[共享]LPC231X系列的位操作支持库

Gorgon_Meducer · 发表于 2006-4-2 18:06:54

#ifndef __Use_RD_LPC213X_H_

#define __Use_RD_LPC213X_H_

/**************************************************************

*  函数库说明：ARM LPC213x系列操作辅助函数库                *

*  版本：    v1.0                                        *

*  平台：    LPC213X系列                                  *

*  作者：    傻孩子                                        *

*  日期：    2006年3月30日                               *

*  修改：    傻孩子                                        *

*  修改日期：  2006年3月30日                               *

*                                                          *

*  [说明]                                                    *

*             1、支持端口位操作。                         *

**************************************************************/

/************************

*    结构体定义 *

************************/

/*----------------------*

*    8位变量位映射    *

*----------------------*/

typedef struct BYTE_BIT

{

unsigned BIT0:1;

unsigned BIT1:1;

unsigned BIT2:1;

unsigned BIT3:1;

unsigned BIT4:1;

unsigned BIT5:1;

unsigned BIT6:1;

unsigned BIT7:1;

}BYTEBIT;

/*----------------------*

*    16位变量位映射 *

*----------------------*/

typedef struct WORD_BIT

{

unsigned BIT0:1;

unsigned BIT1:1;

unsigned BIT2:1;

unsigned BIT3:1;

unsigned BIT4:1;

unsigned BIT5:1;

unsigned BIT6:1;

unsigned BIT7:1;

unsigned BIT8:1;

unsigned BIT9:1;

unsigned BIT10:1;

unsigned BIT11:1;

unsigned BIT12:1;

unsigned BIT13:1;

unsigned BIT14:1;

unsigned BIT15:1;

}WORDBIT;

/*----------------------*

*    32位变量位映射 *

*----------------------*/

typedef struct DWORD_BIT

{

unsigned BIT0:1;

unsigned BIT1:1;

unsigned BIT2:1;

unsigned BIT3:1;

unsigned BIT4:1;

unsigned BIT5:1;

unsigned BIT6:1;

unsigned BIT7:1;

unsigned BIT8:1;

unsigned BIT9:1;

unsigned BIT10:1;

unsigned BIT11:1;

unsigned BIT12:1;

unsigned BIT13:1;

unsigned BIT14:1;

unsigned BIT15:1;

unsigned BIT16:1;

unsigned BIT17:1;

unsigned BIT18:1;

unsigned BIT19:1;

unsigned BIT20:1;

unsigned BIT21:1;

unsigned BIT22:1;

unsigned BIT23:1;

unsigned BIT24:1;

unsigned BIT25:1;

unsigned BIT26:1;

unsigned BIT27:1;

unsigned BIT28:1;

unsigned BIT29:1;

unsigned BIT30:1;

unsigned BIT31:1;

}DWORDBIT;

/*----------------------*

* 32位变量4分映射 *

*----------------------*/

typedef struct DWORD_DIV4

{

unsigned BYTEA:8;

unsigned BYTEB:8;

unsigned BYTEC:8;

unsigned BYTED:8;

}DWORDPORT8;

typedef struct DWORD_DIV2

{

unsigned WORDA:16;

unsigned WORDB:16;

}DWORDPORT16;

/*----------------------*

* 16位变量2分映射 *

*----------------------*/

typedef struct WORD_DIV2

{

unsigned BYTEA:8;

unsigned BYTEB:8;

}WORDPORT8;

/*----------------------*

* 8位变量2分映射    *

*----------------------*/

typedef struct BYTE_DIV2

{

unsigned BYTEL:4;

unsigned BYTEH:4;

}WORDHBYTE;

/************************

*    系统宏定义 *

************************/

/*----------------------*

*    系统常数宏定义 *

*----------------------*/

/************************

*    动作宏定义 *

************************/

# define P0 (*((volatile DWORDBIT *)0xE0028000))

# define DIR0  (*((volatile DWORDBIT *)0xE0028008))

# define P1 (*((volatile DWORDBIT *)0xE0028010))

# define DIR1  (*((volatile DWORDBIT *)0xE0028018))

# define PORT0 (*((volatile DWORDPORT8 *)0xE0028000))

# define PORT1 (*((volatile DWORDPORT8 *)0xE0028010))

# define WPORT0 (*((volatile DWORDPORT16 *)0xE0028000))

# define WPORT1 (*((volatile DWORDPORT16 *)0xE0028010))

# define PORT0A PORT0.BYTEA

# define PORT0B PORT0.BYTEB

# define PORT0C PORT0.BYTEC

# define PORT0D PORT0.BYTED

# define PORT1A PORT1.BYTEA

# define PORT1B PORT1.BYTEB

# define PORT1C PORT1.BYTEC

# define PORT1D PORT1.BYTED

# define WPORTA WPORT0.WORDA

# define WPORTB WPORT0.WORDB

# define WPORTC WPORT1.WORDA

# define WPORTD WPORT1.WORDB

# define P00       P0.BIT0

# define P01       P0.BIT1

# define P02       P0.BIT2

# define P03       P0.BIT3

# define P04       P0.BIT4

# define P05       P0.BIT5

# define P06       P0.BIT6

# define P07       P0.BIT7

# define P08       P0.BIT8

# define P09       P0.BIT9

# define P010    P0.BIT10

# define P011    P0.BIT11

# define P012    P0.BIT12

# define P013    P0.BIT13

# define P014    P0.BIT14

# define P015    P0.BIT15

# define P016    P0.BIT16

# define P017    P0.BIT17

# define P018    P0.BIT18

# define P019    P0.BIT19

# define P020    P0.BIT20

# define P021    P0.BIT21

# define P022    P0.BIT22

# define P023    P0.BIT23

# define P024    P0.BIT24

# define P025    P0.BIT25

# define P026    P0.BIT26

# define P027    P0.BIT27

# define P028    P0.BIT28

# define P029    P0.BIT29

# define P030    P0.BIT30

# define P031    P0.BIT31

# define P10       P1.BIT0

# define P11       P1.BIT1

# define P12       P1.BIT2

# define P13       P1.BIT3

# define P14       P1.BIT4

# define P15       P1.BIT5

# define P16       P1.BIT6

# define P17       P1.BIT7

# define P18       P1.BIT8

# define P19       P1.BIT9

# define P110    P1.BIT10

# define P111    P1.BIT11

# define P112    P1.BIT12

# define P113    P1.BIT13

# define P114    P1.BIT14

# define P115    P1.BIT15

# define P116    P1.BIT16

# define P117    P1.BIT17

# define P118    P1.BIT18

# define P119    P1.BIT19

# define P120    P1.BIT20

# define P121    P1.BIT21

# define P122    P1.BIT22

# define P123    P1.BIT23

# define P124    P1.BIT24

# define P125    P1.BIT25

# define P126    P1.BIT26

# define P127    P1.BIT27

# define P128    P1.BIT28

# define P129    P1.BIT29

# define P130    P1.BIT30

# define P131    P1.BIT31

# define DIR00       DIR0.BIT0

# define DIR01       DIR0.BIT1

# define DIR02       DIR0.BIT2

# define DIR03       DIR0.BIT3

# define DIR04       DIR0.BIT4

# define DIR05       DIR0.BIT5

# define DIR06       DIR0.BIT6

# define DIR07       DIR0.BIT7

# define DIR08       DIR0.BIT8

# define DIR09       DIR0.BIT9

# define DIR010    DIR0.BIT10

# define DIR011    DIR0.BIT11

# define DIR012    DIR0.BIT12

# define DIR013    DIR0.BIT13

# define DIR014    DIR0.BIT14

# define DIR015    DIR0.BIT15

# define DIR016    DIR0.BIT16

# define DIR017    DIR0.BIT17

# define DIR018    DIR0.BIT18

# define DIR019    DIR0.BIT19

# define DIR020    DIR0.BIT20

# define DIR021    DIR0.BIT21

# define DIR022    DIR0.BIT22

# define DIR023    DIR0.BIT23

# define DIR024    DIR0.BIT24

# define DIR025    DIR0.BIT25

# define DIR026    DIR0.BIT26

# define DIR027    DIR0.BIT27

# define DIR028    DIR0.BIT28

# define DIR029    DIR0.BIT29

# define DIR030    DIR0.BIT30

# define DIR031    DIR0.BIT31

# define DIR10       DIR1.BIT0

# define DIR11       DIR1.BIT1

# define DIR12       DIR1.BIT2

# define DIR13       DIR1.BIT3

# define DIR14       DIR1.BIT4

# define DIR15       DIR1.BIT5

# define DIR16       DIR1.BIT6

# define DIR17       DIR1.BIT7

# define DIR18       DIR1.BIT8

# define DIR19       DIR1.BIT9

# define DIR110    DIR1.BIT10

# define DIR111    DIR1.BIT11

# define DIR112    DIR1.BIT12

# define DIR113    DIR1.BIT13

# define DIR114    DIR1.BIT14

# define DIR115    DIR1.BIT15

# define DIR116    DIR1.BIT16

# define DIR117    DIR1.BIT17

# define DIR118    DIR1.BIT18

# define DIR119    DIR1.BIT19

# define DIR120    DIR1.BIT20

# define DIR121    DIR1.BIT21

# define DIR122    DIR1.BIT22

# define DIR123    DIR1.BIT23

# define DIR124    DIR1.BIT24

# define DIR125    DIR1.BIT25

# define DIR126    DIR1.BIT26

# define DIR127    DIR1.BIT27

# define DIR128    DIR1.BIT28

# define DIR129    DIR1.BIT29

# define DIR130    DIR1.BIT30

# define DIR131    DIR1.BIT31

#endif
-----此内容被Gorgon Meducer于2006-04-02,18:10:57编辑过

Gorgon_Meducer · 发表于 2006-4-2 18:08:09

比方说，让P1.18变为低电平

只需要

DIR118 = 1; //输出状态

P118 = 0; //P1.18设为低电平

SKYdai · 发表于 2006-4-2 18:32:39

能不能出个S64的呢？

Gorgon_Meducer · 发表于 2006-4-3 23:38:33

其实原理大家看得都很明白了哈，自己做嘛

tiger5 · 发表于 2006-5-30 08:18:19

好人...谢谢.

FlashNuk · 发表于 2007-10-5 10:10:05

好东西啊，正是我需要的，谢谢傻孩子！

classv · 发表于 2008-3-17 16:29:47

能不能整个直接和位同时好操作的
如: P1.DIR.BIT.B18 = 1; //输出状态 ==P1.DIR.BYTE=(1<<18);

liuzhijun · 发表于 2008-3-21 21:14:11

谢谢！

shishi · 发表于 2009-7-5 14:43:23

不够全

shishi · 发表于 2009-7-6 22:14:58

不知道这个代码测试过没有，
            “比方说，让P1.18变为低电平
               只需要
               DIR118 = 1;  //输出状态
               P118 = 0; //P1.18设为低电平”
中的P118 是映射到 IO1PIN寄存器，地址为：0xE0028010，这个是一个只读的吧，P118 = 0；行吗？有空我测一下试试

gorden_gan · 发表于 2009-7-7 00:36:19

mark

tangwei039 · 发表于 2010-6-1 12:51:18

比较好

denglu · 发表于 2010-6-10 00:12:24

mark

lyzhangxiang · 发表于 2010-6-25 13:10:21

好东西顶起来

wukaka · 发表于 2010-8-18 10:48:07

位域好东西

yywin · 发表于 2010-10-29 21:32:58

IOxPIN是可读可写的,推荐用IOxSET、IOxCLR置1，置0。

Spunky · 发表于 2010-11-1 21:34:30

mark

qqsdlpz · 发表于 2010-11-29 10:16:15

位域滥用。。。

sokou · 发表于 2011-3-29 22:11:39

谢谢！

Gorgon_Meducer · 发表于 2011-3-30 09:53:51

to 【17楼】 qqsdlpz
对当时我一个大二的学生来说，不用又怎知滥呢……

Helloeveryon · 发表于 2011-10-15 19:02:34

MARK

l09046162 · 发表于 2011-11-27 08:51:14

mark！！！！

[共享]LPC231X系列的位操作支持库

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