CN112925997A - Task dependency graph display method suitable for Azkaban and related equipment - Google Patents
Task dependency graph display method suitable for Azkaban and related equipment Download PDFInfo
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- CN112925997A CN112925997A CN202110213336.6A CN202110213336A CN112925997A CN 112925997 A CN112925997 A CN 112925997A CN 202110213336 A CN202110213336 A CN 202110213336A CN 112925997 A CN112925997 A CN 112925997A
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
- G06F16/955—Retrieval from the web using information identifiers, e.g. uniform resource locators [URL]
- G06F16/9566—URL specific, e.g. using aliases, detecting broken or misspelled links
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
- G06F16/957—Browsing optimisation, e.g. caching or content distillation
- G06F16/9577—Optimising the visualization of content, e.g. distillation of HTML documents
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
- G06F3/0481—Interaction techniques based on graphical user interfaces [GUI] based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
- G06F3/04812—Interaction techniques based on cursor appearance or behaviour, e.g. being affected by the presence of displayed objects
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
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Abstract
The application relates to the technical field of artificial intelligence, and discloses a task dependency graph display method suitable for Azkaban and related equipment, wherein the method comprises the following steps: when the URL address to be analyzed contains a preset URL address, obtaining a target URL address by the URL address to be analyzed and the Azkaban task dependency tree interface address; obtaining target task data according to the target URL address and binding a mouse monitoring event to the Azkaban user interface opened by Chrome; determining a current click task according to the click feedback information of the mouse; obtaining target parent-level task data and target child-level task data corresponding to the current click task according to the target task data and the current click task; and performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame. The method has the advantages that the Azkaban user interface is not required to be changed, and the task position and the dependency relationship can be conveniently checked.
Description
Technical Field
The application relates to the technical field of artificial intelligence, in particular to a task dependency graph display method and relevant equipment suitable for Azkaban.
Background
Azkaban is an open-source batch workflow task scheduler for running a set of jobs and processes in a particular order within a workflow. Azkaban defines a KV (Key-Value) file format to establish dependencies between tasks and provides an easy-to-use Web user interface for maintaining and tracking workflows. When the number of tasks is large, the size of each task displayed on the screen is too small, so that the task is inconvenient to view the dependency relationship between the position of the task and the task, and the user experience is affected.
Disclosure of Invention
The application mainly aims to provide a task dependency graph display method and related equipment suitable for Azkaban, and aims to solve the technical problems that when the number of tasks is large, the display size of each task on a screen is too small, so that the dependency relationship between the position of the task and the task is inconvenient to view, and user experience is influenced in the prior art.
In order to achieve the above object, the present application provides a task dependency graph display method suitable for Azkaban, the method comprising:
acquiring an Azkaban user interface opening signal sent by Chrome;
acquiring a URL (uniform resource locator) address from the Azkaban user interface opening signal to obtain a URL address to be analyzed;
acquiring a preset URL address, comparing the URL address to be analyzed with the preset URL address, acquiring an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, and carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address;
acquiring task data according to the target URL address to obtain target task data, and binding a mouse monitoring event to the Azkaban user interface opened by the Chrome;
acquiring mouse click feedback information sent by the mouse monitoring event, and determining a current click task according to the mouse click feedback information;
performing parent-level task and sub-level task calculation on the current click task by adopting the target task data to obtain target parent-level task data and target sub-level task data corresponding to the current click task;
and performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame.
Further, the step of obtaining task data according to the target URL address to obtain target task data, and binding a mouse listening event to the Azkaban user interface opened by the Chrome includes:
accessing a task dependency tree interface of Azkaban according to the target URL address, acquiring all task data by calling the task dependency tree interface, and taking the acquired all task data as the target task data;
generating a task data acquisition ending signal according to the target task data;
and acquiring an end signal according to the task data, and binding the mouse monitoring event to the Azkaban user interface opened by the Chrome.
Further, the step of obtaining mouse click feedback information sent by the mouse monitoring event and determining the current click task according to the mouse click feedback information includes:
acquiring the mouse click feedback information sent by the mouse monitoring event monitoring Chrome;
judging whether the mouse click feedback information is click task button information or not;
and when the mouse click feedback information is click task button information, analyzing the mouse click feedback information to obtain the current click task.
Further, the step of performing parent task and child task calculation on the current click task by using the target task data to obtain target parent task data and target child task data corresponding to the current click task includes:
performing parent task calculation on the current click task by adopting a recursive upward algorithm according to the target task number to obtain target parent task data corresponding to the current click task;
and performing sub-level task calculation on the current click task by adopting the recursive downward algorithm according to the target task data to obtain the target sub-level task data corresponding to the current click task.
Further, the step of performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame includes:
generating a task dependency graph from the current click task, the target parent-level task data and the target child-level task data according to a task dependency relationship to obtain a target task dependency graph;
triggering a bullet frame based on the target task dependency graph to obtain a display frame to be filled;
and displaying the target task dependency graph in the display frame to be filled to obtain the target display frame.
Further, the step of displaying the target task dependency graph in the display frame to be filled to obtain the target display frame includes:
when the execution state of the target parent-level task data is failure, determining that the background color of the target parent-level task data, the background color of the current click task and the background color of the target child-level task data are all first color values;
when the execution state of the target parent-level task data is not executed, determining that the background color of the target parent-level task data, the background color of the current click task and the background color of the target child-level task data are second color values;
when the execution state of the target parent-level task data is successful, determining that the background color of the target parent-level task data is a third color value, when the execution state of the current click task is failed, determining that the background color of the current click task and the background color of the target child-level task data are both first color values, when the execution state of the current click task is unexecuted, determining that the background color of the current click task and the background color of the target child-level task data are both second color values, when the execution state of the current click task is successful, determining that the background color of the current click task is a third color value, when the execution state of the target child-level task data is failed, determining that the background color of the target child-level task data is a first color value, and when the execution state of the target child-level task data is unexecuted, determining the background color of the target sub-level task data as a second color value, and determining the background color of the target sub-level task data as a third color value when the execution state of the target sub-level task data is successful;
and displaying the target task dependency graph in the display frame to be filled according to the background color of the target parent task data, the background color of the current click task and the background color of the target child task data to obtain the target display frame.
Further, after the step of performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame, the method includes:
acquiring a task management request based on the target display frame, wherein the task management request carries a task identifier to be managed;
responding to the task management request, and displaying a task management selection frame according to the task identifier to be managed;
acquiring a task management selection result sent by the task management selection frame;
when the task management selection result is a single task, starting a task corresponding to the task identifier to be managed;
when the task management selection result is a single task stopping, stopping the task corresponding to the task identifier to be managed;
when the task management selection result is to start the associated task, starting the task corresponding to the task identifier to be managed and all the sub-level tasks of the task corresponding to the task identifier to be managed;
and when the task management selection result is that the associated task is stopped, stopping the task corresponding to the task identifier to be managed and all the sub-level tasks of the task corresponding to the task identifier to be managed.
The application also provides a task dependency graph display device suitable for the Azkaban, wherein the device comprises:
the signal acquisition module is used for acquiring an Azkaban user interface opening signal sent by Chrome;
the URL address acquisition module is used for acquiring a URL address from the Azkaban user interface opening signal to obtain a URL address to be analyzed;
the target URL address determining module is used for acquiring a preset URL address, comparing the URL address to be analyzed with the preset URL address, acquiring an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, and carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address;
the target task data determining and monitoring event binding module is used for acquiring task data according to the target URL address to obtain target task data and binding a mouse monitoring event to the Azkaban user interface opened by the Chrome;
the monitoring processing module is used for acquiring mouse click feedback information sent by the mouse monitoring event and determining a current click task according to the mouse click feedback information;
the parent task and child task computing module is used for computing a parent task and a child task of the current click task by adopting the target task data to obtain target parent task data and target child task data corresponding to the current click task;
and the bullet frame display module is used for displaying the current click task, the target parent-level task data and the target child-level task data in a bullet frame mode to obtain a target display frame.
The present application further proposes a computer device comprising a memory and a processor, the memory storing a computer program, the processor implementing the steps of any of the above methods when executing the computer program.
The present application also proposes a computer-readable storage medium having stored thereon a computer program which, when being executed by a processor, carries out the steps of the method of any of the above.
The method comprises the steps of obtaining a URL address from an Azkaban user interface opening signal, obtaining a URL address to be analyzed, obtaining a preset URL address, comparing the URL address to be analyzed with the preset URL address, obtaining an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address, obtaining task data according to the target URL address, obtaining target task data, binding a mouse monitoring event to an Azkaban user interface opened by Chrome, obtaining mouse click feedback information sent by the mouse monitoring event, determining a current click task according to the mouse click feedback information, calculating a parent task and a child task by adopting the target task data, and acquiring target parent-level task data and target child-level task data corresponding to the current click task, and performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to acquire a target display frame, so that the Azkaban user interface is not required to be changed, the dependency relationship between the position of the task and the task can be conveniently checked, the development cost is reduced, and the user experience is improved.
Drawings
Fig. 1 is a schematic flowchart of a task dependency graph display method applicable to Azkaban according to an embodiment of the present application;
FIG. 2 is a block diagram illustrating the structure of a task dependency graph display apparatus suitable for Azkaban according to an embodiment of the present application;
fig. 3 is a block diagram illustrating a structure of a computer device according to an embodiment of the present application.
The implementation, functional features and advantages of the objectives of the present application will be further explained with reference to the accompanying drawings.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application.
In order to solve the technical problems that when the number of tasks is large, the displayed size of each task on a screen is too small, so that the dependency relationship between the position of each task and each task is inconvenient to view, and user experience is affected in the prior art, the application provides the task dependency graph display method suitable for the Azkaban, and the method is applied to the technical field of artificial intelligence. According to the task dependency graph display method suitable for the Azkaban, after the Azkaban user interface is opened by the Chrome, when the URL address opened by the Chrome contains a preset URL address, the address of the Azkaban task dependency tree interface is spliced and accessed, task data are obtained according to the spliced address, a mouse monitoring event is bound to the Azkaban user interface, when the mouse monitoring event monitors mouse clicking, a current clicking task is determined according to information fed back by mouse clicking, a parent task and a child task of the current clicking task are determined from the obtained task data according to the current clicking task, and the parent task and the child task of the current clicking task and the current clicking task are displayed in a pop-up frame mode, so that the Azkaban user interface does not need to be changed, the dependency relationship between the position of the task and the task can be conveniently checked, development cost is reduced, and user experience is improved.
Referring to fig. 1, in an embodiment of the present application, a task dependency graph display method suitable for Azkaban is provided, where the method includes:
s1: acquiring an Azkaban user interface opening signal sent by Chrome;
s2: acquiring a URL (uniform resource locator) address from the Azkaban user interface opening signal to obtain a URL address to be analyzed;
s3: acquiring a preset URL address, comparing the URL address to be analyzed with the preset URL address, acquiring an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, and carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address;
s4: acquiring task data according to the target URL address to obtain target task data, and binding a mouse monitoring event to the Azkaban user interface opened by the Chrome;
s5: acquiring mouse click feedback information sent by the mouse monitoring event, and determining a current click task according to the mouse click feedback information;
s6: performing parent-level task and sub-level task calculation on the current click task by adopting the target task data to obtain target parent-level task data and target sub-level task data corresponding to the current click task;
s7: and performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame.
In the embodiment, a URL address is obtained from the Azkaban user interface opening signal to obtain a URL address to be analyzed, a preset URL address is obtained, the URL address to be analyzed is compared with the preset URL address, when the URL address to be analyzed contains the preset URL address, the Azkaban task dependent tree interface address is obtained from a database, the URL address to be analyzed and the Azkaban task dependent tree interface address are subjected to URL address splicing to obtain a target URL address, task data is obtained according to the target URL address to obtain target task data, a mouse monitoring event is bound to the Azkaban user interface opened by Chrome, mouse click feedback information sent by the mouse monitoring event is obtained, a current click task is determined according to the mouse click feedback information, parent task and child task calculation are carried out on the current click task by adopting the target task data to obtain target parent task data and target child task data corresponding to the current click task, the current click task, the target parent-level task data and the target child-level task data are displayed in a pop-up frame mode to obtain a target display frame, so that the Azkaban user interface is not required to be changed, the dependency relationship between the position of the task and the task can be conveniently checked, the development cost is reduced, and the user experience is improved.
For S1, the user may open the Azkaban user interface at the URL address where the user enters Azkaban in Chrome, or the third-party application system may trigger Chrome to open the Azkaban user interface through the URL address.
The Chrome open Azkaban user interface includes three phases: the start phase may also be referred to as document _ start phase, the load phase may also be referred to as document _ loading phase, and the end phase may also be referred to as document _ end phase.
Optionally, the Chrome opens the Azkaban user interface and triggers an Azkaban user interface opening signal when entering the ending stage.
Chrome, also known as google browser.
For step S2, the URL address where the Chrome is opened is acquired from the Azkaban user interface opening signal, and the acquired URL address is used as the URL address to be analyzed.
For S3, the preset URL address may be obtained from the database, may be obtained from the cache, and may be written in a program file implementing the present application.
The URL address, i.e., the address of the Azkaban user interface that opens the target Azkaban, is preset.
Comparing the URL address to be analyzed with the preset URL address, when the URL address to be analyzed contains the preset URL address, the URL address to be analyzed opens an Azkaban user interface of a target Azkaban, at this time, the Azkaban task dependent tree interface address can be obtained from the database, the Azkaban task dependent tree interface address can also be obtained from the cache from the database, and the Azkaban task dependent tree interface address can also be written into a program file for realizing the application.
The Azkaban task dependency tree interface address is the interface address of the target Azkaban task dependency tree. By calling the Azkaban task dependency tree interface address, the data of the task dependency tree of the target Azkaban can be acquired.
And carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address, so that the data of the task dependency tree of the target Azkaban can be obtained by opening the target URL address. The URL address splicing method can be selected in the prior art, and is not described herein.
For S4, accessing a task dependency tree interface of Azkaban according to the target URL address, acquiring all task data through the task dependency tree interface, and taking the acquired all task data as target task data; and generating a task data acquisition ending signal when the target task data is determined, and binding a mouse monitoring event to the Azkaban user interface opened by the Chrome according to the task data acquisition ending signal.
Target task data, i.e. task data. The task data includes: the task identification of the current task and the task identification of the parent task.
Optionally, the task data is stored in Azkaban in KV file format. K in the KV file format stores the task identifier of the current task, and V in the KV file format stores the task identifier of the parent task.
The task identifier may be a task name, a task ID, or the like that uniquely identifies a task.
And the mouse monitors the event and is used for monitoring the event of mouse operation. The working principle and the implementation method of the mouse monitoring event are not described herein.
For S5, a mouse click event will be triggered when the user mouse clicks on the Chrome open Azkaban user interface. And when the mouse monitors the event and monitors the mouse click event, acquiring mouse click feedback information from the Chrome.
Acquiring the mouse click feedback information sent by the mouse monitoring event monitoring Chrome; judging whether the mouse click feedback information is information of a click task button; and when the mouse click feedback information is information of a click task button, analyzing the mouse click feedback information to obtain a clicked task, and taking the clicked task as the current click task.
For S6, acquiring a parent task from the target task data as target parent task data corresponding to the current click task by adopting the current click task; and acquiring a sub-level task from the target task data by adopting the current click task as target sub-level task data corresponding to the current click task.
For S7, performing pop-up frame display on the Azkaban user interface opened by Chrome according to the current click task, the target parent-level task data, and the target child-level task data in a task dependency graph manner, and taking the pop-up frame and the displayed task dependency graph as target display frames.
It is understood that steps S1 through S7 may be implemented as browser plug-ins.
Optionally, in a manifest json (configuration file) file of the Chrome, a content _ scripts (configuration block) is configured by using javascript, and the content _ scripts are used to implement steps S1 to S7.
In an embodiment, the step of obtaining task data according to the target URL address to obtain target task data and binding a mouse listening event to the Azkaban user interface opened by the Chrome includes:
s41: accessing a task dependency tree interface of Azkaban according to the target URL address, acquiring all task data by calling the task dependency tree interface, and taking the acquired all task data as the target task data;
s42: generating a task data acquisition ending signal according to the target task data;
s43: and acquiring an end signal according to the task data, and binding the mouse monitoring event to the Azkaban user interface opened by the Chrome.
According to the embodiment, the mouse monitoring event is bound on the Azkaban user interface, and a foundation is provided for displaying the task dependency graph of the subsequent mouse monitoring event, so that the Azkaban user interface is not required to be changed, the dependency relationship between the position of the task and the task can be conveniently checked, the development cost is reduced, and the user experience is improved.
For S41, accessing a task dependency tree interface of Azkaban (that is, a target Azkaban corresponding to the target URL address) according to the target URL address, acquiring all task data by calling the task dependency tree interface, taking all acquired task data as the target task data, and storing the target task data in a cache.
For S42, after the target task data is stored in the buffer, a task data acquisition end signal is generated.
For step S43, when the task data acquisition end signal is acquired, the mouse listening event is bound to the Azkaban user interface opened by the Chrome according to a preset event binding method.
In an embodiment, the step of obtaining the mouse click feedback information sent by the mouse monitoring event and determining the current click task according to the mouse click feedback information includes:
s51: acquiring the mouse click feedback information sent by the mouse monitoring event monitoring Chrome;
s52: judging whether the mouse click feedback information is click task button information or not;
s53: and when the mouse click feedback information is click task button information, analyzing the mouse click feedback information to obtain the current click task.
The method and the device have the advantages that the current click task is determined according to the feedback of the mouse monitoring event, and a foundation is provided for displaying the task dependency graph of the subsequent mouse monitoring event, so that the Azkaban user interface is not required to be changed, the dependency relationship between the position of the task and the task can be conveniently checked, the development cost is reduced, and the user experience is improved.
For S51, when the mouse monitor event monitors that the Azkaban user interface opened by the Chrome is clicked by a mouse, obtaining mouse click feedback information from the Chrome.
For S52, acquiring a preset click task keyword, searching in the mouse click feedback information by using the preset click task keyword, determining that the mouse click feedback information is click task button information when the search is successful, and determining that the mouse click feedback information is non-click task button information when the search is failed.
For S53, when the mouse click feedback information is click task button information, it means that the user wants to view a task dependency graph of the click task, at this time, the mouse click feedback information is analyzed by using a preset analysis method, a task identifier is determined from an analysis result, and the click task corresponding to the task identifier is taken as the current click task.
In an embodiment, the step of performing parent task and child task calculation on the current click task by using the target task data to obtain target parent task data and target child task data corresponding to the current click task includes:
s61: performing parent task calculation on the current click task by adopting a recursive upward algorithm according to the target task number to obtain target parent task data corresponding to the current click task;
s62: and performing sub-level task calculation on the current click task by adopting the recursive downward algorithm according to the target task data to obtain the target sub-level task data corresponding to the current click task.
In the embodiment, the recursive upward algorithm is adopted for parent task calculation and the recursive downward algorithm is adopted for child task calculation, so that all parent tasks and all child tasks are calculated, and the accuracy of task dependency graph display is improved.
And S61, adopting a recursive upward algorithm, taking the current click task as the lowest layer to obtain a reference value, then calculating an intermediate result from the lowest layer function according to the target task data, gradually quitting the recursive process, and finally obtaining a parent task after the final result is calculated in the top layer function, wherein the obtained parent task is taken as the target parent task data corresponding to the current click task.
Recursive up algorithms, also known as recursive bottom-up algorithms.
And S62, adopting a recursion downward algorithm, taking the current click task as a topmost value, calculating an intermediate result in each recursion layer according to the target task data, and taking the obtained sub-level task as the target sub-level task data corresponding to the current click task after the final result is operated from recursion to the bottommost layer.
Recursive downward algorithms, also known as recursive top-down algorithms.
In an embodiment, the step of performing pop-up frame display on the current click task, the target parent-level task data, and the target child-level task data to obtain a target display frame includes:
s71: generating a task dependency graph from the current click task, the target parent-level task data and the target child-level task data according to a task dependency relationship to obtain a target task dependency graph;
s72: triggering a bullet frame based on the target task dependency graph to obtain a display frame to be filled;
s73: and displaying the target task dependency graph in the display frame to be filled to obtain the target display frame.
According to the method and the device, the current click task, the target parent-level task data and the target child-level task data are displayed in the pop-up frame mode, the problem that the dependency relationship between the position of the task and the task is very inconvenient to view due to the fact that the size displayed on a screen by each task is too small is solved through the pop-up frame, and therefore the Azkaban user interface is not required to be changed, the dependency relationship between the position of the task and the task can be conveniently viewed, development cost is reduced, and user experience is improved.
And S71, generating a task dependency graph from the current click task, the target parent-level task data and the target child-level task data according to the task dependency relationship by adopting a preset task dependency graph generation rule, and taking the generated task dependency graph as the target task dependency graph.
The preset task dependency graph generation rules include, but are not limited to: and sequentially displaying the parent level to the child level from top to bottom and sequentially displaying the parent level to the child level from left to right.
For S72, triggering a popup box on the Azkaban user interface opened by Chrome based on the target task dependency graph, and taking the popup box as a display box to be filled.
And S73, displaying the target task dependency graph in the display frame to be filled according to a preset display style to obtain a target display frame.
The preset presentation style includes but is not limited to: and displaying the rule by the preset background color.
In an embodiment, the step of displaying the target task dependency graph in the display frame to be filled to obtain the target display frame includes:
s731: when the execution state of the target parent-level task data is failure, determining that the background color of the target parent-level task data, the background color of the current click task and the background color of the target child-level task data are all first color values;
s732: when the execution state of the target parent-level task data is not executed, determining that the background color of the target parent-level task data, the background color of the current click task and the background color of the target child-level task data are second color values;
s733: when the execution state of the target parent-level task data is successful, determining that the background color of the target parent-level task data is a third color value, when the execution state of the current click task is failed, determining that the background color of the current click task and the background color of the target child-level task data are both first color values, when the execution state of the current click task is unexecuted, determining that the background color of the current click task and the background color of the target child-level task data are both second color values, when the execution state of the current click task is successful, determining that the background color of the current click task is a third color value, when the execution state of the target child-level task data is failed, determining that the background color of the target child-level task data is a first color value, and when the execution state of the target child-level task data is unexecuted, determining the background color of the target sub-level task data as a second color value, and determining the background color of the target sub-level task data as a third color value when the execution state of the target sub-level task data is successful;
s734: and displaying the target task dependency graph in the display frame to be filled according to the background color of the target parent task data, the background color of the current click task and the background color of the target child task data to obtain the target display frame.
According to the embodiment, the background color of the task is displayed according to the execution state of the task, so that the intuitiveness of the task dependency graph in the target display frame is improved, the user can visually know the execution state of the task, and the user experience is further improved.
The first color value, the second color value, and the third color value are all RGB values.
Optionally, the third color value represents white; the second color value represents green; the first color value background color represents gray.
According to the background color of the target parent task data, the background color of the current click task and the background color of the target child task data, the target task dependency graph is displayed in the display frame to be filled, namely, the background color of the display frame where the target parent task data of the target task dependency graph is located is displayed according to the background color of the target parent task data, the background color of the display frame where the current click task of the target task dependency graph is located is displayed according to the background color of the current click task, and the background color of the display frame where the target child task data of the target task dependency graph is located is displayed according to the background color of the target child task data.
In an embodiment, after the step of performing pop-up frame display on the current click task, the target parent-level task data, and the target child-level task data to obtain a target display frame, the method includes:
s81: acquiring a task management request based on the target display frame, wherein the task management request carries a task identifier to be managed;
s82: responding to the task management request, and displaying a task management selection frame according to the task identifier to be managed;
s83: acquiring a task management selection result sent by the task management selection frame;
s84: when the task management selection result is a single task, starting a task corresponding to the task identifier to be managed;
s85: when the task management selection result is a single task stopping, stopping the task corresponding to the task identifier to be managed;
s86: when the task management selection result is to start the associated task, starting the task corresponding to the task identifier to be managed and all the sub-level tasks of the task corresponding to the task identifier to be managed;
s87: and when the task management selection result is that the associated task is stopped, stopping the task corresponding to the task identifier to be managed and all the sub-level tasks of the task corresponding to the task identifier to be managed.
According to the embodiment, task management is carried out based on the target display frame, a user can conveniently and visually and rapidly carry out task management, and user experience is further improved.
For S81, a task management request triggered by a mouse click by the user is obtained on the target display box.
The task management request is a request for starting or stopping a task.
The task identifier to be managed refers to a task identifier of a task clicked by a user through a mouse.
And S82, responding to the task management request, and displaying a task management selection frame on the side of the task corresponding to the task identifier to be managed.
For S83, the user clicks the task management option in the task management selection box, and the task management selection box sends the selection result of the task management option to obtain the task management selection result.
The task management options include: starting a single task, stopping the single task, starting an associated task, and stopping the associated task.
For S84, when the task management selection result is to start a single task, it means that only a task clicked by a user mouse needs to be started, and the preparation state of the task corresponding to the task identifier to be managed is set as start.
For S85, when the task management selection result is to stop a single task, it means that only the task clicked by the user mouse needs to be stopped, and the preparation state of the task corresponding to the task identifier to be managed is set to stop.
For S86, when the task management selection result is to start the associated task, it means that the task clicked by the user mouse and the subtask of the task clicked by the user mouse need to be stopped, and the preparation states of the task corresponding to the task identifier to be managed and the preparation states of all the subtasks of the task corresponding to the task identifier to be managed are set to be started.
For S87, when the task management selection result is to stop the associated task, it means that the task clicked by the user mouse and the sub-tasks of the task clicked by the user mouse need to be stopped, and the preparation states of the task corresponding to the task identifier to be managed and the preparation states of all the sub-level tasks of the task corresponding to the task identifier to be managed are set to be stopped.
Referring to fig. 2, a task dependency graph presentation apparatus adapted for Azkaban, the apparatus comprising:
the signal acquisition module 100 is configured to acquire an Azkaban user interface opening signal sent by Chrome;
a URL address obtaining module 200, configured to obtain a URL address from the Azkaban user interface opening signal, so as to obtain a URL address to be analyzed;
a target URL address determining module 300, configured to obtain a preset URL address, compare the URL address to be analyzed with the preset URL address, obtain an Azkaban task dependency tree interface address from a database when the URL address to be analyzed includes the preset URL address, and perform URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address;
a target task data determining and monitoring event binding module 400, configured to obtain task data according to the target URL address, obtain target task data, and bind a mouse monitoring event to the Azkaban user interface opened by the Chrome;
the monitoring processing module 500 is configured to acquire mouse click feedback information sent by the mouse monitoring event, and determine a current click task according to the mouse click feedback information;
a parent task and child task calculating module 600, configured to perform parent task and child task calculation on the current click task by using the target task data, so as to obtain target parent task data and target child task data corresponding to the current click task;
and the pop-up frame display module 700 is configured to display the pop-up frame of the current click task, the target parent-level task data, and the target child-level task data to obtain a target display frame.
In the embodiment, a URL address is obtained from the Azkaban user interface opening signal to obtain a URL address to be analyzed, a preset URL address is obtained, the URL address to be analyzed is compared with the preset URL address, when the URL address to be analyzed contains the preset URL address, the Azkaban task dependent tree interface address is obtained from a database, the URL address to be analyzed and the Azkaban task dependent tree interface address are subjected to URL address splicing to obtain a target URL address, task data is obtained according to the target URL address to obtain target task data, a mouse monitoring event is bound to the Azkaban user interface opened by Chrome, mouse click feedback information sent by the mouse monitoring event is obtained, a current click task is determined according to the mouse click feedback information, parent task and child task calculation are carried out on the current click task by adopting the target task data to obtain target parent task data and target child task data corresponding to the current click task, the current click task, the target parent-level task data and the target child-level task data are displayed in a pop-up frame mode to obtain a target display frame, so that the Azkaban user interface is not required to be changed, the dependency relationship between the position of the task and the task can be conveniently checked, the development cost is reduced, and the user experience is improved.
Referring to fig. 3, a computer device, which may be a server and whose internal structure may be as shown in fig. 3, is also provided in the embodiment of the present application. The computer device includes a processor, a memory, a network interface, and a database connected by a system bus. Wherein the computer designed processor is used to provide computational and control capabilities. The memory of the computer device comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, a computer program, and a database. The memory provides an environment for the operation of the operating system and the computer program in the non-volatile storage medium. The database of the computer equipment is used for storing data such as a task dependency graph display method suitable for Azkaban. The network interface of the computer device is used for communicating with an external terminal through a network connection. The computer program is executed by a processor to implement a task dependency graph presentation method suitable for Azkaban. The task dependency graph display method suitable for the Azkaban comprises the following steps: acquiring an Azkaban user interface opening signal sent by Chrome; acquiring a URL (uniform resource locator) address from the Azkaban user interface opening signal to obtain a URL address to be analyzed; acquiring a preset URL address, comparing the URL address to be analyzed with the preset URL address, acquiring an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, and carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address; acquiring task data according to the target URL address to obtain target task data, and binding a mouse monitoring event to the Azkaban user interface opened by the Chrome; acquiring mouse click feedback information sent by the mouse monitoring event, and determining a current click task according to the mouse click feedback information; performing parent-level task and sub-level task calculation on the current click task by adopting the target task data to obtain target parent-level task data and target sub-level task data corresponding to the current click task; and performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame.
In the embodiment, a URL address is obtained from the Azkaban user interface opening signal to obtain a URL address to be analyzed, a preset URL address is obtained, the URL address to be analyzed is compared with the preset URL address, when the URL address to be analyzed contains the preset URL address, the Azkaban task dependent tree interface address is obtained from a database, the URL address to be analyzed and the Azkaban task dependent tree interface address are subjected to URL address splicing to obtain a target URL address, task data is obtained according to the target URL address to obtain target task data, a mouse monitoring event is bound to the Azkaban user interface opened by Chrome, mouse click feedback information sent by the mouse monitoring event is obtained, a current click task is determined according to the mouse click feedback information, parent task and child task calculation are carried out on the current click task by adopting the target task data to obtain target parent task data and target child task data corresponding to the current click task, the current click task, the target parent-level task data and the target child-level task data are displayed in a pop-up frame mode to obtain a target display frame, so that the Azkaban user interface is not required to be changed, the dependency relationship between the position of the task and the task can be conveniently checked, the development cost is reduced, and the user experience is improved.
An embodiment of the present application further provides a computer-readable storage medium, on which a computer program is stored, and when the computer program is executed by a processor, the method for displaying a task dependency graph applicable to Azkaban is implemented, including the steps of: acquiring an Azkaban user interface opening signal sent by Chrome; acquiring a URL (uniform resource locator) address from the Azkaban user interface opening signal to obtain a URL address to be analyzed; acquiring a preset URL address, comparing the URL address to be analyzed with the preset URL address, acquiring an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, and carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address; acquiring task data according to the target URL address to obtain target task data, and binding a mouse monitoring event to the Azkaban user interface opened by the Chrome; acquiring mouse click feedback information sent by the mouse monitoring event, and determining a current click task according to the mouse click feedback information; performing parent-level task and sub-level task calculation on the current click task by adopting the target task data to obtain target parent-level task data and target sub-level task data corresponding to the current click task; and performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame.
The executed task dependency graph display method applicable to the Azkaban obtains a URL address to be analyzed by obtaining the URL address from the Azkaban user interface opening signal, obtains a preset URL address, compares the URL address to be analyzed with the preset URL address, obtains an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, performs URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address, obtains task data according to the target URL address to obtain target task data, binds a mouse monitoring event to the Azkaban user interface opened by Chrome, obtains mouse click feedback information sent by the mouse monitoring event, determines a current click task according to the mouse click feedback information, and performs parent-level task and child-level task calculation on the current click task by adopting the target task data, and acquiring target parent-level task data and target child-level task data corresponding to the current click task, and performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to acquire a target display frame, so that the Azkaban user interface is not required to be changed, the dependency relationship between the position of the task and the task can be conveniently checked, the development cost is reduced, and the user experience is improved.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by hardware instructions of a computer program, which can be stored in a non-volatile computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. Any reference to memory, storage, database, or other medium provided herein and used in the examples may include non-volatile and/or volatile memory. Non-volatile memory can include read-only memory (ROM), Programmable ROM (PROM), Electrically Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), double-rate SDRAM (SSRSDRAM), Enhanced SDRAM (ESDRAM), synchronous link (Synchlink) DRAM (SLDRAM), Rambus Direct RAM (RDRAM), direct bus dynamic RAM (DRDRAM), and bus dynamic RAM (RDRAM).
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, apparatus, article, or method that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, apparatus, article, or method. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a process, apparatus, article, or method that includes the element.
The above description is only a preferred embodiment of the present application, and not intended to limit the scope of the present application, and all modifications of equivalent structures and equivalent processes, which are made by the contents of the specification and the drawings of the present application, or which are directly or indirectly applied to other related technical fields, are also included in the scope of the present application.
Claims (10)
1. A task dependency graph display method suitable for Azkaban is characterized by comprising the following steps:
acquiring an Azkaban user interface opening signal sent by Chrome;
acquiring a URL (uniform resource locator) address from the Azkaban user interface opening signal to obtain a URL address to be analyzed;
acquiring a preset URL address, comparing the URL address to be analyzed with the preset URL address, acquiring an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, and carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address;
acquiring task data according to the target URL address to obtain target task data, and binding a mouse monitoring event to the Azkaban user interface opened by the Chrome;
acquiring mouse click feedback information sent by the mouse monitoring event, and determining a current click task according to the mouse click feedback information;
performing parent-level task and sub-level task calculation on the current click task by adopting the target task data to obtain target parent-level task data and target sub-level task data corresponding to the current click task;
and performing pop-up frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame.
2. The method for displaying the task dependency graph applicable to Azkaban according to claim 1, wherein the step of obtaining task data according to the target URL address to obtain target task data and binding a mouse listening event to the Azkaban user interface opened by Chrome comprises:
accessing a task dependency tree interface of Azkaban according to the target URL address, acquiring all task data by calling the task dependency tree interface, and taking the acquired all task data as the target task data;
generating a task data acquisition ending signal according to the target task data;
and acquiring an end signal according to the task data, and binding the mouse monitoring event to the Azkaban user interface opened by the Chrome.
3. The method for displaying the task dependency graph applicable to Azkaban according to claim 1, wherein the step of obtaining mouse click feedback information sent by the mouse listening event and determining a current click task according to the mouse click feedback information comprises:
acquiring the mouse click feedback information sent by the mouse monitoring event monitoring Chrome;
judging whether the mouse click feedback information is click task button information or not;
and when the mouse click feedback information is click task button information, analyzing the mouse click feedback information to obtain the current click task.
4. The method for displaying the task dependency graph applicable to Azkaban according to claim 1, wherein the step of calculating a parent task and a child task of the current clicked task by using the target task data to obtain target parent task data and target child task data corresponding to the current clicked task comprises:
performing parent task calculation on the current click task by adopting a recursive upward algorithm according to the target task number to obtain target parent task data corresponding to the current click task;
and performing sub-level task calculation on the current click task by adopting the recursive downward algorithm according to the target task data to obtain the target sub-level task data corresponding to the current click task.
5. The method for displaying the task dependency graph applicable to Azkaban according to claim 1, wherein the step of performing pop-frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame comprises:
generating a task dependency graph from the current click task, the target parent-level task data and the target child-level task data according to a task dependency relationship to obtain a target task dependency graph;
triggering a bullet frame based on the target task dependency graph to obtain a display frame to be filled;
and displaying the target task dependency graph in the display frame to be filled to obtain the target display frame.
6. The method for displaying the task dependency graph applicable to Azkaban according to claim 5, wherein the step of displaying the target task dependency graph in the display frame to be filled to obtain the target display frame comprises:
when the execution state of the target parent-level task data is failure, determining that the background color of the target parent-level task data, the background color of the current click task and the background color of the target child-level task data are all first color values;
when the execution state of the target parent-level task data is not executed, determining that the background color of the target parent-level task data, the background color of the current click task and the background color of the target child-level task data are second color values;
when the execution state of the target parent-level task data is successful, determining that the background color of the target parent-level task data is a third color value, when the execution state of the current click task is failed, determining that the background color of the current click task and the background color of the target child-level task data are both first color values, when the execution state of the current click task is unexecuted, determining that the background color of the current click task and the background color of the target child-level task data are both second color values, when the execution state of the current click task is successful, determining that the background color of the current click task is a third color value, when the execution state of the target child-level task data is failed, determining that the background color of the target child-level task data is a first color value, and when the execution state of the target child-level task data is unexecuted, determining the background color of the target sub-level task data as a second color value, and determining the background color of the target sub-level task data as a third color value when the execution state of the target sub-level task data is successful;
and displaying the target task dependency graph in the display frame to be filled according to the background color of the target parent task data, the background color of the current click task and the background color of the target child task data to obtain the target display frame.
7. The method for displaying the task dependency graph applicable to Azkaban according to claim 1, wherein the step of performing pop-frame display on the current click task, the target parent-level task data and the target child-level task data to obtain a target display frame is followed by:
acquiring a task management request based on the target display frame, wherein the task management request carries a task identifier to be managed;
responding to the task management request, and displaying a task management selection frame according to the task identifier to be managed;
acquiring a task management selection result sent by the task management selection frame;
when the task management selection result is a single task, starting a task corresponding to the task identifier to be managed;
when the task management selection result is a single task stopping, stopping the task corresponding to the task identifier to be managed;
when the task management selection result is to start the associated task, starting the task corresponding to the task identifier to be managed and all the sub-level tasks of the task corresponding to the task identifier to be managed;
and when the task management selection result is that the associated task is stopped, stopping the task corresponding to the task identifier to be managed and all the sub-level tasks of the task corresponding to the task identifier to be managed.
8. A task dependency graph presentation apparatus adapted for Azkaban, the apparatus comprising:
the signal acquisition module is used for acquiring an Azkaban user interface opening signal sent by Chrome;
the URL address acquisition module is used for acquiring a URL address from the Azkaban user interface opening signal to obtain a URL address to be analyzed;
the target URL address determining module is used for acquiring a preset URL address, comparing the URL address to be analyzed with the preset URL address, acquiring an Azkaban task dependency tree interface address from a database when the URL address to be analyzed contains the preset URL address, and carrying out URL address splicing on the URL address to be analyzed and the Azkaban task dependency tree interface address to obtain a target URL address;
the target task data determining and monitoring event binding module is used for acquiring task data according to the target URL address to obtain target task data and binding a mouse monitoring event to the Azkaban user interface opened by the Chrome;
the monitoring processing module is used for acquiring mouse click feedback information sent by the mouse monitoring event and determining a current click task according to the mouse click feedback information;
the parent task and child task computing module is used for computing a parent task and a child task of the current click task by adopting the target task data to obtain target parent task data and target child task data corresponding to the current click task;
and the bullet frame display module is used for displaying the current click task, the target parent-level task data and the target child-level task data in a bullet frame mode to obtain a target display frame.
9. A computer device comprising a memory and a processor, the memory storing a computer program, wherein the processor implements the steps of the method of any one of claims 1 to 7 when executing the computer program.
10. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, carries out the steps of the method of any one of claims 1 to 7.
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