466 karma · joined August 3, 2021
A2: No it doesn't support that now. I did think of just having it be like a opionated visual git diff and using it in that way at first.
A3: Not sure. Couldn't you already do this with git reset and branches? I do have some features in mind to make some things easier like selecting multiple commits and then combining them for a rebase, but wait ah if that fails or something goes wrong the above snapshot feature might come in handy.
Thanks for the suggestions.
ssh teletekst.nl
57.54 MB / 11.83 MB transferred
There's only 11.83 MB transferred, but that doesn't excuse it.
There's nothing stopping someone from never buying another game on Steam, and moving to another marketplace on PC, unlike the store monopolies on consoles and mobile devices. Never mix unsigned and signed operands. Prefer signed. If you need to convert an operand, see (2).
https://github.com/nothings/stb/blob/master/stb_truetype.h#L...
A Quaternion from what I believe is just the same but instead of distance it just encodes the rotation around that direction as a fixed axis. (Instead the angle stored is half etc).
Feel free to correct me if I'm wrong, I'm not a math-heavy person.
Then there's like everything libraries wise and CUDA is all C/C++ if I'm not mistaken. In every large project I'm sure you're eventually going to find some exploit attack vector. Especially if the focus from what I believe for GPU/CUDA until recently wasn't mostly focused on security rather than performance and those are always trade-offs.
Found a comment from the author of https://github.com/stclib/STC apparently and then came across this example:
https://stackoverflow.com/a/76887723
int coro_a(struct a* g)
{
cco_routine (g) {
printf("entering a\n");
for (g->i = 0; g->i < 3; g->i++) {
printf("A step %d\n", g->i);
cco_yield();
}
cco_final:
printf("returning from a\n");
}
return 0; // done
}
After running it through a preprocessor, it gives me this.
int coro_a(struct a* g)
{
for (int* _state = &(g)->cco_state; *_state != CCO_STATE_DONE; *_state = CCO_STATE_DONE) _resume: switch (*_state) case 0: {
printf("entering a\n");
for (g->i = 0; g->i < 3; g->i++) {
printf("A step %d\n", g->i);
do { *_state = 14; return CCO_YIELD; goto _resume; case 14:; } while (0);
}
*_state = CCO_STATE_FINAL; case CCO_STATE_FINAL:
printf("returning from a\n");
}
return 0;
}