CN112054935A - Extensible service quality diagnosis configuration method and system - Google Patents
Extensible service quality diagnosis configuration method and system Download PDFInfo
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Abstract
The invention discloses an extensible service quality diagnosis configuration method and system, relating to the field of service diagnosis, wherein the method comprises the steps of scanning a protocol plug-in directory in a network management service quality management system, loading the scanned protocol plug-in a memory, and constructing a test protocol plug-in example; creating a test session according to default template data in the protocol plug-in; based on the type of the created test session, scheduling the test session corresponding to the test protocol plug-in example; and according to the dispatching of the test session, collecting and storing test data. Creating a test session according to default template data in a protocol plug-in, wherein the specific steps comprise that a network management service quality management system configures test session parameters; sending the configured test session parameters to a test protocol plug-in example; the test protocol plug-in instance verifies the test session parameters. The invention can effectively improve the service quality diagnosis efficiency.
Description
Technical Field
The invention relates to the field of service diagnosis, in particular to an extensible service quality diagnosis configuration method and system.
Background
With the rapid development of internet applications, the monitoring requirements of operators on the network service quality are increasing day by day, and how to measure the quality of a large amount of services in a network in different dimensions has important significance.
When testing the services in the network, each service corresponds to a unique test protocol, but the number of the types of services in the current network is large, so that a plurality of different test protocols are correspondingly needed to test the services. The service diagnosis configuration methods are associated with the test protocols, the test protocols are different, and the corresponding service diagnosis configuration methods are also different, so that when the service is tested, a plurality of service diagnosis configuration methods need to be configured, and the diagnosis efficiency of the service quality is influenced.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide an extensible service quality diagnosis configuration method and system, which can effectively improve the service quality diagnosis efficiency.
In order to achieve the above object, the present invention provides an extensible service quality diagnosis configuration method, which comprises the following steps:
scanning a protocol plug-in directory in a network management service quality management system, loading the scanned protocol plug-in a memory, and constructing a test protocol plug-in example;
creating a test session according to default template data in the protocol plug-in;
based on the type of the created test session, scheduling the test session corresponding to the test protocol plug-in example;
and according to the dispatching of the test session, collecting and storing test data.
On the basis of the technical scheme, the scanning of the plug-ins in the network management service quality management system, the loading of the scanned plug-ins into the memory and the construction of the test protocol plug-in example comprise the following specific steps:
s101: scanning all protocol plug-ins under a protocol plug-in directory in a network management service quality management system, acquiring the protocol plug-ins and loading the protocol plug-ins in a memory;
s102: verifying the legality of the protocol plug-in, and creating a test protocol plug-in example after the protocol plug-in passes the verification;
s103: the test protocol plug-in example loads the template configuration parameter rule of the protocol plug-in from the plug-in module configuration file to the memory;
s104: and adding the test protocol plug-in instance to the plug-in manager by taking the protocol number and the version of the protocol plug-in as keys.
On the basis of the technical scheme, the test session is created according to default template data in the protocol plug-in, and the specific steps include:
s201: the network management service quality management system configures a test session parameter;
s202: sending the configured test session parameters to a test protocol plug-in example;
s203: and the test protocol plug-in example verifies the test session parameters, and after the verification is passed, the test protocol plug-in example creates a test session based on the test session parameters.
On the basis of the technical scheme, the method for scheduling the test session corresponding to the test protocol plug-in instance based on the type of the created test session comprises the following specific steps:
s301: based on the type of the test session, a test protocol plug-in example is appointed to the test session;
s302: adding the test session to the specified test protocol plug-in instance;
s303: appointing a test protocol plug-in instance to schedule a test session, and reading scheduling information of the test session;
s304: creating a trigger according to the scheduling information, and adding the created trigger to a trigger queue of a specified test protocol plug-in example;
s305: and the trigger calls a scheduling interface of the specified test protocol plug-in example to schedule the test session.
On the basis of the technical scheme, the method for acquiring and storing the test data according to the scheduling of the test session comprises the following specific steps:
s401: the trigger periodically calls a scheduling interface of a specified test protocol plug-in example to schedule a test session, and the test protocol plug-in example acquires test data;
s402: and the test protocol plug-in example informs the external data memory to store the acquired test data into the external data memory.
The invention provides an extensible service quality diagnosis configuration system, which comprises:
the scanning module is used for scanning a protocol plug-in directory in the network management service quality management system, loading the scanned protocol plug-in a memory and constructing a test protocol plug-in example;
the creating module is used for creating a test session according to default template data in the protocol plug-in;
the scheduling module is used for providing a function of scheduling the test session for the corresponding test protocol plug-in example based on the type of the created test session;
and the storage module is used for acquiring and storing the test data according to the scheduling of the test session.
On the basis of the technical scheme, the scanning module scans the plug-ins in the network management service quality management system, loads the scanned plug-ins into the memory, and constructs a test protocol plug-in example, and the specific process comprises the following steps:
scanning all protocol plug-ins under a protocol plug-in directory in a network management service quality management system, acquiring the protocol plug-ins and loading the protocol plug-ins in a memory;
verifying the legality of the protocol plug-in, and creating a test protocol plug-in example after the protocol plug-in passes the verification;
the test protocol plug-in example loads the template configuration parameter rule of the protocol plug-in from the plug-in module configuration file to the memory;
and adding the test protocol plug-in instance to the plug-in manager by taking the protocol number and the version of the protocol plug-in as keys.
On the basis of the technical scheme, the creating module creates the test session according to default template data in the protocol plug-in, and the specific process comprises the following steps:
the network management service quality management system configures a test session parameter;
sending the configured test session parameters to a test protocol plug-in example;
and the test protocol plug-in example verifies the test session parameters, and after the verification is passed, the test protocol plug-in example creates a test session based on the test session parameters.
On the basis of the technical scheme, the scheduling module provides a function of scheduling the test session for the corresponding test protocol plug-in instance based on the type of the created test session, and the specific process comprises the following steps:
based on the type of the test session, a test protocol plug-in example is appointed to the test session;
adding the test session to the specified test protocol plug-in instance;
appointing a test protocol plug-in instance to schedule a test session, and reading scheduling information of the test session;
creating a trigger according to the scheduling information, and adding the created trigger to a trigger queue of a specified test protocol plug-in example;
and the trigger calls a scheduling interface of the specified test protocol plug-in example to schedule the test session.
On the basis of the technical scheme, the storage module collects and stores test data according to the scheduling of the test session, and the specific process comprises the following steps:
the trigger periodically calls a scheduling interface of a specified test protocol plug-in example to schedule a test session, and the test protocol plug-in example acquires test data;
and the test protocol plug-in example informs the external data memory to store the acquired test data into the external data memory.
Compared with the prior art, the invention has the advantages that: after the test protocol plug-in is scanned out, a test protocol plug-in instance object is constructed, management of the test protocol plug-in instance on various sessions is supported in a mode of configuring a parameter template and an instruction, and meanwhile, the test protocol plug-in instance is also used for carrying out data acquisition on the test sessions, so that support of the system on diversity of the test protocols is improved, expansion of a network management service quality management system on the test protocols is facilitated, and service quality diagnosis efficiency is effectively improved.
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Fig. 1 is a flowchart of an expandable qos diagnosis configuration method according to an embodiment of the present invention.
Detailed Description
The embodiment of the invention provides an extensible service quality diagnosis configuration method, which comprises the steps of scanning a test protocol plug-in, constructing a test protocol plug-in instance object, and supporting the management of the test protocol plug-in object on various sessions in a mode of configuring a parameter template and an instruction, thereby improving the diversity support of a system on a test protocol and facilitating the expansion of a network management service quality management system on the test protocol. The embodiment of the invention also correspondingly provides an extensible service quality diagnosis configuration system.
Referring to fig. 1, an embodiment of a scalable qos diagnosis configuration method according to an embodiment of the present invention includes the following steps:
s1: scanning the protocol plug-in directory in the network management service quality management system, loading the scanned protocol plug-in the memory, and constructing a test protocol plug-in example.
In the embodiment of the invention, a protocol plug-in directory in a network management service quality management system is scanned, the scanned protocol plug-in is loaded in a memory, and a test protocol plug-in example is constructed, and the specific steps are as follows:
s101: scanning all protocol plug-ins under a protocol plug-in directory in a network management service quality management system, acquiring the protocol plug-ins and loading the protocol plug-ins in a memory;
s102: and checking the legality of the protocol plug-in, and creating a test protocol plug-in example after the protocol plug-in passes the checking. After the protocol plug-in is loaded in the memory, the interface information of the protocol plug-in is checked, and then a test protocol plug-in example is created for each protocol plug-in passing the check.
S103: the test protocol plug-in example loads the template configuration parameter rule of the protocol plug-in from the plug-in module configuration file to the memory. The template configuration parameter rule can be obtained through a template loading interface of an access protocol plug-in, the template configuration parameter rule uses PB MESSAGE description, PB (protocol buffer) is a flexible, efficient and automatic method for structured data serialization, and the MESSAGE description is a global MESSAGE object structure.
S104: and adding the test protocol plug-in instance to the plug-in manager by taking the protocol number and the version of the protocol plug-in as keys.
S2: and creating a test session according to default template data in the protocol plug-in. Each protocol plug-in corresponds to a test session type, and all protocol plug-ins can be scanned through the plug-in manager to obtain the test session type of the protocol plug-in, and the test session type can be provided for a user to select or designate by the user.
S3: based on the type of the created test session, scheduling the test session corresponding to the test protocol plug-in example;
s4: and according to the dispatching of the test session, collecting and storing test data.
The extensible service quality diagnosis configuration method of the embodiment of the invention constructs the test protocol plug-in instance object after scanning the test protocol plug-in, supports the management of the test protocol plug-in instance to various sessions by means of configuring the parameter template and the instruction, and simultaneously the test protocol plug-in instance is also used for carrying out data acquisition on the test sessions, thereby improving the support of the system to the diversity of the test protocol, facilitating the expansion of the network management service quality management system to the test protocol and effectively improving the service quality diagnosis efficiency.
Optionally, on the basis of the embodiment corresponding to fig. 1, in a first optional embodiment of the extensible service quality diagnosis configuration method provided in the embodiment of the present invention, a test session is created according to default template data in a protocol plug-in, and the specific steps include:
s201: the network management service quality management system configures a test session parameter;
s202: sending the configured test session parameters to a test protocol plug-in example;
s203: and the test protocol plug-in example verifies the test session parameters, and after the verification is passed, the test protocol plug-in example creates a test session based on the test session parameters.
Based on the type of the created test session, the test session is scheduled corresponding to the test protocol plug-in instance, and the specific steps include:
s301: based on the type of the test session, a test protocol plug-in example is appointed to the test session;
s302: adding the test session to the specified test protocol plug-in instance;
s303: appointing a test protocol plug-in instance to schedule a test session, and reading scheduling information of the test session;
s304: creating a trigger according to the scheduling information, and adding the created trigger to a trigger queue of a specified test protocol plug-in example;
s305: and the trigger calls a scheduling interface of the specified test protocol plug-in example to schedule the test session.
According to the dispatching of the test session, collecting and storing test data, the method specifically comprises the following steps:
s401: the trigger periodically calls a scheduling interface of a specified test protocol plug-in example to schedule a test session, and the test protocol plug-in example acquires test data;
s402: and the test protocol plug-in example informs the external data memory to store the acquired test data into the external data memory.
In the embodiment of the invention, a protocol plug-in directory in a network management service quality management system is scanned, the protocol plug-ins are loaded into a memory, interface information of the protocol plug-ins is checked, a test protocol plug-in example is generated for each plug-in meeting interface requirements, an initialization interface of the plug-in example is accessed, and a default parameter configuration file and an instruction configuration file are loaded. Configuring a test protocol session of a specific type, inquiring a default parameter information template of a test protocol plug-in example, inputting a corresponding test session parameter, and checking the validity of the session parameter by using the parameter template. And submitting the test session parameters, inquiring a test protocol plug-in example corresponding to the test session type, and creating the test session by using a test session creating interface of the protocol plug-in. After the test session object is created, the test session is added to the test protocol plug-in example for scheduling and management, the test protocol plug-in example schedules according to the parameters configured by the test session type, triggers the specified event and informs the test protocol plug-in example of the specified acquisition behavior, the test protocol plug-in example acquires the test data according to the acquisition instruction specified in the configuration file and stores the acquired test data into the specified external memory.
An embodiment of an extensible service quality diagnosis configuration system provided in an embodiment of the present invention includes:
the scanning module is used for scanning a protocol plug-in directory in the network management service quality management system, loading the scanned protocol plug-in a memory and constructing a test protocol plug-in example;
the creating module is used for creating a test session according to default template data in the protocol plug-in;
the scheduling module is used for providing a function of scheduling the test session for the corresponding test protocol plug-in example based on the type of the created test session;
and the storage module is used for acquiring and storing the test data according to the scheduling of the test session.
The scanning module scans the plug-in the network management service quality management system, loads the scanned plug-in the memory, and constructs a test protocol plug-in example, and the specific process comprises the following steps:
scanning all protocol plug-ins under a protocol plug-in directory in a network management service quality management system, acquiring the protocol plug-ins and loading the protocol plug-ins in a memory;
verifying the legality of the protocol plug-in, and creating a test protocol plug-in example after the protocol plug-in passes the verification;
the test protocol plug-in example loads the template configuration parameter rule of the protocol plug-in from the plug-in module configuration file to the memory;
and adding the test protocol plug-in instance to the plug-in manager by taking the protocol number and the version of the protocol plug-in as keys.
The creating module creates a test session according to default template data in the protocol plug-in, and the specific process comprises the following steps:
the network management service quality management system configures a test session parameter;
sending the configured test session parameters to a test protocol plug-in example;
and the test protocol plug-in example verifies the test session parameters, and after the verification is passed, the test protocol plug-in example creates a test session based on the test session parameters.
The scheduling module provides a function of scheduling the test session for the corresponding test protocol plug-in instance based on the type of the created test session, and the specific process comprises the following steps:
based on the type of the test session, a test protocol plug-in example is appointed to the test session;
adding the test session to the specified test protocol plug-in instance;
appointing a test protocol plug-in instance to schedule a test session, and reading scheduling information of the test session;
creating a trigger according to the scheduling information, and adding the created trigger to a trigger queue of a specified test protocol plug-in example;
and the trigger calls a scheduling interface of the specified test protocol plug-in example to schedule the test session.
The storage module collects and stores test data according to the scheduling of the test session, and the specific process comprises the following steps:
the trigger periodically calls a scheduling interface of a specified test protocol plug-in example to schedule a test session, and the test protocol plug-in example acquires test data;
and the test protocol plug-in example informs the external data memory to store the acquired test data into the external data memory.
The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems) and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
The present invention is not limited to the above-described embodiments, and it will be apparent to those skilled in the art that various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements are also considered to be within the scope of the present invention. Those not described in detail in this specification are within the skill of the art.
Claims (10)
1. An expandable service quality diagnosis configuration method is characterized by comprising the following steps:
scanning a protocol plug-in directory in a network management service quality management system, loading the scanned protocol plug-in a memory, and constructing a test protocol plug-in example;
creating a test session according to default template data in the protocol plug-in;
based on the type of the created test session, scheduling the test session corresponding to the test protocol plug-in example;
and according to the dispatching of the test session, collecting and storing test data.
2. A scalable qos diagnostic configuration method as claimed in claim 1, characterized by: the method for scanning the plug-in the network management service quality management system loads the scanned plug-in the memory and constructs a test protocol plug-in example, and comprises the following specific steps:
s101: scanning all protocol plug-ins under a protocol plug-in directory in a network management service quality management system, acquiring the protocol plug-ins and loading the protocol plug-ins in a memory;
s102: verifying the legality of the protocol plug-in, and creating a test protocol plug-in example after the protocol plug-in passes the verification;
s103: the test protocol plug-in example loads the template configuration parameter rule of the protocol plug-in from the plug-in module configuration file to the memory;
s104: and adding the test protocol plug-in instance to the plug-in manager by taking the protocol number and the version of the protocol plug-in as keys.
3. A scalable qos diagnostic configuration method as claimed in claim 2, characterized by: the method for creating the test session according to the default template data in the protocol plug-in includes the following specific steps:
s201: the network management service quality management system configures a test session parameter;
s202: sending the configured test session parameters to a test protocol plug-in example;
s203: and the test protocol plug-in example verifies the test session parameters, and after the verification is passed, the test protocol plug-in example creates a test session based on the test session parameters.
4. The extensible service quality diagnostic configuration method according to claim 3, wherein the scheduling of the test session corresponding to the test protocol plug-in instance based on the type of the created test session comprises the specific steps of:
s301: based on the type of the test session, a test protocol plug-in example is appointed to the test session;
s302: adding the test session to the specified test protocol plug-in instance;
s303: appointing a test protocol plug-in instance to schedule a test session, and reading scheduling information of the test session;
s304: creating a trigger according to the scheduling information, and adding the created trigger to a trigger queue of a specified test protocol plug-in example;
s305: and the trigger calls a scheduling interface of the specified test protocol plug-in example to schedule the test session.
5. The scalable qos diagnostic configuration method of claim 4, wherein the collecting and storing of test data according to the scheduling of test sessions comprises the steps of:
s401: the trigger periodically calls a scheduling interface of a specified test protocol plug-in example to schedule a test session, and the test protocol plug-in example acquires test data;
s402: and the test protocol plug-in example informs the external data memory to store the acquired test data into the external data memory.
6. A scalable quality of service diagnostic configuration system, comprising:
the scanning module is used for scanning a protocol plug-in directory in the network management service quality management system, loading the scanned protocol plug-in a memory and constructing a test protocol plug-in example;
the creating module is used for creating a test session according to default template data in the protocol plug-in;
the scheduling module is used for providing a function of scheduling the test session for the corresponding test protocol plug-in example based on the type of the created test session;
and the storage module is used for acquiring and storing the test data according to the scheduling of the test session.
7. The extendable service quality diagnosis configuration system of claim 6, wherein the scanning module scans plug-ins in the network management service quality management system, loads the scanned plug-ins in the memory, and constructs a test protocol plug-in instance, the specific process includes:
scanning all protocol plug-ins under a protocol plug-in directory in a network management service quality management system, acquiring the protocol plug-ins and loading the protocol plug-ins in a memory;
verifying the legality of the protocol plug-in, and creating a test protocol plug-in example after the protocol plug-in passes the verification;
the test protocol plug-in example loads the template configuration parameter rule of the protocol plug-in from the plug-in module configuration file to the memory;
and adding the test protocol plug-in instance to the plug-in manager by taking the protocol number and the version of the protocol plug-in as keys.
8. The scalable qos diagnostic configuration system of claim 7, wherein said creation module creates test sessions according to default template data in a protocol plug-in, and the specific process comprises:
the network management service quality management system configures a test session parameter;
sending the configured test session parameters to a test protocol plug-in example;
and the test protocol plug-in example verifies the test session parameters, and after the verification is passed, the test protocol plug-in example creates a test session based on the test session parameters.
9. The scalable qos diagnostic configuration system of claim 8, wherein the scheduling module provides a function of scheduling test sessions for corresponding test protocol plug-in instances based on the type of the created test session, and the specific process includes:
based on the type of the test session, a test protocol plug-in example is appointed to the test session;
adding the test session to the specified test protocol plug-in instance;
appointing a test protocol plug-in instance to schedule a test session, and reading scheduling information of the test session;
creating a trigger according to the scheduling information, and adding the created trigger to a trigger queue of a specified test protocol plug-in example;
and the trigger calls a scheduling interface of the specified test protocol plug-in example to schedule the test session.
10. The scalable qos diagnostic configuration system of claim 9, wherein the storage module collects and stores test data according to scheduling of test sessions, and the specific process comprises:
the trigger periodically calls a scheduling interface of a specified test protocol plug-in example to schedule a test session, and the test protocol plug-in example acquires test data;
and the test protocol plug-in example informs the external data memory to store the acquired test data into the external data memory.
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