int
FastTcpAgent::delay_bind_dispatch(const char *varName, const char *localName, TclObject *tracer)
{
#ifdef TCP_DELAY_BIND_ALL
if (delay_bind(varName, localName, "cwnd_update_period_", &fast_update_cwnd_interval_, tracer))
return TCL_OK;
if (delay_bind(varName, localName, "avg_cwnd_last_RTT_", &avg_cwnd_last_RTT_, tracer))
return TCL_OK;
if (delay_bind(varName, localName, "avgRTT_", &avgRTT_, tracer))
return TCL_OK;
if (delay_bind(varName, localName, "baseRTT_", &baseRTT_, tracer))
return TCL_OK;
if (delay_bind(varName, localName, "alpha_", &alpha_, tracer))
return TCL_OK;
if (delay_bind(varName, localName, "beta_", &beta_, tracer))
return TCL_OK;
if (delay_bind(varName, localName, "gamma_", &gamma_, tracer))
return TCL_OK;
if (delay_bind(varName, localName, "high_accuracy_cwnd_", &high_accuracy_cwnd_, tracer))
return TCL_OK;
if (delay_bind(varName, localName, "mi_threshold_", &mi_threshold_, tracer))
return TCL_OK;
// if (delay_bind(varName, localName, "pipe_", &pipe_, tracer))
// return TCL_OK; //weixl
// if (delay_bind(varName, localName, "sack_num_", &sack_num_, tracer))
// return TCL_OK; //weixl
// if (delay_bind(varName, localName, "sack_len_", &sack_len_, tracer))
// return TCL_OK; //weixl
// if (delay_bind(varName, localName, "alpha_tuning_", &alpha_tuning_, tracer))
// return TCL_OK;
#endif /* TCP_DELAY_BIND_ALL */
return TcpAgent::delay_bind_dispatch(varName, localName, tracer);
}
int cmd_option_sample_main() {
util::cli::cmd_option::ptr_type co = util::cli::cmd_option::create();
util::cli::cmd_option::ptr_type cco = util::cli::cmd_option::create();
foo f, *pf = new foo2();
std::string str;
// 绑定错误处理函数
co->bind_cmd("@OnError", on_error);
// 带参数类函数绑定（参数为引用）
co->bind_cmd("-bt1, --bind_class_func_param", &foo::print_t, pf, std::ref(str))
->set_help_msg("-bt1, --bind_class_func_param 带参数类绑定");
// 带参数类函数绑定（多个参数）
co->bind_cmd("-bt2, --bind_class_func_param2", &foo::print_t2, pf, 1011);
co->bind_cmd("-bt3, --bind_class_func_param3", &foo::print_t3, pf, 1013, 10.13);
// 无参数类函数绑定
co->bind_cmd("-bt, --bind_class_func", &foo::print, std::ref(f))->set_help_msg("-bt, --bind_class_func 无参数类绑定");
// 带参数普通函数绑定(自动类型推断)
cco->bind_cmd("-bf1, --bind_func_param1", (void (*)(util::cli::callback_param, std::string *))print, &str)
->set_help_msg("-bf1, --bind_func_param 带参数函数绑定");
cco->bind_cmd("-bf2, --bind_func_param2", print2, 20.11);
cco->bind_cmd("-bf3, --bind_func_param3", print3, 20.11, 2013);
// 无参数普通函数绑定
cco->bind_cmd("-bf, --bind_func", (void (*)(util::cli::callback_param))print)->set_help_msg("-bf, --bind_func 无参数函数绑定");
// 复杂多指令绑定
co->bind_cmd("wo ;le , ge, cha,de", complex_bind_func, 100);
// 绑定子绑定对象
co->bind_child_cmd("-c, --child", cco)->set_help_msg("-c, --child ");
// 绑定多指令的默认执行函数
co->bind_cmd("@OnDefault", (void (*)(util::cli::callback_param))print);
// 单指令启动测试
co->start("-c lala def -bf1 par1=par2 par3 -bf2 -bf3 fp1");
printf("-bf1 has set str=%s with parameter par1=par2\n", str.c_str());
co->start("-bt btpar1 \"test end of line\\r\\n\tanother line\"-bt1 with one param --bind_class_func_param2 p1 p2 p3 -bt3 p4");
printf("成员函数绑定传入对象引用包装测试: %s\n", (g_test == &f) ? "通过" : "失败！！！！！！！！！！！");
// 多指令启动测试
const char *strCmds[] = {"path", "par1=par2", "par2", "wo", "le", "ge", "cha"};
co->start(7, strCmds);
puts(str.c_str());
// 错误处理测试
co->start("do_nothing");
puts("绑定测试完毕\n");
// 添加帮助信息测试
co->get_binded_cmd("wo")->add_help_msg("wo, le, ge, cha, de")->add_help_msg(" 复杂指令绑定");
std::shared_ptr<std::vector<const char *> > cmds = co->get_cmd_names();
printf("CMDS: ");
for (unsigned int i = 0; i < cmds->size(); ++i) {
printf(" %s;", (*cmds)[i]);
}
puts("");
co->bind_help_cmd("h, help")->set_help_msg("h, help 帮助信息");
co->start("help");
puts("默认帮助函数测试完成\n");
// 高级用法 例程函数
// 延迟绑定初始化
delay_bind();
// 绑定函数对象
bind_obj_init();
// 命令忽略大小写
bind_ci_cmd_init();
// 回收资源
delete pf;
return 0;
}
