code_production/code/base/test_base.h

#pragma once
#include "string"
#include "sane/sane_ex.h"
#include "ui_helper.h"
#include <Windows.h>

//////////////////////////////////////TITLE//////////////////////////////////////

/* 拨码开关校验 */
#define HGPDTTOOLDB_TITLE_DIAL_SWITCH						L"拨码开关校验"
/* 检查船型开关功能 */
#define HGPDTTOOLDB_TITLE_ROCKER_SWITCH						L"检查船型开关功能"
/* 设备上电并观察开机状态 */
#define HGPDTTOOLDB_TITLE_BOOT_STATUS						L"设备上电并观察开机状态"
/* 检查液晶显示 */
#define HGPDTTOOLDB_TITLE_LCD_DISPLAY						L"检查液晶显示"
/* 清理纸道功能确认 */
#define HGPDTTOOLDB_TITLE_CLEAR_PAPER_PATH					L"清理纸道功能确认"  //1
/* 按键功能检测 */
#define HGPDTTOOLDB_TITLE_KEY_FUNCTION						L"按键功能检测"
/* 计数模式检测 */
#define HGPDTTOOLDB_TITLE_COUNTING_MODE						L"计数模式检测"//1
/* 歪斜检测 */
#define HGPDTTOOLDB_TITLE_SKEW_DETECTION					L"歪斜检测"//1
/* 分纸电机检测 */
#define HGPDTTOOLDB_TITLE_SEPARATER_MOTOR					L"分纸电机检测"
/* CIS原图初检 */
#define HGPDTTOOLDB_TITLE_CIS_ORIGINAL_IMAGE				L"CIS原图初检"
/* 主机风扇功能检测 */
#define HGPDTTOOLDB_TITLE_HOST_FAN							L"主机风扇功能检测"
/* 超声波模块检验 */
#define HGPDTTOOLDB_TITLE_ULTRASONIC_MODULE					L"超声波模块检验"
/* LED灯状态检查 */
#define HGPDTTOOLDB_TITLE_LED_LIGHT							L"LED灯状态检查"
/* 复位检查 */
#define HGPDTTOOLDB_TITLE_RESET								L"复位检查"
/* 走纸检查 */
#define HGPDTTOOLDB_TITLE_PAPER_FEED						L"走纸检查"
/* 开盖传感器检查 */
#define HGPDTTOOLDB_TITLE_COVER_SENSOR						L"开盖传感器检查"
/* 扫描传感器检查 */
#define HGPDTTOOLDB_TITLE_SCANNING_SENSOR					L"扫描传感器检查"
/* 配置速度模式 */
#define HGPDTTOOLDB_TITLE_CONFIGURE_SPEED_MODE				L"配置速度模式"
/* 放置校正纸 */
#define HGPDTTOOLDB_TITLE_PLACE_CORRECTION_PAPER			L"放置校正纸"
/* 自动平场校正 */
#define HGPDTTOOLDB_TITLE_AUTO_FLAT_FIELD					L"自动平场校正"
/* 重启设备 */
#define HGPDTTOOLDB_TITLE_REBOOT_DEVICE						L"重启设备"
/* 扫描图像质量确认 */
#define HGPDTTOOLDB_TITLE_IMAGE_QUALITY						L"扫描图像质量确认"
/* 色卡纸成像质量评估 */
#define HGPDTTOOLDB_TITLE_COLORCARD_IMAGEING_QUALITY		L"色卡纸成像质量评估"
/* 色卡纸偏色成像质量评估 */
#define HGPDTTOOLDB_TITLE_COLORCARD_BIAS_IMAGEING_QUALITY	L"色卡纸偏色成像质量评估"
/* 清晰度质量评估 */
#define HGPDTTOOLDB_TITLE_CLARITY_QUALITY					L"清晰度质量评估"
/* 畸变修正 */
#define HGPDTTOOLDB_TITLE_DISTORTION						L"畸变修正"
/* 设置休眠 */
#define HGPDTTOOLDB_TITLE_DORMANCY							L"设置休眠"
/* 歪斜挡位检测 */
#define HGPDTTOOLDB_TITLE_SKEW_GEAR							L"歪斜挡位检测"
/* 分纸强度检测 */
#define HGPDTTOOLDB_TITLE_PAPER_SEPARATION_STRENGTH			L"分纸强度检测"
/* 机械走纸倾斜检测 */
#define HGPDTTOOLDB_TITLE_MECH_PAPER_FEEDING_INCLINATION	L"机械走纸倾斜检测"
/* 单张测试1 */
#define HGPDTTOOLDB_TITLE_SINGLE_PAGE_TEST_1				L"单张测试"
/* 清除滚轴计数 */
#define HGPDTTOOLDB_TITLE_CLEAR_ROLLER_COUNT				L"清除滚轴计数"
/*压力测试彩色+200dpi*/
#define HGPDTTOOLDB_TITLE_PRESSUER_TEST_RGB_200DPI			L"压力测试彩色_200dpi"
/*压力测试灰色+200dpi*/
#define HGPDTTOOLDB_TITLE_PRESSUER_TEST_RGB_300DPI			L"压力测试彩色_300dpi"
/*压力测试彩色+300dpi*/
#define HGPDTTOOLDB_TITLE_PRESSUER_TEST_GRAY_200DPI			L"压力测试灰色_200dpi"
/*压力测试灰色+300dpi*/
#define HGPDTTOOLDB_TITLE_PRESSUER_TEST_GRAY_300DPI			L"压力测试灰色_300dpi"
//////////////////////////////////////NAME//////////////////////////////////////
#define WRITE_CFG_NAME										L"write-cfg"
/* 设置json序列号 */
#define HGPDTTOOLDB_NAME_SET_JSON_SN						L"SET_JSON_SN"
/* 拨码开关校验 */
#define HGPDTTOOLDB_NAME_DIAL_SWITCH						L"DIAL_SWITCH"
/* 检查船型开关功能 */
#define HGPDTTOOLDB_NAME_ROCKER_SWITCH						L"ROCKER_SWITCH"
/* 设备上电并观察开机状态 */
#define HGPDTTOOLDB_NAME_BOOT_STATUS						L"BOOT_STATUS"
/* 检查液晶显示 */
#define HGPDTTOOLDB_NAME_LCD_DISPLAY						L"LCD_DISPLAY"
/* 清理纸道功能确认 */
#define HGPDTTOOLDB_NAME_CLEAR_PAPER_PATH					L"PAPER_PATH"
/* 按键功能检测 */
#define HGPDTTOOLDB_NAME_KEY_FUNCTION						L"KEY_FUNCTION"
/* 计数模式检测 */
#define HGPDTTOOLDB_NAME_COUNTING_MODE						L"COUNTING_MODE"
/* 歪斜检测 */
#define HGPDTTOOLDB_NAME_SKEW_DETECTION						L"SKEW_DETECTION"
/* 分纸电机检测 */
#define HGPDTTOOLDB_NAME_SEPARATER_MOTOR					L"SEPARATER_MOTOR"
/* CIS原图初检 */
#define HGPDTTOOLDB_NAME_CIS_ORIGINAL_IMAGE					L"CIS_ORIGINAL_IMAGE"
/* 主机风扇功能检测 */
#define HGPDTTOOLDB_NAME_HOST_FAN							L"HOST_FAN"
/* 超声波模块检验 */
#define HGPDTTOOLDB_NAME_ULTRASONIC_MODULE					L"ULTRASONIC_MODULE"
/* LED灯状态检查 */
#define HGPDTTOOLDB_NAME_LED_LIGHT							L"LED_LIGHT"
/* 复位检查 */
#define HGPDTTOOLDB_NAME_RESET								L"RESET"
/* 走纸检查 */
#define HGPDTTOOLDB_NAME_PAPER_FEED							L"PAPER_FEED"
/* 开盖传感器检查 */
#define HGPDTTOOLDB_NAME_COVER_SENSOR						L"COVER_SENSOR"
/* 扫描传感器检查 */
#define HGPDTTOOLDB_NAME_SCANNING_SENSOR					L"SCANNING_SENSOR"
/* 配置速度模式 */
#define HGPDTTOOLDB_NAME_CONFIGURE_SPEED_MODE				L"CONFIGURE_SPEED_MODE"
/* 放置校正纸 */
#define HGPDTTOOLDB_NAME_PLACE_CORRECTION_PAPER				L"PLACE_CORRECTION_PAPER"
/* 自动平场校正 */
#define HGPDTTOOLDB_NAME_AUTO_FLAT_FIELD					L"AUTO_FLAT_FIELD"
/* 重启设备 */
#define HGPDTTOOLDB_NAME_REBOOT_DEVICE						L"REBOOT_DEVICE"
/* 扫描图像彩色质量确认 */
#define HGPDTTOOLDB_NAME_IMAGE_COLOR_QUALITY				L"IMAGE_COLOR_QUALITY"
/* 扫描图像灰度质量确认 */
#define HGPDTTOOLDB_NAME_IMAGE_GRAY_QUALITY					L"IMAGE_GRAY_QUALITY"
/* 色卡纸成像质量评估 */
#define HGPDTTOOLDB_NAME_COLORCARD_IMAGEING_QUALITY			L"COLORCARD_IMAGEING_QUALITY"
/* 色卡纸偏色成像质量评估 */
#define HGPDTTOOLDB_NAME_COLORCARD_BIAS_IMAGEING_QUALITY	L"COLORCARD_BIAS_IMAGEING_QUALITY"
/* 清晰度质量评估 */
#define HGPDTTOOLDB_NAME_CLARITY_QUALITY					L"CLARITY_QUALITY"
/* 获取畸变修正值 */
#define HGPDTTOOLDB_NAME_GET_DISTORTION_VAL					L"GET_DISTORTION_VAL"
/* 设置畸变修正值 */
#define HGPDTTOOLDB_NAME_SET_DISTORTION_VAL					L"SET_DISTORTION_VAL"
/* 设置休眠 */
#define HGPDTTOOLDB_NAME_DORMANCY							L"DORMANCY"
/* 歪斜挡位检测 */
#define HGPDTTOOLDB_NAME_SKEW_GEAR							L"SKEW_GEAR"
/* 分纸强度检测 */
#define HGPDTTOOLDB_NAME_PAPER_SEPARATION_STRENGTH			L"PAPER_SEPARATION_STRENGTH"
/* 机械走纸倾斜检测 */
#define HGPDTTOOLDB_NAME_MECH_PAPER_FEEDING_INCLINATION		L"MECH_PAPER_FEEDING_INCLINATION"
/* 单张测试 */
#define HGPDTTOOLDB_NAME_SINGLE_PAGE_TEST					L"SINGLE_PAGE_TEST"
/* 压力测试2轮 */
#define HGPDTTOOLDB_NAME_PRESSUER_TEST						L"PRESSUER_TEST"
/* 清除滚轴计数 */
#define HGPDTTOOLDB_NAME_CLEAR_ROLLER_COUNT					L"CLEAR_ROLLER_COUNT"
/*压力测试彩色+200dpi*/
#define HGPDTTOOLDB_NAME_PRESSUER_TEST_RGB_200DPI			L"PRESSUER_TEST_RGB_200DPI"
/*压力测试灰色+200dpi*/
#define HGPDTTOOLDB_NAME_PRESSUER_TEST_GRAY_200DPI			L"PRESSUER_TEST_GRAY_200DPI"
/*压力测试彩色+300dpi*/
#define HGPDTTOOLDB_NAME_PRESSUER_TEST_RGB_300DPI			L"PRESSUER_TEST_RGB_300DPI"
/*压力测试灰色+300dpi*/
#define HGPDTTOOLDB_NAME_PRESSUER_TEST_GRAY_300DPI			L"PRESSUER_TEST_GRAY_300DPI"

#define TEST_DLL
#ifdef TEST_DLL
#define DECL_API(ret)	__declspec(dllexport) ret __stdcall
#else
#define DECL_API(ret)	__declspec(dllimport) ret __stdcall
#endif

// Function: initialize module
DECL_API(int) func_test_init(void*);

// Function:	to get testing function list supported by this module/DLL
//
// Parameter:	buf - to receive the list JSON
//
//				len - [in] space of 'buf' in words, [out] words copied in buf, or less buffer size in words if return ERROR_INSUFFICIENT_BUFFER
//
// Return:		ERROR_SUCCESS - JSON configuration has copied into buf
//				ERROR_INSUFFICIENT_BUFFER - buffer is too small, and the minium size in words is stored in 'len'
//				ERROR_INVALID_PARAMETER - NULL for parameter 'len' is not acceptable
DECL_API(int) func_test_get_list(wchar_t* buf					// to receive the JSON text
	, size_t* len);					// [in] space of 'buf' in words, [out] words copied in buf, or less buffer size in words if return ERROR_INSUFFICIENT_BUFFER


enum write_cat
{
    WRITE_CAT_VID_PID = 0,  // val = (int*)
    WRITE_CAT_SPEED,        // val = (int*)
    WRITE_CAT_SLEEP,        // val = (int*)
    WRITE_CAT_SERIALNUM     // val = (char*)
};

typedef struct _write_cfg
{
    enum write_cat cat;
    void*          val;
}WRITECFG, *LPWRITECFG;
// Function:	do ONE function test
//
// Parameter:	name - function name. "write-cfg" for write predefined configuration, oper is LPWRITECFG
//
//				oper - test operation, "start", "pause", "resume", "stop", ...
//
//				helper - parameter and testing process callback
//
// Return:		error code
DECL_API(int) func_test_go(const wchar_t* name				// test name
	, const wchar_t* oper				// test oper - "start", "pause", "resume", "stop", ...
	, ui_helper* helper);

// Function:	uninitialize module
DECL_API(int) func_test_uninit(void*);


//////////////////////////////////////////////////////////////////////////////////////////////////
/*/ testing-DLL load code ...
#include <vector>
#include <string>
#include <algorithm>
#include <Windows.h>

class json : public ref
{
public:
	json();

protected:
	~json();

public:
	bool attach(const wchar_t* text);
	bool get_value(const wchar_t* key, int& val);
	bool get_value(const wchar_t* key, std::wstring& val);
	bool get_value(const wchar_t* key, json*& val);
};

class test_factory
{
	typedef struct _test_func
	{
		std::wstring	name;
		int				ver;
		int(__stdcall*	test_api)(const wchar_t*, const wchar_t*, ui_helper*);

		struct _test_func()
		{
			name = L"";
			ver = 0;
			test_api = NULL;
		}
		bool operator==(const wchar_t* n)
		{
			return name == n;
		}
	}TESTFUNC, *LPTESTFUNC;
	std::vector<TESTFUNC>	test_;

	void add_api(const wchar_t* name, int ver, int(__stdcall* test_api)(const wchar_t*, const wchar_t*, ui_helper*))
	{
		std::vector<TESTFUNC>::iterator it = std::find(test_.begin(), test_.end(), name);

		if (it == test_.end())
		{
			TESTFUNC	tf;

			tf.name = name;
			tf.ver = ver;
			tf.test_api = test_api;
			test_.push_back(tf);
		}
		else if (ver > it->ver)
		{
			it->test_api = test_api;
			it->ver = ver;
		}
	}
	void load_test_dll(const wchar_t* path_dll)
	{
		HMODULE	mod = LoadLibraryW(path_dll);
		int(__stdcall * init)(void*) = NULL;
		int(__stdcall * get)(void*, size_t*) = NULL;
		int(__stdcall * go)(const wchar_t*, const wchar_t*, ui_helper*) = NULL;
		FARPROC* api = (FARPROC*)&init;
		wchar_t* buf = NULL;
		size_t	len = 0;
		json* root = NULL, * child = NULL;

		if (!mod)
			return;

		*api = GetProcAddress(mod, "func_test_init");
		if (!api)
		{
			FreeLibrary(mod);
			return;
		}
		init(NULL);

		api = (FARPROC*)&get;
		*api = GetProcAddress(mod, "func_test_get_list");
		if(!api)
		{
			FreeLibrary(mod);
			return;
		}

		api = (FARPROC*)&go;
		*api = GetProcAddress(mod, "func_test_go");
		if (!api)
		{
			FreeLibrary(mod);
			return;
		}

		if(get(buf, &len) != ERROR_INSUFFICIENT_BUFFER)
		{
			FreeLibrary(mod);
			return;
		}

		buf = new wchar_t[len + 8];
		memset(buf, 0, (len + 8) * 2);
		if (get(buf, &len))
		{
			delete[] buf;
			FreeLibrary(mod);
			return;
		}

		// parse json ...
		len = 0;
		root = new json();
		if (root->attach(buf))
		{
			for (int i = 1; 1; ++i)
			{
				swprintf_s(buf, 20, L"%d", i);
				if (!root->get_value(buf, child) || !child)
					break;

				std::wstring	name(L"");
				int				ver = 0;
				if (child->get_value(L"name", name) && child->get_value(L"ver", ver))
				{
					add_api(name.c_str(), ver, go);
					len++;
				}
				child->release();
			}
		}

		root->release();
		delete[] buf;
		if (len == 0)
			FreeLibrary(mod);
	}
	void init(void)
	{
		wchar_t			path[MAX_PATH] = { 0 };
		std::wstring	dir(L"");
		size_t			pos = 0;
		HANDLE			hf = INVALID_HANDLE_VALUE;
		WIN32_FIND_DATAW	fd = { 0 };

		GetModuleFileNameW(NULL, path, _countof(path) - 1);
		dir = pos;
		pos = dir.rfind(L'\\');
		if (pos++ == std::wstring::npos)
			return;

		dir.erase(pos);
		dir += L"dlls\\";
		hf = FindFirstFileW((dir + L"*.dll").c_str(), &fd);
		if (hf != INVALID_HANDLE_VALUE)
		{
			do
			{
				load_test_dll((dir + fd.cFileName).c_str());
			} while (FindNextFileW(hf, &fd));

			FindClose(hf);
		}
	}

public:
	test_factory()
	{
		init();
	}
	~test_factory()
	{

	}

public:
	bool is_test_available(const wchar_t* name)	// check if the test item with name 'name' is supported
	{
		std::vector<TESTFUNC>::iterator it = std::find(test_.begin(), test_.end(), name);

		return it != test_.end();
	}
	int test(const wchar_t* name, ui_helper* ui, const wchar_t* oper = L"start")
	{
		std::vector<TESTFUNC>::iterator it = std::find(test_.begin(), test_.end(), name);

		if (it == test_.end())
			return ERROR_NOT_SUPPORTED;

		return it->test_api(name, oper, ui);
	}
};
/////////////////////////*////////////////////////////////////////////////////////////////////////