CN102169183A - Test atom based method for automatically testing satellites - Google Patents
Test atom based method for automatically testing satellites Download PDFInfo
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- CN102169183A CN102169183A CN2010105972730A CN201010597273A CN102169183A CN 102169183 A CN102169183 A CN 102169183A CN 2010105972730 A CN2010105972730 A CN 2010105972730A CN 201010597273 A CN201010597273 A CN 201010597273A CN 102169183 A CN102169183 A CN 102169183A
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Abstract
The invention discloses a test atom based method for automatically testing satellites, comprising the steps of generalizing minimum test units capable of being independently executed through abstractly a refining test case, defining the test units as test atoms, establishing an automatic test platform on the basis, automatically carrying out the test case on the automated test platform, recording a test result, and forming a test report to complete an automatic test process, wherein the test case in the test process is a combination of the test atoms. A new test mode is realized in the invention and is suitable for the batch production testing process of the satellites; a test script satisfying test requirements can be conveniently formed through the arranging of the test atoms; the test case capable of be operated and executed is formed through combining each test atom and filling in attributes of the atoms by a tester; the test case is taken out and the content is analyzed and automatically executed by an automatic executive program; and therefore, the test efficiency is greatly increased.
Description
Technical field
The present invention relates to a kind of automated testing method, relate in particular to a kind of automated testing method that is applicable to the Navsat test based on " test atom " based on the test atom.
Background technology
The test process of satellite can be decomposed into test case one by one, and test case is finished the test to a certain function.In satellite test technology in the past, the implementation of test case is that the tester carries out step by step by hand according to testing procedure, sends test instruction, the interpretation telemetry parameter, and logging test results is all finished by hand by the tester.When the satellite test task more for a long time, adopt artificial mode can't satisfy the needs of test assignment, testing efficiency is low.
Summary of the invention
Technology of the present invention is dealt with problems and is: overcome the deficiencies in the prior art, a kind of automated testing method based on the test atom is provided, this method has improved testing efficiency.
Technical solution of the present invention is: a kind of satellite automated test method based on the test atom, and step is as follows:
(1) test case in the satellite test process is resolved into the test cell of a plurality of minimums, each minimum test cell is abstracted into a test atom, each test atom utilizes language programming to realize, all test atom sets that form are formed the former word bank of test together;
(2) satellite project to be measured is decomposed to form the method for testing sequence of a plurality of minimums, use test script edit tool, the test atom that select to need from test former word bank and arrange by testing sequence forms and the corresponding to test script of minimum method of testing sequence, with all test scripts that form formation test script library that gathers together;
(3) test script of selecting needs to carry out from test script library according to the satellite test project is carried out the test atom successively according to the definition in the test script, thereby and will test the atom implementation and be recorded in the test result storehouse and finish automatic test.
The present invention's beneficial effect compared with prior art is: the present invention is by the abstract refinement to test case, summarize the minimum test cell that independently to carry out, this test cell is defined as the test atom, on this basis, build automatic test platform, test case in the test process is combined by these test atoms, automatically performs test case, logging test results on automatic test platform, form test report, finish the automatic test flow process of satellite.The present invention has realized a kind of new test pattern, be applicable to that satellite criticizes the product test process, can be easily by rearranging of test atom be formed the test script that satisfies test request, the tester is by each test atom of combination, fill in atom belonging, formation can be operated the test case of execution, and the robotization executive routine takes out test case and resolves its content, and automatically perform, improved testing efficiency greatly.
Description of drawings
Fig. 1 is a realization schematic diagram of the present invention.
Embodiment
As shown in Figure 1, a kind of satellite automated test method based on the test atom, step is as follows:
(1) test case in the satellite test process is resolved into the test cell of a plurality of minimums, each minimum test cell is abstracted into a test atom, each test atom utilizes language programming to realize, all test atom sets that form are formed the former word bank of test together;
(2) satellite project to be measured is decomposed to form the method for testing sequence of a plurality of minimums, use test script edit tool, the test atom that select to need from test former word bank and arrange by testing sequence forms and the corresponding to test script of minimum method of testing sequence, with all test scripts that form formation test script library that gathers together;
(3) test script of selecting needs to carry out from test script library according to the satellite test project is carried out the test atom successively according to the definition in the test script, thereby and will test the atom implementation and be recorded in the test result storehouse and finish automatic test.
The definition of test atom: the test case that each subsystem in the satellite test process is used is concluded and summed up, minimum method of testing is carried out abstract formation test atom, adopt computerese to realize the test atom, and in the former word bank of the test of adding system to, currently realized following test atom: the atom that sends instructions, declare the parameter atom, atom etc. when comparing atom, school automatically;
The editor of test script: tested project is decomposed, form method of testing sequence from childhood, use test script edit tool, select corresponding test atom to arrange from testing former word bank, form and the corresponding to test script of method of testing sequence, test script is kept in the test script library.The entry condition of definition test atom carries out realizing by the time, by parameter, by conditions such as incidents the automatic operation of atom;
The execution of test script: from test script library, need to select the test script of execution, carry out the test atom successively, test result is presented on the interface, and preserves according to the definition in the script.
Test report generates: the implementation of a certain test script of inquiry and test result generate test report automatically according to certain format from the test result storehouse, fill in test result automatically.
The test atom comprises two kinds of attributes, and a kind of is contents attribute, and a kind of is to carry out attribute.
The execution attribute of atom is all the same, execution time that atomizes and atom executive mode.
Execution time has three kinds, and a kind of is relative time, and promptly the execution time of this test atom is a relative value with respect to test atom execution time of continuing before it; A kind of is absolute time, and promptly the execution time of this test atom is a set time value; Another kind is the time on the star, and the value of parameter was certain value when promptly the execution time of this test atom was the representative star.
The executive mode of test atom realizes by program, and identical interface externally is provided.
It is all inequality that each tests the contents attribute of atom, and each is tested the content of atom and all decides according to the content of minimum test cell, and therefore, the contents attribute editor of each test atom is inequality.
Realized at present the test atom of following type:
1, cycle tests atom
Functional description: software provides the cycle tests editing interface, and in this interface, the user can select to belong to the cycle tests of certain subsystem, realizes the cycle tests sending function.Can not send which cycle tests to specify only to the cycle tests Edition Contains in this interface.
Input: cycle tests name.
Output: show the cycle tests name on the interface.
2, discrete command atom
Functional description: the user selects the discrete command atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: subsystem, instruction number, instruction description, ratio word, pulse choice, number, cycle, width, differentiation time, synchronous asynchronous are selected, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
3, ratio word instruction atom
Functional description: user's selection percentage word instruction atom in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: subsystem, instruction number, instruction description, ratio word, pulse choice, number, cycle, width, differentiation time, synchronous asynchronous are selected, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
4, the order atom is set
Functional description: the user selects the order atom is set, and in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: ground checkout equipment command word, differentiation time, synchronous asynchronous are selected, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
5, inject the instruction atom
Functional description: the user selects to inject the instruction atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: affiliated subsystem, instruction number, instruction description, starting block number, instruction block number, differentiation time, synchronous asynchronous are selected, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
6, differentiate static parameter engineering value atom
Functional description: the user selects to differentiate the static parameter atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: differentiate type, subsystem, parameter sequence number, Chinese, parameter code name, lower limit, higher limit, differentiation time, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
7, discriminant parameter engineering value Detla value atom
Functional description: the user selects discriminant parameter engineering value Detla value atom, in the atom belonging editing interface, the attribute information that shows this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: subsystem, parameter sequence number, Chinese, parameter code name, lower limit, higher limit, differentiation time, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
8, atom prepared in literal
Functional description: the user selects literal to prepare atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: word content, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
9, caption atom
Functional description: the user selects picture to prepare atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: picture name (select File), preview picture, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
10, wait for atom certainly
Functional description: the user selects in the atom belonging editing interface, to show the attribute information of this atom from waiting for atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: stand-by period (unit is second), remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
11, monitor VC operation atom
Functional description: the user selects to monitor VC operation atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: watch type, VC number, expectation PK value, monitor VC time (unit is second), remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
12, monitor PK operation atom
Functional description: the user selects literal to prepare atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: word content, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
13, monitor PK mistiming atom
Functional description: the user selects to monitor PK mistiming atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: word content, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
14, time parameter is differentiated atom
Functional description: user's select time parameter is differentiated atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Import: classification, parameter 1, parameter 1 expectation (unit is second), 1 cycle of parameter, parameter 2, parameter 2 are expected (unit is second), 2 cycles of parameter, are differentiated number of times, remarks during the school.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
15, monitor that the VC counting compares atom
Functional description: the user selects to monitor that the VC counting than atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: counting is than type, differentiation number of times, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
16, storage atom
Functional description: the user selects to store atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: PK number, sign, monitor PK time, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
17, delayed telemetry data comparison atom
Functional description: the user selects delayed telemetry data comparison atom, in the atom belonging editing interface, the attribute information that shows this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: comparison type, time range, PK number, source parameter sequence number, parameter sequence number 1-N, historical juncture parameter sequence number 1-N, differentiation time, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
18, delayed telemetry true form comparison atom
Functional description: the user selects delayed telemetry true form comparison atom, in the atom belonging editing interface, the attribute information that shows this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: time range, comparison type, PK number, source parameter sequence number, parameter source code position 1-N, the parameter source code position 1-N of historical juncture, instruction, differentiation time, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
19, real-time telemetry true form comparison atom
Functional description: the user selects real-time telemetry true form comparison atom, in the atom belonging editing interface, the attribute information that shows this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: time range, PK number, the former code position 1-N of parameter, the former code position 1-N of parameter of another separate sources, file, differentiation time, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
20, the real-time telemetry data relationship is differentiated atom
Functional description: the user selects the real-time telemetry data relationship to differentiate atom, in the atom belonging editing interface, the attribute information that shows this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: parameter sequence number 1, parameter sequence number 2, upper limit formula, lower limit formula, differentiation time, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
21, comparison atom
Functional description: the user selects to compare atom, in the atom belonging editing interface, shows the attribute information of this atom, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: storaging mark 1, position 1, storaging mark 2, position 2, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
22, a plurality of linear-in-the-parameter relations are differentiated atom
Functional description: the user selects a plurality of linear-in-the-parameter relations to differentiate atom, in the atom belonging editing interface, show this atom belonging information, the user at this according to atom typing content, import its each property value, and user input content is presented in the job editing area, and submit to database to preserve.
Input: parameter sequence number, parameter X value, error, differentiation time, remarks.
Output: in the job editing area, show the input content, and with this content stores to the database atom table.
Carry out also supporting outside order is carried out in test script editor's the process following control at the use test atom:
1, variable declarations structure
The variable declarations structure is implemented in writes in the job content process function of defining variable.Its organization definition is as follows:
DEC＜types of variables〉variable name
Wherein DEC is the variable declarations key word.Types of variables is used to specify the type of defining variable, and types of variables has three kinds of STRI NG (character string type), INTEGER (integer type), FLOAT (float), and wherein default type is the FLOAT type.Variable is called user input content.
2, variable assignments structure
The variable assignments control structure realizes the variable of definition is carried out the assignment function.Its organization definition is as follows:
Variable name=initial value
Wherein "=" is the variable assignments key word.
In this software, variable assignments has two kinds of situations, and a kind of user of being imports, and another kind is after obtaining the atom return results, with this atom return results and variable binding.
For second kind of variable assignments situation, the software convention variable is got the return results value of the atom that continues before it.System definition variable-value function, getResult (atomic type, sequence number as a result), wherein, atomic type has defined the type of the atom that continues before it, and sequence number has defined which return results value of this atomic type as a result.By this function, can obtain unique return results of certain atom, and this result is returned to this variable.
Functional description:, realize the variable assignments operation by defining variable assignment structure.
3, parallel organization
Shown in being achieved as follows of parallel control structure:
PARA
Functional unit or test atom
Functional unit or test atom
Functional unit or test atom
END
In this organization definition, PARA, END is the key word of parallel control structure, has defined the action scope of parallel atom.When realizing, END can not occur, and shows with indent form.If the user input capability unit is then represented will have in certain parallel branch a plurality of atom serials and is carried out, if user's input test atom represents that then certain parallel branch has only a test atom.
Figure explanation: wherein the 4th walk to the 10th row content and be parallel content, it is three parallel atoms that the 5th row start-up command, the 9th row discriminant parameter, the 10th row are declared parameter d elta value, in first parallel atom, carries out three atoms that send instructions in proper order.
4, condition choice structure
The condition choice structure also claims the IF structure, and formal definition is as follows:
IF (logical expression)
Functional unit or atom
ELSE
Functional unit or test atom
END
In this structure, IF, ELSE, END are the key word of condition choice structure, this structure content is the action scope that condition is selected control structure.When realizing, END can not occur, and shows with indent form.During the user input capability unit, a plurality of atoms are carried out in representative, and the input atomic time, an atom is carried out in representative.Wherein logical expression is defined as with logical operator and organizes variable and relation operation symbol, represents one or several decision conditions.Variable-definition mode and variable assignments mode will describe in detail separately below.Relational operator commonly used has==(equating),!=(unequal),＞(greater than),＜(less than),＞=(more than or equal to),＜=(smaller or equal to) etc.Logical operator commonly used has 4, and they are respectively:! (patrolling non-), || (or), ﹠amp; ﹠amp; (with) ^ (XOR).
Functional description:, realize that the selection of atom is carried out by definition IF structure.
Output: show IF structure and content thereof in the job editing area.
The interface:
5, WHILE structure
The WHILE loop structure is implemented in the condition of appointment, constantly heavily covers the atomic series of appointment.Its definition structure is as follows:
WHILE (logical expression)
Functional unit or atom
END
In this structure, WHILE, END are the key word of loop structure.When realizing, END can not occur, and shows with indent form.During the user input capability unit, a plurality of atoms are carried out in the representative circulation, and the input atomic time, an atom is carried out in the representative circulation.The logical expression definition is selected to define in the control structure consistent with condition.
Functional description:, realize former subcycle execution by definition WHILE loop structure.
Handle: the user pulls WHILE structure, cursor positioning in the job editing area
In the time of on the WHILE structure, display logic expression formula input mode in the atom belonging zone, cursor positioning is in the WHILE structure time, the user can pull atom into, and in the attributes edit zone tracer atom attribute, the user fills in logical expression and each atom content respectively in the attribute zone, software is preserved user's institute's fill substance and is presented in the job editing area.
Two test cases of test of number pipe and Control Subsystem test describe below:
Number pipe test case, purpose: check the indirect discrete command functional check of wall scroll RTUA;
Purposes: send instruction 3000, need to judge the changing value of S215, S217, S211, S107, judge the parameter value of S213, S244, S108, S236, S232.
Test case is separated figure:
2 declare parameter engineering Delta value Δ S215, and remote control begins to locate the level counting
3 declare parameter engineering Delta value Δ S217, and remote control finishes the pulse transmission counting
4 declare parameter engineering Delta value Δ S211, and counting is injected in CTU observing and controlling
The static S213 of 5 discriminant parameters, the data interpretation word is injected in remote control
6 declare parameter engineering Delta value Δ S107, far put unit A instruction and send counting
The static S244 of 7 discriminant parameters, number pipe computing machine discrete command transmit status word
The static S108 of 8 discriminant parameters far puts the order code that unit A sends recently
The static S236 of 9 discriminant parameters finishes the pulse transmission state
The static S232 of 10 discriminant parameters, the up injection status indicator of observing and controlling
Comprise the operation of 10 steps, every pacing examination atom is described as follows:
(1) injects instruction, fill in following attribute
The atom base attribute
01. subsystem S
02. instruction numbers 3000
03. instruction description " by the indirectly discrete real-time empty instruction that RTUA sends, no space-ground closed loop comparison, instructing number is 100 (0X64) "
04. parameter list
05. starting block number 0001
06. instruction block several 0001
07. wait for back the time (S) 60 that makes
08. variable name
09. types of variables Double
10. variable rreturn value sequence number 1
11. the startup type of atom
12. the start-up parameter of atom
13. atom whether deny by asynchronous execution
14. remarks
(2) declare parameter engineering Delta value, fill in following attribute
The atom base attribute
01. subsystem S
02. parameter sequence number S215
03. the Chinese remote control begins to locate the level counting
04. parameter code name S215
05. radio frequency channel
06. higher limit 1
07. lower limit 1
08. time-out time (s) 20
09. mould value
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
(3) declare parameter engineering Delta value, fill in following attribute
The atom base attribute
01. subsystem S
02. parameter sequence number S217
03. the Chinese remote control finishes the pulse transmission counting
04. parameter code name S217
05. radio frequency channel
06. higher limit 1
07. lower limit 1
08. time-out time (s) 20
09. mould value
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
(4) declare parameter engineering Delta value, fill in following attribute
The atom base attribute
01. subsystem S
02. parameter sequence number S211
03. counting is injected in Chinese CTU observing and controlling
04. parameter code name S211
05. radio frequency channel
06. higher limit 1
07. lower limit 1
08. time-out time (s) 20
09. mould value
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
(5) declare parameter static state, fill in following attribute
The atom base attribute
01. differentiate type engineering value
02. subsystem S
03. parameter sequence number S213
04. the data interpretation word is injected in the Chinese remote control
05. parameter code name S213
06 radio frequency channel
07. higher limit 0
08. lower limit 0
09. time-out time (s) 20
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
(6) declare parameter engineering Delta value, fill in following attribute
The atom base attribute
01. subsystem S
02. parameter sequence number S107
03. Chinese is far put unit A instruction and is sent counting
04. parameter code name S107
05. radio frequency channel PK8/2
06. higher limit 1
07. lower limit 1
08. time-out time (s) 60
09. mould value
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
(7) declare parameter static state, fill in following attribute
- -
The atom base attribute
01. differentiate type engineering value
02. subsystem S
03. parameter sequence number S244
04. Chinese is counted pipe computing machine discrete command transmit status word
05. parameter code name S244
06. radio frequency channel PK8/73
07. higher limit 226
08. lower limit 226
09. time-out time (s) 60
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
(8) declare parameter static state, fill in following attribute
The atom base attribute
01. differentiate type engineering value
02. subsystem S
03. parameter sequence number S108
04. Chinese is far put the order code that unit A sends recently
05. parameter code name S108
06. radio frequency channel PK8/3
07. higher limit 31
08. lower limit 31
09. time-out time (s) 60
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
(9) declare parameter static state, fill in following attribute
The atom base attribute
01. differentiate type engineering value
02. subsystem S
03. parameter sequence number S236
04. Chinese finishes the pulse transmission state
05. parameter code name S236
06. radio frequency channel PK8/65
07. higher limit 0
08. lower limit 0
09. time-out time (s) 60
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
(10) declare parameter static state, fill in following attribute
The atom base attribute
01. differentiate type engineering value
02. subsystem S
03. parameter sequence number S232
04. the up injection status indicator of Chinese observing and controlling
05. parameter code name S232
06. radio frequency channel PK8/60
07. higher limit 192
08. lower limit 192
09. time-out time (s) 60
10. variable name
11. types of variables Double
12. variable rreturn value sequence number 1
13. the startup type of atom
14. the start-up parameter of atom
15. atom whether deny by asynchronous execution
16. remarks
The present invention not detailed description is a technology as well known to those skilled in the art.
Claims (1)
- One kind based on the test atom the satellite automated test method, it is characterized in that step is as follows:(1) test case in the satellite test process is resolved into the test cell of a plurality of minimums, each minimum test cell is abstracted into a test atom, each test atom utilizes language programming to realize, all test atom sets that form are formed the former word bank of test together;(2) satellite project to be measured is decomposed to form the method for testing sequence of a plurality of minimums, use test script edit tool, the test atom that select to need from test former word bank and arrange by testing sequence forms and the corresponding to test script of minimum method of testing sequence, with all test scripts that form formation test script library that gathers together;(3) test script of selecting needs to carry out from test script library according to the satellite test project is carried out the test atom successively according to the definition in the test script, thereby and will test the atom implementation and be recorded in the test result storehouse and finish automatic test.
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Cited By (11)
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| CN107832231A (en) * | 2017-12-05 | 2018-03-23 | 郑州云海信息技术有限公司 | A kind of system detection method, device and medium |
| CN107861879A (en) * | 2017-11-28 | 2018-03-30 | 成都视达科信息技术有限公司 | A kind of method and system for realizing software automated testing |
| CN107943689A (en) * | 2017-11-16 | 2018-04-20 | 北京卫星信息工程研究所 | Automated testing method and test system based on parametrization test script |
| CN108984385A (en) * | 2017-06-05 | 2018-12-11 | 北京星河泰视特科技有限公司 | A kind of dynamic testing method and system |
| CN109032941A (en) * | 2018-07-20 | 2018-12-18 | 郑州云海信息技术有限公司 | The sustainable integrated interface automated testing method and system of test case driving |
| CN111538672A (en) * | 2020-05-29 | 2020-08-14 | 平安普惠企业管理有限公司 | Test case layered test method, computer device and computer-readable storage medium |
| CN111831379A (en) * | 2020-07-15 | 2020-10-27 | 中车大连机车车辆有限公司 | Online dynamic data batch processing and displaying method and vehicle-mounted display screen device |
| CN112532299A (en) * | 2020-11-17 | 2021-03-19 | 上海利正卫星应用技术有限公司 | Satellite test automatic execution system based on module splicing |
| CN112946404A (en) * | 2018-08-20 | 2021-06-11 | 上海微小卫星工程中心 | Comprehensive test method for mass production satellites |
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Cited By (15)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105306156A (en) * | 2015-11-11 | 2016-02-03 | 上海卫星工程研究所 | Remote sensing satellite data transmission product automatic testing system and method |
| CN108984385A (en) * | 2017-06-05 | 2018-12-11 | 北京星河泰视特科技有限公司 | A kind of dynamic testing method and system |
| CN108984385B (en) * | 2017-06-05 | 2022-07-08 | 北京星河泰视特科技有限公司 | Dynamic testing method and system |
| CN107943689B (en) * | 2017-11-16 | 2021-04-23 | 北京卫星信息工程研究所 | Automatic test method and test system based on parameterized test script |
| CN107943689A (en) * | 2017-11-16 | 2018-04-20 | 北京卫星信息工程研究所 | Automated testing method and test system based on parametrization test script |
| CN107861879A (en) * | 2017-11-28 | 2018-03-30 | 成都视达科信息技术有限公司 | A kind of method and system for realizing software automated testing |
| CN107832231A (en) * | 2017-12-05 | 2018-03-23 | 郑州云海信息技术有限公司 | A kind of system detection method, device and medium |
| CN109032941A (en) * | 2018-07-20 | 2018-12-18 | 郑州云海信息技术有限公司 | The sustainable integrated interface automated testing method and system of test case driving |
| CN112946404A (en) * | 2018-08-20 | 2021-06-11 | 上海微小卫星工程中心 | Comprehensive test method for mass production satellites |
| CN112946404B (en) * | 2018-08-20 | 2024-01-26 | 上海微小卫星工程中心 | Comprehensive test method for batch production satellite |
| CN111538672A (en) * | 2020-05-29 | 2020-08-14 | 平安普惠企业管理有限公司 | Test case layered test method, computer device and computer-readable storage medium |
| CN111831379A (en) * | 2020-07-15 | 2020-10-27 | 中车大连机车车辆有限公司 | Online dynamic data batch processing and displaying method and vehicle-mounted display screen device |
| CN111831379B (en) * | 2020-07-15 | 2023-06-30 | 中车大连机车车辆有限公司 | Online dynamic data batch processing and displaying method and vehicle-mounted display screen device |
| CN112532299A (en) * | 2020-11-17 | 2021-03-19 | 上海利正卫星应用技术有限公司 | Satellite test automatic execution system based on module splicing |
| CN114500614A (en) * | 2022-04-14 | 2022-05-13 | 北京航天驭星科技有限公司 | Satellite telemetry data processing method and device, electronic equipment and readable medium |
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Application publication date: 20110831 |