/*=====================================================================================================*/
int main( void )
{
s16 i = 0;
u8 TrData[4][16] = {0};
SystemInit();
System_SetVectorTable(IAP_FLASH_SIZE);
GPIO_Config();
RS232_Config();
while(1) {
PAO(1) = LED_R;
PAO(2) = LED_R;
PAO(3) = LED_R;
PAO(4) = LED_R;
PAO(5) = LED_R;
PAO(6) = LED_R;
PAO(7) = LED_R;
PAO(8) = LED_R;
PAO(11) = LED_R;
PAO(12) = LED_R;
PAO(15) = LED_R;
PBO(0) = LED_R;
PBO(1) = LED_R;
PBO(3) = LED_R;
PBO(4) = LED_R;
PBO(5) = LED_R;
PBO(6) = LED_R;
PBO(7) = LED_R;
PBO(8) = LED_R;
PBO(9) = LED_R;
PBO(10) = LED_R;
PBO(11) = LED_R;
PBO(12) = LED_R;
PBO(13) = LED_R;
PBO(14) = LED_R;
PBO(15) = LED_R;
LED_R = ~LED_R;
Delay_10ms(10);
if(KEY_BO == 1) {
LED_G = ~LED_G;
Delay_10ms(10);
}
if(KEY_WU == 1) {
LED_B = ~LED_B;
Delay_10ms(10);
}
i++;
if(i == 1024) i = -1024;
NumToChar(Type_I, 5, TrData[0], i);
RS232_Print(USART1, (u8*)"CH1,");
RS232_Print(USART1, TrData[0]);
RS232_Print(USART1, (u8*)"\r\n");
}
}
void xml_create_by_vm2vm(char *xmlfilename)
{
int i;
xmlDocPtr doc = NULL;
xmlNodePtr root_node = NULL, node = NULL, node1 = NULL;
//建立根节点
doc = xmlNewDoc(BAD_CAST "1.0");
root_node = xmlNewNode(NULL, BAD_CAST "DATA");
xmlNewProp(root_node,BAD_CAST"VERSION",BAD_CAST"0.1");
xmlDocSetRootElement(doc, root_node);
/*对没一条亲和性关系输出到XML*/
for(i=0;i<_xpthis->sd->v2v_total;i++){
/*生成主节点*/
node = xmlNewNode(NULL, BAD_CAST "AFFINITY");
/*生成AT属性*/
xmlNewProp(node,BAD_CAST"AT",BAD_CAST _xpthis->sd->v2vlist[i].at);
/*生成TYPE属性*/
xmlNewProp(node,BAD_CAST"TYPE",BAD_CAST NumToChar (_xpthis->sd->v2vlist[i].affinity));
/*生成TRAFFIC属性*/
if(_xpthis->sd->v2vlist[i].traffic>0)
xmlNewProp(node,BAD_CAST"TRAFFIC",BAD_CAST DoubleToChar (_xpthis->sd->v2vlist[i].traffic,0));
else
xmlNewProp(node,BAD_CAST"TRAFFIC",BAD_CAST " ");
/*生成DELAY属性*/
xmlNewProp(node,BAD_CAST"DELAY",BAD_CAST DoubleToChar (_xpthis->sd->v2vlist[i].delay,0));
/*生成VMIDS属性*/
xmlNewProp(node,BAD_CAST"VMIDS",BAD_CAST _xpthis->sd->v2vlist[i].vmids);
/*
xmlNewProp(node,BAD_CAST"DSTID",BAD_CAST NumToChar(_xpthis->sd->v2vlist[i].p_dst_vm->host.id));
xmlNewProp(node,BAD_CAST"SRCID",BAD_CAST NumToChar(_xpthis->sd->v2vlist[i].p_src_vm->host.id));
*/
xmlAddChild(root_node, node);
}
/*生成文件*/
xmlSaveFormatFileEnc(xmlfilename, doc, "UTF-8", 1);
/*释放*/
xmlFreeDoc(doc);
xmlCleanupParser();
xmlMemoryDump();
}
/*
* 函数名 : void xml_create_by_pms_vms()
* 功能 : 将物理机及虚拟机信息生成xml文档：xml2.xml
* 传入参数 : xmlfilename 为生成的文件名
* 返回值 :无
* @created by 贾俊伟 in 2013.5.12
* @Modified by Jianhai in 2013-05-13
*/
void xml1_create(char *xmlfilename)
{
int i,j;
char strBuf[30];
xmlDocPtr doc = NULL;
xmlNodePtr root_node = NULL, node = NULL, node1 = NULL;
/*建立根节点*/
doc = xmlNewDoc(BAD_CAST "1.0");
root_node = xmlNewNode(NULL, BAD_CAST "DATA");
xmlNewProp(root_node,BAD_CAST"VERSION",BAD_CAST"0.3");
xmlDocSetRootElement(doc, root_node);
/////////////////////////////////////////////////////////////////
/*生成框FRAME信息*/
for(i=0;i<_xpthis->sd->fr_total;i++){
/*生成FRAME元素*/
node = xmlNewNode(NULL, BAD_CAST "FRAME");
/*加入FRAME的PMIDS属性*/
xmlNewProp(node,BAD_CAST"PMIDS",BAD_CAST _xpthis->sd->framelist[i].pmids);
/*加入FRAME的ID属性*/
xmlNewProp(node,BAD_CAST"ID",BAD_CAST _xpthis->sd->framelist[i].sid);
xmlAddChild(root_node, node);
}
/*组GROUPxin*/
for(i=0;i<_xpthis->sd->gr_total;i++){
/*生成GROUP元素*/
node = xmlNewNode(NULL, BAD_CAST "GROUP");
/*加入GROUP的PMIDS属性*/
xmlNewProp(node,BAD_CAST"PMIDS",BAD_CAST _xpthis->sd->pmglist[i].pmids);
/*加入GROUP的ID属性*/
xmlNewProp(node,BAD_CAST"ID",BAD_CAST _xpthis->sd->pmglist[i].sid);
xmlAddChild(root_node, node);
}
/////////////////////////////////////////////////////////////////
/*物理机输出*/
for(i=0;i<_xpthis->sd->pm_total;i++){
/*生成PM元素*/
node = xmlNewNode(NULL, BAD_CAST "PM");
/*加入PM的STAT属性*/
sprintf(strBuf,"%d",(int)_xpthis->sd->pmlist[i].host.stat);
xmlNewProp(node,BAD_CAST"STAT",BAD_CAST strBuf);
/*所在GROUP*/
//sprintf(strBuf,"%d",(int)_xpthis->sd->pmlist[i].group_id);
xmlNewProp(node,BAD_CAST"GR",BAD_CAST _xpthis->sd->pmlist[i].at_gr_ids);
/*所在FRAME*/
//sprintf(strBuf,"%d",(int)_xpthis->sd->pmlist[i].frame_id);
xmlNewProp(node,BAD_CAST"FR",BAD_CAST _xpthis->sd->pmlist[i].at_fr_sid);
/*加入PM的IP属性*/
xmlNewProp(node,BAD_CAST"IP",BAD_CAST _xpthis->sd->pmlist[i].host.ip);
/*加入PM的ID属性*/
//itoa(_xpthis->sd->pmlist[i].host.id,strBuf,10);
//sprintf(strBuf,"%d",(int)_xpthis->sd->pmlist[i].host.id);
xmlNewProp(node,BAD_CAST"ID",BAD_CAST _xpthis->sd->pmlist[i].host.sid);
xmlAddChild(root_node, node);
/*生成METRIC元素*/
for(j=0;j<DIM;j++){
node1 = xmlNewNode(NULL,BAD_CAST"METRIC");
/*指标值 预留*/
xmlNewProp (node1,BAD_CAST"RESERVED",BAD_CAST DoubleToChar(_xpthis->sd->pmlist[i].host.load[j].reserved,2));
/*指标值 总量*/
xmlNewProp (node1,BAD_CAST"TOTAL",BAD_CAST DoubleToChar(_xpthis->sd->pmlist[i].host.load[j].total,2));
/*指标值 已用量*/
xmlNewProp (node1,BAD_CAST"USED",BAD_CAST DoubleToChar(_xpthis->sd->pmlist[i].host.load[j].used,2));
/*新增METRIC属性enum MetricName {CPU = 0, MEM, DISKIO, FPGA, ETH0, ETH1, ETH2, ETH3, SUM, MAX, MIN};*/
switch(j){
case CPU:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"cpu");
break;
case MEM:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"mem");
break;
case DISKIO:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"diskio");
break;
case FPGA:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"fpga");
break;
case ETH0:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"eth0");
break;
case ETH1:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"eth1");
break;
case ETH2:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"eth2");
break;
case ETH3:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"eth3");
break;
}
xmlAddChild(node,node1);
}
}
/////////////////////////////////////////////////////////////////
/*虚拟机输出*/
for(i=0;i<_xpthis->sd->vm_total;i++){
node = xmlNewNode(NULL, BAD_CAST "VM");
// xmlNewProp(node,BAD_CAST"STAT",BAD_CAST NumToChar(g_vmlist[i].stat)); 没有stat的值
/*所在PM*/
xmlNewProp(node,BAD_CAST"AT",BAD_CAST _xpthis->sd->pmlist[_xpthis->sd->vmlist[i].at].host.sid);
/*加入VM的STAT属性*/
xmlNewProp(node,BAD_CAST"STAT",BAD_CAST NumToChar(_xpthis->sd->vmlist[i].host.stat));
/*IP*/
xmlNewProp(node,BAD_CAST"IP",BAD_CAST _xpthis->sd->vmlist[i].host.ip);
/*加入ID属性*/
xmlNewProp(node,BAD_CAST"ID",BAD_CAST _xpthis->sd->vmlist[i].host.sid);
xmlAddChild(root_node, node);
for(j=0;j<DIM;j++){
/*METRIC*/
node1=xmlNewNode(NULL,BAD_CAST"METRIC");
/*TOTAL属性*/
xmlNewProp(node1,BAD_CAST"TOTAL",BAD_CAST DoubleToChar(_xpthis->sd->vmlist[i].host.load[j].total,2));
/*USED属性*/
xmlNewProp(node1,BAD_CAST"USED",BAD_CAST DoubleToChar(_xpthis->sd->vmlist[i].host.load[j].used,2));
/*新增METRIC属性enum MetricName {CPU = 0, MEM, DISKIO, FPGA, ETH0, ETH1, ETH2, ETH3, SUM, MAX, MIN};*/
switch(j){
case CPU:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"cpu");
break;
case MEM:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"mem");
break;
case DISKIO:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"diskio");
break;
case FPGA:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"fpga");
break;
case ETH0:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"eth0");
break;
case ETH1:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"eth1");
break;
case ETH2:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"eth2");
break;
case ETH3:
xmlNewProp(node1,BAD_CAST"NAME",BAD_CAST"eth3");
break;
}
xmlAddChild(node,node1);
}
}
/*保存输出到文件*/
xmlSaveFormatFileEnc(xmlfilename, doc, "UTF-8", 1);
/*释放*/
xmlFreeDoc(doc);
xmlCleanupParser();
xmlMemoryDump();
}
/*生成网络拓扑XML21 cjh add 7.28*/
void xml_create_by_pm2pm_treetopo(char *xmlfilename)
{
int i;
pm2swPtr p_ps;
sw2swPtr p_ss;
swPtr p_sw;
xmlDocPtr doc = NULL;
xmlNodePtr root_node = NULL, node = NULL, node1 = NULL;
//建立根节点
doc = xmlNewDoc(BAD_CAST "1.0");
root_node = xmlNewNode(NULL, BAD_CAST "DATA");
xmlNewProp(root_node,BAD_CAST"VERSION",BAD_CAST"0.1");
xmlDocSetRootElement(doc, root_node);
/*---1.生成SWITCH列表---------------*/
/*对每一个SWITHC输出到XML21*/
for(i=0;i<_xpthis->sd->sw_total;i++){
p_sw=&_xpthis->sd->swlist[i];
/*生成id属性*/
xmlNewProp(node,BAD_CAST"ID",BAD_CAST p_sw->sid);
//printf(" ---%s ---\n",p_sw->sid);
/*生成主节点*/
node = xmlNewNode(NULL, BAD_CAST "SW");
/*生成LEVEL属性*/
xmlNewProp(node,BAD_CAST"LEV",BAD_CAST NumToChar(p_sw->level));
/*端口个数属性*/
xmlNewProp(node,BAD_CAST"PORTNUM",BAD_CAST "24");
xmlAddChild(root_node, node);
}
/*对每一个PM2SW连接关系输出到XML21*/
for(i=0;i<_xpthis->sd->p2s_total;i++){
p_ps=&_xpthis->sd->p2slist[i];
/*生成主节点*/
node = xmlNewNode(NULL, BAD_CAST "P2S");
/*生成delay属性*/
xmlNewProp(node,BAD_CAST"DELAY",BAD_CAST DoubleToChar(p_ps->delay,0));
/*生成BANDWIDTH属性*/
if(_xpthis->sd->p2slist[i].bandwidth>0)
xmlNewProp(node,BAD_CAST"BW",BAD_CAST DoubleToChar (p_ps->bandwidth,0));
else
xmlNewProp(node,BAD_CAST"BW",BAD_CAST "");
/*生成DST: SWITCH SID属性*/
xmlNewProp(node,BAD_CAST"DPORT",BAD_CAST NumToChar(p_ps->swithch_port));
/*生成DST: SWITCH SID属性*/
xmlNewProp(node,BAD_CAST"DST",BAD_CAST p_ps->switch_sid);
/*生成SRC: PMSID属性*/
xmlNewProp(node,BAD_CAST"SPORT",BAD_CAST NumToChar( p_ps->port_id));
/*生成SRC: PMSID属性*/
xmlNewProp(node,BAD_CAST"SRC",BAD_CAST p_ps->pm_sid);
/*生成ID属性:PS(pm2sw), SS(sw2sw)*/
xmlNewProp(node,BAD_CAST"ID",BAD_CAST NumToChar( p_ps->id));
xmlAddChild(root_node, node);
}
/*对每一个SW2SW连接关系输出到XML21*/
for(i=0;i<_xpthis->sd->s2s_total;i++){
p_ss=&_xpthis->sd->s2slist[i];
/*生成主节点*/
node = xmlNewNode(NULL, BAD_CAST "S2S");
/*生成delay属性*/
xmlNewProp(node,BAD_CAST"DELAY",BAD_CAST DoubleToChar(p_ss->delay,0));
/*生成BANDWIDTH属性*/
if(_xpthis->sd->s2slist[i].bandwidth>0)
xmlNewProp(node,BAD_CAST"BW",BAD_CAST DoubleToChar (p_ss->bandwidth,0));
else
xmlNewProp(node,BAD_CAST"BW",BAD_CAST "");
/*生成DST: SWITCH SID属性*/
xmlNewProp(node,BAD_CAST"DST",BAD_CAST p_ss->p_dst_sw->sid);
/*生成SRC: PMSID属性*/
xmlNewProp(node,BAD_CAST"SRC",BAD_CAST p_ss->sw_src_sid);
/*生成ID属性:PS(pm2sw), SS(sw2sw)*/
xmlNewProp(node,BAD_CAST"ID",BAD_CAST NumToChar(p_ss->id));
xmlAddChild(root_node, node);
}
/*生成文件*/
xmlSaveFormatFileEnc(xmlfilename, doc, "UTF-8", 1);
/*释放*/
xmlFreeDoc(doc);
xmlCleanupParser();
xmlMemoryDump();
}
int main( void )
{
u32 i = 0;
u8 ReadBuf[128] = {0};
u8 TrData[8][32] = {0};
u8 WriteData[50] = "ABCDEFG";
SystemInit();
GPIO_Config();
RS232_Config();
LED_R = 1;
LED_G = 1;
// SD Card Init Info
RS232_SendStr(USART3, (u8*)" \r\n");
RS232_SendStr(USART3, (u8*)"----------------------\r\n");
RS232_SendStr(USART3, (u8*)"----------------------\r\n");
RS232_SendStr(USART3, (u8*)" SDIO SD FatFs demo\r\n");
RS232_SendStr(USART3, (u8*)"----------------------\r\n");
RS232_SendStr(USART3, (u8*)"----------------------\r\n\r\n");
RS232_SendStr(USART3, (u8*)" SD Init ... ");
while(SD_Init() != SD_OK) {
RS232_SendStr(USART3, (u8*)"Failed!!\r\n");
while(1) {
LED_R = ~LED_R;
Delay_100ms(2);
}
}
RS232_SendStr(USART3, (u8*)"OK!!\r\n\r\n");
RS232_SendStr(USART3, (u8*)"-----SD Init Info-----\r\n");
RS232_SendStr(USART3, (u8*)" Capacity : ");
NumToChar(Type_D, 5, TrData[0], SDCardInfo.CardCapacity>>20);
RS232_SendStr(USART3, TrData[0]);
RS232_SendStr(USART3, (u8*)" MB\r\n");
RS232_SendStr(USART3, (u8*)" CardBlockSize : ");
NumToChar(Type_D, 5, TrData[1], SDCardInfo.CardBlockSize);
RS232_SendStr(USART3, TrData[1]);
RS232_SendStr(USART3, (u8*)"\r\n");
RS232_SendStr(USART3, (u8*)" CardType : ");
NumToChar(Type_D, 5, TrData[2], SDCardInfo.CardType);
RS232_SendStr(USART3, TrData[2]);
RS232_SendStr(USART3, (u8*)"\r\n");
RS232_SendStr(USART3, (u8*)" RCA : ");
NumToChar(Type_D, 5, TrData[3], SDCardInfo.RCA);
RS232_SendStr(USART3, TrData[3]);
RS232_SendStr(USART3, (u8*)"\r\n");
RS232_SendStr(USART3, (u8*)"----------------------\r\n");
RS232_SendStr(USART3, (u8*)"\r\n");
// Wait
while(KEY != 1){
LED_G = ~LED_G;
Delay_100ms(2);
}
// Read Directory File
RS232_SendStr(USART3, (u8*)"----------------------\r\n");
RS232_SendStr(USART3, (u8*)" SD_Card Read Directory File\r\n");
RS232_SendStr(USART3, (u8*)"----------------------\r\n\r\n");
res = f_mount(&FatFs, "", 1);
res = f_opendir(&dirs, "0:/");
res = f_readdir(&dirs, &finfo);
while(res!= FR_OK) {
RS232_SendStr(USART3, (u8*)" FatFs failed!!\r\n");
while(1) {
LED_R = ~LED_R;
Delay_100ms(2);
}
}
RS232_SendStr(USART3, (u8*)" File name : \r\n");
while(finfo.fname[0]) {
f_readdir(&dirs, &finfo);
if(!finfo.fname[0])
break;
RS232_SendStr(USART3, (u8*)" ... ");
RS232_SendStr(USART3, (u8*)finfo.fname);
RS232_SendStr(USART3, (u8*)"\r\n");
}
// Wait
while(KEY != 1){
LED_G = ~LED_G;
Delay_100ms(2);
}
// Write File
RS232_SendStr(USART3, (u8*)" f_open ... ");
res = f_open(&file,"SDCard_K.txt", FA_OPEN_ALWAYS | FA_READ | FA_WRITE);
if(res==FR_OK)
RS232_SendStr(USART3, (u8*)"OK!!\r\n");
else
RS232_SendStr(USART3, (u8*)"failed!!\r\n");
RS232_SendStr(USART3, (u8*)" f_write ... ");
res = f_write(&file, WriteData, 20, (UINT *)&i);
if(res==FR_OK)
RS232_SendStr(USART3, (u8*)"OK!!\r\n");
else
RS232_SendStr(USART3, (u8*)"failed!!\r\n");
file.fptr = 0;
RS232_SendStr(USART3, (u8*)" f_read ... ");
res = f_read(&file, ReadBuf, 100, (UINT *)&i);
if(res==FR_OK)
RS232_SendStr(USART3, (u8*)"OK!!\r\n");
else
RS232_SendStr(USART3, (u8*)"failed!!\r\n");
f_close(&file);
RS232_SendStr(USART3, ReadBuf);
while(1) {
LED_G = ~LED_G;
Delay_100ms(2);
}
}