t源碼_源代碼是什麼

㈠怎樣編寫股市T+0交易指標源碼，謝謝！

聲明下中國的股票沒有T+0交易只有T+1交易期貨權證在中國可以實行T+0交易
T+0 還是 T+1 不是指標也不應該有什麼他按酒市一個交易方式
T+0 就是現在賣了就可以立即銷售也就是賣
T+1 今天買了只有下一個交易日才可賣今天買今天就不可以賣
這個就是他們的區別不是什麼指標這個是一個規則

㈡源代碼是什麼

說白了就是各種編程語言，你現在所用的所有軟體都是用各種源代碼編出來的，大概樣子就像：
<html><head>
<meta http-equiv="content-type" content="text/html;charset=gb2312">
<title>網路搜索_源代碼 </title>
<STYLE></STYLE>
<script></script></head>
<body onload="document.f1.reset();" link="#261CDC">
<table width="100%" height="54" align="center" cellpadding="0" cellspacing="0">
<form name=f1 action="/s">
<tr valign=middle>
<td width="100%" valign="top" style="padding-left:8px;width:137px;" nowrap>
<a href="http://www..com/"><img src="http://www..com/img/logo-yy.gif" border="0" width="137" height="46" alt="到網路首頁"></a>
</td>
<td></td>
<td width="100%" valign="top">
<div class="Tit">
<a href="http://news..com/ns?cl=2&rn=20&tn=news&word=%D4%B4%B4%FA%C2%EB" onmousedown="return c({'fm':'tab','tab':'news'})">新聞</a><span class="fB">網頁</span><a href="http://tieba..com/f?kw=%D4%B4%B4%FA%C2%EB" onmousedown="return c({'fm':'tab','tab':'tieba'})">貼吧</a><a href="http://..com/q?ct=17&pn=0&tn=ikaslist&rn=10&word=%D4%B4%B4%FA%C2%EB&fr=wwwt" onmousedown="return c({'fm':'tab','tab':''})">知道</a><a href="http://mp3..com/m?tn=mp3&ct=134217728&lm=-1&word=%D4%B4%B4%FA%C2%EB" onmousedown="return c({'fm':'tab','tab':'mp3'})">MP3</a><a href="http://image..com/i?tn=image&ct=201326592&lm=-1&cl=2&word=%D4%B4%B4%FA%C2%EB" onmousedown="return c({'fm':'tab','tab':'pic'})">圖片</a><a href="http://video..com/v?ct=301989888&rn=20&pn=0&db=0&s=25&word=%D4%B4%B4%FA%C2%EB" onmousedown="return c({'fm':'tab','tab':'video'})">視頻</a><a href="http://www..com/s?lm=0&si=&rn=10&ie=gb2312&ct=1048576&wd=%D4%B4%B4%FA%C2%EB&tn=" target="_blank" onmousedown="return c({'fm':'tab','tab':'dict'})">詞典</a>
</div>

㈢淘寶助理上傳寶貝時，提示。h t ml源碼含有非法連接。在寶貝描述哪裡找h t ml源碼改為1688

提示非法鏈接，這個已經就是1688的鏈接了

淘寶是不允許寶貝描述中有鏈向其他網站的鏈接的

自己改的話，鏈接很多，你也不知道在哪裡是很難修改的

你可以直接用大淘營圖片搬家工具先處理這些數據包

處理好後在上傳就不會出現這個提示了

㈣ size_t的介紹

size_t 類型定義在cstddef頭文件中，該文件是C標准庫的頭文件stddef.h的C++版。它是一個與機器相關的unsigned類型，其大小足以保證存儲內存中對象的大小。例如：bitset的size操作返回bitset對象中二進制位中的個數，返回值類型是size_t。例如：在用下標訪問元素時，vector使用vector::size_type作為下標類型，而數組下標的正確類型則是size_t。vector使用的下標實際也是size_t，源碼是typedef size_t size_type。

㈤購買股票T+0源碼，有的加Q1292607858

抱歉我沒有，打擾了！

㈥解讀C語言程序源代碼如下,可直接編譯求t字元串的原理

t字元串是按一定的演算法從圖形生成的，這個程序不過是把生成的字元串用逆演算法還原回圖形，沒什麼神秘的。

㈦急求源代碼！

//------------------------------------------------------------------------------------
// UART.c
//------------------------------------------------------------------------------------
// Copyright (C) 2005 [email protected].
//
// Tool chain: KEIL Full 'c'
// C8051F020

//#pragma CD OE DB SB // Compilation directives

//------------------------------------------------------------------------------------
// Includes
//------------------------------------------------------------------------------------
#ifndef C8051REG
#include "c8051f020.h" // SFR declarations
#define C8051REG
#endif

//------------------------------------------------------------------------------------
// Global CONSTANTS
//------------------------------------------------------------------------------------

#ifndef SYSCLK
#define SYSCLK 22118400
#define BAUDRATE 9600
#endif

#define BUF_I_LEN 128
//2 4 8 16 32 64 128
#define BUF_O_LEN 128
//2 4 8 16 32 64 128

#define COM_Read_BUF(a) a = UART_BUF_I[UART_BUF_I_Head];UART_BUF_I_Head = (UART_BUF_I_Head + 1)&(BUF_I_LEN-1)
#define COM_Write_BUF(a) UART_BUF_O[UART_BUF_O_End] =(a);UART_BUF_O_End = (UART_BUF_O_End + 1)&(BUF_O_LEN-1)
#define COM_Send if(!UART_Transmission) if(COM_Emp_O) { UART_Transmission = 1; SBUF0 = UART_BUF_O[UART_BUF_O_Head]; UART_BUF_O_Head = (UART_BUF_O_Head + 1)&(BUF_O_LEN-1);}
#define COM_Emp_I ((UART_BUF_I_End - UART_BUF_I_Head)&(BUF_I_LEN-1))
#define COM_Emp_O ((UART_BUF_O_End - UART_BUF_O_Head)&(BUF_O_LEN-1))
#define COM_Read_Head(a) a=UART_BUF_I[UART_BUF_I_Head]

#define COM1_Read_BUF(a) a=UART1_BUF_I[UART1_BUF_I_Head];UART1_BUF_I_Head = (UART1_BUF_I_Head + 1)&(BUF_I_LEN-1)
#define COM1_Write_BUF(a) UART1_BUF_O[UART1_BUF_O_End] =(a);UART1_BUF_O_End = (UART1_BUF_O_End + 1)&(BUF_O_LEN-1)
#define COM1_Send if(!UART1_Transmission) if(COM1_Emp_O) { UART1_Transmission = 1; SBUF1 = UART1_BUF_O[UART1_BUF_O_Head]; UART1_BUF_O_Head = (UART1_BUF_O_Head + 1)&(BUF_O_LEN-1);}
#define COM1_Emp_I ((UART1_BUF_I_End - UART1_BUF_I_Head)&(BUF_I_LEN-1))
#define COM1_Emp_O ((UART1_BUF_O_End - UART1_BUF_O_Head)&(BUF_O_LEN-1))
#define COM1_Read_Head(a) a=UART1_BUF_I[UART1_BUF_I_Head]

unsigned char xdata UART_BUF_I[BUF_I_LEN];
unsigned char UART_BUF_I_Head;
unsigned char UART_BUF_I_End;
unsigned char xdata UART_BUF_O[BUF_O_LEN];
unsigned char UART_BUF_O_Head;
unsigned char UART_BUF_O_End;
bit UART_Transmission;
bit UART_BUF_O_Over;
bit UART_BUF_I_Over;

unsigned char xdata UART1_BUF_I[BUF_I_LEN];
unsigned char UART1_BUF_I_Head;
unsigned char UART1_BUF_I_End;
unsigned char xdata UART1_BUF_O[BUF_O_LEN];
unsigned char UART1_BUF_O_Head;
unsigned char UART1_BUF_O_End;
bit UART1_Transmission;
bit UART1_BUF_O_Over;
bit UART1_BUF_I_Over;
//------------------------------------------------------------------------------------
// Function PROTOTYPES
//------------------------------------------------------------------------------------
void UART0_Init (void);
void UART1_Init (void);
//-----------------------------------------------------------------------------
// UART0_Init
//-----------------------------------------------------------------------------
//
// Configure the UART using Timer1, for <baudrate> and 8-N-1.
//
void UART0_Init (void)
{
unsigned char i;
CKCON = 0x10; // Timer1 uses SYSCLK as time base
TMOD = 0x20; // TMOD: timer 1, mode 2, 8-bit reload
TH1 = -(SYSCLK/BAUDRATE/16); // set Timer1 reload value for baudrate
TL1 = 0xff;
TR1 = 1; // start Timer1
SCON0 = 0x50; // SCON: mode 1, 8-bit UART, enable RX
PCON |= 0x80; // SMOD = 1
TI0 = 0; // Indicate TX ready

for (i=0;i<BUF_I_LEN;i++)
UART_BUF_I[i] = 0;
for (i=0;i<BUF_O_LEN;i++)
UART_BUF_O[i] = 0;
UART_BUF_I_Head = 0;
UART_BUF_I_End = 0;
UART_BUF_I_Over = 0;
UART_BUF_O_Head = 0;
UART_BUF_O_End = 0;
UART_Transmission = 0;
UART_BUF_O_Over = 0;
TCON = 0x40; // Timer Control Register
IE |= 0x10;
IP |= 0x10;
}

//-----------------------------------------------------------------------------
// UART1_Init
//-----------------------------------------------------------------------------
//
// Configure the UART using Timer4, for <baudrate> and 8-N-1.
//
void UART1_Init (void)
{
unsigned char i;
for (i=0;i<BUF_I_LEN;i++)
UART1_BUF_I[i] = 0;
for (i=0;i<BUF_O_LEN;i++)
UART1_BUF_O[i] = 0;
UART1_BUF_I_Head = 0;
UART1_BUF_I_End = 0;
UART1_BUF_I_Over = 0;
UART1_BUF_O_Head = 0;
UART1_BUF_O_End = 0;
UART1_Transmission = 0;
UART1_BUF_O_Over = 0;
TMR4RL = 0xFFb8; // Timer 4 Capture Register
TH4 = 0xff; // Timer 4 High Byte
TL4 = 0xff; // Timer 4 Low Byte
T4CON = 0x34; // Timer 4 Control Register
SCON1 = 0x50; // SCON: mode 1, 8-bit UART, enable RX
EIE2 |= 0x40;
EIP2 |= 0x40;
}

//------------------------------------------------------------------------------------
// UART0 Interrupt Service Routines
//------------------------------------------------------------------------------------
void UART0_ISR (void) interrupt 4
{
unsigned char i;
if(RI0)
{
i = SBUF0;
RI0 = 0;
if(COM_Emp_I<(BUF_I_LEN-1))
{
UART_BUF_I[UART_BUF_I_End] = i;
UART_BUF_I_End = (UART_BUF_I_End + 1)&(BUF_I_LEN-1);
}
else
{
UART_BUF_I_Over = 1;
}
}
if(TI0)
{
if(COM_Emp_O)
{
SBUF0 = UART_BUF_O[UART_BUF_O_Head];
UART_BUF_O_Head = (UART_BUF_O_Head + 1)&(BUF_O_LEN-1);
}
else
{
UART_Transmission = 0;
}
TI0 = 0;
}
}
//------------------------------------------------------------------------------------
// UART1 Interrupt Service Routines
//------------------------------------------------------------------------------------
void UART1_ISR (void) interrupt 20
{
unsigned char i;
if(SCON1 & 0x01) // if(RI1)
{
i = SBUF1;
SCON1 &= 0xfe; // RI1 = 0;
// SBUF0 = i;
if(COM1_Emp_I<(BUF_I_LEN-1))
{
UART1_BUF_I[UART1_BUF_I_End] = i;
UART1_BUF_I_End = (UART1_BUF_I_End + 1)&(BUF_I_LEN-1);
}
else
{
UART1_BUF_I_Over = 1;
}
}
if(SCON1 & 0x02) // if(TI1)
{
if(COM1_Emp_O )
{
SBUF1 = UART1_BUF_O[UART1_BUF_O_Head];
UART1_BUF_O_Head = (UART1_BUF_O_Head + 1)&(BUF_O_LEN-1);
}
else
{
UART1_Transmission = 0;
}
SCON1 &= 0xfd; //TI1 = 0;
}
}

導航:首頁 > 源碼編譯 > t源碼

t源碼

與t源碼相關的資料