Searched refs:node (Results 1 – 11 of 11) sorted by relevance
77 node->prev_ = tail_; in push_back()78 tail_->next_ = node; in push_back()79 tail_ = node; in push_back()81 tail_ = node; in push_back()82 head_ = node; in push_back()88 if (head_ == node && tail_ == node) { in erase()95 assert(node->next_); in erase()106 node->next_->prev_ = node->prev_; in erase()107 node->prev_->next_ = node->next_; in erase()301 if (node->key_ == key && node->lotid_ == lotid_) { in unpark()[all …]
25 Node* node = new Node{cfd, head_.load(std::memory_order_relaxed)}; in ScheduleWork() local27 node->next, node, std::memory_order_relaxed, std::memory_order_relaxed)) { in ScheduleWork()43 Node* node = head_.load(std::memory_order_relaxed); in TakeNextColumnFamily() local44 head_.store(node->next, std::memory_order_relaxed); in TakeNextColumnFamily()45 ColumnFamilyData* cfd = node->column_family; in TakeNextColumnFamily()46 delete node; in TakeNextColumnFamily()
12 * node (tested onv0.10.33, no guarantees on anything else!)13 * node-gyp14 * python2 (for node-gyp; tested with 2.7.8)19 the arguments `--python /path/to/python2` to the `node-gyp` commands.25 2. Run `node-gyp configure` to generate the build.27 3. Run `node-gyp build` to compile RDB.35 just a shell script that runs the node shell and loads the constructor for the
3 node -e "RDB = require('./build/Release/rdb').DBWrapper; console.log('Loaded rocksdb in variable RD…
19 class DBWrapper : public node::ObjectWrap {
41 uint64_t operator()(const Node& node) { in operator ()()42 return std::hash<uint64_t>()(node.key_); in operator ()()73 uint64_t operator()(const Node* node) { in operator ()()74 return std::hash<uint64_t>()(node->key_); in operator ()()
106 size_t operator()(BlockInfo* node) const { in operator()107 return std::hash<std::string>()(node->key_); in operator()
258 uint64_t operator()(const Node& node) { in operator ()()259 return std::hash<uint64_t>()(node.key_); in operator ()()
28 …a DB of size 86G on HDD and emulate the small memory that is present to a node with 100TB of data …32 …small memory that would be available in presence of other DBs on the same node by by using direct …
39 …ations need a resilient and distributed storage solution, not just single-node storage. We are con…
1842 auto node = iter_deref_func(cf_iter); in MultiCFSnapshot() local1843 node->super_version = GetAndRefSuperVersion(node->cfd); in MultiCFSnapshot()1886 auto node = iter_deref_func(cf_iter); in MultiCFSnapshot() local1887 SuperVersion* super_version = node->super_version; in MultiCFSnapshot()1888 ColumnFamilyData* cfd = node->cfd; in MultiCFSnapshot()1892 node->super_version = nullptr; in MultiCFSnapshot()1911 auto node = iter_deref_func(cf_iter); in MultiCFSnapshot() local1913 node->super_version = GetAndRefSuperVersion(node->cfd); in MultiCFSnapshot()1915 node->super_version = node->cfd->GetSuperVersion()->Ref(); in MultiCFSnapshot()1931 node->super_version->mem->GetEarliestSequenceNumber(); in MultiCFSnapshot()