I'm just going to leave this here.<br><a href="/tags/rust/" rel="tag">#rust</a> <a href="/tags/rustlang/" rel="tag">#rustlang</a> <a href="/tags/c/" rel="tag">#c</a> <a href="/tags/clang/" rel="tag">#clang</a><br>
c
<p>看过 <a href="https://neodb.social/search?r=1&q=https://neodb.social/movie/5TZNaI3Pj7qyIBlxowMPXA" rel="nofollow">还有明天</a> 🌕🌕🌕🌕🌕 <br>完全没看电影背景就去看了，本来以为是部老的黑白电影，可是一些运镜、配乐和精气神又很有现代感，看了下才发现是去年的，本来一个很悲伤痛苦的背景确拍出了很多幽默感，也是难得在电影院又有一波波共同笑声，既没有让当下的权力和痛苦垄断主题，又建构了自己的世界，剧情结构和表现形式上很多聪明的巧思和设计，结尾本来一直担忧别又是走入俗套的循环，结果给出了超出预期的回答，开头看到名单自导自演，就觉得原创性不会差，果然如此。<br>非常好的观影体验，这种温柔又坚定，有策略又有力量的体验确实是女性导演们作品最大的不同，力荐去影院观看</p><p><a href="/tags/c/" rel="tag">#C</a>'èAncoraDomani <a href="/tags/还有明天/" rel="tag">#还有明天</a> <a href="/tags/paolacortellesi/" rel="tag">#PaolaCortellesi</a></p><p><a href="/tags/虾看什么/" rel="tag">#虾看什么</a></p>
Edited 1y ago
'hello world' i would say.<br><br>some of you might already know me, but for those who dont<br><br>i'm radhitya (al1r4d in the other place) and interested in <a href="/tags/linux/" rel="tag">#linux</a>, <a href="/tags/openbsd/" rel="tag">#openbsd</a>, <a href="/tags/golang/" rel="tag">#golang</a>, <a href="/tags/c/" rel="tag">#c</a>, low-level programming, <a href="/tags/esp32/" rel="tag">#esp32</a>, <a href="/tags/arduino/" rel="tag">#arduino</a>, and <a href="/tags/selfhosting/" rel="tag">#selfhosting</a>.<br><br>i think this should be enough to introduce myself.
<p><a href="/tags/maxima/" rel="tag">#maxima</a> <a href="/tags/commonlisp/" rel="tag">#commonLisp</a> <a href="/tags/cas/" rel="tag">#CAS</a> <a href="/tags/algebra/" rel="tag">#algebra</a> <a href="/tags/article/" rel="tag">#article</a> <a href="https://screwlisp.small-web.org/fundamental/common-lisp-maxima-finally/" rel="nofollow" class="ellipsis" title="screwlisp.small-web.org/fundamental/common-lisp-maxima-finally/"><span class="invisible">https://</span><span class="ellipsis">screwlisp.small-web.org/fundam</span><span class="invisible">ental/common-lisp-maxima-finally/</span></a></p><p>> (integrate '(tan x) 'x 0 1)<br>(* -1 (LOG (COS 1)))<br>> '(1 2 3 4)<br>(1 2 3 4)<br>> (coerce * '(SIMPLE-ARRAY (COMPLEX DOUBLE-FLOAT) (*)))<br>#(<a href="/tags/c/" rel="tag">#C</a>(1.0 0.0) <a href="/tags/c/" rel="tag">#C</a>(2.0 0.0) <a href="/tags/c/" rel="tag">#C</a>(3.0 0.0) <a href="/tags/c/" rel="tag">#C</a>(4.0 0.0))<br>> (maxima-fft:fft-r2-nn *)<br>#(<a href="/tags/c/" rel="tag">#C</a>(2.5 0.0) <a href="/tags/c/" rel="tag">#C</a>(-0.5 -0.5) <a href="/tags/c/" rel="tag">#C</a>(-0.5 0.0) <a href="/tags/c/" rel="tag">#C</a>(-0.5 0.5))</p><p>I guess <a href="/tags/retrocomputing/" rel="tag">#retrocomputing</a> but current was August, so.</p><p>Also have a note about Kent demoing his implementation of his-ansi-cl style error handling introduced to python.</p>
<p><a href="/tags/snac/" rel="tag">#snac</a> is a pretty cool <a href="/tags/fediverse/" rel="tag">#fediverse</a> <a href="/tags/activitypub/" rel="tag">#activitypub</a> server software!</p><p>Super lightweight, no database, easy to set-up. </p><p>I will not replace my main <a href="/tags/mastodon/" rel="tag">#mastodon</a> instance with it, but i really have some other use cases for it, for example some bots or so. </p><p>And from what I saw, the code also is pretty nice to learn things from it. (me, a c programming noob)</p><p>Edit: Totally dumb of me to NOT post the Git repo in the first place 🤦♂️ <br><a href="https://codeberg.org/grunfink/snac2" rel="nofollow"><span class="invisible">https://</span>codeberg.org/grunfink/snac2</a></p><p><a href="/tags/foss/" rel="tag">#foss</a> <a href="/tags/lightweigt/" rel="tag">#lightweigt</a> <a href="/tags/c/" rel="tag">#c</a> <a href="/tags/server/" rel="tag">#server</a> <a href="/tags/selfhosting/" rel="tag">#selfhosting</a></p>
Edited 62d ago
Just switched to mtm (Micro Terminal Multiplexer) a suckless-style terminal multiplexer that does ONE thing: split panes. No sessions, no bloat, just ~1000 lines of clean C code.<br><br>The codebase is surprisingly readable and well-organized... unlike larger projects where you get lost in abstraction layers, mtm's simplicity makes it an excellent study resource for learning C.<br>You can actually understand the entire program flow in a reasonable amount of time.<br><br>Bonus: there's already a SlackBuild available, so Slackware users can integrate it seamlessly into their system without manual compilation headaches.<br>If you want tmux functionality without tmux complexity, check it out.<br><a href="https://slackbuilds.org/repository/15.0/system/mtm/" rel="nofollow" class="ellipsis" title="slackbuilds.org/repository/15.0/system/mtm/"><span class="invisible">https://</span><span class="ellipsis">slackbuilds.org/repository/15.</span><span class="invisible">0/system/mtm/</span></a><br><br><a href="/tags/suckless/" rel="tag">#suckless</a> <a href="/tags/terminal/" rel="tag">#terminal</a> <a href="/tags/slackware/" rel="tag">#slackware</a> <a href="/tags/c/" rel="tag">#C</a><br>