CN108833572A - A kind of method and system for making the client computer of ECU and not integrated ASAP3 agreement establish communication - Google Patents
A kind of method and system for making the client computer of ECU and not integrated ASAP3 agreement establish communication Download PDFInfo
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- CN108833572A CN108833572A CN201810686764.9A CN201810686764A CN108833572A CN 108833572 A CN108833572 A CN 108833572A CN 201810686764 A CN201810686764 A CN 201810686764A CN 108833572 A CN108833572 A CN 108833572A
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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
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/14—Arrangements for monitoring or testing data switching networks using software, i.e. software packages
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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
- H04L67/14—Session management
- H04L67/141—Setup of application sessions
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/03—Protocol definition or specification
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L69/00—Network arrangements, protocols or services independent of the application payload and not provided for in the other groups of this subclass
- H04L69/16—Implementation or adaptation of Internet protocol [IP], of transmission control protocol [TCP] or of user datagram protocol [UDP]
- H04L69/161—Implementation details of TCP/IP or UDP/IP stack architecture; Specification of modified or new header fields
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Abstract
The present invention provides a kind of method and systems for making the client computer of ECU and not integrated ASAP3 agreement establish communication, api interface function is packaged to obtain the software package that can be called, the ASAM-ASAP3 interface of calibration software is as server in calibration system, the communication between the client computer and the server of not integrated ASAP3 agreement is established by the software package, the client computer of not integrated ASAP3 agreement carries out data interaction by calibration software in calibration system and ECU, realizes the control to ECU；Data interaction is completed, and the data exchange process is disconnected.Overcome existing calibration software that can not communicate with the third party software of not integrated ASAP3 client protocol to realize the calibration and monitoring to ECU.Modification of the prior art directly to ECU program is avoided simultaneously, saves the development cost of ECU relevant portion, while also avoiding the exploitation to existing calibration software, safety and reliability are improved.
Description
Technical field
The present invention relates to ECU calibration technique fields, more particularly to a kind of client for making ECU with not integrated ASAP3 agreement
Machine establishes the method and system of communication
Background technique
It is most of using Inca software or visu software, Zhi Nengtong that data exchange (i.e. ECU calibration) is carried out with ECU at present
The variate-value inside Inca software observation ECU is crossed, some processing can not be done to these values automatically, cannot achieve automatic measurement mark
It is fixed；Existing calibration software can not be communicated with the third party software of not integrated ASAP3 client protocol to realize the mark to ECU
Fixed and monitoring.
Drawbacks described above is overcome to realize, the following solution that the prior art uses, but these schemes itself exist such as
Lower defect.
In the prior art for the prior art one：
By modifying ECU program, increases the data information of user's concern to UDS agreement, number is then obtained by CAN communication
It is analyzed according to and to data.
For example need to obtain revolving speed (speed) value, then we first have to increase by one in the UDS protocol module of ECU software
Then the interface api function of a revolving speed sends the request for reading revolving speed, then ECU by CAN hardware with the mode of UDS agreement
Revolving speed is returned into user by UDS agreement.In this way carry out ECU data interaction, increase ECU development amount and
These exploitation might not when it is necessary.
The prior art two：
Team independent development ECU calibration control software, since ECU is carried out data transmission using CCP/XCP agreement, so
Main control software needs to develop CCP/XCP agreement to realize the data communication with ECU, and by the traffic flow information received according to phase
Pass protocol requirement carries out fractionation and shows.The development cycle is long in this way, and reliability and safety is all still to be tested.
Summary of the invention
(1) goal of the invention
The object of the present invention is to provide a kind of methods that the client computer for making ECU and not integrated ASAP3 agreement establishes communication, will
The ASAM-ASAP3 interface of calibration software is established the client computer of not integrated ASAP3 agreement and is somebody's turn to do as server in calibration system
The client computer of communication between server, not integrated ASAP3 agreement carries out data friendship by calibration software in calibration system and ECU
Mutually, it realizes the control to ECU, overcomes existing calibration software soft with the third party of not integrated ASAP3 client protocol
Part communicates the defect to realize calibration and monitoring to ECU.
(2) technical solution
To solve the above problems, the first aspect of the present invention provides a kind of client for making ECU with not integrated ASAP3 agreement
The method that machine establishes communication, including：
Api interface function is packaged to obtain the software package that can be called, the ASAM- of calibration software in calibration system
ASAP3 interface is established logical between the client computer and the server of not integrated ASAP3 agreement as server by the software package
The client computer of news, not integrated ASAP3 agreement carries out data interaction by calibration software in calibration system and ECU, realizes to ECU's
Control；Data interaction is completed, and the data exchange process is disconnected.
According to another aspect of the present invention, software package passes through the ASAM-ASAP3 of TCP/IP communications protocol and calibration software
Interface establishes communication.
According to another aspect of the present invention, using the ASAM-ASAP3 interface of calibration software in calibration system as server,
Include by the communication that the software package is established between the client computer and the server that do not integrate ASAP3 agreement：
Set the network address and port numbers of the server；
Class, and the class of the client computer building for not integrated ASAP3 agreement are constructed to the client computer of not integrated ASAP3 agreement
Object is created, specifying needs file to be used to store path；
It calls and establishes the api function in the software package of connection with the server, to the ASAP3 of calibration software in calibration system
Assembly initialization will need file download to be used into ECU；
Call api function calibration software in calibration system set in the software package of on-line mode；
The client computer of the not integrated ASAP3 agreement carries out data interaction by calibration software in calibration system and ECU, real
Now include to the control of ECU：
It repeats reading/modification calibrating parameters or reads monitoring measured value, until data interaction completion, control of the realization to ECU
System.
According to another aspect of the invention, the data interaction is completed, and disconnecting the data exchange process includes：Calling will
Calibration software is set as the api function in the software package of off-line mode in calibration system；What calling was disconnected with the server
Api function, object of the release for the class creation of the client computer building of not integrated ASAP3 agreement.
Realize that ECU and the client computer of not integrated ASAP3 agreement establish communication system the present invention also provides a kind of, including：
The client computer and calibration system of ECU, not integrated ASAP3 agreement, the calibration system includes calibration software,
Api interface function is packaged to obtain the software package that can be called, the ASAM- of calibration software in calibration system
ASAP3 interface is established logical between the client computer and the server of not integrated ASAP3 agreement as server by the software package
The client computer of news, not integrated ASAP3 agreement carries out data interaction by calibration software in calibration system and ECU, realizes to ECU's
Control；Data interaction is completed, and the data exchange process is disconnected.
According to another aspect of the present invention, the software package passes through the ASAM- of TCP/IP communications protocol and calibration software
ASAP3 interface establishes communication.
According to another aspect of the present invention, using the ASAM-ASAP3 interface of calibration software in calibration system as server,
The communication established between the client computer and the server of integrated ASAP3 agreement includes：
Set the network address and port numbers of the server；
Class, and the class of the client computer building for not integrated ASAP3 agreement are constructed to the client computer of not integrated ASAP3 agreement
Object is created, specifying needs file to be used to store path；
It calls and establishes the api function in the software package of connection with the server, to calibration software in calibration system
ASAP3 assembly initialization will need file download to be used into ECU；
Call api function calibration software in calibration system set in the software package of on-line mode；
The client computer of the not integrated ASAP3 agreement carries out data interaction by calibration software in calibration system and ECU, real
Now include to the control of ECU：
It repeats reading/modification calibrating parameters or reads monitoring measured value, until data interaction completion, control of the realization to ECU
System.
According to another aspect of the invention, the data interaction is completed, and disconnecting the data exchange process includes：Calling will
Calibration software is set as the api function in the software package of off-line mode in calibration system；
The api function disconnected with the server is called, release is for the client computer building for not integrating ASAP3 agreement
Class object.
It is right the present invention provides a kind of method and system for making the client computer of ECU and not integrated ASAP3 agreement establish communication
Api interface function is packaged to obtain the software package that can be called, and the ASAM-ASAP3 interface of calibration software is made in calibration system
For server, the communication between the client computer and the server of not integrated ASAP3 agreement is established by the software package, is not integrated
The client computer of ASAP3 agreement carries out data interaction by calibration software in calibration system and ECU, realizes the control to ECU；Data
Interaction is completed, and the data exchange process is disconnected.
(3) beneficial effect
Above-mentioned technical proposal of the invention has following beneficial technical effect：Overcome existing calibration software can not with do not have
There is the third party software of integrated ASAP3 client protocol to communicate to realize the calibration and monitoring to ECU.The present invention is by common interfaces
Function is packaged calls for third party software, help it establishes with the data interaction of calibration software to realize to ECU from
Dynamic calibration and test.Avoid modification of the prior art directly to ECU program simultaneously, save the exploitation of ECU relevant portion at
This, while also avoiding the exploitation to existing calibration software, it is only necessary to data manipulation part is developed, the parameter for then modifying needs
It is sent to calibration system (such as Inca) by this method, control ECU modification parameter is gone by calibration system.Safety and reliability
It is improved.
Specific embodiment
In order to make the objectives, technical solutions and advantages of the present invention clearer, With reference to embodiment, to this
Invention is further described.It should be understood that these descriptions are merely illustrative, and it is not intended to limit the scope of the invention.This
Outside, in the following description, descriptions of well-known structures and technologies are omitted, so as not to unnecessarily obscure the concept of the present invention.
Obviously, described embodiments are some of the embodiments of the present invention, instead of all the embodiments.Based on the present invention
In embodiment, every other implementation obtained by those of ordinary skill in the art without making creative efforts
Example, shall fall within the protection scope of the present invention.
As long as in addition, the non-structure each other of technical characteristic involved in invention described below different embodiments
It can be combined with each other at conflict.
ECU, i.e. electronic control unit.
Calibration, is the process that ECU internal algorithm parameter is optimized, adjusted repeatedly, in the process of running, the mark of ECU
Fixed work is made of two parts：Measurement and calibration.
Calibration system is made of general dedicated hardware and software tool, realizes the calibration to ECU.
Wherein, software tool is calibration software.
ASAP defines 3 system layers：ASAP1, ASAP2 and ASAP3；Wherein ASAP3 interface connection calibration test macro
(calibration is automatically controlled) with client computer, passes through the communication between the interface related protocol realization of ASAP3 and ECU.But it is existing
Calibration software in technology can not be communicated with the client computer of not integrated ASAP3 agreement so that such client computer without
Method carries out automatic Calibration to ECU by calibration software.
A method of it establishing the client computer of ECU and not integrated ASAP3 agreement and communicates, including：To api interface function into
Row encapsulation obtains the software package that can be called, and the ASAM-ASAP3 interface of calibration software passes through as server in calibration system
The software package establishes the communication between the client computer and the server of not integrated ASAP3 agreement, the visitor of not integrated ASAP3 agreement
Family machine carries out data interaction by calibration software in calibration system and ECU, realizes the control to ECU；Data interaction is completed, and is disconnected
The data exchange process.Software package is established by the ASAM-ASAP3 interface of TCP/IP communications protocol and calibration software and is communicated.
The api interface function for illustrating invention software encapsulation includes：(realize that the encapsulation of relevant interface can benefit
With the common technical know-how of the prior art, wherein " self " parameter representative function itself, is not necessarily to assignment when user uses)
1)close(self)：Releasing object after the completion of the object use of user's creation needs that the function is called to discharge
Object.The function do not input, output parameter.
2)Asap3CommunicationInit(self)：Interface initialization, call instruction ID2,20,3.
Return value：Communication state<Character string>
3)Asap3SwitchOnline(self)：Setting Inca is on-line mode, call instruction ID13.
Return value：Communication state<Character string>
4)Asap3SwitchOffline(self)：Setting Inca is off-line mode, call instruction ID 13.
Return value：Communication state<Character string>
6)Asap3SetParameter(self,ecuParameterName,value)：Calibrating parameters value is set, is called
Order ID 15.
Input parameter：EcuParameterName calibrating parameters title<Character string>
Value calibrating parameters value<Numerical value>
Return value：Communication state<Character string>
7)Asap3GetParameter(self,ecuParameterName)：Read calibrating parameters value, call instruction ID
14.Input parameter：EcuParameterName calibrating parameters title<Character string>
Return value：Communication state, parameter value<Tuple>
8)Asap3Exit(self)：ASAP3 is exited, interrupts and is communicated with Inca, call instruction ID 50.
Return value：Communication state<Character string>
9)Asap3Measure(self,variableList)：Monitoring magnitude is read, adds the monitoring quantity of needs before reading
It is added in Inca, call instruction ID 12,19.
Input parameter：The monitoring quantity list gone that variableList needs<Character string list>
Return value：Communication state, monitoring magnitude<Tuple>
10)Asap3IncreaseLookUpTable(self,mapName,xIndex,yIndex,xDelta,
yDelta,offset)：Set the correction amount for the positional value selected in table, call instruction ID 6,10.
11) Asap3SetLookUpTable(self,mapName,xIndex,yIndex,xDelta,yDelta,
value)：Set the value of selected location in table, call instruction ID 6,11.
12)Asap3GetLookUpTable(self,mapName)：Obtain all values in table, call instruction ID
6、8。
13)Asap3GetLookUpTableValue(self,mapName,YIndex,XIndex)：It obtains in table
The value of specified coordinate.
Input parameter：MapName needs the table title inquired<Character string>
YIndex Y axis coordinate is worth since 1, if when cur type can be ignored the input.<Numerical value>
XIndex X axis coordinate is worth since 1.<Numerical value>
Return value：Communication state, designated position parameter value<Tuple>
As being packaged to obtain the software package that can be called to api interface function, calibration software in calibration system
ASAM-ASAP3 interface as server, by the software package establish integrated ASAP3 agreement client computer and the server it
Between an example of communication include
Set the network address and port numbers of the server；(such as Inca software ASAM-3MC specified network address and port numbers)
Class is constructed to the client computer of not integrated ASAP3 agreement, and for the client computer building class of not integrated ASAP3 agreement
Object, and specified need file storage to be used path (such as a2l file path (absolute path) to be used or title are needed, it needs
Hex file path (absolute path) to be used or title)；
Call with the server establish the api function in the software package of connection, to calibration software in calibration system (such as
Inca software) ASAP3 assembly initialization, file download to be used will be needed into ECU；(such as
" Asap3CommunicationInit (self) " function)
Call api function calibration software in calibration system set in the software package of on-line mode；(such as
" Asap3SwitchOnline (self) " function)
The client computer for illustrating not integrated ASAP3 agreement carries out data by calibration software in calibration system and ECU
Interaction, realization include to the control of ECU：
It repeats reading/modification calibrating parameters (for example including variate-value, CUR, MAP) or reads monitoring measured value, until number
It is completed according to interaction, realizes the control to ECU.
It is completed as data interaction, disconnecting the data exchange process includes：Calling sets calibration software in calibration system
One example of api function being set in the software package of off-line mode；
Call disconnect with the server (such as inca software ASAM-3MC server) api function (such as
Close (self)), class object of the release for the client computer building of not integrated ASAP3 agreement.
By design abstract API interface function as software package, which can be called by third party software, such as
DSPACE, to realize data monitoring and the calibration to ECU；It can be certainly also used to real in the automated system of user's independent development
Now with the data interaction of ECU, improves testing efficiency and reduce development difficulty.
Through the above technical solutions, one aspect of the present invention establishes client computer by the software package of abstract API interface function
With the communication between the server, realize that client computer carries out efficient data with ECU by calibration software in calibration system and interacts, gram
It has taken the prior art to check ECU parameter only by calibration software realization, cannot achieve the automatic control to ECU；It is another
Aspect, although some equipment for having automatic control control can be controlled by parameter of the calibration software to ECU, the prior art
In do not have the client computer software of installation (client computer do not have ASAP3 agreement) of ASAP3 agreement still can not be soft by demarcating
Part controls the parameter of ECU.
Therefore technical solution disclosed above, it is recognised that the present invention is in fact not limited to not integrate ASAP3 agreement
The communication of client computer and ECU, integrate the client computer of ASAP3 agreement by software package also can be more efficient realization and ECU it is logical
News.
It is a kind of to realize that ECU and the client computer of not integrated ASAP3 agreement establish communication system, including：ECU, it does not integrate
The client computer and calibration system of ASAP3 agreement, the calibration system include calibration software, are packaged to api interface function
To the software package that can be called, the ASAM-ASAP3 interface of calibration software passes through the software package as server in calibration system
The communication between the client computer and the server of not integrated ASAP3 agreement is established, the client computer of not integrated ASAP3 agreement passes through mark
Determine calibration software and ECU in system and carry out data interaction, realizes the control to ECU；Data interaction is completed, and is disconnected the data and is handed over
Mutual process.
Software package is established by the ASAM-ASAP3 interface of TCP/IP communications protocol and calibration software and is communicated.
The api interface function for illustrating invention software encapsulation includes：(realize that the encapsulation of relevant interface can benefit
With the common technical know-how of the prior art, wherein " self " parameter representative function itself, is not necessarily to assignment when user uses)
1)close(self)：Releasing object after the completion of the object use of user's creation needs that the function is called to discharge
Object.The function do not input, output parameter.
2)Asap3CommunicationInit(self)：Interface initialization, call instruction ID2,20,3.
Return value：Communication state<Character string>
3)Asap3SwitchOnline(self)：Setting Inca is on-line mode, call instruction ID13.
Return value：Communication state<Character string>
4)Asap3SwitchOffline(self)：Setting Inca is off-line mode, call instruction ID 13.
Return value：Communication state<Character string>
6)Asap3SetParameter(self,ecuParameterName,value)：Calibrating parameters value is set, is called
Order ID 15.
Input parameter：EcuParameterName calibrating parameters title<Character string>
Value calibrating parameters value<Numerical value>
Return value：Communication state<Character string>
7)Asap3GetParameter(self,ecuParameterName)：Read calibrating parameters value, call instruction ID
14.Input parameter：EcuParameterName calibrating parameters title<Character string>
Return value：Communication state, parameter value<Tuple>
8)Asap3Exit(self)：ASAP3 is exited, interrupts and is communicated with Inca, call instruction ID 50.
Return value：Communication state<Character string>
9)Asap3Measure(self,variableList)：Monitoring magnitude is read, by the monitoring quantity of needs before reading
It is added in Inca, call instruction ID 12,19.
Input parameter：The monitoring quantity list gone that variableList needs<Character string list>
Return value：Communication state, monitoring magnitude<Tuple>
10)Asap3IncreaseLookUpTable(self,mapName,xIndex,yIndex,xDelta,
yDelta,offset)：Set the correction amount for the positional value selected in table, call instruction ID 6,10.
Return value：Communication state<Character string>
11) Asap3SetLookUpTable(self,mapName,xIndex,yIndex,xDelta,yDelta,
value)：Set the value of selected location in table, call instruction ID 6,11.
12)Asap3GetLookUpTable(self,mapName)：Obtain all values in table, call instruction ID
6、8。
13)Asap3GetLookUpTableValue(self,mapName,YIndex,XIndex)：It obtains in table
The value of specified coordinate.
Input parameter：MapName needs the table title inquired<Character string>
YIndex Y axis coordinate is worth since 1, if when cur type can be ignored the input.<Numerical value>
XIndex X axis coordinate is worth since 1.<Numerical value>
Return value：Communication state, designated position parameter value<Tuple>
As being packaged to obtain the software package that can be called to api interface function, calibration software in calibration system
ASAM-ASAP3 interface as server, by the software package establish integrated ASAP3 agreement client computer and the server it
Between an example of communication include
Set the network address and port numbers of the server；(such as Inca software ASAM-3MC specified network address and port numbers)
Class, and the class of the client computer building for not integrated ASAP3 agreement are constructed to the client computer of not integrated ASAP3 agreement
Creation object, specified need file storage to be used path (such as need a2l file path (absolute path) to be used or name
Claim, need hex file path (absolute path) to be used or title)；
Call with the server establish the api function in the software package of connection, to calibration software in calibration system (such as
Inca software) ASAP3 assembly initialization, file download to be used will be needed into ECU；(such as
" Asap3CommunicationInit (self) " function)
Call api function calibration software in calibration system set in the software package of on-line mode；(such as
" Asap3SwitchOnline (self) " function)
The client computer for illustrating not integrated ASAP3 agreement carries out data by calibration software in calibration system and ECU
Interaction, realization include to the control of ECU：
It repeats reading/modification calibrating parameters (for example including variate-value, CUR, MAP) or reads monitoring measured value, until number
It is completed according to interaction, realizes the control to ECU.
It is completed as data interaction, disconnecting the data exchange process includes：Calling sets calibration software in calibration system
One example of api function being set in the software package of off-line mode；
Call disconnect with the server (such as inca software ASAM-3MC server) api function (such as
Close (self)), object of the release for the client computer building class of not integrated ASAP3 agreement
Through the above technical solutions, one aspect of the present invention establishes client computer by the software package of abstract API interface function
With the communication between the server, realize that client computer carries out efficient data interaction by calibration software in calibration system and ECU,
It overcomes the prior art to check ECU parameter only by calibration software realization, cannot achieve the automatic control to ECU；Separately
On the one hand, although some equipment for having automatic control control can be controlled by parameter of the calibration software to ECU, existing skill
The client computer (software of client computer installation does not have ASAP3 agreement) for not having ASAP3 agreement in art still can not pass through calibration
Software controls the parameter of ECU.
Therefore technical solution disclosed above, it is recognised that the present invention is in fact not limited to not integrate ASAP3 agreement
The communication of client computer and ECU, integrate the client computer of ASAP3 agreement by software package also can be more efficient realization and ECU it is logical
News.
The method and system that the present invention is directed to protect the client computer foundation of a kind of ECU and not integrated ASAP3 agreement to communicate, one
Aspect establishes the communication between client computer and the server by the software package of abstract API interface function, realizes that client computer is logical
It crosses calibration software in calibration system to interact with ECU progress efficient data, overcomes the prior art and realized only by calibration software
ECU parameter is checked, cannot achieve the automatic control to ECU；On the other hand, although some equipment for having automatic control control can
Controlled by parameter of the calibration software to ECU, but do not have in the prior art the client computer of ASAP3 agreement still without
Method is controlled by parameter of the calibration software to ECU.Modification of the prior art directly to ECU program is avoided simultaneously, is saved
The development cost of ECU relevant portion, while also avoiding the exploitation to existing calibration software, it is only necessary to data manipulation part is developed,
Then the parameter modified will be needed to be sent to calibration system by this method, control ECU modification parameter is gone by calibration system.Safety
Property and reliability are improved.
It should be understood that above-mentioned specific embodiment of the invention is used only for exemplary illustration or explains of the invention
Principle, but not to limit the present invention.Therefore, that is done without departing from the spirit and scope of the present invention is any
Modification, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.In addition, appended claims purport of the present invention
Covering the whole variations fallen into attached claim scope and boundary or this range and the equivalent form on boundary and is repairing
Change example.
The present invention is described above by reference to the embodiment of the present invention.But these embodiments are used for the purpose of saying
Bright purpose, and be not intended to limit the scope of the invention.The scope of the present invention is limited by appended claims and its equivalent.
The scope of the present invention is not departed from, those skilled in the art can make a variety of substitutions and modifications, these substitutions and modifications should all be fallen
Within the scope of the present invention.
Although embodiments of the present invention are described in detail, it should be understood that, without departing from of the invention
In the case where spirit and scope, embodiments of the present invention can be made with various changes, replacement and change.
Obviously, the above embodiments are merely examples for clarifying the description, and does not limit the embodiments.It is right
For those of ordinary skill in the art, can also make on the basis of the above description it is other it is various forms of variation or
It changes.There is no necessity and possibility to exhaust all the enbodiments.And it is extended from this it is obvious variation or
It changes still within the protection scope of the invention.
Claims (8)
1. a kind of method that the client computer for making ECU and not integrated ASAP3 agreement establishes communication, which is characterized in that including：
Api interface function is packaged to obtain the software package that can be called, the ASAM-ASAP3 of calibration software in calibration system
Interface establishes the communication between the client computer and the server of not integrated ASAP3 agreement by the software package, not as server
The client computer of integrated ASAP3 agreement carries out data interaction by calibration software in calibration system and ECU, realizes the control to ECU；
Data interaction is completed, and the data exchange process is disconnected.
2. the method that the client according to claim 1 for making ECU and not integrated ASAP3 agreement establishes communication, feature
It is, software package is established by the ASAM-ASAP3 interface of TCP/IP communications protocol and calibration software and communicated.
3. the method that the client according to claim 2 for making ECU and not integrated ASAP3 agreement establishes communication, feature
It is, using the ASAM-ASAP3 interface of calibration software in calibration system as server, is not integrated by software package foundation
Communication between the client computer of ASAP3 agreement and the server includes：
Set the network address and port numbers of the server；
Class, and the class creation of the client computer building for not integrated ASAP3 agreement are constructed to the client computer of not integrated ASAP3 agreement
Object, specifying needs file to be used to store path；
It calls and establishes the api function in the software package of connection with the server, to the ASAP3 component of calibration software in calibration system
Initialization, will need file download to be used into ECU；
Call api function calibration software in calibration system set in the software package of on-line mode；
The client computer of the not integrated ASAP3 agreement carries out data interaction, realization pair by calibration software in calibration system and ECU
The control of ECU includes：
It repeats reading/modification calibrating parameters or reads monitoring measured value, until data interaction completion, control of the realization to ECU.
4. the method that the client according to claim 3 for making ECU and not integrated ASAP3 agreement establishes communication, feature
It is, the data interaction is completed, and disconnecting the data exchange process includes：Calling sets calibration software in calibration system to
Api function in the software package of off-line mode；
Call the api function disconnected with the server, class wound of the release for the client computer building of not integrated ASAP3 agreement
Build object.
5. a kind of realize that ECU and the client computer of not integrated ASAP3 agreement establish communication system, which is characterized in that including：
The client computer and calibration system of ECU, not integrated ASAP3 agreement, the calibration system includes calibration software,
Api interface function is packaged to obtain the software package that can be called, the ASAM-ASAP3 of calibration software in calibration system
Interface establishes the communication between the client computer and the server of not integrated ASAP3 agreement by the software package, not as server
The client computer of integrated ASAP3 agreement carries out data interaction by calibration software in calibration system and ECU, realizes the control to ECU；
Data interaction is completed, and the data exchange process is disconnected.
6. according to claim 5 realize that ECU and the client computer of not integrated ASAP3 agreement establish communication system, feature
It is, the software package is established by the ASAM-ASAP3 interface of TCP/IP communications protocol and calibration software and communicated.
7. according to claim 6 realize that ECU and the client computer of not integrated ASAP3 agreement establish communication system, feature
It is, using the ASAM-ASAP3 interface of calibration software in calibration system as server, establishes the client of not integrated ASAP3 agreement
Communication between machine and the server includes：
Set the network address and port numbers of the server；
Class, and the class creation of the client computer building for not integrated ASAP3 agreement are constructed to the client computer of not integrated ASAP3 agreement
Object, specifying needs file to be used to store path；
It calls and establishes the api function in the software package of connection with the server, to the ASAP3 component of calibration software in calibration system
Initialization, will need file download to be used into ECU；
Call api function calibration software in calibration system set in the software package of on-line mode；
The client computer of the not integrated ASAP3 agreement carries out data interaction, realization pair by calibration software in calibration system and ECU
The control of ECU includes：
It repeats reading/modification calibrating parameters or reads monitoring measured value, until data interaction completion, control of the realization to ECU.
8. the method that the client according to claim 7 for making ECU and not integrated ASAP3 agreement establishes communication, feature
It is, the data interaction is completed, and disconnecting the data exchange process includes：Calling sets calibration software in calibration system to
Api function in the software package of off-line mode；
Call the api function disconnected with the server, class wound of the release for the client computer building of not integrated ASAP3 agreement
Build object.
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