Photon Counters List
Photon Socket Server
(63 counters)| Counter | Description |
|---|---|
| Bytes in | The total number of bytes into the server. Useful on graphs that cover a long period of time to show trends in data flow. |
| Bytes in/sec | The total number of bytes into the server per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| Bytes out | The total number of bytes out of the server. Useful on graphs that cover a long period of time to show trends in data flow. |
| Bytes out/sec | The total number of bytes out of the server per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| IO Buffer allocation contention | The total IO buffer allocation contention. Useful for performance analysis. Shows how often threads block during buffer allocation. |
| IO Buffer allocation contention/sec | The total IO buffer allocation contention per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| IO Buffers release contention | The total IO buffer release contention. Useful for performance analysis. Shows how often threads block during buffer release. |
| IO Buffers release contention/sec | The total IO buffer release contention per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| IO Buffers Total | The total number of IO buffers available. Useful for performance analysis. Shows how many I/O buffers are pooled, this relates to how much memory Photon is using. |
| IO Buffers Total +/sec | The increase in the total number of IO buffers available per second. Useful for performance tuning of the buffer pool. If this is non zero when your server has been running for a while then your pool size should be larger. |
| IO Buffers Total -/sec | The decrease in the total number of IO buffers available per second. Useful for performance tuning of the buffer pool. If this is non zero then your pool size should be larger. |
| IO Buffers (custom) Total | The total number of custom-sized IO buffers available. Useful for performance analysis. Shows how many I/O buffers are pooled, this relates to how much memory Photon is using. |
| IO Buffers (custom) Total +/sec | The increase in the total number of custom-sized IO buffers available per second. Useful for performance tuning of the buffer pool. If this is non zero when your server has been running for a while then your pool size should be larger. |
| IO Buffers (custom) Total -/sec | The decrease in the total number of custom-sized IO buffers available per second. Useful for performance tuning of the buffer pool. If this is non zero then your pool size should be larger. |
| IO Buffers In Use | The number of IO buffers currently in use. If this is considerably lower than the IO Buffers Total counter then your buffer allocator pool size may be too big. |
| IO Buffers In Use +/sec | The increase in the number of IO buffers currently in use per second. Useful for performance tuning and debugging. Shows how busy the buffer allocators are. |
| IO Buffers In Use -/sec | The decrease in the number of IO buffers currently in use per second. Useful for performance tuning and debugging. Shows how busy the buffer allocators are. |
| IO Buffers from allocator/sec | The number of IO buffers allocated from an allocator per second. Useful for performance tuning and debugging. Shows how busy the buffer allocators are. |
| IO Buffers from pool/sec | The number of IO buffers allocated from a buffer pool per second. Useful for performance tuning and debugging. Shows how busy the buffer pools are. |
| IO Buffers to allocator/sec | The number of IO buffers released back to an allocator per second. Useful for performance tuning and debugging. Shows how busy the buffer allocators are. |
| IO Buffers to pool/sec | The number of IO buffers released back to a buffer pool per second. Useful for performance tuning and debugging. Shows how busy the buffer pools are. |
| IO Buffers (custom) In Use | The number of custom-sized IO buffers currently in use. If this is considerably lower than the IO Buffers Total counter then your buffer allocator pool size may be too big. |
| IO Buffers (custom) In Use +/sec | The increase in the number of custom-sized IO buffers currently in use per second. Useful for performance tuning and debugging. Shows how busy the buffer allocators are. |
| IO Buffers (custom) In Use -/sec | The decrease in the number of custom-sized IO buffers currently in use per second. Useful for performance tuning and debugging. Shows how busy the buffer allocators are. |
| Sockets Total | The total number of sockets in the socket pool. Useful for performance analysis. Shows how many per-connection data structures are pooled, this relates to how much memory Photon is using. |
| Sockets Total +/sec | The increase in the total number of sockets in the socket pool per second. Useful for performance tuning of the socket pool. If this is non zero when your server has been running for a while then your pool size should be larger. |
| Sockets Total -/sec | The decrease in the total number of sockets in the socket pool per second. Useful for performance tuning of the buffer pool. If this is non zero then your pool size should be larger. |
| Sockets In Use | The total number of sockets currently in use. If this is considerably lower than the Sockets Total counter then your socket allocator pool size may be too big. |
| Sockets In Use +/sec | The increase in the number of sockets currently in use per second. Useful for performance tuning and debugging. Shows how busy the socket allocators are. |
| Sockets In Use -/sec | The decrease in the number of sockets currently in use per second. Useful for performance tuning and debugging. Shows how busy the socket allocators are. |
| Peers | The total number of peers connected to the server. |
| Peers +/sec | The total number of new peers connected to the server, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Peers -/sec | The total number of peers removed from the server, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Peers (all time) | The total number of peers that have ever connected to the server. |
| Disconnected Peers | The total number of peers disconnected but not cleaned up. |
| Disconnected Peers +/sec | The total number of new peers disconnected, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers -/sec | The total number of disconnected peers cleaned up, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (all time) | The total number of peers that have ever been disconnected. |
| Disconnected Peers (C) | The total number of peers disconnected by the client but not cleaned up. |
| Disconnected Peers (C) +/sec | The total number of new peers disconnected by the client, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (C) -/sec | The total number of peers disconnected by the client cleaned up, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (C) (all time) | The total number of peers that have ever been disconnected by the client. |
| Disconnected Peers (S) | The total number of peers disconnected by the server but not cleaned up. |
| Disconnected Peers (S) +/sec | The total number of new peers disconnected by the server, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (S) -/sec | The total number of peers disconnected by the server cleaned up, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (S) (all time) | The total number of peers that have ever been disconnected by the server. |
| Disconnected Peers (M) | The total number of peers disconnected by managed apps but not cleaned up. |
| Disconnected Peers (M) +/sec | The total number of new peers disconnected by managed apps, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (M) -/sec | The total number of peers disconnected by managed apps cleaned up, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (M) (all time) | The total number of peers that have ever been disconnected by managed apps. |
| Disconnected Peers (T) | The total number of peers disconnected due to timeouts but not cleaned up. |
| Disconnected Peers (T) +/sec | The total number of new peers disconnected due to timeouts, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (T) -/sec | The total number of peers disconnected due to timeouts cleaned up, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (T) (all time) | The total number of peers that have ever been disconnected due to timeouts. |
| Disconnected Peers (CT) | The total number of peers disconnected due to connection timeouts but not cleaned up. |
| Disconnected Peers (CT) +/sec | The total number of new peers disconnected due to connection timeouts, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (CT) -/sec | The total number of peers disconnected due to connection timeouts cleaned up, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| Disconnected Peers (CT) (all time) | The total number of peers that have ever been disconnected due to connection timeouts. |
| Connections Active | The total number of connections to the server. Useful for internal debugging, should normally be the same as the Peers counter. |
| Messages in | The total number of messages into the server. Useful on graphs that cover a long period of time to show trends in data flow. |
| Messages in/sec | The total number of messages into the server per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| Messages out | The total number of messages out of the server. Useful on graphs that cover a long period of time to show trends in data flow. |
| Messages out/sec | The total number of messages out of the server per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
Photon Socket Server: UDP
(54 counters)| Counter | Description |
|---|---|
| UDP: Bytes in | The total number of bytes into the server via UDP. Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: Bytes in/sec | The total number of bytes in to the server via UDP per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: Bytes out | The total number of bytes out of the server via UDP. Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: Bytes out/sec | The total number of bytes out of the server via UDP per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: Datagrams in | The total number of datagrams in. Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: Datagrams in/sec | The total number of datagrams in per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: Datagrams out | The total number of datagrams out. Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: Datagrams out/sec | The total number of datagrams out per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: Datagram writes pending | The total number of datagram writes pending in the I/O system (issued but not completed). Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: Datagram writes pending +/sec | The total number of new datagram writes pending per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: Datagram writes pending -/sec | The total number of pending datagram writes completing per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: Flow Control Datagrams Dropped | The total number of datagram dropped due to flow control. Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: Flow Control Datagrams Dropped/sec | The total number of datagram dropped due to flow control per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: Flow Control Active | The total number of connections on which outbound flow control is active. Some datagrams on these connections will be dropped. |
| UDP: Flow Control 25% | The total number of connections on which outbound flow control is at 25% of capacity. 25% of datagrams on these connections will be dropped. |
| UDP: Flow Control 55% | The total number of connections on which outbound flow control is at 50% of capacity. 50% of datagrams on these connections will be dropped. |
| UDP: Flow Control 75% | The total number of connections on which outbound flow control is at 75% of capacity. 75% of datagrams on these connections will be dropped. |
| UDP: Flow Control 100% | The total number of connections on which outbound flow control is at 100% of capacity. 100% of datagrams on these connections will be dropped. |
| UDP: Pending Recvs | The total number of pending recvs posted (in effect, the listen backlog). Useful for internal debugging of connection limits. |
| UDP: Peers | The total number of peers connected to the server, via UDP. |
| UDP: Peers +/sec | The total number of new peers connected to the server, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Peers -/sec | The total number of peers removed from the server, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Peers (all time) | The total number of peers that have ever connected to the server, via UDP. |
| UDP: Disconnected Peers | The total number of peers disconnected but not cleaned up, via UDP. |
| UDP: Disconnected Peers +/sec | The total number of new peers disconnected, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers -/sec | The total number of disconnected peers cleaned up, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (all time) | The total number of peers that have ever been disconnected, via UDP. |
| UDP: Disconnected Peers (C) | The total number of peers disconnected by the client but not cleaned up, via UDP. |
| UDP: Disconnected Peers (C) +/sec | The total number of new peers disconnected by the client, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (C) -/sec | The total number of peers disconnected by the client cleaned up, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (C) (all time) | The total number of peers that have ever been disconnected by the client, via UDP. |
| UDP: Disconnected Peers (S) | The total number of peers disconnected by the server but not cleaned up, via UDP. |
| UDP: Disconnected Peers (S) +/sec | The total number of new peers disconnected by the server, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (S) -/sec | The total number of peers disconnected by the server cleaned up, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (S) (all time) | The total number of peers that have ever been disconnected by the server, via UDP. |
| UDP: Disconnected Peers (M) | The total number of peers disconnected by managed apps but not cleaned up, via UDP. |
| UDP: Disconnected Peers (M) +/sec | The total number of new peers disconnected by managed apps, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (M) -/sec | The total number of peers disconnected by managed apps cleaned up, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (M) (all time) | The total number of peers that have ever been disconnected by managed apps, via UDP. |
| UDP: Disconnected Peers (T) | The total number of peers disconnected due to timeouts but not cleaned up, via UDP. |
| UDP: Disconnected Peers (T) +/sec | The total number of new peers disconnected due to timeouts, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (T) -/sec | The total number of peers disconnected due to timeouts cleaned up, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (T) (all time) | The total number of peers that have ever been disconnected due to timeouts, via UDP. |
| UDP: Disconnected Peers (CT) | The total number of peers disconnected due to connection timeouts but not cleaned up, via UDP. |
| UDP: Disconnected Peers (CT) +/sec | The total number of new peers disconnected due to connection timeouts, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (CT) -/sec | The total number of peers disconnected due to connection timeouts cleaned up, via UDP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| UDP: Disconnected Peers (CT) (all time) | The total number of peers that have ever been disconnected due to connection timeouts, via UDP. |
| UDP: Connections Active | The number of UDP connections to the server. Useful for internal debugging, should normally be the same as the Peers counter. |
| UDP: Messages in | The number of messages into the server via UDP. Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: Messages in/sec | The number of messages into the server via UDP per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: Messages out | The number of messages out of the server via UDP. Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: Messages out/sec | The number of messages out of the server via UDP per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| UDP: WSAENETRESET | The total number of WSAENETRESET errors. Useful on graphs that cover a long period of time to show trends in data flow. |
| UDP: WSAENETRESET/sec | The total number of WSAENETRESET errors per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
Photon Socket Server: TCP
(59 counters)| Counter | Description |
|---|---|
| TCP: Bytes in | The total number of bytes into the server via TCP. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP: Bytes in/sec | The total number of bytes into the server via TCP per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP: Bytes out | The total number of bytes out of the server via TCP. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP: Bytes out/sec | The total number of bytes out of the server via TCP per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP: Bytes queued write | The total number of bytes in the TCP pending write queue. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP: Bytes queued write +/sec | The total number of bytes added to the TCP pending write queue, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Bytes queued write -/sec | The total number of bytes removed from the TCP pending write queue, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Bytes queued flow | The total number of bytes in the TCP flow control queue. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP: Bytes queued flow +/sec | The total number of bytes added to the TCP flow control queue, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Bytes queued flow -/sec | The total number of bytes removed from the TCP flow control queue, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Writes pending | The total number of TCP network writes in progress. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP: Writes pending +/sec | The total number of new TCP network writes, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Writes pending -/sec | The total number of completed TCP network writes, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Bytes pending | The total number of bytes currently being written on TCP connections. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP: Bytes pending +/sec | The total number of new bytes being written on TCP connections, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Bytes pending -/sec | The total number of bytes completed on TCP connections, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Peers | The total number of peers connected to the server, via TCP. |
| TCP: Peers +/sec | The total number of new peers connected to the server, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Peers -/sec | The total number of peers removed from the server, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Peers (all time) | The total number of peers that have ever connected to the server, via TCP. |
| TCP: Disconnected Peers | The total number of peers disconnected but not cleaned up, via TCP. |
| TCP: Disconnected Peers +/sec | The total number of new peers disconnected, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers -/sec | The total number of disconnected peers cleaned up, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (all time) | The total number of peers that have ever been disconnected, via TCP. |
| TCP: Disconnected Peers (C) | The total number of peers disconnected by the client but not cleaned up, via TCP. |
| TCP: Disconnected Peers (C) +/sec | The total number of new peers disconnected by the client, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (C) -/sec | The total number of peers disconnected by the client cleaned up, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (C) (all time) | The total number of peers that have ever been disconnected by the client, via TCP. |
| TCP: Disconnected Peers (S) | The total number of peers disconnected by the server but not cleaned up, via TCP. |
| TCP: Disconnected Peers (S) +/sec | The total number of new peers disconnected by the server, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (S) -/sec | The total number of peers disconnected by the server cleaned up, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (S) (all time) | The total number of peers that have ever been disconnected by the server, via TCP. |
| TCP: Disconnected Peers (M) | The total number of peers disconnected by managed apps but not cleaned up, via TCP. |
| TCP: Disconnected Peers (M) +/sec | The total number of new peers disconnected by managed apps, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (M) -/sec | The total number of peers disconnected by managed apps cleaned up, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (M) (all time) | The total number of peers that have ever been disconnected by managed apps, via TCP. |
| TCP: Disconnected Peers (T) | The total number of peers disconnected due to timeouts but not cleaned up, via TCP. |
| TCP: Disconnected Peers (T) +/sec | The total number of new peers disconnected due to timeouts, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (T) -/sec | The total number of peers disconnected due to timeouts cleaned up, via TCP, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP: Disconnected Peers (T) (all time) | The total number of peers that have ever been disconnected due to timeouts, via TCP. |
| TCP: Connections Active | The number of TCP connections to the server. Useful for internal debugging, should normally be the same as the Peers counter. |
| TCP: Messages in | The number of messages into the server via TCP. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP: Messages in/sec | The number of messages into the server via TCP per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP: Messages out | The number of messages out of the server via TCP. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP: Messages out/sec | The number of messages out of the server via TCP per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP: Rate Limit Active | The total number of connections on which inbound rate limiting is active. |
| TCP: Flow Control Active | The total number of connections on which outbound flow control is active. |
| TCP: Flow Control 25% | The total number of connections on which outbound flow control is at 25% of buffer capacity. |
| TCP: Flow Control 50% | The total number of connections on which outbound flow control is at 50% of buffer capacity. |
| TCP: Flow Control 75% | The total number of connections on which outbound flow control is at 75% of buffer capacity. |
| TCP: Flow Control Buffer Full Events | The total number of outbound flow control buffer full events for connections. |
| TCP: Timers Active | The total number of TCP timers currently active. Useful for development tuning of the timer subsystem. |
| TCP: Timers Created/sec | The number of TCP timers created per second. Useful for development tuning of the timer subsystem. |
| TCP: Timers Destroyed/sec | The number of TCP timers destroyed per second. Useful for development tuning of the timer subsystem. |
| TCP: Timers Set | The total number of TCP timers currently set. Useful for development tuning of the timer subsystem. |
| TCP: Timers Set/sec | The number of TCP timers set per second. Useful for development tuning of the timer subsystem. |
| TCP: Timers Reset/sec | The number of TCP timers reset per second. Useful for development tuning of the timer subsystem. |
| TCP: Timer Events/sec | The number of TCP timers firing per second. Useful for development tuning of the timer subsystem. |
| TCP: Timers Cancelled/sec | The number of TCP timers cancelled per second. Useful for development tuning of the timer subsystem. |
Photon Socket Server: TCP Endpoint
(29 counters)| Counter | Description |
|---|---|
| TCP Endpoint: Bytes in | The total number of bytes in. |
| TCP Endpoint: Bytes in/sec | The total number of bytes in per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP Endpoint: Bytes out | The total number of bytes out. |
| TCP Endpoint: Bytes out/sec | The total number of bytes out per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP Endpoint: Peers | The total number of TCP Endpoint peers currently active. |
| TCP Endpoint: Peers (all time) | The total number of TCP Endpoint peers that have ever been active during the life of the server. |
| TCP Endpoint: Peers +/sec | The total number of TCP Endpoint peers created, per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP Endpoint: Peers -/sec | The total number of TCP Endpoint peers destroyed, per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP Endpoint: Connections | The total number of connections established. |
| TCP Endpoint: Connections (all time) | The total number of connections that have ever been established during the life of the server. |
| TCP Endpoint: Connections +/sec | The total number of connections established, per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP Endpoint: Connections -/sec | The total number of connections completed, per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP Endpoint: Bytes queued write | The total number of bytes in the TCP pending write queue. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP Endpoint: Bytes queued write +/sec | The total number of bytes added to the TCP pending write queue, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP Endpoint: Bytes queued write -/sec | The total number of bytes removed from the TCP pending write queue, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP Endpoint: Bytes queued flow | The total number of bytes in the TCP flow control queue. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP Endpoint: Bytes queued flow +/sec | The total number of bytes added to the TCP flow control queue, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP Endpoint: Bytes queued flow -/sec | The total number of bytes removed from the TCP flow control queue, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP Endpoint: Writes pending | The total number of TCP network writes in progress. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP Endpoint: Writes pending +/sec | The total number of new TCP network writes, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP Endpoint: Writes pending -/sec | The total number of completed TCP network writes, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP Endpoint: Bytes pending | The total number of bytes currently being written on TCP connections. Useful on graphs that cover a long period of time to show trends in data flow. |
| TCP Endpoint: Bytes pending +/sec | The total number of new bytes being written on TCP connections, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP Endpoint: Bytes pending -/sec | The total number of bytes completed on TCP connections, per second. Useful on graphs that cover a short period of time to show fluctuations as they happen. |
| TCP Endpoint: Rate Limit Active | The total number of connections on which inbound rate limiting is active. |
| TCP Endpoint: Messages in | The total number of messages in. |
| TCP Endpoint: Messages in/sec | The total number of messages in per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
| TCP Endpoint: Messages out | The total number of messages out. |
| TCP Endpoint: Messages out/sec | The total number of messages out per second. Useful on graphs that cover a short period of time to show fluctuations in data flow as it happens. |
Photon Socket Server: Threads and Queues
(19 counters)| Counter | Description |
|---|---|
| IO Threads Active | The total number of I/O threads in the thread pool. Shows how many I/O threads the server was configured with. If this changes whilst the server is running then it's VERY bad news. |
| IO Threads Processing | The number of I/O threads currently processing messages. Gives an idea of how busy the thread pool is. Useful on graphs that cover a long period of time to show trends in I/O load. |
| IO Threads Events/sec | The number of I/O events processed per second. Useful on graphs that cover a short period of time to show fluctuations in I/O load as it happens. |
| Business Logic Threads Active | The total number of business logic threads in the business logic thread pool. If the pool is a fixed size then this shows the configured number of threads. If dynamic, it shows the current pool size. |
| Business Logic Threads Processing | The number of business logic threads currently processing. Gives an idea of how busy the thread pool is. Useful on graphs that cover a long period of time to show trends in server load. |
| Business Logic Threads Events/sec | The number of business logic events processed per second. Useful on graphs that cover a short period of time to show fluctuations in server load as it happens. |
| Business Logic Queue | The total number of requests in the business logic queue. |
| Business Logic Queue +/sec | The total number of requests added to the business logic queue per second. Useful on graphs that cover a short period of time to show fluctuations in server load as it happens. |
| Business Logic Queue -/sec | The total number of requests removed from the business logic queue per second. Useful on graphs that cover a short period of time to show fluctuations in server load as it happens. |
| ENet Threads Active | The total number of ENet threads in the ENet thread pool. If the pool is a fixed size then this shows the configured number of threads. If dynamic, it shows the current pool size. |
| ENet Threads Processing | The number of ENet threads currently processing. Gives an idea of how busy the thread pool is. Useful on graphs that cover a long period of time to show trends in server load. |
| ENet Threads Events/sec | The number of ENet thread events processed per second. Useful on graphs that cover a short period of time to show fluctuations in server load as it happens. |
| ENet Queue | The total number of requests in the ENet queue. |
| ENet Queue +/sec | The total number of requests added to the ENet queue per second. Useful on graphs that cover a short period of time to show fluctuations in server load as it happens. |
| ENet Queue -/sec | The total number of requests removed from the ENet queue per second. Useful on graphs that cover a short period of time to show fluctuations in server load as it happens. |
| ENet Timer Threads Processing | The number of ENet timer threads processing. Gives an idea of how busy the ENet timer subsystem is. Useful on graphs that cover a long period of time to show trends in ENet timer subsystem load. |
| ENet Timer Thread Events/sec | How often the ENet timer queue is checked for expired timers per second. Useful on graphs that cover a short period of time to show fluctuations in ENet timer subsystem load as it happens. |
| TCP Timer Threads Processing | The number of TCP timer threads processing. Gives an idea of how busy the TCP timer subsystem is. Useful on graphs that cover a long period of time to show trends in TCP timer subsystem load. |
| TCP Timer Thread Events/sec | How often the TCP timer queue is checked for expired timers per second. Useful on graphs that cover a short period of time to show fluctuations in TCP timer subsystem load as it happens. |
Photon Socket Server: ENet
(117 counters)| Counter | Description |
|---|---|
| Reliable commands (in, fragments) queued | The number of reliable ENet commands currently queued for processing. This tends to only rise if fragmented data is being sent and the server is waiting for further fragments to arrive. |
| Reliable commands (out) queued | The number of reliable ENet commands that have been sent and are currently awaiting ACKs. The more this counter grows the more memory Photon is using to track reliable data in transit. |
| Unreliable commands (in) queued | The number of unreliable ENet commands currently queued for processing. This tends to only rise if reliable data is being lost. |
| Datagram validation failures | The number of datagrams that fail validation and are discarded. |
| Datagram validation failures/sec | The number of datagrams that fail validation and are discarded per second. |
| Datagram NAT Corruption failures | The number of datagrams that fail validation due to NAT corruption and are discarded. |
| Datagram NAT Corruption failures/sec | The number of datagrams that fail validation due to NAT corruption and are discarded per second. |
| Port changes | The number of times that a peer's port changes (usually due to the NAT that they are behind). |
| Port changes/sec | The number of times that a peer's port changes per second. |
| Address changes | The number of times that a peer's address changes (usually due to the NAT that they are behind). |
| Address changes/sec | The number of times that a peer's address changes per second. |
| Commands in/sec | The total number of incoming ENet commands per second. |
| Reliable commands in/sec | The number of incoming reliable ENet commands per second. |
| Unreliable commands in/sec | The number of incoming unreliable ENet commands per second. |
| Unsequenced commands in/sec | The number of incoming unsequenced ENet commands per second. |
| Commands out/sec | The number of outgoing ENet commands per second. |
| Reliable commands out/sec | The number of outgoing reliable ENet commands per second. |
| Unreliable commands out/sec | The number of outgoing unreliable ENet commands per second. |
| Unsequenced commands out/sec | The number of outgoing unsequenced ENet commands per second. |
| Unreliable commands (out) throttled | The total number of outgoing unreliable ENet commands throttled (not sent!). Adjust your per peer bandwidth limits to reduce throttling. |
| Unreliable commands (out) throttled/sec | The number of outgoing unreliable ENet commands throttled (not sent!) per second. |
| Unreliable commands (out) throttled (RQ) | The total number of outgoing unreliable ENet commands throttled because outbound reliable data was queued for transmission. |
| Unreliable commands (out) throttled (RQ)/sec | The number of outgoing unreliable ENet commands throttled because outbound reliable data was queued for transmission, per second. |
| Unreliable commands (out) throttled (Rate) | The total number of outgoing unreliable ENet commands throttled because of the outbound data transmission rate limit. |
| Unreliable commands (out) throttled (Rate)/sec | The number of outgoing unreliable ENet commands throttled because of the outbound data transmission rate limit, per second. |
| Reliable commands (in) dropped (Q) | The total number of incoming reliable commands dropped (due to queues being full). Shows some measure of network congestion. |
| Reliable commands (in) dropped (Q)/sec | The number of incoming reliable commands dropped (due to queues being full) per second. |
| Reliable commands (in) dropped (Dup) | The total number of incoming reliable commands dropped (due to duplication). Shows some measure of network congestion. |
| Reliable commands (in) dropped (Dup)/sec | The number of incoming reliable commands dropped (due to duplication) per second. |
| Reliable commands (in) dropped (Seq) | The total number of incoming reliable commands dropped (due to sequence number errors). Shows some measure of network congestion. |
| Reliable commands (in) dropped (Seq)/sec | The number of incoming reliable commands dropped (due to sequence number errors) per second. |
| Unreliable commands (in) dropped (U) | The total number of incoming unreliable commands dropped (due to unreliable sequence number errors). |
| Unreliable commands (in) dropped (U)/sec | The number of incoming unreliable commands dropped (due to unreliable sequence number errors) per second. |
| Unreliable commands (in) dropped (R) | The total number of incoming unreliable commands dropped (due to reliable sequence number errors). |
| Unreliable commands (in) dropped (R)/sec | The number of incoming unreliable commands dropped (due to reliable sequence number errors) per second. |
| Unreliable commands (in) missed | The total number of incoming unreliable commands missed (due to unreliable sequence number errors). Shows some measure of network congestion. |
| Unreliable commands (in) missed/sec | The number of incoming unreliable commands missed per second. |
| Unreliable commands (in) dropped (Q) | The total number of incoming unreliable commands dropped (due to queues being full). |
| Unreliable commands (in) dropped (Q)/sec | The number of incoming unreliable commands dropped (due to queues being full) per second. |
| Unreliable commands (in) dropped (D) | The total number of incoming unreliable commands dropped (due to duplication). |
| Unreliable commands (in) dropped (D)/sec | The number of incoming unreliable commands dropped (due to duplication) per second. |
| Unsequenced commands (in) dropped (U) | The total number of incoming unsequenced commands dropped. |
| Unsequenced commands (in) dropped (U)/sec | The number of incoming unsequenced commands dropped per second. |
| Acknowledgements in | The total number of incoming acknowledgements received. |
| Acknowledgements in/sec | The number of incoming acknowledgements per second. |
| Acknowledgements in (sent time invalid) | The total number of incoming acknowledgements received with an invalid sent time. |
| Acknowledgements in (sent time invalid)/sec | The number of incoming acknowledgements with an invalid sent time per second. |
| Pings in | The total number of incoming pings received. |
| Pings in/sec | The number of incoming pings per second. |
| Acknowledgements out | The total number of outgoing acknowledgements sent. |
| Acknowledgements out/sec | The number of outgoing acknowledgements per second. |
| Acknowledgements (ACK2) in | The total number of incoming cumulative acknowledgements received. |
| Acknowledgements (ACK2) in/sec | The number of incoming cumulative acknowledgements per second. |
| Acknowledgements (ACK2) (Null) in | The total number of null incoming cumulative acknowledgements received. Null cumulative acknowledgements contain no additional information. |
| Acknowledgements (ACK2) (Null) in/sec | The number of null incoming cumulative acknowledgements per second. |
| Acknowledgements (ACK2) out | The total number of outgoing cumulative acknowledgements sent. |
| Acknowledgements (ACK2) out/sec | The number of outgoing cumulative acknowledgements per second. |
| Acknowledgements (ACK2) updated | The total number of outgoing cumulative acknowledgements updated before being sent. |
| Acknowledgements (ACK2) updated/sec | The number of outgoing cumulative acknowledgements updated per second. |
| Acknowledgements (ACK2) (Null) out | The total number of null outgoing cumulative acknowledgements sent. |
| Acknowledgements (ACK2) (Null) out/sec | The number of null outgoing cumulative acknowledgements per second. |
| Pings out | The total number of outgoing pings sent. |
| Pings out/sec | The number of outgoing pings per second. |
| Reliable Commands (out) resent | The total number of ENet commands resent due to ACK timeouts. |
| Reliable Commands (out) resent/sec | The number of ENet commands resent due to ACK timeouts per second. |
| Timeout disconnects | The total number of disconnects due to timeouts. |
| Timeout disconnects/sec | The number of disconnects due to timeouts per second. |
| Connect timeouts | The total number of connection failures due to timeouts during connection establishment. |
| Connect timeouts/sec | The number of connection failures due to timeouts during connection establishment per second. |
| Client Timeout disconnects | The total number of disconnects due to client timeouts. |
| Client Timeout disconnects/sec | The number of disconnects due to client timeouts per second. |
| AO NOP Scheduled | The number of AO NOPs scheduled. |
| AO NOP Scheduled/sec | The number of AO NOPs scheduled per second. |
| AO NOP Processed | The number of AO NOPs processed. |
| AO NOP Processed/sec | The number of AO NOPs processed per second. |
| AO Queue Expanded | The number of peers that have had their AO queue expanded at least once. |
| AO Queue Max | The maximum size of a peer's AO queue, in bytes. |
| Transmit Rate Limit Bytes Queued +/sec | The number of bytes per second added to the transmit rate limit queue. |
| Transmit Rate Limit Bytes Queued -/sec | The number of bytes per second removed from the transmit rate limit queue. |
| Transmit Rate Limit Bytes Queued | The total number of bytes currently in the transmit rate limit queue. |
| Transmit Rate Limit Bytes Discarded | The total number of bytes in the transmit rate limit queue when a peer was reset. |
| Transmit Rate Limit Messages Queued +/sec | The number of messages per second added to the transmit rate limit queue. |
| Transmit Rate Limit Messages Queued -/sec | The number of messages per second removed from the transmit rate limit queue. |
| Transmit Rate Limit Messages Queued | The total number of messages currently in the transmit rate limit queue. |
| Transmit Rate Limit Messages Discarded | The total number of messages in the transmit rate limit queue when a peer was reset. |
| Transmit Window Limit Bytes Queued +/sec | The number of bytes per second added to the transmit window limit queue. |
| Transmit Window Limit Bytes Queued -/sec | The number of bytes per second removed from the transmit window limit queue. |
| Transmit Window Limit Bytes Queued | The total number of bytes currently in the transmit window limit queue. |
| Transmit Window Limit Bytes Discarded | The total number of bytes in the transmit window limit queue when a peer was reset. |
| Transmit Window Limit Messages Queued +/sec | The number of messages per second added to the transmit window limit queue. |
| Transmit Window Limit Messages Queued -/sec | The number of messages per second removed from the transmit window limit queue. |
| Transmit Window Limit Messages Queued | The total number of messages currently in the transmit window limit queue. |
| Transmit Window Limit Messages Discarded | The total number of messages in the transmit window limit queue when a peer was reset. |
| Connection failed: no peer ids | The total number of peers that could not be created due to no peer ids being available. |
| Connection failed: no peer ids/sec | The number of peers that could not be created due to no peer ids being available, per second. |
| Peers not found | The total number of datagrams for peers that don't exist in the host. |
| Peers not found/sec | The number of datagrams for peers that don't exist in the host, per second. |
| Peers failed check details | The total number of datagrams for peers that exist in the host but whose details don't match the datagram. |
| Peers failed check details/sec | The number of datagrams for peers that exist but whose details don't match, per second. |
| Flow control buffers in use | The total number of peers with flow control buffers. |
| Flow control buffers in use +/sec | The total number of new flow control buffers allocated, per second. |
| Flow control buffers in use -/sec | The total number of flow control buffers destroyed, per second. |
| Flow control buffer size | The total size (in bytes) of all flow control buffers. |
| Flow control buffer size +/sec | The total amount of flow control buffer space (in bytes) allocated, per second. |
| Flow control buffer size -/sec | The total amount of flow control buffer space (in bytes) destroyed, per second. |
| Flow control (oversize) buffers in use | The total number of peers with oversized flow control buffers. This is a subset of the total buffer count. |
| Flow control (oversize) buffers in use +/sec | The total number of new oversized flow control buffers allocated, per second. |
| Flow control (oversize) buffers in use -/sec | The total number of oversized flow control buffers destroyed, per second. |
| Timers Active | The total number of ENet timers currently active. Useful for development tuning of the timer subsystem. |
| Timers Created/sec | The number of ENet timers created per second. |
| Timers Destroyed/sec | The number of ENet timers destroyed per second. |
| Timers Set | The total number of ENet timers currently set. |
| Timers Set/sec | The number of ENet timers set per second. |
| Timers Reset/sec | The number of ENet timers reset per second. |
| Timer Events/sec | The number of ENet timers firing per second. |
| Timers Cancelled/sec | The number of ENet timers cancelled per second. |
| Time Spent In Server: Out (ms) | The time an outbound datagram spends in the server before being sent. |
Photon Socket Server: S2S
(63 counters)| Counter | Description |
|---|---|
| S2S: Bytes in | The total number of bytes into the S2S connection. Useful on graphs that cover a long period of time to show trends in data flow. |
| S2S: Bytes in/sec | The total number of bytes into the S2S connection per second. |
| S2S: Bytes out | The total number of bytes out of the S2S connection. |
| S2S: Bytes out/sec | The total number of bytes out of the S2S connection per second. |
| S2S: Bytes queued write | The total number of bytes in the S2S pending write queue. Useful on graphs that cover a long period of time to show trends in data flow. |
| S2S: Bytes queued write +/sec | The total number of bytes added to the S2S pending write queue, per second. |
| S2S: Bytes queued write -/sec | The total number of bytes removed from the S2S pending write queue, per second. |
| S2S: Bytes queued flow | The total number of bytes in the S2S flow control queue. |
| S2S: Bytes queued flow +/sec | The total number of bytes added to the S2S flow control queue, per second. |
| S2S: Bytes queued flow -/sec | The total number of bytes removed from the S2S flow control queue, per second. |
| S2S: Writes pending | The total number of S2S network writes in progress. |
| S2S: Writes pending +/sec | The total number of new S2S network writes, per second. |
| S2S: Writes pending -/sec | The total number of completed S2S network writes, per second. |
| S2S: Bytes pending | The total number of bytes currently being written on S2S connections. |
| S2S: Bytes pending +/sec | The total number of new bytes being written on S2S connections, per second. |
| S2S: Bytes pending -/sec | The total number of bytes completed on S2S connections, per second. |
| S2S: Rate Limit Active | The total number of S2S connections on which inbound rate limiting is active. |
| S2S: Flow Control Active | The total number of S2S connections on which outbound flow control is active. |
| S2S: Flow Control 25% | The total number of S2S connections on which outbound flow control is at 25% of buffer capacity. |
| S2S: Flow Control 50% | The total number of S2S connections on which outbound flow control is at 50% of buffer capacity. |
| S2S: Flow Control 75% | The total number of S2S connections on which outbound flow control is at 75% of buffer capacity. |
| S2S: Flow Control Buffer Full Events | The total number of outbound flow control buffer full events for S2S connections. |
| S2S: Peers | The total number of peers connected to the server, via S2S. |
| S2S: Peers +/sec | The total number of new peers connected to the server, via S2S, per second. |
| S2S: Peers -/sec | The total number of peers removed from the server, via S2S, per second. |
| S2S: Peers (all time) | The total number of peers that have ever connected to the server, via S2S. |
| S2S: Disconnected Peers | The total number of peers disconnected but not cleaned up, via S2S. |
| S2S: Disconnected Peers +/sec | The total number of new peers disconnected, via S2S, per second. |
| S2S: Disconnected Peers -/sec | The total number of disconnected peers cleaned up, via S2S, per second. |
| S2S: Disconnected Peers (all time) | The total number of peers that have ever been disconnected, via S2S. |
| S2S: Disconnected Peers (C) | The total number of peers disconnected by the client but not cleaned up, via S2S. |
| S2S: Disconnected Peers (C) +/sec | The total number of new peers disconnected by the client, via S2S, per second. |
| S2S: Disconnected Peers (C) -/sec | The total number of peers disconnected by the client cleaned up, via S2S, per second. |
| S2S: Disconnected Peers (C) (all time) | The total number of peers that have ever been disconnected by the client, via S2S. |
| S2S: Disconnected Peers (S) | The total number of peers disconnected by the server but not cleaned up, via S2S. |
| S2S: Disconnected Peers (S) +/sec | The total number of new peers disconnected by the server, via S2S, per second. |
| S2S: Disconnected Peers (S) -/sec | The total number of peers disconnected by the server cleaned up, via S2S, per second. |
| S2S: Disconnected Peers (S) (all time) | The total number of peers that have ever been disconnected by the server, via S2S. |
| S2S: Disconnected Peers (M) | The total number of peers disconnected by managed apps but not cleaned up, via S2S. |
| S2S: Disconnected Peers (M) +/sec | The total number of new peers disconnected by managed apps, via S2S, per second. |
| S2S: Disconnected Peers (M) -/sec | The total number of peers disconnected by managed apps cleaned up, via S2S, per second. |
| S2S: Disconnected Peers (M) (all time) | The total number of peers that have ever been disconnected by managed apps, via S2S. |
| S2S: Disconnected Peers (T) | The total number of peers disconnected due to timeouts but not cleaned up, via S2S. |
| S2S: Disconnected Peers (T) +/sec | The total number of new peers disconnected due to timeouts, via S2S, per second. |
| S2S: Disconnected Peers (T) -/sec | The total number of peers disconnected due to timeouts cleaned up, via S2S, per second. |
| S2S: Disconnected Peers (T) (all time) | The total number of peers that have ever been disconnected due to timeouts, via S2S. |
| S2S: Disconnected Peers (CT) | The total number of peers disconnected due to connection timeouts but not cleaned up, via S2S. |
| S2S: Disconnected Peers (CT) +/sec | The total number of new peers disconnected due to connection timeouts, via S2S, per second. |
| S2S: Disconnected Peers (CT) -/sec | The total number of peers disconnected due to connection timeouts cleaned up, via S2S, per second. |
| S2S: Disconnected Peers (CT) (all time) | The total number of peers that have ever been disconnected due to connection timeouts, via S2S. |
| S2S: Connections Connecting | The number of new S2S connections in progress to the server. |
| S2S: Connections Connecting/sec | The number of new S2S connections in progress to the server, per second. |
| S2S: Connections Failed | The number of S2S connections that failed to be established to the server. |
| S2S: Connections Failed/sec | The number of S2S connections that failed to be established, per second. |
| S2S: Connections Timed out | The number of S2S connections that failed due to a connection timeout. Included in the number of failed connections. |
| S2S: Connections Timed out/sec | The number of S2S connections that failed due to a connection timeout, per second. |
| S2S: Connections Active | The number of active S2S connections to the server. Should normally be the same as the Peers counter. |
| S2S: Messages in | The number of messages into the server via S2S connections. |
| S2S: Messages in/sec | The number of messages into the server via S2S connections, per second. |
| S2S: Messages out | The number of messages out of the server via S2S connections. |
| S2S: Messages out/sec | The number of messages out of the server via S2S connections, per second. |
| S2S: Write Completion Time out | The number of connections where write completion timeouts have caused the connection to be aborted. |
| S2S: Write Completion Time out/sec | The number of connections where write completion timeouts have caused the connection to be aborted, per second. |
Photon Socket Server: Policy File
(8 counters)| Counter | Description |
|---|---|
| Policy: Bytes in | The total number of bytes into the server via Policy File connections. Useful on graphs that cover a long period of time to show trends in data flow. |
| Policy: Bytes in/sec | The total number of bytes into the server via Policy File connections per second. |
| Policy: Bytes out | The total number of bytes out of the server via Policy File connections. |
| Policy: Bytes out/sec | The total number of bytes out of the server via Policy File connections per second. |
| Policy: Connections Active | The number of Policy File connections to the server. Should normally be the same as the Peers counter. |
| Policy: Connections (all time) | The total number of Policy File connections that have ever connected to the server. |
| Policy: Failed requests | The number of failed requests for policy files. |
| Policy: Failed requests/sec | The number of failed requests for policy files, per second. |
Photon Socket Server: HTTP Endpoint
(39 counters)| Counter | Description |
|---|---|
| HTTP Endpoint: Bytes in | The total number of bytes in. |
| HTTP Endpoint: Bytes in/sec | The total number of bytes in per second. |
| HTTP Endpoint: Bytes out | The total number of bytes out. |
| HTTP Endpoint: Bytes out/sec | The total number of bytes out per second. |
| HTTP Endpoint: Peers | The total number of HTTP peers currently active. |
| HTTP Endpoint: Peers (all time) | The total number of HTTP peers that have ever been active during the life of the server. |
| HTTP Endpoint: Peers +/sec | The total number of HTTP peers created, per second. |
| HTTP Endpoint: Peers -/sec | The total number of HTTP peers destroyed, per second. |
| HTTP Endpoint: Requests | The total number of HTTP requests currently active. |
| HTTP Endpoint: Requests (all time) | The total number of HTTP requests that have ever been active during the life of the server. |
| HTTP Endpoint: Requests +/sec | The total number of HTTP requests started, per second. |
| HTTP Endpoint: Requests -/sec | The total number of HTTP requests completed, per second. |
| HTTP Endpoint: Requests (OK) | The total number of HTTP requests that completed with a 200 response. |
| HTTP Endpoint: Requests (failed) | The total number of HTTP requests that completed with an error response. |
| HTTP Endpoint: Messages in | The total number of messages in. |
| HTTP Endpoint: Messages in/sec | The total number of messages in per second. |
| HTTP Endpoint: Messages out | The total number of messages out. |
| HTTP Endpoint: Messages out/sec | The total number of messages out per second. |
| HTTP Endpoint: HTTP: Connections | The total number of HTTP connections established. |
| HTTP Endpoint: HTTP: Connections (all time) | The total number of HTTP connections that have ever been established during the life of the server. |
| HTTP Endpoint: HTTP: Connections +/sec | The total number of HTTP connections established, per second. |
| HTTP Endpoint: HTTP: Connections -/sec | The total number of HTTP connections completed, per second. |
| HTTP Endpoint: TCP: Connections | The total number of TCP connections established. |
| HTTP Endpoint: TCP: Connections (all time) | The total number of TCP connections that have ever been established during the life of the server. |
| HTTP Endpoint: TCP: Connections +/sec | The total number of TCP connections established, per second. |
| HTTP Endpoint: TCP: Connections -/sec | The total number of TCP connections completed, per second. |
| HTTP Endpoint: Bytes queued write | The total number of bytes in the TCP pending write queue. |
| HTTP Endpoint: Bytes queued write +/sec | The total number of bytes added to the TCP pending write queue, per second. |
| HTTP Endpoint: Bytes queued write -/sec | The total number of bytes removed from the TCP pending write queue, per second. |
| HTTP Endpoint: Bytes queued flow | The total number of bytes in the TCP flow control queue. |
| HTTP Endpoint: Bytes queued flow +/sec | The total number of bytes added to the TCP flow control queue, per second. |
| HTTP Endpoint: Bytes queued flow -/sec | The total number of bytes removed from the TCP flow control queue, per second. |
| HTTP Endpoint: Writes pending | The total number of TCP network writes in progress. |
| HTTP Endpoint: Writes pending +/sec | The total number of new TCP network writes, per second. |
| HTTP Endpoint: Writes pending -/sec | The total number of completed TCP network writes, per second. |
| HTTP Endpoint: Bytes pending | The total number of bytes currently being written on TCP connections. |
| HTTP Endpoint: Bytes pending +/sec | The total number of new bytes being written on TCP connections, per second. |
| HTTP Endpoint: Bytes pending -/sec | The total number of bytes completed on TCP connections, per second. |
| HTTP Endpoint: Rate Limit Active | The total number of connections on which inbound rate limiting is active. |
Photon Socket Server: HTTP Route
(39 counters)| Counter | Description |
|---|---|
| HTTP Route: Bytes in | The total number of bytes in. |
| HTTP Route: Bytes in/sec | The total number of bytes in per second. |
| HTTP Route: Bytes out | The total number of bytes out. |
| HTTP Route: Bytes out/sec | The total number of bytes out per second. |
| HTTP Route: Peers | The total number of HTTP peers currently active. |
| HTTP Route: Peers (all time) | The total number of HTTP peers that have ever been active during the life of the server. |
| HTTP Route: Peers +/sec | The total number of HTTP peers created, per second. |
| HTTP Route: Peers -/sec | The total number of HTTP peers destroyed, per second. |
| HTTP Route: Requests | The total number of HTTP requests currently active. |
| HTTP Route: Requests (all time) | The total number of HTTP requests that have ever been active during the life of the server. |
| HTTP Route: Requests +/sec | The total number of HTTP requests started, per second. |
| HTTP Route: Requests -/sec | The total number of HTTP requests completed, per second. |
| HTTP Route: Requests (OK) | The total number of HTTP requests that completed with a 200 response. |
| HTTP Route: Requests (failed) | The total number of HTTP requests that completed with an error response. |
| HTTP Route: Messages in | The total number of messages in. |
| HTTP Route: Messages in/sec | The total number of messages in per second. |
| HTTP Route: Messages out | The total number of messages out. |
| HTTP Route: Messages out/sec | The total number of messages out per second. |
Photon Socket Server: Photon Peers
(26 counters)| Counter | Description |
|---|---|
| Photon: Peers | The total number of 'Photon Peer' native/managed interface objects in existence. |
| Photon: Peers +/sec | The total number of new 'Photon Peer' objects, per second. |
| Photon: Peers -/sec | The total number of 'Photon Peer' objects removed from the server, per second. |
| Photon: Peers (all time) | The total number of 'Photon Peer' objects that have ever been created. |
| Photon: SEND_BUFFER_FULL | The total number of times that a send call to a 'Photon Peer' has returned SEND_BUFFER_FULL. |
| Photon: SEND_BUFFER_FULL/sec | The total number of times that a send call to a 'Photon Peer' has returned SEND_BUFFER_FULL, per second. |
| Photon: Disconnected Peers | The total number of 'Photon Peer' objects disconnected but not cleaned up. |
| Photon: Disconnected Peers +/sec | The total number of new 'Photon Peer' objects disconnected, per second. |
| Photon: Disconnected Peers -/sec | The total number of disconnected 'Photon Peer' objects cleaned up, per second. |
| Photon: Disconnected Peers (all time) | The total number of 'Photon Peer' objects that have ever been disconnected. |
| Photon: Disconnected Peers (C) | The total number of 'Photon Peer' objects disconnected by the client but not cleaned up. |
| Photon: Disconnected Peers (C) +/sec | The total number of new 'Photon Peer' objects disconnected by the client, per second. |
| Photon: Disconnected Peers (C) -/sec | The total number of 'Photon Peer' objects disconnected by the client cleaned up, per second. |
| Photon: Disconnected Peers (C) (all time) | The total number of 'Photon Peer' objects that have ever been disconnected by the client. |
| Photon: Disconnected Peers (S) | The total number of 'Photon Peer' objects disconnected by the server but not cleaned up. |
| Photon: Disconnected Peers (S) +/sec | The total number of new 'Photon Peer' objects disconnected by the server, per second. |
| Photon: Disconnected Peers (S) -/sec | The total number of 'Photon Peer' objects disconnected by the server cleaned up, per second. |
| Photon: Disconnected Peers (S) (all time) | The total number of 'Photon Peer' objects that have ever been disconnected by the server. |
| Photon: Disconnected Peers (M) | The total number of 'Photon Peer' objects disconnected by managed apps but not cleaned up. |
| Photon: Disconnected Peers (M) +/sec | The total number of new 'Photon Peer' objects disconnected by managed apps, per second. |
| Photon: Disconnected Peers (M) -/sec | The total number of 'Photon Peer' objects disconnected by managed apps cleaned up, per second. |
| Photon: Disconnected Peers (M) (all time) | The total number of 'Photon Peer' objects that have ever been disconnected by managed apps. |
| Photon: Disconnected Peers (T) | The total number of 'Photon Peer' objects disconnected due to timeouts but not cleaned up. |
| Photon: Disconnected Peers (T) +/sec | The total number of new 'Photon Peer' objects disconnected due to timeouts, per second. |
| Photon: Disconnected Peers (T) -/sec | The total number of 'Photon Peer' objects disconnected due to timeouts cleaned up, per second. |
| Photon: Disconnected Peers (T) (all time) | The total number of 'Photon Peer' objects that have ever been disconnected due to timeouts. |