public void BooleanFilterTest()
{
string input = "A[?]," +
"A[?]," +
"A[?]," +
"B[]" +
"; A[@.:v == 5] *--> B";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
InputEvent a0 = (InputEvent)term.subProcess.structuredData[0];
InputEvent a1 = (InputEvent)term.subProcess.structuredData[1];
InputEvent a2 = (InputEvent)term.subProcess.structuredData[2];
OutputEvent b = (OutputEvent)term.subProcess.structuredData[3];
a0.Execute(1);
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
a1.Execute(5);
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
a2.Execute(3);
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
}
public void GuardedCondition()
{
string input = @"A[],
B[],
D[],
C[];
A[(count(@/C)==0)] -->* B,
D -->* C
";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
OutputEvent a = (OutputEvent)term.subProcess.structuredData[0];
OutputEvent b = (OutputEvent)term.subProcess.structuredData[1];
OutputEvent d = (OutputEvent)term.subProcess.structuredData[2];
OutputEvent c = (OutputEvent)term.subProcess.structuredData[3];
Assert.IsTrue(b.IsEnabled());
b.Execute();
Assert.IsFalse(c.IsEnabled());
Assert.ThrowsException <Exception>(() =>
{
c.Execute();
});
}
public void Example2()
{
string input = @"!name[?],
!price[?],
!quantity[?],
amount[@price:value * @quantity:value],
invoiceRow[@name:value + ';' + @price:value + ';' + @quantity:value + ';' + @amount:value],
checkout[?],
ship[?]
~
name --><> checkout,
price --><> checkout,
quantity --><> checkout,
checkout -->% name,
checkout -->% price,
checkout -->% quantity,
checkout -->* ship,
checkout*--> ship,
ship -->% checkout
";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void Example3()
{
string input = @"itemInCart[!]{
data[!]{
!name[?],
!price[?],
!quantity[?],
amount[@price:value * @quantity:value],
invoiceRow[@name:value + ';' + @price:value + ';' + @quantity:value + ';' + @amount:value]
~
* --><> ../../checkout
}
},
checkout[?],
ship[?],
%printInvoice[@itemInCart/data/invoiceRow]
~
checkout -->% itemInCart/data,
checkout -->* ship,
checkout *--> ship,
ship -->% checkout,
ship -->+ printInvoice,
ship *--> printInvoice";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void BPMExample2()
{
string input = @"customers[]{
create_customer[?],
customer[] {
customer_id[0],
customer_name['John']
},
customer[]{
customer_id[1],
customer_name['Mary']
}
~
create_customer -->> {
customer[]{
!customer_id[freshid()],
!customer_name[?:string]
}
}
}
";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void MarkingTest()
{
string input = "%!A[?]," +
"!B[?]," +
"%C[?]," +
"!%D[?]" +
";" +
"";
var p = new ResedaParser();
p.dispTree(input);
//System.Diagnostics.Debug.WriteLine(p.Generate(input).PrintTree());
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
//var term2 = term.CloneJson();
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
//Assert.AreEqual(term.ToSource(), term.shallow().ToSource());
}
public void BPMExample4()
{
string input = @"orders[]{
create_order[?:@../customers/customer/customer_id:value]
~
create_order -->>{
order[]{
!order_id[freshid()],
!customer_id[@trigger:value],
!pick_item[?:@../../products/product/product_id:value]
~
pick_item -->>{
order_line[]{
!order_line_id[freshid()],
!product_id[@trigger:value],
!wrap_item[?:@order_line_id:value]
~
wrap_item -->% wrap_item
}
}
}
}
}
";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void BasicPathParserTest()
{
string input = "A/B";
var p = new ResedaParser();
var path = p.GeneratePath(input);
var path2 = p.GeneratePath(path.ToSource());
Assert.AreEqual(path.ToSource(), "A/B");
Assert.AreEqual(path.ToSource(), path2.ToSource());
System.Diagnostics.Debug.WriteLine(path.ToSource());
}
public void BPMExample5()
{
string input = @"deliveries[]{
~
../orders/create_order -->> {
delivery[]{
delivery_id[freshid()],
deliver_items[?:@trigger:value],
customer_id[@trigger:value],
items_to_deliver[]{
~
/orders/order[@customer_id:value==@trigger:value]/order_line/wrap_item[@/deliver_items:included]
-->> {
!item_id[@trigger:value]
}
}
~
deliver_items -->% deliver_items,
deliver_items[count(@items_to_deliver/*)==0] -->* deliver_items
}
},
delivery/deliver_items -->> {
delivery[]{
delivery_id[freshid()],
deliver_items[?:@trigger:value],
customer_id[@trigger:value],
items_to_deliver[]{
~
/orders/order[@customer_id:value==@trigger:value]/order_line/wrap_item[@/deliver_items:included]
-->> {
!item_id[@trigger:value]
}
}
~
deliver_items -->% deliver_items,
deliver_items[count(@items_to_deliver/*)==0] -->* deliver_items
}
}
}
";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void BPMTestThomas()
{
string input = @"orders[]{
create_order[?:@/customers/customer/customer_id:value]
;
create_order -->>{
order[]{
!order_id[freshid()],
!customer_id[@trigger:value]
}
}
},
customers[]{
create_customer[?],
customer[] {
customer_id(0)[],
customer_name('John')[]
},
customer[]{
customer_id(1)[],
customer_name('Mary')[]
}
;
create_customer -->> {
customer[]{
!customer_id[freshid()],
!customer_name[?]
}
}
}";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
//Assert.AreEqual(term.ToSource(), term2.ToSource());
InputEvent create_order = (InputEvent)term.subProcess.structuredData[0].subProcess.structuredData[0];
create_order.Execute(1);
System.Diagnostics.Debug.WriteLine(term.ToSource());
OutputEvent o1 = (OutputEvent)term.subProcess.structuredData[0].subProcess.structuredData[1].subProcess.structuredData[0];
OutputEvent o2 = (OutputEvent)term.subProcess.structuredData[0].subProcess.structuredData[1].subProcess.structuredData[1];
o1.Execute();
o2.Execute();
System.Diagnostics.Debug.WriteLine(term.ToSource());
}
public void InitialValueTest()
{
string input = @"
!A(3)[?],
!B[?],
!C(1)[freshid()];";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
InputEvent a = (InputEvent)term.subProcess.structuredData[0];
InputEvent b = (InputEvent)term.subProcess.structuredData[1];
OutputEvent c = (OutputEvent)term.subProcess.structuredData[2];
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
Assert.AreEqual(c.marking.value.ToString(), "1");
Assert.AreEqual(a.marking.value.ToString(), "3");
Assert.IsNull(b.marking.value);
c.Execute();
Assert.AreEqual(c.marking.value.ToString(), "4");
b.Execute(1);
Assert.AreEqual(c.marking.value.ToString(), "4");
a.Execute(5);
Assert.AreEqual(a.marking.value.ToString(), "5");
c.Execute();
Assert.AreEqual(c.marking.value.ToString(), "6");
/*
* c.Execute();
* System.Diagnostics.Debug.WriteLine(c.ToSource());
* System.Diagnostics.Debug.WriteLine(c.marking.value);
* Assert.AreEqual(c.marking.value.ToString(), "0");
* c.Execute();
* Assert.AreEqual(c.marking.value.ToString(), "1");
* a.Execute(3);
* c.Execute();
* Assert.AreEqual(c.marking.value.ToString(), "4");
*
* b.Execute(1);
* c.Execute();
* Assert.AreEqual(c.marking.value.ToString(), "5");
*
* b.Execute(10);
* c.Execute();
* Assert.AreEqual(c.marking.value.ToString(), "11");
*/
}
public void SpawnIterator()
{
string input = @"A[?],
B[?]
~
A -->> {C[!]},
B -(p in C)->> {D[!]}
";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void FunctionTest()
{
string input = @"
!name[?],
!price[?],
!quantity[freshid()],
amount[afuntion(@price:value * @quantity:value)],
invoiceRow[@name:value + ';' + @price:value + ';' + @quantity:value + ';' + @amount:value]";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void BoundedTest()
{
var p = new ResedaParser();
string input = "A[?]," +
"A[?]," +
"A[?]," +
"B[]" +
"; A[@.:v == 5] *--> B";
var term = p.Generate(input);
Assert.IsTrue(term.Bounded());
input = "B[]" +
"; B -->> {B[];}";
term = p.Generate(input);
Assert.IsFalse(term.Bounded());
input = "B[]" +
"; * -->> {C[];}";
term = p.Generate(input);
Assert.IsFalse(term.Bounded());
input = "B[]" +
"; B -->> {C[];C -->> {C[];}}";
term = p.Generate(input);
Assert.IsFalse(term.Bounded());
input = "B[]{A[]; A-->> {A[];}}" +
";";
term = p.Generate(input);
Assert.IsFalse(term.Bounded());
// Cycles
input = "B[]" +
"; B -->> {C[];}, C -->> {B[];}";
term = p.Generate(input);
Assert.IsFalse(term.Bounded());
}
public void Example1()
{
string input = @"# First step:
# ** Input and computational events
!name[?],
!price[?],
!quantity[?],
amount[@price:value * @quantity:value],
invoiceRow[@name:value + ';' + @price:value + ';' + @quantity:value + ';' + @amount:value]";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void BPMExample1()
{
string input = @"customer[] {
customer_id(0)[0],
customer_name['John']
},
customer[]{
customer_id[1],
customer_name['Mary']
}";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void BasicParserTest()
{
string input = "A[ 2 * 2 + 4 ]," +
"B[3 + 4 + 5 * 6 + 7 + 8 + 9]{C[1 + (3 * 5) - @c/d];}" +
"; A -->* /B," +
" A/*/C -->* /B/.././F,"
+ "B -->% *";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
var term2 = p.Generate(term.ToSource());
Assert.AreEqual(term.ToSource(), "A[2 * 2 + 4],B[3 + 4 + 5 * 6 + 7 + 8 + 9]{C[1 + 3 * 5 - @c/d];};A -->* /B,A/*/C -->* /B/.././F,B -->% *");
Assert.AreEqual(term.ToSource(), term2.ToSource());
//System.Diagnostics.Debug.WriteLine(p.Generate(input).PrintTree());
/*
* var term = p.Generate(input);
* System.Diagnostics.Debug.WriteLine(term.PrintTree());
* System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
*
* var c = (Condition)term.subProcess.relations[0];
* System.Diagnostics.Debug.WriteLine(c.source.ToString());
* System.Diagnostics.Debug.WriteLine(c.target.ToString());
*
* c = (Condition)term.subProcess.relations[1];
* System.Diagnostics.Debug.WriteLine(c.source.ToString());
* System.Diagnostics.Debug.WriteLine(c.target.ToString());
*
* term.subProcess.structuredData[0].Execute();
* System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
*
* term.subProcess.structuredData[1].Execute();
* System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
*/
}
public void BooleanExpresionTest()
{
string input = "A[?]," +
"B[?]," +
"C[@A:v + @B:v > 5 && !(@A:v - @B:v > 10)]" +
"; ";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
InputEvent a = (InputEvent)term.subProcess.structuredData[0];
InputEvent b = (InputEvent)term.subProcess.structuredData[1];
OutputEvent c = (OutputEvent)term.subProcess.structuredData[2];
a.Execute(3);
b.Execute(5);
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
c.Execute();
var val = (BoolType)c.marking.value;
Assert.AreEqual(val.value, true);
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
a.Execute(20);
c.Execute();
val = (BoolType)c.marking.value;
Assert.AreEqual(val.value, false);
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
}
public void CloneTestDataExpression()
{
string input = "A[5 * 6]" +
";";
var p = new ResedaParser();
p.dispTree(input);
//System.Diagnostics.Debug.WriteLine(p.Generate(input).PrintTree());
var term = p.Generate(input);
var term2 = term.Clone(null);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
System.Diagnostics.Debug.WriteLine(term2.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
//Assert.AreEqual(term.ToSource(), term.shallow().ToSource());
}
public void CountTest()
{
string input = @"
!A[?],
!A[?],
!C[count(@A)];";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
OutputEvent c = (OutputEvent)term.subProcess.structuredData[2];
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
c.Execute();
System.Diagnostics.Debug.WriteLine(c.ToSource());
System.Diagnostics.Debug.WriteLine(c.marking.value);
Assert.AreEqual(c.marking.value.ToString(), "2");
}
public void BPMExample3()
{
string input = @"products[]{
create_product[?]
~
create_product -->>{
product[]{
!product_id[freshid()],
!product_name[?:string]
}
}
}";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
}
public void FilterTest()
{
string input = "A[]," +
"B[]," +
"B[]," +
"C[]" +
"; A -->* B[1]";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
OutputEvent a = (OutputEvent)term.subProcess.structuredData[0];
OutputEvent b0 = (OutputEvent)term.subProcess.structuredData[1];
OutputEvent b1 = (OutputEvent)term.subProcess.structuredData[2];
OutputEvent c = (OutputEvent)term.subProcess.structuredData[3];
b0.Execute();
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
try
{
b1.Execute();
Assert.Fail();
}
catch
{ }
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
}
public void SpawnTrigger()
{
string input = @"A[?],
B[?]
;
A -->> {C[@trigger:v];}";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
InputEvent a = (InputEvent)term.subProcess.structuredData[0];
InputEvent b = (InputEvent)term.subProcess.structuredData[1];
a.Execute(15);
OutputEvent c = (OutputEvent)term.subProcess.structuredData[2];
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
}
public void InputTypeTest()
{
string input = @"customers[]{
create_customer[?],
customer[] {
customer_id(0)[?],
customer_name('John')[?]
},
customer[]{
customer_id(1)[?],
customer_name('Mary')[?]
}
~
create_customer -->> {
customer[]{
!customer_id[freshid()],
!customer_name[?]
}
}
},
viewcustomer[?:@/customers/customer/customer_id:value]
";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
//Assert.AreEqual(term.ToSource(), term2.ToSource());
InputEvent viewcustomer = (InputEvent)term.subProcess.structuredData[1];
System.Diagnostics.Debug.WriteLine(viewcustomer.ValidInputs().ToString());
viewcustomer.Execute(1);
}
public void CloneTest()
{
string input = "A[?]{D[?];}" +
";" +
" A -->> {B[?]{C[?];};}";
var p = new ResedaParser();
p.dispTree(input);
//System.Diagnostics.Debug.WriteLine(p.Generate(input).PrintTree());
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
InputEvent d = (InputEvent)term.subProcess.structuredData[0].subProcess.structuredData[0];
//var term2 = term.CloneJson();
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
//Assert.AreEqual(term.ToSource(), term.shallow().ToSource());
}
public void SpawnTriggerInitialValue()
{
string input = @"A(3)[?],
B[?]
;
A -->> {C(@trigger:v)[?];},
B -->> {C(@trigger:v)[?];}";
var p = new ResedaParser();
p.dispTree(input);
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
var term2 = p.Generate(term.subProcess.ToSource());
Assert.AreEqual(term.ToSource(), term2.ToSource());
InputEvent a = (InputEvent)term.subProcess.structuredData[0];
InputEvent b = (InputEvent)term.subProcess.structuredData[1];
Assert.AreEqual(a.marking.value.ToString(), "3");
Assert.IsNull(b.marking.value);
a.Execute(15);
InputEvent c = (InputEvent)term.subProcess.structuredData[2];
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
Assert.AreEqual(c.marking.value.ToString(), "15");
Assert.IsNull(b.marking.value);
b.Execute(45);
InputEvent c2 = (InputEvent)term.subProcess.structuredData[3];
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
Assert.AreEqual(c2.marking.value.ToString(), "45");
Assert.AreEqual(b.marking.value.ToString(), "45");
Assert.AreEqual(a.marking.value.ToString(), "15");
Assert.AreEqual(c.marking.value.ToString(), "15");
}
static void Main(string[] args)
{
parser = new ResedaParser();
var exit = false;
while (exit == false)
{
Console.WriteLine();
Console.WriteLine("Enter command (help to display help): ");
var commandParts = Console.ReadLine().Split(' ').ToList();
var commandName = commandParts[0];
var commandArgs = commandParts.Skip(1).ToList(); // the arguments is after the command
try
{
switch (commandName)
{
// Create command based on CommandName (and maybe arguments)
case "exit": exit = true; break;
case "parse":
String s = "";
foreach (var i in commandArgs)
{
s += i + " ";
}
Parse(s);
break;
case "load":
Load(commandArgs[0]);
break;
case "term": Console.WriteLine(term.ToSource()); break;
case "auto": autoCompute = !autoCompute; Console.WriteLine(autoCompute); break;
case "tree": Console.WriteLine(term.PrintTree(true)); break;
case "live": Console.WriteLine(term.ProcessIsLive()); break;
case "inseq": term = term.MakeInSeq(); break;
case "glitchfree": term = term.MakeGlitchFree(); break;
case "list":
foreach (var pe in term.GetAllEnabledEvents())
{
Console.WriteLine(pe.ToSource());
}
break;
case "execute":
if (commandArgs.Count > 1)
{
Execute(commandArgs[0], commandArgs[1]);
}
else
{
Execute(commandArgs[0]);
}
break;
default:
if (commandArgs.Count > 0)
{
Execute(commandName, commandArgs[0]);
}
else
{
Execute(commandName);
}
break;
}
}
catch (Exception e)
{
Console.WriteLine("Command " + commandName + "failed, because:");
Console.WriteLine(e.Message);
}
}
}
public void ProcessIsLiveTest()
{
var p = new ResedaParser();
string input = "A[?]," +
"A[?]," +
"A[?]," +
"B[]" +
"; A[@.:v == 5] *--> B";
var term = p.Generate(input);
Assert.IsTrue(term.ProcessIsLive());
input = "B[]" +
"; B -->> {B[];}";
term = p.Generate(input);
//System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
Assert.IsFalse(term.Bounded());
Assert.IsFalse(term.ProcessIsLive());
input = "A[?]," +
"B[]" +
"; A *--> B";
term = p.Generate(input);
Assert.IsTrue(term.ProcessIsLive());
input = "A[?]," +
"B[]" +
"; A *--> A";
term = p.Generate(input);
Assert.IsTrue(term.ProcessIsLive());
input = "A[?]," +
"B[]" +
"; A *--> B, B *--> A";
term = p.Generate(input);
Assert.IsTrue(term.ProcessIsLive());
input = "A[?]," +
"B[]" +
"; A -->* B, B -->* A";
term = p.Generate(input);
Assert.IsFalse(term.ProcessIsLive());
input = "A[?]," +
"B[]" +
"; A *--> B, B -->* A";
term = p.Generate(input);
Assert.IsFalse(term.ProcessIsLive());
input = "A[?]," +
"B[]," +
"C[]" +
"; A -->* B, B -->* C, C -->* A";
term = p.Generate(input);
Assert.IsFalse(term.ProcessIsLive());
input = "A[?]," +
"B[]," +
"C[]" +
"; A -->* B, B -->* C, C -->* A";
term = p.Generate(input);
Assert.IsFalse(term.ProcessIsLive());
input = "A[?]{D[];}," +
"B[]," +
"C[]" +
"; D -->* C, C -->* B, B -->* A";
term = p.Generate(input);
Assert.IsTrue(term.ProcessIsLive());
input = "A[?]{D[];}," +
"B[]," +
"C[]" +
"; A/D -->* C, C -->* B, B -->* A";
term = p.Generate(input);
Assert.IsFalse(term.ProcessIsLive());
// typo: would be nice to syntax check this somehow as well, since it doesn't make sense to have this path expression.
input = "A[?]{D[];}," +
"B[]," +
"C[]" +
"; D -->* C, C -->* B, B -->* A";
term = p.Generate(input);
Assert.IsTrue(term.ProcessIsLive());
input = "A[?]," +
"B[?]," +
"C[@A:v + @B:v]," +
"N[]{A[];A-->>{D[],E[@../C:v];}};" +
"A-->*C," +
"B-->*C";
term = p.Generate(input);
Assert.IsTrue(term.ProcessIsLive());
// Note: Responses do not need to be flattened!
input = "A[?]{D[];}," +
"B[]," +
"C[]" +
"; A/D --><> C, C -->* B, B *--> A";
term = p.Generate(input);
Assert.IsTrue(term.ProcessIsLive());
}
public void CurrentHackingTest()
{
string input = "A[?]," +
"B[?]," +
"C[@A:v + @B:v * 10]," +
"D[]," +
"E[]" +
"; A -->* B," +
" D -->> {N[?];}," +
"E -->% *";
var p = new ResedaParser();
p.dispTree(input);
//System.Diagnostics.Debug.WriteLine(p.Generate(input).PrintTree());
var term = p.Generate(input);
System.Diagnostics.Debug.WriteLine(term.subProcess.ToSource());
//var term2 = term.CloneJson();
var term2 = p.Generate(term.subProcess.ToSource());
InputEvent a = (InputEvent)term.subProcess.structuredData[0];
InputEvent b = (InputEvent)term.subProcess.structuredData[1];
OutputEvent c = (OutputEvent)term.subProcess.structuredData[2];
OutputEvent d = (OutputEvent)term.subProcess.structuredData[3];
OutputEvent e = (OutputEvent)term.subProcess.structuredData[4];
a.Execute(1);
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
b.Execute(5);
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
c.Execute();
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
d.Execute();
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
d.Execute();
System.Diagnostics.Debug.WriteLine(term.PrintTree(true));
System.Diagnostics.Debug.WriteLine("TERM 2");
a = (InputEvent)term2.subProcess.structuredData[0];
b = (InputEvent)term2.subProcess.structuredData[1];
c = (OutputEvent)term2.subProcess.structuredData[2];
d = (OutputEvent)term2.subProcess.structuredData[3];
e = (OutputEvent)term2.subProcess.structuredData[4];
System.Diagnostics.Debug.WriteLine(term2.PrintTree(true));
a.Execute(1);
System.Diagnostics.Debug.WriteLine(term2.PrintTree(true));
b.Execute(5);
System.Diagnostics.Debug.WriteLine(term2.PrintTree(true));
c.Execute();
System.Diagnostics.Debug.WriteLine(term2.PrintTree(true));
d.Execute();
System.Diagnostics.Debug.WriteLine(term2.PrintTree(true));
d.Execute();
System.Diagnostics.Debug.WriteLine(term2.PrintTree(true));
}