// . returns false if blocked, true otherwise
// . sets errno on error
// . make a web page displaying the config of this host
// . call g_httpServer.sendDynamicPage() to send it
bool sendPageSockets ( TcpSocket *s , HttpRequest *r ) {
// don't allow pages bigger than 128k in cache
char buf [ 128*1024 ];
SafeBuf p(buf, 128*1024);
int32_t collLen = 0;
const char *coll = r->getString( "c", &collLen );
char tmp_coll[MAX_COLL_LEN+1];
if(coll) {
//copy collection name into tmpbuf and nul-terminate it
if ( (size_t)collLen >= sizeof(tmp_coll) )
collLen = sizeof(tmp_coll);
memcpy(tmp_coll,coll,collLen);
tmp_coll[collLen] = '\0';
coll = tmp_coll;
}
// print standard header
g_pages.printAdminTop ( &p, s , r );
// now print out the sockets table for each tcp server we have
printTcpTable(&p,"HTTP Server" ,g_httpServer.getTcp());
printTcpTable(&p,"HTTPS Server" ,g_httpServer.getSSLTcp());
printUdpTable(&p,"Udp Server" , &g_udpServer,coll,s->m_ip);
//printUdpTable(&p,"Udp Server(async)",&g_udpServer2,coll,s->m_ip);
printUdpTable(&p,"Udp Server (dns)", &g_dns.m_udpServer,
coll,s->m_ip,true/*isDns?*/);
// from msg13.cpp print the queued url download requests
printHammerQueueTable ( &p );
// calculate buffer length
int32_t bufLen = p.length();
// . send this page
// . encapsulates in html header and tail
// . make a Mime
return g_httpServer.sendDynamicPage ( s , (char*) p.getBufStart() ,
bufLen );
}
// . returns false if blocked, true otherwise
// . sets errno on error
// . make a web page displaying the config of this host
// . call g_httpServer.sendDynamicPage() to send it
bool sendPageSockets ( TcpSocket *s , HttpRequest *r ) {
// don't allow pages bigger than 128k in cache
char buf [ 128*1024 ];
SafeBuf p(buf, 128*1024);
//char *bufEnd = buf + 256*1024;
// a ptr into "buf"
// password, too
//long pwdLen = 0;
//char *pwd = r->getString ( "pwd" , &pwdLen );
//if ( pwdLen > 31 ) pwdLen = 31;
//if ( pwd ) pwd[pwdLen]='\0';
long collLen = 0;
char *coll = r->getString( "c", &collLen );
if ( collLen > MAX_COLL_LEN ) collLen = MAX_COLL_LEN;
if ( coll ) coll[collLen] = '\0';
//char pbuf [32];
//if ( pwdLen > 0 ) strncpy ( pbuf , pwd , pwdLen );
//pbuf[pwdLen]='\0';
// print standard header
// char *ss = p.getBuf();
// char *ssend = p.getBufEnd();
g_pages.printAdminTop ( &p, s , r );
//p.incrementLength(sss - ss);
// now print out the sockets table for each tcp server we have
printTcpTable(&p,"HTTP Server" ,g_httpServer.getTcp());
printTcpTable(&p,"HTTPS Server" ,g_httpServer.getSSLTcp());
printUdpTable(&p,"Udp Server" , &g_udpServer,coll,NULL,s->m_ip);
//printUdpTable(&p,"Udp Server(async)",&g_udpServer2,coll,pwd,s->m_ip);
printUdpTable(&p,"Udp Server (dns)", &g_dns.m_udpServer,
coll,NULL,s->m_ip,true/*isDns?*/);
// get # of disks per machine
long count = 0;
for ( long i = 0 ; i < g_hostdb.getNumHosts(); i++ ) {
long hid = g_hostdb.m_hostPtrs[i]->m_hostId;
long m = g_hostdb.getMachineNum ( hid );
if ( m == 0 ) count++;
}
/*
sprintf ( p , "<table width=100%% bgcolor=#d0d0f0 border=1>"
"<tr><td bgcolor=#c0c0f0 colspan=%li>"
"<center><font size=+1><b>Wait Times</b></font>"
"</td></tr>\n" , 3 + count );
p += gbstrlen ( p );
// print columns
sprintf ( p ,
"<tr>"
"<td><b>machine #</b></td>"
"<td><b>send wait</b></td>"
"<td><b>read wait</b></td>" );
p += gbstrlen ( p );
// print disk columns
for ( long i = 0 ; i < count ; i++ ) {
sprintf ( p , "<td><b>disk %li wait</b></td>",i);
p += gbstrlen ( p );
}
// end the top row
sprintf ( p , "</tr>\n" );
p += gbstrlen ( p );
// print rows
for ( long i = 0 ; i < g_hostdb.getNumMachines() ; i++ ) {
// print machine #
sprintf ( p , "<tr><td><b>%li</b></td>",i);
p += gbstrlen ( p );
// then net send
float x = (float)g_queryRouter.m_sendWaits[i] / 1000;
sprintf ( p , "<td>%.1fms</td>", x );
p += gbstrlen ( p );
// then net read
x = (float)g_queryRouter.m_readWaits[i] / 1000;
sprintf ( p , "<td>%.1fms</td>", x );
p += gbstrlen ( p );
// print disk wait in milliseconds (it's in microseconds)
// find any host that matches this machine
for ( long j = 0 ; j < g_hostdb.getNumHosts() ; j++ ) {
// use in order of ip
long hid = g_hostdb.m_hostPtrs[j]->m_hostId;
// get machine #
long m = g_hostdb.getMachineNum(hid);
// skip if no match
if ( m != i ) continue;
// otherwise print
x = (float)g_queryRouter.m_diskWaits[hid] / 1000;
sprintf ( p , "<td>%.1fms</td>", x );
p += gbstrlen ( p );
}
// end row
sprintf ( p , "</tr>\n");
p += gbstrlen ( p );
}
// end table
sprintf ( p , "</table>");
p += gbstrlen ( p );
*/
// print the final tail
//p += g_httpServer.printTail ( p , pend - p );
// calculate buffer length
long bufLen = p.length();
// . send this page
// . encapsulates in html header and tail
// . make a Mime
return g_httpServer.sendDynamicPage ( s , (char*) p.getBufStart() ,
bufLen );
}
