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D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2P Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器 // GPIO初始化 PORTB = 0x00; // 初始化端口B为输出低电平,PB0作为输出 PORTA = 0x00; // 初始化端口A为输入,PA0和PA1作为输入 IOSTB = C_PB_Output; // 配置端口B为输出模式,PB0用于输出比较结果 IOSTA = C_PA_Input; // 配置端口A为输入模式,PA0和PA1用于输入电压
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2P Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器 // GPIO初始化 PORTB = 0x00; // 初始化端口B为输出低电平,PB0作为输出 PORTA = 0x00; // 初始化端口A为输入,PA0和PA1作为输入 IOSTB = C_PB_Output; // 配置端口B为输出模式,PB0用于输出比较结果 IOSTA = C_PA_Input; // 配置端口A为输入模式,PA0和PA1用于输入电压
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2P Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器 // GPIO初始化 PORTB = 0x00; // 初始化端口B为输出低电平,PB0作为输出 PORTA = 0x00; // 初始化端口A为输入,PA0和PA1作为输入 IOSTB = C_PB_Output; // 配置端口B为输出模式,PB0用于输出比较结果 IOSTA = C_PA_Input; // 配置端口A为输入模式,PA0和PA1用于输入电压
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2P Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器 // GPIO初始化 PORTB = 0x00; // 初始化端口B为输出低电平,PB0作为输出 PORTA = 0x00; // 初始化端口A为输入,PA0和PA1作为输入 IOSTB = C_PB_Output; // 配置端口B为输出模式,PB0用于输出比较结果 IOSTA = C_PA_Input; // 配置端口A为输入模式,PA0和PA1用于输入电压
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2P Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器 // GPIO初始化 PORTB = 0x00; // 初始化端口B为输出低电平,PB0作为输出 PORTA = 0x00; // 初始化端口A为输入,PA0和PA1作为输入 IOSTB = C_PB_Output; // 配置端口B为输出模式,PB0用于输出比较结果 IOSTA = C_PA_Input; // 配置端口A为输入模式,PA0和PA1用于输入电压
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_0.txt
while (1)
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\Comparator_P2V Mode_1.txt
void main(void) { // 系统初始化 DISI(); // 禁用所有未屏蔽中断 INTE = 0x00; // 禁用中断使能寄存器
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_0.txt
for(addr = 0; addr < 0x40; ++addr) { data = addr;
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_1.txt
while(1) { CLRWDT(); // 死循环 }
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_2.txt
if(addr != read_tmp) // 验证从EEPROM读取的数据
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_3.txt
for(addr = 0; addr < 0x40; ++addr) { read_tmp = eeprom_read(addr); // 从EEPROM地址读取EEPROM数据 if(addr != read_tmp) // 验证从EEPROM读取的数据 { PORTB = 0x03; // EEPROM数据不正确 while(1) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_4.txt
while(1) // 主循环 {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Continuous Write_5.txt
void main(void) { PCON = 0xA8; // 启用看门狗定时器、低电压复位器、低电压检测器 PCON1 = 0x0C; // 设置LVDS[3:0]=0011b => LVD=2.4V DISI(); // 关闭全局中断(GIE=PCON1[7]=0) while(!(PCON1 & 0x40)) // 当PCON1[6]=1 => VDD>2.4V,允许写入EEPROM CLRWDT(); IOSTB = 0x00; // PBs设置为输出 PORTB = 0x00; // PBs输出低电平 eeprom_protect_unlock(); // 解锁EEPROM写保护 for(addr = 0; addr < 0x40; ++addr) { data = addr; eeprom_write_timeout(addr, data, EETO_8ms_or_2ms); // 设置EEW超时为8ms,将数据写入EEPROM
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Write One Byte_0.txt
for(addr = 0; addr < 0x40
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Write One Byte_0.txt
for(addr = 0; addr < 0x40; ++addr) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Write One Byte_0.txt
for(addr = 0; addr < 0x40; ++addr) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Write One Byte_0.txt
for(addr = 0; addr < 0x40; ++addr) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Write One Byte_0.txt
for(addr = 0; addr < 0x40; ++addr) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Write One Byte_0.txt
for(addr = 0; addr < 0x40; ++addr) {
0
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4
D:\workCode\prepare_dataset\prepare_dataset_yfw_v4\func_dataset_test\EEPROM_Write One Byte_0.txt
for(addr = 0; addr < 0x40; ++addr) {
0