static void
ir_decode(void)
{
#if IR_RC5_SUPPORT == 1
rc5_decode();
#endif
#if IR_RC6_SUPPORT == 1
rc6_decode();
#endif
#if IR_NEC_SUPPORT == 1
nec_decode();
#endif
#if IR_JVC_SUPPORT == 1
jvc_decode();
#endif
#if IR_SONY_SUPPORT == 1
sony_decode();
#endif
#if IR_SHARP_SUPPORT == 1
sharp_decode();
#endif
#if IR_PACE_SUPPORT == 1
pace_decode();
#endif
}
void UTEST_nec() {
{
int n;
int p, i;
size_t len;
lirc_t BUFF[1024];
lirc_t* in;
nec_decode_reset();
len = 0;
in = BUFF;
n=nec_decode(&in, &len);
assert(n == 0);
assert(in == BUFF);
nec_decode_reset();
p = 0;
BUFF[p++] = 2672565;
len = p*sizeof(lirc_t);
in = BUFF;
n = nec_decode(&in, &len);
assert(n == 0);
assert(in == (BUFF+p));
nec_decode_reset();
p = 0;
BUFF[p++] = PULSE_BIT | 576;
BUFF[p++] = 514; /*0*/
BUFF[p++] = PULSE_BIT | 583;
BUFF[p++] = 1624; /*1*/
BUFF[p++] = 2672565;
len = p*sizeof(lirc_t);
in = BUFF;
n = nec_decode(&in, &len);
assert(n == 1);
assert(in == (BUFF + p));
assert(strncmp(nec_DECODE_BUFF, "01", nec_DECODE_BUF_IDX) == 0);
nec_decode_reset();
p = 0;
BUFF[p++] = PULSE_BIT | 576;
BUFF[p++] = 514; /*0*/
BUFF[p++] = PULSE_BIT | 583;
BUFF[p++] = 1624;/*1*/
BUFF[p++] = PULSE_BIT | 568;
BUFF[p++] = 531;/*0*/
BUFF[p++] = PULSE_BIT | 525;
BUFF[p++] = 1680;/*1*/
len = p*sizeof(lirc_t);
in = BUFF;
n = nec_decode(&in, &len);
assert(n == 0);
assert(in == (BUFF + p));
p = 0;
BUFF[p++] = PULSE_BIT | 569;
BUFF[p++] = 1634; /*1*/
BUFF[p++] = PULSE_BIT | 598;
BUFF[p++] = 1603; /*1*/
BUFF[p++] = PULSE_BIT | 593;
BUFF[p++] = 510; /*0*/
BUFF[p++] = 77000;
len = p*sizeof(lirc_t);
in = BUFF;
n = nec_decode(&in, &len);
assert(n == 1);
assert(in == (BUFF + p));
assert(strncmp(nec_DECODE_BUFF, "0101110", nec_DECODE_BUF_IDX) == 0);
nec_decode_reset();
p = 0;
BUFF[p++] = 2672565;
BUFF[p++] = PULSE_BIT | 8825;
BUFF[p++] = 4407;
BUFF[p++] = PULSE_BIT | 576;
BUFF[p++] = 514;
BUFF[p++] = PULSE_BIT | 583;
BUFF[p++] = 1624;
BUFF[p++] = PULSE_BIT | 568;
BUFF[p++] = 531;
BUFF[p++] = PULSE_BIT | 525;
BUFF[p++] = 1680;
BUFF[p++] = PULSE_BIT | 569;
BUFF[p++] = 1634;
BUFF[p++] = PULSE_BIT | 598;
BUFF[p++] = 1603;
BUFF[p++] = PULSE_BIT | 593;
BUFF[p++] = 510;
BUFF[p++] = PULSE_BIT | 558;
BUFF[p++] = 1646;
BUFF[p++] = PULSE_BIT | 587;
BUFF[p++] = 511;
BUFF[p++] = PULSE_BIT | 562;
BUFF[p++] = 539;
BUFF[p++] = PULSE_BIT | 522;
BUFF[p++] = 579;
BUFF[p++] = PULSE_BIT | 519;
BUFF[p++] = 591;
BUFF[p++] = PULSE_BIT | 564;
BUFF[p++] = 525;
BUFF[p++] = PULSE_BIT | 527;
BUFF[p++] = 1682;
BUFF[p++] = PULSE_BIT | 584;
BUFF[p++] = 514;
BUFF[p++] = PULSE_BIT | 568;
BUFF[p++] = 1639;
BUFF[p++] = PULSE_BIT | 592;
BUFF[p++] = 1612;
BUFF[p++] = PULSE_BIT | 571;
BUFF[p++] = 1632;
BUFF[p++] = PULSE_BIT | 583;
BUFF[p++] = 514;
BUFF[p++] = PULSE_BIT | 570;
BUFF[p++] = 533;
BUFF[p++] = PULSE_BIT | 571;
BUFF[p++] = 553;
BUFF[p++] = PULSE_BIT | 496;
BUFF[p++] = 585;
BUFF[p++] = PULSE_BIT | 521;
BUFF[p++] = 579;
BUFF[p++] = PULSE_BIT | 563;
BUFF[p++] = 553;
BUFF[p++] = PULSE_BIT | 549;
BUFF[p++] = 536;
BUFF[p++] = PULSE_BIT | 587;
BUFF[p++] = 513;
BUFF[p++] = PULSE_BIT | 521;
BUFF[p++] = 1686;
BUFF[p++] = PULSE_BIT | 567;
BUFF[p++] = 1637;
BUFF[p++] = PULSE_BIT | 586;
BUFF[p++] = 1617;
BUFF[p++] = PULSE_BIT | 582;
BUFF[p++] = 1621;
BUFF[p++] = PULSE_BIT | 657;
BUFF[p++] = 1545;
BUFF[p++] = PULSE_BIT | 600;
BUFF[p++] = 1604;
BUFF[p++] = PULSE_BIT | 600;
BUFF[p++] = 2672565;
BUFF[p++] = PULSE_BIT | 8825;
BUFF[p++] = 4407;
BUFF[p++] = PULSE_BIT | 576;
BUFF[p++] = 514;
BUFF[p++] = PULSE_BIT | 583;
BUFF[p++] = 1624;
BUFF[p++] = PULSE_BIT | 568;
BUFF[p++] = 531;
BUFF[p++] = PULSE_BIT | 525;
BUFF[p++] = 1680;
BUFF[p++] = PULSE_BIT | 569;
BUFF[p++] = 1634;
BUFF[p++] = PULSE_BIT | 598;
BUFF[p++] = 1603;
BUFF[p++] = PULSE_BIT | 593;
BUFF[p++] = 510;
BUFF[p++] = PULSE_BIT | 558;
BUFF[p++] = 1646;
BUFF[p++] = PULSE_BIT | 587;
BUFF[p++] = 511;
BUFF[p++] = PULSE_BIT | 562;
BUFF[p++] = 539;
BUFF[p++] = PULSE_BIT | 522;
BUFF[p++] = 579;
BUFF[p++] = PULSE_BIT | 519;
BUFF[p++] = 591;
BUFF[p++] = PULSE_BIT | 564;
BUFF[p++] = 525;
BUFF[p++] = PULSE_BIT | 527;
BUFF[p++] = 1682;
BUFF[p++] = PULSE_BIT | 584;
BUFF[p++] = 514;
BUFF[p++] = PULSE_BIT | 568;
BUFF[p++] = 1639;
BUFF[p++] = PULSE_BIT | 592;
BUFF[p++] = 1612;
BUFF[p++] = PULSE_BIT | 571;
BUFF[p++] = 1632;
BUFF[p++] = PULSE_BIT | 583;
BUFF[p++] = 514;
BUFF[p++] = PULSE_BIT | 570;
BUFF[p++] = 533;
BUFF[p++] = PULSE_BIT | 571;
BUFF[p++] = 553;
BUFF[p++] = PULSE_BIT | 496;
BUFF[p++] = 585;
BUFF[p++] = PULSE_BIT | 521;
BUFF[p++] = 579;
BUFF[p++] = PULSE_BIT | 563;
BUFF[p++] = 553;
BUFF[p++] = PULSE_BIT | 549;
BUFF[p++] = 536;
BUFF[p++] = PULSE_BIT | 587;
BUFF[p++] = 513;
BUFF[p++] = PULSE_BIT | 521;
BUFF[p++] = 1686;
BUFF[p++] = PULSE_BIT | 567;
BUFF[p++] = 1637;
BUFF[p++] = PULSE_BIT | 586;
BUFF[p++] = 1617;
BUFF[p++] = PULSE_BIT | 582;
BUFF[p++] = 1621;
BUFF[p++] = PULSE_BIT | 657;
BUFF[p++] = 1545;
BUFF[p++] = PULSE_BIT | 600;
BUFF[p++] = 1604;
BUFF[p++] = PULSE_BIT | 600;
BUFF[p++] = 2672565;
BUFF[p++] = PULSE_BIT | 8825;
len = p*sizeof(lirc_t);
in = BUFF;
i = 0;
do {
i++; // test no
n = nec_decode(&in, &len);
switch (i) {
case 1:
assert(n == 0);
assert(in == (BUFF + 1));
break;
case 2:
assert(n == 0);
assert(in == (BUFF + 2));
break;
case 3:
assert(n == 0);
assert(in == (BUFF + 3));
break;
case 4:
assert(n == 1);
assert(strncmp(nec_DECODE_BUFF, "01011101000001011100000000111111", nec_DECODE_BUF_IDX) == 0);
break;
case 5:
case 6:
assert(n == 0);
break;
case 7:
assert(n == 1);
assert(strncmp(nec_DECODE_BUFF, "01011101000001011100000000111111", nec_DECODE_BUF_IDX) == 0);
break;
}
if (n == 1) nec_decode_reset();
} while (len>0);
fprintf(stderr, "nec_decode() -- tests OK\n");
}
{
lirc_t* out = NULL;
size_t n = 0;
n = nec_encode("", &out);
assert(n == 0);
assert(out==NULL);
n = nec_encode("1", &out);
assert(n == sizeof(lirc_t)*(2*1+2+1));
assert((out[0] == NEC_THEAD_PULSE) && (out[1] == NEC_THEAD_SPACE));
assert((out[2] == NEC_T0) && (out[3] == NEC_T1));
assert(out[4] == NEC_T0);
free(out);
n = nec_encode("0", &out);
assert(n == sizeof(lirc_t)*(2*1+2+1));
assert((out[0] == NEC_THEAD_PULSE) && (out[1] == NEC_THEAD_SPACE));
assert((out[2] == NEC_T0) && (out[3] == NEC_T0));
free(out);
n = nec_encode("110", &out);
assert(n == sizeof(lirc_t)*(2*3+2+1));
assert((out[0] == NEC_THEAD_PULSE) && (out[1] == NEC_THEAD_SPACE));
assert((out[2] == NEC_T0) && (out[3] == NEC_T1));
assert((out[4] == NEC_T0) && (out[5] == NEC_T1));
assert((out[6] == NEC_T0) && (out[7] == NEC_T0));
free(out);
fprintf(stderr, "nec_encode() -- tests OK\n");
}
}
