WO2019196227A1

WO2019196227A1 - Platform integration method and apparatus, and computer device and storage medium

Info

Publication number: WO2019196227A1
Application number: PCT/CN2018/095495
Authority: WO
Inventors: 钟宇料; 郭康杰; 黄涛
Original assignee: 平安科技（深圳）有限公司
Priority date: 2018-04-10
Filing date: 2018-07-12
Publication date: 2019-10-17
Also published as: CN108804239B; CN108804239A

Abstract

Provided are a platform integration method and apparatus, and a computer device and a storage medium. The method comprises: calling an application programming interface of each application platform in a business operation procedure (S1); writing the application programming interfaces of each application platform into an operation page for integration (S2); respectively generating a link icon corresponding to each application platform on the operation page (S3); and when an operation instruction of a link icon corresponding to a target application platform in the application platforms is received, entering the target application platform by means of calling an application programming interface of the target application platform (S4). The method can achieve the automatic switching of application platforms.

Description

Platform integration method, device, computer device and storage medium

The present application claims priority to Chinese Patent Application No. 2018103167368, filed on Apr. 10, 2018, the entire disclosure of which is incorporated herein by reference. Combined in this application.

Technical field

The present application relates to the field of computers, and in particular, to a method, apparatus, computer device and storage medium for platform integration.

Background technique

There are many tool application platforms, such as ZABBIX (a web-based open source solution that provides distributed system monitoring and network monitoring functions), MARIO (a system monitoring product that focuses on fault location, system) Problem warning and performance improvement suggestions), log cloud, ANSIBLE (automatic operation and maintenance tool, based on Python development, which combines the advantages of many operation and maintenance tools, realizes batch system configuration, batch program deployment, batch operation commands, etc.) Specialized in the affairs of their own domain, users need to enter the system platform, open and log in to the system before they can handle the corresponding transaction. However, from the perspective of application operation and maintenance, operation and maintenance personnel need to use a variety of tools to apply the platform. In order to solve abnormalities or complete business, the staff needs to switch back and forth between different application platforms, which consumes a lot of manpower, material resources and financial resources, and the efficiency of business progress is low. And prone to human error.

technical problem

The main purpose of the present application is to provide a platform integration method, which aims to solve the technical problem that each service platform required in a business operation cannot be centralized on one operation page for automatic switching.

Technical solution

The application proposes a platform integration method, including:

Invoking an application programming interface of each application platform involved in the business operation process;

Writing the application programming interface of each application platform to an operation page for integration;

Generating a link icon corresponding to each of the application platforms on the operation page;

When the operation instruction of the link icon corresponding to the target application platform in each application platform is received, the target application platform is entered in the operation page by calling an application programming interface of the target application platform.

The application also provides a platform integration device, including:

a first calling module, configured to invoke an application programming interface of each application platform involved in the business operation process;

a writing module, configured to write the application programming interface of each application platform into an operation page for integration;

a first generation module, configured to generate a link icon corresponding to each application platform on the operation page;

a second calling module, configured to: when receiving an operation instruction of a link icon corresponding to the target application platform in each application platform, by calling an application programming interface of the target application platform, entering the operation page The target application platform.

The application also provides a computer device comprising a memory and a processor, the memory storing computer readable instructions, the processor implementing the steps of the method when the computer readable instructions are executed.

The present application also provides a computer non-transitory readable storage medium having stored thereon computer readable instructions that, when executed by a processor, implement the steps of the methods described above.

Beneficial effect

The application integrates the application platform APIs into the same operation page to form an integrated platform with specified functions, and automatically switches the application platform, thereby reducing or completely avoiding manual switching between different application platforms during the business operation process; Go to the operation page, realize switching in one operation page set, improve the flexibility and concentration of the automation process; realize the automatic selection optimization scheme by matching the a priori exception solution, and improve the timeliness and process of solving the abnormal alarm; The integrated operation page centrally monitors the data of each platform, and generates monitoring abnormal warnings in time to improve the timeliness of monitoring and improve efficiency.

DRAWINGS

1 is a schematic flow chart of a method for platform integration according to an embodiment of the present application;

2 is a schematic structural diagram of an apparatus for platform integration according to an embodiment of the present application;

3 is a schematic structural diagram of a second calling module according to an embodiment of the present application;

4 is a schematic structural diagram of a determining unit according to an embodiment of the present application;

FIG. 5 is a schematic diagram of a re-optimization structure of a second calling module according to an embodiment of the present application; FIG.

6 is a schematic structural diagram of an apparatus for platform integration according to another embodiment of the present application;

FIG. 7 is a schematic structural diagram of a determining unit according to still another embodiment of the present application;

8 is a schematic structural diagram of a second calling module according to still another embodiment of the present application;

9 is a schematic diagram of an optimized structure of a second calling module according to another embodiment of the present application;

FIG. 10 is a schematic structural diagram of a device for platform integration according to still another embodiment of the present application; FIG.

FIG. 11 is a schematic diagram showing the internal structure of a computer device according to an embodiment of the present application.

BEST MODE FOR CARRYING OUT THE INVENTION

Referring to FIG. 1, a method for platform integration according to an embodiment of the present application includes:

S1: Call the application programming interface of each application platform involved in the business operation flow.

The application programming interface of this step refers to the link mode of connecting the integrated application platforms when the platform is integrated. The implementation program calls the application programming interface open to each application platform, so that the functions of each application platform are automatically according to the preset business operation flow. Convergence, no human intervention, saving human resources. The application programming interface of this embodiment is an interface between the application platform and the operation page. For a complex system including more application platforms, the responsibilities of each application platform are reasonably planned. In this embodiment, the application programming interface is used to connect the application platforms, and the application platforms are integrated into the same operation page, thereby reducing the interdependence of the application platforms in the integration platform, improving the cohesion of the integration platform, and reducing the coupling degree of the integration platform, thereby Convenient maintenance of the integration platform and extension of the integration platform.

S2: Write the application programming interface of each application platform to the operation page for integration.

In this step, the application programming interface of each application platform is written on the same operation interface to realize platform integration, so that the layout of each application platform is more concentrated and does not depend on each other, and each application platform is on the same operation page, and according to the preset. The business operation process automatically jumps in turn, which can automatically complete the complete business operation process, improve the flexibility and concentration of the automation process, further improve the automation efficiency of business operations, and improve the timing and processing efficiency of business operations.

S3: Generate a link icon corresponding to each application platform on the operation page.

Each application platform is displayed on the operation page through the link icon, so that each application platform is integrated on the same operation page through the corresponding application programming interface, so that it is convenient to call and manage the application platforms according to the business operation process.

S4: When receiving an operation instruction for a link icon corresponding to the target application platform in each application platform, the target application platform is accessed in the operation page by calling an application programming interface of the target application platform.

The target application platform in this embodiment refers to an application platform corresponding to the next process in the service operation process. The application programming interface of the target application platform corresponding to the link icon is invoked by the link icon to realize jumping from the current page to the target application platform, thereby facilitating manual participation in maintenance.

Further, step S4 of this embodiment includes:

S40: Monitor a progress status of the first application platform of the business operation flow of the operation page.

The progress status of this step includes the normal progress status and abnormal status according to the business operation flow. The normal progress status, such as the beginning of progress, progress, and the end of progress, can also be expressed by the percentage of progress, so as to better capture the progress data of the business operation process and make the automated business operation flow more smooth.

S41: Determine whether the progress status meets a preset condition for switching from the first application platform to the second application platform.

For example, the preset conditions of this step include the progress end point of the business operation flow, the abnormal alarm time in the received business operation flow, or the progress of the business operation flow is displayed as 100%.

S42: If yes, switch from the first application platform to the second application platform by calling an application programming interface of the second application platform.

This step is to switch from the first application platform to the second application platform by calling the application programming interface of the second application platform, thereby improving the flexibility and smoothness of the automatic jump.

Further, step S41 of the embodiment includes:

S410: Monitor whether a process abnormality alarm of the first application platform is received.

In this embodiment, the abnormal alarm is monitored by the monitoring process as the progress amount, so as to switch from the first application platform to the second application platform, and the process abnormality of the first application platform is timely solved by switching to the second application platform. For example, in the process of using the abnormality of the specific function, when receiving the monitoring timeout alarm, switch to the ZABBIX application platform, check the timeout amount by logging in to ZABBIX, and perform abnormal diagnosis, abnormal repair or elimination to ensure the continuation of the business operation process. For example, according to the business operation process, after checking the timeout amount, log in to the MARIO application platform to query the request amount per minute and the response time, and then start the ANSIBLE application platform according to the business operation flow, to obtain each request processing process of each host. Time detail data. The foregoing service operation process includes: discovering a keyword exception through an alarm->a statistical association API (Application) Programming Interface (referred to as API, application programming interface) request volume -> query detail log -> determine whether it is necessary to restart the application to solve the abnormal fault. In this embodiment, the application platform required to solve the abnormal fault is integrated into the same operation page through the APIs of the application platform in the operation and maintenance process, so that the abnormal fault is timely processed on the same operation page, and the abnormal fault is solved. Process fluency and timeliness.

S411: If received, determining that the preset condition for switching from the first application platform to the second application platform is satisfied.

In this embodiment, whether the abnormal alarm in the business operation process is monitored or not is determined whether the application platform integrated on the integrated platform is switched to meet the functions of automatic disaster recovery switching and automatic abnormality diagnosis.

S412: If not received, determining that the preset condition for switching from the first application platform to the second application platform is not satisfied.

In this embodiment, the integrated platform includes the function integration sub-platform for abnormal diagnosis and disaster recovery switching, and also includes other integrated sub-platforms for specifying the business process. The function integration sub-platform of the abnormality diagnosis and the disaster recovery switching in this embodiment does not receive the abnormal alarm in the business operation flow, and can continue to switch the integration sub-platforms of other specified business processes according to the preset business operation flow to complete the designation. Business operations. The function integration sub-platform of the abnormality diagnosis and the disaster recovery switching of the embodiment receives the abnormal alarm in the business operation flow, starts the function integration sub-platform of the abnormal diagnosis and the disaster recovery switch, and interrupts the integration sub-platform of other specified business processes. Normal work, in order to improve the abnormality through the function integration sub-platform of abnormal diagnosis and disaster recovery switching, and automatically restore the normal work of the integrated sub-platform of other specified business processes after the abnormality is repaired.

Further, before step S42 of this embodiment, the method includes:

S420: Diagnose the fault type of the process abnormal alarm of the first application platform.

In this embodiment, the process abnormal alarm is monitored to satisfy the preset condition of the platform switching, and the fault type is distinguished by the type of the received keyword. For example, the fault types of the integrated platform include transaction faults, system faults, and media faults, and the keywords corresponding to transaction faults, system faults, and media faults are W, S, and M, respectively.

S421: Match the fault solution according to the fault type.

In this embodiment, a priori database with a fault solution is included, and the optimal fault solution can be matched according to the type of the keyword, so as to achieve application-level process, automation, and solution optimization. In other embodiments of the present application, if two or more keyword abnormal alarms are simultaneously received, the system determines which application platform the two or more keywords belong to, and selects a customized process to diagnose the problem. And finally returning the diagnosis results corresponding to the above two or more keyword alarms respectively. In other embodiments of the present application, when the diagnosis results corresponding to the two or more keyword alarms are respectively returned, the customized exception processing scheme is automatically invoked, and different recovery strategies are adopted according to different types of faults.

For example, a transaction failure indicates a failure caused by an unexpected, abnormal program end, and the cause of the abnormal termination of the program includes input data error, operation overflow, violation of storage protection, deadlock of parallel transaction, and the like. In the event of a transaction failure, the transaction that was forced to interrupt may have modified the database of the application platform. In order to eliminate the impact of the transaction on the database, the information recorded in the log file is used to forcefully roll back the transaction, and the application platform is The database is restored to its original state before modification. To do this, check the records in the log file that have changed by the firm, and cancel the changes made by the unfinished firm. The transaction recovery operation is called transaction revocation, as follows: 1) Reverse scan the log file to find the update operation of the transaction. 2) Perform an inverse operation on the update operation of the transaction, that is, delete the new record that has been inserted, insert the deleted record, restore the old value to the modified data, replace the new value with the old value, and Scan all the update operations that the transaction has done one by one, and take the same processing until the start tag of this transaction is scanned, and the transaction failure is restored.

For example, a system failure and its recovery system failure means that the system stops running due to some reason during the operation of the system, causing all running transactions to terminate in an abnormal manner, requiring the system to restart. The cause of the system failure may be a hardware error (such as a CPU failure, operating system) or code error, sudden power failure, and so on. A system failure causes all the contents of the database buffer in the memory to be lost. Although the database stored on the external storage device is not destroyed, the reliability of the content is poor. After a system failure occurs, it may cause some outstanding transactions to update the database to the database. After the system is restarted, all unfinished transactions are forcibly revoked, and the changes made to the database by the transaction are cleared. It may cause the result of the update of the committed transaction to the database to remain in the buffer and not yet written to the physical database on the disk, causing the database to be in an inconsistent state, so the result of the transaction commit should be rewritten to the database. Recovery of system failures must complete two aspects of work, both to cancel all completed transactions, and to redo all committed transactions, as follows: 1) Forward scan log files, find unsubmitted transactions, and The transaction identifier is used to undo the queue, and at the same time, it finds the committed transaction and records its transaction identifier in the redo queue. 2) Undo the processing of each transaction in the undo queue. 3) Redo processing each transaction in the redo queue. The method of redo processing is to forward scan the log file, and re-execute the operation according to the operation contents registered in the log file to restore the database to a recent available state. After a system failure, because it is impossible to determine which completed transactions have been updated, and which commits have not yet been written to the database, after the system restarts, all completed transactions are revoked, and all committed commits are redone. Business. Usually, the method of setting up a checkpoint is used to judge whether the transaction ends normally. For example, every time, for example, 5 minutes, the system generates a checkpoint, and writes the content still in the log buffer to the log file; in the log file Write a "checkpoint record"; write the contents of the database buffer to the database, that is, write the updated content to the physical database; write the address of the checkpoint record in the log file to the "restart file". On reboot, the recovery manager first obtains the address of the checkpoint record from the "restart file", and finds the contents of the checkpoint record from the log file to determine which transactions need to be undone and restored to the initial state, which The transaction needs to be redone.

For example, the medium failure and the recovery medium failure refer to that the auxiliary storage medium is damaged during the operation, and the data stored in the external storage is partially or completely lost, which is the most serious failure and is highly destructive. The physical data and log files on the disk may be corrupted, requiring the most recent backup database copy before the media failure to occur, and then redoing all transactions running after the copy. The specific method is as follows: 1) Load the latest database copy to restore the database to the available state at the time of the most recent dump. 2) Load the latest copy of the log file and redo the completed transaction according to the contents of the log file. First scan the log file to find out the transaction that was committed when the failure occurred and record it in the redo queue. Then, the log file is forwardly scanned, and each transaction in the redo queue is redone processed by scanning the log file forward and re-executing the registration operation for each redo transaction, that is, writing the "updated value" in the log record. Into the database.

S422: Determine, according to the solution, that the specified application platform is the second application platform.

According to the processing flow in the a priori database, the specified second application platform having the effect of eliminating the current fault is determined. For example, according to the a priori data of the transaction failure, the application platform with the scanning function is invoked to scan the log file in reverse to find the update operation of the transaction; then, the application platform with the recovery function is called to execute the new record that has been inserted. Perform the delete operation, insert the deleted record, restore the old value to the modified data, and replace the new value with the old value until the fault is recovered.

Further, before step S1 of another embodiment of the present application, the method includes:

S10: The business operation flow of designing the operation page.

In this embodiment, the business operation flow of the operation page is designed according to the implementation process of the operation service, so as to realize the process automation of completing the specified service.

S11: Filter each application platform required according to the business operation process.

According to the business process, each application platform involved in the business operation is filtered. Each application platform in this step has an open API, so that each application platform is integrated into an operation page according to the pre-designed business operation process in step S10 to reduce The artificial switching between different application platforms during the business process improves the automation efficiency of business operations.

The integrated platform API of this embodiment can be used to allocate memory or access files. The API of this embodiment includes functions, constants, variables, and data structures, and can implement instructions for quickly performing switching. The API of this embodiment is composed of one or more DLLs (Dynamic Link Library) that provide some specified special functions, and functions of APIs that can be called by any application platform running on the integration platform. The function in the integration platform runtime DLL is dynamically linked to the application platform that called it, but there are several application platform calls. A function in a DLL that has only one file on the disk that contains the function and only creates the DLL when it is loaded into memory.

Step S41 of another embodiment of the present application includes:

S413: Monitor whether a process completion alarm of the first application platform is received.

In this embodiment, by monitoring whether the process completion degree reaches the expected progress condition of the platform handover, the handover from the first application platform to the second application platform is implemented to gradually complete a service operation. For example, the business operation is to generate a daily inspection report of the system, so as to discover and solve the problem in time to ensure that the operating system of the integrated platform runs normally. First, the application platform that needs to be inspected is integrated into the operation page through an API. The integration platform for generating the daily inspection report of the system, for example, after the application platforms are sequentially integrated into the operation page according to the business process, automatically jump to the application platforms and gradually complete the business content according to the business operation flow on the same operation page. For example, complete automatic inspection and generate daily inspection reports, including inspection user login platform->patrol inspection and reception platform->patrol internal and external network analysis platform->patrol residual address space->patrol network access->patrol inspection Backup execution -> patrol storage remaining space. In other embodiments of the present application, the application platform involved in the business operation process can be integrated into an operation page through an API to form an integration platform having other functions, and each application platform is more flexible and realizes different functions through API integration. The automation of business operations, such as automatic resource expansion, system abnormal self-healing, automatic monitoring and monitoring, emergency start and stop, and other business operations.

S414: If received, determining that the preset condition for switching from the first application platform to the second application platform is satisfied.

In this embodiment, it is determined whether the amount of the business operation process is up to standard, and whether the application platform integrated on the integrated platform is switched to meet the automatic completion of the business operation.

S415: If not received, determining that the preset condition for switching from the first application platform to the second application platform is not satisfied.

If the business operation process quantity compliance alarm is not received, the first application platform continues to perform the sub-service operation until the process quantity reaches the standard, and then switches to the second application platform to continue to complete the new sub-service operation. Until the entire business process is completed.

Further, in another embodiment of the present application, after step S42, the method includes:

S423: Record process data from the first application platform to the second application platform.

This step records all running data in the process by real-time recording of business processes, so that subsequent data can be searched, for example, by finding data to analyze the cause of the fault when a fault occurs.

S424: The process data is summarized in the chronological order of the processes from the front to the back to form a running file.

This step summarizes the running data of each application in the business operation process in the order of the process time from the front to the back, so as to make the matching of the business operation process reasonable, the smoothness of the cooperation, and the timeliness and precision of the specified service. Comprehensive analysis and evaluation. The operational data of this step includes but is not limited to running links, platform jump delays, and the like.

S425: Generate a data packet corresponding to the service operation flow by compressing the running file.

The running data is matched with the preset business operation flow of the corresponding specified service type to form a matching data packet.

Further, in another embodiment of the present application, after step S425, the method includes:

S426: Analyze each data packet corresponding to a different service operation process in the specified service.

In this embodiment, in the same designated service, there are different service operation processes. For example, the first service operation process includes from the A platform to the B platform to the C platform to the D platform, to complete the designated service, corresponding to the data packet a; the second service The operation flow can be completed from the A platform to the C platform to the B platform to the D platform, corresponding to the data packet b.

S427: Select an optimized business operation process of the specified service according to a comparison attribute of each business operation process.

The comparison attributes in this step include parameter information such as fluency of the business operation process, timeliness of business completion, and satisfaction of the business completion, and according to the above parameter information, the optimal business operation flow that is closest to the user's intention is selected.

Further, after step S427, the method includes:

S428: Recording each optimized business operation flow corresponding to each specified service and each application platform in each optimized business operation process to form a database.

In this step, the optimized business operation process corresponding to the specified service and each application platform in each optimized business operation process are summarized into the same folder, and the folder is named with the specified service name, and the price of each specified service is The folder forms a database according to different storage paths, so as to promote and apply more effectively and widely. The specified services in this step are set according to the user's industry background and application goals. For example, the designated services in the financial industry and the transportation industry are quite different, and are designated as different service types.

In another embodiment of the present application, after step S4, the method further includes:

S5: Monitor whether data of each application platform is abnormal.

This step monitors the running status of each application platform within a specified time interval by setting the monitoring time interval, or sets the real-time monitoring of the running status of each application platform, and finds an abnormality in time. Improve monitoring efficiency by centrally monitoring data across integrated application platforms.

S6: If an abnormality occurs, generate a corresponding data abnormality alarm of the application platform.

In this step, when the data is abnormal, the data abnormality alarm is automatically generated on the operation page of the integration platform to improve the timeliness of the monitoring.

S7: The abnormal alarm is fed back to the corresponding application platform.

In this step, the abnormal alarm is fed back to each corresponding application platform to improve the pertinence of the monitoring.

In this embodiment, the application platform API is integrated into the same operation page to form an integrated platform with designated functions, and the automatic switching of the application platform reduces or completely avoids manual switching between different application platforms during the business operation process; Integration into the operation page, realize switching in one operation page set, improve the flexibility and concentration of the automation process; achieve automatic selection and optimization scheme by matching the prior anomaly solution, improve the timeliness and process of solving the abnormal alarm; Monitor the data of each platform in the integrated operation page, and generate monitoring abnormal warnings in time to improve the timeliness of monitoring and improve efficiency.

Referring to FIG. 2, an apparatus for platform integration according to an embodiment of the present application includes:

The first calling module 1 is used to invoke an application programming interface of each application platform involved in the business operation flow.

The application programming interface of the embodiment refers to a link mode for connecting the integrated application platforms when the platform is integrated. The first call module 1 invokes an application programming interface open to each application platform to facilitate the function of each application platform. The preset business operation process is automatically connected, without human intervention, saving human resources. The application programming interface of this embodiment is an agreement between the application platform and the operation page. For a complex system including more application platforms, the responsibility of each application platform is reasonably planned. In this embodiment, the application programming interface is used to connect the application platforms, and the application platforms are integrated into the same operation page, thereby reducing the interdependence of the application platforms in the integration platform, improving the cohesion of the integration platform, and reducing the coupling degree of the integration platform, thereby Convenient maintenance of the integration platform and extension of the integration platform.

The writing module 2 is configured to write the application programming interface of each application platform into an operation page for integration.

The writing module 2 of the embodiment is written on the same operation interface through the application programming interface opened by each application platform to realize platform integration, so that the layout of each application platform is more concentrated and does not depend on each other, and each application platform is on the same operation page. And automatically jump according to the preset business operation flow, which can automatically complete the complete business operation process, improve the flexibility and concentration of the automation process, further improve the automation efficiency of business operations, and improve the timing of business operations. Sex and processing efficiency.

The first generation module 3: respectively generate link icons corresponding to the application platforms on the operation page.

The first generation module 3 generates a link icon to display each application platform on the operation page, so that each application platform is integrated on the same operation page through the corresponding application programming interface, so that it is convenient to centrally call and control according to the business operation process. Application platform.

The second invoking module 4 is configured to enter an operation instruction interface of the target application platform by using an application programming interface of the target application platform when receiving an operation instruction for a link icon corresponding to the target application platform in each application platform. The target application platform.

The target application platform in this embodiment refers to an application platform corresponding to the next process in the service operation process. The application programming interface of the specified application platform corresponding to the link icon is invoked by the link icon to jump from the current page to the specified application platform, facilitating manual participation in maintenance.

Referring to FIG. 3, the second calling module 4 of the platform-integrated device of the embodiment includes:

The monitoring unit 40 is configured to monitor a progress status of the first application platform of the business operation flow of the operation page.

The progress status of this embodiment includes a normal progress state and an abnormal state according to the business operation flow. Normal progress status, such as the beginning of progress, progress, and end of progress, can also be expressed as a percentage of progress. The above-mentioned progress amount is monitored in real time or by the monitoring unit 40 on the operation interface, so as to better capture the progress data of the business operation process and make the automated business operation flow more smooth.

The determining unit 41 is configured to determine whether the progress state meets a preset condition for switching from the first application platform to the second application platform.

For example, the preset condition of the embodiment includes the progress end point of the business operation flow, the abnormal alarm time in the received business operation flow, or the progress of the business operation flow is displayed as 100%.

The switching unit 42 is configured to switch from the first application platform to the second application platform by calling an application programming interface of the second application platform if the preset condition for switching from the first application platform to the second application platform is satisfied.

In this embodiment, the application programming interface of the second application platform is invoked by the switching unit 42 to switch from the first application platform to the second application platform, thereby improving flexibility and fluency of the automatic jump.

Referring to FIG. 4, the determining unit 41 of this embodiment includes:

The first monitoring subunit 410 is configured to monitor whether a process abnormality alarm of the first application platform is received.

In this embodiment, the first monitoring sub-unit 410 monitors the process abnormal alarm as the progress amount, so as to switch from the first application platform to the second application platform, and solve the abnormal process of the first application platform in time by switching to the second application platform. . For example, in the process of using the abnormality of the specific function, when receiving the monitoring timeout alarm, switch to the ZABBIX application platform, check the timeout amount by logging in to ZABBIX, and perform abnormal diagnosis, abnormal repair or elimination to ensure the continuation of the business operation process. For example, according to the business operation process, after checking the timeout amount, log in to the MARIO application platform to query the request amount per minute and the response time, and then start the ANSIBLE application platform according to the business operation flow, to obtain each request processing process of each host. Time detail data. The foregoing service operation process includes: discovering a keyword exception through an alarm->a statistical association API (Application) Programming Interface (referred to as API, application programming interface) request volume -> query detail log -> determine whether it is necessary to restart the application to solve the abnormal fault. In this embodiment, the application platform required to solve the abnormal fault is integrated into the same operation page through the APIs of the application platform in the operation and maintenance process, so that the abnormal fault is timely processed on the same operation page, and the abnormal fault is solved. Process fluency and timeliness.

The first determining sub-unit 411 is configured to determine that the preset condition for switching from the first application platform to the second application platform is satisfied if the process abnormality alarm of the first application platform is received.

The second determining sub-unit 412 is configured to determine that the preset condition for switching from the first application platform to the second application platform is not satisfied if the process abnormality alarm of the first application platform is not received.

Referring to FIG. 5, the second invoking module 4 of the platform-integrated device of the embodiment further includes:

The diagnosis unit 420 is configured to diagnose a fault type of a process abnormality alarm of the first application platform.

In this embodiment, the process abnormality alarm is monitored as the progress amount, and the type of the keyword received by the diagnosis unit 420 is used to distinguish the fault type. For example, the fault types of the integrated platform include transaction faults, system faults, and media faults, and the keywords corresponding to transaction faults, system faults, and media faults are W, S, and M, respectively.

The matching unit 421 is configured to match the fault solution according to the fault type.

The determining unit 422 is configured to determine, according to the solution, that the specified application platform is the second application platform.

Based on the processing flow in the a priori database, the determination unit 422 determines the designated second application platform having the effect of eliminating the current fault. For example, according to the a priori data of the transaction failure, the application platform with the scanning function is invoked to scan the log file in reverse to find the update operation of the transaction; then, the application platform with the recovery function is called to execute the new record that has been inserted. Perform the delete operation, insert the deleted record, restore the old value to the modified data, and replace the new value with the old value until the fault is recovered.

Referring to FIG. 6, an apparatus for platform integration according to another embodiment of the present application includes:

The design module 10 is used to design a business operation flow of the operation page.

In this embodiment, the business operation flow of the operation page is designed by the design module 10 according to the implementation process of the operation service, so as to realize the process automation of the specified service.

The screening module 11 is configured to filter each application platform required according to the business operation process.

The screening module 11 filters each application platform involved in the business operation according to the business process. Each application platform in this embodiment has an open API, so that each application platform is integrated into an operation page according to the pre-designed business operation process of the design module 10. In order to reduce the manual switching between different application platforms during the business process, the automation efficiency of business operations is improved.

Referring to FIG. 7, the determining unit 41 of another embodiment of the present application includes:

The second monitoring sub-unit 413 is configured to monitor whether a process completion alarm of the first application platform is received.

In this embodiment, whether the process completion degree monitored by the second monitoring sub-unit 413 reaches the expected progress condition of the platform switching, so as to switch from the first application platform to the second application platform to gradually complete a service operation. For example, the business operation is to generate a daily inspection report of the system, so as to discover and solve the problem in time to ensure that the operating system of the integrated platform runs normally. First, the application platform that needs to be inspected is integrated into the operation page through an API. The integration platform for generating the daily inspection report of the system, for example, after the application platforms are sequentially integrated into the operation page according to the business process, automatically jump to the application platforms and gradually complete the business content according to the business operation flow on the same operation page. For example, complete automatic inspection and generate daily inspection reports, including inspection user login platform->patrol inspection and reception platform->patrol internal and external network analysis platform->patrol residual address space->patrol network access->patrol inspection Backup execution -> patrol storage remaining space. In other embodiments of the present application, each application platform involved in the business operation process can be integrated into an operation page through an API to form an integration platform having other functions, and each application platform is more flexible and realizes different functions through API integration. The automation of business operations, such as automatic resource expansion, system abnormal self-healing, automatic monitoring and monitoring, emergency start and stop, and other business operations.

The third determining sub-unit 414 is configured to determine that the preset condition for switching from the first application platform to the second application platform is satisfied if the process of receiving the first application platform completes the alarm.

The fourth determining sub-unit 415 is configured to determine that the preset condition for switching from the first application platform to the second application platform is not satisfied if the process that does not receive the process of the first application platform completes the alarm.

Referring to FIG. 8, a second invoking module 4 of the platform-integrated device of another embodiment of the present application includes:

The recording unit 423 is configured to record process data that is switched from the first application platform to the second application platform.

In this embodiment, all the running data in the process of the business process is recorded in real time by the recording unit 423, so as to perform subsequent data searching, for example, analyzing the fault cause by finding data when a fault occurs.

The summary unit 424 is configured to summarize the process data in a chronological order from the front to the back to form a running file.

In this embodiment, the summary unit 424 summarizes the running data of each application in the business operation flow according to the process time sequence from front to back to form a running file, so as to match the rationality of the business operation process, the cooperation fluency, and the timeliness of completing the specified service. Comprehensive analysis and evaluation. The operational data of this embodiment includes, but is not limited to, a running link, a platform jump delay, and the like.

The generating unit 425 is configured to generate a data packet corresponding to the service operation flow by compressing the running file.

The running data and the corresponding preset service operation flow of the specified service type are formed by the generating unit 425 to form a matching data packet.

Referring to FIG. 9, a second invoking module 4 of the platform-integrated device of another embodiment of the present application includes:

The analyzing unit 426 is configured to analyze each data packet corresponding to a different service operation process in the specified service.

The selecting unit 427 is configured to select an optimized business operation flow of the specified service according to a comparison attribute of each business operation flow.

The comparison attribute of the embodiment includes parameter information such as fluency of the business operation flow, timeliness of business completion, satisfaction of the business completion, and the like, and according to the parameter information, the selection unit 427 selects an optimization business operation flow that is closest to the user's intention.

Further, the second calling module 4 of the platform-integrated device of the embodiment includes:

The filing unit 428 is configured to record each optimized business operation flow corresponding to each specified service and each application platform in each optimized business operation process to form a database.

In this embodiment, the filing unit 428 summarizes the optimized business operation flow corresponding to the specified service and each application platform in each optimized business operation flow into the same folder, and names the folder with the specified service name, and various different designations. The price tag of the business forms a database according to different storage paths, so that it can be promoted and applied more effectively and widely. The specified service in this embodiment is set according to the user's industry background and application goals. For example, the designated services in the financial industry and the transportation industry have a large difference, and are designated as different service types.

Referring to FIG. 10, an apparatus for platform integration in still another embodiment of the present application further includes:

The monitoring module 5 is configured to monitor whether data of each of the application platforms is abnormal.

In this embodiment, the monitoring module 5 sets the monitoring time interval to monitor the running status of each application platform within a specified time, or sets the real-time monitoring of the running status of each application platform, and finds an abnormality in time. Improve monitoring efficiency by centrally monitoring data across integrated application platforms.

The second generation module 6 is configured to generate a data abnormality alarm of the corresponding application platform if an abnormality occurs in data of each application platform.

In this embodiment, when the data abnormality is monitored, the data generation abnormality alarm is automatically generated by the second generation module 6 on the operation page of the integration platform, thereby improving the timeliness of the monitoring.

The feedback module 7 is configured to feed back the abnormal alarm to the corresponding application platform.

In this embodiment, the abnormal alarm is fed back to each corresponding application platform through the feedback module 7, thereby improving the pertinence of the monitoring.

Referring to FIG. 11, a computer device is provided in the embodiment of the present application. The computer device may be a server, and its internal structure may be as shown in FIG. 11. The computer device includes a processor, memory, network interface, and database connected by a system bus. Among them, the computer designed processor is used to provide calculation and control capabilities. The memory of the computer device includes a non-volatile storage medium, an internal memory. The non-volatile storage medium stores an operating system, computer readable instructions, and a database. The memory provides an environment for the operation of operating systems and computer readable instructions in a non-volatile storage medium. The database of the computer device is used to store data such as platform integration. The network interface of the computer device is used to communicate with an external terminal via a network connection. The computer readable instructions, when executed, perform the flow of an embodiment of the methods described above. Those skilled in the art can understand that the structure shown in FIG. 11 is only a block diagram of a part of the structure related to the solution of the present application, and does not constitute a limitation of the computer device to which the solution of the present application is applied.

An embodiment of the present application also provides a computer non-volatile readable storage medium having stored thereon computer readable instructions that, when executed, perform the processes of the embodiments of the methods described above. The above description is only the preferred embodiment of the present application, and is not intended to limit the scope of the patent application, and the equivalent structure or equivalent process transformations made by the specification and the drawings of the present application, or directly or indirectly applied to other related The technical field is equally included in the scope of patent protection of the present application.

Claims

A method for platform integration, characterized in that it comprises:

Invoking an application programming interface of each application platform involved in the business operation process;

Writing the application programming interface of each application platform to an operation page for integration;

Generating a link icon corresponding to each application platform on the operation page;

When the operation instruction of the link icon corresponding to the target application platform in each application platform is received, the target application platform is entered in the operation page by calling an application programming interface of the target application platform.
The platform integration method according to claim 1, wherein the application of the target application platform is invoked when receiving an operation instruction for a link icon corresponding to the target application platform in each application platform a programming interface, the step of entering the target application platform in the operation page, including:

Monitoring a progress status of the first application platform of the business operation flow of the operation page;

Determining whether the progress status satisfies a preset condition for switching from the first application platform to the second application platform;

If so, switching from the first application platform to the second application platform by calling an application programming interface of the second application platform.
The method of platform integration according to claim 2, wherein the step of determining whether the progress state meets a preset condition for switching from the first application platform to the second application platform comprises:

Monitoring whether a process abnormality alarm of the first application platform is received;

If yes, determining that a preset condition for switching from the first application platform to the second application platform is satisfied;

If not received, it is determined that the preset condition for switching from the first application platform to the second application platform is not satisfied.
The method for platform integration according to claim 3, wherein the step of switching from the first application platform to the second application platform is performed by calling an application programming interface of the second application platform ,include:

Diagnosing a fault type of a process abnormality alarm of the first application platform;

Matching the fault solution according to the fault type;

Determining, according to the solution, that the designated application platform is the second application platform.
The method of platform integration according to claim 2, wherein the step of determining whether the progress state meets a preset condition for switching from the first application platform to the second application platform further comprises:

Monitoring whether a process completion alarm of the first application platform is received;

If yes, determining that a preset condition for switching from the first application platform to the second application platform is satisfied;

If not received, it is determined that the preset condition for switching from the first application platform to the second application platform is not satisfied.
The method for platform integration according to claim 5, wherein the step of switching from the first application platform to the second application platform is performed by calling an application programming interface of the second application platform ,include:

Recording process data from the first application platform to the second application platform;

The process data is summarized in a chronological order of processes from front to back to form a running file;

Generating a data packet corresponding to the business operation flow by compressing the running file.
The method of platform integration according to claim 6, wherein the step of generating the data packet corresponding to the service operation flow by compressing the running file comprises:

Analyze each data packet corresponding to the different service operation processes in the specified service;

Selecting an optimized business operation process of the specified service according to a comparison attribute of each of the business operation processes.
A platform integrated device, comprising:

a first calling module, configured to invoke an application programming interface of each application platform involved in the business operation process;

a writing module, configured to write the application programming interface of each application platform into an operation page for integration;

The first generation module is configured to generate a link icon corresponding to each of the application platforms respectively on the operation page.

a second calling module, configured to: when receiving an operation instruction of a link icon corresponding to the target application platform in each application platform, by calling an application programming interface of the target application platform, entering the operation page The target application platform.
The apparatus for platform integration according to claim 8, wherein the application of the target application platform is invoked when receiving an operation instruction for a link icon corresponding to the target application platform in each application platform a programming interface, the second calling module, comprising:

a monitoring unit, configured to monitor a progress status of the first application platform of the business operation process of the operation page;

a determining unit, configured to determine whether the progress status meets a preset condition for switching from the first application platform to the second application platform;

a switching unit, configured to switch from the first application platform to the first application platform by calling an application programming interface of the second application platform if a preset condition for switching from the first application platform to the second application platform is satisfied Two application platforms.
The apparatus for platform integration according to claim 9, wherein the determining unit comprises:

a first monitoring subunit, configured to monitor whether a process abnormality alarm of the first application platform is received;

a first determining subunit, configured to determine that a preset condition for switching from the first application platform to the second application platform is satisfied if a process abnormality alarm of the first application platform is received;

The second determining subunit is configured to determine that the preset condition for switching from the first application platform to the second application platform is not satisfied if the process abnormality alarm of the first application platform is not received.
The apparatus for platform integration according to claim 10, wherein the second calling module comprises:

a diagnosis unit, configured to diagnose a fault type of a process abnormal alarm of the first application platform;

a matching unit, configured to match the fault solution according to the fault type;

And a determining unit, configured to determine, according to the solution, that the specified application platform is the second application platform.
The apparatus for platform integration according to claim 9, wherein the determining unit further comprises:

a second monitoring subunit, configured to monitor whether a process completion alarm of the first application platform is received;

a third determining subunit, configured to determine that a preset condition for switching from the first application platform to the second application platform is satisfied if a process completion alarm is received by the first application platform;

And a fourth determining subunit, configured to determine that the preset condition for switching from the first application platform to the second application platform is not satisfied if the process that does not receive the first application platform completes the alarm.
The apparatus for platform integration according to claim 12, wherein the second calling module comprises:

a recording unit, configured to record process data that is switched from the first application platform to the second application platform;

Aggregation unit: used to summarize the process data in a chronological order of processes from front to back to form a running file;

And a generating unit, configured to generate a data packet corresponding to the service operation flow by compressing the running file.
The apparatus for platform integration according to claim 13, wherein the second calling module comprises:

An analyzing unit, configured to analyze each data packet corresponding to the different service operation processes in the specified service;

And a selecting unit, configured to select an optimized business operation process of the specified service according to a comparison attribute of each of the business operation processes.
A computer device comprising a memory and a processor, the memory storing computer readable instructions, wherein the processor implements platform integration when the computer readable instructions are executed, and the platform integration method comprises :

Invoking an application programming interface of each application platform involved in the business operation process;

Writing the application programming interface of each application platform to an operation page for integration;

Generating a link icon corresponding to each application platform on the operation page;

When the operation instruction of the link icon corresponding to the target application platform in each application platform is received, the target application platform is entered in the operation page by calling an application programming interface of the target application platform.
The computer device according to claim 15, wherein the application programming interface of the target application platform is invoked when receiving an operation instruction for a link icon corresponding to the target application platform in each application platform And the step of entering the target application platform in the operation page, including:

Monitoring a progress status of the first application platform of the business operation flow of the operation page;

Determining whether the progress status satisfies a preset condition for switching from the first application platform to the second application platform;

If so, switching from the first application platform to the second application platform by calling an application programming interface of the second application platform.
The computer device according to claim 16, wherein the step of determining whether the progress state meets a preset condition for switching from the first application platform to the second application platform comprises:

Monitoring whether a process abnormality alarm of the first application platform is received;

If yes, determining that a preset condition for switching from the first application platform to the second application platform is satisfied;

If not received, it is determined that the preset condition for switching from the first application platform to the second application platform is not satisfied.
A computer non-volatile readable storage medium having stored thereon computer readable instructions, wherein the computer readable instructions are implemented by a processor to implement platform integration, and the platform integration method comprises:

Invoking an application programming interface of each application platform involved in the business operation process;

Writing the application programming interface of each application platform to an operation page for integration;

Generating a link icon corresponding to each application platform on the operation page;

When the operation instruction of the link icon corresponding to the target application platform in each application platform is received, the target application platform is entered in the operation page by calling an application programming interface of the target application platform.
The computer non-volatile readable storage medium according to claim 18, wherein said calling said target by receiving an operation instruction for a link icon corresponding to a target application platform in said each application platform An application programming interface of the application platform, the steps of entering the target application platform in the operation page, including:

Monitoring a progress status of the first application platform of the business operation flow of the operation page;

Determining whether the progress status satisfies a preset condition for switching from the first application platform to the second application platform;

If so, switching from the first application platform to the second application platform by calling an application programming interface of the second application platform.
The computer non-volatile readable storage medium according to claim 19, wherein said step of determining whether said progress state satisfies a preset condition for switching from said first application platform to said second application platform, include:

Monitoring whether a process abnormality alarm of the first application platform is received;

If yes, determining that a preset condition for switching from the first application platform to the second application platform is satisfied;

If not received, it is determined that the preset condition for switching from the first application platform to the second application platform is not satisfied.