CN103057566A - Debugging method of railway signal maintenance system - Google Patents
Debugging method of railway signal maintenance system Download PDFInfo
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- CN103057566A CN103057566A CN2012105728980A CN201210572898A CN103057566A CN 103057566 A CN103057566 A CN 103057566A CN 2012105728980 A CN2012105728980 A CN 2012105728980A CN 201210572898 A CN201210572898 A CN 201210572898A CN 103057566 A CN103057566 A CN 103057566A
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Abstract
The invention relates to a debugging method of a railway signal maintenance system. The method includes: using the debugging recorded data of a single monitoring station as the basis, obtaining the debugging content of the station according to the standard debugging rules, debugging the data in real time, recording the debugging information, providing the debugging results for confirming, checking the debugging results, analyzing the leftover problems and finally generating a debugging recording table and a leftover problem recording table in accordance with code requirements of the standard debugging rules. Compared with the prior art, the debugging method has the advantages of providing graphic interfaces, being capable of automatically generating the debugging recording information and the leftover problems, being capable of generating the final debugging recording table and the leftover problem recording table according to the debugging recording information after engineering debugging is finished, greatly improving the field debugging efficiency, and bringing large convenience for the debugging and debugging tracking of the railway signal maintenance system.
Description
Technical field
The present invention relates to a kind of railway signal debugging technique, especially relate to a kind of adjustment method of railway signal maintenance system.
Background technology
The debugging of railway signal maintenance system is because the device type that maintenance system is monitored is various, way is many, data volume is large, the characteristics such as the interface that relates to is many, according to existing railway signal maintenance system debugging rules and debug standard, every pipeline equipment all will have corresponding debugging recording information, commissioning staff not only work capacity is large, and in the process of record, there are the phenomenons such as misdescription, erroneous judgement, leakage debugging, work efficiency is low, and the engineering debug requirement of railway signal maintenance system is not more and more satisfied in traditional hand-kept, and has affected the progress of engineering debug.
Summary of the invention
Purpose of the present invention is exactly the adjustment method that a kind of railway signal maintenance system is provided for the defective that overcomes above-mentioned prior art existence, the method provides patterned interface, can automatically generate debugging recording information, leftover problem, and after finishing engineering debug, according to the final debugging recording table of debugging recording Information generation, leftover problem writing chart, greatly improved field adjustable efficient, for the debugging of railway signal maintenance system and the tracking of debug process bring great convenience.
Purpose of the present invention can be achieved through the following technical solutions:
A kind of adjustment method of railway signal maintenance system, it is characterized in that, the method is take the debugging recording data at single monitoring station as the basis, can obtain according to the standard debug rules commissioning content at station, the real-time debug data, and record Debugging message, provide debug results to confirm, the debug results inspection, leftover problem is analyzed, and can generate at last the debugging recording table and the leftover problem writing chart that meet the requirement of standard debug Regulations; Described adjustment method detailed process is as follows:
1) enters the TEST pattern;
2) carry out obtaining the real-time Communication for Power state alternately the loading of automatic Start-up and Adjustment content when normal of communicating by letter with customized centralized signal supervision station;
3) load commissioning content, show the loading progress;
4) for the station of modulated examination, after finishing commissioning content and loading, will with historical debugging recording information in commissioning content compare, if change is arranged, the change of prompting commissioning content;
5) show the commissioning content of current debug-item, and show historical debugging recording information;
6) obtain and show the real-time debug data of debug-item;
When 7) debug results is confirmed, tune-up data is carried out the data category checking, prompting the commissioning staff process separately extraordinary circumstances when confirming; Automatically generate the debugging recording file after confirming successfully, and the more demonstration of new historical debugging recording information;
8) debugging recording information is checked, and show check result;
When 9) finishing debugging, after commissioning staff's affirmation, automatically generate the debugging leftover problem file at the station of debugging;
10) nullify the active user, close with all of centralized signal supervision station machine alternately, login enters the PM pattern;
11) debug-item at the modulated test run station of loading owning administration/line/section jurisdiction;
12) show the debugging recording information of the debug-item choose;
13) debugging recording information is checked, and show check result;
14) the leftover problem analysis of startup office/line/section, the leftover problem condensed table at lower all the modulated test run stations of generation office/line/section starts the leftover problem file conversion at single station, take at the station as unit, generates corresponding problem left over by history table;
15) after audit is passed through, start the debugging recording information conversion of each debug-item, take debug-item as unit, generate corresponding debugging recording table.
Described step 2) and 3) be specially:
(101) every 2s sends heartbeat to customized centralized signal supervision station, if receive the heartbeat that reply at the centralized signal supervision station, and execution in step (104) then;
(102) if the current reception that does not receive heartbeat and the last heartbeat of distance surpasses 20s, execution in step (103), otherwise execution in step (104);
(103) put communications status and be " communication disruption ", execution in step (107);
(104) put communications status and be " communication is normal ";
(105) if current commissioning content not yet loads, send the commissioning content request to customized station, if the station response request is then put the commissioning content receiving flag, and receive commissioning content, execution in step (106); If station not responding request, then execution in step (107);
(106) show the reception progress, judge whether commissioning content loads to finish, finish if load, the commissioning content that resets receiving flag, then execution in step (107) is not finished if load, and then continues to ask;
(107) finish.
Described step 4) and 5) be specially:
(201) if without the historical debugging recording information at customized station, execution in step (204) is if having the historical debugging recording information at this station, execution in step (202);
(202) extract commissioning content information in the historical debugging recording information, and compare with the commissioning content of current loading, if commissioning content has change, execution in step (203); If commissioning content is change not, then execution in step (204);
(203) prompting commissioning content change provides and processes suggestion;
(204) commissioning content of the selected debug-item of demonstration is extracted the historical debugging recording information of this project, and is shown historical debugging recording situation;
(205) finish.
Described step 6) detailed process is as follows:
(301) obtain the current classification information of choosing debug-item, if communication is normal, if execution in step (302) then is communication disruption, then execution in step (306);
(302) every 2s sends the real-time debug request of data to customized station, if customized station response request, then execution in step (303);
(303) resolve the real time data bag, if receive be not the real-time debug data of current debug-item, execution in step (304); If what receive is the real time data of current debug-item, then execution in step (305);
(304) abandon, jump to step (306);
(305) show the real-time debug data;
(306) finish.
Described step 7) be specially:
(401) choose the data that will debug affirmation, carry out debug results and confirm, if current communication is normal, execution in step (403) then; If communication disruption, execution in step (402);
(402) whether prompting carries out offline debugger, select no, execution in step (406) then;
(403) if be mingled with in the debugging numerical value to be confirmed transfinite, normally, invalid value, state in invalid two kinds or more than, prompting is transfinited, invalid value, row that state is invalid must be confirmed separately;
(404) preserve debugging recording information in the debugging recording file, if offline debugger will add the mark of " off line " printed words in the debugging recording information;
(405) upgrading the historical debugging recording information in interface shows;
(406) finish.
Described step 8) be specially:
(501) the Start-up and Adjustment result checks, if debug-item chooses is debug-item or station name, and execution in step (502) then; If what choose is concrete debug-item under the station, then execution in step (503);
(502) obtain the debugging recording file corresponding to all leaf nodes at current debugging station, take single debug-item as unit, debugging recording information is analyzed, draw analysis result, execution in step (504);
(503) obtain debugging recording file corresponding to leaf node of choosing, the debugging recording information in the file is analyzed, draw analysis result, execution in step (504);
(504) show check result;
(505) finish.
Described step 9) be specially:
(601) if debug-item chooses is debug-item or station name, execution in step (602) then; If what choose is concrete debug-item under the station, then execution in step (606);
(602) start leftover problem analysis to current debugging station: obtain debugging recording file corresponding to all leaf nodes of station, debugging recording information is analyzed and concluded, draw current debugging leftover problem tabulation;
(603) obtain station existing debugging leftover problem file, and judge whether to have problem left over by history information, if without problem left over by history information, execution in step (607) then; If problem left over by history information is arranged, execution in step (604) then;
(604) obtain the problem left over by history information at station, convert the problem left over by history tabulation to, if identical in the item in the tabulation of current debugging leftover problem and the problem left over by history tabulation, then the item in the current debugging leftover problem tabulation will be filtered.
(605) merge the problem left over by history current leftover problem tabulation of tabulating.
(606) preserving current leftover problem tabulates to the leftover problem file.
(607) finish.
Described step 13) be specially:
(701) the Start-up and Adjustment result checks, if debug-item chooses is " debug-item ", and execution in step (702) then; What drag that debug-item chooses is the station name, then execution in step (703); If what choose is concrete debug-item under the station, then execution in step (704);
(702) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, take at the station as unit, the debugging recording information of the debug-item at station is one by one analyzed, draw analysis result, execution in step (705);
(703) obtain current debugging recording file corresponding to all leaf nodes of choosing the station in the debug-item tree, take single debug-item as unit, debugging recording information is analyzed, draw analysis result, execution in step (705);
(704) obtain debugging recording file corresponding to the current leaf node of choosing, the debugging recording information in the file is analyzed, draw analysis result, execution in step (705);
(705) show check result;
(706) finish.
Described step 14) be specially:
(801) if what select is single station or the leftover problem table of deriving all single stations, execution in step (802) then; If what select is the leftover problem table of deriving all stations, then execution in step (804);
(802) take at the station as unit, obtain the leftover problem file by the station, and convert file content to the leftover problem tabulation;
(803) the leftover problem tabulation is exported in the leftover problem table at station, show the conversion progress, execution in step after finishing (806);
(804) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, take the debugging recording file at single station as unit analyzes and concludes, obtain the leftover problem tabulation at current all stations;
(805) the leftover problem tabulation with all stations exports in the leftover problem table at all stations;
(806) prompting change over condition;
(807) finish.
Described step 15) be specially:
(901) if current what choose is " debug-item ", execution in step (902) then; If what choose is concrete station name, then execution in step (903); If what choose is station concrete debug-item under one's name, then execution in step (904);
(902) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, execution in step (905);
(903) obtain debugging recording file corresponding to station all leaf nodes under one's name in the debug-item tree, execution in step (905);
(904) obtain debugging recording file corresponding to debug-item of choosing, execution in step (905);
(905) the debugging recording information in the file converts the word data to one by one, exports in the corresponding debugging recording table, and shows in real time the conversion progress;
(906) prompting change over condition;
(907) finish.
Compared with prior art, the present invention has the following advantages:
1, provides friendly graphical operation interface, and highlight real-time debug data and the debugging recording not up to standard that transfinites.
2, commissioning content, real-time debug data are obtained from customized station automatically, have avoided manual error of omission debugging item.
3, the state of automatic display simulation amount real-time debug data has been avoided artificial erroneous judgement; Require simultaneously particular term is processed separately, when these special items are passed through in the debugging affirmation, require to input reason, reduced to a great extent misdescription, and can be evidence-based.
The analog quantity real time data has to transfinite, invalid value, and disarmed state (only for the track switch kind equipment), normal, along separate routes (only for class of track equipment) adjusts states such as (only for class of track equipment).Particular term refers to that the real-time debug value transfinites, or is invalid value, or corresponding equipment state is the item of " disarmed state ".
4, the problem left over by history table record at single station the leftover problem of each debugging and the leftover problem of passing each debugging, be convenient to the tracking of debug process.
5, meet debugging recording table and the leftover problem writing chart that centralized signal supervision engineering debug standard specifications requires in audit by rear automatic generation, greatly reduce engineering debug writing time, improve engineering debug efficient, for the engineering debug of centralized signal supervision system brings great convenience.
Description of drawings
Fig. 1 is general flow chart of the present invention;
Fig. 2 is TEST pattern of the present invention and login checking process figure.
Fig. 3 is that heartbeat processing of the present invention and commissioning content load diagram of circuit.
Fig. 4 is commissioning content data acquisition diagram of circuit of the present invention.
Fig. 5 is real-time debug data acquisition diagram of circuit of the present invention.
Fig. 6 is that debug results of the present invention is confirmed diagram of circuit.
Fig. 7 is debug results check process figure under the TEST pattern of the present invention.
Fig. 8 is that the present invention debugs problem left over by history file generated diagram of circuit.
Fig. 9 is PM pattern of the present invention and interface display diagram of circuit.
Figure 10 is PM pattern debug results check process figure of the present invention.
Figure 11 is that leftover problem data of the present invention generate and leftover problem writing chart product process figure.
Figure 12 is that debugging recording table of the present invention generates diagram of circuit.
The specific embodiment
The present invention is described in detail below in conjunction with the drawings and specific embodiments.
Embodiment
As shown in Figure 1, a kind of adjustment method of railway signal maintenance system, the method is take the debugging recording data at single monitoring station as the basis, can obtain according to the standard debug rules commissioning content at station, the real-time debug data, and record Debugging message, provide debug results to confirm, the debug results inspection, leftover problem is analyzed, and can generate at last the debugging recording table and the leftover problem writing chart that meet the requirement of standard debug Regulations; Described adjustment method detailed process is as follows:
1) enters the TEST pattern;
2) carry out obtaining the real-time Communication for Power state alternately the loading of automatic Start-up and Adjustment content when normal of communicating by letter with customized centralized signal supervision station;
3) load commissioning content, show the loading progress;
4) for the station of modulated examination, after finishing commissioning content and loading, will with historical debugging recording information in commissioning content compare, if change is arranged, the change of prompting commissioning content;
5) show the commissioning content of current debug-item, and show historical debugging recording information;
6) obtain and show the real-time debug data of debug-item;
When 7) debug results is confirmed, tune-up data is carried out the data category checking, prompting the commissioning staff process separately extraordinary circumstances when confirming; Automatically generate the debugging recording file after confirming successfully, and the more demonstration of new historical debugging recording information;
8) debugging recording information is checked, and show check result;
When 9) finishing debugging, after commissioning staff's affirmation, automatically generate the debugging leftover problem file at the station of debugging;
10) nullify the active user, close with all of centralized signal supervision station machine alternately, login enters the PM pattern;
11) debug-item at the modulated test run station of loading owning administration/line/section jurisdiction;
12) show the debugging recording information of the debug-item choose;
13) debugging recording information is checked, and show check result;
14) the leftover problem analysis of startup office/line/section, the leftover problem condensed table at lower all the modulated test run stations of generation office/line/section starts the leftover problem file conversion at single station, take at the station as unit, generates corresponding problem left over by history table;
15) after audit is passed through, start the debugging recording information conversion of each debug-item, take debug-item as unit, generate corresponding debugging recording table.
As shown in Figure 2, detailed process described step 1) is as follows:
(1) Start-up and Adjustment process tool.
(2) the correct IP address of inputting the centralized signal supervision station of wanting long-range connection in [machine IP address, station] text box, in [login identity] drop-down list, select " commissioning staff ", in [job number] combobox and [password] text box, input respectively correct job number and password, click [determining] button, system enters the TEST pattern.
(3) finish.
As shown in Figure 3, described step 2) and 3) be specially:
(101) every 2s sends heartbeat to customized centralized signal supervision station, if receive the heartbeat that reply at the centralized signal supervision station, and execution in step (104) then;
(102) if the current reception that does not receive heartbeat and the last heartbeat of distance surpasses 20s, execution in step (103), otherwise execution in step (104);
(103) put communications status and be " communication disruption ", execution in step (107);
(104) put communications status and be " communication is normal ";
(105) if current commissioning content not yet loads, send the commissioning content request to customized station, if the station response request is then put the commissioning content receiving flag, and receive commissioning content, execution in step (106); If station not responding request, then execution in step (107);
(106) show the reception progress, judge whether commissioning content loads to finish, finish if load, the commissioning content that resets receiving flag, then execution in step (107) is not finished if load, and then continues to ask;
(107) finish.
As shown in Figure 4, described step 4) and 5) be specially:
(201) if without the historical debugging recording information at customized station, execution in step (204) is if having the historical debugging recording information at this station, execution in step (202);
(202) extract commissioning content information in the historical debugging recording information, and compare with the commissioning content of current loading, if commissioning content has change, execution in step (203); If commissioning content is change not, then execution in step (204);
(203) prompting commissioning content change provides and processes suggestion;
(204) commissioning content of the selected debug-item of demonstration is extracted the historical debugging recording information of this project, and is shown historical debugging recording situation;
(205) finish.
As shown in Figure 5, described step 6) detailed process is as follows:
(301) obtain the current classification information of choosing debug-item, if communication is normal, if execution in step (302) then is communication disruption, then execution in step (306);
(302) every 2s sends the real-time debug request of data to customized station, if customized station response request, then execution in step (303);
(303) resolve the real time data bag, if receive be not the real-time debug data of current debug-item, execution in step (304); If what receive is the real time data of current debug-item, then execution in step (305);
(304) abandon, jump to step (306);
(305) show the real-time debug data;
(306) finish.
As shown in Figure 6, described step 7) be specially:
(401) choose the data that will debug affirmation, carry out debug results and confirm, if current communication is normal, execution in step (403) then; If communication disruption, execution in step (402);
(402) whether prompting carries out offline debugger, select no, execution in step (406) then;
(403) if be mingled with in the debugging numerical value to be confirmed transfinite, normally, invalid value, state in invalid two kinds or more than, prompting is transfinited, invalid value, row that state is invalid must be confirmed separately;
(404) preserve debugging recording information in the debugging recording file, if offline debugger will add the mark of " off line " printed words in the debugging recording information;
(405) upgrading the historical debugging recording information in interface shows;
(406) finish.
As shown in Figure 7, described step 8) be specially:
(501) the Start-up and Adjustment result checks, if debug-item chooses is debug-item or station name, and execution in step (502) then; If what choose is concrete debug-item under the station, then execution in step (503);
(502) obtain the debugging recording file corresponding to all leaf nodes at current debugging station, take single debug-item as unit, debugging recording information is analyzed, draw analysis result, execution in step (504);
(503) obtain debugging recording file corresponding to leaf node of choosing, the debugging recording information in the file is analyzed, draw analysis result, execution in step (504);
(504) show check result;
(505) finish.
As shown in Figure 8, described step 9) be specially:
(601) if debug-item chooses is debug-item or station name, execution in step (602) then; If what choose is concrete debug-item under the station, then execution in step (606);
(602) start leftover problem analysis to current debugging station: obtain debugging recording file corresponding to all leaf nodes of station, debugging recording information is analyzed and concluded, draw current debugging leftover problem tabulation;
(603) obtain station existing debugging leftover problem file, and judge whether to have problem left over by history information, if without problem left over by history information, execution in step (607) then; If problem left over by history information is arranged, execution in step (604) then;
(604) obtain the problem left over by history information at station, convert the problem left over by history tabulation to, if identical in the item in the tabulation of current debugging leftover problem and the problem left over by history tabulation, then the item in the current debugging leftover problem tabulation will be filtered.
(605) merge the problem left over by history current leftover problem tabulation of tabulating.
(606) preserving current leftover problem tabulates to the leftover problem file.
(607) finish.
As shown in Figure 9, described step 10), step 11) and step 12) detailed process as follows:
(1) clicks menu bar [cancellation] option, in [login identity] drop-down list of dialog boxes for login, select " program manager ", in [job number] combobox and [password] text box, input respectively correct job number and password, click [determining] button, system closing all and customized station mutual also enters the PM pattern, and execution in step (2); Click [cancellation] button, execution in step (4).
(2) obtain the debugging recording file at all modulated test run stations, be extracted into take the station as the debug-item tabulation of unit, be loaded into the debug-item tree.
(3) show the historical debugging recording information of the debug-item choose.
(4) finish.
As shown in figure 10, described step 13) be specially:
(701) the Start-up and Adjustment result checks, if debug-item chooses is " debug-item ", and execution in step (702) then; What drag that debug-item chooses is the station name, then execution in step (703); If what choose is concrete debug-item under the station, then execution in step (704);
(702) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, take at the station as unit, the debugging recording information of the debug-item at station is one by one analyzed, draw analysis result, execution in step (705);
(703) obtain current debugging recording file corresponding to all leaf nodes of choosing the station in the debug-item tree, take single debug-item as unit, debugging recording information is analyzed, draw analysis result, execution in step (705);
(704) obtain debugging recording file corresponding to the current leaf node of choosing, the debugging recording information in the file is analyzed, draw analysis result, execution in step (705);
(705) show check result;
(706) finish.
As shown in figure 11, described step 14) be specially:
(801) if what select is single station or the leftover problem table of deriving all single stations, execution in step (802) then; If what select is the leftover problem table of deriving all stations, then execution in step (804);
(802) take at the station as unit, obtain the leftover problem file by the station, and convert file content to the leftover problem tabulation;
(803) the leftover problem tabulation is exported in the leftover problem table at station, show the conversion progress, execution in step after finishing (806);
(804) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, take the debugging recording file at single station as unit analyzes and concludes, obtain the leftover problem tabulation at current all stations;
(805) the leftover problem tabulation with all stations exports in the leftover problem table at all stations;
(806) prompting change over condition;
(807) finish.
As shown in figure 12, described step 15) be specially:
(901) if current what choose is " debug-item ", execution in step (902) then; If what choose is concrete station name, then execution in step (903); If what choose is station concrete debug-item under one's name, then execution in step (904);
(902) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, execution in step (905);
(903) obtain debugging recording file corresponding to station all leaf nodes under one's name in the debug-item tree, execution in step (905);
(904) obtain debugging recording file corresponding to debug-item of choosing, execution in step (905);
(905) the debugging recording information in the file converts the word data to one by one, exports in the corresponding debugging recording table, and shows in real time the conversion progress;
(906) prompting change over condition;
(907) finish.
Claims (10)
1. the adjustment method of a railway signal maintenance system, it is characterized in that, the method is take the debugging recording data at single monitoring station as the basis, can obtain according to the standard debug rules commissioning content at station, the real-time debug data, and record Debugging message, provide debug results to confirm, the debug results inspection, leftover problem is analyzed, and can generate at last the debugging recording table and the leftover problem writing chart that meet the requirement of standard debug Regulations; Described adjustment method detailed process is as follows:
1) enters the TEST pattern;
2) carry out obtaining the real-time Communication for Power state alternately the loading of automatic Start-up and Adjustment content when normal of communicating by letter with customized centralized signal supervision station;
3) load commissioning content, show the loading progress;
4) for the station of modulated examination, after finishing commissioning content and loading, will with historical debugging recording information in commissioning content compare, if change is arranged, the change of prompting commissioning content;
5) show the commissioning content of current debug-item, and show historical debugging recording information;
6) obtain and show the real-time debug data of debug-item;
When 7) debug results is confirmed, tune-up data is carried out the data category checking, prompting the commissioning staff process separately extraordinary circumstances when confirming; Automatically generate the debugging recording file after confirming successfully, and the more demonstration of new historical debugging recording information;
8) debugging recording information is checked, and show check result;
When 9) finishing debugging, after commissioning staff's affirmation, automatically generate the debugging leftover problem file at the station of debugging;
10) nullify the active user, close with all of centralized signal supervision station machine alternately, login enters the PM pattern;
11) debug-item at the modulated test run station of loading owning administration/line/section jurisdiction;
12) show the debugging recording information of the debug-item choose;
13) debugging recording information is checked, and show check result;
14) the leftover problem analysis of startup office/line/section, the leftover problem condensed table at lower all the modulated test run stations of generation office/line/section starts the leftover problem file conversion at single station, take at the station as unit, generates corresponding problem left over by history table;
15) after audit is passed through, start the debugging recording information conversion of each debug-item, take debug-item as unit, generate corresponding debugging recording table.
2. the adjustment method of a kind of railway signal maintenance system according to claim 1 is characterized in that, described step 2) and 3) be specially:
(101) every 2s sends heartbeat to customized centralized signal supervision station, if receive the heartbeat that reply at the centralized signal supervision station, and execution in step (104) then;
(102) if the current reception that does not receive heartbeat and the last heartbeat of distance surpasses 20s, execution in step (103), otherwise execution in step (104);
(103) put communications status and be " communication disruption ", execution in step (107);
(104) put communications status and be " communication is normal ";
(105) if current commissioning content not yet loads, send the commissioning content request to customized station, if the station response request is then put the commissioning content receiving flag, and receive commissioning content, execution in step (106); If station not responding request, then execution in step (107);
(106) show the reception progress, judge whether commissioning content loads to finish, finish if load, the commissioning content that resets receiving flag, then execution in step (107) is not finished if load, and then continues to ask;
(107) finish.
3. the adjustment method of a kind of railway signal maintenance system according to claim 2 is characterized in that, described step 4) and 5) be specially:
(201) if without the historical debugging recording information at customized station, execution in step (204) is if having the historical debugging recording information at this station, execution in step (202);
(202) extract commissioning content information in the historical debugging recording information, and compare with the commissioning content of current loading, if commissioning content has change, execution in step (203); If commissioning content is change not, then execution in step (204);
(203) prompting commissioning content change provides and processes suggestion;
(204) commissioning content of the selected debug-item of demonstration is extracted the historical debugging recording information of this project, and is shown historical debugging recording situation;
(205) finish.
4. the adjustment method of a kind of railway signal maintenance system according to claim 3 is characterized in that, described step 6) detailed process is as follows:
(301) obtain the current classification information of choosing debug-item, if communication is normal, if execution in step (302) then is communication disruption, then execution in step (306);
(302) every 2s sends the real-time debug request of data to customized station, if customized station response request, then execution in step (303);
(303) resolve the real time data bag, if receive be not the real-time debug data of current debug-item, execution in step (304); If what receive is the real time data of current debug-item, then execution in step (305);
(304) abandon, jump to step (306);
(305) show the real-time debug data;
(306) finish.
5. the adjustment method of a kind of railway signal maintenance system according to claim 4 is characterized in that, described step 7) be specially:
(401) choose the data that will debug affirmation, carry out debug results and confirm, if current communication is normal, execution in step (403) then; If communication disruption, execution in step (402);
(402) whether prompting carries out offline debugger, select no, execution in step (406) then;
(403) if be mingled with in the debugging numerical value to be confirmed transfinite, normally, invalid value, state in invalid two kinds or more than, prompting is transfinited, invalid value, row that state is invalid must be confirmed separately;
(404) preserve debugging recording information in the debugging recording file, if offline debugger will add the mark of " off line " printed words in the debugging recording information;
(405) upgrading the historical debugging recording information in interface shows;
(406) finish.
6. the adjustment method of a kind of railway signal maintenance system according to claim 5 is characterized in that, described step 8) be specially:
(501) the Start-up and Adjustment result checks, if debug-item chooses is debug-item or station name, and execution in step (502) then; If what choose is concrete debug-item under the station, then execution in step (503);
(502) obtain the debugging recording file corresponding to all leaf nodes at current debugging station, take single debug-item as unit, debugging recording information is analyzed, draw analysis result, execution in step (504);
(503) obtain debugging recording file corresponding to leaf node of choosing, the debugging recording information in the file is analyzed, draw analysis result, execution in step (504);
(504) show check result;
(505) finish.
7. the adjustment method of a kind of railway signal maintenance system according to claim 6 is characterized in that, described step 9) be specially:
(601) if debug-item chooses is debug-item or station name, execution in step (602) then; If what choose is concrete debug-item under the station, then execution in step (606);
(602) start leftover problem analysis to current debugging station: obtain debugging recording file corresponding to all leaf nodes of station, debugging recording information is analyzed and concluded, draw current debugging leftover problem tabulation;
(603) obtain station existing debugging leftover problem file, and judge whether to have problem left over by history information, if without problem left over by history information, execution in step (607) then; If problem left over by history information is arranged, execution in step (604) then;
(604) obtain the problem left over by history information at station, convert the problem left over by history tabulation to, if identical in the item in the tabulation of current debugging leftover problem and the problem left over by history tabulation, then the item in the current debugging leftover problem tabulation will be filtered.
(605) merge the problem left over by history current leftover problem tabulation of tabulating.
(606) preserving current leftover problem tabulates to the leftover problem file.
(607) finish.
8. the adjustment method of a kind of railway signal maintenance system according to claim 7 is characterized in that, described step 13) be specially:
(701) the Start-up and Adjustment result checks, if debug-item chooses is " debug-item ", and execution in step (702) then; What drag that debug-item chooses is the station name, then execution in step (703); If what choose is concrete debug-item under the station, then execution in step (704);
(702) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, take at the station as unit, the debugging recording information of the debug-item at station is one by one analyzed, draw analysis result, execution in step (705);
(703) obtain current debugging recording file corresponding to all leaf nodes of choosing the station in the debug-item tree, take single debug-item as unit, debugging recording information is analyzed, draw analysis result, execution in step (705);
(704) obtain debugging recording file corresponding to the current leaf node of choosing, the debugging recording information in the file is analyzed, draw analysis result, execution in step (705);
(705) show check result;
(706) finish.
9. the adjustment method of a kind of railway signal maintenance system according to claim 8 is characterized in that, described step 14) be specially:
(801) if what select is single station or the leftover problem table of deriving all single stations, execution in step (802) then; If what select is the leftover problem table of deriving all stations, then execution in step (804);
(802) take at the station as unit, obtain the leftover problem file by the station, and convert file content to the leftover problem tabulation;
(803) the leftover problem tabulation is exported in the leftover problem table at station, show the conversion progress, execution in step after finishing (806);
(804) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, take the debugging recording file at single station as unit analyzes and concludes, obtain the leftover problem tabulation at current all stations;
(805) the leftover problem tabulation with all stations exports in the leftover problem table at all stations;
(806) prompting change over condition;
(807) finish.
10. the adjustment method of a kind of railway signal maintenance system according to claim 9 is characterized in that, described step 15) be specially:
(901) if current what choose is " debug-item ", execution in step (902) then; If what choose is concrete station name, then execution in step (903); If what choose is station concrete debug-item under one's name, then execution in step (904);
(902) obtain debugging recording file corresponding to all leaf nodes in the debug-item tree, execution in step (905);
(903) obtain debugging recording file corresponding to station all leaf nodes under one's name in the debug-item tree, execution in step (905);
(904) obtain debugging recording file corresponding to debug-item of choosing, execution in step (905);
(905) the debugging recording information in the file converts the word data to one by one, exports in the corresponding debugging recording table, and shows in real time the conversion progress;
(906) prompting change over condition;
(907) finish.
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