lv11 嵌入式开发 C工程与寄存器封装 10
目录
1 C语言工程介绍
1.1 工程模板介绍
1.2 启动代码分析
2 C语言实现LED实验
2.1 C语言如何实现寄存器读写
2.2 实现LED实验
2.3 练习
1 C语言工程介绍
1.1 工程模板介绍
工程目录，后续代码都会利用到这个目录
interface.c
写了一个main函数的框架
int main()
{
return 0;
}
common文件家中有两个目录，放得一些头文件和源文件
include目录
ctype.h
exynos_4412.h
stdarg.h
uart.h
src目录
main.o
printf.c
uart.c
_udivsi3.s
_umodsi3.s
start目录
放入了start.s刚上电的第一段启动代码都是用汇编写的
Makefile
#=============================================================================#
NAME = interface
CROSS_COMPILE = arm-none-linux-gnueabi-
#=============================================================================#
CC = $(CROSS_COMPILE)gcc
LD = $(CROSS_COMPILE)ld
OBJDUMP = $(CROSS_COMPILE)objdump
OBJCOPY = $(CROSS_COMPILE)objcopy
CFLAGS += -g -O0 -mabi=apcs-gnu -mfpu=neon -mfloat-abi=softfp -fno-builtin \
-nostdinc -I ./common/include
#============================================================================#
#把各个目录下的文件进行了展开
OBJSss := $(wildcard start/*.S) $(wildcard common/src/*.S) $(wildcard *.S) \
$(wildcard start/*.c) $(wildcard common/src/*.c) \
$(wildcard usr/*.c) $(wildcard *.c)
OBJSs := $(patsubst %.S,%.o,$(OBJSss))
OBJS := $(patsubst %.c,%.o,$(OBJSs))
#============================================================================#
%.o: %.S
$(CC) $(CFLAGS) -c -o $@ $< #把所有.c变为.o
%.o: %.c
$(CC) $(CFLAGS) -c -o $@ $< #把所有.s变为.o
all:clean $(OBJS)
$(LD) $(OBJS) -T map.lds -o $(NAME).elf # map.lds把所有.o链接到一块，生成interface.elf
$(OBJCOPY) -O binary $(NAME).elf $(NAME).bin #把linux下可执行文件转换位.bin
$(OBJDUMP) -D $(NAME).elf > $(NAME).dis #生成.bin文件再反汇编代码（使用得较少）
#============================================================================#
clean:
rm -rf $(OBJS) *.elf *.bin *.dis *.o
#============================================================================#
map.lds文件是链接脚本文件（功能等同于-Ttext 0x40008000)告诉编译器代码在内存中的分部。
链接脚本是一个用于描述链接器如何将目标文件进行组合和排列的文本文件
OUTPUT_FORMAT("elf32-littlearm", "elf32-littlearm", "elf32-littlearm")
/*OUTPUT_FORMAT("elf32-arm", "elf32-arm", "elf32-arm")*/
OUTPUT_ARCH(arm)
ENTRY(_start)
SECTIONS
{
. = 0x40008000;
. = ALIGN(4);
.text :
{
start/start.o(.text)
*(.text)
}
. = ALIGN(4);
.rodata :
{ *(.rodata) }
. = ALIGN(4);
.data :
{ *(.data) }
. = ALIGN(4);
.bss :
{ *(.bss) }
}
这段代码是一个简单的 ARM 汇编程序，它使用了 GNU 工具链下的链接脚本语言进行描述。下面是每个部分的解释：
-
OUTPUT_FORMAT("elf32-littlearm", "elf32-littlearm", "elf32-littlearm")：指定输出文件的格式为 ELF 格式，字节顺序为小端（little-endian），架构为 ARM。 -
OUTPUT_ARCH(arm)：指定目标架构为 ARM。 -
ENTRY(_start)：指定程序的入口点为_start标号。 -
SECTIONS：指定各个代码段的位置、大小和属性等信息。 -
. = 0x40008000：设置当前的位置为 0x40008000。 -
. = ALIGN(4)：将当前的位置调整为 4 的倍数，保证对齐。 -
.text：指定代码段的名称为.text，包含了start/start.o(.text)和所有的.text段。 -
.rodata：指定只读数据段的名称为.rodata，包含了所有的.rodata段。 -
.data：指定数据段的名称为.data，包含了所有的.data段。 -
.bss：指定未初始化数据段的名称为.bss，包含了所有的.bss段。
这段代码的作用是将不同的代码段和数据段链接在一起，生成可执行文件。其中，.text 段包含了程序的指令代码，.rodata 段包含了只读数据，.data 段包含了已初始化的数据，而 .bss 段则包含了未初始化的数据。_start 标号指定了程序的入口点，在该标号对应的位置开始执行程序代码。
1.2 启动代码分析
.text @伪操作，高速编译器代码段位置
.global _start @伪操作，申明为全局符号_start
_start: @在map.lds涉及到，程序启动入口
/*
* Vector table @中断向量表
*/
b reset @跳转到reset
b . @.无条件地跳转到当前指令所在的地址,用于占用空间
b .
b .
b .
b .
b .
b .
reset:
/*
* Set vector address in CP15 VBAR register
*/
ldr r0, =_start @把_start全局符号所在地址读到r0寄存器
mcr p15, 0, r0, c12, c0, 0 @Set VBAR
@协处理器cp15中有个寄存器叫c12，往里面写什么地址，异常向量表就在什么地址
@r0已经存了我们自己向量表的地址，把r0给c12，当arm遇到异常时就会跳转到异常向量表
/*
* Set the cpu to SVC32 mode, Disable FIQ/IRQ 设置svc特权模式，关闭中断
*/
mrs r0, cpsr @读取CPSR状态寄存器到R0
bic r0, r0, #0x1f @与位操作指令，意思是将寄存器 r0 的低 5 位清零
orr r0, r0, #0xd3 @或位操作指令，它将寄存器 r0 的低 8 位设置为 0xd3
msr cpsr ,r0 @把r0写CPSR状态寄存器
/*
* Defines access permissions for each coprocessor 定义各个协处理器的访问权限
*/
mov r0, #0xfffffff
mcr p15, 0, r0, c1, c0, 2
/*
* Invalidate L1 I/D
*/
mov r0, #0 @Set up for MCR
mcr p15, 0, r0, c8, c7, 0 @Invalidate TLBs 对所有的 TLB 执行无效化操作
mcr p15, 0, r0, c7, c5, 0 @Invalidate icache 清空指令缓存中的缓存项
/*
* Set the FPEXC EN bit to enable the FPU 使能浮点运行的协处理器
*/
mov r3, #0x40000000
fmxr FPEXC, r3
/*
* Disable MMU stuff and caches 关闭物理地址和虚拟地址转换
*/
mrc p15, 0, r0, c1, c0, 0
bic r0, r0, #0x00002000 @Clear bits 13 (--V-)
bic r0, r0, #0x00000007 @Clear bits 2:0 (-CAM)
orr r0, r0, #0x00001000 @Set bit 12 (---I) Icache
orr r0, r0, #0x00000002 @Set bit 1 (--A-) Align
orr r0, r0, #0x00000800 @Set bit 11 (Z---) BTB
mcr p15, 0, r0, c1, c0, 0
@ 我们还没有做系统移植，所以不需要使用虚拟内存，关闭TLB和MMU，使用物理内存
/*
* Initialize stacks
*/
init_stack: @初始化栈指针，保证后续C语言后续能入栈出栈
/*svc mode stack*/
msr cpsr, #0xd3
ldr sp, _stack_svc_end @执行栈指针最高位置（满减栈）
/*undef mode stack*/
msr cpsr, #0xdb
ldr sp, _stack_und_end
/*abort mode stack*/
msr cpsr,#0xd7
ldr sp,_stack_abt_end
/*irq mode stack*/
msr cpsr,#0xd2
ldr sp, _stack_irq_end
/*fiq mode stack*/
msr cpsr,#0xd1
ldr sp, _stack_fiq_end
/*user mode stack, enable FIQ/IRQ*/
msr cpsr,#0x10
ldr sp, _stack_usr_end
/*Call main*/
b main
/*
*这段汇编代码定义了一些栈的结束地址，每个栈都占用 512 字节。
*使用的是 _end 符号，即程序结束时堆栈的位置。
*/
_stack_svc_end:
.word stack_svc + 512 @满减栈，计算栈指针的起始位置，最高地址
_stack_und_end:
.word stack_und + 512
_stack_abt_end:
.word stack_abt + 512
_stack_irq_end:
.word stack_irq + 512
_stack_fiq_end:
.word stack_fiq + 512
_stack_usr_end:
.word stack_usr + 512
.data @定义了数据段，申请各个模式下的栈空间
stack_svc: @这512字节，后续将作为栈指针使用，保证后续不会被其他代码占用
.space 512 @伪操作，这个地址不要放其他内容，占用512个字节
stack_und:
.space 512
stack_abt:
.space 512
stack_irq:
.space 512
stack_fiq:
.space 512
stack_usr:
.space 512
每个模式下都有r13栈指针，每个模式之间用的栈是不一样的。
2 C语言实现LED实验
2.1 C语言如何实现寄存器读写
汇编语言访问存储器
读存储器
LDR R1,[R2]写存储器
STR R1,[R2]C语言访问存储器
读存储器
data = *ADDR写存储器
*ADDR = data2.2 实现LED实验
理解寄存器标准化操作
void Delay(unsigned int Time)
{
while(Time --);
}
#if 0
//可读性差
int main()
{
/*通过设置GPX2CON寄存器来将GPX2_7引脚设置成输出功能*/
*(unsigned int *)0x11000c40 = 0x10000000;
while(1)
{
/*点亮LED2*/
*(unsigned int *)0x11000c44 = 0x00000080;
/*延时*/
Delay(1000000);
/*熄灭LED2*/
*(unsigned int *)0x11000c44 = 0x00000000;
/*延时*/
Delay(1000000);
}
return 0;
}
#endif
#if 0
//实现寄存器起始位置定义
#define GPX2CON (*(unsigned int *)0x11000c40)
#define GPX2DAT (*(unsigned int *)0x11000c44)
int main()
{
GPX2CON = 0x10000000;
while(1)
{
/*点亮LED2*/
GPX2DAT = 0x00000080;
/*延时*/
Delay(1000000);
/*熄灭LED2*/
GPX2DAT = 0x00000000;
/*延时*/
Delay(1000000);
}
return 0;
}
#endif
#if 0
//寄存器封装，不会影响其他寄存器
typedef struct
{
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
}gpx2;
#define GPX2 (*(gpx2 *)0x11000c40)
int main()
{
GPX2.CON = 0x10000000;
while(1)
{
/*点亮LED2*/
GPX2.DAT = 0x00000080;
/*延时*/
Delay(1000000);
/*熄灭LED2*/
GPX2.DAT = 0x00000000;
/*延时*/
Delay(1000000);
}
return 0;
}
#endif
#if 0
#include "exynos_4412.h"
//置位操作存在覆盖其他位的情况
int main()
{
GPX2.CON = 0x10000000;
while(1)
{
/*点亮LED2*/
GPX2.DAT = 0x00000080;
/*延时*/
Delay(1000000);
/*熄灭LED2*/
GPX2.DAT = 0x00000000;
/*延时*/
Delay(1000000);
}
return 0;
}
#endif
#include "exynos_4412.h"
//寄存器标准化操作
int main()
{
GPX2.CON = GPX2.CON & (~(0xF << 28)) | (0x1 << 28); //仅对28位置1
while(1)
{
/*点亮LED2*/
GPX2.DAT = GPX2.DAT | (1 << 7);
/*延时*/
Delay(1000000);
/*熄灭LED2*/
GPX2.DAT = GPX2.DAT & (~(1 << 7));
/*延时*/
Delay(1000000);
}
return 0;
}
/*
* 1.unsigned int a; 将a的第3位置1，其他位保持不变
* ******** ******** ******** ********
* ******** ******** ******** ****1***
* 00000000 00000000 00000000 00001000
*
* a = a | (1 << 3);
*
* 2.unsigned int a; 将a的第3位置0，其他位保持不变
* ******** ******** ******** ********
* ******** ******** ******** ****0***
* 11111111 11111111 11111111 11110111
*
* a = a & (~(1 << 3));
*
* 3.unsigned int a; 将a的第[7:4]位置为0101，其他位保持不变
* ******** ******** ******** ********
* ******** ******** ******** 0101****
*
* 1).先清零
* 11111111 11111111 11111111 00001111
* 00000000 00000000 00000000 11110000
* 00000000 00000000 00000000 00001111
*
* a = a & (~(0xF << 4));
*
* 2).再置位
* 00000000 00000000 00000000 01010000
* 00000000 00000000 00000000 00000101
*
* a = a | (0x5 << 4);
*
* => a = a & (~(0xF << 4)) | (0x5 << 4);
*/exynos_4412.h定义了寄存器
#ifndef ___EXYNOS4412_H_
#define ___EXYNOS4412_H_
#define __REG(x) (*(volatile unsigned int *)(x))
/****************EXINT***************/
#define EXT_INT1_CON __REG(0X11400700)
#define EXT_INT2_CON __REG(0X11400704)
#define EXT_INT3_CON __REG(0X11400708)
#define EXT_INT4_CON __REG(0X1140070C)
#define EXT_INT5_CON __REG(0X11400710)
#define EXT_INT6_CON __REG(0X11400714)
#define EXT_INT7_CON __REG(0X11400718)
#define EXT_INT8_CON __REG(0X11400700)
#define EXT_INT9_CON __REG(0X11400700)
#define EXT_INT10_CON __REG(0X11400700)
#define EXT_INT11_CON __REG(0X11400700)
#define EXT_INT12_CON __REG(0X11400700)
#define EXT_INT13_CON __REG(0X11400730)
#define EXT_INT14_CON __REG(0X11400734)
#define EXT_INT15_CON __REG(0X11400738)
#define EXT_INT16_CON __REG(0X1140073C)
#define EXT_INT17_CON __REG(0X11400700)
#define EXT_INT18_CON __REG(0X11400700)
#define EXT_INT19_CON __REG(0X11400700)
#define EXT_INT20_CON __REG(0X11400700)
#define EXT_INT21_CON __REG(0X11400740)
#define EXT_INT22_CON __REG(0X11400744)
#define EXT_INT1_FLTCON0 __REG(0X11400800)
#define EXT_INT1_FLTCON1 __REG(0X11400804)
#define EXT_INT2_FLTCON0 __REG(0X11400808)
#define EXT_INT2_FLTCON1 __REG(0X1140080C)
#define EXT_INT3_FLTCON0 __REG(0X11400810)
#define EXT_INT3_FLTCON1 __REG(0X11400814)
#define EXT_INT4_FLTCON0 __REG(0X11400818)
#define EXT_INT4_FLTCON1 __REG(0X1140081C)
#define EXT_INT5_FLTCON0 __REG(0X11400820)
#define EXT_INT5_FLTCON1 __REG(0X11400824)
#define EXT_INT6_FLTCON0 __REG(0X11400828)
#define EXT_INT6_FLTCON1 __REG(0X1140082C)
#define EXT_INT7_FLTCON0 __REG(0X11400830)
#define EXT_INT7_FLTCON1 __REG(0X11400834)
#define EXT_INT1_MASK __REG(0X11400900)
#define EXT_INT2_MASK __REG(0X11400904)
#define EXT_INT3_MASK __REG(0X11400908)
#define EXT_INT4_MASK __REG(0X1140090C)
#define EXT_INT5_MASK __REG(0X11400910)
#define EXT_INT6_MASK __REG(0X11400914)
#define EXT_INT7_MASK __REG(0X11400918)
#define EXT_INT1_PEND __REG(0X11400A00)
#define EXT_INT2_PEND __REG(0X11400A04)
#define EXT_INT3_PEND __REG(0X11400A08)
#define EXT_INT4_PEND __REG(0X11400A0C)
#define EXT_INT5_PEND __REG(0X11400A10)
#define EXT_INT6_PEND __REG(0X11400A14)
#define EXT_INT7_PEND __REG(0X11400A18)
#define EXT_INT_SERVICE_XB __REG(0X11400B08)
#define EXT_INT_SERVICE_PEND_XB __REG(0X11400B0C)
#define EXT_INT_GRPFIXPRI_XB __REG(0X11400B10)
#define EXT_INT1_FIXPRI __REG(0X11400B14)
#define EXT_INT2_FIXPRI __REG(0X11400B18)
#define EXT_INT3_FIXPRI __REG(0X11400B1C)
#define EXT_INT4_FIXPRI __REG(0X11400B20)
#define EXT_INT5_FIXPRI __REG(0X11400B24)
#define EXT_INT6_FIXPRI __REG(0X11400B28)
#define EXT_INT7_FIXPRI __REG(0X11400B2C)
#define EXT_INT40_CON __REG(0x11000E00)
#define EXT_INT41_CON __REG(0x11000E04)
#define EXT_INT42_CON __REG(0x11000E08)
#define EXT_INT43_CON __REG(0x11000E0C)
#define EXT_INT40_FLTCON0 __REG(0x11000E80)
#define EXT_INT40_FLTCON1 __REG(0x11000E84)
#define EXT_INT41_FLTCON0 __REG(0x11000E88)
#define EXT_INT41_FLTCON1 __REG(0x11000E8C)
#define EXT_INT42_FLTCON0 __REG(0x11000E90)
#define EXT_INT42_FLTCON1 __REG(0x11000E94)
#define EXT_INT43_FLTCON0 __REG(0x11000E98)
#define EXT_INT43_FLTCON1 __REG(0x11000E9C)
#define EXT_INT40_MASK __REG(0x11000F00)
#define EXT_INT41_MASK __REG(0x11000F04)
#define EXT_INT42_MASK __REG(0x11000F08)
#define EXT_INT43_MASK __REG(0x11000F0C)
#define EXT_INT40_PEND __REG(0x11000F40)
#define EXT_INT41_PEND __REG(0x11000F44)
#define EXT_INT42_PEND __REG(0x11000F48)
#define EXT_INT43_PEND __REG(0x11000F4C)
/* ******************************Clock & Power Controller * ********************************/
#define CLK_SRC_LEFTBUS __REG(0x10034200)
#define CLK_MUX_STAT_LBUS __REG(0x10034400)
#define CLK_DIV_LBUS __REG(0x10034500)
#define CLK_DIV_STAT_LBUS __REG(0x10034600)
#define CLK_GATE_IP_LBUS __REG(0x10034800)
#define CLK_GATE_IP_IMAGE __REG(0x10034930)
#define CLK_CMU_LBUS __REG(0x10034A00)
#define CLKOUT_CMU_LBUS_DIV_STAT __REG(0x10034A04)
#define CLK_SRC_RBUS __REG(0x10038200)
#define CLK_MUX_STAT_RBUS __REG(0x10038400)
#define CLK_DIV_RBUS __REG(0x10038500)
#define CLK_DIV_STAT_RBUS __REG(0x10038600)
#define CLK_GATE_IP_RBUS __REG(0x10038800)
#define CLK_GATE_IP_PERIR __REG(0x10038960)
#define CLKOUT_CMU_RBUS __REG(0x10038A00)
#define CLKOUT_CMU_RBUS_DIV_STAT __REG(0x10038A04)
#define EPLL_LOCK __REG(0x1003C010)
#define VPLL_LOCK __REG(0x1003C020)
#define EPLL_CON0 __REG(0x1003C110)
#define EPLL_CON1 __REG(0x1003C114)
#define EPLL_CON2 __REG(0x1003C118)
#define VPLL_CON0 __REG(0x1003C120)
#define VPLL_CON1 __REG(0x1003C124)
#define VPLL_CON2 __REG(0x1003C128)
#define CLK_SRC_TOP0 __REG(0x1003C210)
#define CLK_SRC_TOP1 __REG(0x1003C214)
#define CLK_SRC_CAM0 __REG(0x1003C220)
#define CLK_SRC_TV __REG(0x1003C224)
#define CLK_SRC_MFC __REG(0x1003C228)
#define CLK_SRC_G3D __REG(0x1003C22C)
#define CLK_SRC_LCD __REG(0x1003C234)
#define CLK_SRC_ISP __REG(0x1003C238)
#define CLK_SRC_MAUDIO __REG(0x1003C23C)
#define CLK_SRC_FSYS __REG(0x1003C240)
#define CLK_SRC_PERIL0 __REG(0x1003C250)
#define CLK_SRC_PERIL1 __REG(0x1003C254)
#define CLK_SRC_CAM1 __REG(0x1003C258)
#define CLK_SRC_MASK_CAM0 __REG(0x1003C320)
#define CLK_SRC_MASK_TV __REG(0x1003C324)
#define CLK_SRC_MASK_LCD __REG(0x1003C334)
#define CLK_SRC_MASK_ISP __REG(0x1003C338)
#define CLK_SRC_MASK_MAUDIO __REG(0x1003C33C)
#define CLK_SRC_MASK_FSYS __REG(0x1003C340)
#define CLK_SRC_MASK_PERIL0 __REG(0x1003C350)
#define CLK_SRC_MASK_PERIL1 __REG(0x1003C354)
#define CLK_MUX_STAT_TOP0 __REG(0x1003C410)
#define CLK_MUX_STAT_TOP1 __REG(0x1003C414)
#define CLK_MUX_STAT_MFC __REG(0x1003C428)
#define CLK_MUX_STAT_G3D __REG(0x1003C42C)
#define CLK_MUX_STAT_CAM1 __REG(0x1003C458)
#define CLK_DIV_TOP __REG(0x1003C510)
#define CLK_DIV_CAM0 __REG(0x1003C520)
#define CLK_DIV_TV __REG(0x1003C524)
#define CLK_DIV_MFC __REG(0x1003C528)
#define CLK_DIV_G3D __REG(0x1003C52C)
#define CLK_DIV_LCD __REG(0x1003C534)
#define CLK_DIV_ISP __REG(0x1003C538)
#define CLK_DIV_MAUDIO __REG(0x1003C53C)
#define CLK_DIV_FSYS0 __REG(0x1003C540)
#define CLK_DIV_FSYS1 __REG(0x1003C544)
#define CLK_DIV_FSYS2 __REG(0x1003C548)
#define CLK_DIV_FSYS3 __REG(0x1003C54C)
#define CLK_DIV_PERIL0 __REG(0x1003C550)
#define CLK_DIV_PERIL1 __REG(0x1003C554)
#define CLK_DIV_PERIL2 __REG(0x1003C558)
#define CLK_DIV_PERIL3 __REG(0x1003C55C)
#define CLK_DIV_PERIL4 __REG(0x1003C560)
#define CLK_DIV_PERIL5 __REG(0x1003C564)
#define CLK_DIV_CAM1 __REG(0x1003C568)
#define CLKDIV2_RATIO __REG(0x1003C580)
#define CLK_DIV_STAT_TOP __REG(0x1003C610)
#define CLK_DIV_STAT_CAM0 __REG(0x1003C620)
#define CLK_DIV_STAT_TV __REG(0x1003C624)
#define CLK_DIV_STAT_MFC __REG(0x1003C628)
#define CLK_DIV_STAT_G3D __REG(0x1003C62C)
#define CLK_DIV_STAT_LCD __REG(0x1003C634)
#define CLK_DIV_STAT_ISP __REG(0x1003C638)
#define CLK_DIV_STAT_MAUDIO __REG(0x1003C63c)
#define CLK_DIV_STAT_FSYS0 __REG(0x1003C640)
#define CLK_DIV_STAT_FSYS1 __REG(0x1003C644)
#define CLK_DIV_STAT_FSYS2 __REG(0x1003C648)
#define CLK_DIV_STAT_FSYS3 __REG(0x1003C64C)
#define CLK_DIV_STAT_PERIL0 __REG(0x1003C650)
#define CLK_DIV_STAT_PERIL1 __REG(0x1003C654)
#define CLK_DIV_STAT_PERIL2 __REG(0x1003C658)
#define CLK_DIV_STAT_PERIL3 __REG(0x1003C65C)
#define CLK_DIV_STAT_PERIL4 __REG(0x1003C660)
#define CLK_DIV_STAT_PERIL5 __REG(0x1003C664)
#define CLK_DIV_STAT_CAM1 __REG(0x1003C668)
#define CLKDIV2_STAT __REG(0x1003C680)
#define CLK_GATE_BUS_FSYS1 __REG(0x1003C744)
#define CLK_GATE_IP_CAM __REG(0x1003C920)
#define CLK_GATE_IP_TV __REG(0x1003C924)
#define CLK_GATE_IP_MFC __REG(0x1003C928)
#define CLK_GATE_IP_G3D __REG(0x1003C92C)
#define CLK_GATE_IP_LCD __REG(0x1003C934)
#define CLK_GATE_IP_ISP __REG(0x1003C938)
#define CLK_GATE_IP_FSYS __REG(0x1003C940)
#define CLK_GATE_IP_GPS __REG(0x1003C94C)
#define CLK_GATE_IP_PERIL __REG(0x1003C950)
#define CLK_GATE_BLOCK __REG(0x1003C970)
#define CLKOUT_CMU_TOP __REG(0x1003CA00)
#define CLKOUT_CMU_TOP_DIV_STAT __REG(0x1003CA04)
#define MPLL_LOCK __REG(0x10040008)
#define MPLL_CON0 __REG(0x10040108)
#define MPLL_CON1 __REG(0x1004010C)
#define CLK_SRC_DMC __REG(0x10040200)
#define CLK_SRC_MASK_DMC __REG(0x10040300)
#define CLK_MUX_STAT_DMC __REG(0x10040400)
#define CLK_DIV_DMC0 __REG(0x10040500)
#define CLK_DIV_DMC1 __REG(0x10040504)
#define CLK_DIV_STAT_DMC0 __REG(0x10040600)
#define CLK_DIV_STAT_DMC1 __REG(0x10040604)
#define CLK_GATE_BUS_DMC0 __REG(0x10040700)
#define CLK_GATE_BUS_DMC1 __REG(0x10040704)
#define CLK_GATE_IP_DMC0 __REG(0x10040900)
#define CLK_GATE_IP_DMC1 __REG(0x10040904)
#define CLKOUT_CMU_DMC __REG(0x10040A00)
#define CLKOUT_CMU_DMC_DIV_STAT __REG(0x10040A04)
#define DCGIDX_MAP0 __REG(0x10041000)
#define DCGIDX_MAP1 __REG(0x10041004)
#define DCGIDX_MAP2 __REG(0x10041008)
#define DCGPERF_MAP0 __REG(0x10041020)
#define DCGPERF_MAP1 __REG(0x10041024)
#define DVCIDX_MAP __REG(0x10041040)
#define FREQ_CPU __REG(0x10041060)
#define FREQ_DPM __REG(0x10041064)
#define DVSEMCLK_EN __REG(0x10041080)
#define MAXPERF __REG(0x10041084)
#define DMC_PAUSE_CTRL __REG(0x10041094)
#define DDRPHY_LOCK_CTRL __REG(0x10041098)
#define C2C_STAT __REG(0x1004109C)
#define APLL_LOCK __REG(0x10044000)
#define APLL_CON0 __REG(0x10044100)
#define APLL_CON1 __REG(0x10044104)
#define CLK_SRC_CPU __REG(0x10044200)
#define CLK_MUX_STAT_CPU __REG(0x10044400)
#define CLK_DIV_CPU0 __REG(0x10044500)
#define CLK_DIV_CPU1 __REG(0x10044504)
#define CLK_DIV_STAT_CPU0 __REG(0x10044600)
#define CLK_DIV_STAT_CPU1 __REG(0x10044604)
#define CLK_GATE_IP_CPU __REG(0x10044900)
#define CLKOUT_CMU_CPU __REG(0x10044A00)
#define CLKOUT_CMU_CPU_DIV_STAT __REG(0x10044A04)
#define ARMCLK_STOPCTRL __REG(0x10045000)
#define ATCLK_STOPCTRL __REG(0x10045004)
#define PWR_CTRL __REG(0x10045020)
#define PWR_CTRL2 __REG(0x10045024)
#define L2_STATUS __REG(0x10045400)
#define CPU_STATUS __REG(0x10045410)
#define PTM_STATUS __REG(0x10045420)
#define CLK_DIV_ISP0 __REG(0x10048300)
#define CLK_DIV_ISP1 __REG(0x10048304)
#define CLK_DIV_STAT_ISP0 __REG(0x10048400)
#define CLK_DIV_STAT_ISP1 __REG(0x10048404)
#define CLK_GATE_IP_ISP0 __REG(0x10048800)
#define CLK_GATE_IP_ISP1 __REG(0x10048804)
#define CLKOUT_CMU_ISP __REG(0x10048A00)
#define CLKOUT_CMU_ISP_DIV __REG(0x10048A04)
#define CMU_ISP_SPARE0 __REG(0x10048B00)
#define CMU_ISP_SPARE1 __REG(0x10048B04)
#define CMU_ISP_SPARE2 __REG(0x10048B08)
#define CMU_ISP_SPARE3 __REG(0x10048B0C)
/********************************** PWM ********************************/
typedef struct {
unsigned int TCFG0;
unsigned int TCFG1;
unsigned int TCON;
unsigned int TCNTB0;
unsigned int TCMPB0;
unsigned int TCNTO0;
unsigned int TCNTB1;
unsigned int TCMPB1;
unsigned int TCNTO1;
unsigned int TCNTB2;
unsigned int TCMPB2;
unsigned int TCNTO2;
unsigned int TCNTB3;
unsigned int TCMPB3;
unsigned int TCNTO3;
unsigned int TCNTB4;
unsigned int TCNTO4;
unsigned int TINT_CSTAT;
}pwm;
#define PWM (* (volatile pwm *)0x139D0000)
/********************************** RTC ********************************/
/**********************************RTC independ register********************************/
#define RTCINTP __REG(0X10070030)
#define RTCCON __REG(0X10070040)
#define TICCNT __REG(0X10070044)
#define CURTICCNT __REG(0X10070090)
typedef struct {
unsigned int ALM;
unsigned int SEC;
unsigned int MIN;
unsigned int HOUR;
unsigned int DAY;
unsigned int MON;
unsigned int YEAR;
}rtclam;
#define RTCALM (* (volatile rtclam *)0X10070050)
typedef struct {
unsigned int BCDSEC;
unsigned int BCDMIN;
unsigned int BCDHOUR;
unsigned int BCDWEEK;
unsigned int BCDDAY;
unsigned int BCDMON;
unsigned int BCDYEAR;
}rtcbcd;
#define RTC (* (volatile rtcbcd *)0X10070070)
/********************************** WDT ********************************/
/*
*WATCHDOG TIMER
*/
typedef struct {
unsigned int WTCON ;
unsigned int WTDAT ;
unsigned int WTCNT ;
unsigned int WTCLRINT ;
}wdt;
#define WDT (* (volatile wdt *)0x10060000 )
/********************************** CLOCK ********************************/
/****************************** GPIO **********************************/
/* GPA0 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpa0;
#define GPA0 (* (volatile gpa0 *)0x11400000)
/* GPA1 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpa1;
#define GPA1 (* (volatile gpa1 *)0x11400020)
/* GPB */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpb;
#define GPB (* (volatile gpb *)0x11400040)
/* GPC0 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpc0;
#define GPC0 (* (volatile gpc0 *)0x11400060)
/* GPC1 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpc1;
#define GPC1 (* (volatile gpc1 *)0x11400080)
/* GPD0 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpd0;
#define GPD0 (* (volatile gpd0 *)0x114000A0)
/* GPD1 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpd1;
#define GPD1 (* (volatile gpd1 *)0x114000A0)
/* GPF0 */
typedef struct {
unsigned int GPF0CON;
unsigned int GPF0DAT;
unsigned int GPF0PUD;
unsigned int GPF0DRV;
unsigned int GPF0CONPDN;
unsigned int GPF0PUDPDN;
}gpf0;
#define GPF0 (* (volatile gpf0 *)0x11400180)
/* GPF1 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpf1;
#define GPF1 (* (volatile gpf1 *)0x114001A0)
/* GPF2 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpf2;
#define GPF2 (* (volatile gpf2 *)0x114001C0)
/* GPF3 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpf3;
#define GPF3 (* (volatile gpf3 *)0x114001E0)
/* GPX0 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
}gpx0;
#define GPX0 (* (volatile gpx0 *)0x11000C00)
/* GPX1 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
}gpx1;
#define GPX1 (* (volatile gpx1 *)0x11000C20 )
/* GPX2 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
}gpx2;
#define GPX2 (* (volatile gpx2 *)0x11000C40 )
/* GPX3 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
}gpx3;
#define GPX3 (* (volatile gpx3 *)0x11000C60 )
/* GPK0 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpk0;
#define GPK0 (* (volatile gpk0 *)0x11000040)
/* GPK1 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpk1;
#define GPK1 (* (volatile gpk1 *)0x11000060)
/* GPK2 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpk2;
#define GPK2 (* (volatile gpk2 *)0x11000080)
/* GPK3 */
typedef struct {
unsigned int CON;
unsigned int DAT;
unsigned int PUD;
unsigned int DRV;
unsigned int CONPDN;
unsigned int PUDPDN;
}gpk3;
#define GPK3 (* (volatile gpk3 *)0x110000A0)
/***************************************** GIC **************************************/
/* CPU0 */
typedef struct {
unsigned int ICCICR; //CPU interface control register
unsigned int ICCPMR;
unsigned int ICCBPR;
unsigned int ICCIAR; //Interrupt acknowledge register
unsigned int ICCEOIR;
unsigned int ICCRPR; //Running priority register
unsigned int ICCHPIR;
unsigned int ICCABPR;
unsigned int INTEG_EN;
unsigned int INTERRUPT_OUT;
}cpu0;
#define CPU0 (* (volatile cpu0 *)0x10480000 )
#define ICCIIDR __REG(0x104800FC)
/* CPU1 */
typedef struct {
unsigned int ICCICR;
unsigned int ICCPMR;
unsigned int ICCBPR;
unsigned int ICCIAR;
unsigned int ICCEOIR;
unsigned int ICCRPR;
unsigned int ICCHPIR;
unsigned int ICCABPR;
unsigned int INTEG_EN;
unsigned int INTERRUPT_OUT;
}cpu1;
#define CPU1 (* (volatile cpu1 *)0x10484000 )
/* CPU2 */
typedef struct {
unsigned int ICCICR;
unsigned int ICCPMR;
unsigned int ICCBPR;
unsigned int ICCIAR;
unsigned int ICCEOIR;
unsigned int ICCRPR;
unsigned int ICCHPIR;
unsigned int ICCABPR;
unsigned int INTEG_EN;
unsigned int INTERRUPT_OUT;
}cpu2;
#define CPU2 (* (volatile cpu2 *)0x10488000 )
/* CPU3 */
typedef struct {
unsigned int ICCICR;
unsigned int ICCPMR;
unsigned int ICCBPR;
unsigned int ICCIAR;
unsigned int ICCEOIR;
unsigned int ICCRPR;
unsigned int ICCHPIR;
unsigned int ICCABPR;
unsigned int INTEG_EN;
unsigned int INTERRUPT_OUT;
}cpu3;
#define CPU3 (* (volatile cpu3 *)0x1048C000 )
#define ICDDCR __REG(0X10490000)
#define ICDICTR __REG(0X10490004)
#define ICDIIDR __REG(0X10490008)
/* Interrupt security registers */
typedef struct {
unsigned int ICDISR0_CPU0;
unsigned int ICDISR1; // (SPI[31:0])
unsigned int ICDISR2; // (SPI[63:32])
unsigned int ICDISR3;
unsigned int ICDISR4;
}isr;
#define ICDISR (* (volatile isr *)0x10490080 )
/* Interrupt set-enable register */
typedef struct {
unsigned int ICDISER0_CPU0;
unsigned int ICDISER1; // (SPI[31:0])
unsigned int ICDISER2; // (SPI[63:32])
unsigned int ICDISER3;
unsigned int ICDISER4;
}iser;
#define ICDISER (* (volatile iser *)0x10490100 )
/* Interrupt clear-enable register */
typedef struct {
unsigned int ICDICER0_CPU0;
unsigned int ICDICER1;
unsigned int ICDICER2;
unsigned int ICDICER3;
unsigned int ICDICER4;
}icer;
#define ICDICER (* (volatile icer *)0x10490180 )
/* Interrupt pending-set register */
typedef struct {
unsigned int ICDISPR0_CPU0;
unsigned int ICDISPR1; // (SPI[31:0])
unsigned int ICDISPR2; // (SPI[63:32])
unsigned int ICDISPR3;
unsigned int ICDISPR4;
}ispr;
#define ICDISPR (* (volatile ispr *)0x10490200 )
/* Interrupt pending-clear register */
typedef struct {
unsigned int ICDICPR0_CPU0;
unsigned int ICDICPR1;
unsigned int ICDICPR2;
unsigned int ICDICPR3;
unsigned int ICDICPR4;
}icpr;
#define ICDICPR (* (volatile icpr *)0x10490280 )
/* Active bit register */
typedef struct {
unsigned int ICDABR0_CPU0;
unsigned int ICDABR1; // SPI 0 ~ 31
unsigned int ICDABR2; // SPI 32 ~ 63
unsigned int ICDABR3;
unsigned int ICDABR4;
}abr;
#define ICDABR (* (volatile abr *)0x10490300 )
/* Priority level register */
typedef struct {
unsigned int ICDIPR0_CPU0;
unsigned int ICDIPR1_CPU0;
unsigned int ICDIPR2_CPU0;
unsigned int ICDIPR3_CPU0;
unsigned int ICDIPR4_CPU0;
unsigned int ICDIPR5_CPU0;
unsigned int ICDIPR6_CPU0;
unsigned int ICDIPR7_CPU0;
unsigned int ICDIPR8;
unsigned int ICDIPR9;
unsigned int ICDIPR10;
unsigned int ICDIPR11;
unsigned int ICDIPR12;
unsigned int ICDIPR13;
unsigned int ICDIPR14;
unsigned int ICDIPR15;
unsigned int ICDIPR16;
unsigned int ICDIPR17;
unsigned int ICDIPR18;
unsigned int ICDIPR19;
unsigned int ICDIPR20;
unsigned int ICDIPR21;
unsigned int ICDIPR22;
unsigned int ICDIPR23;
unsigned int ICDIPR24;
unsigned int ICDIPR25;
unsigned int ICDIPR26;
unsigned int ICDIPR27;
unsigned int ICDIPR28;
unsigned int ICDIPR29;
unsigned int ICDIPR30;
unsigned int ICDIPR31;
unsigned int ICDIPR32;
unsigned int ICDIPR33;
unsigned int ICDIPR34;
unsigned int ICDIPR35;
unsigned int ICDIPR36;
unsigned int ICDIPR37;
unsigned int ICDIPR38;
unsigned int ICDIPR39;
}ipr;
#define ICDIPR (* (volatile ipr *)0x10490400 )
/* Processor targets register */
typedef struct {
unsigned int ICDIPTR0_CPU0;
unsigned int ICDIPTR1_CPU0;
unsigned int ICDIPTR2_CPU0;
unsigned int ICDIPTR3_CPU0;
unsigned int ICDIPTR4_CPU0;
unsigned int ICDIPTR5_CPU0;
unsigned int ICDIPTR6_CPU0;
unsigned int ICDIPTR7_CPU0;
unsigned int ICDIPTR8;
unsigned int ICDIPTR9;
unsigned int ICDIPTR10;
unsigned int ICDIPTR11;
unsigned int ICDIPTR12;
unsigned int ICDIPTR13;
unsigned int ICDIPTR14;
unsigned int ICDIPTR15;
unsigned int ICDIPTR16;
unsigned int ICDIPTR17;
unsigned int ICDIPTR18;
unsigned int ICDIPTR19;
unsigned int ICDIPTR20;
unsigned int ICDIPTR21;
unsigned int ICDIPTR22;
unsigned int ICDIPTR23;
unsigned int ICDIPTR24;
unsigned int ICDIPTR25;
unsigned int ICDIPTR26;
unsigned int ICDIPTR27;
unsigned int ICDIPTR28;
unsigned int ICDIPTR29;
unsigned int ICDIPTR30;
unsigned int ICDIPTR31;
unsigned int ICDIPTR32;
unsigned int ICDIPTR33;
unsigned int ICDIPTR34;
unsigned int ICDIPTR35;
unsigned int ICDIPTR36;
unsigned int ICDIPTR37;
unsigned int ICDIPTR38;
unsigned int ICDIPTR39;
}iptr;
#define ICDIPTR (* (volatile iptr *)0x10490800 )
/* Interrupt configuration register */
typedef struct {
unsigned int ICDICFR0_CPU0;
unsigned int ICDICFR1_CPU0;
unsigned int ICDICFR2;
unsigned int ICDICFR3;
unsigned int ICDICFR4;
unsigned int ICDICFR5;
unsigned int ICDICFR6;
unsigned int ICDICFR7;
unsigned int ICDICFR8;
unsigned int ICDICFR9;
}icfr;
#define ICDICFR (* (volatile icfr *)0X10490C00 )
#define PPI_STATUS_CPU0 __REG(0X10490D00)
/* SPI status register */
typedef struct {
unsigned int STATUS0; //SPI[31:0] status register
unsigned int STATUS1; //SPI[63:32] status register
unsigned int STATUS2; //SPI[95:64] status register
unsigned int STATUS3; //SPI[127:96] status register
}icdspi_status;
#define ICDSPI_STATUS (* (volatile icdspi_status *)0X10490D04 )
/* Software generated interrupt register */
#define ICDSGIR __REG(0X10490F00)
/* CPU1 interrupt's register */
typedef struct {
unsigned int ICDISR0;
unsigned int ICDISER0;
unsigned int ICDICER0;
unsigned int ICDISPR0;
unsigned int ICDICPR0;
unsigned int ICDABR0;
unsigned int ICDIPR0;
unsigned int ICDIPR1;
unsigned int ICDIPR2;
unsigned int ICDIPR3;
unsigned int ICDIPR4;
unsigned int ICDIPR5;
unsigned int ICDIPR6;
unsigned int ICDIPR7;
unsigned int ICDIPTR0;
unsigned int ICDIPTR1;
unsigned int ICDIPTR2;
unsigned int ICDIPTR3;
unsigned int ICDIPTR4;
unsigned int ICDIPTR5;
unsigned int ICDIPTR6;
unsigned int ICDIPTR7;
unsigned int ICDICFR0;
unsigned int ICDICFR1;
unsigned int PPI_STATUS;
}icdcpu1;
#define ICDCPU1 (* (volatile icdcpu1 *)0X10494080 )
/* CPU2 interrupt's register */
typedef struct {
unsigned int ICDISR0;
unsigned int ICDISER0;
unsigned int ICDICER0;
unsigned int ICDISPR0;
unsigned int ICDICPR0;
unsigned int ICDABR0;
unsigned int ICDIPR0;
unsigned int ICDIPR1;
unsigned int ICDIPR2;
unsigned int ICDIPR3;
unsigned int ICDIPR4;
unsigned int ICDIPR5;
unsigned int ICDIPR6;
unsigned int ICDIPR7;
unsigned int ICDIPTR0;
unsigned int ICDIPTR1;
unsigned int ICDIPTR2;
unsigned int ICDIPTR3;
unsigned int ICDIPTR4;
unsigned int ICDIPTR5;
unsigned int ICDIPTR6;
unsigned int ICDIPTR7;
unsigned int ICDICFR0;
unsigned int ICDICFR1;
unsigned int PPI_STATUS;
}icdcpu2;
#define ICDCPU2 (* (volatile icdcpu2 *)0X10498080 )
/* CPU3 interrupt's register */
typedef struct {
unsigned int ICDISR0;
unsigned int ICDISER0;
unsigned int ICDICER0;
unsigned int ICDISPR0;
unsigned int ICDICPR0;
unsigned int ICDABR0;
unsigned int ICDIPR0;
unsigned int ICDIPR1;
unsigned int ICDIPR2;
unsigned int ICDIPR3;
unsigned int ICDIPR4;
unsigned int ICDIPR5;
unsigned int ICDIPR6;
unsigned int ICDIPR7;
unsigned int ICDIPTR0;
unsigned int ICDIPTR1;
unsigned int ICDIPTR2;
unsigned int ICDIPTR3;
unsigned int ICDIPTR4;
unsigned int ICDIPTR5;
unsigned int ICDIPTR6;
unsigned int ICDIPTR7;
unsigned int ICDICFR0;
unsigned int ICDICFR1;
unsigned int PPI_STATUS;
}icdcpu3;
#define ICDCPU3 (* (volatile icdcpu3 *)0X1049C080 )
/***************************************** UART * *************************************/
/* UART0*/
typedef struct {
unsigned int ULCON0;
unsigned int UCON0;
unsigned int UFCON0;
unsigned int UMCON0;
unsigned int UTRSTAT0;
unsigned int UERSTAT0;
unsigned int UFSTAT0;
unsigned int UMSTAT0;
unsigned int UTXH0;
unsigned int URXH0;
unsigned int UBRDIV0;
unsigned int UFRACVAL0;
unsigned int UINTP0;
unsigned int UINTSP0;
unsigned int UINTM0;
}uart0;
#define UART0 ( * (volatile uart0 *)0x13800000 )
/*
* UART1
*/
typedef struct {
unsigned int ULCON1;
unsigned int UCON1;
unsigned int UFCON1;
unsigned int UMCON1;
unsigned int UTRSTAT1;
unsigned int UERSTAT1;
unsigned int UFSTAT1;
unsigned int UMSTAT1;
unsigned int UTXH1;
unsigned int URXH1;
unsigned int UBRDIV1;
unsigned int UFRACVAL1;
unsigned int UINTP1;
unsigned int UINTSP1;
unsigned int UINTM1;
}uart1;
#define UART1 ( * (volatile uart1 *)0x13810000 )
/*
* UART2
*/
typedef struct {
unsigned int ULCON2;
unsigned int UCON2;
unsigned int UFCON2;
unsigned int UMCON2;
unsigned int UTRSTAT2;
unsigned int UERSTAT2;
unsigned int UFSTAT2;
unsigned int UMSTAT2;
unsigned int UTXH2;
unsigned int URXH2;
unsigned int UBRDIV2;
unsigned int UFRACVAL2;
unsigned int UINTP2;
unsigned int UINTSP2;
unsigned int UINTM2;
}uart2;
#define UART2 ( * (volatile uart2 *)0x13820000 )
/*
* UART3
*/
typedef struct {
unsigned int ULCON3;
unsigned int UCON3;
unsigned int UFCON3;
unsigned int UMCON3;
unsigned int UTRSTAT3;
unsigned int UERSTAT3;
unsigned int UFSTAT3;
unsigned int UMSTAT3;
unsigned int UTXH3;
unsigned int URXH3;
unsigned int UBRDIV3;
unsigned int UFRACVAL3;
unsigned int UINTP3;
unsigned int UINTSP3;
unsigned int UINTM3;
}uart3;
#define UART3 ( * (volatile uart3 *)0x13830000 )
/*
* UART4
*/
typedef struct {
unsigned int ULCON4;
unsigned int UCON4;
unsigned int UFCON4;
unsigned int UMCON4;
unsigned int UTRSTAT4;
unsigned int UERSTAT4;
unsigned int UFSTAT4;
unsigned int UMSTAT4;
unsigned int UTXH4;
unsigned int URXH4;
unsigned int UBRDIV4;
unsigned int UFRACVAL4;
unsigned int UINTP4;
unsigned int UINTSP4;
unsigned int UINTM4;
}uart4;
#define UART4 ( * (volatile uart4 *)0x13840000 )
/*********************** ADC ******************************************/
#define ADC_CFG __REG(0x10010118)
#define ADCCON __REG(0x126C0000)
#define ADCDLY __REG(0x126C0008)
#define ADCDAT __REG(0x126C000C)
#define CLRINTADC __REG(0x126C0018)
#define ADCMUX __REG(0x126C001C)
/*********************** Multi core Timer MCT******************************************/
#define MCT_CFG __REG(0X10050000)
#define G_CNT_L __REG(0X10050100)
#define G_CNT_U __REG(0X10050104)
#define G_CNT_WSTAT __REG(0X10050110)
typedef struct {
unsigned int LOWER_VALUE ;
unsigned int UPPER_VALUE ;
unsigned int ADD_INCR ; //Specifies the auto increment value of comparator
}g_comp0;
#define G_COMP0 (* (volatile g_comp0 *)0X10050200 )
typedef struct {
unsigned int LOWER_VALUE ;
unsigned int UPPER_VALUE ;
unsigned int ADD_INCR ; //Specifies the auto increment value of comparator
}g_comp1;
#define G_COMP1 (* (volatile g_comp1 *)0X10050210 )
typedef struct {
unsigned int LOWER_VALUE ;
unsigned int UPPER_VALUE ;
unsigned int ADD_INCR ; //Specifies the auto increment value of comparator
}g_comp2;
#define G_COMP2 (* (volatile g_comp2 *)0X10050220 )
typedef struct {
unsigned int LOWER_VALUE ;
unsigned int UPPER_VALUE ;
unsigned int ADD_INCR ; //Specifies the auto increment value of comparator
}g_comp3;
#define G_COMP3 (* (volatile g_comp3 *)0X10050230 )
#define G_TCON __REG(0X10050240)
#define G_INT_CSTAT __REG(0X10050244)
#define G_INT_ENB __REG(0X10050248)
#define G_WSTAT __REG(0X1005024C)
typedef struct {
unsigned int TCNTB ;
unsigned int TCNTO ;
unsigned int ICNTB ;
unsigned int ICNTO ;
unsigned int FRCNTB ;
unsigned int FRCNTO ;
unsigned int TCON ;
unsigned int INT_CSTAT ;
unsigned int INT_ENB ;
unsigned int WSTAT ;
}l0;
#define L0 (* (volatile l0 *)0X10050300 )
typedef struct {
unsigned int TCNTB ;
unsigned int TCNTO ;
unsigned int ICNTB ;
unsigned int ICNTO ;
unsigned int FRCNTB ;
unsigned int FRCNTO ;
unsigned int TCON ;
unsigned int INT_CSTAT ;
unsigned int INT_ENB ;
unsigned int WSTAT ;
}l1;
#define L1 (* (volatile l1 *)0X10050400 )
typedef struct {
unsigned int TCNTB ;
unsigned int TCNTO ;
unsigned int ICNTB ;
unsigned int ICNTO ;
unsigned int FRCNTB ;
unsigned int FRCNTO ;
unsigned int TCON ;
unsigned int INT_CSTAT ;
unsigned int INT_ENB ;
unsigned int WSTAT ;
}l2;
#define L2 (* (volatile l2 *)0X10050500 )
typedef struct {
unsigned int TCNTB ;
unsigned int TCNTO ;
unsigned int ICNTB ;
unsigned int ICNTO ;
unsigned int FRCNTB ;
unsigned int FRCNTO ;
unsigned int TCON ;
unsigned int INT_CSTAT ;
unsigned int INT_ENB ;
unsigned int WSTAT ;
}l3;
#define L3 (* (volatile l3 *)0X10050600 )
/********************* END MCT *****************/
/********************* END MCT *****************/
/*
*I2C0 REGISTERS
*/
typedef struct {
unsigned int I2CCON0 ;
unsigned int I2CSTAT0 ;
unsigned int I2CADD0 ;
unsigned int I2CDS0 ;
unsigned int I2CLC0 ;
}i2c0;
#define I2C0 (* (volatile i2c0 *)0xEC100000 )
/*
*I2C1 REGISTERS
*/
typedef struct {
unsigned int I2CCON1;
unsigned int I2CSTAT1;
unsigned int I2CADD1;
unsigned int I2CDS1;
unsigned int I2CLC1;
}i2c1;
#define I2C1 (* (volatile i2c1 *)0xEC200000 )
/*
*SPI0 REGISTERS
*/
typedef struct {
unsigned int CH_CFG ;
unsigned int RESERVED; // 4412's SPI has no CLK_CFG register
unsigned int MODE_CFG ;
unsigned int CS_REG;
unsigned int SPI_INT_EN ;
unsigned int SPI_STATUS;
unsigned int SPI_TX_DATA;
unsigned int SPI_RX_DATA;
unsigned int PACKET_CNT_REG ;
unsigned int PENDING_CLR_REG ;
unsigned int SWAP_CFG ;
unsigned int FB_CLK_SEL ;
}spi0;
#define SPI0 (* (volatile spi0 *)0x13920000 )
/*
*SPI1 REGISTERS
*/
typedef struct {
unsigned int CH_CFG ;
unsigned int RESERVED; // 4412's SPI has no CLK_CFG register
unsigned int MODE_CFG ;
unsigned int CS_REG;
unsigned int SPI_INT_EN ;
unsigned int SPI_STATUS ;
unsigned int SPI_TX_DATA;
unsigned int SPI_RX_DATA;
unsigned int PACKET_CNT_REG ;
unsigned int PENDING_CLR_REG ;
unsigned int SWAP_CFG ;
unsigned int FB_CLK_SEL ;
}spi1;
#define SPI1 (* (volatile spi1 *)0x13930000 )
/*
*SPI2 REGISTERS
*/
typedef struct {
unsigned int CH_CFG ;
unsigned int RESERVED; // 4412's SPI has no CLK_CFG register
unsigned int MODE_CFG ;
unsigned int CS_REG ;
unsigned int SPI_INT_EN ;
unsigned int SPI_STATUS ;
unsigned int SPI_TX_DATA;
unsigned int SPI_RX_DATA;
unsigned int PACKET_CNT_REG ;
unsigned int PENDING_CLR_REG ;
unsigned int SWAP_CFG ;
unsigned int FB_CLK_SEL ;
}spi2;
#define SPI2 (* (volatile spi2 *)0x13940000 )
/*
*NAND FLASH CONTROLLER
*/
typedef struct {
unsigned int NFCONF ;
unsigned int NFCONT ;
unsigned int NFCMMD ;
unsigned int NFDATA ;
unsigned int NFADDR ;
unsigned int NFMECCD0;
unsigned int NFMECCD1;
unsigned int NFSECCD ;
unsigned int NFSBLK ;
unsigned int NFEBLK ;
unsigned int NFSTAT ;
unsigned int NFECCERR0 ;
unsigned int NFECCERR1 ;
unsigned int NFMECC0 ;
unsigned int NFMECC1 ;
unsigned int FSECC ;
unsigned int NFMLCBITPT;
unsigned int NF8ECCERR0;
unsigned int NF8ECCERR1;
unsigned int NF8ECCERR2;
unsigned int NFM8ECC0;
unsigned int NFM8ECC1;
unsigned int NFM8ECC2;
unsigned int NFM8ECC3;
unsigned int NFMLC8BITPT0 ;
unsigned int NFMLC8BITPT1 ;
unsigned int NFACTADJ ;
}nfc;
#define NFC (* (volatile nfc *)0xE7200000 )
/*
*LCD CONTROLLER
*/
typedef struct {
unsigned int VIDCON0 ;
unsigned int VIDCON1 ;
unsigned int VIDCON2 ;
unsigned int PRTCON ;
unsigned int VIDTCON0 ;
unsigned int VIDTCON1 ;
unsigned int VIDTCON2 ;
unsigned int RESERVED0 ;
unsigned int WINCON0 ;
unsigned int WINCON1 ;
unsigned int WINCON2 ;
unsigned int WINCON3 ;
unsigned int WINCON4 ;
unsigned int RESERVED1[3];
unsigned int VIDOSD0A ;
unsigned int VIDOSD0B ;
unsigned int VIDOSD0C ;
unsigned int RESERVED2 ;
unsigned int VIDOSD1A ;
unsigned int VIDOSD1B ;
unsigned int VIDOSD1C ;
unsigned int VIDOSD1D ;
unsigned int VIDOSD2A ;
unsigned int VIDOSD2B ;
unsigned int VIDOSD2C ;
unsigned int VIDOSD2D ;
unsigned int VIDOSD3A ;
unsigned int VIDOSD3B ;
unsigned int VIDOSD3C ;
unsigned int RESERVED3 ;
unsigned int VIDOSD4A ;
unsigned int VIDOSD4B ;
unsigned int VIDOSD4C ;
unsigned int RESERVED4[5] ;
unsigned int VIDW00ADD0B0;
unsigned int VIDW00ADD0B1;
unsigned int VIDW01ADD0B0;
unsigned int VIDW01ADD0B1;
unsigned int VIDW02ADD0;
unsigned int RESERVED5;
unsigned int VIDW03ADD0;
unsigned int RESERVED6;
unsigned int VIDW04ADD0;
unsigned int RESERVED7[3];
unsigned int VIDW00ADD1B0;
unsigned int VIDW00ADD1B1 ;
unsigned int VIDW01ADD1B0 ;
unsigned int VIDW01ADD1B1 ;
unsigned int VIDW02ADD1 ;
unsigned int RESERVED8;
unsigned int VIDW03ADD1 ;
unsigned int RESERVED9;
unsigned int VIDW04ADD1 ;
unsigned int RESERVED10[3];
unsigned int VIDW00ADD2 ;
unsigned int VIDW01ADD2;
unsigned int VIDW02ADD2;
unsigned int VIDW03ADD2;
unsigned int VIDW04ADD2;
unsigned int RESERVEDX1;
unsigned int VP1TCON0;
unsigned int VP1TCON1;
unsigned int RESERVED11[4];
unsigned int VIDINTCON0;
unsigned int VIDINTCON1;
unsigned int RESERVED12[2];
unsigned int W1KEYCON0;
unsigned int W1KEYCON1;
unsigned int W2KEYCON0;
unsigned int W2KEYCON1;
unsigned int W3KEYCON0;
unsigned int W3KEYCON1;
unsigned int W4KEYCON0;
unsigned int W4KEYCON1;
unsigned int RESERVED13[4];
unsigned int DITHMODE;
unsigned int RESERVED14[3];
unsigned int WIN0MAP;
unsigned int WIN1MAP;
unsigned int WIN2MAP;
unsigned int WIN3MAP;
unsigned int WIN4MAP;
unsigned int RESERVED15[2];
unsigned int WPALCON_H;
unsigned int WPALCON_L;
unsigned int TRIGCON;
unsigned int ITUIFCON;
unsigned int RESERVEDX2;
unsigned int I80IFCONA0;
unsigned int I80IFCONA1 ;
unsigned int I80IFCONB0;
unsigned int I80IFCONB1 ;
unsigned int RESERVED16[4];
unsigned int LDI_CMDCON0;
unsigned int LDI_CMDCON1;
unsigned int RESERVED17[2];
unsigned int SIFCCON0;
unsigned int SIFCCON1;
unsigned int SIFCCON2;
unsigned int RESERVED18[5];
unsigned int VIDW0ALPHA0;
unsigned int VIDW0ALPHA1;
unsigned int VIDW1ALPHA0;
unsigned int VIDW1ALPHA1;
unsigned int VIDW2ALPHA0;
unsigned int VIDW2ALPHA1;
unsigned int VIDW3ALPHA0;
unsigned int VIDW3ALPHA1;
unsigned int VIDW4ALPHA0;
unsigned int VIDW4ALPHA1;
unsigned int RESERVED19[7];
unsigned int BLENDEQ1;
unsigned int BLENDEQ2;
unsigned int BLENDEQ3;
unsigned int BLENDEQ4;
unsigned int RESERVED20[3];
unsigned int BLENDCON;
unsigned int RESERVED21[7];
unsigned int LDI_CMD0;
unsigned int LDI_CMD1;
unsigned int LDI_CMD2;
unsigned int LDI_CMD3;
unsigned int LDI_CMD4;
unsigned int LDI_CMD5;
unsigned int LDI_CMD6;
unsigned int LDI_CMD7;
unsigned int LDI_CMD8;
unsigned int LDI_CMD9;
unsigned int LDI_CMD10;
unsigned int LDI_CMD11;
}lcd;
#define LCD (* (volatile lcd *)0xEE000000 )
/*
*Power Management
*/
/*
* OTG PHY CONTROL REGISTERS
*/
typedef struct {
unsigned int OPHYPWR;
unsigned int OPHYCLK;
unsigned int ORSTCON;
unsigned int RESERVED0[5];
unsigned int OPHYTUNE;
}otg_phy;
#define OTG_PYH (* (volatile otg_phy *)0xED300000 )
/*
* Core Global Registers
*/
typedef struct {
unsigned int GOTGCTL;
unsigned int GOTGINT;
unsigned int GAHBCFG;
unsigned int GUSBCFG;
unsigned int GRSTCTL;
unsigned int GINTSTS;
unsigned int GINTMSK;
unsigned int GRXSTSR;
unsigned int GRXSTSP;
unsigned int GRXFSIZ;
unsigned int GNPTXFSIZ;
unsigned int GNPTXSTS;
unsigned int RESERVED0[52];
unsigned int HPTXFSIZ;
unsigned int DPTXFSIZ1;
unsigned int DPTXFSIZ2;
unsigned int DPTXFSIZ3;
unsigned int DPTXFSIZ4;
unsigned int DPTXFSIZ5;
unsigned int DPTXFSIZ6;
unsigned int DPTXFSIZ7;
unsigned int DPTXFSIZ8;
unsigned int DPTXFSIZ9;
unsigned int DPTXFSIZ10;
unsigned int DPTXFSIZ11;
unsigned int DPTXFSIZ12;
unsigned int DPTXFSIZ13;
unsigned int DPTXFSIZ14;
unsigned int DPTXFSIZ15;
}otg_cg;
#define OTG_CG (* (volatile otg_cg *)0xED200000 )
/*
* OTG Host Global Registers
*/
typedef struct {
unsigned int HCFG;
unsigned int HFIR;
unsigned int HFNUM;
unsigned int RESERVED0;
unsigned int HPTXSTS;
unsigned int HAINT;
unsigned int HAINTMSK;
unsigned int RESERVED1[9];
unsigned int HPRT;
}otg_hg;
#define OTG_HG (* (volatile otg_hg *)0xED200400 )
/*
* OTG Host Channel-Specific Registers
*/
typedef struct {
unsigned int HCCHAR0;
unsigned int HCSPLT0;
unsigned int HCINT0;
unsigned int HCINTMSK0;
unsigned int HCTSIZ0;
unsigned int HCDMA0;
unsigned int RESERVED0[2];
unsigned int HCCHAR1;
unsigned int HCSPLT1;
unsigned int HCINT1;
unsigned int HCINTMSK1;
unsigned int HCTSIZ1;
unsigned int HCDMA1;
unsigned int RESERVED1[2];
unsigned int HCCHAR2;
unsigned int HCSPLT2;
unsigned int HCINT2;
unsigned int HCINTMSK2;
unsigned int HCTSIZ2;
unsigned int HCDMA2;
unsigned int RESERVED2[2];
unsigned int HCCHAR3;
unsigned int HCSPLT3;
unsigned int HCINT3;
unsigned int HCINTMSK3;
unsigned int HCTSIZ3;
unsigned int HCDMA3;
unsigned int RESERVED3[2];
unsigned int HCCHAR4;
unsigned int HCSPLT4;
unsigned int HCINT4;
unsigned int HCINTMSK4;
unsigned int RESERVED4[4];
// unsigned int HCTSIZ4;
// unsigned int HCDMA4;
unsigned int HCCHAR5;
unsigned int HCSPLT5;
unsigned int HCINT5;
unsigned int HCINTMSK5;
unsigned int HCTSIZ5;
unsigned int HCDMA5;
unsigned int RESERVED5[2];
unsigned int HCCHAR6;
unsigned int HCSPLT6;
unsigned int HCINT6;
unsigned int HCINTMSK6;
unsigned int HCTSIZ6;
unsigned int HCDMA6;
unsigned int RESERVED6[2];
unsigned int HCCHAR7;
unsigned int HCSPLT7;
unsigned int HCINT7;
unsigned int HCINTMSK7;
unsigned int HCTSIZ7;
unsigned int HCDMA7;
unsigned int RESERVED7[2];
unsigned int HCCHAR8;
unsigned int HCSPLT8;
unsigned int HCINT8;
unsigned int HCINTMSK8;
unsigned int HCTSIZ8;
unsigned int HCDMA8;
unsigned int RESERVED8[2];
unsigned int HCCHAR9;
unsigned int HCSPLT9;
unsigned int HCINT9;
unsigned int HCINTMSK9;
unsigned int HCTSIZ9;
unsigned int HCDMA9;
unsigned int RESERVED9[2];
unsigned int HCCHAR10;
unsigned int HCSPLT10;
unsigned int HCINT10;
unsigned int HCINTMSK10;
unsigned int HCTSIZ10;
unsigned int HCDMA10;
unsigned int RESERVED10[2];
unsigned int HCCHAR11;
unsigned int HCSPLT11;
unsigned int HCINT11;
unsigned int HCINTMSK11;
unsigned int HCTSIZ11;
unsigned int HCDMA11;
unsigned int RESERVED11[2];
unsigned int HCCHAR12;
unsigned int HCSPLT12;
unsigned int HCINT12;
unsigned int HCINTMSK12;
unsigned int HCTSIZ12;
unsigned int HCDMA12;
unsigned int RESERVED12[2];
unsigned int HCCHAR13;
unsigned int HCSPLT13;
unsigned int HCINT13;
unsigned int HCINTMSK13;
unsigned int HCTSIZ13;
unsigned int HCDMA13;
unsigned int RESERVED13[2];
unsigned int HCCHAR14;
unsigned int HCSPLT14;
unsigned int HCINT14;
unsigned int HCINTMSK14;
unsigned int HCTSIZ14;
unsigned int HCDMA14;
unsigned int RESERVED14[2];
unsigned int HCCHAR15;
unsigned int HCSPLT15;
unsigned int HCINT15;
unsigned int HCINTMSK15;
unsigned int HCTSIZ15;
unsigned int HCDMA15;
}otg_hcs;
#define OTG_HCS (* (volatile otg_hcs *)0xED200500 )
/*
* Device Global Registers
*/
typedef struct {
unsigned int HCFG;
unsigned int DCTL;
unsigned int DSTS;
unsigned int RESERVED0;
unsigned int DIEPMSK;
unsigned int DOEPMSK;
unsigned int DAINT;
unsigned int DAINTMSK;
unsigned int DTKNQR1;
unsigned int DTKNQR2;
unsigned int DVBUSDIS;
unsigned int DVBUSPULSE;
unsigned int DTKNQR3;
unsigned int DTKNQR4;
}otg_dg;
#define OTG_DG (* (volatile otg_dg *)0xED200800 )
/*
* Device Logical IN Endpoint-Specific Registers
*/
typedef struct {
unsigned int DIEPCTL0;
unsigned int DIEPINT0;
unsigned int DIEPTSIZ0;
unsigned int DIEPDMA0;
unsigned int DIEPCTL1;
unsigned int DIEPINT1;
unsigned int DIEPTSIZ1;
unsigned int DIEPDMA1;
unsigned int DIEPCTL2;
unsigned int DIEPINT2;
unsigned int DIEPTSIZ2;
unsigned int DIEPDMA2;
unsigned int DIEPCTL3;
unsigned int DIEPINT3;
unsigned int DIEPTSIZ3;
unsigned int DIEPDMA3;
unsigned int DIEPCTL4;
unsigned int DIEPINT4;
unsigned int DIEPTSIZ4;
unsigned int DIEPDMA4;
unsigned int DIEPCTL5;
unsigned int DIEPINT5;
unsigned int DIEPTSIZ5;
unsigned int DIEPDMA5;
unsigned int DIEPCTL6;
unsigned int DIEPINT6;
unsigned int DIEPTSIZ6;
unsigned int DIEPDMA6;
unsigned int DIEPCTL7;
unsigned int DIEPINT7;
unsigned int DIEPTSIZ7;
unsigned int DIEPDMA7;
unsigned int DIEPCTL8;
unsigned int DIEPINT8;
unsigned int DIEPTSIZ8;
unsigned int DIEPDMA8;
unsigned int DIEPCTL9;
unsigned int DIEPINT9;
unsigned int DIEPTSIZ9;
unsigned int DIEPDMA9;
unsigned int DIEPCTL10;
unsigned int DIEPINT10;
unsigned int DIEPTSIZ10;
unsigned int DIEPDMA10;
unsigned int DIEPCTL11;
unsigned int DIEPINT11;
unsigned int DIEPTSIZ11;
unsigned int DIEPDMA11;
unsigned int DIEPCTL12;
unsigned int DIEPINT12;
unsigned int DIEPTSIZ12;
unsigned int DIEPDMA12;
unsigned int DIEPCTL13;
unsigned int DIEPINT13;
unsigned int DIEPTSIZ13;
unsigned int DIEPDMA13;
unsigned int DIEPCTL14;
unsigned int DIEPINT14;
unsigned int DIEPTSIZ14;
unsigned int DIEPDMA14;
unsigned int DIEPCTL15;
unsigned int DIEPINT15;
unsigned int DIEPTSIZ15;
unsigned int DIEPDMA15;
}otg_dlin;
#define OTG_DLIN (* (volatile otg_dlin *)0xED200900 )
/*
* Device Logical OUT Endpoint-Specific Registers
*/
typedef struct {
unsigned int DOEPCTL0;
unsigned int RESERVED0;
unsigned int DOEPINT0;
unsigned int RESERVED1;
unsigned int DOEPTSIZ0;
unsigned int DOEPDMA0;
unsigned int RESERVED2[2];
unsigned int DOEPCTL1;
unsigned int RESERVED3;
unsigned int DOEPINT1;
unsigned int RESERVED4;
unsigned int DOEPTSIZ1;
unsigned int DOEPDMA1;
unsigned int RESERVED5[2];
unsigned int DOEPCTL2;
unsigned int RESERVED6;
unsigned int DOEPINT2;
unsigned int RESERVED7;
unsigned int DOEPTSIZ2;
unsigned int DOEPDMA2;
unsigned int RESERVED8[2];
unsigned int DOEPCTL3;
unsigned int RESERVED9;
unsigned int DOEPINT3;
unsigned int RESERVED10;
unsigned int DOEPTSIZ3;
unsigned int DOEPDMA3;
unsigned int RESERVED11[2];
unsigned int DOEPCTL4;
unsigned int RESERVED12;
unsigned int DOEPINT4;
unsigned int RESERVED13;
unsigned int DOEPTSIZ4;
unsigned int DOEPDMA4;
unsigned int RESERVED14[2];
unsigned int DOEPCTL5;
unsigned int RESERVED15;
unsigned int DOEPINT5;
unsigned int RESERVED16;
unsigned int DOEPTSIZ5;
unsigned int DOEPDMA5;
unsigned int RESERVED17[2];
unsigned int DOEPCTL6;
unsigned int RESERVED18;
unsigned int DOEPINT6;
unsigned int RESERVED19;
unsigned int DOEPTSIZ6;
unsigned int DOEPDMA6;
unsigned int RESERVED20[2];
unsigned int DOEPCTL7;
unsigned int RESERVED21;
unsigned int DOEPINT7;
unsigned int RESERVED22;
unsigned int DOEPTSIZ7;
unsigned int DOEPDMA7;
unsigned int RESERVED23[2];
unsigned int DOEPCTL8;
unsigned int RESERVED24;
unsigned int DOEPINT8;
unsigned int RESERVED25;
unsigned int DOEPTSIZ8;
unsigned int DOEPDMA8;
unsigned int RESERVED26[2];
unsigned int DOEPCTL9;
unsigned int RESERVED27;
unsigned int DOEPINT9;
unsigned int RESERVED28;
unsigned int DOEPTSIZ9;
unsigned int DOEPDMA9;
unsigned int RESERVED29[2];
unsigned int DOEPCTL10;
unsigned int RESERVED30;
unsigned int DOEPINT10;
unsigned int RESERVED31;
unsigned int DOEPTSIZ10;
unsigned int DOEPDMA10;
unsigned int RESERVED32[2];
unsigned int DOEPCTL11;
unsigned int RESERVED33;
unsigned int DOEPINT11;
unsigned int RESERVED34;
unsigned int DOEPTSIZ11;
unsigned int DOEPDMA11;
unsigned int RESERVED35[2];
unsigned int DOEPCTL12;
unsigned int RESERVED36;
unsigned int DOEPINT12;
unsigned int RESERVED37;
unsigned int DOEPTSIZ12;
unsigned int DOEPDMA12;
unsigned int RESERVED38[2];
unsigned int DOEPCTL13;
unsigned int RESERVED39;
unsigned int DOEPINT13;
unsigned int RESERVED40;
unsigned int DOEPTSIZ13;
unsigned int DOEPDMA13;
unsigned int RESERVED41[2];
unsigned int DOEPCTL14;
unsigned int RESERVED42;
unsigned int DOEPINT14;
unsigned int RESERVED43;
unsigned int DOEPTSIZ14;
unsigned int DOEPDMA14;
unsigned int RESERVED44[2];
unsigned int DOEPCTL15;
unsigned int RESERVED45;
unsigned int DOEPINT15;
unsigned int RESERVED46;
unsigned int DOEPTSIZ15;
unsigned int DOEPDMA15;
unsigned int RESERVED47[2];
}otg_dgout;
#define OTG_DGOUT (* (volatile otg_dgout *)0xED200B00 )
/*
* USB HOST CONTROLLER
*/
typedef struct {
unsigned int UHCREV;
unsigned int UHCCON;
unsigned int UHCCONSTAT;
unsigned int UHCINTSTAT;
unsigned int UHCINTENB;
unsigned int UHCINTDISB;
unsigned int UHCHCCA;
unsigned int UHCPDCURRED;
unsigned int UHCHDED;
unsigned int UHCCONCURRED;
unsigned int UHCBHDED;
unsigned int UHCBCURRED;
unsigned int UHCDHD;
unsigned int UHCFMI;
unsigned int UHCFMRM;
unsigned int UHCFMNUM;
unsigned int UHCPST;
unsigned int UHCLSTH;
unsigned int UHCRHDA;
unsigned int UHCRHDB;
unsigned int UHCRHSTAT;
unsigned int UHCRHPSTAT1;
unsigned int UHCRHPSTAT2;
}host;
#define HOST (* (volatile host *)0xED400000 )
/*
* DMA_MEM CONTROLLER
*/
typedef struct {
unsigned int DS;
unsigned int DPC;
unsigned int Reserved0[6];
unsigned int INTEN;
unsigned int ES;
unsigned int INTSTATUS;
unsigned int INTCLR;
unsigned int FSM;
unsigned int FSC;
unsigned int FTM;
unsigned int Reserved1;
unsigned int FTC0;
unsigned int FTC1;
unsigned int FTC2;
unsigned int FTC3;
unsigned int FTC4;
unsigned int FTC5;
unsigned int FTC6;
unsigned int FTC7;
}dma_mem;
#define DMA_MEM (* (volatile dma_mem *)0xE8100000 )
/*
* DMA_MEM Channel Status Registers.
*/
typedef struct {
unsigned int CS0;
unsigned int Reserved0;
unsigned int CS1;
unsigned int Reserved1;
unsigned int CS2;
unsigned int Reserved2;
unsigned int CS3;
unsigned int Reserved3;
unsigned int CS4;
unsigned int Reserved4;
unsigned int CS5;
unsigned int Reserved5;
unsigned int CS6;
unsigned int Reserved6;
unsigned int CS7;
}dma_mem_cs;
#define DMA_MEM_CS (* (volatile dma_mem_cs *)0xE8100100 )
/*
* DMA_MEM Channel Program Counter Registers.
*/
typedef struct {
unsigned int CPC0;
unsigned int Reserved0;
unsigned int CPC1;
unsigned int Reserved1;
unsigned int CPC2;
unsigned int Reserved2;
unsigned int CPC3;
unsigned int Reserved3;
unsigned int CPC4;
unsigned int Reserved4;
unsigned int CPC5;
unsigned int Reserved5;
unsigned int CPC6;
unsigned int Reserved6;
unsigned int CPC7;
}dma_mem_cpc;
#define DMA_MEM_CPC (* (volatile dma_mem_cpc *)0xE8100104 )
/*
* DMA_MEM Source Address Registers
*/
typedef struct {
unsigned int SA_0;
unsigned int Reserved0[7];
unsigned int SA_1;
unsigned int Reserved1[7];
unsigned int SA_2;
unsigned int Reserved2[7];
unsigned int SA_3;
unsigned int Reserved3[7];
unsigned int SA_4;
unsigned int Reserved4[7];
unsigned int SA_5;
unsigned int Reserved5[7];
unsigned int SA_6;
unsigned int Reserved6[7];
unsigned int SA_7;
}dma_mem_sa;
#define DMA_MEM_SA (* (volatile dma_mem_sa *)0xE8100400 )
/*
* DMA_MEM Destination Address Registers.
*/
typedef struct {
unsigned int DA_0;
unsigned int Reserved0[7];
unsigned int DA_1;
unsigned int Reserved1[7];
unsigned int DA_2;
unsigned int Reserved02[7];
unsigned int DA_3;
unsigned int Reserved3[7];
unsigned int DA_4;
unsigned int Reserved4[7];
unsigned int DA_5;
unsigned int Reserved5[7];
unsigned int DA_6;
unsigned int Reserved6[7];
unsigned int DA_7;
}dma_mem_da;
#define DMA_MEM_DA (* (volatile dma_mem_da *)0xE8100404 )
/*
* DMA_MEM Channel Control Registers
*/
typedef struct {
unsigned int CC_0 ;
unsigned int Reserved0[7];
unsigned int CC_1;
unsigned int Reserved1[7];
unsigned int CC_2;
unsigned int Reserved2[7];
unsigned int CC_3;
unsigned int Reserved3[7];
unsigned int CC_4;
unsigned int Reserved4[7];
unsigned int CC_5;
unsigned int Reserved5[7];
unsigned int CC_6;
unsigned int Reserved6[7];
unsigned int CC_7;
}dma_mem_cc;
#define DMA_MEM_CC (* (volatile dma_mem_cc *)0xE8100408 )
/*
* DMA_MEM Loop Counter 0 Registers.
*/
typedef struct {
unsigned int LC0_0 ;
unsigned int Reserved0[7];
unsigned int LC0_1;
unsigned int Reserved1[7];
unsigned int LC0_2;
unsigned int Reserved2[7];
unsigned int LC0_3;
unsigned int Reserved3[7];
unsigned int LC0_4;
unsigned int Reserved4[7];
unsigned int LC0_5;
unsigned int Reserved5[7];
unsigned int LC0_6;
unsigned int Reserved6[7];
unsigned int LC0_7;
}dma_mem_lc0;
#define DMA_MEM_LC0 (* (volatile dma_mem_lc0 *)0xE810040C )
/*
* DMA_MEM Loop Counter 1 Registers.
*/
typedef struct {
unsigned int LC1_0 ;
unsigned int Reserved0[7];
unsigned int LC1_1;
unsigned int Reserved1[7];
unsigned int LC1_2;
unsigned int Reserved2[7];
unsigned int LC1_3;
unsigned int Reserved3[7];
unsigned int LC1_4;
unsigned int Reserved4[7];
unsigned int LC1_5;
unsigned int Reserved5[7];
unsigned int LC1_6;
unsigned int Reserved6[7];
unsigned int LC1_7;
}dma_mem_lc1;
#define DMA_MEM_LC1 (* (volatile dma_mem_lc1 *)0xE8100410 )
/*
* DMA_MEM Loop Counter 1 EXT Registers.
*/
typedef struct {
unsigned int DBGSTATUS ;
unsigned int DBGCMD;
unsigned int DBGINST0;
unsigned int DBGINST1;
unsigned int Reserved6[60];
unsigned int CR0;
unsigned int CR1;
unsigned int CR2;
unsigned int CR3;
unsigned int CR4;
unsigned int CRDn;
}dma_mem_lc1_e;
#define DMA_MEM_LC1_E (* (volatile dma_mem_lc1_e *)0xE8100D00 )
/*
* DMA_peri0 Register
*/
typedef struct {
unsigned int DS ;
unsigned int DPC;
unsigned int Reserved1[6];
unsigned int INTEN;
unsigned int ES;
unsigned int INTSTATUS;
unsigned int INTCLR;
unsigned int FSM;
unsigned int FSC;
unsigned int FTM;
unsigned int Reserved2;
unsigned int FTC0;
unsigned int FTC1;
unsigned int FTC2;
unsigned int FTC3;
unsigned int FTC4;
unsigned int FTC5;
unsigned int FTC6;
unsigned int FTC7;
}dma_peri0;
#define DMA_PERI0 (* (volatile dma_peri0 *)0xE9000000 )
/*
* DMA_PERI0 Channel Status Registers.
*/
typedef struct {
unsigned int CS0 ;
unsigned int Reserved0;
unsigned int CS1;
unsigned int Reserved1;
unsigned int CS2;
unsigned int Reserved2;
unsigned int CS3;
unsigned int Reserved3;
unsigned int CS4;
unsigned int Reserved4;
unsigned int CS5;
unsigned int Reserved5;
unsigned int CS6;
unsigned int Reserved6;
unsigned int CS7;
}dma_peri0_cs;
#define DMA_PERI0_CS (* (volatile dma_peri0_cs *)0xE9000100 )
/*
* DMA_PERI0 Channel Program Counter Registers
*/
typedef struct {
unsigned int CPC0 ;
unsigned int Reserved0;
unsigned int CPC1;
unsigned int Reserved1;
unsigned int CPC2;
unsigned int Reserved2;
unsigned int CPC3;
unsigned int Reserved3;
unsigned int CPC4;
unsigned int Reserved4;
unsigned int CPC5;
unsigned int Reserved5;
unsigned int CPC6;
unsigned int Reserved6;
unsigned int CPC7;
}dma_peri0_cpc;
#define DMA_PERI0_CPC (* (volatile dma_peri0_cpc *)0xE9000104 )
/*
* DMA_PERI0 Source Address Registers.
*/
typedef struct {
unsigned int SA_0 ;
unsigned int Reserved0[7];
unsigned int SA_1;
unsigned int Reserved1[7];
unsigned int SA_2;
unsigned int Reserved2[7];
unsigned int SA_3;
unsigned int Reserved3[7];
unsigned int SA_4;
unsigned int Reserved4[7];
unsigned int SA_5;
unsigned int Reserved5[7];
unsigned int SA_6;
unsigned int Reserved6[7];
unsigned int SA_7;
}dma_peri0_sa;
#define DMA_PERI0_SA (* (volatile dma_peri0_sa *)0xE9000400 )
/*
* DMA_PERI0 Destination Address Registers.
*/
typedef struct {
unsigned int DA_0 ;
unsigned int Reserved0[7];
unsigned int DA_1;
unsigned int Reserved1[7];
unsigned int DA_2;
unsigned int Reserved2[7];
unsigned int DA_3;
unsigned int Reserved3[7];
unsigned int DA_4;
unsigned int Reserved4[7];
unsigned int DA_5;
unsigned int Reserved5[7];
unsigned int DA_6;
unsigned int Reserved6[7];
unsigned int DA_7;
}dma_peri0_da;
#define DMA_PERI0_DA (* (volatile dma_peri0_da *)0xE9000404 )
/*
* DMA_PERI0 Channel Control Registers.
*/
typedef struct {
unsigned int CC_0 ;
unsigned int Reserved0[7];
unsigned int CC_1;
unsigned int Reserved1[7];
unsigned int CC_2;
unsigned int Reserved2[7];
unsigned int CC_3;
unsigned int Reserved3[7];
unsigned int CC_4;
unsigned int Reserved4[7];
unsigned int CC_5;
unsigned int Reserved5[7];
unsigned int CC_6;
unsigned int Reserved6[7];
unsigned int CC_7;
}dma_peri0_cc;
#define DMA_PERI0_CC (* (volatile dma_peri0_cc *)0xE9000408 )
/*
* DMA_PERI0 Loop Counter 0 Registers.
*/
typedef struct {
unsigned int LC0_0 ;
unsigned int Reserved0[7];
unsigned int LC0_1;
unsigned int Reserved1[7];
unsigned int LC0_2;
unsigned int Reserved2[7];
unsigned int LC0_3;
unsigned int Reserved3[7];
unsigned int LC0_4;
unsigned int Reserved4[7];
unsigned int LC0_5;
unsigned int Reserved5[7];
unsigned int LC0_6;
unsigned int Reserved6[7];
unsigned int LC0_7;
}dma_peri0_lc0;
#define DMA_PERI0_LC0 (* (volatile dma_peri0_lc0 *)0xE900040C )
/*
* DMA_PERI0 Loop Counter 1 Registers.
*/
typedef struct {
unsigned int LC1_0 ;
unsigned int Reserved0[7];
unsigned int LC1_1;
unsigned int Reserved1[7];
unsigned int LC1_2;
unsigned int Reserved2[7];
unsigned int LC1_3;
unsigned int Reserved3[7];
unsigned int LC1_4;
unsigned int Reserved4[7];
unsigned int LC1_5;
unsigned int Reserved5[7];
unsigned int LC1_6;
unsigned int Reserved6[7];
unsigned int LC1_7;
}dma_peri0_lc1;
#define DMA_PERI0_LC1 (* (volatile dma_peri0_lc1 *)0xE9000410 )
/*
* DMA_PERI0 Loop Counter 1 EXT Registers.
*/
typedef struct {
unsigned int DBGSTATUS ;
unsigned int DBGCMD;
unsigned int DBGINST0;
unsigned int DBGINST1;
unsigned int Reserved0[60];
unsigned int CR0;
unsigned int CR1;
unsigned int CR2;
unsigned int CR3;
unsigned int CR4;
unsigned int CRDn;
}dma_peri0_lc1_e;
#define DMA_PERI0_LC1_E (* (volatile dma_peri0_lc1_e *)0xE9000D00 )
/*
* DMA_peri1 Register
*/
typedef struct {
unsigned int DS ;
unsigned int DPC;
unsigned int Reserved1[6];
unsigned int INTEN;
unsigned int ES;
unsigned int INTSTATUS;
unsigned int INTCLR;
unsigned int FSM;
unsigned int FSC;
unsigned int FTM;
unsigned int Reserved2;
unsigned int FTC0;
unsigned int FTC1;
unsigned int FTC2;
unsigned int FTC3;
unsigned int FTC4;
unsigned int FTC5;
unsigned int FTC6;
unsigned int FTC7;
}dma_peri1;
#define DMA_PERI1 (* (volatile dma_peri1 *)0xE9200000 )
/*
* DMA_PERI1 Channel Status Registers.
*/
typedef struct {
unsigned int CS0 ;
unsigned int Reserved0;
unsigned int CS1;
unsigned int Reserved1;
unsigned int CS2;
unsigned int Reserved2;
unsigned int CS3;
unsigned int Reserved3;
unsigned int CS4;
unsigned int Reserved4;
unsigned int CS5;
unsigned int Reserved5;
unsigned int CS6;
unsigned int Reserved6;
unsigned int CS7;
}dma_peri1_cs;
#define DMA_PERI1_CS (* (volatile dma_peri1_cs *)0xE9200100 )
/*
* DMA_PERI1 Channel Program Counter Registers
*/
typedef struct {
unsigned int CPC0 ;
unsigned int Reserved0;
unsigned int CPC1;
unsigned int Reserved1;
unsigned int CPC2;
unsigned int Reserved2;
unsigned int CPC3;
unsigned int Reserved3;
unsigned int CPC4;
unsigned int Reserved4;
unsigned int CPC5;
unsigned int Reserved5;
unsigned int CPC6;
unsigned int Reserved6;
unsigned int CPC7;
}dma_peri1_cpc;
#define DMA_PERI1_CPC (* (volatile dma_peri1_cpc *)0xE9200104 )
/*
* DMA_PERI1 Source Address Registers.
*/
typedef struct {
unsigned int SA_0 ;
unsigned int Reserved0[7];
unsigned int SA_1;
unsigned int Reserved1[7];
unsigned int SA_2;
unsigned int Reserved2[7];
unsigned int SA_3;
unsigned int Reserved3[7];
unsigned int SA_4;
unsigned int Reserved4[7];
unsigned int SA_5;
unsigned int Reserved5[7];
unsigned int SA_6;
unsigned int Reserved6[7];
unsigned int SA_7;
}dma_peri1_sa;
#define DMA_PERI1_SA (* (volatile dma_peri1_sa *)0xE9200400 )
/*
* DMA_PERI1 Destination Address Registers.
*/
typedef struct {
unsigned int DA_0 ;
unsigned int Reserved0[7];
unsigned int DA_1;
unsigned int Reserved1[7];
unsigned int DA_2;
unsigned int Reserved2[7];
unsigned int DA_3;
unsigned int Reserved3[7];
unsigned int DA_4;
unsigned int Reserved4[7];
unsigned int DA_5;
unsigned int Reserved5[7];
unsigned int DA_6;
unsigned int Reserved6[7];
unsigned int DA_7;
}dma_peri1_da;
#define DMA_PERI1_DA (* (volatile dma_peri1_da *)0xE9200404 )
/*
* DMA_PERI1 Channel Control Registers.
*/
typedef struct {
unsigned int CC_0 ;
unsigned int Reserved0[7];
unsigned int CC_1;
unsigned int Reserved1[7];
unsigned int CC_2;
unsigned int Reserved2[7];
unsigned int CC_3;
unsigned int Reserved3[7];
unsigned int CC_4;
unsigned int Reserved4[7];
unsigned int CC_5;
unsigned int Reserved5[7];
unsigned int CC_6;
unsigned int Reserved6[7];
unsigned int CC_7;
}dma_peri1_cc;
#define DMA_PERI1_CC (* (volatile dma_peri1_cc *)0xE9200408 )
/*
* DMA_PERI1 Loop Counter 0 Registers.
*/
typedef struct {
unsigned int LC0_0 ;
unsigned int Reserved0[7];
unsigned int LC0_1;
unsigned int Reserved1[7];
unsigned int LC0_2;
unsigned int Reserved2[7];
unsigned int LC0_3;
unsigned int Reserved3[7];
unsigned int LC0_4;
unsigned int Reserved4[7];
unsigned int LC0_5;
unsigned int Reserved5[7];
unsigned int LC0_6;
unsigned int Reserved6[7];
unsigned int LC0_7;
}dma_peri1_lc0;
#define DMA_PERI1_LC0 (* (volatile dma_peri1_lc0 *)0xE920040C )
/*
* DMA_PERI1 Loop Counter 1 Registers.
*/
typedef struct {
unsigned int LC1_0 ;
unsigned int Reserved0[7];
unsigned int LC1_1;
unsigned int Reserved1[7];
unsigned int LC1_2;
unsigned int Reserved2[7];
unsigned int LC1_3;
unsigned int Reserved3[7];
unsigned int LC1_4;
unsigned int Reserved4[7];
unsigned int LC1_5;
unsigned int Reserved5[7];
unsigned int LC1_6;
unsigned int Reserved6[7];
unsigned int LC1_7;
}dma_peri1_lc1;
#define DMA_PERI1_LC1 (* (volatile dma_peri1_lc1 *)0xE9200410 )
/*
* DMA_PERI1 Loop Counter 1 EXT Registers.
*/
typedef struct {
unsigned int DBGSTATUS ;
unsigned int DBGCMD;
unsigned int DBGINST0;
unsigned int DBGINST1;
unsigned int Reserved0[60];
unsigned int CR0;
unsigned int CR1;
unsigned int CR2;
unsigned int CR3;
unsigned int CR4;
unsigned int CRDn;
}dma_peri1_lc1_e;
#define DMA_PERI1_LC1_E (* (volatile dma_peri1_lc1_e *)0xE9200D00 )
/*
* CAMERA INTERFACE0
*/
typedef struct {
unsigned int CISRCFMTn ;
unsigned int CIWDOFSTn;
unsigned int CIGCTRLn;
unsigned int Reserved0[2];
unsigned int CIWDOFST2n;
unsigned int CIOYSA1n;
unsigned int CIOYSA2n;
unsigned int CIOYSA3n;
unsigned int CIOYSA4n;
unsigned int CIOCBSA1n;
unsigned int CIOCBSA2n;
unsigned int CIOCBSA3n;
unsigned int CIOCBSA4n;
unsigned int CIOCRSA1n;
unsigned int CIOCRSA2n;
unsigned int CIOCRSA3n;
unsigned int CIOCRSA4n;
unsigned int CITRGFMTn;
unsigned int CIOCTRLn;
unsigned int CISCPRERATIOn;
unsigned int CISCPREDSTn;
unsigned int CISCCTRLn;
unsigned int CITAREAn;
unsigned int Reserved1;
unsigned int CISTATUSn;
unsigned int Reserved2[22];
unsigned int CIIMGCPTn;
unsigned int CICPTSEQn;
unsigned int Reserved3[2];
unsigned int CIIMGEFFn;
unsigned int CIIYSA0n;
unsigned int CIICBSA0n;
unsigned int CIICRSA0n;
unsigned int Reserved4[6];
unsigned int CIREAL_ISIZEn;
unsigned int MSCTRLn;
unsigned int Reserved5[26];
unsigned int CIOYOFFn;
unsigned int CIOCBOFFn;
unsigned int CIOCROFFn;
unsigned int CIIYOFFn;
unsigned int CIICBOFFn;
unsigned int CIICROFFn;
unsigned int ORGISIZEn;
unsigned int ORGOSIZEn;
unsigned int CIEXTENn;
unsigned int CIDMAPARAMn;
unsigned int Reserved6;
unsigned int CSIIMGFMTn;
}camif0;
#define CAMIF0 (* (volatile camif0 *)0xEE200000 )
/*
* CAMERA INTERFACE1
*/
typedef struct {
unsigned int CISRCFMTn ;
unsigned int CIWDOFSTn;
unsigned int CIGCTRLn;
unsigned int Reserved0[2];
unsigned int CIWDOFST2n;
unsigned int CIOYSA1n;
unsigned int CIOYSA2n;
unsigned int CIOYSA3n;
unsigned int CIOYSA4n;
unsigned int CIOCBSA1n;
unsigned int CIOCBSA2n;
unsigned int CIOCBSA3n;
unsigned int CIOCBSA4n;
unsigned int CIOCRSA1n;
unsigned int CIOCRSA2n;
unsigned int CIOCRSA3n;
unsigned int CIOCRSA4n;
unsigned int CITRGFMTn;
unsigned int CIOCTRLn;
unsigned int CISCPRERATIOn;
unsigned int CISCPREDSTn;
unsigned int CISCCTRLn;
unsigned int CITAREAn;
unsigned int Reserved1;
unsigned int CISTATUSn;
unsigned int Reserved2[22];
unsigned int CIIMGCPTn;
unsigned int CICPTSEQn;
unsigned int Reserved3[2];
unsigned int CIIMGEFFn;
unsigned int CIIYSA0n;
unsigned int CIICBSA0n;
unsigned int CIICRSA0n;
unsigned int Reserved4[6];
unsigned int CIREAL_ISIZEn;
unsigned int MSCTRLn;
unsigned int Reserved5[26];
unsigned int CIOYOFFn;
unsigned int CIOCBOFFn;
unsigned int CIOCROFFn;
unsigned int CIIYOFFn;
unsigned int CIICBOFFn;
unsigned int CIICROFFn;
unsigned int ORGISIZEn;
unsigned int ORGOSIZEn;
unsigned int CIEXTENn;
unsigned int CIDMAPARAMn;
unsigned int Reserved6;
unsigned int CSIIMGFMTn;
}camif1;
#define CAMIF1 (* (volatile camif1 *)0xEE300000 )
/*
* CAMERA INTERFACE2
*/
typedef struct {
unsigned int CISRCFMTn ;
unsigned int CIWDOFSTn;
unsigned int CIGCTRLn;
unsigned int Reserved0[2];
unsigned int CIWDOFST2n;
unsigned int CIOYSA1n;
unsigned int CIOYSA2n;
unsigned int CIOYSA3n;
unsigned int CIOYSA4n;
unsigned int CIOCBSA1n;
unsigned int CIOCBSA2n;
unsigned int CIOCBSA3n;
unsigned int CIOCBSA4n;
unsigned int CIOCRSA1n;
unsigned int CIOCRSA2n;
unsigned int CIOCRSA3n;
unsigned int CIOCRSA4n;
unsigned int CITRGFMTn;
unsigned int CIOCTRLn;
unsigned int CISCPRERATIOn;
unsigned int CISCPREDSTn;
unsigned int CISCCTRLn;
unsigned int CITAREAn;
unsigned int Reserved1;
unsigned int CISTATUSn;
unsigned int Reserved2[22];
unsigned int CIIMGCPTn;
unsigned int CICPTSEQn;
unsigned int Reserved3[2];
unsigned int CIIMGEFFn;
unsigned int CIIYSA0n;
unsigned int CIICBSA0n;
unsigned int CIICRSA0n;
unsigned int Reserved4[6];
unsigned int CIREAL_ISIZEn;
unsigned int MSCTRLn;
unsigned int Reserved5[26];
unsigned int CIOYOFFn;
unsigned int CIOCBOFFn;
unsigned int CIOCROFFn;
unsigned int CIIYOFFn;
unsigned int CIICBOFFn;
unsigned int CIICROFFn;
unsigned int ORGISIZEn;
unsigned int ORGOSIZEn;
unsigned int CIEXTENn;
unsigned int CIDMAPARAMn;
unsigned int Reserved6;
unsigned int CSIIMGFMTn;
}camif2;
#define CAMIF2 (* (volatile camif2 *)0xEE400000 )
/*
* DRAM CONTROLLER
*/
typedef struct {
unsigned int CONCONTROL ;
unsigned int MEMCONTROL ;
unsigned int MEMCONFIG0 ;
unsigned int MEMCONFIG1 ;
unsigned int DIRECTCMD ;
unsigned int PRECHCONFIG ;
unsigned int PHYCONTROL0 ;
unsigned int PHYCONTROL1 ;
unsigned int PHYCONTROL2 ;
unsigned int Reserved0;
unsigned int PWRDNCONFIG ;
unsigned int Reserved1;
unsigned int TIMINGAREF ;
unsigned int TIMINGROW ;
unsigned int TIMINGDATA ;
unsigned int TIMINGPOWER ;
unsigned int PHYSTATUS0 ;
unsigned int PHYSTATUS1 ;
unsigned int CHIP0STATUS ;
unsigned int CHIP1STATUS ;
unsigned int AREFSTATUS ;
unsigned int MRSTATUS ;
unsigned int PHYTEST0 ;
unsigned int PHYTEST1 ;
unsigned int QOSCONTROL0 ;
unsigned int QOSCONFIG0 ;
unsigned int QOSCONTROL1 ;
unsigned int QOSCONFIG1 ;
unsigned int QOSCONTROL2 ;
unsigned int QOSCONFIG2 ;
unsigned int QOSCONTROL3 ;
unsigned int QOSCONFIG3 ;
unsigned int QOSCONTROL4 ;
unsigned int QOSCONFIG4 ;
unsigned int QOSCONTROL5 ;
unsigned int QOSCONFIG5 ;
unsigned int QOSCONTROL6 ;
unsigned int QOSCONFIG6 ;
unsigned int QOSCONTROL7 ;
unsigned int QOSCONFIG7 ;
}dram;
#define DRAM (* (volatile dram *)0xE6000000 )
/*
* STATIC MEMORY CONTROLLER
*/
typedef struct {
unsigned int SMC_BW ;
unsigned int SMC_BC0 ;
unsigned int SMC_BC1 ;
unsigned int SMC_BC2 ;
unsigned int SMC_BC3 ;
unsigned int SMC_BC4 ;
unsigned int SMC_BC5 ;
}sram;
#define SRAM (* (volatile sram *)0xE7000000 )
typedef struct {
unsigned int I2CCON;
unsigned int I2CSTAT;
unsigned int I2CADD;
unsigned int I2CDS;
unsigned int I2CLC;
}i2c5;
#define I2C5 (* (volatile i2c5 *)0x138B0000 )
#endif
2.3 练习
1.简述课程中所使用的C语言工程模板中的启动代码主要做了哪些事
略
2 使用C语言实现流水灯（LED2、LED3、LED4、LED5依次闪烁）
查看原理图，找到对应控制寄存器和数据寄存器
#include "exynos_4412.h"
void Delay(unsigned int Time)
{
while(Time--);
}
void Led_on(int num)
{
switch(num)
{
case 2:
GPX2.DAT = GPX2.DAT | (1 << 7);
case 3:
GPX1.DAT = GPX1.DAT | (1 << 0);
case 4:
GPF3.DAT = GPF3.DAT | (1 << 4);
case 5:
GPF3.DAT = GPF3.DAT | (1 << 5);
default:
break;
}
}
void Led_off(int num)
{
switch(num)
{
case 2:
GPX2.DAT = GPX2.DAT & ~(1 << 7);
case 3:
GPX1.DAT = GPX1.DAT & ~(1 << 0);
case 4:
GPF3.DAT = GPF3.DAT & ~(1 << 4);
case 5:
GPF3.DAT = GPF3.DAT & ~(1 << 5);
default:
break;
}
}
int main()
{
int i;
GPX2.CON = GPX2.CON & (~(0xF << 28)) | (0x1 << 28); //LED2 GPX2_7 output
GPX1.CON = GPX1.CON & (~0xF) | 0x1; //LED3 GPX1_0 output
GPF3.CON = GPF3.CON & (~(0xF << 16)) | (0x1 << 16); //LED4 GPF3_4 output
GPF3.CON = GPF3.CON & (~(0xF << 20)) | (0x1 << 20); //LED5 GPF3_5 output
for(;;)
{
//顺序点亮
for(i = 2; i <= 5; i++)
{
Led_on(i);
Delay(100000);
Led_off(i-1);
Delay(100000);
}
//逆序点亮
for(i = 5; i >= 2; i--)
{
Led_on(i);
Delay(100000);
Led_off(i-1);
Delay(100000);
}
}
return 0;
}