static bool lzfZipCol(int i, cr_t *cr, cz_t *cz, uint32 *tlen, uint32 *mtlen) {
INCRBY(*tlen, cr->slens[i]);
uint32 mlen = MAX(4, cr->slens[i] + 4);
uint32 n = cz->lzf_n;
cz->lzf_s[n] = malloc(mlen); /* FREE ME 034 */
cz->lzf_l[n] = lzf_compress(cr->strs[i], cr->slens[i], cz->lzf_s[n], mlen);
if (!cz->lzf_l[n]) return 0;
cz->lsocl[n] = _cr8Icol(cr->slens[i], &ucdum, &cz->socl[n]);
INCRBY(*mtlen, (cz->lsocl[cz->lzf_n] + cz->lzf_l[cz->lzf_n]));
INCR(cz->lzf_n)
return 1;
}
static void wUCol(uchar **row, uchar sflag, ulong icol, bool isi) {
if (!sflag) return;
if (sflag == COL_1BYTE_INT) {
**row = (char)icol;
INCR(*row);
} else if (sflag == COL_2BYTE_INT) {
memcpy(*row, &icol, 2);
INCRBY(*row, 2);
} else if (sflag == COL_4BYTE_INT) {
memcpy(*row, &icol, 4);
INCRBY(*row, 4);
} else {
if (isi) { /* INT */
**row = COL_5BYTE_INT;
INCR(*row);
memcpy(*row, &icol, 4);
INCRBY(*row, 4);
} else if (sflag == COL_6BYTE_INT) { /* LONG */
memcpy(*row, &icol, 6);
INCRBY(*row, 6);
} else if (sflag == COL_8BYTE_INT) {
memcpy(*row, &icol, 8);
INCRBY(*row, 8);
} else {
**row = COL_9BYTE_INT;
INCR(*row);
memcpy(*row, &icol, 8);
INCRBY(*row, 8);
}
}
}
// U160 U160 U160 U160 U160 U160 U160 U160 U160 U160 U160 U160 U160 U160
void writeU160Col(uchar **row, uint160 ycol) {
memcpy(*row, &ycol, AS_DIGEST_KEY_SZ);
INCRBY(*row, AS_DIGEST_KEY_SZ);
}
// STREAM_U128_COL STREAM_U128_COL STREAM_U128_COL STREAM_U128_COL
//TODO U128's can be packed as 2 StreamUlongs - probably not needed
void writeU128Col(uchar **row, uint128 xcol) {
memcpy(*row, &xcol, 16);
INCRBY(*row, 16);
}