ICC错误集锦

An alarm 16899 level 5 occurred at 20:23:49 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 20:23:19 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 20:22:49 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:22:19 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 20:21:49 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 20:21:19 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 84%An alarm 16899 level 5 occurred at 20:20:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 20:20:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16900 level 4 cleared at 20:20:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the intermediate threshold MP(M) panel 1 current CPU load is: 82%An alarm 16900 level 4 occurred at 20:19:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the intermediate threshold MP(M) panel 1 current CPU load is: 85%An alarm 16899 level 5 occurred at 20:19:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 84%An alarm 16900 level 4 cleared at 20:19:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the intermediate threshold MP(M) panel 1 current CPU load is: 84%An alarm 16900 level 4 occurred at 20:18:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the intermediate threshold MP(M) panel 1 current CPU load is: 85%An alarm 16899 level 5 occurred at 20:18:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 84%An alarm 16899 level 5 occurred at 20:17:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 84%An alarm 16899 level 5 occurred at 20:17:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 84%An alarm 16899 level 5 occurred at 20:16:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 20:16:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:15:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 84%An alarm 16899 level 5 occurred at 20:15:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:14:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 20:14:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16642 level 6 occurred at 20:13:48 02/15/2013 UTC sent by MCP %DA TABA E% the alarm buffer is only 20% idleAn alarm 16899 level 5 occurred at 20:13:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 20:13:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 20:12:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:12:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:11:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 20:11:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 20:10:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 20:10:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 20:09:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 occurred at 20:09:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 20:08:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 20:08:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 20:07:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 20:07:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 20:06:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:06:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 20:05:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 20:05:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 20:04:48 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:04:18 02/15/2013 UTC sent by MCP %OAM% C U load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:03:48 02/15/2013 UTC sent by MCP %OAM% C --More--An alarm 16899 level 5 occurred at 20:03:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 20:03:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 occurred at 20:02:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 occurred at 20:02:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 20:01:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 20:01:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 20:00:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 20:00:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:59:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:59:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:58:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:58:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:57:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:57:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 occurred at 19:56:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:56:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 19:55:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:55:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:54:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:54:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 19:53:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:53:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 occurred at 19:52:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:52:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:51:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:51:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:50:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:50:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:49:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 occurred at 19:49:18 02/15/2013 UTC sent by MCP %OAM% CPU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 occurred at 19:48:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:48:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:47:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 occurred at 19:47:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 occurred at 19:46:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 occurred at 19:46:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:45:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:45:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:44:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:44:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:43:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:43:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:42:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:42:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:41:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 19:41:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 19:41:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:40:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:40:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 19:39:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:39:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:38:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:38:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:37:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:37:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:36:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:36:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:35:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:35:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:34:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:34:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:33:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:33:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 19:32:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:32:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 19:31:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:31:18 02/15/2013 UTC sent by MCP %OAM% CAn alarm 16899 level 5 occurred at 19:30:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:30:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:29:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 83%An alarm 16899 level 5 occurred at 19:29:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:28:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:28:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:27:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:27:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:26:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 82%An alarm 16899 level 5 occurred at 19:26:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:25:48 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 occurred at 19:25:18 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 19:24:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 19:24:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 19:23:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 19:23:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 cleared at 19:22:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 19:22:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 occurred at 19:21:47 02/15/2013 UTC sent by MCP %OAM% CAn alarm 16899 level 5 occurred at 19:21:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 19:20:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 81%An alarm 16899 level 5 occurred at 19:20:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:19:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:19:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:18:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 19:18:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 occurred at 19:17:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 occurred at 19:17:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 19:16:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 cleared at 19:06:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 67%An alarm 16899 level 5 occurred at 19:05:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 occurred at 19:05:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 19:04:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 cleared at 19:04:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 19:03:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 cleared at 18:55:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 72%An alarm 16899 level 5 occurred at 18:55:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 cleared at 18:54:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 73%An alarm 16899 level 5 occurred at 18:53:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 79%An alarm 16899 level 5 cleared at 18:52:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 18:52:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 80%An alarm 16899 level 5 occurred at 18:51:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 occurred at 18:51:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 occurred at 18:50:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 occurred at 18:50:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 cleared at 18:49:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 72%An alarm 16899 level 5 occurred at 18:48:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 18:48:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 18:47:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 cleared at 18:46:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 72%An alarm 16899 level 5 occurred at 18:46:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 76%An alarm 16899 level 5 cleared at 18:40:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 18:40:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 18:33:47 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 18:33:17 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 17:38:46 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 71%An alarm 16643 level 5 occurred at 17:38:16 02/15/2013 UTC sent by MCP %DA TABASE% the alarm buffer is full,and will be cleared nowAn alarm 16899 level 5 occurred at 17:38:16 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 17:28:45 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 69%An alarm 16899 level 5 occurred at 17:28:15 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 16:21:14 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 68%An alarm 16899 level 5 occurred at 16:20:44 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 77%An alarm 16899 level 5 cleared at 16:20:14 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 73%An alarm 16899 level 5 occurred at 16:19:44 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 15:47:14 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 15:46:44 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 15:45:44 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 15:45:14 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 15:44:14 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 15:43:44 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 15:43:14 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 15:42:44 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 78%An alarm 16899 level 5 cleared at 15:39:44 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 70%An alarm 16899 level 5 occurred at 15:39:14 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 75%An alarm 16899 level 5 cleared at 14:46:43 02/15/2013 UTC sent by MCP %OAM% C PU load exceeds the lowest threshold MP(M) panel 1 current CPU load is: 74%An alarm 16899 level 5 occurred at 14:46:13 02/15/2013 UTC sent by MCP %OAM% C。

ICC AVR编译时常见的错误报告新手用ICC编程的时候，经常会出现一些错误，现在将常见的错误报告整理如下：一、正常编译通过CODE:C:\icc\bin\imakew -f main.makiccavr -c -IC:\icc\include\ -e -DATMEGA -DATMega16 -l -g -Mavr_enhanced D:\桌面\实验教程\LED应用\霓虹灯\main.ciccavr -o main -LC:\icc\lib\ -g -ucrtatmega.o -bfunc_lit:0x54.0x4000 -dram_end:0x45f -bdata:0x60.0x45f -dhwstk_size:16 -beeprom:1.512 -fihx_coff -S2 @main.lk -lcatmegaDevice 1% full.Done.[Copy to clipboard]这是我们最想看到的了，万事大吉。

二、工程中未加入.C文件CODE:C:\icc\bin\imakew -f main.makiccavr -o main -LC:\icc\lib\ -g -ucrtatmega.o -bfunc_lit:0x54.0x4000 -dram_end:0x45f -bdata:0x60.0x45f -dhwstk_size:16 -beeprom:1.512 -fihx_coff -S2 @main.lk -lcatmegaunknown file type @main.lk, passed to linker!ERROR unknown file type '@main.lk'C:\icc\bin\imakew.exe: Error code 1Done: there are error(s). Exit code: 1[Copy to clipboard]解决办法：将你的程序加入工程中，可以右键程序区>>ADD to project三、程序没有后缀名，或者后缀名不正确。

1. the time series files applied in .bnd file have no common period这个是在validation messages中提示的，意思是说simulation中开始和结束时间设置与给定的时间序列不一致。

检查下吧！否则会出现error no385.如果确定没错误，但run parameters仍然是黄色的，不防无视之，点start。

你会发现变成绿色了。

2. "Error No 25: At the h-point (location) the water depth greater than 4 times max. depth"。

Why does this happen and what can be done to overcome this problem? 这个错误是初学者经常遇到的。

意思是某点的计算水深远远大于河堤高程。

产生原因是模型不稳定，计算发散。

解决方法：a：减小时间步长。

b：中间内插断面。

3. Warning No 65: In river xx : 7064 meter there is a difference in the bed level of the rivers meeting at the intersection.The lowest bed level (21.054 meter) is found in river BRANCH25 at chainage 0.000 meter. The highest level (21.088 meter) is found in river yy at chainage 706 meter. A difference in bed level for the rivers meeting may cause mass errors and instabilities especially if low flow is simulated.此waring在mike计算中经常出现。

文档名称文档密级
1.1 标题：iMC iCC配置下发失败的常见原因
1.2 问题描述：
某局点：iMC iCC给设备下发配置问题。

1.3 问题分析：
iCC配置管理中心基于SNMP和TFTP 两个协议，对于配置备份或配置下发失败的问题，可以从这2个方面入手，常见原因有：
1、iCC需要设备的写参数，正确配置SNMP的读写参数。

2、配置的传送依靠TFTP协议，保证设备与iMC服务器的TFTP端口（UDP
69端口）通信正常。

3、对于V5平台的设备，iMC下发运行配置时，会自动切换到系统视图
下执行命令，所以不要在下发的配置有存在“system-view”命令，否则下发失败。

4、对于VRF3.10和VRF3.20平台的设备，iCC配置备份和下发会失败，
如下图所示，可以通过更新版本到 PLAT2606P03及之后版本解决。

1.4 解决方法:
2015-01-21 H3C技术文档第1页, 共1页。

初学者初用ICCAVR编程的时候，经常会出现一些错误，现在将常见的错误报告整理如下。

这里的一些错误是为了展示说明而故意制造的，欢迎你提供你遇到的错误和解决方法。

一、正常编译通过CODE:C:\icc\bin\imakew -f main.makiccavr -c -IC:\icc\include\ -e -DA TMEGA -DA TMega16 -l -g -Mavr_enhanced D:\桌面\实验教程\LED应用\霓虹灯\main.ciccavr -o main -LC:\icc\lib\ -g -ucrtatmega.o -bfunc_lit:0x54.0x4000 -dram_end:0x45f -bdata:0x60.0x45f -dhwstk_size:16 -beeprom:1.512 -fihx_coff -S2 @main.lk -lcatmega Device 1% full.Done.[url="][/url]这是我们最想看到的了，万事大吉。

二、工程中未加入.C文件CODE:C:\icc\bin\imakew -f main.makiccavr -o main -LC:\icc\lib\ -g -ucrtatmega.o -bfunc_lit:0x54.0x4000 -dram_end:0x45f -bdata:0x60.0x45f -dhwstk_size:16 -beeprom:1.512 -fihx_coff -S2 @main.lk -lcatmega unknown file type @main.lk, passed to linker!ERROR unknown file type '@main.lk'C:\icc\bin\imakew.exe: Error code 1Done: there are error(s). Exit code: 1解决办法：将你的程序加入工程中，可以右键程序区>>ADD to project三、程序没有后缀名，或者后缀名不正确。

错误代码错误类型说明---------- ------------------------ ------------------------------ 0x800ccc00 load_sicily_failed 未加载身份验证。

0x800ccc01 invalid_cert_cn 证书内容无效。

0x800ccc02 invalid_cert_date 证书日期无效。

0x800ccc03 already_connected 用户已连接。

0x800ccc04 conn0x800ccc05 not_connected 未连接到服务器。

0x800ccc06 conn_send 正在发送0x800ccc07 would_block 信息阻塞0x800ccc08 invalid_state 带病的/不完整的状态1 / 10x800ccc09 conn_recv 正在接收0x800ccc1 / 10a incomplete 邮件下载未完成。

0x800ccc0b busy 服务器或邮箱忙。

0x800ccc0c not_init0x800ccc0d cant_find_host 找不到服务器。

0x800ccc0e failed_to_connect 无法连接到服务器。

0x800ccc0f connection_dropped 连接已关闭。

0x800ccc10 invalid_address 服务器上的未知地址。

0x800ccc11 invalid_address_list 服务器上的未知邮件列表。

0x800ccc12 socket_read_error 无法发送 winsock 请求。

0x800ccc13 socket_write_error 无法读取 winsock 答复。

0x800ccc14 socket_init_error 无法初始化 winsock。

0x800ccc15 socket_connect_error 无法打开 windows 套接字。

ICC错误集锦新手用ICC编程的时候，经常会出现一些错误，现在将常见的错误报告整理如下。

这里的一些错误是我为了展示而故意制造的，欢迎你提供你遇到的错误。

排名不分先后：一、正常编译通过CODE:C:\icc\bin\imakew -f main.makiccavr -c -IC:\icc\include\ -e -DATMEGA -DATMega16 -l -g -Mavr_enhanced D:\桌面\实验教程\LED应用\霓虹灯\main.ciccavr -o main -LC:\icc\lib\ -g -ucrtatmega.o -bfunc_lit:0x54.0x4000 -dram_end:0x45f -bdata:0x60.0x45f -dhwstk_size:16 -beeprom:1.512 -fihx_coff -S2 @main.lk -lcatmegaDevice 1% full.Done.[Copy to clipboard]这是我们最想看到的了，万事大吉。

二、工程中未加入.C文件CODE:C:\icc\bin\imakew -f main.makiccavr -o main -LC:\icc\lib\ -g -ucrtatmega.o -bfunc_lit:0x54.0x4000 -dram_end:0x45f -bdata:0x60.0x45f -dhwstk_size:16 -beeprom:1.512 -fihx_coff -S2 @main.lk -lcatmega unknown file type @main.lk, passed to linker!ERROR unknown file type '@main.lk'C:\icc\bin\imakew.exe: Error code 1Done: there are error(s). Exit code: 1[Copy to clipboard]解决办法：将你的程序加入工程中，可以右键程序区>>ADD to project三、程序没有后缀名，或者后缀名不正确。