CN1642104A - Method and device for realizing system journal - Google Patents
Method and device for realizing system journal Download PDFInfo
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- CN1642104A CN1642104A CN 200410002142 CN200410002142A CN1642104A CN 1642104 A CN1642104 A CN 1642104A CN 200410002142 CN200410002142 CN 200410002142 CN 200410002142 A CN200410002142 A CN 200410002142A CN 1642104 A CN1642104 A CN 1642104A
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Abstract
The invention provides a system log realizing method and device. The method: it generates log process object entity, log sending object entity and log information writing object entity at a client end and includes the steps as follows: the client-end log process object entity records system log and inserts the log into a client-end log queue; the log sending object entity takes the system log out of the log queue and sends the system log to a server end; the server-end log receiving object entity monitors the connecting request and receives the system log data and inserts the system log into a server-end log queue; the log information writing object entity takes the corresponding system log out of the server-end log queue and records it to the local system log file. The invention can make centralized recording and management on complex distributed system log.
Description
Technical field
The present invention relates to networking technology area, particularly a kind of system log realizing method and device.
Background technology
As a whole network management system a kind of measure of autodiagnosis will be arranged, the state of the current inside of register system is so that current state, analytical system fault that administrative staff and attendant can tracking systems.All there is system journal mechanism in general complete system, comprises Database Systems, and operating system all can have the system journal of oneself, carries out system problem location and maintenance for administrative staff and attendant, and is no exception as the network management system of managing network device.The network management system log record the major event of system error message and some internal system of webmaster time of running.
The mode of system log (SYSLOG) system journals such as existing webmaster is simple relatively, and way is to open a journal file in this locality usually, and each process records error message and great system status information in the syslog file then.Come the browing system log information by directly checking readable journal file or customizing a window browser.
Existing systems daily record technology has following defective:
1, the existing systems daily record all is the local record mode, and network management system is along with the complexity with the webmaster business of increasing of managed network element equipment, whole system may need a lot of processes, perhaps, the server that depends on powerful disposal ability can satisfy the needs of network management system, but cost also is quite expensive.Operation will obtain the benefit that distributed treatment is brought on the other machines if can be distributed to the part process of network management system, has also saved the expense of a costliness.Yet the record of how system journal being concentrated under the distributed situation of this kind, industry does not have relevant solution.
2, the demonstration of system log message does not realize localization;
3, syslog file is not backuped;
4, syslog file generally all increases without limitation, not system journal size configure flexibly;
5, the system journal field information designs unreasonablely very little, and necessary effect is not played in system maintenance and management.
Summary of the invention
The object of the present invention is to provide a kind of system log realizing method and device, thereby can carry out centralized recording, management the complicated distributed system journal.
A kind of system log realizing method provided by the invention: produce daily record process object entity LogClient, log sending object entity LogSender in client, write object entity LogMsgWriter at server end generation daily record reception object entity LogAcceptor, log information, described system journal record comprises the steps:
A, the daily record of client log process object entity LogClient register system, and described daily record is inserted in the client log formation;
B, log sending object entity LogSender extraction system daily record from described formation sends to server end;
C, sever log receive object entity LogAcceptor and listen to described connection request, receive described syslog data and system journal are inserted in the journal queue of server end;
D, log information are write object entity LogMsgWriter and take out this system journal from formations, and it is recorded in the local syslog file.
Steps A further comprises:
Each submodule of A1, system calls LogClient object entity with the register system daily record;
Each information parameter of A2, LogClient object group of entities attaching mouth parameter is a system journal;
A3, system log message is carried out localization process, join in the system journal;
A4, LogClient object entity are inserted into this system journal in the formation of LogSender object entity.
Described steps A 3 further comprises:
A31, LogClient object entity are responsible for checking the legitimacy of the suction parameter of each module invokes;
The system log message that A32, LogClient utilize interface to transmit, recalls information configuration object entity;
A33. information configuration object entity obtains the language environment of current system, loads corresponding resource file to internal memory;
A34, information configuration object entity obtain the localization information of system journal from resource file.
In this system log realizing method, LogAcceptor object entity is responsible for monitoring the connection request of automatic network, and step C further comprises:
C1, when LogSender object entity sends connection request, LogAcceptor object entity produces customer's representative ClientProxy object entity and is responsible for handling this and connects the data that pass;
C2, ClientProxy receive data and system journal are inserted in the formation of LogMsgWriter.
Step B further comprises:
B1, client are at first set up SOCKET with server end and are connected;
Set up and send successfully if B2 connects, LogSender object entity sends to service end to system journal, enters step C;
B3 otherwise, LogSender records system journal in the local file;
B4, attempt to connect when sending next bar system journal, if rebulid successful connection, execution in step B4 then, otherwise execution in step B3;
B5, the described system journal of transmission are to server end;
B6, start network that an independent thread preserves this locality when unusual the said system daily record of record send to service end, sending finishes empties the local system logs file.
The inner counting of current syslog file dominant record daily record bar number and journal file is set according to device in described server end common configuration module, step D further comprises: internal counter increased after log information was write object entity LogMsgWriter described system journal is recorded local syslog file, when reaching the max log bar and count, close current journal file, open the another one syslog file, and, restart counting counter O reset.
In the native system daily record implementation method, the register system daily record is deposited with text, and sets up the backup text, and the register system daily record is switched in system journal between two mutually redundant files.
Described system journal record comprises following field: system journal rank, submodule sign, system journal record generation date and time, process title, service name, machine name, log information.
The present invention also provides a kind of client log logging modle, described client log logging modle comprises client process daily record generation module, client log formation module, client log sending module, described client process daily record generation module is used to client process to produce client log process object entity LogClient, is used for the register system daily record; Client log formation module is used for the interim buffer memory of asynchronous operation; The client log sending module is used to produce daily record sending entity LogSender, and with being connected of foundation and server, and the extraction system daily record sends to server end from journal queue.
The client log logging modle also comprises the localization process module, is used to produce system configuration object entity and information configuration object entity; Described system configuration object entity is responsible for reading configuration item from the XML configuration file, and described information configuration object entity is used for reading configuration item from the XML configuration file, and described configuration item is related with language environment different resource files.
The present invention also provides a kind of sever log logging modle, described sever log logging modle comprises sever log receiver module, sever log formation module, log information writing module, wherein the sever log receiver module is used to produce daily record reception object entity LogAcceptor, monitor network connecting request, and generate Client Agent ClientProxy object entity handles this connect institute's data that pass and from the socket connection reading of data, and the syslog message bag that handle receives is lost in the journal queue of service end; Sever log formation module is used for the interim buffer memory of asynchronous operation; The log information writing module is used to produce log information and writes object entity LogMsgWriter, extraction system log information from journal queue, and be written in the syslog file of service end.
The present invention compares with existing solution, is large-scale systems such as distributed network management, and distributed system journal record scheme flexibly is provided.And by system journal localization process mode, for the internationalization of network management system provides support.System journal is recorded centrally on the log server, when starting, log services obtains current syslog file dominant record daily record bar number from the common configuration module, can carry out flexible configuration to log file size, and between these two mutually redundant files, switch the register system daily record, reach nearest backup.The system journal field information is complete, can more effective realization to system maintenance and management
Description of drawings
Fig. 1 is a present embodiment distributed system schematic diagram;
Fig. 2 is a present embodiment distributed system journal realization flow schematic diagram;
Fig. 3 is a present embodiment client log logging modle structural representation;
Fig. 4 is a present embodiment sever log logging modle structural representation;
Fig. 5 is a present embodiment log schematic flow sheet;
Fig. 6 is a present embodiment daily record localization schematic flow sheet.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, below in conjunction with embodiment and accompanying drawing, the present invention is described in more detail.
As shown in Figure 1, be present embodiment distributed system schematic diagram.The log record mode adopts ICP/IP protocol, uses SOCKET to the daily record of server end transmitting system by client, is the application of typical C/S pattern.
Client in the present embodiment distributed system is provided with the client log logging modle, as shown in Figure 2.This client log logging modle comprises client process daily record generation module, client log formation module, client log sending module.Wherein, client process daily record generation module is used to each client process to produce a client log process object entity LogClient, is used for the register system daily record; Client log formation module is used for the interim buffer memory of asynchronous operation, and then sets up formation for client log.The client log sending module produces daily record sending entity LogSender, and this entity is responsible for setting up and being connected of server, and the extraction system daily record sends to server end from journal queue.The server end of distributed system is provided with the sever log logging modle.This logger module comprises: the sever log receiver module produces daily record and receives object entity LogAcceptor, be responsible for monitoring network connecting request, and this connects to produce Client Agent ClientProxy object entity handles, has a ClientProxy object entity for each connection and is responsible for handling the data that connect; Sever log formation module is used for the interim buffer memory of asynchronous operation, the admin log formation, and ClientProxy object entity is responsible for reading of data from socket connections, and the syslog message bag that handle receives is lost in the journal queue of service end; The log information writing module is used to produce log information and writes object entity LogMsgWriter, is responsible for extraction system log information from journal queue, and is written in the syslog file of service end, as shown in Figure 3.
Below in conjunction with accompanying drawing 4 and accompanying drawing 5, present embodiment C/S model system journal record flow process is described, this flow process comprises the steps:
A. each submodule of system calls client process daily record generation module and produces LogClient object entity with the register system daily record;
Each information parameter of b.LogClient object group of entities attaching mouth parameter is a system journal;
C. system log message is carried out localization process, join in the system journal;
D.LogClient object entity is inserted into this system journal in the formation of LogSender object entity;
The extraction system daily record from the formation of oneself of e.LogSender object entity sends to server end;
F.LogAcceptor is responsible for monitoring the connection request of automatic network;
G. when LogSender object entity sent connection request, LogAcceptor produced ClientProxy and is responsible for handling the data that this connects up;
H.ClientProxy object entity receives data and system journal is inserted in the journal queue;
G.LogMsgWriter object entity takes out each bar system journal from formation, and records in the local syslog file.
The system journal field can be provided with according to need, can comprise daily record rank, submodule sign, process title etc.In the present embodiment, system journal field and function are as shown in the table:
| Field name | Function declaration |
| The daily record rank | The order of severity of daily record rank sign daily record every day is divided into seriously, mistake, warning is normal |
| The submodule sign | Sign is the daily record of the module records of that operation, such as secure subsystem, topology subsystem etc. all has the sign of oneself, can know it is the system journal of which module records. |
| Date | The generation date of tag system log record |
| Time | The time of origin of tag system log record |
| The process title | The title of identification process |
| Service name | The title of identification service |
| Machine name | The machine name at the service place of register system daily record |
| Log information | The display message of daily record is carried out localization process to this information. |
Adopt the daily record of C/S model register system in the present embodiment, at first client need be set up the SOCKET connection with server end; Set up successfully if connect, LogSender sends to server end to system journal; If set up failure, perhaps send failure, LogSender then can record system journal in the local file.Client attempts rebuliding connection during next bar system journal to be sent, if failure will continue to record in the local file.When client rebulids successful connection, then the transmitting system daily record is to server end.Start when reconnecting successfully an independent thread be responsible for network that this locality is preserved when unusual the system journal of record send to service end, sending finishes empties the local system logs file.By starting independent thread record client, make system log message stable, comprehensive with server end connection failure information.
For network management system being provided internationalization support, make network management system adapt to the multilingual environment, need carry out localization process to daily record.At this moment, the service end logger module also comprises the localization process module, is used to produce system configuration object entity and information configuration object entity, and two object entities being created are responsible for localization is handled.Wherein said information configuration object entity is an independent body class, and one of each process mainly reads configuration item from the XML configuration file, and configuration item is related with language environment different resource files; System configuration object entity is a CORBA object, and whole system has only one.With Integrated Management Application Platform iMAP platform is example, creates two localized object entities in service end: iMAP plateform system configuration object entity SystemConfigurator and iMAP platform information configuration object entity iMAPMsg; IMAPMsg is responsible for reading appropriate information from current language environment corresponding resource file, and as shown in Figure 6, the localization process flow process is as follows:
A. for system log message, carry out localization process, obtain different system log messages according to the language environment of system;
B.LogClient object entity is responsible for checking the legitimacy of the suction parameter of each module invokes;
The system log message that c.LogClient utilizes interface to transmit calls iMAPMsg object entity;
D.iMAPMsg obtains the language environment of current system, loads corresponding resource file to internal memory;
E.iMAPMsg obtains the localization information of system journal from resource file.
System journal is recorded centrally on the log server.Consider the factor of performance, the register system daily record is deposited with text.When starting, log services obtains current syslog file dominant record daily record bar number from the common configuration module.During each register system daily record, internal counter increases, and when reaching the max log bar and count, closes current journal file, opens the another one syslog file, and counter O reset, from newly beginning counting.The register system daily record is switched in system journal between these two mutually redundant files, reach nearest backup.
The present invention is large-scale systems such as distributed network management by the flow scheme by the daily record of user end to server end transmitting system, and distributed system journal record scheme flexibly is provided.And by system journal localization process mode, for the internationalization of network management system provides support.System journal is recorded centrally on the log server, when starting, log services obtains current syslog file dominant record daily record bar number from the common configuration module, can carry out flexible configuration to log file size, and between these two mutually redundant files, switch the register system daily record, reach nearest backup.The system journal field information is complete, can more effective realization to system maintenance and management.
The above only is the present invention program's preferred embodiment, not in order to limit protection scope of the present invention.
Claims (11)
1, a kind of system log realizing method, it is characterized in that, produce daily record process object entity, log sending object entity in client, write the object entity at server end generation daily record reception object entity, log information, described system log realizing method comprises the steps:
A, the system journal of client log process object entity record, and described daily record is inserted in the client log formation;
The extraction system daily record from described formation of B, log sending object entity sends to server end;
C, sever log receive the object entity and listen to described connection request, receive described syslog data and system journal are inserted in the journal queue of server end;
D, log information are write the object entity and take out this system journal from formations, and it is recorded in the local syslog file.
2, the system as claimed in claim 1 daily record implementation method, it is characterized in that: steps A further comprises:
Each submodule of A1, system calls client log process object entity with the register system daily record;
Each information parameter of A2, client log process object group of entities attaching mouth parameter is a system journal;
A3, system log message is carried out localization process, join in the system journal;
A4, client log process object entity are inserted into this system journal in the formation of log sending object entity.
3, system log realizing method as claimed in claim 2 is characterized in that, produces information configuration object entity, and described steps A 3 further comprises:
A31, client log process object entity are responsible for checking the legitimacy of the suction parameter of each module invokes;
The system log message that A32, client log process object entity utilize interface to transmit, recalls information configuration object entity;
A33. information configuration object entity obtains the language environment of current system, loads corresponding resource file to internal memory;
A34, information configuration object entity obtain the localization information of system journal from resource file.
4, the system as claimed in claim 1 daily record implementation method is characterized in that: daily record receives the connection request that the object entity is responsible for monitoring automatic network, and step C further comprises:
C1, when log sending object entity is sent connection request, daily record receives the object entity and produces customer's representative's object entity and be responsible for handling this and connect the data that pass;
C2, customer's representative's object entity receive data and system journal are inserted into log information and write in the formation of object entity.
5, the system as claimed in claim 1 daily record implementation method is characterized in that, step B further comprises:
B1, client are at first set up SOCKET with server end and are connected;
Set up and send successfully if B2 connects, log sending object entity sends to service end to system journal, enters step C;
B3 otherwise, the daily record sending entity records system journal in the local file;
B4, attempt to connect when sending next bar system journal, if rebulid successful connection, execution in step B4 then, otherwise execution in step B3;
B5, the described system journal of transmission are to server end;
B6, start network that an independent thread preserves this locality when unusual the said system daily record of record send to service end, sending finishes empties the local system logs file.
6, the system as claimed in claim 1 daily record implementation method, it is characterized in that, the inner counting of current syslog file dominant record daily record bar number and journal file is set according to device in server end common configuration module, step D further comprises: internal counter increased after log information was write the object entity described system journal is recorded local syslog file, when reaching the max log bar and count, close current journal file, open the another one syslog file, and, restart counting counter O reset.
7, the system as claimed in claim 1 daily record implementation method is characterized in that, the register system daily record is deposited with text, and sets up the backup text, and the register system daily record is switched in system journal between two mutually redundant files.
8, the system as claimed in claim 1 daily record implementation method, it is characterized in that described system journal record comprises following field: system journal rank, submodule sign, system journal record generation date and time, process title, service name, machine name, log information.
9, a kind of client log logging modle, it is characterized in that: the client log logging modle comprises client process daily record generation module, client log formation module, client log sending module, described client process daily record generation module is used to client process to produce client log process object entity, is used for the register system daily record; Client log formation module is used for the interim buffer memory of asynchronous operation; The client log sending module is used to produce log sending object entity, and with being connected of foundation and server, and the extraction system daily record sends to server end from journal queue.
10, client log logging modle as claimed in claim 9, it is characterized in that: the client log logging modle also comprises the localization process module, is used to produce system configuration object entity and information configuration object entity; Described system configuration object entity is responsible for reading configuration item from the XML configuration file, and described information configuration object entity is used for reading configuration item from the XML configuration file, and described configuration item is related with language environment different resource files.
11, a kind of sever log logging modle, it is characterized in that: described sever log logging modle comprises sever log receiver module, sever log formation module, log information writing module, wherein the sever log receiver module is used to produce daily record reception object entity, monitor network connecting request, and generate Client Agent object entity handles this connect institute's data that pass and from the socket connection reading of data, and the syslog message bag that handle receives is lost in the journal queue of service end; Sever log formation module is used for the interim buffer memory of asynchronous operation; The log information writing module is used to produce log information and writes the object entity, extraction system log information from journal queue, and be written in the syslog file of service end.
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