pip/main.cpp

#include "pip.h"
#include "piiostream.h"
#include "pibytearray.h"
#include "pimathbase.h"
#include "pijson.h"
#include "piwaitevent_p.h"

using namespace PICoutManipulators;

typedef PIMap<PIString, PIVariant> PIVariantMap;
typedef PIVector<PIVariant> PIVariantVector;

REGISTER_VARIANT(PIVariantMap);
REGISTER_VARIANT(PIVariantVector);

#ifdef WINDOWS
#  include <namedpipeapi.h>
#  include <handleapi.h>
#  include <fileapi.h>
#  include <processthreadsapi.h>
typedef HANDLE pipe_type;
#else
#  include <unistd.h>
typedef int pipe_type;
#endif

struct Pipe {
	pipe_type fd_read = 0;
	pipe_type fd_write = 0;
	void create() {
#ifdef WINDOWS
		CreatePipe(&fd_read, &fd_write, NULL, 0);
#else
		pipe((int*)this);
#endif
	}
	void destoy() {
#ifdef WINDOWS
		CloseHandle(fd_read);
		CloseHandle(fd_write);
#else
		close(fd_read);
		close(fd_write);
#endif
	}
	int read(void * d, int s) {
#ifdef WINDOWS
		DWORD ret(0);
		ReadFile(fd_read, d, s, &ret, NULL);
		return ret;
#else
		return ::read(fd_read, d, s);
#endif
	}
	int write(void * d, int s) {
#ifdef WINDOWS
		DWORD ret(0);
		WriteFile(fd_write, d, s, &ret, NULL);
		return ret;
#else
		return ::write(fd_write, d, s);
#endif
	}
};

constexpr int count = 4;
Pipe pipes[count];

class T: public PIThread {
public:
	T(int index): PIThread() {ind = index; pipe = pipes[index];}
	void run() {
		PIByteArray data(1024);
		piCout << "[T"<<ind<<"] start";
		int readed = pipe.read(data.data(), data.size());
		piCout << "[T"<<ind<<"] readed" << readed << errorString();
		piCout << "[T"<<ind<<"] end";
	}
	int ind;
	Pipe pipe;
};

PITimeMeasurer tm;
void phase(const char * msg) {
	piCout << "";
	piCout << piRound(tm.elapsed_s() * 10) / 10. << "s" << msg;
}

int main(int argc, char * argv[]) {
	piCout << "main";

	PITimer timer;
	timer.setSlot([](){
		static int cnt = 0;
		piCout << "tick" << ++cnt;
	});
	timer.start(500);

	piSleep(1.12);
	piCout << "end";
	PITimeMeasurer tm;
	timer.stop();
	double tm_ms = tm.elapsed_m();
	piCout << "stop took" << tm_ms;
	return 0;

	/*for (int i = 0; i < count; ++i)
		pipes[i].create();

	PIVector<T*> threads;
	piCout << "main start";
	for (int i = 0; i < count; ++i) {
		T * t = new T(i);
		threads << t;
		t->startOnce();
	}
	piMSleep(100);
	for (int i = 0; i < count; ++i) {
		//pipes[i].write((void*)"string", 7);
		piMSleep(500);
	}
	piCout << "main wait";
	for (int i = 0; i < count; ++i) {
		threads[i]->interrupt();
		threads[i]->waitForFinish();
		piCout << "main T" << i << "done";
	}
	piCout << "main end";
	for (int i = 0; i < count; ++i) {
		pipes[i].destoy();
		delete threads[i];
	}*/

	//PIEthernet eth(PIEthernet::UDP), seth(PIEthernet::UDP);
	//eth.setReadAddress("127.0.0.1", 50000);
	//eth.startThreadedRead();
	//piCout << eth.open();

	PIByteArray req = PIByteArray::fromHex("205e011000000000ef");
	PISerial ser;
	ser.setSpeed(PISerial::S9600);
	ser.setOption(PIIODevice::BlockingRead, false);
	ser.setVTime(200);
	ser.open("COM3");
	CONNECTL(&ser, threadedReadEvent, ([](const uchar * data, ssize_t size){
		piCout << "*ser readed" << size;
	}));
	PIThread thread;
	thread.start([&](void*){
		piCout << "[T] start";
		PIByteArray data = ((PIIODevice*)&ser)->read(1024);
		piCout << "[T] readed" << data.size();// << errorString();
		piCout << "[T] end";
	}, 200);
	//ser.startThreadedRead();

	piSleep(1);
	ser.write(req);
	phase("Send");

	piSleep(2);
	phase("End");

	/*
	PIEthernet eth(PIEthernet::TCP_Client), seth(PIEthernet::TCP_Server), * server_client = nullptr;

	seth.listen("127.0.0.1", 50000, true);
	//seth.startThreadedRead();
	CONNECTL(&seth, newConnection, ([&server_client](PIEthernet * e){
		server_client = e;
		e->setName("TCP SC");
		piCout << "newConn" << e;
		CONNECTL(e, threadedReadEvent, ([](const uchar * data, ssize_t size){
			piCout << "*TCP SC* readed" << size;
		}));
		CONNECTL(e, disconnected, ([](bool error){
			piCout << "*TCP SC* disconnected" << error;
		}));
		e->startThreadedRead();
	}));

	eth.setName("TCP CC");
	//eth.setParameter(PIEthernet::KeepConnection, false);
	CONNECTL(&eth, connected, ([&eth](){
		piCout << "*TCP CC* connected";
		eth.send("byte", 5);
	}));
	CONNECTL(&eth, disconnected, ([](bool error){
		piCout << "*TCP CC* disconnected" << error;
	}));

	piMSleep(500);
	phase("Connect");
	eth.connect("127.0.0.1", 50000);
	eth.startThreadedRead();

	piMSleep(500);
	phase("Send 5");
	piCout << "c-ing" << eth.isConnecting();
	piCout << "c- ed" << eth.isConnected();
	eth.send("byte", 5);

	piMSleep(500);
	phase("Send 6");
	eth.send("bytes", 6);

	piMSleep(500);
	phase("Disconnect");
	if (server_client)
		server_client->close();
	//eth.close();

	piMSleep(500);
	phase("END");
	*/
	return 0;
}