JP6312880B1 - Analysis apparatus, analysis method, and analysis program - Google Patents

Abstract

An analyzer for facilitating comparative analysis of a program before update and a program after update is provided.
A first storage unit for storing an application program to be analyzed and outputting data to an output device, and a new application program in which the application program is updated, and an application program stored in the first storage unit A second storage unit that stores an analysis program for analyzing the application program, and an application program stored in the first storage unit, and when the analysis program is stored in the second storage unit, the analysis program executes a test of the application program When the application execution test is started by the test execution unit, the acquisition unit for acquiring the data to be output to the output device at the timing specified by the analysis program, and the data acquired by the acquisition unit via the network Connected And a transmission processing section that transmits to the information processing apparatus.
[Selection] Figure 1

Description

  The present invention uses a pre-update program and a post-update program for comparative analysis when updating an application program.

  When the application program is updated by version upgrade or the like, if the program after the update is significantly changed from the program before the update, the usability of the program after the update may be lowered. For this reason, it is necessary to prevent usability from being lowered when updating the program. Also, when a program is updated, it does not always operate as intended by the programmer.

  Therefore, when the program is updated, it is necessary to verify the updated program. Specifically, when updating a program, it is necessary to compare the updated program with the program before the update, but the comparison is difficult.

  For example, when comparing game programs, there is a verification method in which programs before and after the update are executed, the corresponding operation screens and the like are screen-captured, and a developer or the like compares them visually.

  Such a verification method requires time and effort for a developer such as a programmer to execute the application program and capture the corresponding operation screen. At this time, it is not easy to obtain a screen to be compared for each application program. In addition, since there are a plurality of scenes to be compared in one program, it is not easy to compare the captured screens.

  For example, there is a system that matches the GUI specification and design of an application with the GUI of a target application (see, for example, Patent Document 1). However, it is not possible to determine whether or not the update has been performed within the intended range when updating the program such as version upgrade.

JP 2016-110446 A

  As described above, the conventional method for verifying the update program is manually performed by the operator, and the burden on the operator is large. In addition, the burden on the operator was further increased in order to maintain the accuracy of verification.

In view of the above problems, the present invention relates to an analysis apparatus , an analysis method, and an analysis program that facilitate verification of update of an application program.

  In order to solve the above-described problem, an analysis apparatus according to an aspect of the present invention is an analysis target that stores an application program that outputs data to an output apparatus and a new application program in which the application program is updated. 1 storage unit, a second storage unit storing an analysis program for analyzing an application program stored in the first storage unit, an application program stored in the first storage unit, and an analysis program stored in the second storage unit When stored, a test execution unit that executes the test of the application program by the analysis program, and data to be output to the output device at a timing specified by the analysis program when the test of the application program is started by the test execution unit. An acquisition unit to acquire; The data acquired unit has acquired, and a transmission processing section that transmits to the information processing apparatus connected via a network.

The analysis apparatus , analysis method, and analysis program according to one embodiment of the present invention can facilitate verification of update of an application program.

1 is a block diagram of an analysis system according to a first embodiment of the present invention. It is an example of the comparison result made with the analysis system which concerns on 1st Embodiment of this invention. It is a sequence diagram explaining the process in the analysis system which concerns on 1st Embodiment of this invention. It is a block diagram of the analysis system which concerns on 2nd Embodiment of this invention. It is a sequence diagram explaining the process in the analysis system which concerns on 2nd Embodiment of this invention. FIG. 6 is a block diagram of an analyzer according to a third embodiment of the present invention. FIG. 10 is a sequence diagram for explaining processing in the analyzer according to the third embodiment of the present invention.

  Hereinafter, an analysis system and an analysis apparatus according to an embodiment of the present invention will be described with reference to the drawings. When updating an application program, the analysis system and the analysis apparatus according to the embodiment are used to analyze whether or not the updated application program is compared with the application program before the update so that the usability is not deteriorated. It is what you use. In the following description, the same components are denoted by the same reference numerals and description thereof is omitted.

<First embodiment>
FIG. 1 shows a block diagram of an analysis system 100A according to the first embodiment. The analysis system 100A includes an analysis device 1A and an information processing device 2A. The analysis apparatus 1A and the information processing apparatus 2A are connected via a network.

"Analysis equipment"
The analysis apparatus 1A includes a test execution unit 101, an acquisition unit 102, a transmission processing unit 103, a reception processing unit 104, and an output processing unit 105.

  The analysis apparatus 1A can be realized by an information processing apparatus including a central processing unit (CPU) 10, a storage device 12, a communication interface (communication I / F) 13, and the like. In addition to the CPU 10, the storage device 12, and the communication I / F 13, the analysis apparatus 1A may include an input device 14 such as operation buttons and a keyboard, and an output device 15 such as a display display and a speaker.

  The storage device 12 stores an application program P1 to be analyzed. Further, the storage device 12 stores an analysis program P3.

  For example, when the analysis program P3 stored in the storage device 12 is executed, the CPU 10 executes processes as the test execution unit 101, the acquisition unit 102, the transmission processing unit 103, the reception processing unit 104, and the output processing unit 105. To do.

  The application program P1 stored in the storage device 12 is a program to be analyzed by the analysis device 1A, and includes, for example, a game program, a data search program, a data editing program, a navigation program, a music playback program, a video playback program, and the like. There are various programs. The application program P1 may be HTML data that displays a web page. In addition, it may be data for displaying CAD 3D data. The application program P1 may be updated due to version upgrade or the like, and when updated, a new application program P2 is stored in the storage device 12. The application programs P1 and P2 are programs for outputting data to the output device 15. For example, when the application programs P1 and P2 are game programs, display screen data relating to the game is output to a display that is the output device 15, and audio data that produces the game is output to a speaker that is the output device 15. .

  When the application program P1 is stored in the storage device 12 and the analysis program P3 is stored, the test execution unit 101 executes a test of the application program P1 by the analysis program P3. Further, when the updated application program P2 is stored in the storage device 12, the test execution unit 101 executes a test of the application program P2 by the analysis program P3. For example, the execution timing of the analysis program P3 is defined in the application program P1 and the update application program P2, and when the execution timing comes during the execution of the application program P1 and the update application program P2, the analysis program P3 is executed.

  When the test of the application program P1 or the update application program P2 is started by the test execution unit 101, the acquisition unit 102 acquires data to be output to the output device 21 at a timing defined by the analysis program P3. For example, when outputting display screen data to the output device 15 that is a display, the acquisition unit 102 acquires the display screen data. Moreover, when outputting audio | voice data to the output device 15 which is a speaker, the acquisition part 102 acquires the audio | voice data. In addition, when acquiring moving image data to an output device that is a display, the acquiring unit 102 may acquire the moving image data.

  The data to be acquired can also be specified by the analysis program P3 together with the timing. Therefore, even when a plurality of output data of display screen data and audio data is output by the application programs P1 and P2, the acquisition unit 102 does not necessarily acquire all the output data, and the analysis program P3 Only the specified output data need be acquired.

  The transmission processing unit 103 transmits the data acquired by the acquisition unit 102 to the information processing apparatus 2 </ b> A connected via the network 3.

  The reception processing unit 104 receives the data transmitted from the information processing apparatus 2A in the past by the transmission processing unit 103 in response to the test of the application program P1, and the test of the new application program P2 in which the application program P1 is updated. Receives the result of comparing the transmitted data.

  For example, when the data acquired by the execution of the application programs P1 and P2 is display screen data, the comparison result data includes the data acquired by the execution of the application program P1 before the update and the application after the update corresponding to the data. The data obtained by executing the program P2 can be arranged, and image data such as character strings and illustrations explaining the difference can be included. Further, the difference may be explained using audio data.

  The output processing unit 105 outputs the comparison result received by the reception processing unit 104 to the output device 15.

《Information processing device》
The information processing apparatus 2A includes a storage processing unit 201, an extraction unit 202, and a comparison unit 203.

  The information processing apparatus 2A can be realized by an information processing apparatus including a central processing unit (CPU) 20, a storage device 21, a communication interface (communication I / F) 22, and the like. The information processing apparatus 2A may include an input device 23 such as an operation button or a keyboard, and an output device 24 such as a display display or a speaker. In FIG. 1, the information processing apparatus 2 </ b> A is illustrated as a single personal computer, a server, or the like, but may be formed of a plurality of apparatuses. Therefore, the information processing apparatus 2A can also be realized by a cloud computing service including a plurality of servers.

  The storage device 21 stores the data received from the analysis device 1A as evidence data 211.

  The CPU 20 executes processing as the storage processing unit 201, the extraction unit 202, and the comparison unit 203 by executing a program (not shown) corresponding to the analysis system stored in the storage device 21.

  The storage processing unit 201 is acquired from the analysis apparatus 1A connected via the network 3 at a predetermined timing according to the execution of the test of the application programs P1 and P2 that are analysis targets and output data to the output apparatus 15. When the received data is received, the received data is stored in the storage device 21.

  When the extraction unit 202 receives data from the analysis apparatus 1A according to the test execution of the new application program P2 in which the application program P1 is updated, the extraction unit 202 corresponds to the received data and executes the application program P1 before the update. In response, the received data is extracted from the evidence data 211 stored in the storage device 21.

  When the extraction unit 202 extracts data, the comparison unit 203 compares the data with newly received data. For example, when the data is display screen data output to the output device 15 that is a display, whether or not the position of the operation button included in the screen has been changed before and after the update, or when the operation button included in the screen is operated. It is compared whether or not the change in the display screen that occurs is the same before and after the update or whether or not the change is the intended change. As an example of the comparison method, a method of comparing and comparing pixels in a range where a change occurs before and after the update at a place where the update is performed can be considered.

  At this time, as shown in an example in FIG. 2, the comparison unit 203 transfers the captured image of the data output to the output device 15 by executing the application program before the update and the output device 15 by executing the application program after the update. Comparison result data for displaying the captured images corresponding to the output data side by side is generated.

  In the example shown in FIG. 2, a captured image of a certain display screen W and a captured image of the display screen W11 displayed when the button b1 included in the display screen W is operated while the application program P1 before update is being executed ( Ver.1) and the captured image (Ver.2) on the display screen W21 displayed when the same button b1 is operated while the updated application program P2 is being executed are compared side by side. In the example shown in FIG. 2, the captured image (Ver. 1) of the display screen W12 displayed when the button b2 included in the display screen W is operated while the application program P1 before update is being executed, and the update. The captured image (Ver. 2) on the display screen W22 displayed when the same button b1 is operated while the subsequent application program P2 is being executed is compared side by side. Furthermore, although not shown in FIG. 2, not only each captured image is displayed, but also text data or the like of the comparison result of the captured image may be included.

  Specifically, in the example shown in FIG. 2, the captured images displayed when the button b1 is operated are the same before and after the update. In this case, a comparison result indicating that they are the same can be output. In the example shown in FIG. 2, the captured image displayed when the button b2 is operated is different before and after the update. Specifically, the shapes and sizes of clouds included in the image are different. In this case, a comparison result indicating that they are not the same can be output.

  For example, when the data is audio data output to the output device 15 that is a speaker, the comparison unit 203 compares whether the audio is the same, a similar range, or different. For example, when it is to confirm that the sound effect output when a certain operation button is operated is the same before and after the update, the frequency data and the like are analyzed to determine whether they are the same. Further, for example, when it is confirmed that the sound output at a certain timing is changed to a different one before and after the update, the frequency data or the like is analyzed to determine whether or not they are the same. At this time, the comparison unit 203 generates comparison result data including a determination result as to whether or not the data output to the output device 15 by execution of the application program before the change is the same and a determination result related to the similarity.

  The comparison unit 203 may compare whether or not character strings such as file names used in the application programs P1 and P2 match. For example, when referring to an image file in the program, the image file names may be compared. When changing the image to be referred to in the program, an image file having a different image file name may be referred to. In this case, the comparison before and after the update can be performed only by acquiring the file name. Therefore, in such a case, the acquisition unit 102 acquires a part of the description of the application programs P1 and P2, not the data output to the output device 15.

《Analysis method》
Processing in the analysis system 100A according to the first embodiment will be described using the sequence diagram shown in FIG. First, in the analysis apparatus 1A, the application program P1 is stored in the storage device (S001). Further, the analysis apparatus 1A stores the analysis program P3 (S002). Note that the order of the storage of the application program P1 and the storage of the analysis program P3 may be reversed.

  Thereafter, the analysis apparatus 1A starts a test of the application program P1 by the analysis program P3 (S003). Specifically, the analysis apparatus 1A executes the application program P1 stored in step S001.

  The analysis apparatus 1A acquires data output to the output apparatus 15 at a predetermined timing defined in the analysis program P3 during execution of the application program P1 (S004). Moreover, the analysis apparatus 1A transmits the data acquired in step S004 to the information processing apparatus 2A to be connected (S005).

  When the information processing apparatus 2A receives the data transmitted to the analysis apparatus 1A in step S005, the information processing apparatus 2A stores the data in the storage device 21 (S006).

  Note that the data acquisition timing in step S004 may be multiple times. In that case, the process of step S004 is executed a plurality of times. At this time, the analysis apparatus 1A may execute step S005 of data transmission a plurality of times. Alternatively, the analysis apparatus 1A may transmit the data acquired in multiple times of step S004 in a single transmission.

  Thereafter, in the analysis apparatus 1A, a new application program P2 obtained by updating the application program P1 stored in step S001 is stored (S007).

  The analysis apparatus 1A starts a test of the application program P2 by the analysis program P3 (S008). Specifically, the updated application program P2 stored in step S007 is executed.

  The analysis apparatus 1A acquires data output to the output apparatus 15 at a predetermined timing defined in the analysis program P3 during execution of the application program P2 (S009). The timing for acquiring this data is the same as the timing for acquiring the data in step S004. Further, the analysis apparatus 1A transmits the data acquired in step S009 to the information processing apparatus 2A to be connected (S010).

  When the information processing apparatus 2A receives the data transmitted to the analysis apparatus 1A in step S010, the information processing apparatus 2A stores the data in the storage device 21 (S011).

  Again, the data acquisition timing in step S009 may be multiple times. In that case, the process of step S009 is executed a plurality of times. At this time, the analysis apparatus 1A may execute step S010 of data transmission a plurality of times. Alternatively, the analysis apparatus 1A may transmit the data acquired in step S009 multiple times in a single transmission.

  The information processing apparatus 2A extracts the data stored in the storage device 21 in step S006 and the data stored in the storage device 21 in step S011 (S012), and compares the corresponding data (S013).

  Further, the information processing apparatus 2A transmits the comparison result to the analysis apparatus 1A (S014).

  When the analysis apparatus 1A receives the comparison result transmitted to the information processing apparatus 2A in step S014, the analysis apparatus 1A outputs the received comparison result (S015).

  As described above, in the analysis system 100A according to the first embodiment, the analysis apparatus 1A outputs a comparison result of data acquired at a specified timing during execution of the application program before update and during execution of the application program after update. can do. Thereby, the developers of the application programs P1 and P2 can easily know whether or not the update of the application program is appropriate.

  Although the present invention has been described based on the drawings and examples, it should be noted that those skilled in the art can easily make various modifications and corrections based on the present disclosure. Therefore, it should be noted that these variations and modifications are included in the scope of the present invention. For example, the functions included in each means, each step, etc. can be rearranged so that there is no logical contradiction, and a plurality of means, steps, etc. can be combined or divided into one. .

  The configuration shown in the above embodiment and the configuration shown in the reference example may be combined as appropriate.

<Second Embodiment>
FIG. 4 shows a block diagram of an analysis system 100B according to the second embodiment. An analysis system 100B according to the second embodiment includes an analysis apparatus 1B and an information processing apparatus 2B. The analysis apparatus 1B and the information processing apparatus 2B are connected via the network 3.

"Analysis equipment"
The analyzer 1B is different from the analyzer 1A described above with reference to FIG. 1 in that it further includes a comparison unit 106. The information processing apparatus 2B is different from the information processing apparatus 2A described above with reference to FIG. 1 in that the comparison unit 203 is not provided.

  The reception processing unit 104 of the analysis device 1B receives data transmitted from the information processing device 2B in the past by the transmission processing unit 103 in response to the application program test.

  When the reception processing unit 104 receives data transmitted in the past according to the test of the application program P1, the comparison unit 106 receives the data and the acquisition unit 102 according to the new application program P2 in which the application program P1 is updated. Compare with the data acquired by. The comparison method in the comparison unit 106 is the same as the processing in the comparison unit 203 described above with reference to FIG.

  The output processing unit 105 of the analysis apparatus 1B outputs the comparison result compared by the comparison unit 106.

《Information processing device》
The information processing device 2B is different from the information processing device 2A described above with reference to FIG. 1 in that the comparison unit 203 is not provided. In FIG. 4, the information processing apparatus 2 </ b> B is illustrated as a single personal computer, a server, or the like, but may be formed of a plurality of apparatuses. Therefore, the information processing apparatus 2B can be realized by a cloud computing service including a plurality of servers.

  The extraction unit 202 of the information processing device 2B transmits the data to be extracted to the analysis device 1B via the communication I / F 22.

《Analysis method》
Processing in the analysis system 100B according to the second embodiment will be described using the sequence diagram shown in FIG. First, in the analyzer 1B, the application program P1 is stored (S101). Further, the analysis apparatus 1B stores the analysis program P3 (S102). Note that the order of the storage of the application program P1 and the storage of the analysis program P3 may be reversed.

  Thereafter, the analysis apparatus 1B starts a test of the application program P1 by the analysis program P3 (S103). Specifically, the analysis apparatus 1B executes the application program P1 stored in step S101.

  During the execution of the application program P1, the analysis apparatus 1B acquires data output to the output apparatus 15 at a predetermined timing defined in the analysis program P3 (S104). Further, the analysis apparatus 1B transmits the data acquired in step S104 to the information processing apparatus 2B to be connected (S105).

  When the information processing apparatus 2B receives the data transmitted to the analysis apparatus 1B in step S105, the information processing apparatus 2B stores the data in the storage device 21 (S106).

  Note that the data acquisition timing in step S104 may be multiple times. In that case, the process of step S104 is executed a plurality of times. At this time, the analyzer 1B may execute the data transmission step S105 a plurality of times. Or 1A of analyzers may transmit the data acquired by multiple times step S104 by one transmission collectively.

  Thereafter, in the analysis apparatus 1B, a new application program P2 obtained by updating the application program P1 stored in step S101 is stored (S107).

  The analysis apparatus 1B starts a test of the application program P2 by the analysis program P3 (S108). Specifically, the updated application program P2 stored in step S107 is executed.

  During the execution of the application program P2, the analysis apparatus 1B acquires data output to the output apparatus 15 at a predetermined timing defined in the analysis program P3 (S109). The timing for acquiring this data is the same as the timing for acquiring the data in step S104. The analysis apparatus 1B transmits the data acquired in step S109 to the information processing apparatus 2B to be connected (S110). Furthermore, the analyzer 1B stores the data acquired in step S109 in the storage device 12 (S111).

  When the information processing apparatus 2B receives the data transmitted to the analysis apparatus 1B in step S110, the information processing apparatus 2B stores the data in the storage device 21 (S112).

  Again, the data acquisition timing in step S109 may be multiple times. In that case, the process of step S110 is executed a plurality of times. At this time, the analysis apparatus 1B may execute step S110 of data transmission a plurality of times. Alternatively, the analysis apparatus 1B may transmit the data acquired in step S109 a plurality of times in a single transmission.

  The information processing apparatus 2B extracts the data stored in the storage device 21 in step S106 (S113).

  Further, the information processing apparatus 2B transmits the data extracted in step S113 to the analysis apparatus 1B (S114).

  When the analysis device 1B receives the data transmitted to the information processing device 2A in step S114, the analysis device 1B compares the received data with the data stored in the storage device 12 in step S111 (S115).

  The analyzer 1B outputs the result of comparison in step S115 (S116).

  Thus, in the analysis system 100B according to the second embodiment, the analysis apparatus 1B outputs a comparison result of data acquired at a specified timing during execution of the application program before update and during execution of the application program after update. can do. Thereby, the developer or the like can easily know whether or not the update of the application program is appropriate.

<Third embodiment (reference example) >
FIG. 6 shows a block diagram of an analyzer 1C according to the third embodiment. In the first embodiment and the second embodiment described above, the analysis systems 100A and 100B including the analysis devices 1A and 1B and the information processing devices 2A and 2B have been described. On the other hand, the third embodiment does not include an information processing apparatus and can perform analysis only with the analysis apparatus 1C. Compared with the analysis apparatus 1B described above with reference to FIG. 4, the analysis apparatus 1C according to the third embodiment further includes a storage processing unit 107 and an extraction unit 108, and stores evidence data 121 in the storage device 12. It is different.

  The storage processing unit 107 stores the data acquired by the acquisition unit 102 in the storage device 12 as evidence data 121.

  When the acquisition unit 102 acquires data according to the execution of the test of the new application program P2 in which the application program P1 is updated, the extraction unit 108 corresponds to the acquired data and executes the application program P1 before the update. In response, the acquired data is extracted from the evidence data 121 stored in the storage device 12.

《Analysis method》
Processing in the analysis apparatus 1C according to the third embodiment will be described with reference to the sequence diagram of FIG. First, the application program P1 is stored in the analysis apparatus 1C (S201). Further, the analysis program P3 is stored in the analysis apparatus 1C (S202). Note that the order of the storage of the application program P1 and the storage of the analysis program P3 may be reversed.

  Thereafter, the analysis apparatus 1C starts a test of the application program P1 by the analysis program P3 (S203). Specifically, the analysis apparatus 1C executes the application program P1 stored in step S201.

  The analysis apparatus 1C acquires data output to the output apparatus 15 at a predetermined timing defined in the analysis program P3 during execution of the application program P1 (S204). The analysis apparatus 1C stores the data acquired in step S204 in the storage device 12 (S205).

  Note that the data acquisition timing in step S204 may be multiple times. In that case, the processes of steps S204 and S205 are executed a plurality of times.

  Thereafter, in the analyzing apparatus 1C, a new application program P2 obtained by updating the application program P1 stored in step S201 is stored (S206).

  The analysis apparatus 1C starts a test of the application program P2 by the analysis program P3 (S207). Specifically, the updated application program P2 stored in step S206 is executed.

  The analysis device 1C acquires data output to the output device 15 at a predetermined timing defined in the analysis program P3 during execution of the application program P2 (S208). The timing for acquiring this data is the same as the timing for acquiring the data in step S204. Further, the analysis apparatus 1C stores the data acquired in step S208 in the storage device 12 (S209).

  Again, the data acquisition timing in step S208 may be multiple times. In that case, the processes of steps S208 and S209 are executed a plurality of times.

  The analysis apparatus 1C extracts the data stored in the storage device 21 in steps S205 and S209 (S210).

  Further, the analysis apparatus 1C compares the corresponding data extracted in step S210 (S211).

  The analysis apparatus 1C outputs the result of comparison in step S211 (S212).

  As described above, the analysis apparatus 1C according to the third embodiment can output the comparison result of the data acquired at the specified timing during the execution of the application program before the update and during the execution of the application program after the update. . Thereby, the developer or the like can easily know whether or not the update of the application program is appropriate.

<Modification>
In each of the above-described embodiments, it has been described that data output to the output device 15 when the application program P1 before update and the application program P2 after update are executed are acquired and compared. On the other hand, the time required from the start timing to the end timing of execution of a certain process when the application programs P1 and P2 are respectively executed may be compared.

  In this case, for example, when the application programs P1 and P2 are executed, the acquisition unit 102 acquires the time of the start timing of a certain process specified by the analysis program P3 as the start time, and sets the time of the end timing as the end time. Get as. Further, the comparison units 203 and 106 compare the acquired start time to end time. Therefore, the comparison units 203 and 106 can compare the time required for executing a certain process. Here, when comparing the times, the application programs P1 and P2 need to be executed in the same environment. That is, the application programs P1 and P2 need to be executed in the same device and communication environment.

100A, 100B analysis system
1A, 1B, 1C analyzer
10 CPU
101 Test execution unit 102 acquisition unit
103 Transmission processing unit
104 Reception processing unit
105 Output processor
106 Comparison part
107 Storage processing unit
108 Extractor
12 Storage device
P1, P2 Application program P3 Analysis program
121 Evidence data 14 Input device 15 Output device
20 CPU
201 Storage Processing Unit 202 Extraction Unit 203 Comparison Unit
21 Storage device
211 Evidence Data 23 Input Device 24 Output Device
2A, 2B Information processing device
3 network

Claims (8)

A first storage unit that stores an application program that is an analysis target and outputs data to the output device, and a new application program in which the application program is updated;
A second storage unit for storing an analysis program for analyzing an application program stored in the first storage unit;
When the application program is stored in the first storage unit and the analysis program is stored in the second storage unit, the execution timing of the analysis program is defined in the application program, and the application program is being executed. A test execution unit that executes the analysis program when the execution timing arrives, and executes a test of the application program;
When the test of the application program is started by the test execution unit, an acquisition unit that acquires data to be output to the output device at a timing specified by the analysis program;
A transmission processing unit for transmitting the data acquired by the acquisition unit to an information processing apparatus connected via a network;
Receives a result of comparing past data generated from a test of an application program transmitted from the information processing apparatus and data generated based on a test of a new application program in which the application program is updated A reception processing unit to
An analysis apparatus comprising: a comparison result received by the reception processing unit including text data indicating a comparison result; and an output processing unit that outputs the data of the result. A reception processing unit that receives data transmitted in the past by the transmission processing unit in response to a test of an application program from the information processing apparatus;
When the reception processing unit receives data transmitted in the past according to the test of the application program, the received data and the data acquired by the acquisition unit according to a new application program in which the application program is updated The analysis apparatus according to claim 1, further comprising a comparison unit for comparing. A first storage unit that stores an application program that is an analysis target and outputs data to the output device, and a new application program in which the application program is updated;
A second storage unit for storing an analysis program for executing and analyzing the application program stored in the first storage unit;
When the application program is stored in the first storage unit and the analysis program is stored in the second storage unit, the execution timing of the analysis program is defined in the application program, and the application program is being executed. A test execution unit that executes the analysis program when the execution timing arrives, and executes a test of the application program;
When the test of the application program is started by the test execution unit, an acquisition unit that acquires data to be output to the output device at a timing specified by the analysis program;
A storage processing unit for storing data acquired by the acquisition unit in a storage device;
A comparison unit that compares data stored in the storage device according to an application program and data stored in the storage device according to a new application program in which the application program is updated;
An analysis apparatus comprising: an output processing unit that outputs data of a result of comparison performed by the comparison unit including text data indicating the comparison result.   In the execution of the application program, instead of the data to be output to the output device, the acquisition unit starts from the start timing of execution of a predetermined process defined by the analysis program and ends at the end of execution of the process. The analyzer according to claim 1, wherein the time required is acquired. A first storage step for storing an application program to be analyzed and outputting data to the output device and a new application program in which the application program is updated;
A second storage step for storing an analysis program for analyzing the application program;
The analysis program defines the execution timing of the analysis program in the application program, and executes the analysis program when the execution timing comes during execution of the application program, and executes the test of the application program Execution steps;
When the test of the application program is started by the test execution step, an acquisition step of acquiring data to be output to the output device at a timing specified by the analysis program;
A transmission step of transmitting the data acquired in the acquisition step to an information processing apparatus connected via a network;
Receives a result of comparing past data generated from a test of an application program transmitted from the information processing apparatus and data generated based on a test of a new application program in which the application program is updated Receiving step to
An analysis method including an output processing step of performing output processing for outputting the data of the result, wherein the received comparison result includes text data indicating the comparison result. A first storage step for storing an application program to be analyzed and outputting data to the output device and a new application program in which the application program is updated;
A second storage step for storing an analysis program for executing and analyzing the application program;
The analysis program defines the execution timing of the analysis program in the application program, and executes the analysis program when the execution timing comes during execution of the application program, and executes the test of the application program Execution steps;
When the test of the application program is started by the test execution step, an acquisition step of acquiring data to be output to the output device at a timing specified by the analysis program;
A storage processing step of storing the data acquired in the acquisition step in a storage device;
A comparison step of comparing data stored in the storage device according to an application program and data stored in the storage device according to a new application program in which the application program is updated, and the comparison result is An analysis method including text data indicating a comparison result, and an output processing step for outputting the data of the result. Analyzer
When an application program that is an analysis target and outputs data to the output device is stored in the storage device, and an analysis program that analyzes the application program is stored , the execution timing of the analysis program in the application program A test execution function that executes the analysis program when the execution timing comes during execution of the application program, and executes a test of the application program;
When the test of the application program is started by the test execution function, an acquisition function for acquiring data to be output to the output device at a timing specified by the analysis program;
A transmission function for transmitting data acquired by the acquisition function to an information processing apparatus connected via a network; past data generated from a test of an application program transmitted from the information processing apparatus; A reception function for receiving a result of comparing the data generated based on the test of the new application program updated by the application program;
An analysis program causing the received comparison result to include text data indicating a comparison result, and functioning as an output processing function for outputting the data of the result. Analyzer
When an application program that is an analysis target and outputs data to the output device is stored in the storage device, and an analysis program that analyzes the application program is stored , the execution timing of the analysis program in the application program A test execution function that executes the analysis program when the execution timing comes during execution of the application program, and executes a test of the application program;
When the test of the application program is started by the test execution function, an acquisition function for acquiring data to be output to the output device at a timing specified by the analysis program;
A storage processing function for storing data acquired by the acquisition function in a storage device;
A comparison function for comparing data stored in the storage device in accordance with an application program and data stored in the storage device in accordance with a new application program in which the application program is updated, and the comparison result is An analysis program including text data indicating a comparison result and functioning as an output processing function for outputting the data of the result.

Images