// create hashname from intermediate values as hex/base32 key/value pairs hashname_t hashname_key(lob_t key, uint8_t csid) { unsigned int i, start; uint8_t hash[64]; char *id, *value, hexid[3]; hashname_t hn = NULL; if(!key) return LOG("invalid args"); util_hex(&csid, 1, hexid); // get in sorted order lob_sort(key); // loop through all keys rolling up for(i=0;(id = lob_get_index(key,i));i+=2) { value = lob_get_index(key,i+1); if(strlen(id) != 2 || !util_ishex(id,2) || !value) continue; // skip non-id keys // hash the id util_unhex(id,2,hash+32); start = (i == 0) ? 32 : 0; // only first one excludes previous rollup e3x_hash(hash+start,(32-start)+1,hash); // hash in place // get the value from the body if matching csid arg if(util_cmp(id, hexid) == 0) { if(key->body_len == 0) return LOG("missing key body"); // hash the body e3x_hash(key->body,key->body_len,hash+32); }else{ if(strlen(value) != 52) return LOG("invalid value %s %d",value,strlen(value)); if(base32_decode(value,52,hash+32,32) != 32) return LOG("base32 decode failed %s",value); } e3x_hash(hash,64,hash); } if(!i || i % 2 != 0) return LOG("invalid keys %d",i); hn = hashname_new(hash); return hn; }
int main(int argc, char **argv) { lob_t packet; packet = lob_new(); fail_unless(packet); lob_free(packet); uint8_t buf[1024]; char *hex = "001d7b2274797065223a2274657374222c22666f6f223a5b22626172225d7d616e792062696e61727921"; uint8_t len = strlen(hex)/2; util_unhex(hex,strlen(hex),buf); packet = lob_parse(buf,len); fail_unless(packet); fail_unless(lob_len(packet)); fail_unless(packet->head_len == 29); fail_unless(packet->body_len == 11); fail_unless(util_cmp(lob_get(packet,"type"),"test") == 0); fail_unless(util_cmp(lob_get(packet,"foo"),"[\"bar\"]") == 0); lob_free(packet); packet = lob_new(); lob_set_base32(packet,"32",buf,len); fail_unless(lob_get(packet,"32")); fail_unless(strlen(lob_get(packet,"32")) == (base32_encode_length(len)-1)); lob_t bin = lob_get_base32(packet,"32"); fail_unless(bin); fail_unless(bin->body_len == len); lob_set(packet,"key","value"); fail_unless(lob_keys(packet) == 2); // test sorting lob_set(packet,"zz","value"); lob_set(packet,"a","value"); lob_set(packet,"z","value"); lob_sort(packet); fail_unless(util_cmp(lob_get_index(packet,0),"32") == 0); fail_unless(util_cmp(lob_get_index(packet,2),"a") == 0); fail_unless(util_cmp(lob_get_index(packet,4),"key") == 0); fail_unless(util_cmp(lob_get_index(packet,6),"z") == 0); fail_unless(util_cmp(lob_get_index(packet,8),"zz") == 0); lob_free(packet); // minimal comparison test lob_t a = lob_new(); lob_set(a,"foo","bar"); lob_t b = lob_new(); lob_set(b,"foo","bar"); fail_unless(lob_cmp(a,b) == 0); lob_set(b,"bar","foo"); fail_unless(lob_cmp(a,b) != 0); // lots of basic list testing lob_t list = lob_new(); lob_t item = lob_new(); fail_unless(lob_push(list,item)); fail_unless(lob_pop(list) == item); list = item->next; fail_unless((list = lob_unshift(list,item))); fail_unless(lob_shift(list) == item); list = item->next; fail_unless(lob_push(list,item)); fail_unless(list->next == item); lob_t insert = lob_new(); fail_unless(lob_insert(list,list,insert)); fail_unless(list->next == insert); fail_unless(insert->next == item); fail_unless(lob_splice(list,insert)); fail_unless(list->next == item); lob_t array = lob_array(list); fail_unless(array); fail_unless(util_cmp(lob_json(array),"[,]") == 0); fail_unless(lob_freeall(list) == NULL); // simple index testing lob_t index = lob_new(); lob_t c1 = lob_new(); lob_set(c1,"id","c1"); lob_push(index,c1); lob_t c2 = lob_new(); lob_set(c2,"id","c2"); lob_push(index,c2); fail_unless(lob_match(index,"id","c1") == c1); fail_unless(lob_match(index,"id","c2") == c2); float f = 42.42; lob_t ft = lob_new(); lob_head(ft,(uint8_t*)"{\"foo\":42.42}",13); fail_unless(lob_get_float(ft,"foo") == f); lob_set_float(ft,"bar2",f,2); fail_unless(lob_get_float(ft,"bar2") == f); lob_set_float(ft,"bar1",f,1); fail_unless(lob_get_cmp(ft,"bar1","42.4") == 0); lob_set_float(ft,"bar0",f,0); fail_unless(lob_get_int(ft,"bar0") == 42); LOG("floats %s",lob_json(ft)); return 0; }