}
}
scope = ((CallMarker)o).scope;
- pc = ((CallMarker)o).pc;
+ pc = ((CallMarker)o).pc - 1;
f = (JSFunction)((CallMarker)o).f;
stack.push(retval);
continue OUTER;
stack.pop();
}
}
-
Object[] rest = numArgs > 3 ? new Object[numArgs - 3] : null;
for(int i=numArgs - 1; i>2; i--) rest[i-3] = stack.pop();
Object a2 = numArgs <= 2 ? null : stack.pop();
public static String getSourceName() {
Interpreter c = Interpreter.current();
- return c.f == null ? null : c.f.sourceName;
+ return c == null || c.f == null ? null : c.f.sourceName;
}
public static class PausedException extends Exception { PausedException() { } }
if (expEnd - expStart <= 1) { err.add(new Error("badly formed #switch statement")); continue PROCESS; }
String expr = trimmed.substring(expStart, expEnd);
- out.println("final String ccSwitch"+enumSwitch+" = (String)("+expr+");"+
- "switch(ccSwitch"+enumSwitch+".length()) {");
+ out.println("final String ccSwitch"+enumSwitch+" = (String)("+expr+");");
+ out.println("SUCCESS:do { switch(ccSwitch"+enumSwitch+".length()) {");
Hashtable[] byLength = new Hashtable[255];
String key = null;
buildTrie("", byLength[i]);
out.println("}; break; }");
}
- if (Default != null) out.println("default: { " + Default + " }");
out.println("} //switch");
+ if (Default != null) out.println(Default);
+ out.println("} while(false); //OUTER");
enumSwitch++;
} else {
String code = (String)cases.get(keys.elementAt(i));
code = code.substring(0, code.length() - 1);
String key = (String)keys.elementAt(i);
- out.println("if (\""+key+"\".equals(ccSwitch"+enumSwitch+")) { " + code + " } break; ");
+ out.println("if (\""+key+"\".equals(ccSwitch"+enumSwitch+")) { if (true) do { " + code + " } while(false); break SUCCESS; } break; ");
}
}
}