/* Initialize module. */
void cfwCstrNew(cfwCtx g) {
cstrCtx h = cfwMemNew(g, sizeof(struct cstrCtx_));
/* Link contexts */
h->g = g;
g->ctx.cstr = h;
dnaINIT(g->ctx.dnaFail, h->cstr, 500, 5000);
dnaINIT(g->ctx.dnaFail, h->masks, 30, 60);
dnaINIT(g->ctx.dnaFail, h->hints, 10, 40);
dnaINIT(g->ctx.dnaFail, h->cntrs, 1, 10);
/* Open tmp stream */
g->stm.tmp = g->cb.stm.open(&g->cb.stm, CFW_TMP_STREAM_ID, 0);
if (g->stm.tmp == NULL) {
cfwFatal(g, cfwErrTmpStream, NULL);
}
h->tmpoff = 0;
/* Initialize warning accumulator */
memset(h->warning, 0, sizeof(h->warning));
/* Used as charstring separator for subroutinizer */
h->unique = 0;
}
/* Initialize module. */
void cfwDictNew(cfwCtx g) {
dictCtx h = cfwMemNew(g, sizeof(struct dictCtx_));
/* Link contexts */
h->g = g;
g->ctx.dict = h;
dnaINIT(g->ctx.dnaSafe, h->tmp, 30, 10);
}
/* Initialize module. */
void cfwEncodingNew(cfwCtx g) {
encodingCtx h = (encodingCtx)cfwMemNew(g, sizeof(struct encodingCtx_));
/* Link contexts */
h->g = g;
g->ctx.encoding = h;
dnaINIT(g->ctx.dnaSafe, h->encodings, 1, 10);
h->encodings.func = initEncoding;
}
