CN1595888A - Method of remote intelligent communication management and maintenance for server - Google Patents

Method of remote intelligent communication management and maintenance for server Download PDF

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Publication number
CN1595888A
CN1595888A CNA200310114606XA CN200310114606A CN1595888A CN 1595888 A CN1595888 A CN 1595888A CN A200310114606X A CNA200310114606X A CN A200310114606XA CN 200310114606 A CN200310114606 A CN 200310114606A CN 1595888 A CN1595888 A CN 1595888A
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msg
showmsg
server
rdparams
str
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CNA200310114606XA
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Chinese (zh)
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黄家明
刘正伟
孟凡普
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Inspur Electronic Information Industry Co Ltd
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Langchao Electronic Information Industry Co Ltd
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Priority to CNA200310114606XA priority Critical patent/CN1595888A/en
Publication of CN1595888A publication Critical patent/CN1595888A/en
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    • Y02B60/50—

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  • Mobile Radio Communication Systems (AREA)

Abstract

The invention provides a remote intelligent server alarming, managing and maintaining method. The local management subsystem of the server automatically and real-timely monitors the operating state of the system, automatically run the firmed dial-up instruments in the memory cell (EEPROM) of a mainboard management controller as a failure occurs, which makes the server automatically connect through a modem to a city telephone communication network, and transmits the information about the operating state of the server through city telephone and wireless communication network to a server administrator in a mode of digital code or voice message, so as to realize remote intelligent wireless paging alarming and managing and maintaining for the server. As compared with existing technique, it has the characters of reasonable design, user convenience, saving human power, high intelligence, etc, and therefore has a very good value in spreading and using.

Description

Server long-distance intelligent communication management maintaining method
1, technical field
The present invention relates to a kind of Computer Applied Technology, specifically a kind of server long-distance intelligent communication management maintaining method.
2, technical background
Computer server is the nerve center of computer network, and in a single day server breaks down, and will cause network service disruption or network paralysis, the losing of important information data.Usually when computer server and ancillary equipment operate as normal thereof, administrative staff generally want 24 hours on duty, the variety of issue that occurs of processing server guarantees its operate as normal at any time.But now the information system application surface is more and more wideer, acts on increasingly, and system also becomes increasingly complex, and management difficulty is more and more higher.In this case, original labor management can't have been monitored so huge and complicated network in real time, and awareness network operation conditions and break-make situation in real time can't be found the fault of server, fast reaction in real time.In the face of how numerous server like this carries out fast and effectively long-distance management maintenance just becomes very important problem in the enterprise operation and management.
3, summary of the invention
The purpose of this invention is to provide a kind of server long-distance intelligent communication management maintaining method, normally move, make management maintenance efficient higher, reduce the system maintenance expense to guarantee server.
The objective of the invention is to realize in the following manner, Baseboard Management Controller (BMC) monitor server system running state by server, when network server system breaks down, automatically operation is solidificated in the specific instruction in the nonvolatile memory cell (EEPROM), the operation of this program and main frame running status are irrelevant, as long as server power supply remains with standby voltage+5Vstandby and can move.By the customization specific instruction, make server be connected to telephone network system automatically by modulator-demodulator, send calling alarm information, can realize the long-distance intelligent communication management maintenance service of server.
One, server breaks down, and dials keeper's beep-pager (perhaps mobile phone) automatically.
Two, the call code of characteristics is received in the other places management, finds server failure.
Three, nonlocal keeper to server, carries out the remote diagnosis and the maintenance of server by network entry.
4, description of drawings
Accompanying drawing 1 is the communication schematic diagram of server long-distance intelligent communication management maintaining method.
Accompanying drawing 2 is the communication management flow chart of server long-distance intelligent communication management maintaining method.
5, execution mode
With reference to Figure of description server long-distance intelligent communication management maintaining method of the present invention is done following detailed description the in detail:
The running status of the automatic real time monitoring detection system of the ADMINISTRATION SUBSYSTEM of server this locality, when breaking down, move the curing dialing instruction in the Baseboard Management Controller memory cell (EEPROM) automatically, make server be connected to automatically in the local telephone communication network by modulator-demodulator, and with the running state information of server mode with digital code or voice SMS, by local telephone network and wireless communication networks, send to server administrators.Server administrators can implement the multi-point remote monitoring or implement remote diagnosis and maintenance by the Internet game server by the server intelligent wireless communication.
Mainboard solidifies the dialing instruction:
Void CMyComCtrl::MyDial (CString servername) // obtain the alarm configuration information that sets in advance, as int m=0 such as paging number, n=0; Char str[255]=" 0 "; CString ExeAdress2; CString msg; GetModuleDir (﹠amp; Amp; ExeAdress2); CString path=ExeAdress2+ " try.ini "; GetPrivateProfileString (servername, " number1 ", " ", str, 255, path); CString dialnumber1=str; GetPrivateProfi leString (servername, " number2 ", " ", str, 255, path); CString dialnumber2=str; GetPrivateProfileString (servername, " number3 ", " ", str, 255, path); CString dialnumber3=str; GetPrivateProfileString (servername, " callnumber ", " ", str, 255, path); CString callnumber=str; GetPrivateProfileString (servername, " callinterval ", " ", str, 255, path); CString callinterval=str; M=atoi (cal1number); N=atoi (callinterval); If ((dialnumber1==" ") ﹠amp; Amp; ﹠amp; Amp; (dialnumber2==" ") ﹠amp; Amp; ﹠amp; Amp; (dialnumber3==" ")) { msg=" Page Number Error "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Else＜! "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Else if (callinterval==" ") { msg=" paging configuration error! Correctly configuration call at interval.ShowMsg.ShowWindow (Sw_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return;  "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Else { msg=" Paging configuration error ";＜!--SIPO＜DP n=" 3 "〉--〉＜dp n=" d3 "/showMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Else if (n＞300) { msg=" Paging time configuration error "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return;=" ") ﹠amp; Amp; ﹠amp; Amp;=" ")) //if1 { if ((m＜=10) ﹠amp; Amp; ﹠amp; Amp; (n＜=300)) //if2 { RASDIALPARAMS rdParams; RdParams.dwSize=sizeof (RASDIALPARAMS); RdParams.szEntryName[0]=' 0 '; RdParams.szCallbackNumber[0]=' 0 '; RdParams.szUserName[0]=' 0 '; RdParams.szPassword[0]=' 0 '; RdParams.szDomai n[0]=' 0 '; CMainFrame*pMainFrm=(CMainFrame*) AfxGetMainWnd (); For (int x=1; X＜=m; X++) //for1 { DWORD dwRet1=-1, dwRet2=-1, dwRet3=-1; Lstrcpy (rdParams.szPhoneNumber, dialnumber1); If (rdParams.szPhoneNumber[0]!=' 0 ') { dwRet1=RasDial (NULL, NULL ， ﹠amp; Amp; RdParams, OL, NULL ， ﹠amp; Amp; PMainFrm-＞hRasConn);=777) ﹠amp; Amp; ﹠amp; Amp; =-1) ﹠amp; Amp; ﹠amp; Amp;=651)) char szBuf1[256]; If (dwRet1==756)＜!--SIPO＜DP n=" 4 "〉--〉＜dp n=" d4 "/wsprintf ((LPSTR) szBuf1, " dial-up connection mistake! Modulator-demodulator is not correctly joined＜br/〉put, please check that dialing is provided with (%1d).", dwRet1); // else if (RasGetErrorString ((UINT) dwRet1,＜br/〉(LPSTR) szBufl, 256)!=0) wsprintf ((LPSTR) szBufl, " dialing mistake please be checked modulatedemodulate＜br/〉transfer device and dialing that (%ld) is set.", dwRet1); Msg=(LPSTR) szBufl; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; If ((dwRet1==777) || (dwRet1==0) || (rdParams.szPhoneNumber[0]==' 0 ') || (dwRet1==651)) lstrcpy (rdParams.szPhoneNumber, dialnumber2); PMainFrm-＞hRasConn=NULL; If (rdParams.szPhoneNumber[0]!=' 0 ') { dwRet2=RasDial (NULL, NULL ， ﹠amp; Amp; RdParams, OL, NULL ， ﹠amp; Amp; PMainFrm-＞hRasConn); If // dial-up success, dwRet return value are zero if ((dwRet2!=777) ﹠amp; Amp; ﹠amp; Amp;=-1) ﹠amp; Amp; ﹠amp; Amp;=651)) char szBuf2[256]; An if (RasGetErrorString ((UINT) dwRet2, (LPSTR) szBuf2,256)!=0) whether correctly wsprintf ((LPSTR) szBuf2, " dialing mistake please check your modulator-demodulator and the setting of dialling (%ld). ", dwRet2); Msg=(LPSTR) szBuf2; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Lstrcpy (rdParams.szPhoneNumber, dialnumber3);＜!--SIPO＜DP n=" 5 "〉--〉＜dp n=" d5 "/pMainFrm-＞hRasConn=NULL; If (rdParams.szPhoneNumber[0]!=' 0 ') { dwRet3=RasDial (NULL, NULL ， ﹠amp; Amp; RdParams, OL, NULL ， ﹠amp; Amp; PMainFrm-＞hRasConn);=777) ﹠amp; Amp; ﹠amp; Amp;=-1) ﹠amp; Amp; ﹠amp; Amp;=651)) char szBuf3[256]; An if (RasGetErrorString ((UINT) dwRet3, (LPSTR) szBuf3,256)!=0) wsprintf ((LPSTR) szBuf3, " dialing mistake please check that whether correctly your modulator-demodulator and dialing are provided with setting (%ld). ", dwRet3); Msg=(LPSTR) szBuf3; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; If (the Sleep (n*60000) of x＜m); The end_for1 of } //} //end_if2 } //end_if1}
Server intelligent radio paging alarm method of the present invention is compared with prior art, have reasonable idea, easy to use, save characteristics such as manpower, intelligent degree height, thereby, have good value for applications.

Claims (4)

1. server long-distance intelligent communication management maintaining method, it is characterized in that the server admin subsystem monitors the detecting server system running state, automatically the curing dialing instruction in the operation Baseboard Management Controller memory cell (EEPROM), server is connected in the local telephone communication network automatically, and with the mode of running state information with digital code or voice SMS, by local telephone network and wireless communication networks, send to server administrators, realize the long-distance intelligent radio call warning and the management maintenance of server.
2. method according to claim 1 is characterized in that server administrators pass through the server intelligent wireless communication and implement the multi-point remote monitoring.
3. method according to claim 1 is characterized in that server administrators pass through the Internet game server and implement remote diagnosis and maintenance.
4. method according to claim 1 is characterized in that the automatic dial-up connection instruction that Baseboard Management Controller (BMC) upward solidifies is:
Void CMyComCtrl::MyDial (CString servername) // obtain the alarm configuration information that sets in advance, as int m=0 such as paging number, n=0; Char str[255]=" 0 "; CString ExeAdress2; CString msg; GetModuleDir (﹠amp; Amp; ExeAdress2); CString path=ExeAdress2+ " try.ini "; GetPrivateProfileString (servername, " number1 ", " ", str, 255, path); CString dialnumber1=str; GetPrivateProfileString (servername, " number2 ", " ", str, 255, path); CString dialnumber2=str; GetPrivateProfileString (servername, " number3 ", " ", str, 255, path); CString dialnumber3=str; GetPrivateProfileString (servername, " callnumber ", " ", str, 255, path); CString callnumber=str; GetPrivateProfileString (servername, " callinterval ", " ", str, 255, path); CString callinterval=str; M=atoi (callnumber); N=atoi (callinterval); If ((dialnumber1==" ") ﹠amp; Amp; ﹠amp; Amp; (dial number2==" ") ﹠amp; Amp; ﹠amp; Amp; (dialnumber3==" "))＜!--SIPO＜DP n=" 1 "〉--〉＜dp n=" c1 "/msg=" Page Number Error "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Else if (callinterval==" ") { msg=" paging configuration error! Correctly configuration call at interval."; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return;  ";＜!--SIPO＜DP n=" 2 "〉--〉＜dp n=" c2 "/showMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Else { msg=" Paging configuration error "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Else if (n＞300) { msg=" Paging time configuration error "; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return;=" ") ﹠amp; Amp; ﹠amp; Amp;=" ")) //if1{ if ((m＜=10) ﹠amp; Amp; ﹠amp; Amp; (n＜=300)) //if2 { RASDIALPARAMS rdParams; RdParams.dwSize=sizeof (RASDIALPARAMS); RdParams.szEntryName[0]=' 0 '; RdParams.szCallbackNumber[0]=' 0 '; RdParams.szUserName[0]=' 0 '; RdParams.szPassword[0]=' 0 '; RdParams.szDomain[0]=' 0 '; CMainFrame * pMainFrm=(CMainFrame*) AfxGetMainWnd (); For (int x=1; X＜=m; X++) //for1 { DWORD dwRet1=-1, dwRet2=-1, dwRet3=-1; Lstrcpy (rdParams.szPhoneNumber, dialnumber1); If (rdParams.szPhoneNumber[0]!=' 0 ')＜!--SIPO＜DP n=" 3 "〉--〉＜dp n=" c3 "/{ dwRet1=RasDial (NULL, NULL ， ﹠amp; Amp; RdParams, OL, NULL ， ﹠amp; Amp; PMainFrm-＞hRasConn);=777) ﹠amp; Amp; ﹠amp; Amp; =-1) ﹠amp; Amp; ﹠amp; Amp;=651)) char szBuf1[256]; If (dwRet1==756) wsprintf ((LPSTR) szBuf1, " dial-up connection a mistake! The incorrect configuration of modulator-demodulator please check that dialing is provided with (%ld).", dwRet1); // else { if (RasGetErrorString ((UINT) dwRet1, (LPSTR) szBuf1,256)!=0) wsprintf ((LPSTR) szBuf1, " dialing mistake please check that modulator-demodulator and dialing are provided with (%ld).", dwRet1); Msg=(LPSTR) szBuf1; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; If ((dwRet1==777) || (dwRet1==0) || (rdParams.szPhoneNumber[0]==' 0 ') || (dwRet1==651)) lstrcpy (rdParams.szPhoneNumber, dialnumber2); PMainFrm-＞hRasConn=NULL; If (rdParams.szPhoneNumber[0]!=' 0 ') { dwRet2=RasDial (NULL, NULL ， ﹠amp; Amp; RdParams, OL, NULL ， ﹠amp; Amp; PMainFrm-＞hRasConn);=777) ﹠amp; Amp; ﹠amp; Amp;=-1) ﹠amp; Amp; ﹠amp; Amp;=651)) char szBuf2[256]; An if (RasGetErrorString ((UINT) dwRet2, (LPSTR) szBuf2,256)!=0) whether correctly wsprintf ((LPSTR) szBuf2, " dialing mistake please check your modulator-demodulator and the setting of dialling (%ld). ", dwRet2);＜!--SIPO＜DP n=" 4 "〉--〉＜dp n=" c4 "/msg=(LPSTR) szBuf2; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; Lstrcpy (rdParams.szPhoneNumber, dialnumber3); PMainFrm-＞hRasConn=NULL; If (rdParams.szPhoneNumber[0]!=' 0 ') { dwRet3=RasDial (NULL, NULL ， ﹠amp; Amp; RdParams, OL, NULL ， ﹠amp; Amp; PMainFrm-＞hRasConn);=777) ﹠amp; Amp; ﹠amp; Amp;=-1) ﹠amp; Amp; ﹠amp; Amp;=651)) char szBuf3[256]; An if (RasGetErrorString ((UINT) dwRet3, (LPSTR) szBuf3,256)!=0) wsprintf ((LPSTR) szBuf3, " dialing mistake please check that whether correctly your modulator-demodulator and dialing are provided with setting (%ld). ", dwRet3); Msg=(LPSTR) szBuf3; ShowMsg.ShowWindow (SW_SHOWDEFAULT); ShowMsg.m_msg.SetWindowText (msg); Return; If (the Sleep (n*60000) of x＜m); The end_for1 of } //} //end_if2 } //end_if1}
CNA200310114606XA 2003-12-16 2003-12-16 Method of remote intelligent communication management and maintenance for server Pending CN1595888A (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100426739C (en) * 2005-04-13 2008-10-15 华为技术有限公司 Network unit long-distance management system and method
CN100442710C (en) * 2005-09-09 2008-12-10 纬创资通股份有限公司 Computer network system capable of monitoring server and related method
CN101621816B (en) * 2009-07-29 2012-06-13 深圳市五巨科技有限公司 System and method for monitoring background server of mobile terminal

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100426739C (en) * 2005-04-13 2008-10-15 华为技术有限公司 Network unit long-distance management system and method
CN100442710C (en) * 2005-09-09 2008-12-10 纬创资通股份有限公司 Computer network system capable of monitoring server and related method
CN101621816B (en) * 2009-07-29 2012-06-13 深圳市五巨科技有限公司 System and method for monitoring background server of mobile terminal

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