Every now and then I formulate to myself some thoughts and current conclusions regarding things in general – be it life philosophy and everything that is derived from it. I’m going to start and write these down just to have them placed somewhere either for others to contemplate or for my future self to laugh …
Continue reading ‘Thought of the day – don’t confuse the fight for the battle’ »
This is mainly a note to myself. Two tools to help convert pages from LTR to RTL text directions: RTLit Convert your CSS-formatter file from left-to-right to right-to-left http://rtlit.cloudfoundry.com/ based on: https://github.com/zohararad/rtlit (a Ruby project) CSSjanus: http://code.google.com/p/cssjanus/
When building OpenResty (the excellent Lua add-on for nginx) on OS/X I got the following error: Undefined symbols for architecture x86_64: "_pcre_free_study", referenced from: _ngx_pcre_free_studies in ngx_regex.o _ngx_http_lua_ngx_re_match in ngx_http_lua_regex.o _ngx_http_lua_ngx_re_gmatch in ngx_http_lua_regex.o _ngx_http_lua_ngx_re_sub_helper in ngx_http_lua_regex.o _ngx_http_lua_ngx_re_gmatch_cleanup in ngx_http_lua_regex.o _ngx_http_lua_ngx_re_gmatch_gc in ngx_http_lua_regex.o _ngx_http_lua_ngx_re_gmatch_iterator in ngx_http_lua_regex.o … ld: symbol(s) not found for architecture x86_64 To cut …
Google’s closure compiler is an impressive tool that parses JavaScript code and make various optimizations on it, including minimizing its size. This post will provide what is needed to effectively utilize it in minimum time. Step 1 – verify consistant property access methods in your code ∞ The first thing you should do is make …
Continue reading ‘Quick guide to Google closure compiler tool’ »
I’m excited at the speed of the computer’s moves. Almost all moves take less than a second on my MacBook Air (1.86 GHz Intel Core 2 Duo) – the times when a move requires about 3 seconds is when the computer analyses how to play a joker. Did I already mention this is pure JavaScript …
After making a small change, I’ve managed to improve the algorithm so that the computer will make a move in under a second every turn. Considering this is all written in pure JavaScript and runs on the browser, I’m starting to wonder whether the algorithm I wrote is the fastest existing scrabble algorithm out there…
The nice thing about having a blog site that no one knows about is that if you’re creating a project and you don’t want potential competitors to know what you are up to, you can freely shout all your new ideas and features to the void… 🙂 The English JavaScript is working nicely so I’ve …
Making progress with the Scrabble clone. Also made changes so it will even work on IE6. There is still the 10% of polishing work that takes 90% of the time, but its fun so I’m not complaining. Its great to see that the number of words in the dictionary have no noticeable effect on the …
It took me almost two weeks but I’m nearing completion of an implementation of a fast Scrabble game against the computer written in pure JavaScript. It is both fast (less than 3 seconds per move) and unbeatable. Here you can see the browser (playing in Red) giving me a humility lesson (playing in Green)… First …
I’m in the process of developing a CPU intensive Javascript game. I found the profilers of the different browsers lacking and needed some higher resolution probing of CPU hogger sections in the code. To this effect I created the timers manager below. Basically at any point in the code where you want to start measuring …