CN110365767B - Single operation and maintenance multi-TCP connection aggregation method of operation and maintenance auditing system - Google Patents
Single operation and maintenance multi-TCP connection aggregation method of operation and maintenance auditing system Download PDFInfo
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Abstract
The invention discloses a single operation and maintenance multi-TCP connection aggregation method of an operation and maintenance auditing system.A Recorder uses SID to execute connection operation locally at first, if the connection operation fails, the Recorder promotes the authority to a current operation and maintenance session master, uses SID to create a Unix local socket and binds to a path of the SID name, and starts monitoring and registers an event response processing function; if the connection operation is successful, the register authority is reduced to slave, the write-in authority of the audit data is not available, and the audit data can only be redirected to the master process for processing. The invention can effectively solve the problem of single operation and maintenance and multi-audit session caused by multi-TCP concurrent mode of the client, eliminate the confusion of users when inquiring the audit logs, and generate dozens of scene of hundreds of audit sessions for one time of client operation and maintenance; and audit data associated with the session can be normalized to improve the query experience of the user.
Description
Technical Field
The invention belongs to the technical field of data processing, and particularly relates to a single operation and maintenance multi-TCP connection aggregation method of an operation and maintenance auditing system.
Background
The current user client functions are more intelligent and efficient, and the working efficiency of the user is obviously improved. Behind the increasing efficiency of these clients, it is essential that user requests are processed in parallel at the same time: the multiple TCP are connected to the appointed target host, and the concurrent data requests are simultaneously carried out on the multiple connections, so that the user experience is improved by times. If a user needs to audit and record operation and maintenance data generated by a client, the operation and maintenance auditing system needs to be involved in a multi-TCP connection session between the current client and a target host, but the current operation and maintenance auditing system has defects on the support of the parallel processing request client, so that the related auditing experience is not ideal. It is often the case that a customer performing an operation with a client results in tens or even hundreds of operation audit sessions, which is unacceptable to the user.
In the prior art, by performing the aggregation of the links in the linking phase: when each TCP connection of the client is accessed, the session is gathered to a protocol agent to execute the processing method by the destination information. But this has a disadvantage: in order to improve the efficiency, a multi-connection concurrent mode is designed by a user client, after an operation and maintenance auditing system is accessed, concurrent connections of the client are aggregated into a connection, the client is equivalent to degradation processing, the client is changed into an original single-connection model client, the design is reversed, and the operation and maintenance auditing system becomes a performance bottleneck of the whole operation and maintenance line.
The invention mainly aims to solve the problem that countless operation and maintenance audit session records are generated by one-time operation and maintenance operation of a client on an operation and maintenance audit system. When a client accesses a target host through an operation and maintenance auditing system, if the client has a condition of executing instructions in parallel by a plurality of TCPs, one operation and maintenance session of the client becomes a scene of countless operation and maintenance auditing sessions, the invention can aggregate all the operation and maintenance auditing data generated by the same client of a user, and aggregate the auditing data sessions into an operation and maintenance session record.
Disclosure of Invention
The invention discloses a single operation and maintenance multi-TCP connection aggregation method of an operation and maintenance auditing system, which aims to solve the problems and effectively solve the problem of single operation and maintenance multi-auditing sessions caused by a relatively troublesome client side multi-TCP concurrent mode in the operation and maintenance auditing system, eliminate confusion of a user when an auditing log is inquired, and generate a scene of dozens of hundreds of auditing sessions by one-time client side operation and maintenance; and audit data associated with the session can be normalized to improve the query experience of the user.
The invention is mainly realized by the following technical scheme: a single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system.A Recorder uses SID to execute connection operation locally at first, if the connection operation fails, the Recorder promotes the authority to the operation and maintenance session master, uses SID to create Unix local socket and binds to the path of SID name, and starts monitoring and registers an event response processing function; if the connection operation is successful, the register authority is reduced to slave, the write-in authority of the audit data is not available, and the audit data can only be redirected to the master process for processing.
In order to better realize the invention, further, a client executes a query request, and firstly judges whether a register is a master or not aiming at audit data generated in interaction, if the register is the master, the audit data is directly written into an audit data storage engine interface by the master; otherwise, the Slave reorder process informs the master reorder through the IPC channel established by the SID, the master reorder process checks the current waiting queue, if the queue is not fully loaded, the Slave reorder state is notified to be Pass, if the queue is fully loaded, the Slave reorder state is notified to be Wait, and the Slave reorder requests again after 10 s.
In order to better implement the invention, further, if the status is Pass, the Slave register sends the current processing Slave ID number, the data generation time and the corresponding audit data to the waiting queue of the master register through the IPC channel.
In order to better implement the invention, further, all the Slave process audit data in the master reorder queue can be rearranged according to the time sequence, and after the arrangement is finished, the master writes the data into the local storage medium of the SID directory uniformly to solidify the data.
In order to better implement the present invention, further, when a connection session of a user is disconnected, the protocol agent module checks whether the current register is the master authority; if the processing process of the current disconnected connection of the client is the master process of the current session, checking whether a Slave process is still executed currently; if there is any Slave process, the master process of the session terminates the protocol proxy function, the state is set to Inactive, the full authority is responsible for processing all requests of the current Slave receiver, and the master receiver can not be terminated until all the Slave processes exit; otherwise, only the master process is still processing the current call back, the operation and maintenance of the client is identified to be finished, and the master process can be directly and normally quitted.
In order to better implement the invention, further, if the master authority is not the master authority, the work of the connection processing unit of the Slave authority is finished, the master is informed that the Slave session connection is finished, and the master is triggered to process the subsequent cleaning work.
In order to better realize the invention, further, a client of a user opens a connection, and the target is a protocol agent port of the response of the operation and maintenance auditing system; when the operation and maintenance auditing system receives connection, a new protocol agent process is established for processing, and meta information of the session is analyzed; and generating a session SID of the operation and maintenance.
unix domain protocol: the unix domain socket is one of IPC (Inter-Process Communication) methods in which a client and a server are on the same host, and compared with other IPC methods, the unix domain socket has advantages that an API is almost equal to that used by a network client/server, and the unix socket mainly has advantages of performance increase and the capability of transferring local file descriptors. However, as compared with the network socket, the unix domain socket must bind a local path to the unix domain socket when in use.
The invention has the beneficial effects that:
(1) by the method, the problem of single operation and maintenance multi-audit session caused by a relatively troublesome client side multi-TCP concurrent mode in the operation and maintenance audit system can be effectively solved, the confusion of a user when inquiring the audit log is eliminated, and a scene of dozens of hundreds of audit sessions is generated by one-time client side operation and maintenance; and audit data associated with the session can be normalized to improve the query experience of the user.
(2) The aggregation processing is started from the moment that the data are written into the storage engine, rather than the aggregation operation in the TCP connection, the performance of the original protocol agent can be effectively reserved, the performance loss caused by improving the audit experience of the user for the aggregated data is avoided, and the original operation and maintenance experience of the user is reserved.
(3) Because only the master has the writing authority, and not each recorder opens an engine writing interface, the database connection opened by the operation and maintenance auditing system can be effectively reduced, the resource consumption of the database is reduced, and the resource redundancy of the whole machine is improved.
(4) The invention aggregates all the operation and maintenance audit data generated by the same client of the user, aggregates the audit data sessions into one operation and maintenance session record, ensures the consistency of user experience and before aggregation, and ensures the connection stability and the response speed of executing instructions.
Drawings
FIG. 1 is a diagram of an audit data processing module;
FIG. 2 is an audit data aggregation schematic;
FIG. 3 is a flow chart of the present invention.
Detailed Description
Example 1:
a single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system.A Recorder uses SID to execute connection operation locally at first, if the connection operation fails, the Recorder promotes the authority to the operation and maintenance session master, uses SID to create Unix local socket and binds to the path of SID name, and starts monitoring and registers an event response processing function; if the connection operation is successful, the register authority is reduced to slave, the write-in authority of the audit data is not available, and the audit data can only be redirected to the master process for processing.
A client of a user opens a connection, and the target is a protocol agent port of the response of the operation and maintenance auditing system; when the operation and maintenance auditing system receives connection, a new protocol agent process is established for processing, and meta information of the session is analyzed; and generating a session SID of the operation and maintenance.
The invention can effectively solve the problem of single operation and maintenance multi-audit session caused by a relatively troublesome client multi-TCP concurrent mode in the operation and maintenance audit system, eliminates the confusion of a user when inquiring the audit log, and generates dozens of scene of hundreds of audit sessions for one-time client operation and maintenance; and audit data associated with the session can be normalized to improve the query experience of the user.
Example 2:
in this embodiment, optimization is performed on the basis of embodiment 1, as shown in fig. 3, a client executes a query request, and first determines whether a register is a master for audit data generated in an interaction, and if the register is the master, the audit data is directly written into an audit data storage engine interface by the master; otherwise, the Slave reorder process informs the master reorder through the IPC channel established by the SID, the master reorder process checks the current waiting queue, if the queue is not fully loaded, the Slave reorder state is notified to be Pass, if the queue is fully loaded, the Slave reorder state is notified to be Wait, and the Slave reorder requests again after 10 s.
And if the state is Pass, the Slave register sends the current processing Slave ID number, the data generation time and the corresponding audit data to a waiting queue of the master register through an IPC channel. And all the Slave process audit data in the master reorder queue can be rearranged according to the time sequence, and after the arrangement is finished, the master writes the data into the local storage medium of the SID directory uniformly to solidify the data.
The invention starts to carry out aggregation processing from the moment that data is written into the storage engine, rather than carrying out aggregation operation in TCP connection, can effectively retain the performance of the original protocol proxy, put an end to performance loss brought by improving user audit experience for aggregated data, and retain the original user operation and maintenance experience. Because only the master has the writing authority, and not each recorder opens an engine writing interface, the database connection opened by the operation and maintenance auditing system can be effectively reduced, the resource consumption of the database is reduced, and the resource redundancy of the whole machine is improved.
Other parts of this embodiment are the same as embodiment 1, and thus are not described again.
Example 3:
in this embodiment, optimization is performed on the basis of embodiment 1 or 2, as shown in fig. 3, when one connection session of a user is disconnected, the protocol agent module checks whether the current register to which the user belongs is a master authority; if the processing process of the current disconnected connection of the client is the master process of the current session, checking whether a Slave process is still executed currently; if there is any Slave process, the master process of the session terminates the protocol proxy function, the state is set to Inactive, the full authority is responsible for processing all requests of the current Slave receiver, and the master receiver can not be terminated until all the Slave processes exit; otherwise, only the master process is still processing the current call back, the operation and maintenance of the client is identified to be finished, and the master process can be directly and normally quitted.
If not, the connection processing unit of the Slave authority finishes working, the master is informed of the completion of the Slave session connection, and the master is triggered to process the subsequent cleaning work.
The invention aggregates all the operation and maintenance audit data generated by the same client of the user, aggregates the audit data sessions into one operation and maintenance session record, ensures the consistency of user experience and before aggregation, and ensures the connection stability and the response speed of executing instructions. Because only the master has the writing authority, and not each recorder opens an engine writing interface, the database connection opened by the operation and maintenance auditing system can be effectively reduced, the resource consumption of the database is reduced, and the resource redundancy of the whole machine is improved.
The rest of this embodiment is the same as embodiment 1 or 2, and therefore, the description thereof is omitted.
Example 4:
a single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system is shown in figures 1-3 and mainly comprises the following steps:
1. a user starts a client, appoints to connect an operation and maintenance auditing system, attaches a server address needing acting at the same time, and indicates the access of the operation and maintenance auditing system;
2. the operation and maintenance auditing system receives the request and establishes a protocol agent module to process the connection, so as to analyze the source information of the client and the information (hereinafter referred to as meta information, such as source IP, user name, destination ID, login information and the like) requested by the client, and a session ID can be calculated by using the meta information through an algorithm, wherein the session ID can be used for locally starting Unix sockets.
3. If the process requests to connect the session ID to prompt that the session ID does not exist, the recorder is proved to be the first process of the session, the authority is improved to the Master recorder, the recorder has the authority of writing and auditing data, and monitoring is started on the session ID to be responsible for processing the event of the slave process.
4. When a user operates to open a plurality of windows or executes a plurality of query operations on the client, the client starts a plurality of parallel session processes in order to improve the user efficiency, and the client spontaneously accesses the operation and maintenance auditing system.
5. And (3) receiving all the connections initiated by the client by the operation and maintenance auditing system, establishing a plurality of protocol agent connection processing concurrent connections by the operation and maintenance auditing system, and executing the operation of the step (2).
6. And the recorder of the subsequent session successfully connects the master by using the session ID, all the authorities are degraded into slave authorities, the writing authority of the audit data is not possessed, and the audit data can only be redirected to the master process for processing.
The method can effectively solve the problem of single operation and maintenance and multi-audit session caused by a relatively troublesome client side multi-TCP concurrent mode in the operation and maintenance audit system, eliminates confusion of a user when inquiring the audit log, and generates dozens of hundreds of audit session scenes in one-time client side operation and maintenance; and audit data associated with the session can be normalized to improve the query experience of the user.
Example 5:
a single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system is shown in figures 1-3 and mainly comprises the following steps:
1. connection access phase
1.1, a client of a user opens a connection, and the target is a protocol agent port of the response of the operation and maintenance auditing system;
1.2, the operation and maintenance auditing system receives the connection, establishes a protocol agent process for processing and simultaneously analyzes meta information of the session;
1.3 generating a session SID (Session identifier) of the operation and maintenance according to a certain algorithm;
1.4 Recorder first performs the join operation locally using SIDs. If the connection operation fails, entering step 1.5, and entering step 1.6 if the connection is successful;
1.5, the authority is promoted to the operation and maintenance session master (session main process), a Unix local socket is created by using the SID and is bound to a path of the SID name, and a monitoring and registration event response processing function is started;
1.6 if the use of the connection SID succeeds, the Recorder right is reduced to slave (session slave process).
2. Operation and maintenance data auditing stage
2.1, a client executes a query request, generates audit data in connection by one-time interaction, firstly judges whether a Recorder is a Master, if so, enters a step 2.2, and otherwise, enters a step 2.3;
2.2 the audit data is directly written into the local storage medium of the SID catalog by the process (Master);
2.3 the Slave reorder Process notifies the Master reorder through an IPC (Inter-Process Communication) channel established by the SID, the Slave Process generates audit data which can be put in storage, the Master reorder Process checks the current waiting queue, the queue is not fully loaded, the Slave reorder status is notified to be 'Pass', the queue is fully loaded, the Slave status is notified to be 'Wait', and the Slave reorder requests again after 10 s.
2.4, the state is 'Pass', and the Slave recorder sends the current processing Slave ID number, the data generation time and the corresponding audit data to a waiting queue of the Master recorder through an IPC channel;
and 2.5, all the Slave process audit data in the Master reorder queue are rearranged according to a time sequence, and after finishing arrangement, the Master is uniformly written into a local storage medium of the SID directory to solidify the data.
3. Client single session disconnect
3.1 when one connection session of the user is disconnected, the protocol agent module checks whether the current Recorder is in the Master permission, if so, the step 3.2 is carried out, and if not, the step 3.5 is carried out;
3.2 if the processing process of the disconnection of the current client is the Master process of the current session, checking whether a Slave process is still executed currently, if the Slave process still exists, entering the step 3.3, and if the Slave process does not exist, entering the step 3.4;
3.3 the Master process of the session terminates the protocol proxy function, sets the state as Inactive, and the full authority is responsible for processing all requests of the current Slave record until all the slaves exit, and the Master record can not be ended;
3.4 when all session connections of the client session are completely disconnected and the Slave process is completely and successfully closed, marking that the operation and maintenance of the client end are finished;
3.5, the work of the connection processing unit of the Slave authority is finished at this time, the Master is informed that the Slave session connection is finished, and the Master is triggered to process the subsequent cleaning work.
The invention can effectively solve the problem of single operation and maintenance multi-audit session caused by a relatively troublesome client side multi-TCP concurrent mode in the operation and maintenance audit system, eliminates confusion of a user when inquiring the audit log (dozens of hundreds of audit sessions are generated by one-time client side operation and maintenance), and can also centralize the audit data associated with the session to improve the inquiry experience of the user.
The aggregation processing is started from the moment that the data are written into the storage engine, rather than the aggregation operation in the TCP connection, the performance of the original protocol agent can be effectively reserved, the performance loss caused by improving the audit experience of the user for the aggregated data is avoided, and the original operation and maintenance experience of the user is reserved.
Because only the master has the writing authority, and not each recorder opens an engine writing interface, the database connection opened by the operation and maintenance auditing system can be effectively reduced, the resource consumption of the database is reduced, and the resource redundancy of the whole machine is improved.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and all simple modifications and equivalent variations of the above embodiments according to the technical spirit of the present invention are included in the scope of the present invention.
Claims (8)
1. A single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system is characterized in that a Recorder uses SID to execute connection operation locally at first, if the connection operation fails, the Recorder promotes the authority to the operation and maintenance session master of this time, uses SID to create a Unix local socket and binds to a path of the SID name, and starts monitoring and registers an event response processing function; if the connection operation is successful, the register authority is reduced to slave, the write-in authority of the audit data is not available, and the audit data can only be redirected to the master process for processing.
2. The single operation and maintenance multiple TCP connection aggregation method of the operation and maintenance auditing system according to claim 1, characterized in that, a client executes an inquiry request, and first judges whether register is master or not for the auditing data generated in the interaction, if register is master, the auditing data is directly written into the auditing data storage engine interface by the master; otherwise, the Slave reorder process informs the master reorder through the IPC channel established by the SID, the master reorder process checks the current waiting queue, if the queue is not fully loaded, the Slave reorder state is informed to be Pass, and if the queue is fully loaded, the Slave state is informed to be Wait.
3. The single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system according to claim 2, where when the Slave is in Wait state, the Slave reorder requests again after 10 s.
4. The single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system according to claim 2, characterized in that if the state is Pass, the Slave register sends the current processing Slave ID number, the data generation time and the corresponding auditing data to the waiting queue of the master register through the IPC channel.
5. The single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system according to claim 2, characterized in that all the Slave process auditing data in the master reorder queue are rearranged according to the time sequence, and after the arrangement, the master writes the consolidated data in the local storage medium of the SID directory uniformly.
6. The single operation and maintenance multiple TCP connection aggregation method of the operation and maintenance auditing system according to claim 1, characterized in that when one connection session of the user is disconnected, the protocol agent module checks whether the current register is master authority; if the processing process of the current disconnected connection of the client is the master process of the current session, checking whether a Slave process is still executed currently; if there is any Slave process, the master process of the session terminates the protocol proxy function, the state is set to Inactive, the full authority is responsible for processing all requests of the current Slave receiver, and the master receiver can not be terminated until all the Slave processes exit; otherwise, only the master process is still processing the current call back, the operation and maintenance of the client is identified to be finished, and the master process can be directly and normally quitted.
7. The single operation and maintenance multiple TCP connection aggregation method of an operation and maintenance auditing system according to claim 6, characterized in that if not, the work of the connection processing unit of the Slave authority of this time is finished, the master is notified that the Slave session connection is finished, and the master is triggered to process the subsequent cleaning work.
8. The single operation and maintenance multiple TCP connection aggregation method for the operation and maintenance auditing system according to any one of claims 1-7, characterized in that, the client of the user opens a connection aiming at the protocol agent port of the response of the operation and maintenance auditing system; when the operation and maintenance auditing system receives connection, a new protocol agent process is established for processing, and meta information of the session is analyzed; and generating a session SID of the operation and maintenance.
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