void perBeadStateMaskClass::init(BkgModelWorkInfo* pBase_bkinfo)
{
// assert if known memory type
assert(memTypeHost() || memTypeDevice());
if(memTypeHost())
{
initHost(pBase_bkinfo);
}
else
{
perBeadStateMaskClass tmpHostBeadStateMask(getParams(), HostMem);
tmpHostBeadStateMask.initHost(pBase_bkinfo);
this->copy(tmpHostBeadStateMask);
}
}
void perBeadPolyClonalCubeClass::init(BkgModelWorkInfo* pBase_bkinfo)
{
// assert if known memory type
assert(memTypeHost() || memTypeDevice());
if(memTypeHost())
{
initHost(pBase_bkinfo);
}
else
{
perBeadPolyClonalCubeClass tmpHostPolyClonalCube(getParams(), HostMem);
tmpHostPolyClonalCube.initHost(pBase_bkinfo);
this->copy(tmpHostPolyClonalCube);
}
}
/*
* 函数名 : process_XML2_Node
* 功能 : 处理XML2每个节点获取相关值
* 传入参数 : xmlTextReaderPtr reader,int *pmcount,int *vmcount,int *grcount,int *frcount
* 参数reader : XML读入的数据内容
* 参数pmcount : 物理机个数
* 参数vmcount : 虚拟机的数量
* 参数grcount : 物理机组的个数
* 参数frcount : 框的个数
* 返回值 : 无
* @created by 陈建海 in 2013.5.12
*/
void process_XML2_Node(xmlTextReaderPtr reader,
int *pmcount,int *vmcount,
int *grcount,int *frcount)
{
xmlChar *name, *att;
char *endptr,iput[20];
int rr,nt;
double aValue;
framePtr p_fr;
pmPtr p_pm; vmPtr p_vm;
pmgPtr p_pmg;
cls_st_host hs;
int kk=-1,ll=-1,ff=-1,gg=-1;//用kk记录物理机的索引值
kk=*pmcount;
ll=*vmcount;
ff=*frcount;
gg=*grcount;
name = xmlTextReaderName(reader);
if (name == NULL)
name = xmlStrdup(BAD_CAST "--");
nt=xmlTextReaderNodeType(reader);
/*如果元素名称是FRAME，则获取属性ID，NAME, PMIDS等值*/
if (xmlStrcmp(name, (const xmlChar *) "FRAME")==0) {
if(nt==XML_READER_TYPE_ELEMENT)
{
ff++;
p_fr=&_xpthis->sd->framelist[ff];
p_fr->id=ff;//置序号
//获取框的SID
getstr_attrib(reader,"ID",p_fr->sid);
//获取框的所有物理机ID
getstr_attrib(reader,"PMIDS",p_fr->pmids);
}
}
/*如果元素名称是GROUP，则获取属性ID，NAME, PMIDS等值*/
if (xmlStrcmp(name, (const xmlChar *) "GROUP")==0) {
if(nt==XML_READER_TYPE_ELEMENT)
{
gg++;
p_pmg =&_xpthis->sd->pmglist[gg];
p_pmg->id=gg;//置序号
/*获取组的SID*/
getstr_attrib(reader,"ID",p_pmg->sid);
//获取zu的所有物理机ID
getstr_attrib(reader,"PMIDS",p_pmg->pmids);
}
}
/*如果元素名称是PM，则获取属性ID，IP,STAT等值*/
if (xmlStrcmp(name, (const xmlChar *) "PM")==0) {
if(nt==XML_READER_TYPE_ELEMENT)
{
kk++;
p_pm=&_xpthis->sd->pmlist[kk];
p_pm->host.id=kk;
/*获取PM的SID*/
getstr_attrib(reader,"ID",p_pm->host.sid);
/*获取PM的IP*/
getstr_attrib(reader,"IP",p_pm->host.ip);
//获取PM状态
p_pm->host.stat=getint_attrib(reader,"STAT");
if(DEBUG) printf("\n----\n");
}
//return;
}
/*如果元素名称是VM，则获取属性ID，IP,STAT等值*/
if (xmlStrcmp(name, (const xmlChar *) "VM")==0) {
if(nt==XML_READER_TYPE_ELEMENT)
{
ll++;
p_vm=&_xpthis->sd->vmlist[ll];
p_vm->host.id=ll;
//获取主机Id
getstr_attrib(reader,"ID",p_vm->host.sid);
//获取主机IP
getstr_attrib(reader,"IP",p_vm->host.ip);
//获取主机的状态
p_vm->host.stat=getint_attrib(reader,"STAT");
//获取VM所在PM
att=xmlTextReaderGetAttribute(reader,"AT");
if(att!=NULL) {
/*获得的是pm0，需要获取相应的pmid*/
initHost(&hs);
hs.sd = _xpthis->sd;
p_pm=hs.getpmbysid(att);
if(p_pm!=NULL)
_xpthis->sd->vmlist[ll].at=p_pm->host.id;
if(DEBUG) printf("atpm: %s ",att);
}
xmlFree(att);
if(DEBUG) printf("\n-----\n");
}
}
/*如果元素名称是METRIC，则获取属性NAME，USED,TOTAL, RESERVED等值*/
if (xmlStrcmp(name, (const xmlChar *) "METRIC")==0) {
att=xmlTextReaderGetAttribute(reader,"NAME");
//{ CPU = 0, MEM, DISKIO, FPGA, ETH0, ETH1, ETH2, ETH3 };
rr=0;
if(xmlStrcmp(att, (const xmlChar *) "cpu")==0)
rr=CPU;
else if(xmlStrcmp(att, (const xmlChar *) "mem")==0)
rr=MEM;
else if(xmlStrcmp(att, (const xmlChar *) "diskio")==0)
rr=DISKIO;
else if(xmlStrcmp(att, (const xmlChar *) "fpga")==0)
rr=FPGA;
else if(xmlStrcmp(att, (const xmlChar *) "eth0")==0)
rr=ETH0;
else if(xmlStrcmp(att, (const xmlChar *) "eth1")==0)
rr=ETH1;
else if(xmlStrcmp(att, (const xmlChar *) "eth2")==0)
rr=ETH2;
else if(xmlStrcmp(att, (const xmlChar *) "eth3")==0)
rr=ETH3;
//get the attribute value metricname
if(ll==-1)
strcpy(_xpthis->sd->pmlist[kk].host.load[rr].metric_name,att);
else
strcpy(_xpthis->sd->vmlist[ll].host.load[rr].metric_name,att);
if(DEBUG) printf(" %s ",att);
xmlFree(att);
//get the attribute value used
att=xmlTextReaderGetAttribute(reader,"USED");
if(att!=NULL) {
//strcpy(iput,att);
aValue = strtod(att,&endptr);
if(ll==-1)//PM
{
_xpthis->sd->pmlist[kk].host.load[rr].used=aValue;
if(DEBUG) printf("used: %.3f ",_xpthis->sd->pmlist[kk].host.load[rr].used);
}
else
{
_xpthis->sd->vmlist[ll].host.load[rr].used=aValue;
if(DEBUG) printf("used: %.3f ",_xpthis->sd->vmlist[ll].host.load[rr].used);
}
}
xmlFree(att);
//get the attribute value total
att=xmlTextReaderGetAttribute(reader,"TOTAL");
if(att!=NULL) {
strcpy(iput,att);
aValue = strtod(iput,&endptr);
if(ll==-1)//PM
{
_xpthis->sd->pmlist[kk].host.load[rr].total=aValue;
if(DEBUG) printf("total: %.3f ",_xpthis->sd->pmlist[kk].host.load[rr].total);
}
else
{
_xpthis->sd->vmlist[ll].host.load[rr].total=aValue;
if(DEBUG) printf("total: %.3f ",_xpthis->sd->vmlist[ll].host.load[rr].total);
}
}
xmlFree(att);
//get the attribute value reserved
att=xmlTextReaderGetAttribute(reader,"RESERVED");
if(att!=NULL) {
//strcpy(iput,att);
aValue = strtod(att,&endptr);
if(ll==-1)//PM
{
_xpthis->sd->pmlist[kk].host.load[rr].reserved=aValue;
if(DEBUG) printf("reserved: %.3f ",_xpthis->sd->pmlist[kk].host.load[rr].reserved);
}
else
{
_xpthis->sd->vmlist[ll].host.load[rr].reserved=aValue;
if(DEBUG) printf("reserved: %.3f ",_xpthis->sd->vmlist[ll].host.load[rr].reserved);
}
}
xmlFree(att);
if(DEBUG) printf("\n");
}
*pmcount=kk;//set PM count
*vmcount=ll; //set VM count
*frcount=ff;
*grcount=gg;
xmlFree(name);
}
void process_XML22_Node(xmlTextReaderPtr reader, int *vdcount)
{
/* handling of a node in the tree */
xmlChar *name, *att;
char *endptr;
char *strvm[MAX_VM_COUNT_PER_GROUP];
char t_vmids[PMIDS_SIZE];
int nt,k;
double aValue;
int vd=-1;//用vd记录流量关系的索引值
vd=*vdcount;
name = xmlTextReaderName(reader);
if (name == NULL)
name = xmlStrdup(BAD_CAST "--");
nt=xmlTextReaderNodeType(reader);
/*如果元素名称是AFFINITY，则获取属性VMIDS，TRAFFIC,DELAY,TYPE,AT等值*/
if (xmlStrcmp(name, (xmlChar *) "AFFINITY")==0) {
if(nt==XML_READER_TYPE_ELEMENT) vd++;
//AFFTYPE
att=xmlTextReaderGetAttribute(reader,"TYPE");
if(att!=NULL)
{
aValue = strtod(att,&endptr);
_xpthis->sd->v2vlist[vd].affinity=(int)aValue;
_xpthis->sd->v2vlist[vd].affinity=(int)aValue;
if(DEBUG) printf("type:%3d ",_xpthis->sd->v2vlist[vd].affinity);
}
xmlFree(att);
//TRAFFIC
att=xmlTextReaderGetAttribute(reader,"TRAFFIC");
if(att!=NULL)
{
aValue = strtod(att,&endptr);
_xpthis->sd->v2vlist[vd].traffic=aValue;
_xpthis->sd->v2vlist[vd].traffic=aValue;
printf("TRAFFIC:%5.f ",_xpthis->sd->v2vlist[vd].traffic);
}
xmlFree(att);
//DELAY 时延要求
att=xmlTextReaderGetAttribute(reader,"DELAY");
if(att!=NULL)
{
aValue = strtod(att,&endptr);
_xpthis->sd->v2vlist[vd].delay=aValue;
printf("DELAY:%4.f ",_xpthis->sd->v2vlist[vd].delay);
}
xmlFree(att);
//AT
att=xmlTextReaderGetAttribute(reader,"AT");
if(att!=NULL)
{
strcpy(_xpthis->sd->v2vlist[vd].at,att);
strcpy(_xpthis->sd->v2vlist[vd].at,att);
printf("AT: %6s ",_xpthis->sd->v2vlist[vd].at);
}
xmlFree(att);
/*VMIDS*/
att=xmlTextReaderGetAttribute(reader,"VMIDS");
if(att!=NULL) {
strcpy(_xpthis->sd->v2vlist[vd].vmids,att);
printf("VMIDS:%s ",_xpthis->sd->v2vlist[vd].vmids);
}
xmlFree(att);
/*从vmids处理得到p_vms*/
{
cls_st_host hh;
initHost(&hh);
hh.sd = _xpthis->sd;
strcpy(t_vmids,_xpthis->sd->v2vlist[vd].vmids);
_xpthis->sd->v2vlist[vd].countofvm=split_str(t_vmids,",",strvm);
for(k=0;k<_xpthis->sd->v2vlist[vd].countofvm;k++)
_xpthis->sd->v2vlist[vd].p_vms[k]=hh.getvmbysid(strvm[k]);
}
att=xmlTextReaderGetAttribute(reader,"SRCID");
if(att!=NULL) {
aValue = strtod(att,&endptr);
_xpthis->sd->v2vlist[vd].p_src_vm=&_xpthis->sd->vmlist[(int)aValue];
printf("nodetype :%d, id: %d ",nt,_xpthis->sd->v2vlist[vd].p_src_vm->host.id);
}
xmlFree(att);
att=xmlTextReaderGetAttribute(reader,"DSTID");
if(att!=NULL) {
aValue = strtod(att,&endptr);
_xpthis->sd->v2vlist[vd].p_dst_vm=&_xpthis->sd->vmlist[(int)aValue];
printf("DSTID: %s ",_xpthis->sd->v2vlist[vd].p_dst_vm->host.sid);
}
xmlFree(att);
printf("\n");
//return;
}
*vdcount=vd;//set v2v count
xmlFree(name);
}
