public bool isA(Classifier classifierParam) { if (classifierParam == this) return true; else { foreach (Classifier parent in parents) { if (parent.isA(classifierParam)) return true; } } return false; }
//Default Parameters opposite = null ,ValueSpecification def= ,null,DomainSpecification domain=null public Property(string name, Class cl, Classifier type, Property opposite, ValueSpecification def, DomainSpecification domain) : base(name) { this.type = type; this.classifier = cl; this.opposite = opposite; this.defaultValue = null; this.domain = domain; this.isComposite = false; this.isNavigable = false; this.isReadOnly = false; this.isDerived = false; this.isUnique = false; this.isOrdered = false; this.minimumNumber = 0; this.maximumNumber = 1; if (def != null) this.defaultValue = def; else { string typeName = type.name; if (typeName == "real") { this.defaultValue = new LiteralReal(); } else if (typeName == "integer") { this.defaultValue = new LiteralInteger(); } else if (typeName == "string") { this.defaultValue = new LiteralString(); } else if (typeName == "boolean") { this.defaultValue = new LiteralBoolean(); } else if (typeName == "bool") { this.defaultValue = new LiteralBoolean(); } } }
bool _isBaseType2(Classifier type) { if (type.name == "integer") { return(true); } if (type.name == "real") { return(true); } if (type.name == "string") { return(true); } else { return(false); } }
public void setActiveShape(string name) { if (Classifier.hasAttribute(name)) { Slot s = getProperty(name); if (s != null) { activeShape = (ShapeSpecification)s.getValue(); if (activeShape != null) { activeShape.setEntity(this); } else { System.Console.WriteLine(this.name + ".setActiveShape(" + name + ") : the property is undefined"); } } } }
public FlowPort(string name, Class cl, Classifier type, Property opposite, ValueSpecification def, DomainSpecification domain) : base(name, cl, type, opposite, def, domain) { }
public Operation(string name, Class owner, Behavior behavior) : base(name, behavior) { this.classifier = owner; this.type = null; }
public TopologicalSpecification(Classifier type) : base(type) { }
public LiteralSpecification(Classifier type) : base(type) { CLASSTYPE = "Litteral"; }
//callback public Expression(string expression, Classifier returnType) : base(returnType) { expressionValue = expression; }
public Parameter(string name, string direction, Classifier type) : base(name) { this.type = type; this.direction = direction; }
public LiteralSpecification(Classifier type) : base(type) { CLASSTYPE = "Litteral"; }
public override void manageRequest(HttpRequest req) { string procName = req.parameters["alias"]; string orgName = req.parameters["org"]; req.response.write("<html>"); req.response.write("<META HTTP-EQUIV=\"Content-Type\" content=\"text/html; charset=UTF-8\">"); req.response.write("<body>"); OrganisationalEntity org = null; List <OrganisationalEntity> orgs = MascaretApplication.Instance.AgentPlateform.Organisations; bool found = false; int i = 0; while (!found && i < orgs.Count) { if (orgs[i].name == orgName) { found = true; } else { i++; } } if (found) { org = orgs[i]; } OrganisationalStructure struc = org.Structure; List <Procedure> procs = struc.Procedures; Procedure proc = null; found = false; i = 0; while (!found && i < procs.Count) { if (procs[i].name == procName) { found = true; } else { i++; } } if (found) { proc = procs[i]; } Environment env = MascaretApplication.Instance.getEnvironment(); List <Parameter> parameters = new List <Parameter>(); List <ActivityNode> nodes = proc.Activity.Nodes; for (int iNode = 0; iNode < nodes.Count; iNode++) { if (nodes[iNode].Kind == "parameter") { parameters.Add(((ActivityParameterNode)(nodes[iNode])).Parameter); } } req.response.write("<HR>"); req.response.write("<H2>Parametres</H2>"); req.response.write("<FORM METHOD=GET action=\"launchProcedure\">"); req.response.write("<INPUT type=\"hidden\" name=\"org\" value=\""); req.response.write(orgName); req.response.write("\"/>"); req.response.write("<INPUT type=\"hidden\" name=\"alias\" value=\""); req.response.write(procName); req.response.write("\"/>"); req.response.write("<ul>"); for (int iParam = 0; iParam < parameters.Count; iParam++) { Parameter param = parameters[iParam]; req.response.write("<li>"); Classifier type = param.Type; req.response.write(type.name); req.response.write("\t"); req.response.write(param.name); if (_isBaseType2(type)) { req.response.write(" = "); req.response.write(" <INPUT name=_"); req.response.write(param.name); req.response.write(">"); req.response.write("</li>"); } else { req.response.write(" <select name=\"_"); req.response.write(param.name); req.response.write("\">"); foreach (KeyValuePair <string, InstanceSpecification> instance in env.InstanceSpecifications) { if (instance.Value.Classifier != null) { if (instance.Value.Classifier.isA(type)) { req.response.write(" = <option value=\""); req.response.write(instance.Key); req.response.write("\">"); req.response.write(instance.Key); req.response.write("</option>"); } } } req.response.write("</select>"); } } req.response.write("</ul>"); req.response.write("<INPUT TYPE=\"submit\" VALUE=\"Lancer\">"); req.response.write("</FORM>"); req.response.write("</body>"); req.response.write("</html>"); }
public ValueSpecification(Classifier type) { this.type = type; CLASSTYPE = "ValueSpecification"; }
public Port(string name, Class cl, Classifier type, Property opposite, ValueSpecification def, DomainSpecification domain) : base(name, cl, type, opposite, def, domain) { }
public ValueSpecification(Classifier type) { this.type = type; CLASSTYPE = "ValueSpecification"; }
public Operation(string name, Class owner, Behavior behavior) : base(name, behavior) { this.classifier = owner; this.type = null; }
public InstanceValue(Classifier type) : base(type) { CLASSTYPE = "Instance"; specValue = null; }
public TopologicalProperty(string name, Class classe, Classifier type) : base(name, classe, type, null, null, null) { }
public InstanceValue(Classifier type) : base(type) { CLASSTYPE = "Instance"; specValue = null; }
protected override void _addFeaturesToChild(Classifier child) { Class c = (Class)child; foreach (Property p in attributes.Values) { c.addAttribute(p); } /* foreach(Operation op in operations.ValuesList) { c.addOperation(op); }*/ }
public TopologicalSpecification(Classifier type) : base(type) { }
public override void manageRequest(HttpRequest req) { Class classe = null; string id = ""; if (req.parameters.ContainsKey("agent")) { id = req.parameters["agent"]; } Environment env = MascaretApplication.Instance.getEnvironment(); InstanceSpecification entity = null; if (env.InstanceSpecifications.ContainsKey(id)) { entity = env.InstanceSpecifications[id]; } VirtualHuman human = null; if (entity != null) { human = (VirtualHuman)(entity); } if (human != null) { env = human.KnowledgeBase.Environment; if (env != null) { classe = _findClasse(env.Model.Package, req.parameters["alias"]); } } else { classe = _findClasse(MascaretApplication.Instance.Model.Package, req.parameters["alias"]); } req.response.write("<html>"); req.response.write("<META HTTP-EQUIV=\"Content-Type\" content=\"text/html; charset=UTF-8\">"); req.response.write("<body>"); req.response.write("<link href=\"doxygen.css\" rel=\"stylesheet\" type=\"text/css\">"); req.response.write("<link href=\"tabs.css\" rel=\"stylesheet\" type=\"text/css\">"); req.response.write("<H2>Description</H2>"); req.response.write("<ul>"); req.response.write("<li>"); req.response.write(classe.name); req.response.write("</li>"); req.response.write("<li>"); req.response.write(classe.getFullName()); req.response.write("</li>"); req.response.write("<li>"); req.response.write(classe.Summary); req.response.write("</li>"); req.response.write("<li>"); req.response.write(classe.Description); req.response.write("</li>"); req.response.write("</ul>"); req.response.write("<HR>"); req.response.write("<H2>Hierarchie</H2>"); req.response.write("<H3>Parent</H3>"); req.response.write("<ul>"); List <Classifier> parents = classe.Parents; for (int iC = 0; iC < parents.Count; iC++) { Classifier parent = classe.Parents[iC]; req.response.write("<li><a href=\"Class?alias="); req.response.write(parent.name); req.response.write("\" target = \"Body\">"); req.response.write(parent.name); req.response.write("</a></li>"); } req.response.write("</ul>"); //req.response.write("</ul>"); req.response.write("<HR>"); req.response.write("<H2>Attributs</H2>"); req.response.write("<ul>"); Dictionary <string, Property> attributes = classe.Attributes; foreach (KeyValuePair <string, Property> attr in attributes) { req.response.write("<li>"); req.response.write(attr.Key); req.response.write(" : "); req.response.write(attr.Value.Type.name); req.response.write("</li>"); } req.response.write("</ul>"); req.response.write("<HR>"); req.response.write("<H2>Operations</H2>"); Dictionary <string, Operation> operations = classe.Operations; foreach (KeyValuePair <string, Operation> oper in operations) { req.response.write("<li>"); req.response.write(oper.Key); req.response.write("( "); List <Parameter> parameters = oper.Value.Parameters; for (int iP = 0; iP < parameters.Count; iP++) { Parameter attr = parameters[iP]; req.response.write(attr.name); req.response.write(" : <a href=\"Class?alias="); req.response.write(attr.Type.name); req.response.write("\" target = \"Body\">"); req.response.write(attr.Type.name); req.response.write("</a>"); if (iP != parameters.Count - 1) { req.response.write(", "); } } req.response.write(" )"); req.response.write(" : "); if (oper.Value.Type != null) { req.response.write(oper.Value.Type.name); } else { req.response.write("undefined"); } req.response.write("</li>"); } req.response.write("<HR>"); req.response.write("<H2>Instances</H2>"); Dictionary <string, InstanceSpecification> instances = classe.Instances; foreach (KeyValuePair <string, InstanceSpecification> instance in instances) { req.response.write("<li>"); req.response.write("<a href=\"Entity?alias="); req.response.write(instance.Key); req.response.write("\" target = \"Body\">"); req.response.write(instance.Key); req.response.write("</a>"); } req.response.write("</body>"); req.response.write("</html>"); }
public TopologicalProperty(string name, Class classe, Classifier type) : base(name, classe, type, null, null, null) { }
protected virtual void _addFeaturesToChild(Classifier child) { foreach (Behavior currentBehavior in ownedBehavior.Values) { child.addOwnedBehavior(currentBehavior); } }
public void addChild(Classifier child) { child.parents.Add(this); children.Add(child); _addFeaturesToChild(child); }
public void addParents(Classifier element) { parents.Add(element); }
public void addChild(Classifier child) { child.parents.Add(this); children.Add(child); _addFeaturesToChild(child); }
public void addParents(Classifier element) { parents.Add(element); }
public VirtualRealitySpecification(Classifier type) : base(type) { }
public VirtualRealitySpecification(Classifier type) : base(type) { }
public override string getFullName() { return(Classifier.getFullName() + "." + name); }
public GeometryProperty(string name, Class classe, Classifier type) : base(name, classe, type) { }
public Parameter(string name, string direction, Classifier type) : base(name) { this.type = type; this.direction = direction; }
bool _isBaseType2(Classifier type) { if (type.name == "integer") return true; if (type.name == "real") return true; if (type.name == "string") return true; else return false; }
//callback public Expression(string expression, Classifier returnType) : base(returnType) { expressionValue = expression; }
public GeometryProperty(string name, Class classe, Classifier type) : base(name, classe, type) { }