Difference between revisions of "User talk:Bubble.rogue"
Bubble.rogue (talk | contribs) (initial user talk on wiki of Johan) |
Bubble.rogue (talk | contribs) |
||
(12 intermediate revisions by the same user not shown) | |||
Line 1: | Line 1: | ||
Hi, | Hi, | ||
− | this is | + | this is bubble's wiki page on the GNUstep site. My real name is Johan. |
<b>Newbie Talk :</b><br> | <b>Newbie Talk :</b><br> | ||
I will explain here how I got into GNUstep and what a newbie can do : | I will explain here how I got into GNUstep and what a newbie can do : | ||
− | For beginners of GNUstep, read the FAQ and | + | For beginners of GNUstep, read the [[Developer FAQ]] and [[Developer Guides]] and read some code. Check out |
− | + | the programming manuals. | |
I started with the GMines-0.2 program on this site and made a simple tile engine | I started with the GMines-0.2 program on this site and made a simple tile engine | ||
Line 16: | Line 16: | ||
check out the git repository for the latest code. There are also source archives available at the | check out the git repository for the latest code. There are also source archives available at the | ||
project's download page.) | project's download page.) | ||
+ | |||
+ | http://ghack.googlecode.com/files/screenshot-ghack-1.png | ||
<b>Hacker Talk :</b><br> | <b>Hacker Talk :</b><br> | ||
Line 22: | Line 24: | ||
I will put my own research for extending Objective-C and the GNUstep UI with SmallTalk in there. | I will put my own research for extending Objective-C and the GNUstep UI with SmallTalk in there. | ||
+ | |||
+ | There is an iOS version in the works, available as separate tarball, versioned, at the download page. | ||
<b>GNUrbis et GNOrbis : </b><br> | <b>GNUrbis et GNOrbis : </b><br> | ||
Line 29: | Line 33: | ||
<b>Libraries :</b><br> | <b>Libraries :</b><br> | ||
+ | |||
+ | I wrote gnustep-fuzzy which is a fuzzy logic rule system that applies rule e.g. for drawing to the GNUstep applications. It's at [[Fuzzy|the fuzzy page]]. | ||
Callback framework based on libsigc++ (no dependencies though, except for the GNUstep makefile), named | Callback framework based on libsigc++ (no dependencies though, except for the GNUstep makefile), named | ||
sigcm, hosted at : http://code.google.com/p/sigcm | sigcm, hosted at : http://code.google.com/p/sigcm |
Latest revision as of 21:56, 7 October 2021
Hi,
this is bubble's wiki page on the GNUstep site. My real name is Johan.
Newbie Talk :
I will explain here how I got into GNUstep and what a newbie can do :
For beginners of GNUstep, read the Developer FAQ and Developer Guides and read some code. Check out the programming manuals.
I started with the GMines-0.2 program on this site and made a simple tile engine for it to make a simple nethack with graphics (http://nethack.org) program out of it.
It also includes a Xpm library (Xpm.h and Xpm.m files.) The project is hosted here : http://code.google.com/p/ghack, check out the git repository for the latest code. There are also source archives available at the project's download page.)
http://ghack.googlecode.com/files/screenshot-ghack-1.png
Hacker Talk :
I wrote my own compiler suite for GameBoyAdvance (ARM7 processor), 6502 processors (Nintendo Entertainment System, NES, 8 bit), it targets these architectures assembler and maybe later on (Java or ELF) bytecode, you can fetch the source here : http://code.google.com/p/libobjcgbarm
I will put my own research for extending Objective-C and the GNUstep UI with SmallTalk in there.
There is an iOS version in the works, available as separate tarball, versioned, at the download page.
GNUrbis et GNOrbis :
For gnome's sake, I have an ObjC orb on the docks, which will probably be integrated with the compiler. Gnorb project page : http://code.google.com/p/gnorb
Libraries :
I wrote gnustep-fuzzy which is a fuzzy logic rule system that applies rule e.g. for drawing to the GNUstep applications. It's at the fuzzy page.
Callback framework based on libsigc++ (no dependencies though, except for the GNUstep makefile), named sigcm, hosted at : http://code.google.com/p/sigcm