public static void clearAllEnableGWData() {
TagTimeEntry[] ttes = OpPerfBridge.getAllEnableProfilerData();
for (TagTimeEntry tte : ttes) {
tte.clear();
// 如果是流量数据，还要同时reset
String key = tte.getName();
NetUtils.clearNetValue(key);
}
}
public static void saveAllEnableGWData(GWSaveEntry saveEntry) {
setLastSaveFolder(saveEntry.path3);
String now = GTUtils.getSaveDate();
saveEntry.setNow(now);
TagTimeEntry[] ttes = OpPerfBridge.getAllEnableProfilerData();
for (TagTimeEntry tte : ttes) {
if (null != tte && tte.getAlias().equals("SM")) {
LogUtils.writeGWDataForSM(saveEntry, tte);
} else {
LogUtils.writeGWData(saveEntry, tte);
}
}
LogUtils.writeGWDesc(saveEntry, ttes);
}
public void clearAllCache() {
if (started) {
return;
}
startedOnceUntilNotClear = false;
if (null != groupMap) {
for (GroupTimeEntry gte : groupMap.values()) {
for (TagTimeEntry tte : gte.entrys()) {
tte.clear();
}
gte.clear();
}
groupMap.clear();
}
}
public void setState(boolean flag) {
started = flag;
if (flag) {
startedOnceUntilNotClear = true;
}
// GTPref.getGTPref().edit().putBoolean(GTPref.PERF_MASTER_SWITCH, started).commit();
if (!started) {
for (GroupTimeEntry gte : groupMap.values()) {
for (TagTimeEntry tte : gte.entrys()) {
/*
* 后面处理注意，这个操作之后如果TagTimeEntry对象收到对应的
* 一条endTime消息，则是上次消费的，需要丢弃，
* 即在lastStart==0时，只有收到startTime消息才是开始有效的。
* 同一个线程内，不需要担心乱序、多条的问题
*/
tte.setLastStart(0);
}
}
}
}
/** 规定不区分线程的tid为0，被测程序的线程号为正数，GT控制台的线程号为负数 */
public void startTime(long tid, String group, String tag, int exKey, long start, int funcId) {
if (null != group && null != tag) {
GroupTimeEntry groupEntry = groupMap.get(group);
if (null == groupEntry) {
groupEntry = new GroupTimeEntry(group);
lock.lock();
groupMap.put(group, groupEntry);
lock.unlock();
}
// 从Group中取出由tag, tid, exKey共同标示的TagTimeEntry对象
TagTimeEntry tagEntry = groupEntry.getThreadEntry(tag, tid, exKey);
if (null == tagEntry) {
tagEntry = new TagTimeEntry(groupEntry);
tagEntry.setName(tag);
tagEntry.setTid(tid);
tagEntry.setExkey(exKey);
/*
* funcId用的是PERF_START_TIME_GLOBAL或PERF_START_DIGITAL_GLOBAL
* 对于后面的使用只是保证UI精度，不会做其他依赖funcId的逻辑计算
*/
tagEntry.setFunctionId(funcId);
groupEntry.addEntry(tagEntry);
}
tagEntry.setLastStart(start);
}
}
/** 记录单点的性能数据（start和end这种成对的称为双点性能数据），也按tid区分全局的还是线程的 */
public void recordDigital(long tid, String group, String tag, long[] datas, int funcId) {
if (!started) {
return;
}
if (null != group && null != tag) {
GroupTimeEntry groupEntry = groupMap.get(group);
if (null == groupEntry) {
groupEntry = new GroupTimeEntry(group);
lock.lock();
groupMap.put(group, groupEntry);
lock.unlock();
}
// 从Group中取出由tag, tid共同标示的统计对象（exKey无用）
TagTimeEntry staticsTagTimeEntry = groupEntry.getStaticsEntry(tag, tid);
if (null == staticsTagTimeEntry) {
staticsTagTimeEntry = new TagTimeEntry(groupEntry);
staticsTagTimeEntry.setName(tag);
staticsTagTimeEntry.setTid(tid);
staticsTagTimeEntry.setFunctionId(funcId);
staticsTagTimeEntry.initChildren(datas.length - 1);
groupEntry.addStaticsEntry(staticsTagTimeEntry);
}
if (Functions.PERF_DIGITAL_MULT == funcId || Functions.PERF_DIGITAL_MULT_MEM == funcId) {
TagTimeEntry[] subEntrys = staticsTagTimeEntry.getSubTagEntrys();
for (int i = 0; i < subEntrys.length; i++) {
TagTimeEntry subEntry = subEntrys[i];
subEntry.add(datas[i]);
}
staticsTagTimeEntry.add(datas[0]); // TODO 得记录一个维度的值，否则外面UI无法展示
} else {
staticsTagTimeEntry.add(datas[0]);
}
}
}
public long endTime(long tid, String group, String tag, int exKey, long end, int funcId) {
if (null != group && null != tag) {
GroupTimeEntry groupEntry = null;
TagTimeEntry tagEntry = null;
if (null == groupMap.get(group)) {
return -1;
}
groupEntry = groupMap.get(group);
if (null == groupEntry) {
return -1;
}
tagEntry = groupEntry.getThreadEntry(tag, tid, exKey);
if (null == tagEntry) {
return -1;
}
if (tagEntry.getLastStart() <= 0) {
return -1;
}
long reduce = end - tagEntry.getLastStart();
tagEntry.setLastStart(0);
if (started) {
// 在对应的统计对象中加入差值，注意统计值是不关注exKey的
TagTimeEntry staticsTagTimeEntry = groupEntry.getStaticsEntry(tag, tid);
staticsTagTimeEntry.add(reduce);
}
return reduce;
}
return -1;
}