CN110532163A - A kind of datamation processing system of communication software debugging - Google Patents
A kind of datamation processing system of communication software debugging Download PDFInfo
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Abstract
The invention discloses a kind of datamation processing systems of communication software debugging, including debugging module, data collection module, data preparation unit, data storage unit, controller, display unit, data management rule and data recording module；The debugging module is software debugging use, and generates tune-up data, and tune-up data includes debugging successful data and debugging failed data；The data collection module for obtaining the tune-up data of debugging module automatically, the data collection module is used to for tune-up data being transferred to data preparation unit, and the data preparation unit is used for succeed to tune-up data progress edit data information and miss data information；The data that the present invention generates debugging process by controller combination related algorithm and rule are analyzed, and determine whether the software can solve the problems, such as by debugging according to the rule that final each data occur；Avoid the investment of invalid debug time；The present invention is simple and effective, and is easy to practical.
Description
Technical field
The invention belongs to data processing fields, are related to a kind of data processing technique, and specifically a kind of communication software debugging is used
Datamation processing system.
Background technique
Software debugging is the inchoate work after having carried out successful test, it is different from software test, debugging
Task is potential mistake in further diagnosis and correction program.
Currently, software debugging system is various, but the data generated in debugging process for software are able to carry out automatically
The system for changing processing does not have substantially, and can not determine that this software is according to the correlated results occurred in software debugging process
It is no to be overcome the problems, such as by debugging, lack an effective determination method；In order to solve this technological deficiency, one kind is now provided
Solution.
Summary of the invention
The purpose of the present invention is to provide a kind of datamation processing systems of communication software debugging.
The purpose of the present invention can be achieved through the following technical solutions:
A kind of datamation processing system of communication software debugging, including debugging module, data collection module, data
Finishing unit, data storage unit, controller, display unit, data management rule and data recording module；
Wherein, the debugging module is software debugging use, and generates tune-up data, and tune-up data includes debugging successful data
With debugging failed data；The data collection module for obtaining the tune-up data of debugging module, the data collection list automatically
For tune-up data to be transferred to data preparation unit, the data preparation unit is used to carry out edit to tune-up data member
Succeed data information and miss data information；
The data preparation unit is used to successful data information and miss data information being transferred to controller, the control
Device receives the successful data information that data preparation unit transmits and miss data information and carries out project analysis to it, makes a concrete analysis of
Step shows themselves in that
Step 1: successful data information and miss data information are got；
Step 2: using designated time period X1 as signal period, X1 is preset time；
Step 3: the successful data information and miss data information occur to signal period carries out accounting and D1 is calculated；
Step 4: single mistake the accounting Di, x2 continuously acquired in the x2 period after above-mentioned signal period is pre-
If value；Wherein Di, i=20...x2；
Step 5: it seeks obtaining Di, the mean value of i=1...x2 obtains wrong average ratio Dj；
Step 6: acquiring Dx2, as Dx2=0；It is preliminary qualified after indicating software after debugging；Qualifying signal is generated,
Terminate debugging；
Step 7: as Dx2 > 0, all Di is got, formula is utilizedIt is single wrong to obtain it
The accidentally float value Qc of accounting；
SS1: as Qc≤X4, X4 is preset value；Then indicate that the debugging can not carry out, software continuous mistake occurs, and produces
Raw debugging failed signal；
SS2: as Qc > X4 and Dx2≤X3, X3 is preset value, and it is correct by debugging adjustment to indicate that software can also continue to；
Signal is persistently debugged in generation；
Debugging failed signal can be transferred to display unit, the display when generating debugging failed signal by the controller
The debugging failed signal that unit receives controller transmission can show " gross mistake occurs in the software, can not debug completion " automatically；
Controller meeting drive control display unit when generating persistently debugging signal shows that " software is continued
Property debugging "；
Controller meeting drive control display unit when generating qualifying signal shows " software debugging is qualified ".
Further, steps are as follows for the specific arrangement of the edit:
Step 1: all tune-up datas are got first；
Step 2: all tune-up datas are stamped into timestamp, form the debugging recording data for having temporal information；
Step 3: by corresponding debugging successful data and debugging failed data markers being that successful data is believed according to debugging result
Breath and miss data information.
Further, accounting in the project analysis step 3 calculate the specific steps are
S1: the successful data information occurred in signal period and miss data information bar number are obtained；
S2: acquiring the ratio that miss data information bar number accounts for total number, and is single wrong accounting by the scale marker
D1；D1=miss data information bar number/(miss data information bar number+successful data information bar number).
Further, the data preparation unit is also used to successful data information and miss data information being transferred to data
Storage unit, the data storage unit receives the successful data information of data preparation unit transmission and miss data information is gone forward side by side
Row real-time storage；
The data management rule module is stored with data storage rule, the data for being stored to data storage unit into
Row management；
The controller is also used to the successful data information and mistake that combined data management rule stores data storage unit
It loses data information and carries out data storage management, user can be corresponding when to successful data information and miss data message reference
Access record is left in record, access record includes access time and access times；The access times are specified time interval
The interior access to same data information be can be regarded as once；
Specific step is as follows for the data storage management:
S100: getting the memory capacity of data storage unit, when the data accounting of data storage unit storage is more than the
When one preset value, deletion step is carried out automatically, and steps are as follows for specific deletion；
S200: all successful data information and miss data information are got, and the two is respectively labeled as Scj, j=
1...n；Ssi, i=1...m；
S300: getting the corresponding memory size of Scj and Ssi, and be marked as Zcj, j=1...n；Zsi, i=
1...m；The corresponding access record of each data is got, and getting the last access according to nearest access record should
The nearest time of data, and correspondence markings are Tcj, j=1...n；Tsi, i=1...m；Corresponding access times are labeled as Ccj,
J=1...n；Csi, i=1...m；
S400: according to formulaThe inverse of successful data information is calculated and deletes value Wcj；Wherein P is preset value；
According to formulaThe inverse of miss data information is calculated and deletes value Wsi；Wherein P is preset value, and
1<O<2；
S500: all data informations are deleted into being ranked up from small to large for value according to correspondence is inverse；
S600: since it is inverse delete the minimum value of value, successively delete it is inverse deletes the corresponding data information of value, until data storage list
The data accounting of member storage is lower than the second preset value, and the second preset value is less than the first preset value.
Further, the data inputting module is used for administrative staff's typing X1, X2, X3, X4, the first preset value and second
Preset value；The data inputting module is used to X1, X2, X3, X4, the first preset value and the second preset value being transferred to controller；
The controller is used to X1, X2, X3 and X4 replacing original value and store；
The controller is used to for the first preset value and the second preset value to be transferred to data management rule, the data management
Rule will can newly be worth when receiving the first preset value and the second preset value of controller transmission instead of original value.
Beneficial effects of the present invention:
The present invention debugs communication software by debugging module, this is this field routine techniques, many debugging systems
It can be achieved, therefore not specifically disclosed herein how to debug；Different debugging successful data and tune are generated after debugging according to result
Miss data is tried, debugging successful data indicates that, without discovery mistake in debugging process, debugging failed data indicate in debugging process
It was found that mistake；These data are collected by data collection module later, and data are arranged by data preparation unit
After be stored in data storage unit；The data meeting combined data management rule stored in data storage unit is managed, and is avoided
A large amount of invalid datas are stored, storage resource is wasted；
Controller combination related algorithm and rule are analyzed simultaneously come the data generated to debugging process, and according to final
The rule that each data occur determines whether the software can solve the problems, such as by debugging；Avoid the throwing of invalid debug time
Enter；The present invention is simple and effective, and is easy to practical.
Detailed description of the invention
In order to facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to the drawings.
Fig. 1 is system block diagram of the invention.
Specific embodiment
As shown in Figure 1, a kind of datamation processing system of communication software debugging, including debugging module, data are received
Collect unit, data preparation unit, data storage unit, controller, display unit, data management rule and data recording module；
Wherein, the debugging module is software debugging use, and generates tune-up data, and tune-up data includes debugging successful data
With debugging failed data；The data collection module for obtaining the tune-up data of debugging module, the data collection list automatically
For tune-up data to be transferred to data preparation unit, the data preparation unit is used to carry out tune-up data preliminary whole member
Reason, steps are as follows for specific arrangement:
Step 1: all tune-up datas are got first；
Step 2: all tune-up datas are stamped into timestamp, form the debugging recording data for having temporal information；
Step 3: by corresponding debugging successful data and debugging failed data markers being that successful data is believed according to debugging result
Breath and miss data information；
The data preparation unit is used to successful data information and miss data information being transferred to controller, the control
Device receives the successful data information that data preparation unit transmits and miss data information and carries out project analysis to it, makes a concrete analysis of
Step shows themselves in that
Step 1: successful data information and miss data information are got；
Step 2: using designated time period X1 as signal period, X1 is preset time；
Step 3: the successful data information and miss data information occur to signal period carries out accounting calculating；
S1: the successful data information occurred in signal period and miss data information bar number are obtained；
S2: acquiring the ratio that miss data information bar number accounts for total number, and is single wrong accounting by the scale marker
D1；D1=miss data information bar number/(miss data information bar number+successful data information bar number)；
Step 4: single mistake the accounting Di, x2 continuously acquired in the x2 period after above-mentioned signal period is pre-
If value；Wherein Di, i=20...x2；
Step 5: it seeks obtaining Di, the mean value of i=1...x2 obtains wrong average ratio Dj；
Step 6: acquiring Dx2, as Dx2=0；It is preliminary qualified after indicating software after debugging；Qualifying signal is generated,
Terminate debugging；
Step 7: as Dx2 > 0, all Di is got, formula is utilizedIt is single wrong to obtain it
The accidentally float value Qc of accounting；
SS1: as Qc≤X4, X4 is preset value；Then indicate that the debugging can not carry out, software continuous mistake occurs, and produces
Raw debugging failed signal；
SS2: as Qc > X4 and Dx2≤X3, X3 is preset value, and it is correct by debugging adjustment to indicate that software can also continue to；
Signal is persistently debugged in generation；
Debugging failed signal can be transferred to display unit, the display when generating debugging failed signal by the controller
The debugging failed signal that unit receives controller transmission can show " gross mistake occurs in the software, can not debug completion " automatically；
Controller meeting drive control display unit when generating persistently debugging signal shows that " software is continued
Property debugging "；
Controller meeting drive control display unit when generating qualifying signal shows " software debugging is qualified ".
The data preparation unit is also used to successful data information and miss data information being transferred to data storage unit,
The data storage unit receives the successful data information that data preparation unit transmits and miss data information and is deposited in real time
Storage；
The data management rule module is stored with data storage rule, the data for being stored to data storage unit into
Row management；
The controller is also used to the successful data information and mistake that combined data management rule stores data storage unit
It loses data information and carries out data storage management, user can be corresponding when to successful data information and miss data message reference
Access record is left in record, access record includes access time and access times；The access times are specified time interval
The interior access to same data information be can be regarded as once；
Specific step is as follows for the data storage management:
S100: getting the memory capacity of data storage unit, when the data accounting of data storage unit storage is more than the
When one preset value, deletion step is carried out automatically, and steps are as follows for specific deletion；
S200: all successful data information and miss data information are got, and the two is respectively labeled as Scj, j=
1...n；Ssi, i=1...m；
S300: getting the corresponding memory size of Scj and Ssi, and be marked as Zcj, j=1...n；Zsi, i=
1...m；The corresponding access record of each data is got, and getting the last access according to nearest access record should
The nearest time of data, and correspondence markings are Tcj, j=1...n；Tsi, i=1...m；Corresponding access times are labeled as Ccj,
J=1...n；Csi, i=1...m；
S400: according to formulaThe inverse of successful data information is calculated and deletes value Wcj；Wherein P is preset value；
According to formulaThe inverse of miss data information is calculated and deletes value Wsi；Wherein P is preset value, and
1<O<2；
S500: all data informations are deleted into being ranked up from small to large for value according to correspondence is inverse；
S600: since it is inverse delete the minimum value of value, successively delete it is inverse deletes the corresponding data information of value, until data storage list
The data accounting of member storage is lower than the second preset value, and the second preset value is less than the first preset value；
The data inputting module is used for administrative staff's typing X1, X2, X3, X4, the first preset value and the second preset value；Institute
Data inputting module is stated for X1, X2, X3, X4, the first preset value and the second preset value to be transferred to controller；The controller
For X1, X2, X3 and X4 to be replaced original value and stored；
The controller is used to for the first preset value and the second preset value to be transferred to data management rule, the data management
Rule will can newly be worth when receiving the first preset value and the second preset value of controller transmission instead of original value.
A kind of datamation processing system of communication software debugging, it is at work, soft to communicating by debugging module
Part is debugged, this is this field routine techniques, and many debugging systems can be achieved, therefore not specifically disclosed herein how adjust
Examination；Different debugging successful datas and debugging failed data are generated according to result after debugging, debugging successful data expression was debugged
Without discovery mistake in journey, debugging failed data indicate to find mistake in debugging process；It is collected later by data collection module
To these data, and data storage unit is stored in after data are arranged by data preparation unit；Data storage unit
The data meeting combined data management rule of interior storage is managed, and is avoided storing a large amount of invalid datas, is wasted storage resource；
Controller combination related algorithm and rule are analyzed simultaneously come the data generated to debugging process, and according to final
The rule that each data occur determines whether the software can solve the problems, such as by debugging；Avoid the throwing of invalid debug time
Enter；The present invention is simple and effective, and is easy to practical.
Above content is only to structure of the invention example and explanation, affiliated those skilled in the art couple
Described specific embodiment does various modifications or additions or is substituted in a similar manner, without departing from invention
Structure or beyond the scope defined by this claim, is within the scope of protection of the invention.
Claims (5)
1. a kind of datamation processing system of communication software debugging, which is characterized in that including debugging module, data collection
Unit, data preparation unit, data storage unit, controller, display unit, data management rule and data recording module；
Wherein, the debugging module is software debugging use, and generates tune-up data, and tune-up data includes debugging successful data and tune
Try miss data；The data collection module is used for obtaining the tune-up data of debugging module, the data collection module automatically
In tune-up data is transferred to data preparation unit, the data preparation unit is used to carry out edit acquisition to tune-up data
Successful data information and miss data information；
The data preparation unit is used to successful data information and miss data information being transferred to controller, and the controller connects
It receives the successful data information and miss data information that data preparation unit transmits and carries out project analysis to it, make a concrete analysis of step
It shows themselves in that
Step 1: successful data information and miss data information are got；
Step 2: using designated time period X1 as signal period, X1 is preset time；
Step 3: the successful data information and miss data information occur to signal period carries out accounting and D1 is calculated；
Step 4: single mistake the accounting Di, x2 continuously acquired in the x2 period after above-mentioned signal period is preset value；
Wherein Di, i=20...x2；
Step 5: it seeks obtaining Di, the mean value of i=1...x2 obtains wrong average ratio Dj；
Step 6: acquiring Dx2, as Dx2=0；It is preliminary qualified after indicating software after debugging；Qualifying signal is generated, is terminated
Debugging；
Step 7: as Dx2 > 0, all Di is got, formula is utilizedIts single mistake is obtained to account for
The float value Qc of ratio；
SS1: as Qc≤X4, X4 is preset value；Then indicate that the debugging can not carry out, software continuous mistake occurs, and generates tune
Try failure signal；
SS2: as Qc > X4 and Dx2≤X3, X3 is preset value, and it is correct by debugging adjustment to indicate that software can also continue to；It generates
Persistently debug signal；
Debugging failed signal can be transferred to display unit, the display unit when generating debugging failed signal by the controller
The debugging failed signal for receiving controller transmission can show " gross mistake occurs in the software, can not debug completion " automatically；
Controller meeting drive control display unit when generating persistently debugging signal shows that " software needs to carry out duration tune
Examination "；
Controller meeting drive control display unit when generating qualifying signal shows " software debugging is qualified ".
2. a kind of datamation processing system of communication software debugging according to claim 1, which is characterized in that institute
State edit it is specific arrangement steps are as follows:
Step 1: all tune-up datas are got first；
Step 2: all tune-up datas are stamped into timestamp, form the debugging recording data for having temporal information；
Step 3: according to debugging result by corresponding debugging successful data and debugging failed data markers be successful data information and
Miss data information.
3. a kind of datamation processing system of communication software debugging according to claim 1, which is characterized in that institute
State accounting in project analysis step 3 calculate the specific steps are
S1: the successful data information occurred in signal period and miss data information bar number are obtained；
S2: acquiring the ratio that miss data information bar number accounts for total number, and is single wrong accounting D1 by the scale marker；D1
=miss data information bar number/(miss data information bar number+successful data information bar number).
4. a kind of datamation processing system of communication software debugging according to claim 1, which is characterized in that institute
It states data preparation unit to be also used to successful data information and miss data information being transferred to data storage unit, the data are deposited
It puts the successful data information and miss data information that unit reception data preparation unit transmits and carries out real-time storage；
The data management rule module is stored with data storage rule, and the data for storing to data storage unit carry out pipe
Reason；
The controller is also used to the successful data information that combined data management rule stores data storage unit and unsuccessfully counts
It is believed that breath carries out data storage management, user can be in corresponding record when to successful data information and miss data message reference
In leave access record, access record include access time and access times；The access times are right in specified time interval
The access of same data information be can be regarded as once；
Specific step is as follows for the data storage management:
S100: getting the memory capacity of data storage unit, when the data accounting of data storage unit storage is more than first pre-
If carrying out deletion step automatically when value, steps are as follows for specific deletion；
S200: all successful data information and miss data information are got, and the two is respectively labeled as Scj, j=
1...n；Ssi, i=1...m；
S300: getting the corresponding memory size of Scj and Ssi, and be marked as Zcj, j=1...n；Zsi, i=1...m；
The corresponding access record of each data is got, and the last access data are got according to nearest one access record
The nearest time, and correspondence markings are Tcj, j=1...n；Tsi, i=1...m；Corresponding access times are labeled as Ccj, j=
1...n；Csi, i=1...m；
S400: according to formulaThe inverse of successful data information is calculated and deletes value Wcj；Wherein P is preset value；
According to formulaThe inverse of miss data information is calculated and deletes value Wsi；Wherein P is preset value, and 1 < O <
2；
S500: all data informations are deleted into being ranked up from small to large for value according to correspondence is inverse；
S600: since it is inverse delete the minimum value of value, successively delete it is inverse deletes the corresponding data information of value, until data storage unit is deposited
The data accounting of storage is lower than the second preset value, and the second preset value is less than the first preset value.
5. a kind of datamation processing system of communication software debugging according to claim 1, which is characterized in that institute
Data inputting module is stated for administrative staff's typing X1, X2, X3, X4, the first preset value and the second preset value；The data inputting
Module is used to X1, X2, X3, X4, the first preset value and the second preset value being transferred to controller；The controller be used for by X1,
X2, X3 and X4 replace original value and store；
The controller is used to for the first preset value and the second preset value being transferred to data management rule, the data management rule
To can newly it be worth when receiving the first preset value and the second preset value of controller transmission instead of original value.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20130346801A1 (en) * | 2012-06-20 | 2013-12-26 | International Business Machines Corporation | Bandwidth limiting on generated pcie packets from debug source |
| CN104572436A (en) * | 2013-10-25 | 2015-04-29 | 纬创资通股份有限公司 | Automatic debugging and error proofing method and device |
| US20150378863A1 (en) * | 2014-06-27 | 2015-12-31 | Vmware, Inc. | Enhancements to logging of a computer program |
| CN106254098A (en) * | 2016-07-22 | 2016-12-21 | 纳瓦电子（上海）有限公司 | A kind of tune-up data acquisition method, system and embedded radio system |
| CN106462488A (en) * | 2014-05-29 | 2017-02-22 | 微软技术许可有限责任公司 | Performance optimization tip presentation during debugging |
-
2019
- 2019-04-10 CN CN201910284194.5A patent/CN110532163B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20130346801A1 (en) * | 2012-06-20 | 2013-12-26 | International Business Machines Corporation | Bandwidth limiting on generated pcie packets from debug source |
| CN104572436A (en) * | 2013-10-25 | 2015-04-29 | 纬创资通股份有限公司 | Automatic debugging and error proofing method and device |
| CN106462488A (en) * | 2014-05-29 | 2017-02-22 | 微软技术许可有限责任公司 | Performance optimization tip presentation during debugging |
| US20150378863A1 (en) * | 2014-06-27 | 2015-12-31 | Vmware, Inc. | Enhancements to logging of a computer program |
| CN106254098A (en) * | 2016-07-22 | 2016-12-21 | 纳瓦电子（上海）有限公司 | A kind of tune-up data acquisition method, system and embedded radio system |
Non-Patent Citations (2)
| Title |
|---|
| DHB_OSCHINA: "调试（Debugging）调试方法", 《HTTPS://MY.OSCHINA.NET/U/658505/BLOG/751635》 * |
| MICHAEL RINGENBURG等: "Monitoring and Debugging the Quality of Results in Approximate Programs", 《ASPLOS "15: PROCEEDINGS OF THE TWENTIETH INTERNATIONAL CONFERENCE ON ARCHITECTURAL SUPPORT FOR PROGRAMMING LANGUAGES AND OPERATING SYSTEMS》 * |
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