private void processNames(SimulationSpec s) throws SaveFailedException {
ArrayList<String> names = new ArrayList<String>();
String name;
for (ReactionRule r : s.getRules()) {
for (IInnerName i : r.getRedex().getInnerNames()) {
name = "%innername " + normaliseName(i.getName());
if (!validateSameName(names, name)) {
names.add(name);
}
}
for (IOuterName o : r.getRedex().getOuterNames()) {
name = "%outername " + normaliseName(o.getName());
if (!validateSameName(names, name)) {
names.add(name);
}
}
for (IInnerName i : r.getReactum().getInnerNames()) {
name = "%innername " + normaliseName(i.getName());
if (!validateSameName(names, name)) {
names.add(name);
}
}
for (IOuterName o : r.getReactum().getOuterNames()) {
name = "%outername " + normaliseName(o.getName());
if (!validateSameName(names, name)) {
names.add(name);
}
}
}
for (IInnerName i : s.getModel().getInnerNames()) {
name = "%innername " + normaliseName(i.getName());
if (!validateSameName(names, name)) {
names.add(name);
}
}
for (IOuterName o : s.getModel().getOuterNames()) {
name = "%outername " + normaliseName(o.getName());
if (!validateSameName(names, name)) {
names.add(name);
}
}
Collections.sort(names);
if (names.size() == 0) return;
write("# Names\n");
for (String n : names) write(n + ";\n");
write("\n");
}
public void process(IBigraph bigraph) throws SaveFailedException {
printLine("(* string definitions *)");
for (IControl c : bigraph.getSignature().getControls()) {
printStringDef(SMLify(c.getName()));
for (IPort p : c.getPorts()) printStringDef(SMLify(p.getName()));
}
for (IEdge e : bigraph.getEdges()) printStringDef(SMLify(e.getName()));
for (IOuterName o : bigraph.getOuterNames()) printStringDef(SMLify(o.getName()));
for (IInnerName i : bigraph.getInnerNames()) printStringDef(SMLify(i.getName()));
printLine("");
printLine("(* signature *)");
processIterable(
bigraph.getSignature().getControls(),
null,
"",
"\n",
"\n",
new Processor<IControl>() {
@Override
public void proc(IControl c) throws SaveFailedException {
String name = SMLify(c.getName());
print("val ");
print(name);
print(" = active(");
print(name);
print(" --: ");
processIterable(
c.getPorts(),
null,
"[",
", ",
"]",
new Processor<IPort>() {
@Override
public void proc(IPort p) throws SaveFailedException {
print(SMLify(p.getName()));
}
});
print(");");
}
});
printLine("");
printLine("(* agent *)");
printLine("val agent = ");
scope++;
print("(");
processIterable(
bigraph.getOuterNames(),
"idw[]",
"idw[",
", ",
"]",
new Processor<IOuterName>() {
@Override
public void proc(IOuterName o) throws SaveFailedException {
print(SMLify(o.getName()));
}
});
processIterable(
bigraph.getEdges(),
"",
" * -//[",
", ",
"]",
new Processor<IEdge>() {
@Override
public void proc(IEdge e) throws SaveFailedException {
print(SMLify(e.getName()));
}
});
printLine(")");
print("o (");
scope++;
processIterable(
bigraph.getInnerNames(),
"",
"",
" || ",
" || ",
new Processor<IInnerName>() {
@Override
public void proc(IInnerName i) throws SaveFailedException {
print(SMLify(i.getLink().getName()) + "/" + SMLify(i.getName()));
}
});
processIterable(
bigraph.getRoots(),
"idp(0)",
"",
"|| ",
"",
new Processor<IRoot>() {
@Override
public void proc(IRoot r) throws SaveFailedException {
scope++;
process(r);
printLine("");
scope--;
}
});
scope--;
printLine(");");
}
