public static void Initialize(AssertionBase Assertion, DefinitionRef Process, SpecificationBase spec)
{
Specification Spec = spec as Specification;
//get the relevant global variables; remove irrelevant variables so as to save memory;
Valuation GlobalEnv = Spec.SpecValuation.GetVariableChannelClone(Process.GetGlobalVariables(), Process.GetChannels());
//Initialize InitialStep
Assertion.InitialStep = new Configuration(Process, Constants.INITIAL_EVENT, null, GlobalEnv, false);
Assertion.MustAbstract = Process.MustBeAbstracted();
}
public static void Initialize(AssertionRefinement Assertion, DefinitionRef ImplementationProcess, DefinitionRef SpecificationProcess, SpecificationBase spec)
{
Specification Spec = spec as Specification;
//get the relevant global variables; remove irrelevant variables so as to save memory;
List <string> varList = ImplementationProcess.GetGlobalVariables();
varList.AddRange(SpecificationProcess.GetGlobalVariables());
Valuation GlobalEnv = Spec.SpecValuation.GetVariableChannelClone(varList, ImplementationProcess.GetChannels());
//Initialize InitialStep
Assertion.InitialStep = new PNConfiguration(ImplementationProcess, Constants.INITIAL_EVENT, null, GlobalEnv, false, spec);
Assertion.InitSpecStep = new PNConfiguration(SpecificationProcess, Constants.INITIAL_EVENT, null, GlobalEnv, false, spec);
Assertion.MustAbstract = ImplementationProcess.MustBeAbstracted();
if (SpecificationProcess.MustBeAbstracted())
{
throw new ParsingException(
"Process " + Assertion.SpecProcess + " has infinite states and therefore can not be used as a property model for refinement checking!", Assertion.AssertToken);
}
}
public ADLAssertionDeadLock(DefinitionRef processDef) : base()
{
Process = processDef;
}
public ADLAssertionDeadLock(DefinitionRef processDef, bool isNontermination) : base(isNontermination)
{
Process = processDef;
}
public ADLAssertionAmbiguousInterface(DefinitionRef processDef) : base()
{
Process = processDef;
}
public KWSNAssertionReachabilityWith(DefinitionRef processDef, string reachableState, QueryConstraintType cont, Expression constraintCondition)
: base(reachableState, cont, constraintCondition)
{
Process = processDef;
}
public KWSNAssertionReachability(DefinitionRef processDef, string reachableState)
: base(reachableState)
{
Process = processDef;
}
private void createRoleProcessSpec(Feature role, Feature linkedRole, String eventPrefixStr, Feature attachedPort, String componentName)
{
if (Spec.DefinitionDatabase.ContainsKey(eventPrefixStr + "_" + role.getName()))
{
return;
}
//Feature role = conn.getRoleByName(roleName);
Spec.CompStateDatabase.TryGetValue(componentName, out List <string> statesList);
if (statesList == null)
{
statesList = new List <string>();
Spec.CompStateDatabase.Add(componentName, statesList);
}
// create parameter of role process
List <Expression> paramsExpr = new List <Expression>();
if (role.Params.Count > 0)
{
foreach (var param in role.Params)
{
paramsExpr.Add(new Variable(param));
}
}
// create main role process
DefinitionRef process = new DefinitionRef(eventPrefixStr + "_" + role.getName(), paramsExpr.ToArray());
Process prev = null;
Console.WriteLine(role.process.ElementAt(role.process.Count - 1).Name + "====" + role.getName());
if (role.process.ElementAt(role.process.Count - 1).getName() == role.getName())
{
prev = process;
}
else if (role.process.ElementAt(role.process.Count - 1).Name.IndexOf("Skip") != -1)
{
prev = new Skip();
}
else if (role.process.ElementAt(role.process.Count - 1).Name.IndexOf("Stop") != -1)
{
prev = new Stop();
}
// copy list of event from the role process
List <SysEvent> roleProcess = new List <SysEvent>();
roleProcess.AddRange(role.process);
// intercept if there is a link to other role
if (linkedRole != null)
{
for (int i = 0; i < roleProcess.Count; i++)
{
if (roleProcess.ElementAt(i).Name.IndexOf("_process") != -1)
{
// get rid of xxx() in linked role process
if (linkedRole.process.ElementAt(linkedRole.process.Count - 1).Name == linkedRole.Name)
{
linkedRole.process.RemoveAt(linkedRole.process.Count - 1);
}
Console.WriteLine("##inserting " + roleProcess.ElementAt(i));
// combine process at where _process is
roleProcess.InsertRange(i, linkedRole.process);
// combine process after where _process is
// roleProcess.InsertRange(i+1, linkedRole.process);
break;
}
}
}
// insert component internal computation
if (attachedPort.process.Count != 0)
{
for (int i = 0; i < roleProcess.Count; i++)
{
if (roleProcess.ElementAt(i).Name.IndexOf("_process") != -1)
{
if (attachedPort.process.ElementAt(attachedPort.process.Count - 1).Name == attachedPort.Name)
{
attachedPort.process.RemoveAt(attachedPort.process.Count - 1);
}
// insert event trail after process event
// roleProcess.InsertRange(i+1, attachedPort.process);
// insert event trail at process event
roleProcess.InsertRange(i, attachedPort.process);
break;
}
}
}
// construct a sequenc for the role process
// start from the second event
for (int i = roleProcess.Count - 2; i >= 0; i--)
{
var sysEvent = roleProcess.ElementAt(i);
Process current = null;
if (sysEvent is SysProcess)
{
// it is event
current = new EventPrefix(new Common.Classes.LTS.Event(eventPrefixStr + "_" + sysEvent.getName()), prev);
Console.WriteLine(" ->" + componentName + " addEvent " + eventPrefixStr + "_" + sysEvent.getName());
statesList.Add(eventPrefixStr + "_" + sysEvent.getName());
}
else if (sysEvent is SysChannel)
{
// it is channel
SysChannel channel = (SysChannel)sysEvent;
// parse channel parameters
List <Expression> chparamsExpr = new List <Expression>();
if (channel.Parameters.Count > 0)
{
foreach (var param in channel.Parameters)
{
chparamsExpr.Add(new Variable(param));
}
}
// add channelqueue to database, if still not exists
if (!Spec.ChannelDatabase.ContainsKey(channel.getName()))
{
ChannelQueue queue = new ChannelQueue(1);
Spec.ChannelDatabase.Add(channel.getName(), queue);
}
if (channel.ChannelType == SysChannel.Type.Input)
{
current = new ChannelInput(channel.getName(), null, chparamsExpr.ToArray(), prev);
}
else if (channel.ChannelType == SysChannel.Type.Output)
{
current = new ChannelOutput(channel.getName(), null, chparamsExpr.ToArray(), prev);
}
}
prev = current;
}
//Spec.CompStateDatabase.Add(componentName, statesList);
Spec.CompStateDatabase.TryGetValue(componentName, out List <string> outstatesList);
Console.WriteLine(" -> outstate: " + outstatesList.Count);
// create process definition
Definition processDef = new Definition(eventPrefixStr + "_" + role.getName(), role.Params.ToArray(), prev);
process.Def = processDef;
// add role process to spec
Console.WriteLine("............ create role process :" + role.getName());
Spec.DefinitionDatabase.Add(processDef.Name, processDef);
}
public ADLAssertionLavaFlow(DefinitionRef processDef) : base()
{
Process = processDef;
}
public ADLAssertionPoltergeist(DefinitionRef processDef) : base()
{
Process = processDef;
}
public KWSNAssertionDivergence(DefinitionRef processDef)
: base()
{
Process = processDef;
}
public ADLAssertionDecomposition(DefinitionRef processDef) : base()
{
Process = processDef;
}
public void parse(SystemConfig config)
{
Dictionary <string, Connector> connectorInstanceList = new Dictionary <string, Connector>();
// get connector instance to the dictionary
foreach (var define in config.declareList)
{
Spec.ConnectorDatabase.TryGetValue(define.RightName, out Connector conn);
if (conn == null)
{
throw new Exception("At define statement, cannot find connector :" + define.RightName);
}
// Console.WriteLine(".......... define: " + define.LeftName + ", conn:" + conn.Name);
Connector connInst = conn.DeepClone();
connInst.setConfigName(define.LeftName);
connectorInstanceList.Add(define.LeftName, connInst);
}
// create attach process
// Dictionary<string, DefinitionRef> attachMap = new Dictionary<string, DefinitionRef>();
foreach (var attach in config.attachList)
{
Console.WriteLine("##loop on attach: " + attach.LeftName);
if (!Spec.ComponentDatabase.ContainsKey(attach.LeftName))
{
throw new Exception("No component " + attach.LeftName + " found");
}
// find component
Spec.ComponentDatabase.TryGetValue(attach.LeftName, out Component comp);
// find internal process associated to the component
Feature port = comp.getPortByName(attach.LeftFunction.Name);
Spec.AttachmentDatabase.Add(port.Name, attach);
Console.WriteLine("attach " + attach.LeftName + "port: " + port.Name + " portproc:" + attach.HeadFunction.getCountEventAfter());
SysProcess current = attach.HeadFunction;
SysProcess prevProc = null;
Feature prevRole = null;
DefinitionRef atprocRef = null;
Process headprocRef = null;
// loop through trail of process of attachment
String process_prefix = attach.LeftName + "_";
List <Feature> linkedRoles = new List <Feature>();
Feature headEmbedProcRole = null;
SysProcess headEmbedProc = null;
while (current != null)
{
Console.WriteLine("#loop on attach process " + current.getName());
atprocRef = new DefinitionRef(process_prefix + current.Super + "_" + current.Name, convertParamValues(current.Parameters));
// retrieve connector
connectorInstanceList.TryGetValue(current.Super, out Connector conn);
if (conn == null)
{
throw new Exception("At attach statement, " + current.Super + " is not defined");
}
// Console.WriteLine("finding role process " + config.Name + "_" + current.Name + ": " + atprocRef.Args);
Feature role = conn.getRoleByName(current.Name);
if (headprocRef != null)
{
List <Process> coProcs = new List <Process>();
coProcs.Add(headprocRef);
if (current.operation == SysProcess.Operation.Interleave)
{
this.createRoleProcessSpec(role, null, attach.LeftName, port, comp.Name);
Spec.DefinitionDatabase.TryGetValue(process_prefix + current.Super + "_" + current.Name, out atprocRef.Def);
coProcs.Add(atprocRef);
IndexInterleave procs = new IndexInterleave(coProcs);
headprocRef = procs;
}
else if (current.operation == SysProcess.Operation.Parallel)
{
this.createRoleProcessSpec(role, null, attach.LeftName, port, comp.Name);
Spec.DefinitionDatabase.TryGetValue(process_prefix + current.Super + "_" + current.Name, out atprocRef.Def);
coProcs.Add(atprocRef);
IndexParallel procs = new IndexParallel(coProcs);
headprocRef = procs;
}
else if (current.operation == SysProcess.Operation.Embed)
{
if (current.next != null && current.next.operation == SysProcess.Operation.Embed)
{
linkedRoles.Add(role.DeepClone <Feature>());
}
else
{
linkedRoles.Add(role.DeepClone <Feature>());
Console.WriteLine(" #process: " + process_prefix + headEmbedProcRole.getName() + " headEmbedProc: " + headEmbedProc + " creating...");
atprocRef = new DefinitionRef(process_prefix + headEmbedProcRole.ConfigName + "_" + headEmbedProcRole.Name, convertParamValues(headEmbedProc.Parameters));
// create embed process
this.createRoleProcessSpecWithMultipleLinked(headEmbedProcRole, linkedRoles, attach.LeftName, port, comp.Name);
Spec.DefinitionDatabase.TryGetValue(process_prefix + headEmbedProcRole.getName(), out atprocRef.Def);
headprocRef = atprocRef;
}
}
}
else
{
if (current.next != null && current.next.operation == SysProcess.Operation.Embed)
{
// this is head of embeded processs
headEmbedProcRole = conn.getRoleByName(current.Name);
headEmbedProc = current;
}
else
{
// other process rather than embeded process
this.createRoleProcessSpec(role, null, attach.LeftName, port, comp.Name);
}
Console.WriteLine(" #create first sub process");
Spec.DefinitionDatabase.TryGetValue(process_prefix + current.Super + "_" + current.Name, out atprocRef.Def);
// first sub process
headprocRef = atprocRef;
}
prevProc = current;
prevRole = conn.getRoleByName(current.Name);
current = current.next;
}
Definition atprocDef = new Definition(attach.LeftName + "_" + attach.LeftFunction.Name, new String[] { }, headprocRef);
Spec.DefinitionDatabase.Add(atprocDef.Name, atprocDef);
// attachMap.Add(atprocRef.Name, atprocRef);
}
// find exec statement and create exec process
SysProcess subproc = config.Exec;
//loop through each function in the exec process
Process head = null;
while (subproc != null)
{
// find attachment process according to what is called in exec process
DefinitionRef atprocRef = new DefinitionRef(subproc.Super + "_" + subproc.Name, new Expression[] { });
Spec.DefinitionDatabase.TryGetValue(subproc.Super + "_" + subproc.Name, out atprocRef.Def);
if (atprocRef.Def == null)
{
throw new Exception("At exec statement, cannot find port" + subproc.Name + " on " + subproc.Super);
}
// Process atprocRef = def.Process;
if (head != null)
{
List <Process> coProcs = new List <Process>();
coProcs.Add(head);
coProcs.Add(atprocRef);
if (subproc.operation == SysProcess.Operation.Interleave)
{
IndexInterleave interleaveProcs = new IndexInterleave(coProcs);
head = interleaveProcs;
}
else if (subproc.operation == SysProcess.Operation.Parallel)
{
IndexParallel parallelProcs = new IndexParallel(coProcs);
head = parallelProcs;
}
else if (subproc.operation == SysProcess.Operation.Choice)
{
IndexChoice choiceProcs = new IndexChoice(coProcs);
head = choiceProcs;
}
}
else
{
// first sub process
head = atprocRef;
}
// go to next process
subproc = subproc.next;
}
// create exec process
DefinitionRef execRef = new DefinitionRef(config.Name, new Expression[] { });
//Console.WriteLine("exec proc: " + head.ToString());
Definition instanceDef = new Definition(execRef.Name, new String[] { }, head);
execRef.Def = instanceDef;
Spec.DefinitionDatabase.Add(instanceDef.Name, instanceDef);
Spec.ExecProcessDatabase.Add(execRef.Name, execRef);
}
public KWSNAssertionRefinement(DefinitionRef processDef, DefinitionRef target)
: base()
{
ImplementationProcess = processDef;
SpecificationProcess = target;
}
public ADLAssertionCircular(DefinitionRef processDef) : base()
{
Process = processDef;
}
public PNAssertionLTL(DefinitionRef processDef, string ltl) : base(ltl)
{
Process = processDef;
}
public KWSNAssertionDeterminism(DefinitionRef processDef)
: base()
{
Process = processDef;
}
