BSONObj MemberConfig::toBSON(const ReplicaSetTagConfig& tagConfig) const {
BSONObjBuilder configBuilder;
configBuilder.append("_id", _id);
configBuilder.append("host", _host.toString());
configBuilder.append("arbiterOnly", _arbiterOnly);
configBuilder.append("buildIndexes", _buildIndexes);
configBuilder.append("hidden", _hidden);
configBuilder.append("priority", _priority);
BSONObjBuilder tags(configBuilder.subobjStart("tags"));
for (std::vector<ReplicaSetTag>::const_iterator tag = _tags.begin(); tag != _tags.end();
tag++) {
std::string tagKey = tagConfig.getTagKey(*tag);
if (tagKey[0] == '$') {
// Filter out internal tags
continue;
}
tags.append(tagKey, tagConfig.getTagValue(*tag));
}
tags.done();
configBuilder.append("slaveDelay", durationCount<Seconds>(_slaveDelay));
configBuilder.append("votes", getNumVotes());
return configBuilder.obj();
}
BSONObj MemberConfig::toBSON(const ReplicaSetTagConfig& tagConfig) const {
BSONObjBuilder configBuilder;
configBuilder.append("_id", _id);
configBuilder.append("host", _host.toString());
configBuilder.append("arbiterOnly", _arbiterOnly);
configBuilder.append("buildIndexes", _buildIndexes);
configBuilder.append("hidden", _hidden);
configBuilder.append("priority", _priority);
BSONObjBuilder tags(configBuilder.subobjStart("tags"));
for (std::vector<ReplicaSetTag>::const_iterator tag = _tags.begin();
tag != _tags.end();
tag++) {
tags.append(tagConfig.getTagKey(*tag), tagConfig.getTagValue(*tag));
}
tags.done();
configBuilder.append("slaveDelay", _slaveDelay.total_seconds());
configBuilder.append("votes", getNumVotes());
return configBuilder.obj();
}
void MockReplicaSet::mockIsMasterCmd() {
for (ReplNodeMap::iterator nodeIter = _nodeMap.begin(); nodeIter != _nodeMap.end();
++nodeIter) {
const string& hostAndPort = nodeIter->first;
BSONObjBuilder builder;
builder.append("setName", _setName);
const MemberConfig* member = _replConfig.findMemberByHostAndPort(HostAndPort(hostAndPort));
if (!member) {
builder.append("ismaster", false);
builder.append("secondary", false);
vector<string> hostList;
builder.append("hosts", hostList);
} else {
const bool isPrimary = hostAndPort == getPrimary();
builder.append("ismaster", isPrimary);
builder.append("secondary", !isPrimary);
{
// TODO: add passives & arbiters
vector<string> hostList;
hostList.push_back(getPrimary());
const vector<string> secondaries = getSecondaries();
for (vector<string>::const_iterator secIter = secondaries.begin();
secIter != secondaries.end();
++secIter) {
hostList.push_back(*secIter);
}
builder.append("hosts", hostList);
}
builder.append("primary", getPrimary());
if (member->isArbiter()) {
builder.append("arbiterOnly", true);
}
if (member->getPriority() == 0 && !member->isArbiter()) {
builder.append("passive", true);
}
if (member->getSlaveDelay().count()) {
builder.appendIntOrLL("slaveDelay",
durationCount<Seconds>(member->getSlaveDelay()));
}
if (member->isHidden()) {
builder.append("hidden", true);
}
if (!member->shouldBuildIndexes()) {
builder.append("buildIndexes", false);
}
const ReplicaSetTagConfig tagConfig = _replConfig.getTagConfig();
if (member->hasTags(tagConfig)) {
BSONObjBuilder tagBuilder;
for (MemberConfig::TagIterator tag = member->tagsBegin(); tag != member->tagsEnd();
++tag) {
std::string tagKey = tagConfig.getTagKey(*tag);
if (tagKey[0] == '$') {
// Filter out internal tags
continue;
}
tagBuilder.append(tagKey, tagConfig.getTagValue(*tag));
}
builder.append("tags", tagBuilder.done());
}
}
builder.append("me", hostAndPort);
builder.append("ok", true);
nodeIter->second->setCommandReply("ismaster", builder.done());
}
}