{

public:

TestModule(Context &ctx) : Module("test", ctx) {}

virtual bool onInit(const Json &)

{

using namespace terminal;

auto &shell = *ctx().terminal();

auto root_node = shell.rootNode();

{

auto func_node = shell.createFuncNode(

[](const Session &, const Args &) { static_cast<char *>(nullptr)[0] = 0; });

shell.mountNode(root_node, func_node, "crash");

}

{

auto func_node = shell.createFuncNode([this](const Session &, const Args &) {

ctx().thread_pool()->execute([] { static_cast<char *>(nullptr)[0] = 0; });

});

shell.mountNode(root_node, func_node, "crash_thread");

}

{

auto func_node = shell.createFuncNode([](const Session &, const Args &) { throw 10; });

shell.mountNode(root_node, func_node, "throw_int");

}

{

auto func_node = shell.createFuncNode(

[](const Session &, const Args &) { throw std::runtime_error("runtime error"); });

shell.mountNode(root_node, func_node, "throw_runtime_error");

}

{

auto func_node = shell.createFuncNode([this](const Session &, const Args &) {

ctx().thread_pool()->execute([] { throw 10; });

});

shell.mountNode(root_node, func_node, "throw_int_thread");

}

{

auto func_node = shell.createFuncNode([this](const Session &, const Args &) {

ctx().thread_pool()->execute([] { throw std::runtime_error("runtime error"); });

});

shell.mountNode(root_node, func_node, "throw_runtime_error_thread");

}

{

auto func_node = shell.createFuncNode([](const Session &, const Args &) {

std::this_thread::sleep_for(std::chrono::seconds(3));

});

shell.mountNode(root_node, func_node, "block");

}

return true;

}

{

major = 0;

minor = 0;

rev = 2;

build = 0;