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slimay

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tT
发表于 2021-6-4 16:42 | 只看该作者

[其他] 日历第三方

仿写的公历cal， 均已源码发行，不提供二进制文件，可跨平台编译
cal 1997 8   //打印指定年月日历
cal 1997      //打印指定全年日历
cal               //打印当前年月日历
  1. #include <stdio.h>

  2. #include <stdlib.h>

  3. #include <string.h>

  4. #include <time.h>

  5. 

  6. #define HELP_INFORMATION "\

  7. The calendar tool, Copyright@2021~2023 Slimay\n\

  8. usage:\n\

  9.     cal [year] [month]\n\

  10. version 1.0\n"

  11. 

  12. static const char* cal_show[] =

  13. {

  14. 	"Mo Tu We Th Fr Sa Su Mo Tu We Th Fr Sa ",

  15. 	"                   1  2  3  4  5  6  7 ",

  16. 	" 2  3  4  5  6  7  8  9 10 11 12 13 14 ",

  17. 	" 9 10 11 12 13 14 15 16 17 18 19 20 21 ",

  18. 	"16 17 18 19 20 21 22 23 24 25 26 27 28 ",

  19. 	NULL,

  20. 	"30 31                                  ",

  21. 	"23 24 25 26 27 28 29 30 31             ",

  22. 	"23 24 25 26 27 28 29 30                ",

  23. 	"23 24 25 26 27 28 29                   ",

  24. 	"23 24 25 26 27 28                      ",

  25. 	NULL

  26. };

  27. 

  28. static const char* month_name[] = 

  29. {

  30. 	"       January                February                March",

  31. 	"        April                   May                    June",

  32. 	"        July                   August                September",

  33. 	"       October                November               December"

  34. };

  35. 

  36. //设置月份显示矩阵

  37. int initMonthMatrix(int y, int m, int d)

  38. {

  39. 	cal_show[5] = cal_show[7];

  40. 

  41. 	if

  42. 	(

  43. 	    (m ==  4) ||

  44. 	    (m ==  6) ||

  45. 	    (m ==  9) ||

  46. 	    (m == 11)

  47. 	)

  48. 	{

  49. 		cal_show[5] = cal_show[8];

  50. 	}

  51. 

  52. 	if(m % 12 == 2)

  53. 	{

  54. 		cal_show[5] = cal_show[10];

  55. 		if

  56. 		(

  57. 		    ((m % 4 == 0) && (m % 100 != 0))||

  58. 		    (m % 400 == 0)

  59. 		)

  60. 		{

  61. 			cal_show[5] = cal_show[9];

  62. 		}

  63. 	}

  64. 

  65. 	if(m < 3)

  66. 	{

  67. 		m += 12;

  68. 		y--;

  69. 	}

  70. 	int w = (y + y/4 + y/400 - y/100 + 2*m + 3*(m+1)/5 + d) % 7;

  71. 

  72. 	return w;

  73. }

  74. 

  75. //获取月份日历

  76. int getCal(int y, int m, int d, int mode)

  77. {

  78. 	if(mode == 0)

  79. 	{

  80. 		int w = initMonthMatrix(y, m, d);

  81. 		for(int i = 0; i < 7; i ++)

  82. 		{

  83. 			printf("%.*s\n", 3*7, (i)?(cal_show[i] + 3*(6-w)):(cal_show[i]));

  84. 		}

  85. 	}

  86. 	else

  87. 	{

  88. 		for(int j = 1; j < 12; j += 3)

  89. 		{

  90. 			int w1 = initMonthMatrix(y, j + 0, d);

  91. 			int w2 = initMonthMatrix(y, j + 1, d);

  92. 			int w3 = initMonthMatrix(y, j + 2, d);

  93. 			

  94. 			printf("%s\n", month_name[j/3]);

  95. 			for(int i = 0; i < 7; i ++)

  96. 			{

  97. 				if(i == 5){initMonthMatrix(y, j + 0, d);}

  98. 				printf("%.*s   ", 3*7, (i)?(cal_show[i] + 3*(6-w1)):(cal_show[i]));

  99. 	

  100. 				if(i == 5){initMonthMatrix(y, j + 1, d);}

  101. 				printf("%.*s   ", 3*7, (i)?(cal_show[i] + 3*(6-w2)):(cal_show[i]));

  102. 	

  103. 				if(i == 5){initMonthMatrix(y, j + 2, d);}

  104. 				printf("%.*s\n", 3*7, (i)?(cal_show[i] + 3*(6-w3)):(cal_show[i]));

  105. 			}

  106. 		}

  107. 	}

  108. 

  109. 	return 0;

  110. }

  111. 

  112. // MAIN主函数

  113. int main(int argc, char** argv)

  114. {

  115. 	//开关检测 

  116. 	if

  117. 	( 

  118. 		( argc >  3 )                       ||

  119. 		( stricmp(argv[1], "/?") == 0 )     ||

  120. 		( stricmp(argv[1], "/h") == 0 )     ||

  121. 		( stricmp(argv[1], "-h") == 0 )     ||

  122. 		( stricmp(argv[1], "--h") == 0 )    ||

  123. 		( stricmp(argv[1], "--help") == 0 ) 	

  124. 	)

  125. 	{

  126. 		//使用说明

  127. 		printf(HELP_INFORMATION);

  128. 		exit(1);

  129. 	}

  130. 	

  131. 	if(argc ==1)

  132. 	{

  133. 		time_t timep;

  134. 		time (&timep);

  135. 		struct tm* p = gmtime(&timep);

  136. 		int y = 1900 + p->tm_year;

  137. 		int m = 1 + p->tm_mon;

  138. 		int d = 1 + p->tm_mday;

  139. 		printf("     %d-%02d-%02d\n", y, m, d);

  140. 		getCal(y, m, 1, 0);

  141. 	} 

  142. 	else if(argc == 2)

  143. 	{

  144. 		printf("%d\n", atoi(argv[1]));

  145. 		getCal(atoi(argv[1]), 1, 1, 1);

  146. 	}

  147. 	else if(argc == 3)

  148. 	{

  149. 		printf("      %d-%02d\n", atoi(argv[1]), atoi(argv[2]));

  150. 		getCal(atoi(argv[1]), atoi(argv[2]), 1, 0);

  151. 	}

  152. 	

  153. 	return 0;

  154. }
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locoman

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5楼
发表于 2021-6-30 14:35 | 只看该作者
回复  locoman
可以的，核心都写好了，你直接套用核心函数自己做就行。
slimay 发表于 2021-6-28 17:50



您可以编译这样一个支持命令行的CMD程序出来，大家体验一下，可以吗？？

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slimay

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4楼
发表于 2021-6-28 17:50 | 只看该作者
回复 3# locoman
可以的，核心都写好了，你直接套用核心函数自己做就行。

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locoman

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3楼
发表于 2021-6-25 14:47 | 只看该作者
回复 2# slimay

请问：2楼的可以这样实现吗？
——
cal 2021 //得到年的农历
cal 2021.08 //得到年月的农历
cal 2021.08.27 //得到年月日农历

或者  cal 2021.08.27 //得到农历的年/月/日/
结果里面都是农历，分别用/进行了分隔

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2楼
发表于 2021-6-4 16:44 | 只看该作者
本帖最后由 slimay 于 2021-6-4 16:48 编辑

公历转农历
  1. #include<stdio.h>

  2. #include<time.h>

  3. 

  4. //天干

  5. const char*    tian_gan[] = {"甲","乙","丙","丁","戊","己","庚","辛","壬","癸"};

  6. //地支

  7. const char*      di_zhi[] = {"子","丑","寅","卯","辰","巳","午","未","申","酉","戌","亥"};

  8. //属相

  9. const char*   shu_xiang[] = {"鼠","牛","虎","兔","龙","蛇","马","羊","猴","鸡","狗","猪"};

  10. //农历月名 

  11. const char* lunar_month[] = {"正","二","三","四","五","六","七","八","九","十","冬","腊"};

  12. //朔望 

  13. const char*   lunar_day[] = {"初一","初二","初三","初四","初五","初六","初七","初八","初九","初十","十一","十二","十三","十四","十五","十六","十七","十八","十九","二十","廿一","廿二","廿三","廿四","廿五","廿六","廿七","廿八","廿九","三十"};

  14. 

  15. //公历月累积天数 

  16. unsigned int month_accumulate[] = {0, 31, 59, 90, 120, 151, 181, 212, 243, 273, 304, 334, 365, 396};

  17. 

  18. //农历数据 ~ 自主研发的格式

  19. /*

  20. 	存储农历闰月、春节日序数、农历月份大小   占用32位空间

  21. 	+-----------------------------------------------------+

  22. 	| 第25-32位 |  第17-24位   |         第1-16位         | 

  23. 	|-----------|--------------|--------------------------|

  24. 	|    闰月   |  春节日序数  | 一个比特对应一个月份大小 | 

  25. 	+-----------------------------------------------------+

  26. 	((leapMonth << 24)|(springDate << 16)|(bitArryOrg)) 

  27. */

  28. unsigned int lunar_data[] =

  29. {

  30. 	0x002D0BA5, 0x00220B49, 0x02171A93, 0x002A0A95, 0x091F152D, 0x00310556, 0x00260AB5, 0x061C15AA, 0x002F05D2, 0x00230DA5, /*1600-1609*/

  31. 	0x03191D4A, 0x002C0D4A, 0x0B210A95, 0x00320A97, 0x00280556, 0x081D0AB5, 0x00300AD9, 0x002506D2, 0x041A0EA5, 0x002D0F25, /*1610-1619*/

  32. 	0x0023064A, 0x02160C97, 0x00290AAB, 0x0A1F155A, 0x0032056A, 0x00260B69, 0x061C1752, 0x002F0792, 0x00240B25, 0x0418164B, /*1620-1629*/

  33. 	0x002B0A4B, 0x0B2014AB, 0x003302AD, 0x002705AD, 0x081D0BA9, 0x00300DA9, 0x00260D92, 0x041A1D25, 0x002D0D25, 0x00220A55, /*1630-1639*/

  34. 	0x011714AD, 0x002902B6, 0x0B1E15B5, 0x003206D4, 0x00270EC9, 0x061C1E92, 0x002F0E92, 0x00240D26, 0x04190A56, 0x002A0A5B, /*1640-1649*/

  35. 	0x002004D6, 0x021506D5, 0x002806D5, 0x061D16C9, 0x00300749, 0x00250693, 0x051A152B, 0x002C052B, 0x00210A5B, 0x0317155A, /*1650-1659*/

  36. 	0x002A056A, 0x071E0B65, 0x00310BA5, 0x00270B49, 0x061C1A95, 0x002E0A95, 0x0023052D, 0x04180AAD, 0x002B0AB5, 0x002005AA, /*1660-1669*/

  37. 	0x02150BA5, 0x00280DA5, 0x071E1D4A, 0x00300D4A, 0x00250C96, 0x051A152E, 0x002D0556, 0x00210AB5, 0x031715B2, 0x002A06D2, /*1670-1679*/

  38. 	0x081F0EA5, 0x00310725, 0x0026064B, 0x061B0C97, 0x002E04AB, 0x0022055B, 0x04180AD6, 0x002B0B6A, 0x00210752, 0x03151725, /*1680-1689*/

  39. 	0x00280B25, 0x071D1A4B, 0x00300A4D, 0x002404AB, 0x0519056B, 0x002C05AD, 0x00220BAA, 0x03171B52, 0x002A0D92, 0x071F1D25, /*1690-1699*/

  40. 	0x00320D25, 0x00270A55, 0x061C14AD, 0x002F04B6, 0x002405B5, 0x04190DAA, 0x002C0EC9, 0x00220E92, 0x03171D26, 0x00290D26, /*1700-1709*/

  41. 	0x071E0A56, 0x00300A5B, 0x0026055A, 0x051A06D5, 0x002D0755, 0x00230749, 0x03180E93, 0x002A0693, 0x081F152B, 0x0032052B, /*1710-1719*/

  42. 	0x00270AAB, 0x061C155A, 0x002F056A, 0x00240B65, 0x041A174A, 0x002C0B4A, 0x00210A95, 0x0316152B, 0x0029052D, 0x071D0AAD, /*1720-1729*/

  43. 	0x00300AB5, 0x002605AA, 0x051B0BA5, 0x002D0DA5, 0x00230D4A, 0x04181D15, 0x002B0C96, 0x091F1956, 0x00320556, 0x00270AD5, /*1730-1739*/

  44. 	0x061D15B2, 0x002F06D2, 0x00240EA5, 0x041A0E8A, 0x002C068B, 0x00200C97, 0x03160956, 0x0028055B, 0x071E0ADA, 0x00300B6A, /*1740-1749*/

  45. 	0x00260752, 0x051B1725, 0x002E0B45, 0x00220A8B, 0x041714AB, 0x002A04AD, 0x091F096B, 0x003105B5, 0x00270BAA, 0x061D1B54, /*1750-1759*/

  46. 	0x00300DA2, 0x00240D45, 0x05191A8D, 0x002C0A95, 0x002104AD, 0x021509AD, 0x002806B5, 0x071E0DAA, 0x00310ECA, 0x00260EA2, /*1760-1769*/

  47. 	0x051B1D46, 0x002E0D4A, 0x00230A96, 0x03171536, 0x002A055A, 0x0A1F0AD5, 0x00320B65, 0x00270752, 0x061C0EA5, 0x002F06A5, /*1770-1779*/

  48. 	0x0024054B, 0x05180A97, 0x002B0AAB, 0x0021055A, 0x03160AD5, 0x00280B65, 0x071E1752, 0x00310D52, 0x00260B15, 0x051A154B, /*1780-1789*/

  49. 	0x002D054D, 0x00220AAD, 0x0418156A, 0x002A05B2, 0x001F0BA9, 0x02151D52, 0x00280D92, 0x061C1D15, 0x002F0D26, 0x00240956, /*1790-1799*/

  50. 	0x04190AAD, 0x002C0AD6, 0x002205D4, 0x02170DA9, 0x002A0EC9, 0x061F0E8A, 0x0031068B, 0x00260D27, 0x051C0956, 0x002D095B, /*1800-1809*/

  51. 	0x00230ADA, 0x031916D4, 0x002C0754, 0x00200745, 0x0215168B, 0x00280A93, 0x061D152B, 0x002F04AD, 0x0024096D, 0x041A0B6A, /*1810-1819*/

  52. 	0x002D0BAA, 0x00220BA4, 0x03171B45, 0x002A0D45, 0x071F1A95, 0x00310A95, 0x0026052D, 0x051B0AAD, 0x002E0AB5, 0x00230DAA, /*1820-1829*/

  53. 	0x04191DA4, 0x002C0EA4, 0x09211D4A, 0x00330D4A, 0x00280A96, 0x061D1536, 0x0030055A, 0x00240AD5, 0x041A16CA, 0x002D0752, /*1830-1839*/

  54. 	0x00220EA5, 0x0317154A, 0x0029054B, 0x071E0A97, 0x00310AAB, 0x0026055A, 0x051B0B55, 0x002E0BA9, 0x00240752, 0x04181AA5, /*1840-1849*/

  55. 	0x002B0B25, 0x08201A4B, 0x0033094D, 0x00270AAD, 0x071D156A, 0x003005B4, 0x00250BA9, 0x051A1D52, 0x002D0D92, 0x00220D25, /*1850-1859*/

  56. 	0x03171A4D, 0x00290956, 0x081E12B5, 0x00310AD6, 0x002706D4, 0x051B0DA9, 0x002E0EC9, 0x00240E92, 0x04190D26, 0x002A0527, /*1860-1869*/

  57. 	0x0A1F0A57, 0x0032095B, 0x00280B5A, 0x061D16D4, 0x00300754, 0x00250749, 0x051A1693, 0x002C0A93, 0x0021052B, 0x03160A5B, /*1870-1879*/

  58. 	0x0029096D, 0x071E0B6A, 0x00310DAA, 0x00270BA4, 0x051C1B49, 0x002E0D49, 0x00230A95, 0x0418152B, 0x002B052D, 0x001F0AAD, /*1880-1889*/

  59. 	0x0215156A, 0x00280DAA, 0x061E1DA4, 0x00300EA4, 0x00250D4A, 0x051A0A95, 0x002C0A97, 0x00210556, 0x03160AB5, 0x00290AD5, /*1890-1899*/

  60. 	0x081F16D2, 0x00320752, 0x00270EA5, 0x051D164A, 0x002F064B, 0x00230A9B, 0x04191556, 0x002C056A, 0x00210B59, 0x02161752, /*1900-1909*/

  61. 	0x00290752, 0x061E1B25, 0x00310B25, 0x00250A4B, 0x051A14AB, 0x002D02AD, 0x0022056B, 0x02170B69, 0x002A0DA9, 0x07201D92, /*1910-1919*/

  62. 	0x00330E92, 0x00270D25, 0x051C1A4D, 0x002F0A56, 0x002402B6, 0x041815B5, 0x002C06D4, 0x00210EA9, 0x02171E92, 0x00290E92, /*1920-1929*/

  63. 	0x061E0D26, 0x0030052B, 0x00250A57, 0x051A12B6, 0x002D0B5A, 0x002306D4, 0x03180EC9, 0x002A0749, 0x071F1693, 0x00320A93, /*1930-1939*/

  64. 	0x0027052B, 0x061B0A5B, 0x002E0AAD, 0x0024056A, 0x04191B55, 0x002C0BA4, 0x00210B49, 0x02161A93, 0x00290A95, 0x071D152D, /*1940-1949*/

  65. 	0x00300536, 0x00250AAD, 0x051B15AA, 0x002D05B2, 0x00220DA5, 0x03181D4A, 0x002B0D4A, 0x081F0A95, 0x00310A97, 0x00270556, /*1950-1959*/

  66. 	0x061C0AB5, 0x002E0AD5, 0x002406D2, 0x04190EA5, 0x002C0EA5, 0x0021064A, 0x03150C97, 0x00280A9B, 0x071E155A, 0x0030056A, /*1960-1969*/

  67. 	0x00250B69, 0x051B1752, 0x002E0B52, 0x00220B25, 0x0417164B, 0x002A0A4B, 0x081F14AB, 0x003102AD, 0x0026056D, 0x061C0B69, /*1970-1979*/

  68. 	0x002F0DA9, 0x00240D92, 0x04191D25, 0x002C0D25, 0x0A211A4D, 0x00330A56, 0x002802B6, 0x061D05B5, 0x003006D5, 0x00250EA9, /*1980-1989*/

  69. 	0x051B1E92, 0x002E0E92, 0x00230D26, 0x03170A56, 0x00290A57, 0x081F14D6, 0x0032035A, 0x002606D5, 0x051C16C9, 0x002F0749, /*1990-1999*/

  70. 	0x00240693, 0x0418152B, 0x002B052B, 0x00200A5B, 0x0216155A, 0x0028056A, 0x071D1B55, 0x00310BA4, 0x00260B49, 0x051A1A93, /*2000-2009*/

  71. 	0x002D0A95, 0x0022052D, 0x04170AAD, 0x00290AB5, 0x091F15AA, 0x003205D2, 0x00270DA5, 0x061C1D4A, 0x002F0D4A, 0x00240C95, /*2010-2019*/

  72. 	0x0419152E, 0x002B0556, 0x00200AB5, 0x021615B2, 0x002906D2, 0x061D0EA5, 0x00300725, 0x0025064B, 0x051A0C97, 0x002C0CAB, /*2020-2029*/

  73. 	0x0022055A, 0x03170AD6, 0x002A0B69, 0x0B1F1752, 0x00320B52, 0x00270B25, 0x061C1A4B, 0x002E0A4B, 0x002304AB, 0x0518055B, /*2030-2039*/

  74. 	0x002B05AD, 0x00200B6A, 0x02161B52, 0x00290D92, 0x071E1D25, 0x00300D25, 0x00250A55, 0x051A14AD, 0x002D04B6, 0x002105B5, /*2040-2049*/

  75. 	0x03170DAA, 0x002A0EC9, 0x08201E92, 0x00320E92, 0x00270D26, 0x061C0A56, 0x002E0A57, 0x00230556, 0x041806D5, 0x002B0755, /*2050-2059*/

  76. 	0x00210749, 0x03150E93, 0x00280693, 0x071D152B, 0x0030052B, 0x00240A5B, 0x051A155A, 0x002D056A, 0x00220B65, 0x0417174A, /*2060-2069*/

  77. };

  78. 

  79. //获取农历函数 

  80. int getLunar(int year, int month, int day)

  81. {

  82. 	//获取给的年份 year 对应的农历数据 

  83. 	unsigned int yLundarData = lunar_data[year - 1600];

  84. 	

  85. 	//获取 year 对应的农历闰月 

  86. 	unsigned int   leapMonth = yLundarData >> 24;

  87. 	

  88. 	//获取给定年 春节 在该年的日序数（就是该年的 第几天）

  89. 	unsigned int springIndex = (yLundarData >> 16)&0xFF;

  90. 

  91. 	//获取给定 查询日期 在该年的日序数（就是该年的 第几天）

  92. 	unsigned int dayIndex = month_accumulate[month - 1] + day;

  93. 	//阳历闰月二月加一天 

  94. 	if(month > 2)

  95. 	{ 

  96. 		if

  97. 		(

  98. 		    ((year % 4 == 0) && (year % 100 != 0))||

  99. 		    (year % 400 == 0)

  100. 		)

  101. 		{

  102. 			dayIndex += 1;

  103. 		}

  104. 	}

  105. 	

  106. 	// 查询日期在春节前，需要调取上一年的农历数据，因此递归 year - 1, month + 12

  107. 	if(dayIndex < springIndex)

  108. 	{

  109. 		return getLunar(year - 1, month + 12, day);

  110. 	}

  111. 

  112. 	//查询日期在春节后 

  113. 	unsigned int bitArry = yLundarData;

  114. 	int s = springIndex;

  115. 	int i = 1;

  116. 	while(i <= 13)

  117. 	{

  118. 		s += (bitArry & 1) ?30 :29;

  119. 		i ++;

  120. 		if(s > dayIndex)

  121. 		{

  122. 			i -= 1;

  123. 			s -= (bitArry & 1) ?30 :29;

  124. 			if((0 < leapMonth) && (leapMonth < i))

  125. 			{

  126. 				i -= 1;

  127. 				if(i == leapMonth)

  128. 				{

  129. 					// 农历 (dayIndex + 1 - s) 中的+1 表示农历是从初一开始的， 

  130. 					return -(i*100) - (dayIndex + 1 - s);

  131. 				}

  132. 			}

  133. 			

  134. 			return (i*100) + (dayIndex + 1 - s);

  135. 		} 

  136. 		bitArry >>= 1;

  137. 	}

  138. 	

  139. 	return 0; 

  140. }

  141. 

  142. //MAIN主函数 

  143. int main()

  144. {	

  145. 	//获取当前日期

  146. 	time_t timep;

  147. 	time (&timep);

  148. 	struct tm* p = gmtime(&timep);

  149. 	int year = 1900 + p->tm_year;

  150. 	int month = 1 + p->tm_mon;

  151. 	int day = 1 + p->tm_mday ;

  152. 	

  153. 	year = 1900;

  154. 	month = 9;

  155. 	day   = 25;

  156. 	printf("%d %d %d\n", year, month, day);

  157. 	

  158. 	//计算天干地支属相 

  159. 	int yTianGan = (year + 6) % 10;

  160. 	int yDiZhi = (year + 8) % 12;

  161. 	int yShuXiang = (year + 8) % 12;

  162. 	

  163. 	int lunVal = getLunar(year, month, day);

  164. 	

  165. 	if(lunVal != 0)

  166. 	{

  167. 		int lun = (lunVal >= 0) ?(lunVal) :(-lunVal);

  168. 		int lunMonth = lun / 100;

  169. 		int lunDay = lun % 100;

  170. 		printf("%s%s%s年 %s%s月%s\n", tian_gan[yTianGan], di_zhi[yDiZhi], shu_xiang[yShuXiang], (lunVal > 0)?"":"闰", lunar_month[lunMonth - 1], lunar_day[lunDay -1]);

  171. 	}

  172. 	

  173. 	return 0;

  174. }
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