gugustock_v0_201802102227_4d_30_ZV0F1INTTO1PBYTE_VERSION_INCLUDE_NEGATIVESIGN_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG

///////
//ZV0F1INTTO1PBYTE_VERSION_INCLUDE_NEGATIVESIGN_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG
//
//( 1 int ) to ( 1 pbyte ) : ( include [ negative sign ] ) : ( ignore [ positive sign ] ) : additional end flag
///////
//ZV0F1INTTO1PBYTE_VERSION_INCLUDE_NEGATIVESIGN_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG
//
//( 1 int ) 转换 到 ( 1 pbyte ) : ( 包括 [ 负号 ] ) : ( 忽略 [ 正号 ] ) : 附加 结束 标志



DWORD ZV0F1INTTO1PBYTE_VERSION_INCLUDE_NEGATIVESIGN_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG (
INT & z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1int_original_input_int ,
DWORD & z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_divisor_version_dividend_is_1int_original_input_dword ,
BYTE & z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_endflag_inputoutput_byte ,
PBYTE & z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1pbyte_final_version_additionalendflag_output_pbyte
)
///////
//ZV0F1INTTO1PBYTE_VERSION_INCLUDE_NEGATIVESIGN_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG
//
//( 1 int ) to ( 1 pbyte ) : ( include [ negative sign ] ) : ( ignore [ positive sign ] ) : additional end flag
///////
//ZV0F1INTTO1PBYTE_VERSION_INCLUDE_NEGATIVESIGN_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG
//
//( 1 int ) 转换 到 ( 1 pbyte ) : ( 包括 [ 负号 ] ) : ( 忽略 [ 正号 ] ) : 附加 结束 标志
{

if (
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1int_original_input_int >= 0
)
{

ZF1INTTO1PBYTE_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG (
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1int_original_input_int ,
//input :
//1 int : original : input : int
///////
//1 int : 原来 (的) : 输入 : int
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_divisor_version_dividend_is_1int_original_input_dword ,
//input :
//divisor : ( dividend is [ 1 int : original ] ) : input : dword
//
//note :
//0 < divisor <= 10
///////
//除数 : ( 被除数 是 [ 1 整数 : 原来 {的} ] ) : 输入 : dword
//
//注意 :
//0 < 除数 <= 10
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_endflag_inputoutput_byte ,
//input :
//end flag : input : byte
///////
//结束 标志 : 输入 : byte
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1pbyte_final_version_additionalendflag_output_pbyte
//output :
//1 pbyte : final : output : pbyte
///////
//1 pbyte : 最终 (的) : 输出 : pbyte 
) ;
//ZF1INTTO1PBYTE_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG function
//
//( 1 int ) to ( 1 pbyte ) : ( additional end flag )
//
//note :
//ignore ( positive sign )
///////
//ZF1INTTO1PBYTE_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG 函数
//
//( 1 int ) 赋值 到 ( 1 pbyte ) : ( 附加 结束 标志 )
//
//注意 :
//忽略 ( 正 符号 )

}
else if (
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1int_original_input_int < 0
)
{

ZF1INTTO1PBYTE_VERSION_ADDITIONALENDFLAG (
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1int_original_input_int ,
//input :
//1 int : original : input : int
///////
//1 int : 原来 (的) : 输入 : int
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_divisor_version_dividend_is_1int_original_input_dword ,
//input :
//divisor : ( dividend is [ 1 int : original ] ) : input : dword
//
//note :
//0 < divisor <= 10
///////
//除数 : ( 被除数 是 [ 1 整数 : 原来 {的} ] ) : 输入 : dword
//
//注意 :
//0 < 除数 <= 10
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_endflag_inputoutput_byte ,
//input :
//end flag : input : byte
///////
//结束 标志 : 输入 : byte
z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1pbyte_final_version_additionalendflag_output_pbyte
//output :
//1 pbyte : final : output : pbyte
///////
//1 pbyte : 最终 (的) : 输出 : pbyte 
) ;
//ZF1INTTO1PBYTE_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG function
//
//( 1 int ) to ( 1 pbyte ) : ( additional end flag )
//
//note :
//ignore ( positive sign )
///////
//ZF1INTTO1PBYTE_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG 函数
//
//( 1 int ) 赋值 到 ( 1 pbyte ) : ( 附加 结束 标志 )
//
//注意 :
//忽略 ( 正 符号 )

}

return 0 ;

}













///////
//ZV0F1INTTO1PBYTE_VERSION_INCLUDE_NEGATIVESIGN_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG
//
//( 1 int ) to ( 1 pbyte ) : ( include [ negative sign ] ) : ( ignore [ positive sign ] ) : additional end flag
///////
//ZV0F1INTTO1PBYTE_VERSION_INCLUDE_NEGATIVESIGN_VERSION_IGNORE_POSITIVESIGN_VERSION_ADDITIONALENDFLAG
//
//( 1 int ) 转换 到 ( 1 pbyte ) : ( 包括 [ 负号 ] ) : ( 忽略 [ 正号 ] ) : 附加 结束 标志



static INT z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1int_original_input_int ;
static DWORD z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_divisor_version_dividend_is_1int_original_input_dword ;
static BYTE z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_endflag_inputoutput_byte ;
static PBYTE z_v0_1intto1pbyteversionincludenegativesignversionignorepositivesignversionadditionalendflag_1pbyte_final_version_additionalendflag_output_pbyte ;