MethodCall mcall = new MethodCall(pos, iterator, clazz, minfo); if (mcall.getMethodName().equals(MethodInfo.nameInit)) { ConstructorCall ccall = new ConstructorCall(pos, iterator, clazz, minfo); expr = ccall; edit(ccall);
MethodCall mcall = new MethodCall(pos, iterator, clazz, minfo); if (mcall.getMethodName().equals(MethodInfo.nameInit)) { ConstructorCall ccall = new ConstructorCall(pos, iterator, clazz, minfo); expr = ccall; edit(ccall);
MethodCall mcall = new MethodCall(pos, iterator, clazz, minfo); if (mcall.getMethodName().equals(MethodInfo.nameInit)) { ConstructorCall ccall = new ConstructorCall(pos, iterator, clazz, minfo); expr = ccall; edit(ccall);
MethodCall mcall = new MethodCall(pos, iterator, clazz, minfo); if (mcall.getMethodName().equals(MethodInfo.nameInit)) { ConstructorCall ccall = new ConstructorCall(pos, iterator, clazz, minfo); expr = ccall; edit(ccall);
MethodCall mcall = new MethodCall(pos, iterator, clazz, minfo); if (mcall.getMethodName().equals(MethodInfo.nameInit)) { ConstructorCall ccall = new ConstructorCall(pos, iterator, clazz, minfo); expr = ccall; edit(ccall);
MethodCall mcall = new MethodCall(pos, iterator, clazz, minfo); if (mcall.getMethodName().equals(MethodInfo.nameInit)) { ConstructorCall ccall = new ConstructorCall(pos, iterator, clazz, minfo); expr = ccall; edit(ccall);
MethodCall mcall = new MethodCall(pos, iterator, clazz, minfo); if (mcall.getMethodName().equals(MethodInfo.nameInit)) { ConstructorCall ccall = new ConstructorCall(pos, iterator, clazz, minfo); expr = ccall; edit(ccall);