CN108132873A - Systematic procedure daily record prints and long-range multiple terminals daily record debugging control system - Google Patents
Systematic procedure daily record prints and long-range multiple terminals daily record debugging control system Download PDFInfo
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- CN108132873A CN108132873A CN201611093107.0A CN201611093107A CN108132873A CN 108132873 A CN108132873 A CN 108132873A CN 201611093107 A CN201611093107 A CN 201611093107A CN 108132873 A CN108132873 A CN 108132873A
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- daily record
- module
- message
- mobile terminal
- debugging
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/36—Preventing errors by testing or debugging software
- G06F11/362—Software debugging
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
Abstract
The present invention relates to daily record visualization technique fields, more particularly to a kind of systematic procedure daily record prints and long-range multiple terminals daily record debugging control system, including WEB terminal, message push with receiving server and mobile terminal, WEB terminal includes device management module, instruction constructing module, WEB terminal message transmission module, WEB terminal message reception module and journal displaying module, and mobile terminal includes mobile terminal message reception module, AOP codes and debugging switch module, AOP daily records capture control module, module and mobile terminal message transmission module are collected in mobile terminal daily record.The present invention provides the solutions completely about the construction output and program debugging of daily record, from the generation of daily record, caching and construction, to multiple terminals printing and the output and the debugging of daily record of daily record.The present invention provides more flexible daily record construction and printing type for program research staff, particularly has wide practical use in the coding of research and development frame.
Description
Technical field
The present invention relates to daily record visualization technique field more particularly to a kind of systematic procedure daily record printing and long-range multiple terminals
Daily record debugging control system.
Background technology
Daily record printing is the necessary means that program debugging personnel obtain program execution state.Currently, with more and more various
Electric terminal step into people’s lives, by traditional desktop platform, mobile hand popular to Web platforms end and at this stage
Machine terminal.The exploitation of application program also shows the trend of multiple terminals.
Existing program debugging daily record printing type is all to print language by the way that program debugging personnel are embedded in program code
Sentence is directly printed in console in program operation process, and some daily record frames can be by daily record with the shape of file or database
Formula stores.
By taking the research and development of Android phone end mobile application as an example, the method for debugging Android phone end application is usually to lead to
Cross USB serial port data lines, it would be desirable to which the mobile handset device of debugging is connected with debugging terminal.In debugging terminal, pass through Google
Official provide ADB debugging routines into line program debugging.Android phone first day of the lunar year will printed design is by the engineer of Google
The daily record of the logging level of 6 kinds of different colors can be printed, and also supports the work(being filtered according to Log Label to daily record
Energy.
In program development phase testing mobile phone and the more complete such daily record debugging side of conditions and environment of debugging terminal
Formula is that can meet the needs of program debugging.But the still neither one system in terms of the output of daily record construction and daily record debugging
Perfect solution.With terminal user's stepping up for application demand, the situation that program debugging and daily record are checked is got over
Hair is complicated, and the needs and requirement for daily record debugging are constantly promoted, with the gradual perfection of Project-developing process, traditional daily record
Check that it is impossible to meet require with daily record debud mode.
For example, the overall process daily record according to system business procedure cache and print system：
Traditional daily record molding formula is under the control of output control statement such as System.out, to be beaten immediately in console
Print output.But commissioning staff sometimes may require that the unified printout of some function course according to system.One system
Function course may pass through many modules or even have the cooperation of cross-thread.Program also will appear the tune of function during performing
With or function in recall the nesting allocation process of function.Module and function in each module or other threads
It is possible that possess the daily record print result output of oneself.R＆D team needs each function module or cross-line in R＆D process
The daily record that the program module of journey processing respectively prints can be cached and be taken together, unified after a systematic procedure performs
It prints out rather than is just exported immediately after a small process.R＆D team needs daily record Construct Tool can be across letter
Number and cross-thread caching and print log.And it during caching and constructing daily record, does not need to transmit any call parameters
To each function module function either other threads with destroy their integrality or enhancing module to systematic procedure according to
Lai Xing.It is controlled by simple code, it is separated respective print log that commissioning staff, which can freely control each function module, also
It is to merge printing overall process daily record.
For another example, the daily record of certain mobile subscriber terminals is output to printout to remote debugging terminal or directly output
Onto mobile subscriber terminal：
The application program of mobile subscriber terminal is already installed on if there is problem, it in the conventional mode, can only be by adjusting
Examination personnel go with debugging terminal to user scene, and connection data line is safeguarded and debugged.This is inconvenient, when some
It waits, some special mobile terminals, such as part Android TV large-size screen monitors, is exactly without AccessPort interface from hardware.
R＆D team needs the daily record printing in mobile terminal that can be both directly output in remote debugging terminal by network, also can be straight
Connect and be shown in some particular interfaces of mobile subscriber terminal equipment in itself that (these certain interfaces need commissioning staff or advanced
User is by special operation and authenticates and could open), the content of display includes daily record data, also working as including line up procedure
Preceding user uses sectional drawing.
In addition, the program or control on remote debugging mobile subscriber terminal perform some preset instructions：
R＆D team is required to remotely debug the program on mobile subscriber terminal in server-side, is held including single step
Row and the state for obtaining often step variable, can be debugged, protection and recovery with Commissioning field.Sometimes it would also be desirable to be able to long-range
Just to specified mobile terminal execution number order or operation.Such as：Restart application system, more new system and using number
According to, open program daily record capture switch or debugging switch etc..
In conclusion generation and construction in daily record, the multiple terminals output of daily record, remote control and daily record debugging aspect,
At present still without good solution.There is an urgent need to the solution party of a whole set of complete daily record construction output and daily record debugging
Case promotes the efficiency researched and developed and debugged with further.
Invention content
The present invention relates to a kind of systematic procedure daily record printings and long-range multiple terminals daily record debugging control system, can to work as
When constructing complete business procedure daily record according to system business in program operation process, across function in the case of not Transfer Parameters
And cross-thread caching and print log, meanwhile, can in the operational process of program remote terminal control program and to program again
Remote debugging is carried out, the daily record data generated in program operation process can be shown with sectional drawing data for transmission to remote debugging terminal
Show or daily record data is directly output to mobile subscriber terminal.
In order to achieve the object of the present invention, systematic procedure daily record printing and long-range multiple terminals daily record debugging control system, packet
It includes WEB terminal, message push and includes device management module, instruction constructing module, WEB terminal with receiving server and mobile terminal, WEB terminal
Message transmission module, WEB terminal message reception module and journal displaying module, mobile terminal include mobile terminal message reception module, AOP
Code captures control module with debugging switch module, AOP daily records, module is collected in mobile terminal daily record and mobile terminal message sends mould
Block, debugging terminal user by device management module check institute debugging in need mobile terminal, debug terminal user pass through equipment
Management module, which selectes one, needs the mobile terminal debugged, and device management module will debug end-user instruction and be sent to instruction construction
Module, the corresponding control signal of instruction constructing module generation are sent to WEB terminal message transmission module, WEB terminal message transmission module
Control signal is transmitted to message push to handle with receiving server, message push will control signal to push away with receiving server
Mobile terminal message reception module is sent to, mobile terminal message reception module is decoded the control signal received,
When the control signal received is debugging instruction, message reception module triggering AOP codes in mobile terminal are switched with debugging
Module starts the monitoring to breakpoint and the obstruction work to program；
When the control signal received is daily record print command, message reception module triggering AOP daily records in mobile terminal capture control
Molding block, AOP daily records capture control module and daily record print command are sent to mobile terminal daily record collection module, and mobile terminal daily record is searched
Collect module and carry out daily record capture, and the daily record data of capture is sent to mobile terminal message transmission module；
Daily record data is sent to WEB terminal message with reception server by message push and connect by mobile terminal message transmission module
Module is received, daily record data is sent to the display of journal displaying module progress daily record by WEB terminal message reception module.
As the prioritization scheme of the present invention, mobile terminal further includes mobile terminal daily record constructing module, mobile terminal daily record construction mould
Block is cached by daily record constructor class and print log, the data structure that daily record data built in daily record constructor class caches.
As the prioritization scheme of the present invention, systematic procedure daily record printing is also wrapped with long-range multiple terminals daily record debugging control system
One is included from thread number to the mapping table of corresponding transaction log constructor reference queue.
As the prioritization scheme of the present invention, WEB terminal further includes real-time debugging module, and real-time debugging module receives WEB terminal and disappears
The Debugging message of sending module transmission is ceased, Debugging message by view is shown and stored simultaneously to database by real-time debugging module
In.
As the prioritization scheme of the present invention, mobile terminal further includes code debugging cache module, and code debugging cache module is used
Debugging message between two breakpoints are kept in sends jointly to mobile terminal message until program enters next breakpoint and sends mould
Block.
As the prioritization scheme of the present invention, mobile terminal further includes journal displaying and control module, journal displaying and control mould
The journal displaying control that block is responsible for user's Debugging interface that the daily record for meeting user filtering requirement is directly output to mobile terminal is worked as
In.
As the prioritization scheme of the present invention, debugging end-user instruction includes opening and closing daily record and exports, is defeated for daily record
Go out to set filter label and setting daily record filtration grade.
As the prioritization scheme of the present invention, message push is uploaded with receiving server including message push server and message
Server, message push server include message push conversation manager, message receiver and transponder, message upload server
Including message upload session manager, message forwarder and receiver, message receiver receives WEB terminal message transmission module and issues
Push target, message push conversation manager inquiry database identification control signal forwarding routing, according to forwarding routing reflect
Penetrating relationship will control signal to be pushed to mobile terminal message reception module by transponder；Receiver receives mobile terminal message and sends mould
The daily record data of block transmission, message upload session manager is all online from data base querying and asks this mobile terminal log information
WEB terminal, log information is sent to WEB terminal that is all online and asking this mobile terminal log information by message forwarder.
The present invention has positive effect：1) present invention for program research staff provide more flexible daily record construction with
Printing type particularly has wide practical use in the coding of research and development frame.It is controlled by simple code, research staff
Each function module, which can freely be controlled, to be unified print log or merges printing overall process daily record.
2) daily record that mobile terminal generates can be directly output in the particular interface of mobile terminal by the present invention, this is to existing
The work of field debugging brings great convenience.Commissioning staff even can not specially carry debugging terminal, it is possible to pass through shifting
The particular interface of dynamic terminal simply debugs program, and the operating status of specific determining program.
3) daily record that mobile terminal generates can be output to remote terminal by the present invention, and commissioning staff need not go to scene,
In the operation conditions that remotely can explicitly judge mobile terminal device.Even if a good distance off, program can also be controlled
System and debugging.So as to facilitate the debugging efforts of commissioning staff, the efficiency of debugging is improved.
4) present invention takes application code the strategy of non-intrusion type on coding is implemented, and research staff only needs
It quotes relevant program and relies on packet, and do simple configuration.
5) present invention using message server carry out the transmission of log information and breakpoint information, reduce each module it
Between coupling, communication efficiency is improved, so that improving abnormal processing and analysis ability.
6) present invention, by the monitoring of run-time memory, improves breakpoint letter using tangent plane programming technology and reflection technology
The capturing ability of breath.
Description of the drawings
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.
Fig. 1 is the general frame composition figure of the present invention；
Fig. 2 is the static cache structure diagram of embodiment 1；
Fig. 3 is the daily record constructor fundamental diagram of embodiment 1；
Fig. 4 is debugging terminal and mobile terminal daily record output principle figure；
Fig. 5 is mobile terminal control in real time and debugging flow.
Wherein：1st, WEB terminal, 2, message push with receiving server, 3, mobile terminal, 11, device management module, 12, instruction
Constructing module, 13, WEB terminal message transmission module, 14, WEB terminal message reception module, 15, journal displaying module, 16, adjust in real time
Die trial block, 31, mobile terminal message reception module, 32, AOP codes and debugging switch module, 33, AOP daily records capture control module,
34th, module is collected in mobile terminal daily record, and 35, mobile terminal message transmission module, 36, mobile terminal daily record constructing module, 37, code debugging
Cache module, 38, journal displaying and control module, 21, message push server, 22, message upload server, 211, message pushes away
Send session manager, 212, message receiver, 213, transponder, 22, message upload server, 221, message upload session management
Device, 222, message forwarder, 223, receiver.
Specific embodiment
As shown in Figure 1, the invention discloses a kind of systematic procedure daily record printings and long-range multiple terminals daily record debugging control system
System includes device management module 11, instruction structure including WEB terminal 1, message push with receiving server 2 and mobile terminal 3, WEB terminal 1
Modeling block 12, WEB terminal message transmission module 13, WEB terminal message reception module 14 and journal displaying module 15, mobile terminal 3 include
Mobile terminal message reception module 31, AOP codes and debugging switch module 32, AOP daily records capture control module 33, mobile terminal daily record
Module 34 and mobile terminal message transmission module 35 are collected, debugging terminal user checks institute's tune in need by device management module 11
The mobile terminal 3 of examination, debugging terminal user need the mobile terminal 3 debugged, equipment management for selected one by device management module 11
Module 11 will debug end-user instruction and be sent to instruction constructing module 12, and instruction constructing module 12 generates corresponding control signal
WEB terminal message transmission module 13 is sent to, WEB terminal message transmission module 13 will control signal to be transmitted to message push and be taken with receiving
Business device 2 is handled, and message push will control signal to be pushed to mobile terminal message reception module 31 with receiving server 2, mobile
End message reception module 31 is decoded the control signal received,
When the control signal received is debugging instruction, mobile terminal message reception module 31 triggers AOP codes and is opened with debugging
It closes module 32 and starts the monitoring to breakpoint and the obstruction work to program；
When the control signal received is daily record print command, mobile terminal message reception module 31 triggers AOP daily records and captures
Control module 33, AOP daily records capture control module 33 and daily record print command are sent to mobile terminal daily record collection module 34, mobile
First day of the lunar year will collects module 34 and carries out daily record capture, and the daily record data of capture is sent to mobile terminal message transmission module 35；
Daily record data is sent to WEB terminal with reception server 2 by message push and disappeared by mobile terminal message transmission module 35
Receiving module 14 is ceased, daily record data is sent to the display that journal displaying module 16 carries out daily record by WEB terminal message reception module 14.
Debugging end-user instruction can be sent to mobile terminal 3 and performed by the present invention, mobile terminal 3 to be commanded to complete daily record tune
The open and close process of examination calls some systematic procedures that pre-define of mobile terminal 3, for example, system data update or
Person's application program such as restarts at the operations.Realization principle is that debugging terminal user accesses the device management module of WebService first
11 check all mobile terminals 3 that can be debugged online.The automatic reading database of the meeting of device management module 11, associated display are all
Can be with the mobile terminal 3 of commissioning, and show the whether online state in mobile terminal 3.Debugging terminal personnel can select a mobile terminal
3, confirm open this mobile terminal 3 remote adjusting functid, subsequently into this mobile terminal 3 remote debugging interface.In this interface,
Debugging terminal user can view the daily record printing of mobile terminal 3, and active user uses sectional drawing, and program can be performed and broken
Point debugging, and updating the data of can performing that some pre-define or the systematic procedure restarted etc..
After debugging end-user instruction is received, device management module 11 is sent to instruction by end-user instruction is debugged
Constructing module 12.Constructing module 12 is instructed, the instruction received or instructing combination can be parsed, and generates corresponding control letter
Number it is sent to WEB terminal message transmission module 13.Control signal can be transmitted to message push with connecing by WEB terminal message transmission module 13
It receives server 2 and carries out subsequent processing procedure.
Message pushes the connection pool that all online mobile terminals 3 have been managed with receiving server 2, is sent by WEB terminal message
The push target that module 13 issues inquires database, confirmation message forwarding routing.Then it will be controlled according to forwarding route mapping relationship
Signal processed is pushed to mobile terminal message reception module 31.
Mobile terminal message reception module 31 is decoded the control signal received, and AOP codes is controlled to be opened with debugging
It closes module 32 and AOP daily records captures the phase that the scheduling of control module 33 includes the mobile terminal 3 including mobile terminal daily record collection module 34
Close resume module debugging end-user instruction.
Mobile terminal 3 further includes mobile terminal daily record constructing module 36, and mobile terminal daily record constructing module 36 passes through daily record constructor
Class caches and print log, the data structure that daily record data built in daily record constructor class caches.
Systematic procedure daily record is printed further includes one from thread number to corresponding with long-range multiple terminals daily record debugging control system
Transaction log constructor quotes the mapping table of queue.
It, can be in a simple atom mistake the present invention provides a daily record constructor class for caching and print log
Usage log constructor caching and construction daily record in journey, such as a function, and batch carries out daily record printout.It realizes former
Fairly simple, the built-in data structure of a daily record data caching of daily record constructor class is managed, it is unified before day aims at bulk print
It is cached in this data structure.When research staff calls printout interface, the daily record of caching is printed in batches defeated
Go out into console.
In order to solve the problems, such as cross-thread and across function caching and construction daily record, the present invention is cached in the static data of program
Middle to safeguard one from thread number to the mapping table of corresponding transaction log constructor reference queue, this mapping table is similar to HashMap
Structure.The thread number of current code execution can be easily obtained by calling interface during program performs, is passed through
Inquire the daily record constructor queue that this data structure obtains corresponding thread.
It is solved in same thread across the principle of function problem to be to participate in all days of holonomic system process logs printing
When creating, by special calling interface, sequence is added in the daily record constructor queue of this thread will constructor.
When a daily record constructor has invoked printing interface, the information of this queue is read, if it has proxima luce (prox. luc) in queue
Will constructor does not print out the log information that this daily record constructor caches directly at this time, but prints the daily record that it is cached
Into the caching of previous daily record constructor.
First daily record constructor in queue is the daily record constructor in systematic procedure entrance function, is finally united by it
One prints out the daily record unification of daily record constructor cachings all in this thread.
New thread is opened come in the case of completing some business operations for a systematic procedure.When in establishment new thread
When corresponding daily record constructor queue, the entrance function daily record constructor of current thread is added to new thread daily record automatically
Team's head of constructor queue makes it the entrance function daily record constructor of new thread.In this way, according to across function print log
Principle, the entrance function day that the daily record of all daily record constructors cachings and construction finally will all be output to current thread in new thread
In will constructor, by its unified printing.Current entry function daily record constructor first has to traversal static cache when printing
Thread number arrives the mapping table of daily record constructor queue, if it find that it constructs daily record still in other threads, (other threads enter
Mouth function daily record constructor is it), then it postpones and printing again for a period of time.
Because it only needs to read static cache during caching construction daily record and print log between daily record constructor
In mapping list data structure can be fully completed, do not needed in systematic procedure across in function or the business operation of cross-thread
Transmit any additional parameter or reference.So the mode of present invention caching construction and print log will not destroy systematic procedure
The integrality of function will not destroy the parameter integrality of atom process function interface.
WEB terminal 1 further includes real-time debugging module 16, and real-time debugging module 16 receives WEB terminal message transmission module 13 and transmits
Debugging message, Debugging message passes through view displaying storage simultaneously in database by real-time debugging module 16.
Mobile terminal 3 further includes code debugging cache module 37, code debugging cache module 37 for keep in two breakpoints it
Between Debugging message, mobile terminal message transmission module 35 is sent jointly to until program enters next breakpoint.
Mobile terminal 3 further includes journal displaying and control module 38, and journal displaying is responsible for that user will be met with control module 38
The daily record of filtering requirement is directly output in the journal displaying control of user's Debugging interface of mobile terminal 3.
End-user instruction is debugged to include opening and closing daily record output, be daily record output setting filter label and setting day
Will filtration grade.
Message is pushed includes message push server 21 and message upload server 22, message push with receiving server 2
Server 21 includes message push conversation manager 211, message receiver 212 and transponder 213, and message upload server 22 wraps
Message upload session manager 221, message forwarder 222 and receiver 223 are included, message receiver 212 receives WEB terminal message hair
The push target that module 13 issues is sent, message push conversation manager 211 inquires the forwarding routing of database identification control signal,
Signal will be controlled to be pushed to mobile terminal message reception module 31 by transponder 213 according to forwarding route mapping relationship；Receiver
223 receive the daily record data that mobile terminal message transmission modules 35 are transmitted, and message upload session manager 221 is from data base querying institute
Have a WEB terminal 1 that is online and asking this 3 log information of mobile terminal, message forwarder 222 by log information be sent to it is all it is online simultaneously
Ask the WEB terminal 1 of this 3 log information of mobile terminal.
The present invention can be in the execution of 3 program of debugging terminal control mobile terminal, and the program of mobile terminal 3 is debugged,
Including being debugged according to program breakpoint, debugging is interrupted, the protection of Commissioning field and recovery process.It supports in single-step debug process
In check the value of variable and temporary variable.By being transported with process, the running memory of real-time monitor (RTM), and logging program
The variation of row memory.When program internal memory changes, the stack in memory and heap carry out with the variable in caching with process
Compare.And changed memory address is recorded, programmer is converted to by reverse-engineering it will be appreciated that program word
Say variate-value.Variable is stored in if not changing and is cached, in case comparison next time.
When there is multibreak to need monitoring, execution sequence is obtained, and sequence is optimized using topological sorting algorithm.When
After being connected to debugging instruction, first breakpoint monitoring is initialised in memory, and record breakpoint according to sequence is performed with process
All memory values.
With the operation of program.When entering next breakpoint, it will occlusion program performs.And pass through code injection
All information of breakpoint at this time are sent to far-end server by mode.The monitoring memory to a upper breakpoint, recycling can be destroyed simultaneously
The value of the local variable of a upper breakpoint in the buffer.Initialize this breakpoint simultaneously and monitor in memory, start the monitoring programme into
Row monitoring.
The output of program is then collected using the technology of tangent plane programming.It is compiled by the section to system print function
Journey is injected, and when generating the content of printing in need, the code of injection can be first carried out.It can these are defeated in injecting codes
Go out content to be recorded and screened, the output related with the breakpoint is preserved, unrelated information then abandons.When under entrance
These output informations are then sent to remote service end during one breakpoint.
A program runtime environment is constructed in WEB terminal 1, to the operation of simulation program.It is sent when receiving mobile terminal 3
Breakpoint information and output information when, then breakpoint information is analyzed, the breakpoint of the program is found in simulated environment, and
The value of each variable of injecting program.When developer performs debug command, then by instructing constructing module 12 according to breakpoint information
And the instruction constructed is pushed by message and is transmitted to mobile phone terminal with receiving server 2.Log information is screened and is divided
Class, and commissioning staff is showed to check.
The present invention also supports remote opening or turning-off mobile terminal daily record to capture simultaneously, and remotely located daily record is supported to capture
Label carries out daily record filtering, and setting daily record output level is supported to carry out daily record filtering.
3 daily record of mobile terminal can be exported and is directly output in some special user interfaces of mobile terminal 3 by the present invention, in fact
Existing principle is by performing control command in the program of mobile terminal 3, and the daily record output of interception 3 operating system of mobile terminal is flowed, from
Daily record is obtained in output stream, mobile terminal journal displaying and control module are transmitted to after carrying out some preliminary processing and processing.
Journal displaying and the background service that control module is mobile terminal, are responsible for carrying out according to the demand of debugging user
Daily record filtering and daily record data are packaged, and provide the interface for obtaining daily record data.
Commissioning staff can open a special program debugging interface on mobile terminal by special operation.Herein
In interface, can as needed in interface control open or closing journal output, for daily record output setting filter label or
Person sets daily record filtration grade etc., these manipulation instructions can be all transmitted directly to journal displaying and control mould by user interface controls
Block 38.
Journal displaying is responsible for the daily record for meeting user filtering requirement being directly output to the use of mobile terminal 3 with control module 38
In the journal displaying control of family Debugging interface.
The daily record of mobile terminal 3 can be packaged and pass through computer internet by the present invention is output to debugging terminal.Mobile terminal
Daily record collects module 34 after receiving debugging terminal and opening the instruction that daily record captures, and proceeds by daily record capture, and send
Daily record data is to mobile terminal message transmission module 35.
Mobile terminal message transmission module 35 starts message upload server 22 of the connection positioned at high in the clouds, and in foundation and message
The Socket connections of server 22 are passed to transmit daily record data.Message upload server 22 is a knot for being similar to JMS in itself
Structure can inquire the service at W EB ends 1 that is all online and asking this mobile terminal log information from database automatically.Message
Push server 21 will receive the daily record data that is received by Socket connections and be sent to all this mobile terminal daily records of request
WEB terminal message reception module 14.
WEB terminal message reception module 14 passes through certain processing, and log information is sent to journal displaying module 15.Daily record
15 essence of display module is a WebService, therefore the arbitrary computer terminal with browser can access this
WebService obtains the daily record data of mobile terminal 3.
Embodiment 1
Such as Fig. 2, the static cache data structure used by systematic procedure daily record printing.
A daily record constructor is mapped for all threads quote queue in static system caching according to thread number.Because only
Thread number and the reference of daily record constructor are stored, so not having excessive memory overhead.
The daily record constructor of holonomic system process logs construction is participated in corresponding thread when creating, all passes through calling
Interface is added to the daily record constructor queue of this thread.Such as No. 111 threads in Fig. 2.
For the systematic procedure that cross-thread performs, entrance function daily record constructor automatically becomes the entrance function of new thread
Daily record constructor.Such as No. 444 threads in Fig. 2.
Such as the operation principle flow chart that Fig. 3 is daily record constructor, daily record constructor obtains current journey when creating
Sequence execution thread number inquires the daily record constructor queue of current thread.If the daily record constructor queue of current thread is not created
It builds, then creates the daily record constructor reference queue of this thread.Whether create queue, all by current log constructor join the team to
Tail of the queue.
This following daily record constructor will start according to the normal system business invocation of procedure daily record printing interface construction and
Log cache.
When the interface for having invoked cross-thread construction daily record, read the queue of this transaction log constructor and obtain entrance function day
Will constructor is quoted.Then new daily record constructor queue is created in mapped cache, and the entrance function day of current thread
Will constructor is added to head of the queue.
When daily record printing interface is had invoked, read the constructor queue of this transaction log and judge current log constructor
Whether it is this thread entrance function daily record constructor.
If current log constructor is not entrance function daily record constructor, the constructor queue of this transaction log is read,
The previous daily record constructor of this daily record constructor is obtained, and daily record is output in the caching of previous daily record constructor.
If current log constructor is the entrance function daily record constructor of this thread, Ergodic Maps caching confirms other
Whether the entrance function daily record constructor of thread is also this daily record constructor.
If illustrate that this daily record constructor still constructs day in other threads comprising this daily record constructor in other threads
Will needs to wait for a period of time at this time, is further continued for the process of printout.
If not finding this daily record constructor in other threads, can start to print.Firstly the need of what will be cached
Daily record generates thread according to it and is ranked up, the daily record printout after most sorting at last to console.
Embodiment 2
Such as Fig. 4, debugging terminal and mobile terminal journal output module and flow.
Device management module 11 is mainly used for managing the status information of current mobile terminal 3.When requiring to look up mobile terminal 3
State when, inquiry request can be sent to database, and parse the result that returns later of inquiry.To the application program of all startups
State is recorded and record storage in database.Application Status update and maintenance are carried out, and exploitation by heartbeat
The equipment that person chooses is converted into the identifiable number of program.
Instruct constructing module 12, the operation of user is mainly used for be converted into application program it will be appreciated that instruction or refer to
Enable collection.Syntactic analysis is carried out to the instruction that sends, is optimized by pruning algorithms, and code translation into finger accordingly
It enables.The instruction of translation can be compressed and be encrypted, and be sent to WEB terminal message transmission module 13.
Journal displaying module 15 receives and is transmitted through the log information come from WEB terminal message reception module 14, screens developer
The log information of concern, storage to database, and pass through text exhibition to developer.Developer sees after relevant information can be into
The operation and processing of one step.Daily record can be shown being locally displayed with WEB terminal 1.
Message push conversation manager 211 is mainly used for preserving and records all and 21 unicom of message push server meeting
Talk about information.All communication connections are recorded and preserved session connection information, maintained and each connection equipment by heartbeat
Session.And it is managed when needed.When there is message to need forwarding, message push server can be taken out from database
21 with the session of the destination of this message, and give transponder 213 this session.Main flow has：1. it is solved from message
The destination address of message is precipitated；2. for destination-address, matched and searched in the database；3. take out corresponding session
Information, and pass to transponder 213.
Message push server 21 is mainly used to the message that the message producer is forwarded to send.Mainly by message queue, delay
It deposits and the compositions such as routing table.The operation principle and flow of message push server 21,.Flow is described as follows：1. message push clothes
Business device 21 is put into after receiving message in message queue；2. the message header in pair message queue carries out 4 operations of mod, and take out
This message is put into corresponding processing queue caching；3. according to the corresponding reception of this message is searched in message header to routing table
Person；4. verify whether the routing found out is effective；5. this message is sent according to routing iinformation；6. store the hair of this message
It delivers letters breath.
AOP daily records capture control module 33, and by the monitoring to code, whether comparison currently opens daily record capture switch.
If be not turned on, by way of code injection, the parameter of record log is initialized, the log recording for running injection starts
Code.Its main flow has：1. a pair code checks, all places there may be daily record are found out；2. use reflection technology
Monitoring can generate the place of daily record；3. daily record generates point and is sent to daily record monitoring module.
Mobile terminal message reception module 31, when message is sent to 3 mobile terminal message of mobile terminal from message push server 21
Receiving module 31 can verify whether message is legal, and message is decrypted and decompressed.Then judge the type of message, and call
The processing module of corresponding message type carries out Message Processing.
For having in the daily record of WEB terminal 1 with mobile terminal 3 output using to main flow：
1. 3 log information of mobile terminal is output in 3 specialized page of mobile terminal, after mobile phone terminal receives daily record open instructions,
Code is checked, finds out all places (point of interest) there may be daily record, daily record monitoring mould is given these points of interest
Block.After daily record monitoring module receives these points of interest, using reflection technology, the daily record of point of interest is captured and recorded, and
Sorted out, stored in local cache, and trigger daily record display module, and the address of cache is transmitted to daily record displaying mould
Block.After daily record display module is triggered, i.e., in real time to daily record data is read in cache, by simply organizing and screening directly
Show developer.
2. 3 log information of mobile terminal is output to debugging terminal, after mobile phone terminal receives daily record open instructions, code is carried out
It checks, finds out all places (point of interest) there may be daily record, daily record monitoring module is given these points of interest.Daily record monitors
After module receives these points of interest, using reflection technology, the daily record of point of interest is captured and recorded, and sorted out, is deposited
It stores up in local cache, and triggers mobile terminal message transmission module 35, and the address address of cache is transmitted to mobile terminal message
Sending module 35.After mobile terminal message transmission module 35 is triggered, in real time to daily record data is read in cache, by simple
It is connect by the socket between message upload server 22 after tissue and screening and directly log information is sent in message
Pass server 22.After message upload server 22 receives this message, the type of message of message is parsed first, and upload from message
The session information of the recipient of such message is screened in session manager 221.These information are passed to message forwarder later
222, message forwarder 222 can reorganize message format, and forward the message to corresponding message recipient.WEB terminal at this time
Message reception module 14, can receive log information, carry out message format verification and parse useful log information and daily record
Message transmission gives daily record display module.Log information display module is exposed directly to developer by simple tissue and screening.
3. perform control command, developer's access equipment management module first in debugging terminal remote control mobile terminal 3
11, obtain the state of all devices.Developer, which chooses the mobile phone that needs debug and passes through device management module 11, passes to finger
Enable constructing module 12.Instruction constructing module 12 carries out syntactic analysis to the instruction sent, is optimized by pruning algorithms, and
Code translation is instructed into corresponding.The instruction of translation can be compressed and be encrypted, and be sent to WEB terminal message transmission module
13.WEB terminal message transmission module 13 is verified and is packaged to the instruction.And message is routed the message to by socket connections
Push server 21.Message receiver 212 is unpacked and is verified to the information that this was packaged.Message upload session manager
After 221 receive information, the destination address of outbound message can be parsed from message, for destination-address, in the database progress
Match and search, take out corresponding session information, and pass to transponder 213.Transponder 213 can be according to the session information handle of acquisition
Corresponding informance carries out being packaged and delivered to mobile terminal message reception module 31.
Embodiment 3
If Fig. 5 is mobile terminal control in real time and debugging flow.
AOP codes and debugging switch module 32 in debugging routine, need to introduce relevant code dependence, need referring to
Fixed place addition code relies on.After the debugging instruction that WEB terminal 1 issues is received, AOP codes open at once with debugging switch module 32
The dynamic monitoring to breakpoint and the obstruction work to program, while variation-tracking, output capture, stream are carried out to the code that needs are debugged
Range monitoring.This information is sent to mobile terminal message transmission module 35 by simple screening and assembling.In addition for being in
Debugging message between two breakpoints is then put into code debugging caching and is kept in, and until entering next breakpoint, one rises
Give mobile terminal message transmission module 35.
Real-time debugging module 16 receives and is transmitted through the mode information come (comprising breakpoint letter from WEB terminal message reception module 14
Breath, variate-value, printout), storage to database, the mode information of screening developer's concern, and pass through view and show out
Originator is checked.Developer can select to continue debugging or interrupt after seeing relevant information, and the operation of developer can be by real-time
Debugging module passes to instruction constructor.
For being controlled in real time in mobile terminal with having in debugging using to main flow：
1. mobile terminal breakpoint is output to debugging terminal with variable states information, after mobile phone terminal receives beginning debugging instruction,
Code is checked, finds out all breakpoints, topological sorting is carried out to these breakpoints；Start successively in sequence to these generations
The class files of the breakpoint of code are monitored, and when the class files of this section of code are loaded in memory, are then started to this section
The monitoring of code.When the corresponding memory of this section of code changes, then this block memory is traversed, find this block memory and change
Place, position if there is a change is not in the position where breakpoint, then inverse positions these variations resolve to reality
The magnitude storage of code is in the buffer.If changing the place for being happened at and interrupting a little, the operation of occlusion program, and will be after modification
Breakpoint variate-value, type information and caching in variable information compressed and be packaged together, be sent to mobile terminal and disappear
Cease sending module 35.
After mobile phone terminal receives continuation debugging instruction, code cache mould content in the block is emptied first, is removed to a upper breakpoint
Monitoring, i.e., the address of internal memory monitoring is revised as the core position where next breakpoint, and change original topological structure,
The breakpoint node of adapted mistake is disposed, and topological sorting is carried out again according to instruction, and according to flow above into
Row continues to monitor.
2. real time control command issues, it is completely the same to issue flow with the real-time logs instruction in embodiment 2, here no longer
Repeated explanation.
Particular embodiments described above has carried out the purpose of the present invention, technical solution and advantageous effect further in detail
It describes in detail bright, it should be understood that the above is only a specific embodiment of the present invention, is not intended to restrict the invention, it is all
Within the spirit and principles in the present invention, any modification, equivalent substitution, improvement and etc. done should be included in the guarantor of the present invention
Within the scope of shield.
Claims (8)
1. systematic procedure daily record prints and long-range multiple terminals daily record debugging control system, it is characterised in that：Including WEB terminal (1), disappear
Breath push includes device management module (11), instruction construction with receiving server (2) and mobile terminal (3), the WEB terminal (1)
Module (12), WEB terminal message transmission module (13), WEB terminal message reception module (14) and journal displaying module (15), it is described
Mobile terminal (3) captures with debugging switch module (32), AOP daily records and controls including mobile terminal message reception module (31), AOP codes
Module (33), mobile terminal daily record collect module (34) and mobile terminal message transmission module (35), and debugging terminal user passes through equipment
Management module (11) check debugging in need mobile terminal (3), debugging terminal user is selected by device management module (11)
One needs the mobile terminal (3) debugged, and device management module (11) is sent to instruction constructing module by end-user instruction is debugged
(12), instruction constructing module (12) generates corresponding control signal and is sent to WEB terminal message transmission module (13), WEB terminal message
Sending module (13) will control signal to be transmitted to message push and be handled with receiving server (2), and message push takes with receiving
Business device (2) will control signal to be pushed to mobile terminal message reception module (31), and mobile terminal message reception module (31) is to receiving
Control signal be decoded,
When the control signal received is debugging instruction, mobile terminal message reception module (31) triggering AOP codes are switched with debugging
Module (32) starts the monitoring to breakpoint and the obstruction work to program；
When the control signal received is daily record print command, mobile terminal message reception module (31) triggering AOP daily records capture control
Molding block (33), the AOP daily records capture control module (33) and daily record print command are sent to mobile terminal daily record collection mould
Block (34), mobile terminal daily record collects module (34) and carries out daily record capture, and the daily record data of capture is sent to mobile terminal message
Sending module (35)；
Daily record data is sent to WEB terminal with reception server (2) by message push and disappeared by mobile terminal message transmission module (35)
Receiving module (14) is ceased, daily record data is sent to journal displaying module (16) and carries out daily record by WEB terminal message reception module (14)
Display.
2. system according to claim 1 process logs print and long-range multiple terminals daily record debugging control system, feature
It is：The mobile terminal (3) further includes mobile terminal daily record constructing module (36), the mobile terminal daily record constructing module (36)
By daily record constructor class caching and print log, the data structure that daily record data built in the daily record constructor class caches.
3. systematic procedure daily record printing according to claim 2 and long-range multiple terminals daily record debugging control system, feature
It is：Described systematic procedure daily record printing and long-range multiple terminals daily record debugging control system further include one from thread number to right
Answer the mapping table of transaction log constructor reference queue.
4. system according to claim 1 process logs print and long-range multiple terminals daily record debugging control system, feature
It is：The WEB terminal (1) further includes real-time debugging module (16), and the real-time debugging module (16) receives WEB terminal message
The Debugging message of sending module (13) transmission, the real-time debugging module (16) deposit Debugging message by view displaying simultaneously
It stores up in database.
5. system according to claim 1 process logs print and long-range multiple terminals daily record debugging control system, feature
It is：The mobile terminal (3) further includes code debugging cache module (37), and the code debugging cache module (37) is used for
The Debugging message between two breakpoints is kept in, mobile terminal message transmission module is sent jointly to until program enters next breakpoint
(35)。
6. system according to claim 1 process logs print and long-range multiple terminals daily record debugging control system, feature
It is：The mobile terminal (3) further includes journal displaying and control module (38), the journal displaying and control module (38)
The journal displaying control for being responsible for user's Debugging interface that the daily record for meeting user filtering requirement is directly output to mobile terminal (3) is worked as
In.
7. system according to claim 1 process logs print and long-range multiple terminals daily record debugging control system, feature
It is：The debugging end-user instruction includes opening and closing daily record output, setting filter label is exported for daily record and is set
Put daily record filtration grade.
8. system according to claim 1 process logs print and long-range multiple terminals daily record debugging control system, feature
It is：The message push includes message push server (21) and message upload server (22) with receiving server (2),
The message push server (21) includes message push conversation manager (211), message receiver (212) and transponder
(213), the message upload server (22) including message upload session manager (221), message forwarder (222) and connects
Device (223) is received, the message receiver (212) receives the push target that WEB terminal message transmission module (13) issues, described
The forwarding routing of message push conversation manager (211) inquiry database identification control signal, according to forwarding route mapping relationship
Control signal is pushed to mobile terminal message reception module (31) by transponder (213)；The receiver (223), which receives, to be moved
The daily record data of moved end message transmission module (35) transmission, the message upload session manager (221) is from data base querying
WEB terminal (1) that is all online and asking this mobile terminal (3) log information, the message forwarder (222) send out log information
Give WEB terminal (1) that is all online and asking this mobile terminal (3) log information.
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Application publication date: 20180608 |