void parseArgs(IoLexer lexer)
{
lexer.pop();
if (lexer.top() != null && lexer.top().isValidMessageName())
{
IoMessage arg = newParseNextMessageChain(this.state, lexer);
addArg(arg);
while (lexer.topType() == IoTokenType.COMMA_TOKEN)
{
lexer.pop();
if (lexer.top() != null && lexer.top().isValidMessageName())
{
IoMessage arg2 = newParseNextMessageChain(this.state, lexer);
addArg(arg2);
}
else
{
}
}
}
if (lexer.topType() != IoTokenType.CLOSEPAREN_TOKEN)
{
// TODO: Exception, missing close paren
}
lexer.pop();
}
IoMessage newParseNextMessageChain(IoState state, IoLexer lexer)
{
IoMessage msg = clone(state) as IoMessage;
if (lexer.top() != null && lexer.top().isValidMessageName())
{
msg.parseName(state, lexer);
}
if (lexer.topType() == IoTokenType.OPENPAREN_TOKEN)
{
msg.parseArgs(lexer);
}
if (lexer.top() != null && lexer.top().isValidMessageName())
{
msg.parseNext(lexer);
}
while (lexer.topType() == IoTokenType.TERMINATOR_TOKEN)
{
lexer.pop();
if (lexer.top() != null && lexer.top().isValidMessageName())
{
IoMessage eol = IoMessage.newWithName(state, state.semicolonSymbol);
msg.next = eol;
eol.parseNext(lexer);
}
}
return(msg);
}
IoMessage newParse(IoState state, IoLexer lexer)
{
if (lexer.errorToken != null)
{
}
if (lexer.topType() == IoTokenType.TERMINATOR_TOKEN)
{
lexer.pop();
}
if (lexer.top() != null && lexer.top().isValidMessageName())
{
IoMessage self = newParseNextMessageChain(state, lexer);
if (lexer.topType() != IoTokenType.NO_TOKEN)
{
state.error(self, "compile error: %s", "unused tokens");
}
return(self);
}
return(newWithNameReturnsValue(state, IoSeq.createSymbolInMachine(state, "nil"), state.ioNil));
}
void parseArgs(IoLexer lexer)
{
lexer.pop();
if (lexer.top() != null && lexer.top().isValidMessageName())
{
IoMessage arg = newParseNextMessageChain(this.state, lexer);
addArg(arg);
while (lexer.topType() == IoTokenType.COMMA_TOKEN)
{
lexer.pop();
if (lexer.top() != null && lexer.top().isValidMessageName())
{
IoMessage arg2 = newParseNextMessageChain(this.state, lexer);
addArg(arg2);
}
else
{
}
}
}
if (lexer.topType() != IoTokenType.CLOSEPAREN_TOKEN)
{
// TODO: Exception, missing close paren
}
lexer.pop();
}
IoMessage newParseNextMessageChain(IoState state, IoLexer lexer)
{
IoMessage msg = clone(state) as IoMessage;
if (lexer.top() != null && lexer.top().isValidMessageName())
{
msg.parseName(state, lexer);
}
if (lexer.topType() == IoTokenType.OPENPAREN_TOKEN)
{
msg.parseArgs(lexer);
}
if (lexer.top() != null && lexer.top().isValidMessageName())
{
msg.parseNext(lexer);
}
while (lexer.topType() == IoTokenType.TERMINATOR_TOKEN)
{
lexer.pop();
if (lexer.top() != null && lexer.top().isValidMessageName())
{
IoMessage eol = IoMessage.newWithName(state, state.semicolonSymbol);
msg.next = eol;
eol.parseNext(lexer);
}
}
return msg;
}
IoMessage newParse(IoState state, IoLexer lexer)
{
if (lexer.errorToken != null)
{
}
if (lexer.topType() == IoTokenType.TERMINATOR_TOKEN)
{
lexer.pop();
}
if (lexer.top() != null && lexer.top().isValidMessageName())
{
IoMessage self = newParseNextMessageChain(state, lexer);
if (lexer.topType() != IoTokenType.NO_TOKEN)
{
state.error(self, "compile error: %s", "unused tokens");
}
return self;
}
return newWithNameReturnsValue(state, IoSeq.createSymbolInMachine(state, "nil"), state.ioNil);
}