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u8 a;
s16 b;
bool c;
};
#define _slit(s) ((ksraw){Kmsz(s),s})
stat_long entry(kenv e) {
const char msg[] = "hello from libk\n";
ksraw ptr = { Kmsz(msg), msg };
bool maybe = true;
maybe = no;
if (kiosend(e.std, ptr, null) == kiocond_ok) {
................................................................................
void* top = kmlini();
kmres rst = kmlina(1230);
if(rst.cond != kmcond_ok) return kbad_mem;
kmres rst2 = kmlina(789);
if(rst2.cond != kmcond_ok) return kbad_mem;
const char varmsg[] = "printing environment variables\n";
ksraw msgptr = { Kmsz(varmsg), varmsg };
kiosend(e.std, msgptr, null);
for (sz i = 0; i < e.varc; ++i) {
kiosend(e.std, _slit(" - "), null);
kiosend(e.std, e.vars[i].name, null);
kiosend(e.std, _slit(" = ["), null);
kiosend(e.std, e.vars[i].val, null);
kiosend(e.std, _slit("]\n"), null);
}
return kbad_ok;
}
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u8 a;
s16 b;
bool c;
};
#define _slit(s) ((ksraw){Kmsz(s),s})
kbad entry(kenv e) {
const char msg[] = "hello from libk\n";
ksraw ptr = { Kmsz(msg), msg };
bool maybe = true;
maybe = no;
if (kiosend(e.std, ptr, null) == kiocond_ok) {
................................................................................
void* top = kmlini();
kmres rst = kmlina(1230);
if(rst.cond != kmcond_ok) return kbad_mem;
kmres rst2 = kmlina(789);
if(rst2.cond != kmcond_ok) return kbad_mem;
kiosend(e.std, _slit("printing environment variables\n"), null);
for (sz i = 0; i < e.varc; ++i) {
kiosend(e.std, _slit(" - "), null);
kiosend(e.std, e.vars[i].name, null);
kiosend(e.std, _slit(" = ["), null);
kiosend(e.std, e.vars[i].val, null);
kiosend(e.std, _slit("]\n"), null);
}
return kbad_ok;
}
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