void
LaunchDaemon::_AddRunTargets(BMessage& message)
{
BMessage runMessage;
for (int32 index = 0; message.FindMessage("run", index,
&runMessage) == B_OK; index++) {
BMessage conditions;
bool pass = true;
if (runMessage.FindMessage("if", &conditions) == B_OK) {
Condition* condition = Conditions::FromMessage(conditions);
if (condition != NULL) {
pass = condition->Test(*this);
debug_printf("Test: %s -> %d\n", condition->ToString().String(),
pass);
delete condition;
} else
debug_printf("Could not parse condition!\n");
}
if (pass) {
_AddRunTargets(runMessage, NULL);
_AddRunTargets(runMessage, "then");
} else {
_AddRunTargets(runMessage, "else");
}
}
}
int main( ) {
PrettyPrint pp;
ClassAdParser parser;
string buffer = "";
string condString = "( ( MemoryRequirements < 234 ) || ( MemoryRequirements =?= undefined ) )";
cout << "-------------" << endl;
cout << "BOOLEXPR TEST" << endl;
cout << "-------------" << endl;
cout << "condString = " << condString << endl;
cout << endl;
ExprTree *condTree = NULL;
if( !( condTree = parser.ParseExpression( condString ) ) ) {
cerr << "error parsing expression" << endl;
}
Condition *cond = new Condition( );
if( !( BoolExpr::ExprToCondition( condTree, cond ) ) ) {
cerr << "error with ExprToCondition" << endl;
}
cond->ToString( buffer );
cout << "cond.ToString( ) = " << buffer << endl;
buffer = "";
cout << endl;
string attr;
Operation::OpKind op1 = Operation::__NO_OP__;
Operation::OpKind op2 = Operation::__NO_OP__;
Value val1, val2;
Value::ValueType type;
cond->GetAttr( attr );
cout << "attr = " << attr << endl;
cond->GetOp( op1 );
GetOpName( op1, buffer );
cout << "op1 = " << buffer << endl;
cout << "op1 is op number " << (int)op1 << endl;
buffer = "";
cond->GetOp2( op2 );
GetOpName( op2, buffer );
cout << "op2 = " << buffer << endl;
buffer = "";
cond->GetVal( val1 );
pp.Unparse( buffer, val1 );
cout << "val1 = " << buffer << endl;
buffer = "";
cond->GetVal2( val2 );
pp.Unparse( buffer, val2 );
cout << "val2 = " << buffer << endl;
buffer = "";
cond->GetType( type );
GetTypeName( type, buffer );
cout << "type = " << buffer << endl;
buffer = "";
}
