/*第一个参数为收到消息的内容,第二个参数为标识是要产生子交易2,还是直接发送到前端,1表示产生子交易2，0表示发送到前端,-1表示拆分*/
void chongzhen(struct mymsg pmsg,int *chaifen,int *times)
{
char result[21];
char temp[21];
int start=0;/*记录收到消息的交易状态在condition_p对应的下标*/
char *condition_p[]= {"1###################","0###################","-1##################"};
/*解析sql语句用的变量*/
char sqltemp[200] = "select dealid from deals where subdealid1='%s' and dealtype='%s'";
char parent[200];
char send[220];
char sendtemp[220];/*存放消息的长度和消息正文*/
int i, length;
/*解析出消息的主键*/
char tempdealid[21], dealid[21];
char temptype[21], type[21];
struct mymsg tempmsg,sqltype;
key_t key;
long typesql;
/*取出消息的交易状态*/
for(i=140; i<160; i++)
{
temp[i-140]=pmsg.msg_buf[i];
}
temp[20]='\0';
for(i=0; i<3; i++)
{
if(strcmp(temp,condition_p[i])==0)
{
start=i;
break;
}
}
/*在这儿先判断收到的消息是第一次拆分出来的结果，还是第二次的回复消息*/
/*所以在这儿需要查询数据库*/
/*根据解析出来的消息找匹配*/
for (i = 0; i < 20; i++)
{
tempdealid[i] = pmsg.msg_buf[i];
}
for (i = 160; i < 180; i++)
{
temptype[i - 160] = pmsg.msg_buf[i];
}
for (i = 0; i < 20; i++)
{
if (tempdealid[i] != '#')
{
dealid[i] = tempdealid[i];
}
else
{
dealid[i]='\0';
}
if (temptype[i] != '#')
{
type[i] = temptype[i];
}
else
{
type[i]='\0';
}
}
sprintf(parent, sqltemp,dealid,type);/*替换掉sql中参数*/
/*把length转化为字符串存入send数组中*/
sprintf(sendtemp,"%010d",strlen(parent));
length=strlen(parent);
/*填充消息的正文内容*/
for (i = 10; i < length + 10; i++)
{
sendtemp[i] = parent[i - 10];
}
sendtemp[i]='\0';
/*将前10个字节用发送的消息内容的消息类型来填充*/
key=ftok(".",'w');
readMessageFromQueue(key,&sqltype,0);
typesql=atol(sqltype.msg_buf);
printf("读取到的sql类型为：%s\n",sqltype.msg_buf);
sprintf(send,"%010ld",typesql);
sprintf(temptype,"%010d",1);/*字段的个数*/
for(i=10; i<20; i++)
{
send[i]=temptype[i-10];
}
/*将sendtemp的内容加入到send数组的后面*/
length=20+strlen(sendtemp);
for(i=20; i<length; i++)
{
send[i]=sendtemp[i-20];
}
send[i]='\0';/*加结束符*/
printf("*************send is :%s====>",send);
strcpy(tempmsg.msg_buf,send);
tempmsg.msg_types=1;
tempmsg.msg_buf[strlen(tempmsg.msg_buf)]='\0';
printf("此处向数据库发送第一次查询数据：%s\n",tempmsg.msg_buf);
key=ftok(".",'n');
sendMessageToQueue(key,0,&tempmsg);
/*等待查询结果*/
key=ftok(".",'p');
printf("key=%x\n",key);
while(readMessageFromQueue(key,&tempmsg,typesql)<0) /*取出消息类型为1的消息*/
{
}
/*解析查询结果,查询结果为10个字节的消息类型，10个字节表示有多少条记录,再10字节表示每条记录的长度*/
for(i=20; i<30; i++)
{
temp[i-20]=tempmsg.msg_buf[i];
}
temp[10]='\0';
length=atoi(temp);
printf("===========length=%d\n",length);
for(i=30; i<30+length; i++)
{
temp[i-30]=tempmsg.msg_buf[i];
}
temp[i-30]='\0';
/*将tempmsg消息的内容替换掉*/
strcpy(tempmsg.msg_buf,temp);
printf("收到数据库查询结果：%s\n",tempmsg.msg_buf);
strcpy(result,temp);
/*默认的是把这条消息当作子消息1来对待的,将查询出来的dealId放在了result中,查询不到结果的为0*/
if(strcmp(result,"0")!=0) /*说明收到的消息是子消息1回复过来的*/
{
/*如果start==0说明是交易，否则不产生子交易2*/
*times=1;
if(start==0)
{
*chaifen=1;/*如果为1表示需要产生子交易2,并且此条消息不发送到前端*/
}
else
{
*chaifen=0;/*为零表示不需要产生子交易2,并且此条消息发送到前端*/
}
}
else /*说明是子交易二返回的消息*/
{
*times=2;
printf("++++start=%d\n++++",start);
/*如果消息的状态为交易则直接发送到前台,否则就要冲正*/
if(start==0)
{
*chaifen=0;
}
else
{
/*找出子交易1*/
char sqltemp[200] = "select subdealid1,clientid,customerid from deals where subdealid2='%s' and dealtype='%s'";
char resulttemp[21];
int resultnum;
*chaifen=-1;/*-1表示冲正*/
int start;
struct mymsg sqltype;
long typesql;
int mm;
/*以后换成数据库后，就不需要了*/
/* int typestart[6]={2,1,2,0,1,0};*/
/* int typeback[6]={1,2,0,2,0,1};*/
struct pathtype pathtype1;
char csh_select_type[21];
/*char *address[]={"192.168.5.97########","192.168.5.86########","192.168.5.108#######"};*/
char rout_p[21];/*="192.168.5.102#######";*/
/* char *type_p[]={"type7###############","type8###############","type9###############","type10##############","type11##############","type12##############"};
*/
memset(rout_p,0,21);
idToIp(0,rout_p);
for(mm=19; mm>=strlen(rout_p); mm--)
{
rout_p[mm]='#';
}
/* 产生冲正消息*/
/*第二次查询数据库，找出子交易1的详细相关信息*/
sprintf(parent, sqltemp,dealid,type);/*替换掉sql中参数*/
/*把length转化为字符串存入send数组中*/
sprintf(sendtemp,"%010d",strlen(parent));
length=strlen(parent);
/*填充消息的正文内容*/
for (i = 10; i < length + 10; i++)
{
sendtemp[i] = parent[i - 10];
}
/*将前10个字节用发送的消息内容的消息类型来填充*/
key=ftok(".",'w');
readMessageFromQueue(key,&sqltype,0);
typesql=atol(sqltype.msg_buf);
sprintf(send,"%010ld",typesql);
sprintf(temptype,"%010d",3);/*字段的个数*/
for(i=10; i<20; i++)
{
send[i]=temptype[i-10];
}
/*将sendtemp的内容加入到send数组的后面*/
length=20+strlen(sendtemp);
for(i=20; i<length; i++)
{
send[i]=sendtemp[i-20];
}
send[i]='\0';/*加结束符*/
strcpy(tempmsg.msg_buf,send);
tempmsg.msg_types=1;
tempmsg.msg_buf[strlen(tempmsg.msg_buf)]='\0';
printf("此处向数据库发送第二次查询数据：%s\n",tempmsg.msg_buf);
key=ftok(".",'n');
sendMessageToQueue(key,0,&tempmsg);
/*等待查询结果*/
memset(tempmsg.msg_buf,0,sizeof(tempmsg));
key=ftok(".",'p');
while(readMessageFromQueue(key,&tempmsg,typesql)<0) /*取出消息类型为1的消息*/
{
}
printf("resut ========>from is :%s\n",tempmsg.msg_buf);
/*解析查询结果,查询结果为10个字节的消息类型，10个字节表示有多少条记录,再10字节表示每条记录的长度*/
/*解析第一个查询数据*/
for(i=20; i<30; i++)
{
temp[i-20]=tempmsg.msg_buf[i];
}
temp[10]='\0';
length=atoi(temp);
for(i=0; i<length; i++)
{
temp[i]=tempmsg.msg_buf[i+30];
}
temp[i]='\0';
printf("temp is:%s\n",temp);
/*将tempmsg消息的内容替换掉*/
strcpy(tempmsg.msg_buf,temp);
start=30+strlen(temp);
/*解析第二个数据*/
for(i=0; i<10; i++)
{
temp[i]=tempmsg.msg_buf[start];
start++;
}
temp[i]='\0';
length=atoi(temp);
for(i=0; i<length; i++)
{
temp[i]=tempmsg.msg_buf[start];
start++;
}
temp[i]='\0';
printf("temp1is:%s\n",temp);
strcat(tempmsg.msg_buf,temp);
/*解析第三个数据*/
for(i=0; i<10; i++)
{
temp[i]=tempmsg.msg_buf[start];
start++;
}
temp[i]='\0';
length=atoi(temp);
for(i=0; i<length; i++)
{
temp[i]=tempmsg.msg_buf[start];
start++;
}
temp[i]='\0';
printf("temp2 is:%s\n",temp);
strcat(tempmsg.msg_buf,temp);
/*读取冲正交易序列号*/
memset(sqltype.msg_buf,0,sizeof(sqltype));
key=ftok(".",'o');
readMessageFromQueue(key,&sqltype,0);
sqltype.msg_buf[strlen(sqltype.msg_buf)]='\0';
printf("chong zhen is:%s\n",sqltype.msg_buf);
/*连接最后结果*/
strcat(sqltype.msg_buf,tempmsg.msg_buf);
/*加上消息的源和目地*/
for (i = 160; i < 180; i++)
{
temptype[i - 160] = pmsg.msg_buf[i];
}
temptype[20]='\0';
memset(csh_select_type,0,21);
strcpy(csh_select_type,temptype);
for(mm=0; mm<20; mm++)
{
if(temptype[mm]!='#')
{
csh_select_type[mm]=temptype[mm];
}
else
{
break;
}
}
select_type2_byname(csh_select_type,&pathtype1);
/*
for(i=0;i<6;i++){
if(strcmp(temptype,type_p[i])==0){
break;
}
}
printf("i is :%d\n",i);
*/
/*把源加上*/
memset(temp,0,21);
strcpy(temp,pathtype1.destination_ip1);
for(mm=19; mm>=strlen(temp); mm--)
{
temp[mm]='#';
}
strcat(sqltype.msg_buf,temp);
/*把目地加上去*/
/*strcpy(temp,address[typeback[i]]);*/
strcat(sqltype.msg_buf,pathtype1.destination_ip2);
printf("收到数据库第二次查询数据，并且写入了冲正队列:%s\n",sqltype.msg_buf);
key=ftok(".",'q');
sqltype.msg_types=1;
sendMessageToQueue(key,0,&sqltype);
}
}
}
/*此函数根据子消息找出父交易号*/
void findfatherid(struct mymsg pmsg,char *result,int times)
{
char sqltemp[200] = "select dealid from deals where subdealid1='%s' and dealtype='%s'";
char sqltemp1[200]="select dealid from deals where subdealid2='%s' and dealtype='%s'";
char parent[220];
char send[220];
char id[21],type[21],temp[21];
int i,length;
key_t key;
struct mymsg tempmsg,sqltype;
long typesql;
/*解析出type和id*/
for(i=0; i<20; i++)
{
if(pmsg.msg_buf[i]!='#')
{
id[i]=pmsg.msg_buf[i];
}
else
{
id[i]='\0';
}
if(pmsg.msg_buf[160+i]!='#')
{
type[i]=pmsg.msg_buf[160+i];
}
else
{
type[i]='\0';
}
}
if(times==1)
sprintf(parent,sqltemp,id,type);
else if(times==2)
{
sprintf(parent,sqltemp1,id,type);
}
key=ftok(".",'w');
readMessageFromQueue(key,&sqltype,0);
typesql=atol(sqltype.msg_buf);
printf("读取到的sql类型为：%s\n",sqltype.msg_buf);
sprintf(send,"%010ld",typesql);
sprintf(temp,"%010d",1);
for(i=0; i<20; i++) /*字段个数*/
{
send[10+i]=temp[i];
}
sprintf(temp,"%010d",strlen(parent));/*消息正文的长度*/
for(i=0; i<20; i++)
{
send[20+i]=temp[i];
}
length=strlen(parent);
for(i=0; i<length; i++)
{
send[30+i]=parent[i];
}
send[30+i]='\0';
printf("send is :%s\n",send);
strcpy(tempmsg.msg_buf,send);
tempmsg.msg_types=1;
key=ftok(".",'n');
sendMessageToQueue(key,0,&tempmsg);
printf("查询父id的sql语句:%s\n",tempmsg.msg_buf);
key=ftok(".",'p');
while(readMessageFromQueue(key,&tempmsg,typesql)<0) /*取出消息类型为1的消息*/
{
}
for(i=0; i<10; i++)
{
temp[i]=tempmsg.msg_buf[20+i];
}
length=atoi(temp);
for(i=0; i<length; i++)
{
temp[i]=tempmsg.msg_buf[30+i];
}
temp[i]='\0';
printf("查得附灰椎膇d号如下：%s\n",temp);
strcpy(result,temp);
}
/*更新父交易的交易状态*/
void sendsubupdatefathersql(struct mymsg pmsg)
{
char result[21];
char temp[21];
int start=0;/*记录收到消息的交易状态在condition_p对应的下标*/
/* char *type_p[]={"type1###############","type2###############","type3###############","type4###############","type5###############","type6###############"};
int typestart[6]={1,2,0,2,0,1};
char *address[]={"192.168.5.97########","192.168.5.86########","192.168.5.84########"};*/
/* char rout_p[]="192.168.5.85########";*/
/*解析sql语句用的变量*/
char updateSql[300]="update subdeals set SourceId='%s', DestinationId='%s', DealStatus='%s' where DealId='%s'";
char parent[300];
char send[320];
char sendtemp[320];/*存放消息的长度和消息正文*/
int i, j,length;
/*解析出消息的主键*/
char tempdealid[21], dealid[21];
char temptype[21], b[8][21],type[21],s[8][21],id[14];
struct mymsg tempmsg,sqltype,sqlmsg;
key_t key;
long typesql;
/*解读消息，读出相关的字段，以便形成update sql语句*/
for(i=0; i<9; i++)
{
for(j=0; j<20; j++)
{
s[i][j]=pmsg.msg_buf[i*20+j];
if(s[i][j]!='#')
{
b[i][j]=s[i][j];
}
else
{
b[i][j]='\0';
break;
}
}
}
findfatherid(pmsg,id,2);
sprintf(parent,updateSql,b[3],b[4],b[7],id);
/*把length转化为字符串存入send数组中*/
sprintf(sendtemp,"%010d",strlen(parent));
length=strlen(parent);
/*填充消息的正文内容*/
for (i = 10; i < length + 10; i++)
{
sendtemp[i] = parent[i - 10];
}
sendtemp[i]='\0';
/*将前10个字节用发送的消息内容的消息类型来填充*/
key=ftok(".",'w');
readMessageFromQueue(key,&sqltype,0);
typesql=atol(sqltype.msg_buf);
/* printf("读取到的sql类型为：%s\n",sqltype.msg_buf);*/
sprintf(send,"%010ld",typesql);
sprintf(temptype,"%010d",1);/*字段的个数*/
for(i=10; i<20; i++)
{
send[i]=temptype[i-10];
}
/*将sendtemp的内容加入到send数组的后面*/
length=20+strlen(sendtemp);
for(i=20; i<length; i++)
{
send[i]=sendtemp[i-20];
}
send[i]='\0';/*加结束符*/
/* printf("*************send is :%s====>",send); */
strcpy(tempmsg.msg_buf,send);
tempmsg.msg_types=1;
tempmsg.msg_buf[strlen(tempmsg.msg_buf)]='\0';
key=ftok(".",'n');
sendMessageToQueue(key,0,&tempmsg);
/* printf("发送到数据库的sql语句为：%s\n",tempmsg.msg_buf);*/
}
void sendsubinsertsql(struct mymsg pmsgs)
{
char insertSql[300]="insert into subdeals values ('%s','%s','%s','%s','%s','%s','%s','%s','%s')";
char parent[320];
char send[320],sendtemp[320];
char id[21],s[8][21],b[8][21],type[21],temp[21],temptype[21];
int i,j,length;
key_t key;
struct mymsg tempmsg,sqlmsg,pmsg,sqltype;
long typesql;
/*从产生交易号的队列中取出子交易号*/
printf("********************8%s",pmsgs.msg_buf);
for(i=0; i<9; i++)
{
for(j=0; j<20; j++)
{
s[i][j]=pmsgs.msg_buf[i*20+j];
if(s[i][j]!='#')
{
b[i][j]=s[i][j];
}
else
{
b[i][j]='\0';
break;
}
}
}
sprintf(parent,insertSql,b[0],b[1],b[2],b[3],b[4],b[5],b[6],b[7],b[8]);
/* printf("shuzu de neirong wei :%s,%s,%s,%s,%s,%s,%s,%s,%s",b[0],b[1],b[2],b[3],b[4],b[5],b[6],b[7],b[8]);*/
/*把length转化为字符串存入send数组中*/
sprintf(sendtemp,"%010d",strlen(parent));
length=strlen(parent);
/*填充消息的正文内容*/
for (i = 10; i < length + 10; i++)
{
sendtemp[i] = parent[i - 10];
}
sendtemp[i]='\0';
/*将前10个字节用发送的消息内容的消息类型来填充*/
key=ftok(".",'w');
readMessageFromQueue(key,&sqltype,0);
typesql=atol(sqltype.msg_buf);
/* printf("读取到的sql类型为：%s\n",sqltype.msg_buf);*/
sprintf(send,"%010ld",typesql);
sprintf(temptype,"%010d",1);/*字段的个数*/
for(i=10; i<20; i++)
{
send[i]=temptype[i-10];
}
/*将sendtemp的内容加入到send数组的后面*/
length=20+strlen(sendtemp);
for(i=20; i<length; i++)
{
send[i]=sendtemp[i-20];
}
send[i]='\0';/*加结束符*/
/* printf("*************send is :%s====>",send); */
strcpy(tempmsg.msg_buf,send);
tempmsg.msg_types=1;
tempmsg.msg_buf[strlen(tempmsg.msg_buf)]='\0';
key=ftok(".",'n');
sendMessageToQueue(key,0,&tempmsg);
/* printf("111111111111111111:发送到数据库的sql语句为：%s\n",tempmsg.msg_buf);*/
}
int game_host::performUpdate(string upd)
{
int updateType = 0;
UpdMess update(upd);
updateType = update.getType();
if(updateType == TOWER)
{
int subType = update.getVal(0);
//Tower Placement: UpdMess(Player[1], TOWER, TOWERPLACE[2], TowerX[2], Tower[Y]);
if(subType == TOWERPLACE)
{
// placeTower(int playerNumber, int towerType, int x, int y);
if(isEmptyLocation(update.getVal(1), update.getVal(2)))
{
placeTower(update.getPlayer(), STRUCTURE, update.getVal(1), update.getVal(2));
}
}
else if(subType == MINEPLACE)
{
if(isEmptyLocation(update.getVal(1), update.getVal(2)))
{
placeTower(update.getPlayer(), MINETOWER, update.getVal(1), update.getVal(2));
}
}
//Tower Upgrade: UpdMess(Player[1], TOWER, TOWERUPGRADE[2], TowerID[4]);
else if(subType == TOWERUPGRADE)
{
if(towerList.checkForObjectWithID(update.getId1()) == true)
{
if(towerList.getNodeWithID(update.getId1())->getData()->getType() != STRUCTURE)
{
if(towerList.getNodeWithID(update.getId1())->getData()->upgrade())
{
sendMessageToQueue(UpdMess(update.getPlayer(), TOWER, TOWERUPGRADE, update.getId1()).getMT());
}
}
}
}
//Tower ChangeType: UpdMess(Player[1], TOWER, TOWERCHANGE[2], TowerID[4], newType[2]);
else if(subType == TOWERCHANGE)
{
if(towerList.checkForObjectWithID(update.getId1()) == true)
{
if(towerList.getNodeWithID(update.getId1())->getData()->getType() == STRUCTURE)
{
return changeStructure(update.getId1(), update.getVal(1));
}
else if(towerList.getNodeWithID(update.getId1())->getData()->getType() == NORMCREEPTOWER)
{
if(towerList.getNodeWithID(update.getId1())->getData()->changeType(update.getVal(1)))
{
sendMessageToQueue(UpdMess(update.getPlayer(), TOWER, TOWERCHANGE, update.getId1(),update.getVal(1)).getMT());
}
}
}
}
//Tower Toggle Pause: UpdMess(Player[1], TOWER, TOWERTOGGLE[2], TowerID[4], newValue);
else if(subType == TOWERTOGGLE)
{
if(towerList.checkForObjectWithID(update.getId1()))
{
int towerTypeRec = towerList.getNodeWithID(update.getId1())->getData()->getType();
if(towerList.getNodeWithID(update.getId1())->getData()->getType() >= NORMCREEPTOWER && towerList.getNodeWithID(update.getId1())->getData()->getType() <= FATTYCREEPTOWER)
{
if(update.getVal(1) == 1)
towerList.getNodeWithID(update.getId1())->getData()->pause();
else if(update.getVal(1) == 0)
towerList.getNodeWithID(update.getId1())->getData()->unpause();
sendMessageToQueue(UpdMess(towerList.getNodeWithID(update.getId1())->getData()->getPlayer(), TOWER, TOWERTOGGLE, update.getId1(), towerList.getNodeWithID(update.getId1())->getData()->isPaused()).getMT());
}
}
}
else if(subType == TOWERDELETE)
{
if(towerList.checkForObjectWithID(update.getId1()))
{
removeTower(update.getId1(), update.getPlayer());
}
}
}
else if(updateType == BASE)
{
int subType = update.getVal(0);
if(subType == UPGRADE)
{
if(this->getPlayer(update.getPlayer())->getMoney() >= BASEUPGRADECOST)
{
if(update.getPlayer() == 1)
{
if(this->p1Spawner->getLevel() < 5 && players[0].getMoney() >= (p1Spawner->getLevel() + 1) * BASEUPGRADECOST)
{
players[0].spendMoney((p1Spawner->getLevel() + 1) * BASEUPGRADECOST);
this->p1Spawner->setLevel(this->p1Spawner->getLevel() + 1);
sendMessageToQueue(UpdMess(1, BASE, UPGRADE).getMT());
}
}
else if(update.getPlayer() == 2)
{
if(this->p2Spawner->getLevel() < 5 && players[1].getMoney() >= (p2Spawner->getLevel() + 1) * BASEUPGRADECOST)
{
players[1].spendMoney((p2Spawner->getLevel() + 1) * BASEUPGRADECOST);
this->p2Spawner->setLevel(this->p2Spawner->getLevel() + 1);
sendMessageToQueue(UpdMess(2, BASE, UPGRADE).getMT());
}
}
}
}
else if(subType == ADDTYPE)
{
int addType = update.getVal(1);
if(!(addType >= FAST && addType <= FATTY))
return -1;
if(update.getPlayer() == 1)
{
if(this->p1Spawner->isInSpawner(addType))
return -1; // Already in the spawner
}
else if(update.getPlayer() == 2)
{
if(this->p2Spawner->isInSpawner(addType))
return -1; // Already in the spawner
}
else
return -1;
if(this->getPlayer(update.getPlayer())->getMoney() >= addSpawnArr[addType])
{
this->getPlayer(update.getPlayer())->spendMoney(addSpawnArr[addType]);
if(update.getPlayer() == 1)
{
this->p1Spawner->addCreepType(addType);
sendMessageToQueue(UpdMess(1, BASE, ADDTYPE, addType).getMT());
}
else
{
this->p2Spawner->addCreepType(addType);
sendMessageToQueue(UpdMess(2, BASE, ADDTYPE, addType).getMT());
}
}
}
else
return -1;
}
else
return -1;
sendMessageToQueue(UpdMess(1, PLAYERUPDATE, getPlayer(1)->getHealth(), getPlayer(1)->getMoney()).getMT());
sendMessageToQueue(UpdMess(2, PLAYERUPDATE, getPlayer(2)->getHealth(), getPlayer(2)->getMoney()).getMT());
return 0;
}
