/* <obj1> <obj2> ne <bool> */
int
zne(i_ctx_t *i_ctx_p)
{ /* We'll just be lazy and use eq. */
int code = zeq(i_ctx_p);
if (!code)
osp->value.boolval ^= 1;
return code;
}
/** This test requires manual intervention to provide an appropriate file to read and write. */
void test_stream()
{
FILE* fp = fopen("/tmp/opsec.p12", "r");
FILE* fpo;
zstr z1 = z_slurp_stream(fp);
zstr z2;
fpo = fopen("/tmp/opsec.p12.out", "w");
cz_to_stream(cz(z1), fpo);
fflush(fpo);
fclose(fpo);
z2 = z_slurp_stream(fopen("/tmp/opsec.p12.out", "r"));
assert (zeq(cz(z1), cz(z2)));
}
int test_repr()
{
zstr z2;
czstr z = cs_as_cz("k");
zstr rz = repr(z);
#ifndef NDEBUG
const czstr a = cs_as_cz("\\\\k");
#endif
assert (!strcmp((const char*)rz.buf, "k"));
z = cs_as_cz("\\k");
assert (z.len == 2);
free_z(rz);
rz = repr(z);
assert (rz.len == 3);
assert (a.len == 3);
assert (!strcmp((const char*)rz.buf, "\\\\k"));
assert (zeq(cz(rz), a));
z2 = new_z(4);
z2.buf[0] = 1;
z2.buf[1] = 10;
z2.buf[2] = 100;
z2.buf[3] = 252;
free_z(rz);
rz = repr(cz(z2));
assert (!strcmp((const char*)rz.buf, "\\x01\\x0ad\\xfc"));
free_z(z2);
z2 = new_z(1);
z2.buf[0] = '\0';
free_z(rz);
rz = repr(cz(z2));
assert (!strcmp((const char*)rz.buf, "\\x00"));
free_z(z2);
free_z(rz);
return 0;
}
