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.tags_sorted_by_file
executable file
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.tags_sorted_by_file
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Application Application.cpp /^Application::Application(char *infile) {$/;" f class:Application
deleteTest Application.cpp /^void Application::deleteTest() {$/;" f class:Application
fail Application.cpp /^void Application::fail() {$/;" f class:Application
findARandomNodeThatIsAlive Application.cpp /^int Application::findARandomNodeThatIsAlive() {$/;" f class:Application
getjoinaddr Application.cpp /^Address Application::getjoinaddr(void){$/;" f class:Application
handler Application.cpp /^void handler(int sig) {$/;" f
initTestKVPairs Application.cpp /^void Application::initTestKVPairs() {$/;" f class:Application
insertTestKVPairs Application.cpp /^void Application::insertTestKVPairs() {$/;" f class:Application
main Application.cpp /^int main(int argc, char *argv[]) {$/;" f
mp1Run Application.cpp /^void Application::mp1Run() {$/;" f class:Application
mp2Run Application.cpp /^void Application::mp2Run() {$/;" f class:Application
readTest Application.cpp /^void Application::readTest() {$/;" f class:Application
run Application.cpp /^int Application::run()$/;" f class:Application
updateTest Application.cpp /^void Application::updateTest() {$/;" f class:Application
~Application Application.cpp /^Application::~Application() {$/;" f class:Application
ARGS_COUNT Application.h 33;" d
Application Application.h /^class Application{$/;" c
FIRST_FAIL_TIME Application.h 38;" d
INSERT_TIME Application.h 35;" d
JOINADDR Application.h /^ char JOINADDR[30];$/;" m class:Application
KEY_LENGTH Application.h 42;" d
LAST_FAIL_TIME Application.h 39;" d
NUMBER_OF_INSERTS Application.h 41;" d
RF Application.h 40;" d
STABILIZE_TIME Application.h 37;" d
TEST_TIME Application.h 36;" d
TOTAL_RUNNING_TIME Application.h 34;" d
_APPLICATION_H_ Application.h 8;" d
alphanum Application.h /^static const char alphanum[] =$/;" v
en Application.h /^ EmulNet *en;$/;" m class:Application
en1 Application.h /^ EmulNet *en1;$/;" m class:Application
log Application.h /^ Log *log;$/;" m class:Application
mp1 Application.h /^ MP1Node **mp1;$/;" m class:Application
mp2 Application.h /^ MP2Node **mp2;$/;" m class:Application
nodeCount Application.h /^int nodeCount = 0;$/;" v
par Application.h /^ Params *par;$/;" m class:Application
testKVPairs Application.h /^ map<string, string> testKVPairs;$/;" m class:Application
ENcleanup EmulNet.cpp /^int EmulNet::ENcleanup() {$/;" f class:EmulNet
ENinit EmulNet.cpp /^void *EmulNet::ENinit(Address *myaddr, short port) {$/;" f class:EmulNet
ENrecv EmulNet.cpp /^int EmulNet::ENrecv(Address *myaddr, int (* enq)(void *, char *, int), struct timeval *t, int times, void *queue){$/;" f class:EmulNet
ENsend EmulNet.cpp /^int EmulNet::ENsend(Address *myaddr, Address *toaddr, char *data, int size) {$/;" f class:EmulNet
ENsend EmulNet.cpp /^int EmulNet::ENsend(Address *myaddr, Address *toaddr, string data) {$/;" f class:EmulNet
EmulNet EmulNet.cpp /^EmulNet::EmulNet(EmulNet &anotherEmulNet) {$/;" f class:EmulNet
EmulNet EmulNet.cpp /^EmulNet::EmulNet(Params *p)$/;" f class:EmulNet
operator = EmulNet.cpp /^EmulNet& EmulNet::operator =(EmulNet &anotherEmulNet) {$/;" f class:EmulNet
~EmulNet EmulNet.cpp /^EmulNet::~EmulNet() {}$/;" f class:EmulNet
EM EmulNet.h /^ EM() {}$/;" f class:EM
EM EmulNet.h /^class EM {$/;" c
ENBUFFSIZE EmulNet.h 12;" d
EmulNet EmulNet.h /^class EmulNet$/;" c
MAX_NODES EmulNet.h 10;" d
MAX_TIME EmulNet.h 11;" d
_EMULNET_H_ EmulNet.h 8;" d
buff EmulNet.h /^ en_msg* buff[ENBUFFSIZE];$/;" m class:EM
currbuffsize EmulNet.h /^ int currbuffsize;$/;" m class:EM
emulnet EmulNet.h /^ EM emulnet;$/;" m class:EmulNet
enInited EmulNet.h /^ int enInited;$/;" m class:EmulNet
en_msg EmulNet.h /^typedef struct en_msg {$/;" s
en_msg EmulNet.h /^}en_msg;$/;" t typeref:struct:en_msg
firsteltindex EmulNet.h /^ int firsteltindex;$/;" m class:EM
from EmulNet.h /^ Address from;$/;" m struct:en_msg
getCurrBuffSize EmulNet.h /^ int getCurrBuffSize() {$/;" f class:EM
getFirstEltIndex EmulNet.h /^ int getFirstEltIndex() {$/;" f class:EM
getNextId EmulNet.h /^ int getNextId() {$/;" f class:EM
nextid EmulNet.h /^ int nextid;$/;" m class:EM
operator = EmulNet.h /^ EM& operator = (EM &anotherEM) {$/;" f class:EM
par EmulNet.h /^ Params* par;$/;" m class:EmulNet
recv_msgs EmulNet.h /^ int recv_msgs[MAX_NODES + 1][MAX_TIME];$/;" m class:EmulNet
sent_msgs EmulNet.h /^ int sent_msgs[MAX_NODES + 1][MAX_TIME];$/;" m class:EmulNet
setFirstEltIndex EmulNet.h /^ void setFirstEltIndex(int firsteltindex) {$/;" f class:EM
setNextId EmulNet.h /^ void setNextId(int nextid) {$/;" f class:EM
settCurrBuffSize EmulNet.h /^ void settCurrBuffSize(int currbuffsize) {$/;" f class:EM
size EmulNet.h /^ int size;$/;" m struct:en_msg
to EmulNet.h /^ Address to;$/;" m struct:en_msg
~EM EmulNet.h /^ virtual ~EM() {}$/;" f class:EM
Entry Entry.cpp /^Entry::Entry(string _value, int _timestamp, ReplicaType _replica){$/;" f class:Entry
Entry Entry.cpp /^Entry::Entry(string entry){$/;" f class:Entry
convertToString Entry.cpp /^string Entry::convertToString() {$/;" f class:Entry
Entry Entry.h /^class Entry{$/;" c
delimiter Entry.h /^ string delimiter;$/;" m class:Entry
replica Entry.h /^ ReplicaType replica;$/;" m class:Entry
timestamp Entry.h /^ int timestamp;$/;" m class:Entry
value Entry.h /^ string value;$/;" m class:Entry
HashTable HashTable.cpp /^HashTable::HashTable() {}$/;" f class:HashTable
clear HashTable.cpp /^void HashTable::clear() {$/;" f class:HashTable
count HashTable.cpp /^unsigned long HashTable::count(string key) {$/;" f class:HashTable
create HashTable.cpp /^bool HashTable::create(string key, string value) {$/;" f class:HashTable
currentSize HashTable.cpp /^unsigned long HashTable::currentSize() {$/;" f class:HashTable
deleteKey HashTable.cpp /^bool HashTable::deleteKey(string key) {$/;" f class:HashTable
isEmpty HashTable.cpp /^bool HashTable::isEmpty() {$/;" f class:HashTable
read HashTable.cpp /^string HashTable::read(string key) {$/;" f class:HashTable
update HashTable.cpp /^bool HashTable::update(string key, string newValue) {$/;" f class:HashTable
~HashTable HashTable.cpp /^HashTable::~HashTable() {}$/;" f class:HashTable
HASHTABLE_H_ HashTable.h 8;" d
HashTable HashTable.h /^class HashTable {$/;" c
hashTable HashTable.h /^ map<string, string> hashTable;$/;" m class:HashTable
contains KVStoreGrader.sh /^function contains () {$/;" f
LOG Log.cpp /^void Log::LOG(Address *addr, const char * str, ...) {$/;" f class:Log
Log Log.cpp /^Log::Log(Params *p) {$/;" f class:Log
Log Log.cpp /^Log::Log(const Log &anotherLog) {$/;" f class:Log
logCreateFail Log.cpp /^void Log::logCreateFail(Address * address, bool isCoordinator, int transID, string key, string value){$/;" f class:Log
logCreateSuccess Log.cpp /^void Log::logCreateSuccess(Address * address, bool isCoordinator, int transID, string key, string value){$/;" f class:Log
logDeleteFail Log.cpp /^void Log::logDeleteFail(Address * address, bool isCoordinator, int transID, string key){$/;" f class:Log
logDeleteSuccess Log.cpp /^void Log::logDeleteSuccess(Address * address, bool isCoordinator, int transID, string key){$/;" f class:Log
logNodeAdd Log.cpp /^void Log::logNodeAdd(Address *thisNode, Address *addedAddr) {$/;" f class:Log
logNodeRemove Log.cpp /^void Log::logNodeRemove(Address *thisNode, Address *removedAddr) {$/;" f class:Log
logReadFail Log.cpp /^void Log::logReadFail(Address * address, bool isCoordinator, int transID, string key){$/;" f class:Log
logReadSuccess Log.cpp /^void Log::logReadSuccess(Address * address, bool isCoordinator, int transID, string key, string value){$/;" f class:Log
logUpdateFail Log.cpp /^void Log::logUpdateFail(Address * address, bool isCoordinator, int transID, string key, string newValue){$/;" f class:Log
logUpdateSuccess Log.cpp /^void Log::logUpdateSuccess(Address * address, bool isCoordinator, int transID, string key, string newValue){$/;" f class:Log
operator = Log.cpp /^Log& Log::operator = (const Log& anotherLog) {$/;" f class:Log
~Log Log.cpp /^Log::~Log() {}$/;" f class:Log
DBG_LOG Log.h 20;" d
Log Log.h /^class Log{$/;" c
MAGIC_NUMBER Log.h 19;" d
MAXWRITES Log.h 18;" d
STATS_LOG Log.h 21;" d
_LOG_H_ Log.h 8;" d
firstTime Log.h /^ bool firstTime;$/;" m class:Log
par Log.h /^ Params *par;$/;" m class:Log
MP1Node MP1Node.cpp /^MP1Node::MP1Node(Member *member, Params *params, EmulNet *emul, Log *log, Address *address) {$/;" f class:MP1Node
addMemberEntry MP1Node.cpp /^void MP1Node::addMemberEntry(int id, short port, long heartbeat) {$/;" f class:MP1Node
checkMessages MP1Node.cpp /^void MP1Node::checkMessages() {$/;" f class:MP1Node
enqueueWrapper MP1Node.cpp /^int MP1Node::enqueueWrapper(void *env, char *buff, int size) {$/;" f class:MP1Node
findMemberEntry MP1Node.cpp /^bool MP1Node::findMemberEntry(int id, short port) {$/;" f class:MP1Node
finishUpThisNode MP1Node.cpp /^int MP1Node::finishUpThisNode(){$/;" f class:MP1Node
getJoinAddress MP1Node.cpp /^Address MP1Node::getJoinAddress() {$/;" f class:MP1Node
getid MP1Node.cpp /^int MP1Node::getid(Address* addr) {$/;" f class:MP1Node
getport MP1Node.cpp /^short MP1Node::getport(Address* addr) {$/;" f class:MP1Node
initMemberListTable MP1Node.cpp /^void MP1Node::initMemberListTable(Member *memberNode) {$/;" f class:MP1Node
initThisNode MP1Node.cpp /^int MP1Node::initThisNode() {$/;" f class:MP1Node
introduceSelfToGroup MP1Node.cpp /^int MP1Node::introduceSelfToGroup(Address *joinaddr) {$/;" f class:MP1Node
isNullAddress MP1Node.cpp /^int MP1Node::isNullAddress(Address *addr) {$/;" f class:MP1Node
makeAddress MP1Node.cpp /^void MP1Node::makeAddress(Address* addr, int id, short port) {$/;" f class:MP1Node
nodeLoop MP1Node.cpp /^void MP1Node::nodeLoop() {$/;" f class:MP1Node
nodeLoopOps MP1Node.cpp /^void MP1Node::nodeLoopOps() {$/;" f class:MP1Node
nodeStart MP1Node.cpp /^void MP1Node::nodeStart(char *servaddrstr, short servport) {$/;" f class:MP1Node
printAddress MP1Node.cpp /^void MP1Node::printAddress(Address *addr)$/;" f class:MP1Node
recvCallBack MP1Node.cpp /^bool MP1Node::recvCallBack(void *env, char *data, int size ) {$/;" f class:MP1Node
recvLoop MP1Node.cpp /^int MP1Node::recvLoop() {$/;" f class:MP1Node
sendMemberList MP1Node.cpp /^void MP1Node::sendMemberList(Address* addr, MsgTypes msgtype)$/;" f class:MP1Node
updateMemberEntry MP1Node.cpp /^void MP1Node::updateMemberEntry(int id, short port, long heartbeat) {$/;" f class:MP1Node
~MP1Node MP1Node.cpp /^MP1Node::~MP1Node() {}$/;" f class:MP1Node
GOSSIP MP1Node.h /^ GOSSIP$/;" e enum:MsgTypes
JOINREP MP1Node.h /^ JOINREP,$/;" e enum:MsgTypes
JOINREQ MP1Node.h /^ JOINREQ,$/;" e enum:MsgTypes
MP1Node MP1Node.h /^class MP1Node {$/;" c
MessageHdr MP1Node.h /^typedef struct MessageHdr {$/;" s
MessageHdr MP1Node.h /^}MessageHdr;$/;" t typeref:struct:MessageHdr
MsgTypes MP1Node.h /^enum MsgTypes{$/;" g
NULLADDR MP1Node.h /^ char NULLADDR[6];$/;" m class:MP1Node
TFAIL MP1Node.h 22;" d
TREMOVE MP1Node.h 21;" d
_MP1NODE_H_ MP1Node.h 9;" d
emulNet MP1Node.h /^ EmulNet *emulNet;$/;" m class:MP1Node
getMemberNode MP1Node.h /^ Member * getMemberNode() {$/;" f class:MP1Node
log MP1Node.h /^ Log *log;$/;" m class:MP1Node
memberNode MP1Node.h /^ Member *memberNode;$/;" m class:MP1Node
msgType MP1Node.h /^ enum MsgTypes msgType;$/;" m struct:MessageHdr typeref:enum:MessageHdr::MsgTypes
par MP1Node.h /^ Params *par;$/;" m class:MP1Node
MP2Node MP2Node.cpp /^MP2Node::MP2Node(Member *memberNode, Params *par, EmulNet * emulNet, Log * log, Address * address) {$/;" f class:MP2Node
checkMessages MP2Node.cpp /^void MP2Node::checkMessages() {$/;" f class:MP2Node
clientCreate MP2Node.cpp /^void MP2Node::clientCreate(string key, string value) {$/;" f class:MP2Node
clientDelete MP2Node.cpp /^void MP2Node::clientDelete(string key){$/;" f class:MP2Node
clientRead MP2Node.cpp /^void MP2Node::clientRead(string key){$/;" f class:MP2Node
clientUpdate MP2Node.cpp /^void MP2Node::clientUpdate(string key, string value){$/;" f class:MP2Node
createKeyValue MP2Node.cpp /^bool MP2Node::createKeyValue(string key, string value, ReplicaType replica) {$/;" f class:MP2Node
deletekey MP2Node.cpp /^bool MP2Node::deletekey(string key) {$/;" f class:MP2Node
enqueueWrapper MP2Node.cpp /^int MP2Node::enqueueWrapper(void *env, char *buff, int size) {$/;" f class:MP2Node
findNodes MP2Node.cpp /^vector<Node> MP2Node::findNodes(string key) {$/;" f class:MP2Node
getMembershipList MP2Node.cpp /^vector<Node> MP2Node::getMembershipList() {$/;" f class:MP2Node
hashFunction MP2Node.cpp /^size_t MP2Node::hashFunction(string key) {$/;" f class:MP2Node
readKey MP2Node.cpp /^string MP2Node::readKey(string key) {$/;" f class:MP2Node
recvLoop MP2Node.cpp /^bool MP2Node::recvLoop() {$/;" f class:MP2Node
stabilizationProtocol MP2Node.cpp /^void MP2Node::stabilizationProtocol() {$/;" f class:MP2Node
updateKeyValue MP2Node.cpp /^bool MP2Node::updateKeyValue(string key, string value, ReplicaType replica) {$/;" f class:MP2Node
updateRing MP2Node.cpp /^void MP2Node::updateRing() {$/;" f class:MP2Node
~MP2Node MP2Node.cpp /^MP2Node::~MP2Node() {$/;" f class:MP2Node
MP2NODE_H_ MP2Node.h 8;" d
MP2Node MP2Node.h /^class MP2Node {$/;" c
emulNet MP2Node.h /^ EmulNet * emulNet;$/;" m class:MP2Node
getMemberNode MP2Node.h /^ Member * getMemberNode() {$/;" f class:MP2Node
hasMyReplicas MP2Node.h /^ vector<Node> hasMyReplicas;$/;" m class:MP2Node
haveReplicasOf MP2Node.h /^ vector<Node> haveReplicasOf;$/;" m class:MP2Node
ht MP2Node.h /^ HashTable * ht;$/;" m class:MP2Node
log MP2Node.h /^ Log * log;$/;" m class:MP2Node
memberNode MP2Node.h /^ Member *memberNode;$/;" m class:MP2Node
par MP2Node.h /^ Params *par;$/;" m class:MP2Node
ring MP2Node.h /^ vector<Node> ring;$/;" m class:MP2Node
Address Member.cpp /^Address::Address(const Address &anotherAddress) {$/;" f class:Address
Member Member.cpp /^Member::Member(const Member &anotherMember) {$/;" f class:Member
MemberListEntry Member.cpp /^MemberListEntry::MemberListEntry(const MemberListEntry &anotherMLE) {$/;" f class:MemberListEntry
MemberListEntry Member.cpp /^MemberListEntry::MemberListEntry(int id, short port): id(id), port(port) {}$/;" f class:MemberListEntry
MemberListEntry Member.cpp /^MemberListEntry::MemberListEntry(int id, short port, long heartbeat, long timestamp): id(id), port(port), heartbeat(heartbeat), timestamp(timestamp) {}$/;" f class:MemberListEntry
getheartbeat Member.cpp /^long MemberListEntry::getheartbeat() {$/;" f class:MemberListEntry
getid Member.cpp /^int MemberListEntry::getid() {$/;" f class:MemberListEntry
getport Member.cpp /^short MemberListEntry::getport() {$/;" f class:MemberListEntry
gettimestamp Member.cpp /^long MemberListEntry::gettimestamp() {$/;" f class:MemberListEntry
operator = Member.cpp /^Address& Address::operator =(const Address& anotherAddress) {$/;" f class:Address
operator = Member.cpp /^Member& Member::operator =(const Member& anotherMember) {$/;" f class:Member
operator = Member.cpp /^MemberListEntry& MemberListEntry::operator =(const MemberListEntry &anotherMLE) {$/;" f class:MemberListEntry
operator == Member.cpp /^bool Address::operator ==(const Address& anotherAddress) {$/;" f class:Address
q_elt Member.cpp /^q_elt::q_elt(void *elt, int size): elt(elt), size(size) {}$/;" f class:q_elt
setheartbeat Member.cpp /^void MemberListEntry::setheartbeat(long hearbeat) {$/;" f class:MemberListEntry
setid Member.cpp /^void MemberListEntry::setid(int id) {$/;" f class:MemberListEntry
setport Member.cpp /^void MemberListEntry::setport(short port) {$/;" f class:MemberListEntry
settimestamp Member.cpp /^void MemberListEntry::settimestamp(long timestamp) {$/;" f class:MemberListEntry
Address Member.h /^ Address() {}$/;" f class:Address
Address Member.h /^ Address(string address) {$/;" f class:Address
Address Member.h /^class Address {$/;" c
MEMBER_H_ Member.h 8;" d
Member Member.h /^ Member(): inited(false), inGroup(false), bFailed(false), nnb(0), heartbeat(0), pingCounter(0), timeOutCounter(0) {}$/;" f class:Member
Member Member.h /^class Member {$/;" c
MemberListEntry Member.h /^ MemberListEntry(): id(0), port(0), heartbeat(0), timestamp(0) {}$/;" f class:MemberListEntry
MemberListEntry Member.h /^class MemberListEntry {$/;" c
addr Member.h /^ Address addr;$/;" m class:Member
addr Member.h /^ char addr[6];$/;" m class:Address
bFailed Member.h /^ bool bFailed;$/;" m class:Member
elt Member.h /^ void *elt;$/;" m class:q_elt
getAddress Member.h /^ string getAddress() {$/;" f class:Address
heartbeat Member.h /^ long heartbeat;$/;" m class:Member
heartbeat Member.h /^ long heartbeat;$/;" m class:MemberListEntry
id Member.h /^ int id;$/;" m class:MemberListEntry
inGroup Member.h /^ bool inGroup;$/;" m class:Member
init Member.h /^ void init() {$/;" f class:Address
inited Member.h /^ bool inited;$/;" m class:Member
memberList Member.h /^ vector<MemberListEntry> memberList;$/;" m class:Member
mp1q Member.h /^ queue<q_elt> mp1q;$/;" m class:Member
mp2q Member.h /^ queue<q_elt> mp2q;$/;" m class:Member
myPos Member.h /^ vector<MemberListEntry>::iterator myPos;$/;" m class:Member
nnb Member.h /^ int nnb;$/;" m class:Member
pingCounter Member.h /^ int pingCounter;$/;" m class:Member
port Member.h /^ short port;$/;" m class:MemberListEntry
q_elt Member.h /^class q_elt {$/;" c
size Member.h /^ int size;$/;" m class:q_elt
timeOutCounter Member.h /^ int timeOutCounter;$/;" m class:Member
timestamp Member.h /^ long timestamp;$/;" m class:MemberListEntry
~Member Member.h /^ virtual ~Member() {}$/;" f class:Member
Message Message.cpp /^Message::Message(const Message& anotherMessage) {$/;" f class:Message
Message Message.cpp /^Message::Message(int _transID, Address _fromAddr, MessageType _type, bool _success){$/;" f class:Message
Message Message.cpp /^Message::Message(int _transID, Address _fromAddr, MessageType _type, string _key){$/;" f class:Message
Message Message.cpp /^Message::Message(int _transID, Address _fromAddr, MessageType _type, string _key, string _value){$/;" f class:Message
Message Message.cpp /^Message::Message(int _transID, Address _fromAddr, MessageType _type, string _key, string _value, ReplicaType _replica){$/;" f class:Message
Message Message.cpp /^Message::Message(int _transID, Address _fromAddr, string _value){$/;" f class:Message
Message Message.cpp /^Message::Message(string message){$/;" f class:Message
operator = Message.cpp /^Message& Message::operator =(const Message& anotherMessage) {$/;" f class:Message
toString Message.cpp /^string Message::toString(){$/;" f class:Message
MESSAGE_H_ Message.h 7;" d
Message Message.h /^class Message{$/;" c
delimiter Message.h /^ string delimiter;$/;" m class:Message
fromAddr Message.h /^ Address fromAddr;$/;" m class:Message
key Message.h /^ string key;$/;" m class:Message
replica Message.h /^ ReplicaType replica;$/;" m class:Message
success Message.h /^ bool success; \/\/ success or not $/;" m class:Message
transID Message.h /^ int transID;$/;" m class:Message
type Message.h /^ MessageType type;$/;" m class:Message
value Message.h /^ string value;$/;" m class:Message
Node Node.cpp /^Node::Node() {}$/;" f class:Node
Node Node.cpp /^Node::Node(Address address) {$/;" f class:Node
Node Node.cpp /^Node::Node(const Node& another) {$/;" f class:Node
computeHashCode Node.cpp /^void Node::computeHashCode() {$/;" f class:Node
getAddress Node.cpp /^Address * Node::getAddress() {$/;" f class:Node
getHashCode Node.cpp /^size_t Node::getHashCode() {$/;" f class:Node
operator < Node.cpp /^bool Node::operator < (const Node& another) const {$/;" f class:Node
operator = Node.cpp /^Node& Node::operator=(const Node& another) {$/;" f class:Node
setAddress Node.cpp /^void Node::setAddress(Address address) {$/;" f class:Node
setHashCode Node.cpp /^void Node::setHashCode(size_t hashCode) {$/;" f class:Node
~Node Node.cpp /^Node::~Node() {}$/;" f class:Node
NODE_H_ Node.h 8;" d
Node Node.h /^class Node {$/;" c
hashFunc Node.h /^ std::hash<string> hashFunc;$/;" m class:Node
nodeAddress Node.h /^ Address nodeAddress;$/;" m class:Node
nodeHashCode Node.h /^ size_t nodeHashCode;$/;" m class:Node
Params Params.cpp /^Params::Params(): PORTNUM(8001) {}$/;" f class:Params
getcurrtime Params.cpp /^int Params::getcurrtime(){$/;" f class:Params
setparams Params.cpp /^void Params::setparams(char *config_file) {$/;" f class:Params
CREATE_TEST Params.h /^enum testTYPE { CREATE_TEST, READ_TEST, UPDATE_TEST, DELETE_TEST };$/;" e enum:testTYPE
CRUDTEST Params.h /^ int CRUDTEST;$/;" m class:Params
DELETE_TEST Params.h /^enum testTYPE { CREATE_TEST, READ_TEST, UPDATE_TEST, DELETE_TEST };$/;" e enum:testTYPE
DROP_MSG Params.h /^ int DROP_MSG;$/;" m class:Params
EN_GPSZ Params.h /^ int EN_GPSZ; \/\/ actual number of peers$/;" m class:Params
MAX_MSG_SIZE Params.h /^ int MAX_MSG_SIZE;$/;" m class:Params
MAX_NNB Params.h /^ int MAX_NNB; \/\/ max number of neighbors$/;" m class:Params
MSG_DROP_PROB Params.h /^ double MSG_DROP_PROB; \/\/ message drop probability$/;" m class:Params
PORTNUM Params.h /^ short PORTNUM;$/;" m class:Params
Params Params.h /^class Params{$/;" c
READ_TEST Params.h /^enum testTYPE { CREATE_TEST, READ_TEST, UPDATE_TEST, DELETE_TEST };$/;" e enum:testTYPE
SINGLE_FAILURE Params.h /^ int SINGLE_FAILURE; \/\/ single\/multi failure$/;" m class:Params
STEP_RATE Params.h /^ double STEP_RATE; \/\/ dictates the rate of insertion$/;" m class:Params
UPDATE_TEST Params.h /^enum testTYPE { CREATE_TEST, READ_TEST, UPDATE_TEST, DELETE_TEST };$/;" e enum:testTYPE
_PARAMS_H_ Params.h 8;" d
allNodesJoined Params.h /^ int allNodesJoined;$/;" m class:Params
dropmsg Params.h /^ int dropmsg;$/;" m class:Params
globaltime Params.h /^ int globaltime;$/;" m class:Params
testTYPE Params.h /^enum testTYPE { CREATE_TEST, READ_TEST, UPDATE_TEST, DELETE_TEST };$/;" g
QUEUE_H_ Queue.h 8;" d
Queue Queue.h /^ Queue() {}$/;" f class:Queue
Queue Queue.h /^class Queue {$/;" c
enqueue Queue.h /^ static bool enqueue(queue<q_elt> *queue, void *buffer, int size) {$/;" f class:Queue
~Queue Queue.h /^ virtual ~Queue() {}$/;" f class:Queue
funcEntry Trace.cpp /^int Trace::funcEntry(char *funcName) {$/;" f class:Trace
funcExit Trace.cpp /^int Trace::funcExit(char *funcName, int f_rc) {$/;" f class:Trace
printToTrace Trace.cpp /^int Trace::printToTrace(char *keyMsg, char *valueMsg) {$/;" f class:Trace
traceFileClose Trace.cpp /^int Trace::traceFileClose() {$/;" f class:Trace
traceFileCreate Trace.cpp /^int Trace::traceFileCreate() {$/;" f class:Trace
LOG_FILE_LOCATION Trace.h 15;" d
TRACE_H_ Trace.h 8;" d
Trace Trace.h /^class Trace {$/;" c
logF Trace.h /^ FILE *logF;$/;" m class:Trace
COMMON_H_ common.h 2;" d
CREATE common.h /^enum MessageType {CREATE, READ, UPDATE, DELETE, REPLY, READREPLY};$/;" e enum:MessageType
DELETE common.h /^enum MessageType {CREATE, READ, UPDATE, DELETE, REPLY, READREPLY};$/;" e enum:MessageType
MessageType common.h /^enum MessageType {CREATE, READ, UPDATE, DELETE, REPLY, READREPLY};$/;" g
PRIMARY common.h /^enum ReplicaType {PRIMARY, SECONDARY, TERTIARY};$/;" e enum:ReplicaType
READ common.h /^enum MessageType {CREATE, READ, UPDATE, DELETE, REPLY, READREPLY};$/;" e enum:MessageType
READREPLY common.h /^enum MessageType {CREATE, READ, UPDATE, DELETE, REPLY, READREPLY};$/;" e enum:MessageType
REPLY common.h /^enum MessageType {CREATE, READ, UPDATE, DELETE, REPLY, READREPLY};$/;" e enum:MessageType
ReplicaType common.h /^enum ReplicaType {PRIMARY, SECONDARY, TERTIARY};$/;" g
SECONDARY common.h /^enum ReplicaType {PRIMARY, SECONDARY, TERTIARY};$/;" e enum:ReplicaType
TERTIARY common.h /^enum ReplicaType {PRIMARY, SECONDARY, TERTIARY};$/;" e enum:ReplicaType
UPDATE common.h /^enum MessageType {CREATE, READ, UPDATE, DELETE, REPLY, READREPLY};$/;" e enum:MessageType
g_transID common.h /^static int g_transID = 0;$/;" v
DEBUGLOG stdincludes.h 43;" d
FAILURE stdincludes.h 14;" d
RING_SIZE stdincludes.h 13;" d
STDCLLBKARGS stdincludes.h 41;" d
STDCLLBKRET stdincludes.h 42;" d
SUCCESS stdincludes.h 15;" d
_STDINCLUDES_H_ stdincludes.h 8;" d
NullDevice submit.py /^class NullDevice:$/;" c
StringIO submit.py /^import StringIO$/;" i
URL submit.py /^URL = 'cloudcomputing2-001'$/;" v
URL_BASE submit.py /^URL_BASE = "https:\/\/class.coursera.org\/"$/;" v
basicPrompt submit.py /^def basicPrompt():$/;" f
challengeResponse submit.py /^def challengeResponse(email, passwd, challenge):$/;" f
challenge_url submit.py /^def challenge_url():$/;" f
email submit.py /^import email$/;" i
email submit.py /^import email.encoders$/;" i
email submit.py /^import email.message$/;" i
encoders submit.py /^import email.encoders$/;" i
getChallenge submit.py /^def getChallenge(email, sid):$/;" f
hashlib submit.py /^import hashlib$/;" i
loginPrompt submit.py /^def loginPrompt():$/;" f
message submit.py /^import email.message$/;" i
outFiles submit.py /^outFiles = ['dbg.log', 'dbg.log', 'dbg.log', 'dbg.log'] $/;" v
partFriendlyNames submit.py /^partFriendlyNames = ['Create Test', 'Delete Test', 'Read Test', 'Update Test'] $/;" v
partIds submit.py /^partIds = ['mp2_create', 'mp2_delete', 'mp2_read', 'mp2_update']$/;" v
partPrompt submit.py /^def partPrompt():$/;" f
random submit.py /^import random$/;" i
source submit.py /^def source(partIdx):$/;" f
submit submit.py /^def submit(): $/;" f
submitSolution submit.py /^def submitSolution(email_address, ch_resp, sid, output, state, ch_aux):$/;" f
submit_url submit.py /^def submit_url():$/;" f
subprocess submit.py /^import subprocess$/;" i
sys submit.py /^import sys$/;" i
urllib submit.py /^import urllib$/;" i
urllib2 submit.py /^import urllib2$/;" i
write submit.py /^ def write(self, s):$/;" m class:NullDevice
!_TAG_FILE_SORTED 1 /0=unsorted, 1=sorted, 2=foldcase/
!_TAG_FILE_FORMAT 2 /extended format; --format=1 will not append ;" to lines/
!_TAG_PROGRAM_VERSION 5.8 //
!_TAG_PROGRAM_AUTHOR Darren Hiebert /dhiebert@users.sourceforge.net/
!_TAG_PROGRAM_NAME Exuberant Ctags //
!_TAG_PROGRAM_URL http://ctags.sourceforge.net /official site/