CN109446082A - Multithreading testing process project configuration method and system - Google Patents
Multithreading testing process project configuration method and system Download PDFInfo
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- CN109446082A CN109446082A CN201811233329.7A CN201811233329A CN109446082A CN 109446082 A CN109446082 A CN 109446082A CN 201811233329 A CN201811233329 A CN 201811233329A CN 109446082 A CN109446082 A CN 109446082A
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- 238000012360 testing method Methods 0.000 title claims abstract description 261
- 238000000034 method Methods 0.000 title claims abstract description 69
- 238000004891 communication Methods 0.000 claims abstract description 12
- 238000000465 moulding Methods 0.000 claims description 2
- 238000012423 maintenance Methods 0.000 abstract description 2
- 230000006870 function Effects 0.000 description 87
- 235000008331 Pinus X rigitaeda Nutrition 0.000 description 1
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- 238000011161 development Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
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- 238000004519 manufacturing process Methods 0.000 description 1
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Classifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
- G06F11/3684—Test management for test design, e.g. generating new test cases
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/3668—Software testing
- G06F11/3672—Test management
- G06F11/3688—Test management for test execution, e.g. scheduling of test suites
Abstract
The invention discloses a kind of multithreading testing process project configuration method and systems, including host computer and test equipment, and wherein host computer stores multithreading testing process project configuration software, which includes main control module, communication module and instrument controlling module；Main control module is responsible for the foundation and control of integrated testability process, and multiple sub threads and instrument controlling object are established in host process, by way of message, controls other modules, completes entire test process；Communication module is responsible for being communicated between Board Under Test, is called by main control module；Instrument controlling module is responsible for the communication between instrument, and control instrument measures and return test result, and sub thread is called instrument controlling module to realize and prevent multithreading while being called when calling instrument controlling object to measure by host process；Test equipment is connect with host computer and Board Under Test, is called and is controlled by the main control module of host computer.Present invention maintenance, configuration are simple, and personnel requirement is low.
Description
Technical field
The present invention relates to product test technical field, especially a kind of multithreading testing process project configuration method and it is
System.
Background technique
The production test software of product is provided to the performance of test product and is configured and opens to product parameters at present
Hair, the test function of such software is realized and test process control is fixed in software source code, according to source code
Specified in testing sequence each function is successively tested, until test is completed and obtains test result (General Result is all
It is success or failure).Also there is improved plan, the test function of institute's some need is all exactly packaged into individual test item
And name, the testing sequence of these good test items is then configured in code or text configuration files (such as .ini file), most
All test items of the operation of configured testing sequence from the beginning to the end are installed by test software afterwards, when all items have all been run
At and then think that product function is successfully tested after running successfully, otherwise it is assumed that test crash.
But these methods have several drawbacks in that:
1, test item writes in code, needs to change source code if modification, it has not been convenient to quickly exploitation, and meeting
Increase Source code management difficulty, it is high to developer's technical requirements, it modifies very time-consuming.
Although 2, the method that testing process is configured in text configuration files is more convenient in source code than writing on, this
Configuration files cannot be used for the complicated testing process of description, be normally only used for single program for testing thread, it is impossible to be used in more p-wires
Cheng Chengxu.
3, certain functions of product may be independent, can test simultaneously, to reduce the testing time, but current journey
Sequence is all single thread test, can not carry out multiple test items while test, and is unfavorable for reducing the testing time.
Summary of the invention
The technical problem to be solved by the invention is to provide a kind of maintenance and configurations simply, substantially reduces user of service's quality
It is required that multithreading testing process project configuration method and system.
To solve the above problems, the technical solution used in the present invention is:
A kind of multithreading testing process project configuration method and system, including host computer and test equipment, wherein host computer
Multithreading testing process project configuration software is stored in memory, which includes main control module, communication module and instrument
Control module；Main control module is responsible for the foundation and control of integrated testability process, established in host process multiple sub threads and
Instrument controlling object controls other modules by way of message, completes entire test process；Communication module be responsible for it is tested
It is communicated between plate, is called by main control module；Instrument controlling module is responsible for the communication between instrument, and control instrument carries out
Test result is measured and returns, sub thread calls instrument controlling by host process when calling instrument controlling object to measure
Module is realized and is prevented multithreading while calling；Test equipment is connect with host computer and Board Under Test, by the master control molding of host computer
Block is called and is controlled.
Further, the main control module includes function keyword module, waits point module, set of keywords module, surveys
Project configuration module, testing process fit module, test item and flow executing modules are tried, wherein function keyword module is used for
Realize the test of specified function, set of keywords module is the set of the functional keyword module of institute, test item configuration module use
In the function keyword needed to the configuration of each test item, and function keyword testing sequence is adjusted, holding point mould
Block is a kind of special test item, and testing process fit module is used to carry out test item needed for sub thread configuration to go forward side by side
Row sequence adjusts, and test item and flow executing modules realize Board Under Test for executing configured test item and sub thread
Test.
Preferably, the function keyword module is shown in a manner of patterned, with class or the shape of function or interface
Formula externally provides specified function, and integrates and be shown in set of keywords module.
It preferably, include the test item to be configured of multiple graphic software platforms in the test item configuration module,
When configuring some test item, function keyword quantity and sequence in the test item are matched according to actual test
It sets, configured function keyword automatically generates the test item object program by main control module in real time.
Preferably, the testing process configuration module is the test sub thread with graphic software platform, with having from top to bottom
The line segment in direction indicates that the test item in test item configuration module is drawn on line segment in order, and test item sequence is logical
It crosses and adjusts its upper and lower position on line segment to realize, configured test item automatically generates this by main control module in real time
Test the program of sub thread.
The beneficial effects of adopting the technical scheme are that the present invention realizes efficiently, intuitively, conveniently
, the testing process project configuration function of multithreading, overcome the defect of traditional test process project configuration.The present invention only needs
Carrying out simple training i.e. to user of service can be used, and reduce the requirement to user of service.
Detailed description of the invention
Fig. 1 is present system flow chart；
Fig. 2 is test run flow chart of the present invention；
Fig. 3 is test item configuration module drag function schematic diagram of the present invention；
Fig. 4 is testing process configuration module dragging items functional schematic of the present invention；
Fig. 5 is testing process configuration module dragging holding point functional schematic of the present invention.
Specific embodiment
The invention will be described in further detail with reference to the accompanying drawing:
The present invention includes host computer and test equipment, and wherein storage multithreading testing process project is matched in host computer memory
Software is set, which includes main control module, communication module and instrument controlling module；Main control module is responsible for integrated testability stream
The foundation and control of journey, establish multiple sub threads in host process and instrument controlling object controls it by way of message
His module, completes entire test process；Communication module is responsible for being communicated between Board Under Test, is called by main control module；Instrument
Device control module is responsible for the communication between instrument, and control instrument measures and return test result, and sub thread is calling instrument
When device control object measures, calls instrument controlling module to realize and prevent multithreading by host process while calling；Test
Instrument is connect with host computer and Board Under Test, is called and is controlled by the main control module of host computer.
System flow chart of the invention is as shown in Figure 1, the present invention by the way of multithreading, passes through program mutual exclusion lock, reality
The instrument of existing competitive mode calls, and sub thread is in the state for waiting in line the unlock of instrument controlling object, reaches instrument controlling with this
The purpose that object idleness reduces, to promote instrument utilization rate.
Main control module of the present invention includes function keyword module, point module, set of keywords module, test item is waited to match
Module, testing process fit module, test item and flow executing modules are set, wherein function keyword module is for realizing specified
The test of function, set of keywords module be functional keyword module set, test item configuration module be used for each
The function keyword that test item configuration needs, and function keyword testing sequence is adjusted, it is a kind of for waiting point module
Special test item, testing process fit module is for configuring test item needed for sub thread and carrying out sequence tune
Whole, test item and flow executing modules realize the test of Board Under Test for executing configured test item and sub thread.With
Under to each module be further described:
Function keyword module: function keyword mentioned in the present invention is a kind of function code module encapsulated, this
Module is that the smallest function realizes module in this system, externally provides a kind of specified function being pre-designed.With class or function
Or the form of interface externally provides specified function, there is many such function keyword modules in system, it is different to realize
Function.The function keyword module is shown in a manner of patterned, and is integrated and be shown in set of keywords module.
It waits point module: in practical multithreading test process, being frequently encountered a thread and running to some survey
It could continue to test after needing other equal threads to run to nominative testing project after or before examination project, holding point is exactly this
At the time of needing to wait, holding point is substantially a kind of special test item, and when code development can carry out specially treated to this,
Realize specified latency function.In testing process configuration module, holding point can appear in project in the form of a dot
In list, drags and use for testing process configuration module.
Set of keywords module: being loaded with the function keyword module needed in all test process using arriving in this module,
And the list of function keyword name and keyword calling interface are externally provided, it is used for test item configuration module.
Test item configuration module: test item is provided and configures editting function, the function keyword that system is provided is with can
The form of dragging square (form can be dragged by being also possible to other) is shown in test item, may be implemented to close by drag function
Key word square edits test item and adjustment function keyword operation order.It include multiple in the test item configuration module
The test item to be configured of graphic software platform, the function number of keyword when configuring some test item, in the test item
Amount and sequence are configured according to actual test, and configured function keyword is automatically generated in real time by main control module
The test item object program.
Testing process configuration module: providing testing process and configure editting function, according to actual needs creation test sub thread
(a headed dotted line from top to bottom indicates to transport from top to bottom along the test item on this line when test graticule
Row), the testing sequence and test by editing test item in dragging test item to test sub thread graticule may be implemented
When used sub thread, while the project between sub thread can also be arranged to wait by dragging holding point (dot) function
Function.Test item sequence realizes that configured test item is logical by adjusting its upper and lower position on line segment
Cross the program that main control module automatically generates the test sub thread in real time.
Test item and flow executing modules: the function of this module is exactly according to test item configuration module and testing process
Test item and the process creation that configuration module edits test thread and run corresponding test item on corresponding thread, and
Further run the function keyword in test item.
Core of the invention has 2 parts:
First part be in test item configuration module by function keyword module it is graphical (such as text box or other
Form can be dragged), by test item list (list or other forms can be used), by function key by way of dragging
Word box (patterned function keyword) drags to the suitable position in test item in function Keyword List to determine fortune
The sequence of the function keyword run when this test item of row, can also be with the function keyword side in drag function Keyword List
Frame executes sequence to adjust.(referring to Fig. 3)
Second part is in testing process configuration module graphically (to can be text box or display is surveyed test item
Try the forms such as the box of project name), and by test sub thread, graphically (one can place test item from top to bottom
Directive line segment or other similar form, it is subsequent be known as test sub thread run graticule), by way of dragging will test
Project box (patterned test item) is run on graticule from test sub thread is moved in test item list, and is being tested
Sub thread runs and arranges testing sequence (tandem that can adjust test item by way of pulling test item) on graticule,
It can also be dragged on other test sub thread graticules in the test item on test sub thread graticule, realize test item
The transfer (referring to fig. 4) of place thread.Holding point is moved on test sub thread operation graticule also by the mode of dragging, and
And connected the holding point that two are tested on sub thread graticule by way of dragging, it realizes and is needed between configuration sub thread
Latency function.(referring to Fig. 5).
Every test sub thread operation graticule in testing process configuration module represents actual test when operation
Thread, system can create the test thread of corresponding number according to the quantity of test sub thread operation graticule after test starts, and
Corresponding test item is run on thread (test run process is as shown in Figure 2).
(as shown in Figure 3) is described as follows to the specific implementation step of the drag function in test item configuration module below:
Function Keyword List is obtained by set of keywords module, and each function keyword in list is shown in
In the function Keyword List field of left side.Added in test item list new test item (or selection it is already existing
Test item), and the function keyword for having been added to this test item is shown in function keyword editing area.
The step of adding function keyword by drag function is as follows:
A function keyword box in left mouse button click function Keyword List, records the keyword chosen at this time
Title M.
This keyword box of mouse drag obtains keyword box in the position of editing area to function keyword editing area at this time
It sets, and calculates the function keyword serial number A above this position and the function keyword serial number B below this position.Unclamp mouse
Left button is marked, is inserted into new function keyword M between function keyword A and function keyword B at this time.
The step of by drag function locomotive function key sequence, is as follows:
A function keyword box in left mouse button click function keyword editing area, records the key chosen at this time
Word title M.This keyword box of mouse drag obtains keyword box to other suitable positions of function keyword editing area at this time
In the position of editing area, and calculate the function keyword serial number A above this position and the function keyword below this position
Serial number B.Left mouse button is unclamped, is inserted into new function keyword M between function keyword A and function keyword B at this time, then will
Former function keyword M is deleted.
The specific implementation step of the drag function of the test item in testing process configuration module is described as follows (such as below
Shown in Fig. 4):
Test item list is obtained by test item collection module, and each test item in list is shown in a left side
In side test bulleted list field.According to the actual needs, a plurality of test sub thread graticule is added.
The step of adding test item by drag function is as follows:
Left mouse button clicks a test item box in test item list, records the test item name chosen at this time
Claim M.Suitable position on this test item box of mouse drag to suitable test thread graticule, obtains test item side at this time
Test thread graticule L where frame, and obtain and test the position on thread graticule herein, and calculate the survey above this position
Try the test item serial number B below Item number A and this position.Left mouse button is unclamped, at this time the survey on test thread graticule L
New test item M is inserted between examination project A and test item B.
The step of by drag function mobile test project order and test thread graticule, is as follows:
Left mouse button clicks a test item box on test thread graticule, records the test item name chosen at this time
Claim M.
Other suitable positions on this test item box of mouse drag to identical (or different) test thread graticule, at this time
The test thread graticule L where test item box is obtained, and obtains and tests the position on thread graticule herein, and calculate
The test item serial number B below test item serial number A and this position above this position.Left mouse button is unclamped, is being tested at this time
New test item M is inserted between test item A and test item B on thread graticule L.Delete former test item M.
The specific implementation step of the drag function of the holding point in testing process configuration module is described as follows (as schemed below
Shown in 5):
The step of adding holding point by drag function is as follows:
Left mouse button clicks holding point circle icon.This waiting null circle shape icon of mouse drag tests thread mark to suitable
Suitable position on line obtains the test thread graticule L where holding point circle icon at this time, and obtains and test thread mark herein
Position on line, and calculate the test item serial number A above this position and the test item serial number B below this position.Pine
Left mouse button is opened, is inserted into holding point circle icon between the test item A and test item B on test thread graticule L at this time.
DM (a random and unduplicated value) is named to the holding point being newly inserted into
The step of being connected holding point with other test thread graticules by drag function is as follows:
Left mouse button clicks a holding point circle icon on test thread graticule, records the waiting chosen at this time and calls the roll
Claim DM.This waits the suitable position on null circle shape icon to other test thread graticules to mouse drag, obtains wait null circle at this time
Test thread graticule L2 where shape icon, and obtain and test the position on thread graticule herein, and calculate on this position
The test item serial number A and the test item serial number B below this position of side.Left mouse button is unclamped, at this time in test thread graticule
It is inserted into new holding point between test item A on L2 and test item B and is named as DM (identical as original holding point).
It draws a dotted line between the holding point DM that two are tested on thread graticule L and L2, indicates that this two holding points have
Waiting relationship.
Above-mentioned A, B, L, M, L2, DM etc. are not particular values, only code name.
Claims (5)
1. a kind of multithreading testing process project configuration method and system, it is characterised in that: including host computer and test equipment,
Multithreading testing process project configuration software is stored in middle host computer memory, which includes main control module, communication module
And instrument controlling module；Main control module is responsible for the foundation and control of integrated testability process, and multiple sons are established in host process
Thread and instrument controlling object control other modules by way of message, complete entire test process；Communication module is negative
It is communicated between duty and Board Under Test, is called by main control module；Instrument controlling module is responsible for the communication between instrument, control
Instrument measures and returns test result, and sub thread is called when calling instrument controlling object to measure by host process
Instrument controlling module is realized and is prevented multithreading while calling；Test equipment is connect with host computer and Board Under Test, by host computer
Main control module is called and is controlled.
2. multithreading testing process project configuration system according to claim 1, it is characterised in that the main control module
Including function keyword module, wait point module, set of keywords module, test item configuration module, testing process fit module,
Test item and flow executing modules, wherein test of the function keyword module for realizing specified function, set of keywords module
Be functional keyword module set, test item configuration module be used for each test item configuration need function close
Key word, and function keyword testing sequence is adjusted, waiting point module is a kind of special test item, and testing process is matched
Molding block is for configuring test item needed for sub thread and carrying out sequence adjustment, test item and flow executing modules
For executing configured test item and sub thread, the test of Board Under Test is realized.
3. multithreading testing process project configuration system according to claim 2, it is characterised in that the function keyword
Module is shown in a manner of patterned, and specified function, and integrative display are externally provided in the form of class or function or interface
In set of keywords module.
4. multithreading testing process project configuration method and system according to claim 3, it is characterised in that the test
It include the test item to be configured of multiple graphic software platforms in project configuration module, when configuring some test item, the survey
Function keyword quantity and sequence in examination project are configured according to actual test, and configured function keyword passes through
Main control module automatically generates the test item object program in real time.
5. multithreading testing process project configuration method and system according to claim 4, it is characterised in that the test
Process configuration module is the test sub thread with graphic software platform, is indicated with directive line segment from top to bottom, test item
Test item in configuration module is drawn on line segment in order, and test item sequence is by adjusting its upper bottom on line segment
It sets to realize, configured test item automatically generates the program of the test sub thread by main control module in real time.
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| Publication number | Publication date |
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| CN109446082B (en) | 2021-07-16 |
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