CN106779582B - TWS (two way service) process configuration method and device - Google Patents
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Abstract
The invention relates to a TWS flow configuration method and a TWS flow configuration device, wherein the configuration method comprises the following steps: editing a work flow chart; extracting an operation module and the front-back relation of the operation module from the operation flow chart, and generating a first list according to the operation module and the corresponding front-back relation; sorting the operation modules in the first list to enable all the precedence relations of the operation modules to be arranged in front of the operation modules to form a second list; analyzing the operation modules in the second list, and determining the previous and subsequent relations; generating a TWS flow text from the analyzed operation module and the context relationship according to the TWS flow rule; and importing the TWS process text into a TWS system to complete the TWS process configuration.
Description
Technical Field
The present invention relates to the technical field of TWS process configuration, and in particular, to a TWS process configuration method and apparatus.
Background
An application system of an enterprise comprises a large number of jobs, and the TWS is used as a scheduling engine of the jobs, so that the management of the jobs becomes simple and convenient, but at present, a large amount of manpower and time are needed to manually configure the tandem relation of the jobs when a TWS flow is established.
The above solutions all have the following problems:
1. the intuitiveness is poor: the TWS is configured manually, so that the whole process relation of the operation cannot be seen visually, and errors are not easy to find;
2. time consumption is as follows: the TWS is configured manually, and the tandem relation of a large amount of operation needs to be configured manually, so that a large amount of time is consumed;
3. poor expansibility: the TWS is configured in a manual mode, and if the flow of operation changes, the TWS needs to be reconfigured manually and is not easy to expand.
Disclosure of Invention
The technical scheme extracts the previous and subsequent relations of an operation module from a graphical operation flow chart and converts the previous and subsequent relations into a TWS flow text according to a TWS flow rule.
In order to achieve the above object, the present invention provides a TWS process configuration method, including:
editing the workflow diagram in VISIO;
extracting an operation module and the previous and subsequent relations of the operation module from the operation flow chart, and generating a first list according to the operation module and the corresponding previous and subsequent relations;
sorting the operation modules in the first list to enable all the precedence relations of the operation modules to be arranged in front of the operation modules to form a second list;
analyzing the operation modules in the second list to determine the previous and subsequent relations;
generating a TWS flow text from the previous and subsequent relations according to the TWS flow rule;
importing the TWS process text into a TWS system to complete TWS process configuration;
in the TWS, the operation is formed by taking an application as a unit, each operation module only has one operation step in one application, and each operation step has one ID (identity) for uniquely determining the corresponding operation step identity; the successor relationship of the operation steps is represented by the ID of the operation step specifying the successor; if the successor relationship of the operation step is that of other applications, the name of the application is specified to represent the successor relationship of the operation step.
Optionally, in an embodiment of the present invention, the TWS flow rule includes:
establishing a multiplexing module AP1, AP2, …, APn and an un-multiplexing module AP0 according to the multiplexing configuration file; wherein n is the degree of multiplexing;
generating an operation step according to the type of the operation module;
determining the forward relation of each operation module;
when the number of operation steps in one application reaches a preset value, a new application needs to be regenerated;
the operation step with the number of 0 in each application has no forward relation, and when a certain operation step in one application does not depend on other operation steps in the application, the operation step is forced to depend on the operation step with the number of 0 in the application;
wherein, according to the type generation operation step of the operation module, including:
if the operation module is an un-reusable non-parallel operation module, an operation step is generated in the un-reusable module AP 0;
if the operation module is an un-reusable parallel operation module, generating m +2 operation steps in an un-reusable module AP 0; wherein, OP1, OP2 … …, OPm are the operation steps of really executing the job, START and END are the null jobs added to simplify the flow structure, START is OP1, OP2 … …, the successor of OPm, END is OP1, OP2 … …, the successor of OPm;
if the operation module is a reusable non-parallel operation module, establishing an operation step in each multiplexing application;
if the job module is a reusable parallel job module, an operation step is generated in the multiplexing modules AP1, AP2, … …, APn according to the manner of the non-reusable parallel job module.
In order to achieve the above object, the present invention further provides a TWS procedure configuration apparatus, including:
the editing unit is used for editing the workflow diagram in VISIO;
the first list generating unit is used for extracting the operation module and the front-back relation of the operation module from the operation flow chart and generating a first list according to the operation module and the corresponding front-back relation;
the second list generation unit is used for sequencing the job modules in the first list, so that all the successor relations of the job modules are arranged in front of the job modules to form a second list;
the analysis unit is used for analyzing the operation modules in the second list to determine the previous and subsequent relations;
the TWS flow text acquisition unit is used for generating a TWS flow text from the previous and subsequent relations according to the TWS flow rule;
the importing unit is used for importing the TWS process text into a TWS system to complete TWS process configuration;
in the TWS, the operation is formed by taking an application as a unit, each operation module only has one operation step in one application, and each operation step has one ID (identity) for uniquely determining the corresponding operation step identity; the successor relationship of the operation steps is represented by the ID of the operation step specifying the successor; if the successor relationship of the operation step is that of other applications, the name of the application is specified to represent the successor relationship of the operation step.
Optionally, in an embodiment of the present invention, the TWS flow rule related to the TWS flow text acquiring unit includes:
establishing a multiplexing module AP1, AP2, …, APn and an un-multiplexing module AP0 according to the multiplexing configuration file; wherein n is the degree of multiplexing;
generating an operation step according to the type of the operation module;
determining the forward relation of each operation module;
when the number of operation steps in one application reaches a preset value, a new application needs to be regenerated;
the operation step with the number of 0 in each application has no forward relation, and when a certain operation step in one application does not depend on other operation steps in the application, the operation step is forced to depend on the operation step with the number of 0 in the application;
wherein, according to the type generation operation step of the operation module, including:
if the operation module is an un-reusable non-parallel operation module, an operation step is generated in the un-reusable module AP 0;
if the operation module is an un-reusable parallel operation module, generating m +2 operation steps in an un-reusable module AP 0; wherein, OP1, OP2 … …, OPm are the operation steps of really executing the job, START and END are the null jobs added to simplify the flow structure, START is OP1, OP2 … …, the successor of OPm, END is OP1, OP2 … …, the successor of OPm;
if the operation module is a reusable non-parallel operation module, establishing an operation step in each multiplexing application;
if the job module is a reusable parallel job module, an operation step is generated in the multiplexing modules AP1, AP2, … …, APn according to the manner of the non-reusable parallel job module.
The technical scheme has the following beneficial effects:
1. and 4, intuition is realized. The invention edits the context relationship of the operation in the graphic editing tools such as VISIO and the like, and then converts the context relationship into the TWS flow, thereby being simple, convenient and intuitive and being easy to troubleshoot problems;
2. a great deal of manpower is saved. At present, a core bank system has more than 5 thousands of operations, each operation has more than one incidence relation, if each operation has 3 incidence relations on average, and one incidence relation is established within 30 seconds, the establishment of a set of system requires a workload of about 156 people days, and if the method is adopted, the establishment can be completed in only 1 hour;
3. the efficiency is improved. Due to the limitation of the TWS system, a plurality of people cannot build the environment at the same time, if one set of environment building needs to be completed in a short time, the environment building cannot be completed by adopting a manual method, and the task can be completed smoothly by adopting the method provided by the invention.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a flowchart of a TWS flow configuration method proposed in this embodiment;
FIG. 2 is a schematic diagram illustrating an operation procedure when the operation module type is an un-multiplexed parallel operation module in the present embodiment;
fig. 3 is a block diagram of a TWS flow configuration apparatus according to this embodiment.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As will be appreciated by one skilled in the art, embodiments of the present invention may be embodied as a system, apparatus, device, method, or computer program product. Accordingly, the present disclosure may be embodied in the form of: entirely hardware, entirely software (including firmware, resident software, micro-code, etc.), or a combination of hardware and software.
According to the embodiment of the invention, a TWS flow configuration method and a TWS flow configuration device are provided.
In this context, it is to be understood that, in the terms referred to:
TWS: tivoli Workload Scheduler, a host job scheduling system;
NODE: each operation module in the operation flow chart in the technical scheme;
OP: operation, an Operation step in TWS for executing a specific task;
AP: application, a set of operation steps for a specific function in a TWS constitutes an application.
Moreover, any number of elements in the drawings are by way of example and not by way of limitation, and any nomenclature is used solely for differentiation and not by way of limitation.
The principles and spirit of the present invention are explained in detail below with reference to several representative embodiments of the invention.
The TWS is used as a scheduling engine of jobs, orderly operation of the whole system is realized by configuring the tandem relation of the jobs in advance, in the TWS, the jobs are formed by taking applications as units, wherein:
1. each application comprises no more than 255 operation steps, and each operation step has an ID (identity) for uniquely determining the identity of the corresponding operation step;
2. at most one operation step in each application is independent of other operation steps of the application;
3. the relationship between the operation steps is represented by the ID of the operation step specifying the successor. If the successor relationship is the operation step of other applications, the name of the application is also required to be specified to represent the previous and successor relationships of the operation step;
4. the operation step is executed only when the execution of the operation step is finished;
at present, a method for building a TWS flow is generally configured in the TWS manually, a large number of operation dependency relationships need to be input manually, the building process is complex, and the building process is not easy to expand.
According to the technical scheme, the front and rear relations of an operation module are extracted from a graphical operation flow chart, and the front and rear relations are converted into a TWS flow text according to a TWS flow rule.
Based on the above analysis, as shown in fig. 1, a flowchart of a TWS flow configuration method is provided for this embodiment. The method comprises the following steps:
step 101): editing a work flow chart;
in this embodiment, the workflow diagram obtained by VISIO editing may also be a workflow diagram represented by other tools, and the key point is that the previous and subsequent relationships between the workflow diagrams can be extracted. In practical application, the VISIO operation flow is automatically converted into the TWS flow, so that the method is simpler and more convenient, the user experience is friendly, and the expandability is enhanced.
Step 102): extracting an operation module and the previous and subsequent relations of the operation module from the operation flow chart, and generating a first list according to the operation module and the corresponding previous and subsequent relations;
step 103): sorting the operation modules in the first list to enable all the precedence relations of the operation modules to be arranged in front of the operation modules to form a second list;
step 104): analyzing the operation modules in the second list to determine the previous and subsequent relations;
step 105): generating a TWS flow text from the previous and subsequent relations according to the TWS flow rule;
in this embodiment, the TWS flow rule includes:
1) establishing a multiplexing module AP1, AP2, …, APn and an un-multiplexing module AP0 according to the multiplexing configuration file; wherein n is the degree of multiplexing;
2) generating an operation step according to the type of the operation module; wherein, include:
3) determining the forward relation of each operation module;
and according to the operation steps generated by the rule, each operation module only has one operation step in one application, and the forward relation of each operation module is determined according to the table 1 under the condition that the forward relation is not determined.
TABLE 1
In the table, FAP0 and FAPi represent applications where the successive NODE generates the OP, respectively, and AP0 and APi represent applications where the current job module is located.
4) Over-design
When the number of operation steps in an application reaches a predetermined value, a new application needs to be regenerated.
5) Design of special operation steps
The operation step numbered 0 in each application has no forward relation, and when a certain operation step in one application does not depend on other operation steps in the application, the operation step is forced to depend on the operation step numbered 0 in the application.
Step 106): and importing the TWS process text into a TWS system to complete the TWS process configuration.
As shown in fig. 3, a block diagram of a TWS flow configuration apparatus is provided for the embodiment. The method comprises the following steps:
an editing unit 301 for editing the job flowchart;
a first list generating unit 302, configured to extract an operation module and a successor relationship between the operation module and the operation module from the operation flowchart, and generate a first list according to the operation module and a corresponding successor relationship;
a second list generating unit 303, configured to sort the job modules in the first list, so that all the successor relationships of the job modules are arranged before the job module, and form a second list;
the analysis unit 304 is configured to analyze the operation modules in the second list to determine a previous relationship and a subsequent relationship;
a TWS flow text acquiring unit 305, configured to generate a TWS flow text from the previous and subsequent relationships according to a TWS flow rule;
and an importing unit 306, configured to import the TWS flow text into the TWS system, and complete TWS flow configuration.
In this embodiment, the editing unit 301 edits and obtains the workflow diagram in VISIO, and may also be a workflow diagram represented by other tools, and the key is that the previous and subsequent relationships between the workflow diagrams can be extracted. In practical application, the VISIO operation flow is automatically converted into the TWS flow, so that the method is simpler and more convenient, the user experience is friendly, and the expandability is enhanced.
In this embodiment, the TWS flow rule related to the TWS flow text acquiring unit includes:
establishing a multiplexing module AP1, AP2, …, APn and an un-multiplexing module AP0 according to the multiplexing configuration file; wherein n is the degree of multiplexing;
generating an operation step according to the type of the operation module;
determining the forward relation of each operation module;
when the number of operation steps in one application reaches a preset value, a new application needs to be regenerated;
the operation step numbered 0 in each application has no forward relation, and when a certain operation step in one application does not depend on other operation steps in the application, the operation step is forced to depend on the operation step numbered 0 in the application.
The technical scheme is mainly used for solving the problems of long time consumption, low efficiency and the like of manual configuration in the TWS system building process, the context relation of the operation module is extracted from the graphical operation flow chart and is converted according to the TWS rule, so that labor and time cost are greatly saved, and the efficiency is improved.
It will be understood by those skilled in the art that all or part of the processes of the methods of the above embodiments may be implemented by a computer program, which can be stored in a general computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.
Those skilled in the art will also appreciate that the various functions performed in the exemplary embodiments of the present invention are implemented as hardware or software, depending upon the particular application and design requirements of the overall system. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present embodiments.
The above embodiments are provided to further explain the objects, technical solutions and advantages of the present invention in detail, it should be understood that the above embodiments are merely exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalents, improvements, etc. made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (2)
1. A TWS flow configuration method is characterized by comprising the following steps:
obtaining a work flow diagram through VISIO editing;
extracting an operation module and the front-back relation of the operation module from the operation flow chart, and generating a first list according to the operation module and the corresponding front-back relation;
sorting the operation modules in the first list to enable all the precedence relations of the operation modules to be arranged in front of the operation modules to form a second list;
analyzing the operation modules in the second list to determine the previous and subsequent relations;
generating a TWS flow text from the previous and subsequent relations according to the TWS flow rule;
importing the TWS process text into a TWS system to complete TWS process configuration;
in the TWS, the operation is formed by taking an application as a unit, each operation module only has one operation step in one application, and each operation step has one ID (identity) for uniquely determining the corresponding operation step identity; the successor relationship of the operation steps is represented by the ID of the operation step specifying the successor; if the successive relation of the operation steps is the operation steps of other applications, the names of the applications are specified to represent the successive relation of the operation steps;
the TWS flow rules include:
establishing a multiplexing module AP1, AP2, …, APn and an un-multiplexing module AP0 according to the multiplexing configuration file; wherein n is the degree of multiplexing;
generating an operation step according to the type of the operation module;
determining the forward relation of each operation module;
when the number of operation steps in one application reaches a preset value, a new application needs to be regenerated;
the operation step with the number of 0 in each application has no forward relation, and when a certain operation step in one application does not depend on other operation steps in the application, the operation step is forced to depend on the operation step with the number of 0 in the application;
wherein, according to the type generation operation step of the operation module, including:
if the operation module is an un-reusable non-parallel operation module, an operation step is generated in the un-reusable module AP 0;
if the operation module is an un-reusable parallel operation module, generating m +2 operation steps in an un-reusable module AP 0; wherein, OP1, OP2 … …, OPm are the operation steps of really executing the job, START and END are the null jobs added to simplify the flow structure, START is OP1, OP2 … …, the successor of OPm, END is OP1, OP2 … …, the successor of OPm;
if the operation module is a reusable non-parallel operation module, establishing an operation step in each multiplexing application;
if the job module is a reusable parallel job module, an operation step is generated in the multiplexing modules AP1, AP2, … …, APn according to the manner of the non-reusable parallel job module.
2. A TWS procedure configuration apparatus, comprising:
the editing unit is used for editing the workflow diagram in VISIO;
the first list generating unit is used for extracting the operation module and the front-back relation of the operation module from the operation flow chart and generating a first list according to the operation module and the corresponding front-back relation;
the second list generation unit is used for sequencing the job modules in the first list, so that all the successor relations of the job modules are arranged in front of the job modules to form a second list;
the analysis unit is used for analyzing the operation modules in the second list to determine the previous and subsequent relations;
the TWS flow text acquisition unit is used for generating a TWS flow text from the previous and subsequent relations according to the TWS flow rule;
the importing unit is used for importing the TWS process text into a TWS system to complete TWS process configuration;
in the TWS, the operation is formed by taking an application as a unit, each operation module only has one operation step in one application, and each operation step has one ID (identity) for uniquely determining the corresponding operation step identity; the successor relationship of the operation steps is represented by the ID of the operation step specifying the successor; if the successive relation of the operation steps is the operation steps of other applications, the names of the applications are specified to represent the successive relation of the operation steps;
the TWS flow rule related to the TWS flow text acquisition unit comprises the following steps:
establishing a multiplexing module AP1, AP2, …, APn and an un-multiplexing module AP0 according to the multiplexing configuration file; wherein n is the degree of multiplexing;
generating an operation step according to the type of the operation module;
determining the forward relation of each operation module;
when the number of operation steps in one application reaches a preset value, a new application needs to be regenerated;
the operation step with the number of 0 in each application has no forward relation, and when a certain operation step in one application does not depend on other operation steps in the application, the operation step is forced to depend on the operation step with the number of 0 in the application;
wherein, according to the type generation operation step of the operation module, including:
if the operation module is an un-reusable non-parallel operation module, an operation step is generated in the un-reusable module AP 0;
if the operation module is an un-reusable parallel operation module, generating m +2 operation steps in an un-reusable module AP 0; wherein, OP1, OP2 … …, OPm are the operation steps of really executing the job, START and END are the null jobs added to simplify the flow structure, START is OP1, OP2 … …, the successor of OPm, END is OP1, OP2 … …, the successor of OPm;
if the operation module is a reusable non-parallel operation module, establishing an operation step in each multiplexing application;
if the job module is a reusable parallel job module, an operation step is generated in the multiplexing modules AP1, AP2, … …, APn according to the manner of the non-reusable parallel job module.
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101226612A (en) * | 2007-12-29 | 2008-07-23 | 中国建设银行股份有限公司 | Data processing management system facing to process flow |
| CN102004666A (en) * | 2010-11-25 | 2011-04-06 | 中国工商银行股份有限公司 | Large-scale computer operation scheduling equipment and system |
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| CN102004666A (en) * | 2010-11-25 | 2011-04-06 | 中国工商银行股份有限公司 | Large-scale computer operation scheduling equipment and system |
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