Anyway, I've updated the AEC.
First, and perhaps most important, I didn't realize before that JavaScript had a standard way (using ArrayBuffer) to convert decimal numbers to IEEE754 hexadecimals. Not only in modern browsers, it works all the way back to Internet Explorer 10-era browsers. That opens a door towards making an AEC compiler running in NodeJS as powerful (if not more) than the one that runs on Duktape. It also opens a door to targetting GNU Assembler as well as FlatAssembler. In case you didn't know, GNU Assembler has been supporting Intel Syntax for quite some time now (though it's not as feature-full as FlatAssembler is).
Second, today, I implemented the conditional "?:" operator in my compiler. You can also see that in the browser. It can really make the code shorter sometimes. On the university, we are taught not to use it, but I strongly disagree with that.
I also changed the UI of the web-based version of the compiler, though I am not sure I made it better.
First, and perhaps most important, I didn't realize before that JavaScript had a standard way (using ArrayBuffer) to convert decimal numbers to IEEE754 hexadecimals. Not only in modern browsers, it works all the way back to Internet Explorer 10-era browsers. That opens a door towards making an AEC compiler running in NodeJS as powerful (if not more) than the one that runs on Duktape. It also opens a door to targetting GNU Assembler as well as FlatAssembler. In case you didn't know, GNU Assembler has been supporting Intel Syntax for quite some time now (though it's not as feature-full as FlatAssembler is).
Second, today, I implemented the conditional "?:" operator in my compiler. You can also see that in the browser. It can really make the code shorter sometimes. On the university, we are taught not to use it, but I strongly disagree with that.
I also changed the UI of the web-based version of the compiler, though I am not sure I made it better.
