ISO 22900-3:2009
Road vehicles — Modular vehicle communication interface (MVCI) — Part 3: Diagnostic server application programming interface (D-Server API)
ISO 22900-3:2009 defines an object-oriented programming interface, the objective of which is to be able to implement server applications used during the design, production and maintenance phase of a vehicle communication system which are compatible with each other and therefore exchangeable.
A server compliant with ISO 22900-3:2009 has three function blocks:
- M: measurement,
- C: calibration, and
- D: diagnostics.
A more detailed description of the server API is given in the Programmers Reference Guide.
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Scope
Normative references
Terms, definitions, symbols and abbreviated terms
Terms and definitions
Abbreviated terms
Typographical conventions and mnemonics used in this part of
Legends for used graphics
Hierarchical diagrams
Sequence diagrams
Stereotypes
General considerations
Specification release version information
Structure of MCD systems
Function block common MCD
MCD system object
Version information retrieval
Description of Terms
General
Client-controlled object
Location
Logical Link (LOGICAL-LINK)
Project
Server-controlled mutable object
Server-controlled object (shared object)
States of the MCD system object
State changes
Project configuration
Interface structure of MCD-server API
Separation in database and runtime side
Hierarchical model
Structure of the database
Overview
Associations of DbLocation for MCD
Database within the field Measurement and Calibration
Database within the field Diagnostics
Collections
Types and methods
RunTime collections
Overview
RunTime collections in MC
RunTime collections in D
Database collections
Handling of collection of ASCIISTRING
EventHandler
Registering/deregistering of the EventHandlers
Methods of the EventHandlers
Eventfilter
Multi-Client capability
Requirements
Design
Proxy in Multi Client Architecture
Cooperation Level
Symbolic Names of Clients
Selection and de-selection of Project and VehicleInfo in a m
Notification
Remove shared objects
Locking
Client Controlled Objects
Resource Release
Use cases
Requirements
Solution
Critical Section, Critical Groups of Methods
Result access
MCD value
Value types
Method getValue
Behaviour of
Behaviour of
Behaviour of
Method setValue
Method createValue
Use cases
View
Instantiation of projects
Database access
Destruction
Function block Common MD
Collector
ERD
Concept
Result access
Object list configuration
Structure of the collector sample list
Result structure
Collector usage in diagnostics
Use cases
Measurement with a collector - activation
Measurement with a collector - result access
Measurement with a collector - polling for results
Function block Diagnostics
Description of Terms
General
Access Key
Functional Class (FUNCTIONAL-CLASS)
Job (SINGLE-ECU-JOB, MULTIPLE-ECU-JOB)
Physical Interface Link
Physical Link
Physical Vehicle Link (PHYSICAL-VEHICLE-LINK)
Structuring of the function block Diagnostics
Separation in database and runtime side
Relation between Vehicle Connector Information Table and Log
Hierarchical model
Entity Relationship Diagrams
ERD DbLocation
ERD Logical Link and associated MCD Objects
ERD Request and Response Parameter associations
ERD Jobs
System Properties
Diagnostic DiagComPrimitives and Services
Diagnostic DiagComPrimitives and States
Diagnostic DiagComPrimitives
States of DiagComPrimitives
Service overview
Non cyclic single shot diag service
Cyclic diag service
Repeated diag service
Repeated send only diag service
Repeated receive only diag service
Updating repetition parameters
Summary
Protocol parameters
General
Introduction related to ODX
Inheritance of protocol parameters
Database part
Runtime part
Suppress Positive Response
Diagnostic variables
eEND_OF_PDU as RequestParameter
Database side
Runtime side
COMPUCODE
Variable length parameters
Layer inheritance of services
Goal
Layer inheritance of services
Service handling on functional and physical locations
Variant Identification and Selection (VI / VIS)
Goal
Variant Identification Algorithm
Logical Link Basics
Principles of Variant Identification and Variant Identificat
Variant Patterns and Matching Parameters
Identification Algorithm
General VI/VIS handling considerations
Deselecting of selected variants
Request and Response parameters of VI and VIS
Goal
Request Parameter Structure of VI and VIS
Response Parameter Structure of VI and VIS
Switching Database Template Generation On and Off
Example Scenarios for VI and VIS
Base Variant Identification and Selection
Use Cases
Creation of LogicalLink and usage of DiagComPrimitives
Removal of communication objects
Service Handling
Non cyclic diag service execution
Cyclic diag service execution
Result access
General
Result buffer
Error handling in results
Result matching for database templates
Filtering of results
Principle
Handling rules
Read DTC
Logical Link
General
Connection overview
State diagram of Logical Link
Logical Link examples
Gateway handling
Examples and Relations between Logical Links, Locations and
Functional Addressing
Tables
General
Usage of tables within DiagComPrimitives
Dynamically Defined Local Id / Table Parameters (DDLID)
General
DDLID principle and requirements
Lifecycle
General
Creation of Dynamically Defined Local Id
Reading by Dynamically Defined Local Id
Deletion of Dynamically Defined Local Id
DB-Templates for Requests and Responses regarding DDLID
Procedure description
Internationalisation
Multi language support
Units
Special Data Groups
ECU Flash programming
Goal
Description of Terms for ECU-Reprogramming
General
ECU-MEM Description
Flash Class Description
Flash Job Description
Flash Key Description
Flash Session Description
Flash Session Desc Description
Description of ‘Late-bound data files’ Mechanism
Priority Description
Structure of the function block flash programming
Database part
Runtime part
Handling binary flash data
Identification mechanism
Segmenting Flash Data
Management of ECU-MEMs
Physical Memories
Executing flash sessions
Flash session execution basics
Flash job basics
Uploading Flash Data from an ECU
Downloading Flash Data to an ECU
Checksum calculation in Flash Jobs
Library
Java Jobs
General
General information Java Jobs
Types of Java Jobs
General
Single ECU Job
Flash Job
Security access job
Multiple ECU Job
Handling of Java Jobs
General
Development of Java Jobs
Deployment of Java Jobs
Job Execution Modes
Hash signatures for Jobs
Job Parameter handling
Job Communication Parameter handling
Job Result handling
Job Result Generation
Progress information
Job execution
General
Single execution of a Job
Repeated execution of Job
Cancellation of a Job
Job example
ECU configuration
General
ECU Configuration Database Part
ECU Configuration Runtime Part
Error Handling
Initialising an MCDConfigurationRecord
Offline versus Online Configuration
Uploading and Downloading Configuration Strings
Decomposing a Configuration String for Transfer
Downloading Configuration Records to an ECU
Uploading Configuration Records from an ECU
Management of CONFIG-DATAs
Audiences and Additional Audiences
General
Audiences
Additional Audiences
Function Dictionary and Sub-Components
Terms and requirements
General
MCDDbFunctionDictionary
MCDDbSubComponent
Functions and function group in ODX
Function dictionary data model description
Function dictionary usage scenario
Sub-Component data model description
Sub-Component usage scenario
ECU States
Monitoring vehicle bus traffic
Support of VCI module selection and other VCI module feature
General
Definitions
General behaviour of D-PDU API related D-server methods
Overview of VCI module related classes
VCI module selection
MCDInterface
VCI module selection sequence
Interface status events
MCDInterfaceResource
Selection of an interface resource
Send Break Signal
MCDDbInterfaceCable
Accessing VCI module features
Adding Logical Links which are not found in the Vehicle Info
Behaviour of a MCD-server not supporting VCI Modules in acco
Mapping of D-PDU API methods
General
Initialization and Selection of VCI Modules
Communication on a Logical Link
Handling of Communication Parameters
Changing communication parameters from the client applicatio
Setting temporary communication parameters for a DiagComPrim
Changing UNIQUE_ID Communication Parameters
MCDStartCommunication and MCDStopCommunication
Error Codes
Principle
Description of the errors
Error free behaviour
Parameterisation errors
Runtime / ProgramViolation errors
Database errors
System errors
Communication errors
Job error
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Scope
Normative references
Terms, definitions, symbols and abbreviated terms
Terms and definitions
Abbreviated terms
Typographical conventions and mnemonics used in this part of
Legends for used graphics
Hierarchical diagrams
Sequence diagrams
Stereotypes
General considerations
Specification release version information
Structure of MCD systems
Function block common MCD
MCD system object
Version information retrieval
Description of Terms
General
Client-controlled object
Location
Logical Link (LOGICAL-LINK)
Project
Server-controlled mutable object
Server-controlled object (shared object)
States of the MCD system object
State changes
Project configuration
Interface structure of MCD-server API
Separation in database and runtime side
Hierarchical model
Structure of the database
Overview
Associations of DbLocation for MCD
Database within the field Measurement and Calibration
Database within the field Diagnostics
Collections
Types and methods
RunTime collections
Overview
RunTime collections in MC
RunTime collections in D
Database collections
Handling of collection of ASCIISTRING
EventHandler
Registering/deregistering of the EventHandlers
Methods of the EventHandlers
Eventfilter
Multi-Client capability
Requirements
Design
Proxy in Multi Client Architecture
Cooperation Level
Symbolic Names of Clients
Selection and de-selection of Project and VehicleInfo in a m
Notification
Remove shared objects
Locking
Client Controlled Objects
Resource Release
Use cases
Requirements
Solution
Critical Section, Critical Groups of Methods
Result access
MCD value
Value types
Method getValue
Behaviour of
Behaviour of
Behaviour of
Method setValue
Method createValue
Use cases
View
Instantiation of projects
Database access
Destruction
Function block Common MD
Collector
ERD
Concept
Result access
Object list configuration
Structure of the collector sample list
Result structure
Collector usage in diagnostics
Use cases
Measurement with a collector - activation
Measurement with a collector - result access
Measurement with a collector - polling for results
Function block Diagnostics
Description of Terms
General
Access Key
Functional Class (FUNCTIONAL-CLASS)
Job (SINGLE-ECU-JOB, MULTIPLE-ECU-JOB)
Physical Interface Link
Physical Link
Physical Vehicle Link (PHYSICAL-VEHICLE-LINK)
Structuring of the function block Diagnostics
Separation in database and runtime side
Relation between Vehicle Connector Information Table and Log
Hierarchical model
Entity Relationship Diagrams
ERD DbLocation
ERD Logical Link and associated MCD Objects
ERD Request and Response Parameter associations
ERD Jobs
System Properties
Diagnostic DiagComPrimitives and Services
Diagnostic DiagComPrimitives and States
Diagnostic DiagComPrimitives
States of DiagComPrimitives
Service overview
Non cyclic single shot diag service
Cyclic diag service
Repeated diag service
Repeated send only diag service
Repeated receive only diag service
Updating repetition parameters
Summary
Protocol parameters
General
Introduction related to ODX
Inheritance of protocol parameters
Database part
Runtime part
Suppress Positive Response
Diagnostic variables
eEND_OF_PDU as RequestParameter
Database side
Runtime side
COMPUCODE
Variable length parameters
Layer inheritance of services
Goal
Layer inheritance of services
Service handling on functional and physical locations
Variant Identification and Selection (VI / VIS)
Goal
Variant Identification Algorithm
Logical Link Basics
Principles of Variant Identification and Variant Identificat
Variant Patterns and Matching Parameters
Identification Algorithm
General VI/VIS handling considerations
Deselecting of selected variants
Request and Response parameters of VI and VIS
Goal
Request Parameter Structure of VI and VIS
Response Parameter Structure of VI and VIS
Switching Database Template Generation On and Off
Example Scenarios for VI and VIS
Base Variant Identification and Selection
Use Cases
Creation of LogicalLink and usage of DiagComPrimitives
Removal of communication objects
Service Handling
Non cyclic diag service execution
Cyclic diag service execution
Result access
General
Result buffer
Error handling in results
Result matching for database templates
Filtering of results
Principle
Handling rules
Read DTC
Logical Link
General
Connection overview
State diagram of Logical Link
Logical Link examples
Gateway handling
Examples and Relations between Logical Links, Locations and
Functional Addressing
Tables
General
Usage of tables within DiagComPrimitives
Dynamically Defined Local Id / Table Parameters (DDLID)
General
DDLID principle and requirements
Lifecycle
General
Creation of Dynamically Defined Local Id
Reading by Dynamically Defined Local Id
Deletion of Dynamically Defined Local Id
DB-Templates for Requests and Responses regarding DDLID
Procedure description
Internationalisation
Multi language support
Units
Special Data Groups
ECU Flash programming
Goal
Description of Terms for ECU-Reprogramming
General
ECU-MEM Description
Flash Class Description
Flash Job Description
Flash Key Description
Flash Session Description
Flash Session Desc Description
Description of ‘Late-bound data files’ Mechanism
Priority Description
Structure of the function block flash programming
Database part
Runtime part
Handling binary flash data
Identification mechanism
Segmenting Flash Data
Management of ECU-MEMs
Physical Memories
Executing flash sessions
Flash session execution basics
Flash job basics
Uploading Flash Data from an ECU
Downloading Flash Data to an ECU
Checksum calculation in Flash Jobs
Library
Java Jobs
General
General information Java Jobs
Types of Java Jobs
General
Single ECU Job
Flash Job
Security access job
Multiple ECU Job
Handling of Java Jobs
General
Development of Java Jobs
Deployment of Java Jobs
Job Execution Modes
Hash signatures for Jobs
Job Parameter handling
Job Communication Parameter handling
Job Result handling
Job Result Generation
Progress information
Job execution
General
Single execution of a Job
Repeated execution of Job
Cancellation of a Job
Job example
ECU configuration
General
ECU Configuration Database Part
ECU Configuration Runtime Part
Error Handling
Initialising an MCDConfigurationRecord
Offline versus Online Configuration
Uploading and Downloading Configuration Strings
Decomposing a Configuration String for Transfer
Downloading Configuration Records to an ECU
Uploading Configuration Records from an ECU
Management of CONFIG-DATAs
Audiences and Additional Audiences
General
Audiences
Additional Audiences
Function Dictionary and Sub-Components
Terms and requirements
General
MCDDbFunctionDictionary
MCDDbSubComponent
Functions and function group in ODX
Function dictionary data model description
Function dictionary usage scenario
Sub-Component data model description
Sub-Component usage scenario
ECU States
Monitoring vehicle bus traffic
Support of VCI module selection and other VCI module feature
General
Definitions
General behaviour of D-PDU API related D-server methods
Overview of VCI module related classes
VCI module selection
MCDInterface
VCI module selection sequence
Interface status events
MCDInterfaceResource
Selection of an interface resource
Send Break Signal
MCDDbInterfaceCable
Accessing VCI module features
Adding Logical Links which are not found in the Vehicle Info
Behaviour of a MCD-server not supporting VCI Modules in acco
Mapping of D-PDU API methods
General
Initialization and Selection of VCI Modules
Communication on a Logical Link
Handling of Communication Parameters
Changing communication parameters from the client applicatio
Setting temporary communication parameters for a DiagComPrim
Changing UNIQUE_ID Communication Parameters
MCDStartCommunication and MCDStopCommunication
Error Codes
Principle
Description of the errors
Error free behaviour
Parameterisation errors
Runtime / ProgramViolation errors
Database errors
System errors
Communication errors
Job error