + i.ToString()); }),
myList);
// tests op_Implicit
ListModule.Iterate
(FuncConvert.ToFSharpFunc((Action <string>) delegate(string s)
{ Console.WriteLine("i after duplication = {0}", s); }),
myList2);
// tests op_Implicit
myList2 =
ListModule.Map <int, string>
((Converter <int, string>) delegate(int i) { return(i.ToString() + i.ToString()); },
myList);
ListModule.Iterate <string>
(FuncConvert.ToFSharpFunc((Action <string>) delegate(string s)
{ Console.WriteLine("i after duplication (2nd technique) = {0}", s); }),
myList2);
myList2 =
ListModule.Map <int, string>
(FuncConvert.ToFSharpFunc(delegate(int i) { return(i.ToString() + i.ToString()); }),
myList);
myList2 =
ListModule.Map <int, string>
(FuncConvert.FromFunc((Func <int, string>) delegate(int i) { return(i.ToString() + i.ToString()); }),
myList);
ListModule.Iterate <string>(FuncConvert.ToFSharpFunc <string>(s => { Console.WriteLine("s = {0}", s); }), myList2);
ListModule.Iterate <string>(FuncConvert.FromAction <string>(s => { Console.WriteLine("s = {0}", s); }), myList2);
ListModule.Iterate <string>(FuncConvert.FromFunc <string, Microsoft.FSharp.Core.Unit>(s => null), myList2);
myList2 = ListModule.Map <int, string>(FuncConvert.ToFSharpFunc <int, string>(i => i.ToString() + i.ToString()), myList);
myList2 = ListModule.Map <int, string>(FuncConvert.FromFunc <int, string>(i => i.ToString() + i.ToString()), myList);
myList2 = ListModule.MapIndexed <int, string>(FuncConvert.FromFunc <int, int, string>((i, j) => i.ToString() + j), myList);
var trans3 = FuncConvert.FromFunc <int, int, int, int>((i, j, k) => i + j + k);
var trans4 = FuncConvert.FromFunc <int, int, int, int, int>((i, j, k, l) => i + j + k + l);
var trans5 = FuncConvert.FromFunc <int, int, int, int, int, int>((i, j, k, l, m) => i + j + k + l + m);
var action3 = FuncConvert.FromAction <int, int, int>((i, j, k) => System.Console.WriteLine("action! {0}", i + j + k));
var action4 = FuncConvert.FromAction <int, int, int, int>((i, j, k, l) => System.Console.WriteLine("action! {0}", i + j + k + l));
var action5 = FuncConvert.FromAction <int, int, int, int, int>((i, j, k, l, m) => System.Console.WriteLine("action! {0}", i + j + k + l + m));
ListModule.Iterate <string>(FuncConvert.ToFSharpFunc <string>(s => { Console.WriteLine("i after duplication (2nd technique) = {0}", s); }), myList2);
ListModule.Iterate <string>(FuncConvert.FromAction <string>(s => { Console.WriteLine("i after duplication (2nd technique) = {0}", s); }), myList2);
}
// Construct a value of each type from the library
Lib.Recd1 r1 = new Lib.Recd1(3);
Lib.Recd2 r2 = new Lib.Recd2(3, "a");
Lib.RevRecd2 rr2 = new Lib.RevRecd2("a", 3);
Lib.Recd3 <string> r3 = new Lib.Recd3 <string>(4, "c", null);
r3.recd3field3 = r3;
Lib.One d10a = Lib.One.One;
Lib.Int d11a = Lib.Int.NewInt(3);
Lib.IntPair ip = Lib.IntPair.NewIntPair(3, 4);
Console.WriteLine("{0}", ip.Item1);
Console.WriteLine("{0}", ip.Item2);
Lib.IntPear ip2 = Lib.IntPear.NewIntPear(3, 4);
Console.WriteLine("{0}", ip2.Fst);
Console.WriteLine("{0}", ip2.Snd);
Lib.Bool b = Lib.Bool.True;
Console.WriteLine("{0}", Lib.Bool.True);
Console.WriteLine("{0}", Lib.Bool.False);
//Console.WriteLine("{0}", Lib.Bool.IsTrue(b));
//Console.WriteLine("{0}", Lib.Bool.IsFalse(b));
switch (b.Tag)
{
case Lib.Bool.Tags.True:
Console.WriteLine("True");
break;
case Lib.Bool.Tags.False:
Console.WriteLine("False");
break;
}
Lib.OptionalInt oint = Lib.OptionalInt.NewSOME(3);
Console.WriteLine("oint - IsSOME = {0}", oint != null);
Console.WriteLine("oint - IsNONE = {0}", oint == null);
Console.WriteLine("{0}", (oint as Lib.OptionalInt.SOME).Item);
switch (oint.Tag)
{
case Lib.OptionalInt.Tags.SOME:
var c = oint as Lib.OptionalInt.SOME;
Console.WriteLine("SOME({0})", c.Item);
break;
case Lib.OptionalInt.Tags.NONE:
Console.WriteLine("NONE");
break;
}
Lib.IntOption iopt = Lib.IntOption.Nothing;
Console.WriteLine("iopt - IsSomething = {0}", iopt != null);
Console.WriteLine("iopt - IsNothing = {0}", iopt == null);
switch (iopt.Tag)
{
case Lib.IntOption.Tags.Something:
Console.WriteLine("Something({0})", (iopt as Lib.IntOption.Something).Item);
break;
case Lib.IntOption.Tags.Nothing:
Console.WriteLine("Nothing");
break;
}
Lib.GenericUnion <int, string> gu1 = Lib.GenericUnion <int, string> .Nothing;
Lib.GenericUnion <int, string> gu2 = Lib.GenericUnion <int, string> .NewSomething(3, "4");
Lib.GenericUnion <int, string> gu3 = Lib.GenericUnion <int, string> .NewSomethingElse(3);
Lib.GenericUnion <int, string> gu4 = Lib.GenericUnion <int, string> .NewSomethingElseAgain(4);
//Console.WriteLine("{0}", (gu1 as Lib.GenericUnion<int,string>.Cases.Nothing));
Console.WriteLine("{0}", (gu2 as Lib.GenericUnion <int, string> .Something).Item1);
Console.WriteLine("{0}", (gu3 as Lib.GenericUnion <int, string> .SomethingElse).Item);
Console.WriteLine("{0}", (gu4 as Lib.GenericUnion <int, string> .SomethingElseAgain).Item);
switch (gu1.Tag)
{
case Lib.GenericUnion <int, string> .Tags.Nothing:
Console.WriteLine("OK");
break;
case Lib.GenericUnion <int, string> .Tags.Something:
case Lib.GenericUnion <int, string> .Tags.SomethingElse:
case Lib.GenericUnion <int, string> .Tags.SomethingElseAgain:
Console.WriteLine("NOT OK");
throw (new System.Exception("ERROR - INCORRECT CASE TAG"));
}
switch (gu2.Tag)
{
case Lib.GenericUnion <int, string> .Tags.Something:
Console.WriteLine("OK");
break;
case Lib.GenericUnion <int, string> .Tags.Nothing:
case Lib.GenericUnion <int, string> .Tags.SomethingElse:
case Lib.GenericUnion <int, string> .Tags.SomethingElseAgain:
Console.WriteLine("NOT OK");
throw (new System.Exception("ERROR - INCORRECT CASE TAG"));
}
Lib.BigUnion bu1 = Lib.BigUnion.NewA1(3);
Lib.BigUnion bu2 = Lib.BigUnion.NewA2(3);
Lib.BigUnion bu3 = Lib.BigUnion.NewA3(3);
Lib.BigUnion bu4 = Lib.BigUnion.NewA4(3);
Lib.BigUnion bu5 = Lib.BigUnion.NewA5(3);
Lib.BigUnion bu6 = Lib.BigUnion.NewA6(3);
Lib.BigUnion bu7 = Lib.BigUnion.NewA7(3);
Lib.BigUnion bu8 = Lib.BigUnion.NewA8(3);
Lib.BigUnion bu9 = Lib.BigUnion.NewA9(3);
switch (bu1.Tag)
{
case Lib.BigUnion.Tags.A1:
Console.WriteLine("OK");
break;
case Lib.BigUnion.Tags.A2:
case Lib.BigUnion.Tags.A3:
case Lib.BigUnion.Tags.A4:
case Lib.BigUnion.Tags.A5:
case Lib.BigUnion.Tags.A6:
case Lib.BigUnion.Tags.A7:
case Lib.BigUnion.Tags.A8:
case Lib.BigUnion.Tags.A9:
Console.WriteLine("NOT OK");
throw (new System.Exception("ERROR - INCORRECT CASE TAG"));
}
Lib.BigEnum be1 = Lib.BigEnum.E1;
Lib.BigEnum be2 = Lib.BigEnum.E2;
Lib.BigEnum be3 = Lib.BigEnum.E3;
Lib.BigEnum be4 = Lib.BigEnum.E4;
Lib.BigEnum be5 = Lib.BigEnum.E5;
Lib.BigEnum be6 = Lib.BigEnum.E6;
Lib.BigEnum be7 = Lib.BigEnum.E7;
Lib.BigEnum be8 = Lib.BigEnum.E8;
Lib.BigEnum be9 = Lib.BigEnum.E9;
switch (be1.Tag)
{
case Lib.BigEnum.Tags.E1:
Console.WriteLine("OK");
break;
case Lib.BigEnum.Tags.E2:
case Lib.BigEnum.Tags.E3:
case Lib.BigEnum.Tags.E4:
case Lib.BigEnum.Tags.E5:
case Lib.BigEnum.Tags.E6:
case Lib.BigEnum.Tags.E7:
case Lib.BigEnum.Tags.E8:
case Lib.BigEnum.Tags.E9:
Console.WriteLine("NOT OK");
throw (new System.Exception("ERROR - INCORRECT CASE TAG"));
}
Lib.Index d211a = Lib.Index.NewIndex_A(3);
Lib.Bool d200b = Lib.Bool.False;
Lib.OptionalInt d210b = Lib.OptionalInt.NONE;
Lib.IntOption d201b = Lib.IntOption.NewSomething(3);
Lib.Index d211b = Lib.Index.NewIndex_B(4);
/*
*
* type discr2_0_0 = True | False
* type discr2_0_1 = Nothing | Something of int
* type discr2_1_0 = SOME of int | NONE
* type discr2_1_1 = Index_A of int | Index_B of int
*
* type discr3_0_0_0 = Discr3_0_0_0_A | Discr3_0_0_0_B | Discr3_0_0_0_C
* type discr3_0_1_0 = Discr3_0_1_0_A | Discr3_0_1_0_B of int | Discr3_0_0_0_C
* type discr3_1_0_0 = Discr3_1_0_0_A of int | Discr3_1_0_0_B | Discr3_0_0_0_C
* type discr3_1_1_0 = Discr3_1_1_0_A of int | Discr3_1_1_0_B of int | Discr3_0_0_0_C
* type discr3_0_0_1 = Discr3_0_0_0_A | Discr3_0_0_0_B | Discr3_0_0_0_C of string
* type discr3_0_1_1 = Discr3_0_1_0_A | Discr3_0_1_0_B of int | Discr3_0_0_0_C of string
* type discr3_1_0_1 = Discr3_1_0_0_A of int | Discr3_1_0_0_B | Discr3_0_0_0_C of string
* type discr3_1_1_1 = Discr3_1_1_0_A of int | Discr3_1_1_0_B of int | Discr3_0_0_0_C of string
*/
// Toplevel functions *
int f_1 = Lib.f_1(1);
int f_1_1 = Lib.f_1_1(1, 2);
int f_1_1_1 = Lib.f_1_1_1(1, 2, 3);
int f_1_1_1_1 = Lib.f_1_1_1_1(1, 2, 3, 4);
int f_1_1_1_1_1 = Lib.f_1_1_1_1_1(1, 2, 3, 4, 5);
#if DELEGATES
int f_1_effect_1 = Lib.f_1_effect_1(1)(2);
#else
int f_1_effect_1 = Lib.f_1_effect_1(1).Invoke(2);
#endif
//let f_2 x y = x+y
//let f_3 x y z = x+y+z
//let f_4 x1 x2 x3 x4 = x1+x2+x3+x4
//let f_5 x1 x2 x3 x4 x5 = x1+x2+x3+x4+x5
// Function returning a function
//let f_1_1 x = let x = ref 1 in fun y -> !x+y+1
// Tuple value
//let tup2 = (2,3)
//let tup3 = (2,3,4)
//let tup4 = (2,3,4,5)
System.Console.WriteLine("Test Passed.");
return(0);
}
