CN109059198A - Equipment automatic engineering adjustment method, device, system and computer equipment - Google Patents
Equipment automatic engineering adjustment method, device, system and computer equipment Download PDFInfo
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- CN109059198A CN109059198A CN201810811399.XA CN201810811399A CN109059198A CN 109059198 A CN109059198 A CN 109059198A CN 201810811399 A CN201810811399 A CN 201810811399A CN 109059198 A CN109059198 A CN 109059198A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
- F24F11/49—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring ensuring correct operation, e.g. by trial operation or configuration checks
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/52—Indication arrangements, e.g. displays
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Abstract
This application involves a kind of equipment automatic engineering adjustment method, device, system, computer equipment and storage mediums, send engineering debugging instruction to equipment to be debugged；It receives corresponding equipment to be debugged and carries out the engineering tune-up data fed back after the debugging of current engineering according to engineering debugging instruction.By sending engineering debugging instruction to equipment to be debugged, after corresponding equipment to be debugged carries out the debugging of corresponding engineering according to engineering debugging instruction, corresponding engineering tune-up data will be fed back, the engineering debugging mode of the corresponding equipment to be debugged for carrying out division of labor journey debugging can be checked according to the engineering tune-up data of feedback, i.e. engineering debugging instruction can be transmitted to one or more equipment to be debugged in operator, control corresponding equipment to be debugged, and corresponding engineering debugging mode is obtained according to the engineering tune-up data of feedback, multiple equipment to be debugged can be controlled simultaneously carries out engineering debugging, and check corresponding engineering debugging mode, so as to reduce the cumbersome of engineering debugging, improve engineering debugging efficiency.
Description
Technical field
This application involves equipment debugging field, more particularly to a kind of equipment automatic engineering adjustment method, device, system and
Computer equipment.
Background technique
With the needs of production and life, large-scale multisystem unit network is used in every field, just large-scale
For business air conditioner unit, large-scale refrigeration unit is one of the major refrigeration of large scale business central air-conditioning, large-scale refrigeration unit portion
Part is numerous, and pipeline is more complicated, and is the container that must endure as high pressure, and installation, debugging have strict requirements, refrigeration unit
Correct debugging is the important link for guaranteeing refrigerating plant and operating normally, saving energy consumption, prolong the service life.
Traditional engineering adjustment method is by carrying out engineering debugging to each system unit respectively one by one, to guarantee each System Computer
The normal use of group, but traditional engineering adjustment method needs to carry out engineering debugging to each system unit respectively one by one, thus only
It can check the engineering debugging mode of the current system unit for carrying out engineering debugging, operation is comparatively laborious, and it is low that there are debugging efficiencies
Problem.
Summary of the invention
Based on this, it is necessary in view of the above-mentioned problems, providing a kind of equipment automatic engineering that can be improved engineering debugging efficiency
Adjustment method, device, system and computer equipment.
A kind of equipment automatic engineering adjustment method, which comprises
Engineering debugging instruction is sent to equipment to be debugged, engineering debugging instruction for control corresponding equipment to be debugged according to
The debugging operations of engineering debugging instruction progress corresponding engineering；
The engineering fed back after debugging of the corresponding equipment to be debugged according to engineering debugging instruction progress corresponding engineering is received to debug
Data, engineering tune-up data are used to characterize the engineering debugging mode of corresponding equipment corresponding engineering to be debugged.
In one embodiment, when engineering debugging instruction is current engineering debugging instruction, current engineering debugging instruction is used
The debugging operations for carrying out current engineering according to current engineering debugging instruction in the corresponding equipment to be debugged of control, then receiving correspondence
After the engineering tune-up data that equipment to be debugged is fed back after the debugging according to engineering debugging instruction progress corresponding engineering, further includes:
Judge to obtain the current engineering for corresponding to equipment to be debugged according to engineering tune-up data debug successfully when, according to default
Engineering debugging sequence send next step engineering debugging instruction to corresponding equipment to be debugged, next step engineering debugging instruction is used for
It controls corresponding equipment to be debugged and performs the next step engineering debugging operations.
In one embodiment, after receiving the debugging that corresponding equipment to be debugged carries out current engineering according to engineering debugging instruction
After the engineering tune-up data of feedback, further includes:
Judge to obtain according to engineering tune-up data correspond to equipment to be debugged current engineering it is debugging failed when, according to engineering
Tune-up data carries out Failure Causes Analysis, obtains analysis result；
The operational controls for controlling corresponding engineering based on the analysis results export prompt information.
In one embodiment, judged to obtain the current engineering for corresponding to equipment to be debugged debugging according to engineering tune-up data
Failure when, according to engineering tune-up data carry out Failure Causes Analysis, obtain analysis result before, further includes:
When the current engineering of correspondence equipment to be debugged is debugging failed, engineering debugging pause is sent according to engineering tune-up data
Instruction to corresponding equipment to be debugged, engineering debugging pause instruction suspends current engineering for controlling corresponding equipment to be debugged
Debugging operations.
In one embodiment, after transmission engineering debugging instruction to equipment to be debugged, further includes:
It sends operation shield to instruct to other debugging control terminals, operation shield instruction is for shielding other debugging controls end
The engineering debugging function at end.
In one embodiment, after receiving the debugging that corresponding equipment to be debugged carries out corresponding engineering according to engineering debugging instruction
After the engineering tune-up data of feedback, further includes:
According to the debugging progress of the corresponding equipment to be debugged of engineering tune-up data monitoring；
The debugging situation of corresponding engineering is shown according to the operational controls of the debugging progress monitoring corresponding engineering of equipment to be debugged.
In one embodiment, judged to obtain the current engineering for corresponding to equipment to be debugged debugging according to engineering tune-up data
When success, before sending next step engineering debugging instruction to corresponding equipment to be debugged according to preset engineering debugging sequence, also
Include:
Judge whether corresponding equipment to be debugged debugs according to engineering tune-up data and preset engineering debugging sequence to finish；
When correspondence equipment debugging to be debugged finishes, then the debugging for exporting corresponding equipment to be debugged finishes prompt information；
When correspondence equipment to be debugged, which is not debugged, to be finished, then carry out sending next step work according to preset engineering debugging sequence
The step of journey debugging instruction to corresponding equipment to be debugged.
A kind of equipment automatic engineering debugging system, the system comprises debugging control terminal, data/address bus and ends to be debugged
End, debugging control terminal connect data/address bus, and equipment to be debugged connects data/address bus；
Debugging control terminal is for the step of executing equipment automatic engineering adjustment method.
A kind of equipment automatic engineering debugging apparatus, described device include:
First instruction sending module, for sending engineering debugging instruction to equipment to be debugged, engineering debugging instruction is for controlling
Make the debugging that corresponding equipment to be debugged carries out corresponding engineering according to engineering debugging instruction；
Data reception module, for receiving corresponding equipment to be debugged according to the debugging of engineering debugging instruction progress corresponding engineering
The engineering tune-up data fed back afterwards, engineering tune-up data are used to characterize the engineering debugging shape of corresponding equipment corresponding engineering to be debugged
State.
A kind of computer equipment, including processor and memory, memory are stored with computer program, computer program quilt
When processor executes, so that the step of processor executes equipment automatic engineering adjustment method.
A kind of computer readable storage medium is stored with computer program, when computer program is executed by processor, so that
Processor executes the step of equipment automatic engineering adjustment method.
Above equipment automatic engineering adjustment method, device, system, computer equipment and storage medium send engineering debugging
Instruction to equipment to be debugged, engineering debugging instruction is corresponded to for controlling corresponding equipment to be debugged according to engineering debugging instruction
The debugging of engineering；It receives corresponding equipment to be debugged and carries out the engineering tune fed back after the debugging of current engineering according to engineering debugging instruction
Try data；Engineering tune-up data is used to characterize the engineering debugging mode of corresponding equipment corresponding engineering to be debugged.By sending engineering
Debugging instruction to equipment to be debugged will after corresponding equipment to be debugged carries out the debugging of corresponding engineering according to engineering debugging instruction
Corresponding engineering tune-up data is fed back, can check to correspond to carrying out the to be debugged of division of labor journey debugging according to the engineering tune-up data of feedback
Engineering debugging instruction can be transmitted to one or more equipment to be debugged, control pair in the engineering debugging mode of equipment, i.e. operator
The equipment to be debugged answered, and corresponding engineering debugging mode is obtained according to the engineering tune-up data of feedback, compared to traditional work
Journey adjustment method needs to carry out engineering debugging to each system unit respectively one by one, and can only check current progress engineering debugging is
The engineering debugging mode of system unit, above equipment automatic engineering adjustment method can control multiple equipment to be debugged simultaneously and carry out engineerings
Debugging, and check corresponding engineering debugging mode, so as to reduce the cumbersome of engineering debugging, improve engineering debugging efficiency.
Detailed description of the invention
Fig. 1 is the flow diagram of equipment automatic engineering adjustment method in one embodiment；
Fig. 2 is the flow diagram of equipment automatic engineering adjustment method in another embodiment；
Fig. 3 is the flow diagram of equipment automatic engineering adjustment method in further embodiment；
Fig. 4 is the flow diagram of equipment automatic engineering adjustment method in another embodiment；
Fig. 5 is the flow diagram of equipment automatic engineering adjustment method in another embodiment；
Fig. 6 is the flow diagram of equipment automatic engineering adjustment method in further embodiment；
Fig. 7 is the structural block diagram of equipment automatic engineering debugging system in one embodiment；
Fig. 8 is the structural block diagram of equipment automatic engineering debugging apparatus in another embodiment；
Fig. 9 is the structural block diagram of equipment automatic engineering debugging apparatus in further embodiment；
Figure 10 is the structural block diagram of equipment automatic engineering debugging apparatus in another embodiment；
Figure 11 is the structural block diagram of equipment automatic engineering debugging apparatus in another embodiment；
Figure 12 is the structural block diagram of equipment automatic engineering debugging apparatus in one embodiment；
Figure 13 is the internal structure chart of computer equipment in one embodiment.
Specific embodiment
The application in order to facilitate understanding is described more fully the application below with reference to relevant drawings.In attached drawing
Give the preferred embodiment of the application.But the application can realize in many different forms, however it is not limited to herein
Described embodiment.On the contrary, purpose of providing these embodiments is keeps the understanding to disclosure of this application more saturating
It is thorough comprehensive.
The equipment automatic engineering adjustment method that each embodiment of the application provides, can be applied to need to carry out before the use
Large-scale more device networks of engineering debugging are particularly applicable to large-size air conditioning network, large-scale machining tool device network etc., this
Equipment automatic engineering adjustment method is applied to large-size air conditioning network in application to be specifically described.
In one embodiment, as shown in Figure 1, providing a kind of equipment automatic engineering adjustment method, the method includes
Step S100 and step S200.
Step S100 sends engineering debugging instruction to equipment to be debugged.
Engineering debugging instruction is used to control the tune that corresponding equipment to be debugged carries out corresponding engineering according to engineering debugging instruction
Examination operation, specifically, in large-scale more device networks, including multiple equipment to be debugged, debugging control terminal can send more simultaneously
A engineering debugging instruction, since each equipment to be debugged has fixed system address, transmitted engineering debugging refers to
The system address comprising each equipment to be debugged is enabled, when equipment to be debugged recognizes engineering tune corresponding with the system address of itself
When examination instruction, engineering debugging can be carried out according to corresponding engineering debugging instruction, equipment to be debugged is only in engineering debugging instruction
In system address it is identical as the system address of itself when, can just accept the engineering debugging instruction carry out engineering debugging.Assuming that altogether
There is N number of equipment to be debugged, their address is respectively 1,2 ... N, and debugging control terminal issues total N engineering debugging instruction, often
System address of one instruction comprising corresponding equipment to be debugged, all equipment to be debugged is received with respective system address at this time
Engineering debugging instruction automatically begins to carry out engineering debugging.It is appreciated that engineering debugging instruction is for controlling corresponding to be debugged set
The standby debugging operations for carrying out a certain engineering step, or the corresponding equipment to be debugged of control carry out the tune of multiple continuous process steps
Examination operation, specifically, operator can be correspondingly arranged according to actual needs.
Step S200, what the corresponding equipment to be debugged of reception was fed back after the debugging according to engineering debugging instruction progress corresponding engineering
Engineering tune-up data.
It, will transmission pair after equipment to be debugged carries out engineering debugging according to the engineering debugging instruction comprising own system address
For the engineering tune-up data answered to debugging control terminal, engineering tune-up data is used to characterize the engineering debugging shape of corresponding equipment to be debugged
State specifically all must be added to address date in the data about engineering debugging mode that different equipment to be debugged issue, i.e.,
The engineering tune-up data of equipment feedback to be debugged includes the address date of correspondence system address, and address date is to be debugged for identifying
It, can be according to engineering tune after the identity information of equipment, i.e. debugging control terminal receive the engineering tune-up data of corresponding equipment to be debugged
Try the engineering debugging mode that the address date in data differentiates corresponding equipment to be debugged.
Above equipment automatic engineering adjustment method sends engineering debugging instruction to equipment to be debugged, and engineering debugging instruction is used
The debugging of corresponding engineering is carried out according to engineering debugging instruction in the corresponding equipment to be debugged of control；Receive corresponding equipment root to be debugged
The engineering tune-up data fed back after the debugging of current engineering is carried out according to engineering debugging instruction；Engineering tune-up data is for characterizing correspondence
The engineering debugging mode of equipment corresponding engineering to be debugged.It is corresponding wait adjust by transmission engineering debugging instruction to equipment to be debugged
After trying the debugging that equipment carries out corresponding engineering according to engineering debugging instruction, corresponding engineering tune-up data will be fed back, according to feedback
Engineering tune-up data can check the engineering debugging mode of the corresponding equipment to be debugged for carrying out division of labor journey debugging, i.e. operator can
Engineering debugging instruction is sent to one or more equipment to be debugged, controls corresponding equipment to be debugged, and according to the engineering of feedback
Tune-up data obtains corresponding engineering debugging mode, needs one by one compared to traditional engineering adjustment method respectively to each System Computer
Group carries out engineering debugging, and can only check the engineering debugging mode of the current system unit for carrying out engineering debugging, and above equipment is certainly
Journey of starting building adjustment method can control multiple equipment to be debugged simultaneously and carry out engineering debugging, and check corresponding engineering debugging mode,
So as to reduce the cumbersome of engineering debugging, engineering debugging efficiency is improved.
In one embodiment, as shown in Fig. 2, when engineering debugging instruction is current engineering debugging instruction, in step
After S200, this method further includes step S400.
Step S400 is debugged successfully judging to obtain the current engineering for corresponding to equipment to be debugged according to engineering tune-up data
When, next step engineering debugging instruction is sent to corresponding equipment to be debugged according to preset engineering debugging sequence.
Current engineering debugging instruction carries out currently for controlling corresponding equipment to be debugged according to current engineering debugging instruction
The debugging operations of engineering, judge to obtain the current engineering for corresponding to equipment to be debugged according to engineering tune-up data debug successfully when,
Next step engineering debugging instruction is sent to corresponding equipment to be debugged, the debugging of next step engineering according to preset engineering debugging sequence
Instruction performs the next step engineering debugging operations for controlling corresponding equipment to be debugged, it will be understood that the debugging of next step engineering refers to
The system address equally also comprising corresponding equipment to be debugged is enabled, specifically, preset engineering debugging sequence and corresponding engineering step
The control chip of debugging control terminal and each equipment to be debugged can be written in rapid operation logic in advance, and different catenet institutes is right
The engineering debugging sequence answered is not identical, and by taking large-size air conditioning network as an example, preset engineering debugging sequence includes that 1, main controller is set
Set detection；2, inside and outside machine module number confirmation；3, module communication fault detection；4, module component detects；5, compressor preheating；
6, valve detection；7, it is perfused.Operation logic include compressor limit open 8 hours after carry out next step debugging, fault detection without
Next step debugging is carried out after accidentally, carries out next step debugging etc. after valve opening is errorless.
In one embodiment, as shown in figure 3, after step S200, this method further includes step S540 and step S560.
Step S540, judge to obtain according to engineering tune-up data correspond to equipment to be debugged current engineering it is debugging failed
When, Failure Causes Analysis is carried out according to engineering tune-up data, obtains analysis result.
Judge to obtain according to engineering tune-up data correspond to equipment to be debugged current engineering it is debugging failed when, then according to work
Journey tune-up data analyzes the failure cause of correspondence equipment to be debugged, corresponding debugging failed in large-size air conditioning network
Reason mainly include all kinds of temperature sensor and pressure sensor, electromagnetic valve for water pump electric expansion valve etc. occur sensor fault or
The failure problems of load abnormal analyze specific failure cause and obtain corresponding analysis result.
Step S560, the operational controls for controlling corresponding engineering based on the analysis results export prompt information.
It, can be by controlling corresponding step when analyzing to obtain the failure cause for corresponding to equipment to be debugged according to engineering tune-up data
The operational controls of engineering export prompt information, and prompt information, which can be, shows specific failure cause, or with acousto-optic report
Alert or audio alert form is shown, so that operator can be viewed by the debugging control terminal of entire debugging system
The prompt information so that the operator nearest apart from the equipment to be debugged can rush towards at the first time scene carry out troubleshooting or
Processing avoids influencing normal engineering debugging, improves the efficiency of engineering debugging and the accuracy of debugging.
In one embodiment, as shown in figure 3, corresponding to working as equipment to be debugged judging to obtain according to engineering tune-up data
It further include step S520 before step S540 when preceding engineering is debugging failed.
Step S520 sends engineering according to engineering tune-up data and debugs pause instruction to corresponding equipment to be debugged.
It is appreciated that system address of the engineering debugging pause instruction equally also comprising corresponding equipment to be debugged, engineering debugging
Pause instruction judges for controlling the debugging operations that corresponding equipment to be debugged suspends current engineering when according to engineering tune-up data
Obtain corresponding to equipment to be debugged current engineering it is debugging failed when, then it is temporary first to send engineering debugging for the debugging control terminal in operation
Stop instruction makes corresponding equipment to be debugged suspend the debugging operations of current engineering, carries out failure cause further according to engineering tune-up data
Analysis, analyzed as a result, and after the fault clearance or processing of corresponding equipment to be debugged, equipment to be debugged can issue currently
To debugging control terminal, the debugging control terminal in operation sends next step engineering tune automatically for the instruction that debugging step reparation finishes
Examination instruction to corresponding equipment to be debugged, engineering debugging continues.
In one embodiment, as shown in figure 3, after step S200, before step S400, this method further includes step
S300。
Step S300 judges whether the current engineering debugging of corresponding equipment to be debugged succeeds according to engineering tune-up data.
According to the engineering tune-up data that equipment to be debugged is fed back, it can determine whether correspond to equipment same day engineering debugging to be debugged
It goes on smoothly, when debugging successfully according to the current engineering of the corresponding equipment to be debugged of engineering tune-up data judgement, then carries out step
S400, when the current engineering according to the corresponding equipment to be debugged of engineering tune-up data judgement is debugging failed, then carry out step S520,
Step S540 and step S560.It is appreciated that equipment to be debugged executes when each step engineering is debugged, no matter success or failure is all needed
By corresponding data feedback to debugging control terminal, so that debugging control terminal is to the entirety of whole system engineering debugging situation
Control while improving debugging efficiency, guarantees the accuracy of whole system engineering debugging.
In one embodiment, as shown in figure 4, corresponding to working as equipment to be debugged judging to obtain according to engineering tune-up data
It further include step S600 and step S700 before step S400 when preceding engineering is debugged successfully.
Step S600 judges whether corresponding equipment to be debugged is adjusted according to engineering tune-up data and preset engineering debugging sequence
Examination finishes.
The debugging progress of all equipment to be debugged can't guarantee complete consistent, it is therefore desirable to debug number according to engineering
According to it can be seen that corresponding equipment to be debugged debugging progress and debugging mode, can further be judged according to preset engineering debugging sequence
Whether corresponding equipment to be debugged, which debugs, finishes, and when equipment debugging to be debugged finishes, can also feed back corresponding debugging and finish data extremely
Debugging control terminal.
The debugging of step S700, the corresponding equipment to be debugged of output finish prompt information.
When correspondence equipment debugging to be debugged finishes, then the debugging for exporting corresponding equipment to be debugged finishes prompt information, has
Body, output debugging in the display system of equipment to be debugged is corresponded in debugging control terminal and finishes prompt information, can be
It is identified processing in corresponding display system, indicates that the equipment debugging to be debugged finishes, or the corresponding display information of output
Show that the equipment to be debugged has been debugged to finish, avoids repeating to debug.When whole system debugs finish, then this multisystem has been debugged
At, may be implemented a key automatic synchronization debugging.
It is corresponding, when correspondence equipment to be debugged is not debugged and finished, then carry out step S400.I.e. when correspondence equipment to be debugged
It does not debug when finishing, then next step engineering debugging instruction is sent according to preset engineering debugging sequence and to be debugged set to corresponding
It is standby, continue to carry out engineering debugging according to preset engineering debugging sequence, be finished until exporting corresponding debugging after debugging again
Prompt information.
In one embodiment, as shown in figure 5, after step S100, this method further includes step S800.
Step S800 sends operation shield and instructs to other debugging control terminals.
Operation shield instructs the engineering debugging function for shielding other debugging control terminals, specifically, in order to which information is looked into
The convenience seen, large-scale more settable multiple debugging control terminals of device network, in order to avoid debugging control terminal it is excessive when
It waits and repeats to send same order, thus in each debugging, after the debugging control terminal for sending engineering debugging instruction for the first time
The continuous transmission work for carrying out automation debugging instruction, and send operation shield and instruct to other debugging control terminals, other debugging
After controlling terminal receives operation shield instruction, automatic shield engineering debugging function, the debugging control equipment in not operation can divide
Other rooms, floor are distributed in, observe set state convenient for neighbouring engineering staff, i.e. operator can only be sent by first time
The debugging control terminal of engineering debugging instruction sends corresponding debugging instruction to equipment to be debugged, other debugging control terminals can only be used
In the debugging mode and debugging progress of observing equipment to be debugged.
In one embodiment, as shown in fig. 6, after step S200, this method further includes step S920 and step S940.
Step S920, according to the debugging progress of the corresponding equipment to be debugged of engineering tune-up data monitoring.
The debugging of any engineering all carries out step by step, and specifically, corresponding debugging step has corresponding serial number, when to
When commissioning device debugging proceeds to a certain step, then Real-time Feedback corresponds to the serial number of step, i.e., the work that equipment to be debugged is fed back
Serial number comprising corresponding step in journey tune-up data indicates specific debugging progress, in large-size air conditioning network, to known institute
The step of having engineering debugging, defines a set of sequence: 1, main controller setting detection；2, inside and outside machine module number confirmation；3, module communication
Fault detection；4, module component detects；5, compressor preheating；6, valve detection；7, it is perfused.
Step S940 shows corresponding engineering according to the operational controls of the debugging progress monitoring corresponding engineering of equipment to be debugged
Debug situation.
For debugging control terminal in entire engineering debugging system, the work of a set of fixation can be designed according to specific commissioning requirements
Journey Debugging interface, in the present embodiment, the step of engineering Debugging interface corresponding engineering debugging of each debugging control terminal total sequence
Column, as is known whole system engineering debug a shared m step trial work journey, then design m control, each correspond in order wherein
The debugging engineering of one step is then controlled when monitoring the debugging progress of corresponding equipment to be debugged according to engineering tune-up data
The operational controls of corresponding engineering show the debugging situation of corresponding engineering, so that operator is when carrying out information inspection, it can be direct
Specific debugging progress and debugging mode are understood according to the space of display debugging situation.It specifically, can also be according to specific debugging need
Combobox control is designed, for switching the different corresponding systems of equipment to be debugged, the engineering of debugging control terminal debugs boundary
Face includes the steps that the engineering of each equipment to be debugged debugs total sequence, i.e., the debugging progress and debugging shape of each equipment to be debugged
State is shown in corresponding system.
In one embodiment, as shown in fig. 7, providing a kind of equipment automatic engineering debugging system, the system comprises
Debugging control terminal 10, data/address bus 20 and equipment to be debugged 30, debugging control terminal 10 connects data/address bus 20, to be debugged to set
Standby 30 connection data/address bus 20.
Debugging control terminal 10 is for sending engineering debugging instruction to data/address bus 20, by data/address bus 20 by engineering tune
Examination instruction is sent to equipment 30 to be debugged, and engineering debugging instruction refers to for controlling corresponding equipment to be debugged 30 according to engineering debugging
Enable the debugging for carrying out corresponding engineering；The correspondence equipment 30 to be debugged that data/address bus 20 is sent is received to be carried out according to engineering debugging instruction
The engineering tune-up data fed back after the debugging of corresponding engineering, engineering tune-up data is for characterizing corresponding equipment corresponding engineering to be debugged
Engineering debugging mode.
Specifically, by taking large-size air conditioning network as an example, system unit whole in network to be debugged is connected into data/address bus,
Simultaneously using host computer as debugging control terminal, all host computers are connected into data/address bus, and develop upper computer software, this is soft
Part can be packed into different computers and all be connected into data/address bus, and finally constructing one includes multisystem unit and more host computers
Data network.
The equipment 30 to be debugged engineering debugging instruction that bus 20 is sent for receiving data, carries out according to engineering debugging instruction
The debugging of corresponding engineering, and engineering tune-up data is sent in real time to data/address bus 20.
Since each equipment 30 to be debugged has fixed system address, by taking large-size air conditioning network as an example, in each system
Dial-up block component is added for identifying system address in the outer mounted circuit board of the master of system unit, which is mainly used for distinguishing difference
System unit, such as system unit 1,2,3, corresponding dial-up value is similarly 1,2,3.Specifically, the setting of system address has
Specific setting standard, such as one shares 16 system units, then one 4 dial-ups are added in the outer mounted circuit board of each system
Block, each dial-up block can dial 1 or 0, systems different in this way can value 0 (0000)~15 (1111), indicate in bracket
Binary system, so that the system address of different system units is distinguished, it specifically can be according to 2^ (n-1) < when confirming the quantity n of dial-up block
System number≤2^n is confirmed.
Above equipment automatic engineering debugging system, it is corresponding wait adjust by transmission engineering debugging instruction to equipment to be debugged
After trying the debugging that equipment carries out corresponding engineering according to engineering debugging instruction, corresponding engineering tune-up data will be fed back, according to feedback
Engineering tune-up data can check the engineering debugging mode of the corresponding equipment to be debugged for carrying out division of labor journey debugging, i.e. operator can
Engineering debugging instruction is sent to one or more equipment to be debugged, controls corresponding equipment to be debugged, and according to the engineering of feedback
Tune-up data obtains corresponding engineering debugging mode, needs one by one compared to traditional engineering adjustment method respectively to each System Computer
Group carries out engineering debugging, and can only check the engineering debugging mode of the current system unit for carrying out engineering debugging, and above equipment is certainly
Journey of starting building adjustment method can control multiple equipment to be debugged simultaneously and carry out engineering debugging, and check corresponding engineering debugging mode,
So as to reduce the cumbersome of engineering debugging, engineering debugging efficiency is improved.
In one embodiment, when engineering debugging instruction is current engineering debugging instruction, current engineering debugging instruction is used
The debugging operations of current engineering are carried out according to current engineering debugging instruction in the corresponding equipment 30 to be debugged of control, debugging control is whole
End 10 is also used to the work fed back after receiving debugging of the corresponding equipment 30 to be debugged according to engineering debugging instruction progress corresponding engineering
After journey tune-up data, debugged successfully judging to obtain the current engineering for corresponding to equipment 30 to be debugged according to engineering tune-up data
When, it is next according to the automatic next step engineering debugging instruction that sends of preset engineering debugging sequence to corresponding equipment 30 to be debugged
Step engineering debugging instruction performs the next step engineering according to next step engineering debugging instruction for controlling corresponding equipment to be debugged 30
Debugging operations, at this point, equipment to be debugged 30 be also used to receive data/address bus 20 transmission next step engineering debugging instruction, and according to
Preset engineering debugging sequence performs the next step engineering debugging operations.
In one embodiment, debugging control terminal 10 is also used to be debugged in the corresponding equipment 30 to be debugged of reception according to engineering
After the engineering tune-up data fed back after the debugging of the current engineering of instruction progress, judge to be corresponded to according to engineering tune-up data
When the current engineering of equipment 30 to be debugged is debugging failed, Failure Causes Analysis is carried out according to engineering tune-up data, obtains analysis knot
Fruit；The operational controls for controlling corresponding engineering based on the analysis results export prompt information.
In one embodiment, debugging control terminal 10 is also used to judging to obtain correspondence wait adjust according to engineering tune-up data
Try equipment 30 current engineering it is debugging failed when, according to engineering tune-up data carry out Failure Causes Analysis, obtain analysis result it
Before, when the current engineering of correspondence equipment 30 to be debugged is debugging failed, engineering debugging pause is sent according to engineering tune-up data and is referred to
It enables to corresponding equipment 30 to be debugged, engineering debugging pause instruction suspends current engineering for controlling corresponding equipment to be debugged 30
Debugging operations.
Specifically, the host computer in not operation receives the engineering debugging step that whole system units issue, it is assumed that
The debugging of these system unit engineerings of some moment proceeds to a respectively1、a2……aNStep, (a1、a2……aN≤m).Then need altogether
At least N number of combobox option is used for switching system, and when switching to system s, the current engineering debugging of the system proceeds to
asStep, then a in interface at this timesThe control of serial number is enabled, the debugging situation of the current procedures for observing the system.It can help
The engineers and technicians of different location observe set state and debugging progress.
In one embodiment, debugging control terminal 10 is also used to judging to obtain correspondence wait adjust according to engineering tune-up data
The current engineering of examination equipment 30 is when debug successfully, according to preset engineering debugging sequentially transmission next step engineering debugging instruction to right
Before the equipment to be debugged 30 answered, corresponding equipment 30 to be debugged is judged according to engineering tune-up data and preset engineering debugging sequence
Whether debugging finishes；When correspondence equipment debugging to be debugged finishes, then the debugging for exporting corresponding equipment 30 to be debugged finishes prompt
Information；When correspondence equipment 30 to be debugged, which is not debugged, to be finished, then carry out sending next step work according to preset engineering debugging sequence
Journey debugging instruction is to corresponding equipment 30 to be debugged.
In one embodiment, debugging control terminal 10 be also used to send engineering debugging instruction to equipment 30 to be debugged it
Afterwards, it sends operation shield to instruct to other debugging control terminals 10, operation shield is instructed for shielding other debugging control terminals
Engineering debugging function.There are 4 host computers A, B, C, D, on the interface of each debugging control terminal
There is an operation button, is distributed in four regions.When sending engineering debugging instruction by host computer B, then subsequent instruction
Operation is sent all to carry out in host computer B, host computer B will send operation shield and instruct to other host computers, at this time A in bus,
C, tri- host computers of D identify the operation shield instruction of B sending, just prohibit engineering debugging function, but can watch entire
The debugging process of network.
In one embodiment, debugging control terminal 10 is also used to be referred in the corresponding equipment to be debugged of reception according to engineering debugging
After enabling the engineering tune-up data fed back after the debugging for carrying out current engineering, to be debugged set is corresponded to according to the monitoring of engineering tune-up data
Standby 30 debugging progress；Corresponding engineering is shown according to the operational controls of the debugging progress monitoring corresponding engineering of equipment 30 to be debugged
Debug situation.
In one embodiment, as shown in figure 8, providing a kind of equipment automatic engineering debugging apparatus, described device includes
Instruction sending module 100 and data reception module 200.
Instruction sending module 100, for sending engineering debugging instruction to equipment to be debugged.Engineering debugging instruction is for controlling
Corresponding equipment to be debugged carries out the debugging operations of corresponding engineering according to engineering debugging instruction, specifically, in large-scale more facility networks
In network, including multiple equipment to be debugged, debugging control terminal can send multiple engineering debugging instructions simultaneously, due to each to be debugged
Equipment all has fixed system address, therefore, transmitted engineering debugging instruction include each equipment to be debugged systematically
Location.
Data reception module 200 carries out corresponding engineering according to engineering debugging instruction for receiving corresponding equipment to be debugged
The engineering tune-up data fed back after debugging.Engineering tune-up data is used to characterize the engineering debugging of corresponding equipment corresponding engineering to be debugged
State after equipment to be debugged carries out engineering debugging according to the engineering debugging instruction comprising own system address, is corresponded to sending
Engineering tune-up data to debugging control terminal, engineering tune-up data is used to characterize the engineering debugging shape of corresponding equipment to be debugged
State.
Above equipment automatic engineering debugging apparatus, it is corresponding wait adjust by transmission engineering debugging instruction to equipment to be debugged
After trying the debugging that equipment carries out corresponding engineering according to engineering debugging instruction, corresponding engineering tune-up data will be fed back, according to feedback
Engineering tune-up data can check the engineering debugging mode of the corresponding equipment to be debugged for carrying out division of labor journey debugging, i.e. operator can
Engineering debugging instruction is sent to one or more equipment to be debugged, controls corresponding equipment to be debugged, and according to the engineering of feedback
Tune-up data obtains corresponding engineering debugging mode, needs one by one compared to traditional engineering adjustment method respectively to each System Computer
Group carries out engineering debugging, and can only check the engineering debugging mode of the current system unit for carrying out engineering debugging, and above equipment is certainly
Journey of starting building adjustment method can control multiple equipment to be debugged simultaneously and carry out engineering debugging, and check corresponding engineering debugging mode,
So as to reduce the cumbersome of engineering debugging, engineering debugging efficiency is improved.
In one embodiment, when engineering debugging instruction is current engineering debugging instruction, current engineering debugging instruction is used
The debugging operations for carrying out current engineering according to current engineering debugging instruction in the corresponding equipment to be debugged of control, then instruct transmission mould
Block 100 be also used to judge to obtain the current engineering for corresponding to equipment to be debugged according to engineering tune-up data debug successfully when, according to
Preset engineering debugging sequence sends next step engineering debugging instruction to corresponding equipment to be debugged.According to engineering tune-up data
When judging that the current engineering for obtaining corresponding to equipment to be debugged is debugged successfully, next step work is sent according to preset engineering debugging sequence
Journey debugging instruction is to corresponding equipment to be debugged, and next step engineering debugging instruction is for controlling under corresponding equipment execution to be debugged
One step engineering debugging operations.
In one embodiment, as shown in figure 9, equipment automatic engineering debugging apparatus further includes first judgment module 300.
First judgment module 300, for being debugged according to the current engineering of the corresponding equipment to be debugged of engineering tune-up data judgement
Whether succeed.According to the engineering tune-up data that equipment to be debugged is fed back, engineering debugging is on the day of can determine whether to correspond to equipment to be debugged
It is no to go on smoothly, it will be understood that equipment to be debugged executes when each step engineering is debugged no matter success or failure requires to correspond to
Data feedback to debugging control terminal, so that debugging control terminal is to the whole control of whole system engineering debugging situation.
In one embodiment, as shown in Figure 10, equipment automatic engineering debugging apparatus further includes 440 He of analysis of causes module
First output module 460.
Analysis of causes module 440 obtains analysis result for carrying out Failure Causes Analysis according to engineering tune-up data.?
Judge to obtain according to engineering tune-up data correspond to equipment to be debugged current engineering it is debugging failed when, then according to engineering tune-up data
The failure cause of correspondence equipment to be debugged is analyzed.
First output module 460, the operational controls for controlling corresponding engineering based on the analysis results export prompt information.Root
When analyzing to obtain the failure cause for corresponding to equipment to be debugged according to engineering tune-up data, the operation of step engineering can be corresponded to by controlling
Control exports prompt information, and prompt information, which can be, shows specific failure cause, or with sound-light alarm or voice reporting
Alert form is shown.
In one embodiment, as shown in figure 9, equipment automatic engineering debugging apparatus further includes pause instruction sending module
420。
Pause instruction sending module 420 debugs pause instruction to corresponding for sending engineering according to engineering tune-up data
Equipment to be debugged.It is appreciated that system address of the engineering debugging pause instruction equally also comprising corresponding equipment to be debugged, engineering tune
Examination pause instruction is sentenced for controlling the debugging operations that corresponding equipment to be debugged suspends current engineering when according to engineering tune-up data
It is disconnected obtain corresponding to equipment to be debugged current engineering it is debugging failed when, then the debugging control terminal in operation first sends engineering debugging
Pause instruction makes corresponding equipment to be debugged suspend the debugging operations of current engineering, carries out further according to engineering tune-up data unsuccessfully former
Because of analysis, analysis result is obtained.
In one embodiment, as shown in Figure 10, equipment automatic engineering debugging apparatus further includes 500 He of the second judgment module
Second output module 600.
Second judgment module 500, it is corresponding wait adjust for being judged according to engineering tune-up data and preset engineering debugging sequence
Whether examination equipment, which debugs, finishes.The debugging progress of all equipment to be debugged can't guarantee complete consistent, it is therefore desirable to root
It, further can be according to preset engineering according to engineering tune-up data it can be seen that corresponding to the debugging progress and debugging mode of equipment to be debugged
Debugging sequence judges whether corresponding equipment to be debugged debugs and finishes.
Second output module 600, the debugging for exporting corresponding equipment to be debugged finish prompt information.When correspondence is to be debugged
When equipment debugging finishes, then the debugging for exporting corresponding equipment to be debugged finishes prompt information, specifically, in debugging control terminal
Output debugging finishes prompt information in the display system of corresponding equipment to be debugged, can be and is marked in corresponding display system
Knowledge processing, indicates that the equipment debugging to be debugged finishes, or the corresponding display information of output shows that the equipment to be debugged has been debugged
It finishes, avoids repeating to debug.
It is corresponding, when correspondence equipment to be debugged is not debugged and finished, then by instruction sending module 100 according to preset work
Journey debugging sequence sends next step engineering debugging instruction to corresponding equipment to be debugged, continues according to preset engineering debugging sequence
Engineering debugging is carried out, until exporting corresponding debugging after debugging again finishes prompt information.
In one embodiment, as shown in figure 11, equipment automatic engineering debugging apparatus further includes masking instruction sending module
700。
Masking instruction sending module 700 is instructed for sending operation shield to other debugging control terminals.Operation shield refers to
The engineering debugging function for shielding other debugging control terminals is enabled, it is specifically, large-scale to set for the convenience of information inspection more
The standby settable multiple debugging control terminals of network, in order to avoid repeating to send same life when debugging control terminal is excessive
It enables, so that the debugging control SS later for sending engineering debugging instruction for the first time carries out automation debugging and refers in each debugging
The transmission work of order, and send operation shield and instruct to other debugging control terminals.
In one embodiment, as shown in figure 12, equipment automatic engineering debugging apparatus further includes monitoring module 820 and display
Module 840.
Monitoring module 820, for the debugging progress according to the corresponding equipment to be debugged of engineering tune-up data monitoring.Any engineering
Debugging all carries out step by step, and specifically, corresponding debugging step has corresponding serial number, when equipment debugging to be debugged carries out
When to a certain step, then Real-time Feedback corresponds to the serial number of step, i.e., includes in the engineering tune-up data that equipment to be debugged is fed back
The serial number of corresponding step indicates specific debugging progress.
Display module 840 is shown pair for the operational controls according to the debugging progress monitoring corresponding engineering of equipment to be debugged
Answer the debugging situation of engineering.For debugging control terminal in entire engineering debugging system, one can be designed according to specific commissioning requirements
Cover fixed engineering Debugging interface, in the present embodiment, the engineering Debugging interface corresponding engineering of each debugging control terminal is debugged
The step of total sequence, whole system engineerings as is known debug a shared m step trial work journey, then design m control, each press suitable
Ordered pair answers the debugging engineering of one of step, when the debugging progress for monitoring corresponding equipment to be debugged according to engineering tune-up data
When, then the operational controls for controlling corresponding engineering show the debugging situation of corresponding engineering.
The above-mentioned specific restriction about equipment automatic engineering debugging system and each device of device and module may refer to above
In restriction for equipment automatic engineering adjustment method, details are not described herein.
In one embodiment, a kind of computer equipment is provided, which can be server, internal junction
Composition can be as shown in figure 13.The computer equipment include by system bus connect processor, memory, network interface and
Database.Wherein, the processor of the computer equipment is for providing calculating and control ability.The memory packet of the computer equipment
Include non-volatile memory medium, built-in storage.The non-volatile memory medium is stored with operating system, computer program and data
Library.The built-in storage provides environment for the operation of operating system and computer program in non-volatile memory medium.The calculating
The database of machine equipment is for storing the data informations such as engineering tune-up data, preset engineering debugging sequence and analysis result.It should
The network interface of computer equipment is used to communicate with external terminal by network connection.The computer program is executed by processor
When to realize a kind of equipment automatic engineering adjustment method.
It will be understood by those skilled in the art that structure shown in Figure 13, only part relevant to application scheme
The block diagram of structure, does not constitute the restriction for the computer equipment being applied thereon to application scheme, and specific computer is set
Standby may include perhaps combining certain components or with different component layouts than more or fewer components as shown in the figure.
In one embodiment, a kind of computer equipment, including memory and processor are provided, is stored in memory
Computer program, which performs the steps of when executing computer program sends engineering debugging instruction to equipment to be debugged；
Receive the engineering tune-up data fed back after debugging of the corresponding equipment to be debugged according to engineering debugging instruction progress corresponding engineering.
In one embodiment, it is also to perform the steps of debugging number according to engineering that processor, which executes computer program,
It is judged that being sent in next step when the current engineering for obtaining corresponding to equipment to be debugged is debugged successfully according to preset engineering debugging sequence
Engineering debugging instruction is to corresponding equipment to be debugged.
In one embodiment, reception is also performed the steps of when processor executes computer program corresponds to be debugged set
After the engineering tune-up data fed back after the standby debugging for carrying out current engineering according to engineering debugging instruction, number is being debugged according to engineering
It is judged that carrying out failure cause point according to engineering tune-up data when the current engineering for obtaining corresponding to equipment to be debugged is debugging failed
Analysis obtains analysis result；The operational controls for controlling corresponding engineering based on the analysis results export prompt information.
In one embodiment, it also performs the steps of when processor executes computer program according to engineering tune-up data
Failure Causes Analysis is carried out, before obtaining analysis result, when the current engineering of correspondence equipment to be debugged is debugging failed, according to work
Journey tune-up data sends engineering and debugs pause instruction to corresponding equipment to be debugged.
In one embodiment, it is also performed the steps of when processor executes computer program and number is being debugged according to engineering
It is judged that being sent in next step when the current engineering for obtaining corresponding to equipment to be debugged is debugged successfully according to preset engineering debugging sequence
Before engineering debugging instruction to corresponding equipment to be debugged, according to engineering tune-up data and preset engineering debugging sequence judgement pair
It answers equipment to be debugged whether to debug to finish；When correspondence equipment debugging to be debugged finishes, then the tune of corresponding equipment to be debugged is exported
Examination finishes prompt information；When correspondence equipment to be debugged, which is not debugged, to be finished, then carry out being sent according to preset engineering debugging sequence
The step of next step engineering debugging instruction to corresponding equipment to be debugged.
In one embodiment, it is also performed the steps of when processor executes computer program and sends engineering debugging instruction
After to equipment to be debugged, sends operation shield and instruct to other debugging control terminals.
In one embodiment, reception is also performed the steps of when processor executes computer program corresponds to be debugged set
After the engineering tune-up data fed back after the standby debugging for carrying out current engineering according to engineering debugging instruction, according to engineering tune-up data
The debugging progress of the corresponding equipment to be debugged of monitoring；Operational controls according to the debugging progress monitoring corresponding engineering of equipment to be debugged are aobvious
Show the debugging situation of corresponding engineering.
In one embodiment, a kind of computer readable storage medium is provided, computer program is stored thereon with, is calculated
Machine program performs the steps of when being executed by processor sends engineering debugging instruction to equipment to be debugged；It is to be debugged to receive correspondence
The engineering tune-up data that equipment is fed back after the debugging according to engineering debugging instruction progress corresponding engineering.
In one embodiment, it also performs the steps of when computer program is executed by processor and is debugged according to engineering
Data judge to obtain the current engineering for corresponding to equipment to be debugged when debugging successfully, are sent according to preset engineering debugging sequence next
Engineering debugging instruction is walked to corresponding equipment to be debugged.
In one embodiment, it is to be debugged that reception correspondence is also performed the steps of when computer program is executed by processor
After equipment carries out the engineering tune-up data fed back after the debugging of current engineering according to engineering debugging instruction, debugged according to engineering
Data judge to obtain correspond to equipment to be debugged current engineering it is debugging failed when, failure cause point is carried out according to engineering tune-up data
Analysis obtains analysis result；The operational controls for controlling corresponding engineering based on the analysis results export prompt information.
In one embodiment, it is also performed the steps of when computer program is executed by processor and number is debugged according to engineering
According to Failure Causes Analysis is carried out, before obtaining analysis result, when the current engineering of correspondence equipment to be debugged is debugging failed, according to
Engineering tune-up data sends engineering and debugs pause instruction to corresponding equipment to be debugged.
In one embodiment, it also performs the steps of when computer program is executed by processor and is debugged according to engineering
Data judge to obtain the current engineering for corresponding to equipment to be debugged when debugging successfully, are sent according to preset engineering debugging sequence next
Before walking engineering debugging instruction to corresponding equipment to be debugged, judged according to engineering tune-up data and preset engineering debugging sequence
Whether corresponding equipment to be debugged, which debugs, finishes；When correspondence equipment debugging to be debugged finishes, then corresponding equipment to be debugged is exported
Debugging finishes prompt information；When correspondence equipment to be debugged, which is not debugged, to be finished, then carry out being sent out according to preset engineering debugging sequence
The step of sending next step engineering debugging instruction to corresponding equipment to be debugged.
In one embodiment, it also performs the steps of to send engineering and debug when computer program is executed by processor and refer to
It enables to equipment to be debugged, sends operation shield and instruct to other debugging control terminals.
In one embodiment, it is to be debugged that reception correspondence is also performed the steps of when computer program is executed by processor
After equipment carries out the engineering tune-up data fed back after the debugging of current engineering according to engineering debugging instruction, number is debugged according to engineering
According to the debugging progress of the corresponding equipment to be debugged of monitoring；According to the operational controls of the debugging progress monitoring corresponding engineering of equipment to be debugged
Show the debugging situation of corresponding engineering.
Above equipment automatic engineering debugging computer equipment and storage medium, by sending engineering debugging instruction to be debugged
Equipment will feed back corresponding engineering tune after corresponding equipment to be debugged carries out the debugging of corresponding engineering according to engineering debugging instruction
Data are tried, can check that the engineering of the corresponding equipment to be debugged for carrying out division of labor journey debugging debugs shape according to the engineering tune-up data of feedback
Engineering debugging instruction can be transmitted to one or more equipment to be debugged in state, i.e. operator, controls corresponding equipment to be debugged, and
Corresponding engineering debugging mode is obtained according to the engineering tune-up data of feedback, is needed one by one compared to traditional engineering adjustment method
Engineering debugging is carried out to each system unit respectively, and can only check the engineering debugging shape of the current system unit for carrying out engineering debugging
State, above equipment automatic engineering adjustment method can control multiple equipment to be debugged simultaneously and carry out engineering debugging, and check corresponding
Engineering debugging mode improves engineering debugging efficiency so as to reduce the cumbersome of engineering debugging.
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with
Relevant hardware is instructed to complete by computer program, the computer program can be stored in a non-volatile computer
In read/write memory medium, the computer program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein,
To any reference of memory, storage, database or other media used in each embodiment provided herein,
Including non-volatile and/or volatile memory.Nonvolatile memory may include read-only memory (ROM), programming ROM
(PROM), electrically programmable ROM (EPROM), electrically erasable ROM (EEPROM) or flash memory.Volatile memory may include
Random access memory (RAM) or external cache.By way of illustration and not limitation, RAM is available in many forms,
Such as static state RAM (SRAM), dynamic ram (DRAM), synchronous dram (SDRAM), double data rate sdram (DDRSDRAM), enhancing
Type SDRAM (ESDRAM), synchronization link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM
(RDRAM), direct memory bus dynamic ram (DRDRAM) and memory bus dynamic ram (RDRAM) etc..
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
The several embodiments of the application above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously
The limitation to claim therefore cannot be interpreted as.It should be pointed out that coming for those of ordinary skill in the art
It says, without departing from the concept of this application, various modifications and improvements can be made, these belong to the protection of the application
Range.Therefore, the scope of protection shall be subject to the appended claims for the application patent.
Claims (11)
1. a kind of equipment automatic engineering adjustment method, which is characterized in that the described method includes:
Engineering debugging instruction is sent to equipment to be debugged, the engineering debugging instruction for control corresponding equipment to be debugged according to
The engineering debugging instruction carries out the debugging operations of corresponding engineering；
The engineering fed back after debugging of the corresponding equipment to be debugged according to engineering debugging instruction progress corresponding engineering is received to debug
Data；The engineering tune-up data is used to characterize the engineering debugging mode of corresponding equipment corresponding engineering to be debugged.
2. according to the equipment automatic engineering adjustment method described in claim 1, which is characterized in that when engineering debugging refers to
When order is current engineering debugging instruction, the current engineering debugging instruction is worked as according to for controlling corresponding equipment to be debugged
Preceding engineering debugging instruction carries out the debugging operations of current engineering, then in the corresponding equipment to be debugged of the reception according to the engineering tune
After the engineering tune-up data fed back after the debugging of examination instruction progress corresponding engineering, further includes:
Judge to obtain the current engineering for corresponding to equipment to be debugged according to the engineering tune-up data debug successfully when, according to default
Engineering debugging sequence send next step engineering debugging instruction to corresponding equipment to be debugged, the next step engineering debugging instruction
Engineering debugging operations are performed the next step for controlling corresponding equipment to be debugged.
3. equipment automatic engineering adjustment method according to claim 2, which is characterized in that the reception corresponds to be debugged set
After the engineering tune-up data fed back after the standby debugging for carrying out corresponding engineering according to the engineering debugging instruction, further includes:
Judge to obtain according to the engineering tune-up data correspond to equipment to be debugged current engineering it is debugging failed when, according to described
Engineering tune-up data carries out Failure Causes Analysis, obtains analysis result；
Prompt information is exported according to the operational controls of the analysis result control corresponding engineering.
4. equipment automatic engineering adjustment method according to claim 3, which is characterized in that debugging number according to the engineering
It is judged that when the current engineering for obtaining corresponding to equipment to be debugged is debugging failed, it is described that failure is carried out according to the engineering tune-up data
The analysis of causes, obtain analysis result before, further includes:
When the current engineering of correspondence equipment to be debugged is debugging failed, engineering debugging pause is sent according to the engineering tune-up data
Instruction to corresponding equipment to be debugged, the engineering debugging pause instruction suspends current work for controlling corresponding equipment to be debugged
The debugging operations of journey.
5. equipment automatic engineering adjustment method according to claim 2, which is characterized in that debugging number according to the engineering
It is judged that when the current engineering for obtaining corresponding to equipment to be debugged is debugged successfully, it is described sent according to preset engineering debugging sequence under
Before one step engineering debugging instruction to corresponding equipment to be debugged, further includes:
Judge whether corresponding equipment to be debugged debugs according to the engineering tune-up data and preset engineering debugging sequence to finish；
When correspondence equipment debugging to be debugged finishes, then the debugging for exporting corresponding equipment to be debugged finishes prompt information；
When correspondence equipment to be debugged, which is not debugged, to be finished, then carry out described according to preset engineering debugging sequence transmission next step work
The step of journey debugging instruction to corresponding equipment to be debugged.
6. equipment automatic engineering adjustment method according to claim 1, which is characterized in that the transmission engineering debugging instruction
After to equipment to be debugged, further includes:
It sends operation shield to instruct to other debugging control terminals, the operation shield instruction is for shielding other debugging controls end
The engineering debugging function at end.
7. equipment automatic engineering adjustment method according to claim 6, which is characterized in that the reception corresponds to be debugged set
After the engineering tune-up data fed back after the standby debugging for carrying out corresponding engineering according to the engineering debugging instruction, further includes:
According to the debugging progress of the corresponding equipment to be debugged of engineering tune-up data monitoring；
The debugging situation of corresponding engineering is shown according to the operational controls of the debugging progress monitoring corresponding engineering of the equipment to be debugged.
8. a kind of equipment automatic engineering debugging system, which is characterized in that the system comprises debugging control terminal, data/address bus and
Equipment to be debugged, the debugging control terminal connect the data/address bus, and the equipment to be debugged connects the data/address bus；Institute
State debugging control terminal for execute as claim 1 to 7 any one the method the step of.
9. a kind of equipment automatic engineering debugging apparatus, which is characterized in that described device includes:
Instruction sending module, for sending engineering debugging instruction to equipment to be debugged, the engineering debugging instruction is for control pair
The equipment to be debugged answered carries out the debugging of corresponding engineering according to the engineering debugging instruction；
Data reception module carries out the debugging of current engineering for receiving corresponding equipment to be debugged according to the engineering debugging instruction
The engineering tune-up data fed back afterwards, the engineering tune-up data are used to characterize the engineering debugging of corresponding equipment corresponding engineering to be debugged
State.
10. a kind of computer equipment, including processor and memory, the memory are stored with computer program, feature exists
In when the computer program is executed by the processor, so that the processor perform claim requires any one of 1 to 7 institute
The step of stating method.
11. a kind of computer readable storage medium, is stored with computer program, which is characterized in that the computer program is located
When managing device execution, so that the step of processor perform claim requires any one of 1 to 7 the method.
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