property.c

国家ASIC工程中心使用的嵌入式操作系统

#include <stdio.h>
#include <string.h> 

#include "asixwin.h"
#include "asixapp.h"

#include "bitmap.h"
#include "asix_lb.h"

#include "measure.h"

U32		Index = 320000;
BYTE	area[FLASH_LENGTH - 200];//定义全局数组来预存相关的文件
//BYTE	*cur_dir = (BYTE *)area;//area前面一部分用来存放目录
BYTE	*cur_area = (BYTE *)&area;//定义一个全局变量来指向全局数组

void Int2Char( DWORD inti, char *caption )//
{
	int		temp, j;
	DWORD	i;
	char	*temp_caption = (char *)Lmalloc( 16 );

	if ( inti == 0 )//传入为0，则显示为00
		for ( i = 0; i < 2; i++ )
			*( caption + i ) = '0';
	else
	{
		for ( i = inti, j = 0; i > 0; i = i / 0xa, j++ )
		{
			temp = i % 0xa;
			*( temp_caption + j ) = temp + 0x30;
		}
		
		if ( j == 1 )//传入数字为1位
		{
			*( caption + 1 ) = *( temp_caption + j - 1);
		}
		else
		{
			for ( i = 0; j > 0; j--, i++ )
			{
				*( caption + i ) = *( temp_caption + j - 1);
			}
		}
	}
}

void Double2Char( double src, char *caption )//double 类型的数据总长8个字节，但有效位为15-16位。
{
	int		temp, j, k;
	U32		i;
	double	dec;
	char	*temp_caption = (char *)Lmalloc( 53 );
//			*caption = (char *)Lmalloc( 4 * sizeof(U32) );
	
//	memset( caption, 0, 4 * sizeof(U32) );
	/* 
	 * 读出整数部分
	 */
	for ( i = (U32)src, j = 0; i > 0; i = i / 0xa, j++ )
	{
		temp = i % 0xa;
		*( temp_caption + j ) = temp + 0x30;
	}
	for ( k = 0; j > 0; j--, k++ )
		*( caption + k ) = *( temp_caption + j - 1);

	if ( k == 0 )
		*( caption + k++ ) = '0';//小数点

	*( caption + k++ ) = '.';//小数点

	/*
	 * 读小数部分
	 */
	dec = src - (U32)src;//取出小数部分
	for ( i = 0; i < 32; i++ )
	{
		temp = (int)(dec * 0xa);
//		*( temp_caption + i ) = temp + 0x30;
		*( caption + k + i ) = temp + 0x30;
		dec = dec * 0xa - temp;
	}
//	for ( ; i > 0; i--, k++ )
//		*( caption + k ) = *( temp_caption + i - 1);
	
//	return caption;
}

void Unite2Char( BYTE hour, BYTE minute, char *caption )
{
	int		temp, j, k;
	BYTE	i;
	char	*temp_caption = (char *)Lmalloc( 5 );
//			*caption = (char *)Lmalloc( 7 * sizeof(BYTE) );

//	memset( caption, 0, 7 * sizeof(BYTE) );

	//转换hour
	for ( i = hour, j = 0; i > 0; i = i / 0xa, j++ )
	{
		temp = i % 0xa;
		*( temp_caption + j ) = temp + 0x30;
	}
	for ( k = 0; j > 0; j--, k++ )
	{
		if ( j == 1 )//小时只有一位
			*( caption + k + 1 ) = *( temp_caption + j - 1);
		else
			*( caption + k ) = *( temp_caption + j - 1);
	}

	if ( k == 0 )
	{
		*caption = '0';
		*( caption + 1 ) = '0';
	}

	*( caption + 2 ) = ':';
	
	//转换minute
	for ( i = minute, j = 0; i > 0; i = i / 0xa, j++ )
	{
		temp = i % 0xa;
		*( temp_caption + j ) = temp + 0x30;
	}
	for ( k = 3; j > 0; j--, k++ )
		*( caption + k ) = *( temp_caption + j - 1);

	if ( k == 3 )
		for ( ; k < 5; k++ )
			*( caption + k ) = '0';

//	*( caption + k++ ) = ' ';
//	*( caption + k++ ) = ':';

/*
	//转换second
	for ( i = second, j = 0; i > 0; i = i / 0xa, j++ )
	{
		temp = i % 0xa;
		*( temp_caption + j ) = temp + 0x30;
	}
	for ( k = 0; j > 0; j--, k++ )
		*( caption + k ) = *( temp_caption + j - 1);

	*( caption + k++ ) = ' ';
	*( caption + k++ ) = ':';
*/
//	return caption;
}

// 权属性质
static struct LBOX_ITEM	owner[] =
{	
	ICON_ENABLE,	UNUNDERLINE,	"国有土地",
	ICON_ENABLE,	UNUNDERLINE,	"国有后备土地",
	ICON_ENABLE,	UNUNDERLINE,	"农业系统",
	ICON_ENABLE,	UNUNDERLINE,	"国营农牧鱼场",
	ICON_ENABLE,	UNUNDERLINE,	"林业系统",
	ICON_ENABLE,	UNUNDERLINE,	"水利系统",
	ICON_ENABLE,	UNUNDERLINE,	"国土系统",
	ICON_ENABLE,	UNUNDERLINE,	"工业系统",
	ICON_ENABLE,	UNUNDERLINE,	"能源系统",
	ICON_ENABLE,	UNUNDERLINE,	"铁路系统",
	ICON_ENABLE,	UNUNDERLINE,	"交通系统",
	ICON_ENABLE,	UNUNDERLINE,	"司法系统",
	ICON_ENABLE,	UNUNDERLINE,	"林业系统",
	ICON_ENABLE,	UNUNDERLINE,	"宗教系统",
	ICON_ENABLE,	UNUNDERLINE,	"军队系统",
	ICON_ENABLE,	UNUNDERLINE,	"其它系统",
	ICON_ENABLE,	UNUNDERLINE,	"集体土地",
	ICON_ENABLE,	UNUNDERLINE,	"乡集体",
	ICON_ENABLE,	UNUNDERLINE,	"村集体",
	ICON_END,		UNUNDERLINE,	NULL	
};

// 权属特性
struct LBOX_ITEM	character[] =
{
	ICON_END,		UNUNDERLINE,	NULL	
};

// 偏移参数
struct LBOX_ITEM	offset[] =
{
	ICON_ENABLE,	UNUNDERLINE,	"0",
	ICON_ENABLE,	UNUNDERLINE,	"1",
	ICON_ENABLE,	UNUNDERLINE,	"2",
	ICON_END,		UNUNDERLINE,	NULL	
};

// 地类级别
struct LBOX_ITEM	type_L1[10];
struct LBOX_ITEM	type_L2[10];
struct LBOX_ITEM	type_L3[10];


void RecordInflexion( void )
{
	MSG 	msg;
 	U32		mainwin;
 	U8		quit=0;
	U32		st_promt[3], st_serial;
	S8		*prompt[3] = { "拐点序号:", "拐点级别:", "拐点性质:" };
	U32		bt_ok, bt_cancel;
	U32		lb_level, lb_character;
	U8		i;
	U16		st_y[3];
	char	caption[16];
	INFLEXION_INFO_S	record;

	// 拐点级别
	struct LBOX_ITEM	level[] =
	{	
		ICON_ENABLE,	UNUNDERLINE,	"组界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"村界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"乡界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"县界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"市界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"省界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"国界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"宗地界址",
		ICON_END,		UNUNDERLINE,	NULL	
	};

	// 拐点性质
	struct LBOX_ITEM	character[] =
	{
		ICON_ENABLE,	UNUNDERLINE,	"确定界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"未定界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"争议界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"临时界拐点",
		ICON_ENABLE,	UNUNDERLINE,	"其它界拐点",
		ICON_END,		UNUNDERLINE,	NULL	
	};

	const U16	bt_w = 40, bt_h = 20, bt_y = PHY_LCD_H - bt_h -5;
	const U16	st_w = 60, st_h = 20, st_x = 5;
	const U16	lb_w = 90, lb_h = 20, lb_x = PHY_LCD_W - lb_w -5;

	memset( caption, 0, 16 );

 	mainwin = CreateWindow(	WNDCLASS_WIN,
							"权属拐点信息",
							WS_OVERLAPPEDWINDOW,
							0,0,
							PHY_LCD_W,PHY_LCD_H,
							0,
							0,
							NULL);
	
	
	bt_ok = CreateWindow(WNDCLASS_BUTTON, "确认", WS_CHILD|BS_REGULAR, 27,bt_y,bt_w,bt_h,mainwin,0,NULL);
	bt_cancel = CreateWindow(WNDCLASS_BUTTON, "取消", WS_CHILD|BS_REGULAR, 93,bt_y,bt_w,bt_h,mainwin,0,NULL);
	

	st_y[0] = 35;
	for( i = 0; i < 3; i++ )
	{
		st_promt[i] = CreateWindow(WNDCLASS_STATIC, prompt[i], WS_CHILD|SS_TEXT, st_x,st_y[i],st_w,st_h,mainwin,0,NULL);
		st_y[i+1] = st_y[i] + 35;
	}
//	st_serial = CreateWindow(WNDCLASS_STATIC, "320001", WS_CHILD|SS_TEXT, lb_x,st_y[0],lb_w,lb_h,mainwin,0,NULL);
	Index++;
	Int2Char( Index, caption );
	st_serial = CreateWindow(WNDCLASS_STATIC, caption, WS_CHILD|SS_TEXT, lb_x,st_y[0],lb_w,lb_h,mainwin,0,NULL);
	lb_level = CreateWindow(WNDCLASS_LIST, NULL, WS_CHILD, lb_x,st_y[1],lb_w,lb_h,mainwin,0,level);
	lb_character = CreateWindow(WNDCLASS_LIST, NULL, WS_CHILD, lb_x,st_y[2],lb_w,lb_h,mainwin,0,character);



	while(!quit)
	{
		ASIXGetMessage(&msg, NULL, 0, 0);
		switch(msg.message)
		{
			case WM_COMMAND:
				if( msg.lparam == bt_ok )
				{
					record.index = Index;
					record.magic = 0x1;
					record.latitude = 0.0;
					record.longitude = 0.0;
					record.end_flag[0] = 'a';
					record.end_flag[1] = 'a';
					if ( Index == 320001 )//第一个数据
					{
						rootdir[DirPos].file_type = WBG_FILE;
						memcpy( rootdir[DirPos].file_name, "G3201020000120020101.wbg", 22 );
						rootdir[DirPos].file_address = FileCurrentAddress;
						rootdir[DirPos].file_length += sizeof(INFLEXION_INFO_S);
						DirPos++;
					}

					if ( cur_area + sizeof(INFLEXION_INFO_S) > area + FLASH_LENGTH )
					{
//						WriteRecord( area, FileCurrentAddress, cur_area - area );//Julias
//						FileCurrentAddress += cur_area - area;
						cur_area = (BYTE *)area;
					}
					memcpy( cur_area, &record, sizeof(INFLEXION_INFO_S) );
					cur_area += sizeof(INFLEXION_INFO_S);

					// 确认
					quit = 1;					
				}
				else if( msg.lparam == bt_cancel )
				{
					// 取消
					Index--;
					quit = 1;
				}
				break;
			case WM_LISTBOX:
				if( msg.lparam == lb_level )//拐点级别
				{
					record.level = msg.wparam + 1;
				}
				else if( msg.lparam == lb_character )//拐点性质
				{
					record.charact = msg.wparam + 1;
				}
				break;
			case WM_QUIT:
				Index--;
				quit = 1;
				break;
		}
		DefWindowProc(msg.message, msg.lparam, msg.data, msg.wparam); 
	}
	
	DestroyWindow( mainwin );
}

void RecordBorderline( void )
{
	MSG 	msg;
 	U32		mainwin;
 	U8		quit=0;
	U32		st_promt[5], st_serial;
	S8		*prompt[5] = { "界线序号:", "界线级别:", "界线性质:", "左侧行政区名:", "右侧行政区名:" };
	U32		bt_ok, bt_cancel;
	U32		lb_level, lb_character;
	U32		bt_left_reg, lb_right_reg;
	U8		i;
	U16		st_y[5];
	S8		str1[60], str2[60];
	char	caption[16];
	char	file_name[22];
	BORDER_LINE_INFO_S	record;//Julias
//	ROOT_DIR	rootdir;
#ifdef DEBUG
	BORDER_LINE_INFO_S	*test;//Julias
#endif


	// 界线级别
	struct LBOX_ITEM	level[] =
	{	
		ICON_ENABLE,	UNUNDERLINE,	"组界",
		ICON_ENABLE,	UNUNDERLINE,	"村界",
		ICON_ENABLE,	UNUNDERLINE,	"乡界",
		ICON_ENABLE,	UNUNDERLINE,	"县界",
		ICON_ENABLE,	UNUNDERLINE,	"市界",
		ICON_ENABLE,	UNUNDERLINE,	"省界",
		ICON_ENABLE,	UNUNDERLINE,	"国界",
		ICON_ENABLE,	UNUNDERLINE,	"宗地界",
		ICON_END,		UNUNDERLINE,	NULL	
	};

	// 界线性质
	struct LBOX_ITEM	character[] =
	{
		ICON_ENABLE,	UNUNDERLINE,	"确定界",
		ICON_ENABLE,	UNUNDERLINE,	"未定界",
		ICON_ENABLE,	UNUNDERLINE,	"争议界",
		ICON_ENABLE,	UNUNDERLINE,	"临时界",
		ICON_ENABLE,	UNUNDERLINE,	"其它界",
		ICON_END,		UNUNDERLINE,	NULL	
	};

	const U16	bt_w = 40, bt_h = 20, bt_y = PHY_LCD_H - bt_h -5;
	const U16	st_w[5] = { 60, 60, 60, 84, 84 };
	const U16	st_h = 20, st_x = 5;
	const U16	lb_w = 90, lb_h = 20, lb_x = PHY_LCD_W - lb_w -5;
	const U16	bt_w2 = lb_w - 24, bt_x2 = PHY_LCD_W - bt_w2 -5;

	memset( record.left_reg, 0, 60 );//Julias
	memset( record.right_reg, 0, 60 );//Julias
	memset( record.end_flag, 0, 2 );
	memset( caption, 0, 16 );
	record.level = 1;//Julias
	record.charact = 1;//Julias

	mainwin = CreateWindow(	WNDCLASS_WIN,
							"权属界线信息",
							WS_OVERLAPPEDWINDOW,
							0,0,
							PHY_LCD_W,PHY_LCD_H,
							0,
							0,
							NULL);
	
	
	bt_ok = CreateWindow(WNDCLASS_BUTTON, "确认", WS_CHILD|BS_REGULAR, 27,bt_y,bt_w,bt_h,mainwin,0,NULL);
	bt_cancel = CreateWindow(WNDCLASS_BUTTON, "取消", WS_CHILD|BS_REGULAR, 93,bt_y,bt_w,bt_h,mainwin,0,NULL);
	

	st_y[0] = 35;
	for( i = 0; i < 5; i++ )
	{
		st_promt[i] = CreateWindow(WNDCLASS_STATIC, prompt[i], WS_CHILD|SS_TEXT, st_x,st_y[i],st_w[i],st_h,mainwin,0,NULL);
		st_y[i+1] = st_y[i] + 35;
	}
//	st_serial = CreateWindow(WNDCLASS_STATIC, "320001", WS_CHILD|SS_TEXT, lb_x,st_y[0],lb_w,lb_h,mainwin,0,NULL);
	Index++;
	Int2Char( Index, caption );
	st_serial = CreateWindow(WNDCLASS_STATIC, caption, WS_CHILD|SS_TEXT, lb_x,st_y[0],lb_w,lb_h,mainwin,0,NULL);
	lb_level = CreateWindow(WNDCLASS_LIST, NULL, WS_CHILD, lb_x,st_y[1],lb_w,lb_h,mainwin,0,level);
	lb_character = CreateWindow(WNDCLASS_LIST, NULL, WS_CHILD, lb_x,st_y[2],lb_w,lb_h,mainwin,0,character);
	bt_left_reg = CreateWindow(WNDCLASS_BUTTON, NULL, WS_CHILD|BS_REGULAR, bt_x2,st_y[3],bt_w2,bt_h,mainwin,0,NULL);
	lb_right_reg = CreateWindow(WNDCLASS_BUTTON, NULL, WS_CHILD|BS_REGULAR, bt_x2,st_y[4],bt_w2,bt_h,mainwin,0,NULL);

	str1[0] = '\0';
	str2[0] = '\0';