DebuggerCommand::sendImpl(thrift);

thrift.write(m_out);

thrift.write(m_threads);

DebuggerCommand::recvImpl(thrift);

thrift.read(m_out);

thrift.read(m_threads);

if (client.argCount() == 0) {

static const char *keywords[] =

{ "list", "normal", "sticky", "exclusive", nullptr };

client.addCompletion(keywords);

}

client.helpTitle("Thread Command");

client.helpCmds(

"[t]hread", "displays current thread's information",

"[t]hread [l]ist", "lists all threads at break",

"[t]hread {index}", "switches to the specified thread",

"[t]hread [n]ormal", "breaks all threads",

"[t]hread [s]ticky", "only send command to current thread",

"[t]hread [e]xclusive", "only break current thread",

nullptr

);

client.helpBody(

"Use '[t]hread' alone to display information of current thread.\n"

"\n"

"When a thread is at break, you may specify how other threads should "

"behave if they also happen to hit some breakpoints. Normally, other "

"threads will also break, and they will interrupt debugger session "

"with their breakpoints. So breaks from different threads may interleave. "

"If '[t]hread [s]ticky' is specified, all other threads will wait until "

"current thread is finished. This will help debugging to focus on just "

"one thread without losing breaks from other threads. If there is no need "

"to hold up any other threads, use '[t]hread [e]xclusive'. Then other "

"threads will not break at all. This mode is useful for live debugging "

"a production server, without interrupting many threads at a time. Use "

"'[t]hread [n]ormal' to change thread mode back to normal.\n"

"\n"

"Some debugging commands will automatically turn thread mode to sticky. "

"These include continue, step, next or out commands with a counter of "

"more than 1. These commands imply non-interruption from another thread. "

"The mode will remain even after these commands until '[t]hread [n]ormal' "

"is issued."

"\n"

"When multple threads hit breakpoints at the same time, use '[t]hread "

"[l]ist' command to display their indices, which can be used to switch "

"between them with '[t]hread {index}'."

);

m_body = "list";

CmdThreadPtr res = client.xend<CmdThread>(this);

client.updateThreads(res->m_threads);

if (!output) return;

for (int i = 0; i < (int)res->m_threads.size(); i++) {

DThreadInfoPtr thread = res->m_threads[i];

const char *flag = " ";

if (thread->m_id == client.getCurrentThreadId()) {

flag = "*";

}

client.print("%4d %s %s (%" PRId64 ") %s\n %s", thread->m_index,

flag, thread->m_type.c_str(), thread->m_id,

thread->m_url.c_str(), thread->m_desc.c_str());

}

if (DebuggerCommand::displayedHelp(client)) return;

if (client.argCount() > 1) {

help(client);

return;

}

if (client.argCount() == 0) {

m_body = "info";

CmdThreadPtr res = client.xend<CmdThread>(this);

client.print(res->m_out);

} else if (client.arg(1, "list")) {

processList(client);

} else if (client.arg(1, "normal")) {

m_body = "normal";

client.sendToServer(this);

client.info("Thread is running in normal mode now. Other threads will "

"interleave when they hit breakpoints as well.");

} else if (client.arg(1, "sticky")) {

m_body = "sticky";

client.sendToServer(this);

client.info("Thread is running in sticky mode now. All other threads "

"will wait until this thread finishes, when they hit "

"breakpoints.");

} else if (client.arg(1, "exclusive")) {

m_body = "exclusive";

client.sendToServer(this);

client.info("Thread is running in exclusive mode now. All other threads "

"will not break, even when they hit breakpoints.");

} else {

string snum = client.argValue(1);

if (!DebuggerClient::IsValidNumber(snum)) {

client.error("'[t]hread {index}' needs a numeric argument.");

client.tutorial(

"You will have to run '[t]hread [l]ist' first to see a list of valid "

"numbers or indices to specify. Thread 1 is always your current "

"thread. If that's the only thread on the list, you do not have "

"another thread at break to switch to."

);

return;

}

int num = atoi(snum.c_str());

DThreadInfoPtr thread = client.getThread(num);

if (!thread) {

processList(client, false);

thread = client.getThread(num);

if (!thread) {

client.error("\"%s\" is not a valid thread index. Choose one from "

"this list:", snum.c_str());

processList(client);

return;

}

}

if (thread->m_id == client.getCurrentThreadId()) {

client.info("This is your current thread already.");

return;

}

m_body = "switch";

m_threads.push_back(thread);

client.sendToServer(this);

throw DebuggerConsoleExitException();

}

Add(info, "Host", Process::GetHostName());

Add(info, "Binary", Process::GetAppName());

Add(info, "Version", Process::GetAppVersion());

Add(info, "Process ID", FormatNumber("%lld", Process::GetProcessId()));

Add(info, "Thread ID", FormatNumber("0x%llx", (int64_t)Process::GetThreadId()));

if (m_body == "info") {

// collect info

InfoVec info;

debuggerInfo(info);

Transport *transport = g_context->getTransport();

if (transport) {

transport->debuggerInfo(info);

} else {

Add(info, "Thread Type", proxy.getThreadType());

}

g_context->debuggerInfo(info);

m_out = DebuggerClient::FormatInfoVec(info);

return proxy.sendToClient(this);

}

if (m_body == "list") {

proxy.getThreads(m_threads);

return proxy.sendToClient(this);

}

if (m_body == "switch") {

if (!m_threads.empty()) {

proxy.switchThread(m_threads[0]);

m_exitInterrupt = true;

return true;

}

}

if (m_body == "normal") {

proxy.switchThreadMode(DebuggerProxy::Normal);

return true;

}

if (m_body == "sticky") {

proxy.switchThreadMode(DebuggerProxy::Sticky);

return true;

}

if (m_body == "exclusive") {

proxy.switchThreadMode(DebuggerProxy::Exclusive);

return true;

}

assert(false);

return false;