// remove - determine which bucket; determine if the value
// we want to remove is in that bucket
void remove(Hashtable* h, Hashkey key, void* data) {
int index = hash(key, h->num_buckets);
List *bucket = h->buckets[index];
if (bucket != NULL) {
removeIfExists(bucket, data);
}
}
void ThinBlockManager::finishBlock(const uint256& h) {
CBlock block;
try {
block = builders[h].builder.finishBlock();
}
catch (thinblock_error& e) {
LogPrintf("%s\n", e.what());
assert(!"FIXME: Handle finishBlock failing");
}
typedef std::set<ThinBlockWorker*>::iterator auto_;
std::vector<NodeId> peers;
std::set<ThinBlockWorker*> workers = builders[h].workers;
for (auto_ w = workers.begin(); w != workers.end(); ++w)
peers.push_back((*w)->nodeID());
removeIfExists(h);
ThinBlockFinishedCallb& callb = *finishedCallb;
callb(block, peers);
}
