BS ISO 22900-2:2009
$215.11
Road vehicles. Modular vehicle communication interface (MVCI) – Diagnostic protocol data unit application programming interface (D-PDU API)
| Published By | Publication Date | Number of Pages |
| BSI | 2009 | 338 |
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 11 | Scope Normative references |
| 12 | Terms and definitions Symbols and abbreviated terms |
| 14 | Specification release version information Specification release version location Specification release version Modular VCI use cases OEM merger OEM cross vehicle platform ECU(s) |
| 15 | Central source diagnostic data and exchange during ECU devel OEM franchised dealer and aftermarket service outlet diagnos Modular VCI software architecture Overview |
| 16 | Modular VCI D-Server software |
| 17 | Runtime format based on ODX MVCI protocol module software MVCI protocol module configurations |
| 18 | D-PDU API use cases Overview Use case 1: Single MVCI protocol module |
| 19 | Use case 2: Multiple MVCI protocol modules supported by same |
| 20 | Use case 3: Multiple MVCI protocol modules supported by diff |
| 21 | Diagnostic protocol data unit (D-PDU) API Software requirements General requirements |
| 22 | Vehicle protocol requirements Timing requirements for protocol handler messages |
| 24 | Serialization requirements for protocol handler messages |
| 25 | Compatibility requirements |
| 26 | Timestamp requirements General information Timestamp for transmitted messages Timestamp for received messages Timestamp for events, errors and indications Timestamp for start of message indication |
| 27 | API function overview and communication principles Terms used within the D-PDU API Resource ComLogicalLink ComPrimitive ComParam Function overview |
| 29 | General usage |
| 31 | Asynchronous and synchronous communication General information |
| 32 | Event callback (asynchronous mode) Polling (synchronous mode) Usage of resource locking and resource unlocking Usage of ComPrimitives ComPrimitive overview |
| 33 | ComPrimitive send/receive cycle overview General information |
| 34 | NumReceiveCycles description NumSendCycles description |
| 35 | ComPrimitive principles General information Starting communication |
| 37 | Stopping communication |
| 38 | Send and receive handling |
| 41 | ComPrimitives in non-raw mode ComPrimitives in raw mode (PassThru) |
| 42 | ComPrimitive sequence diagrams Single request/single response (master/slave communication) |
| 43 | Single request/single response (master/slave communication) Single request/multiple responses |
| 45 | Single request/multiple responses — Functional Addressing |
| 46 | Single or multiple requests/no responses |
| 47 | No request/single or multiple responses Parallel execution of ComPrimitives |
| 48 | Cancelling a running ComPrimitive Destruction of ComPrimitives Tool integration Requirement for generic configuration Tool integrator – use case |
| 50 | API functions – interface description Overview PDUConstruct Purpose Behaviour |
| 51 | C/C++ prototype Parameters Example Return values PDUDestruct Purpose Behaviour |
| 52 | C/C++ prototype Parameters Return values PDUIoCtl Purpose Behaviour C/C++ prototype |
| 53 | Parameters Examples Return values PDUGetVersion Purpose |
| 54 | Behaviour C/C++ prototype Parameters Return values PDUGetStatus Purpose Behaviour |
| 55 | C/C++ prototype Parameters Return values PDUGetLastError Purpose |
| 56 | Behaviour C/C++ prototype Parameters Return values |
| 57 | PDUGetResourceStatus Purpose Behaviour C/C++ prototype Parameters Return values |
| 58 | PDUCreateComLogicalLink Purpose General Unknown Resource Id Scheme Specific Resource Id Scheme Behaviour |
| 59 | Behaviour — Use Cases C/C++ prototype Parameters |
| 60 | Return values PDUDestroyComLogicalLink Purpose Behaviour |
| 61 | C/C++ prototype Parameters Return values PDUConnect Purpose |
| 62 | Behaviour C/C++ prototype Parameters Return values |
| 63 | PDUDisconnect Purpose Behaviour C/C++ prototype Parameters Return values |
| 64 | PDULockResource Purpose Behaviour Behaviour — Use Cases C/C++ prototype |
| 65 | Parameters Return values PDUUnlockResource Purpose Behaviour C/C++ prototype Parameters |
| 66 | Return values PDUGetComParam Purpose Behaviour C/C++ prototype |
| 67 | Parameters Return values Example for ComParam Buffer Operation |
| 69 | Example for ComParam buffer operation for PDUConnect Example for ComParam buffer operation using TempParamUpdate |
| 70 | Example for ComParam buffer operation using PDU_COPT_UPDATEP |
| 71 | Example for ComParam buffer attachment to a ComPrimitive |
| 73 | Additional example for ComPrimitive queuing PDUSetComParam Purpose Behaviour Behaviour — Use Cases |
| 74 | C/C++ prototype Parameters |
| 75 | Return values PDUStartComPrimitive Purpose Behaviour |
| 76 | Behaviour — Use Cases |
| 77 | Behaviour — ComPrimitive status events |
| 78 | C/C++ prototype Parameters |
| 79 | Return values PDUCancelComPrimitive Purpose Behaviour C/C++ prototype |
| 80 | Parameters Return values PDUGetEventItem Purpose Behaviour |
| 81 | C/C++ prototype Parameters Return values PDUDestroyItem Purpose Behaviour |
| 82 | C/C++ prototype Parameters Return values PDURegisterEventCallback Purpose Behaviour |
| 83 | C/C++ Prototype Parameters |
| 84 | Return values EventCallback prototype Purpose |
| 85 | C/C++ prototype Parameters Return values PDUGetObjectId Purpose Behaviour C/C++ prototype |
| 86 | Parameters Return values PDUGetModuleIds Purpose Behaviour |
| 87 | Behaviour — Use Cases |
| 88 | C/C++ prototype Parameters Return values PDUGetResourceIds Purpose Behaviour |
| 89 | C/C++ prototype Parameters Return values PDUGetConflictingResources Purpose |
| 90 | Behaviour C/C++ prototype Parameters Return values PDUGetUniqueRespIdTable Purpose |
| 91 | Behaviour C/C++ prototype Parameters Return values |
| 92 | PDUSetUniqueRespIdTable Purpose Behaviour Behaviour — Use Cases C/C++ prototype Parameters |
| 93 | Return values Using the Unique Response ID Table (URID Table) for physical |
| 94 | Handling of known and unknown responses from an ECU Use cases |
| 95 | Handling of known ECU response ids Handling of unknown ECU response ids |
| 96 | ECU Response Handling Flow Chart |
| 97 | PDUModuleConnect Purpose Behaviour Behaviour — Use Cases |
| 98 | C/C++ prototype Parameters Return values PDUModuleDisconnect Purpose |
| 99 | Behaviour C/C++ prototype Parameters Return values PDUGetTimestamp Purpose Behaviour |
| 100 | C/C++ prototype Parameters Return values I/O control section IOCTL API command overview |
| 102 | PDU_IOCTL_RESET |
| 103 | PDU_IOCTL_CLEAR_TX_QUEUE PDU_IOCTL_SUSPEND_TX_QUEUE |
| 104 | PDU_IOCTL_RESUME_TX_QUEUE PDU_IOCTL_CLEAR_RX_QUEUE |
| 105 | PDU_IOCTL_READ_VBATT PDU_IOCTL_SET_PROG_VOLTAGE |
| 106 | PDU_IOCTL_READ_PROG_VOLTAGE |
| 107 | PDU_IOCTL_GENERIC PDU_IOCTL_SET_BUFFER_SIZE |
| 108 | PDU_IOCTL_GET_CABLE_ID PDU_IOCTL_START_MSG_FILTER |
| 110 | MSG_FILTER block diagram PDU_IOCTL_STOP_MSG_FILTER |
| 111 | PDU_IOCTL_CLEAR_MSG_FILTER PDU_IOCTL_SET_EVENT_QUEUE_PROPERTIES |
| 112 | PDU_IOCTL_SEND_BREAK |
| 113 | PDU_IOCTL_READ_IGNITION_SENSE_STATE |
| 114 | API functions — error handling Synchronous error handling Asynchronous error handling Installation Generic description |
| 115 | Windows installation process Locating the Windows D-PDU API DLL Loading the Windows D-PDU API DLL |
| 116 | Linux installation process Locating the Linux D-PDU API shared library Loading the Linux D-PDU API shared library Selecting MVCI protocol modules Application notes Interaction with the MDF Accessing additional hardware features for MVCI protocol mod |
| 117 | Documentation and information provided by MVCI protocol modu Performance Testing |
| 118 | Using the D-PDU API with existing applications SAE J2534-1 and RP1210a existing standards Data structures API functions — data structure definitions Abstract basic data types |
| 119 | Definitions Bit encoding for UNUM32 |
| 120 | API data structures General information Generic Item for type evaluation and casting |
| 121 | Items for IOCTL data transfer (PDUIoctl) Item for Generic IOCTL data item IOCTL programming voltage structure (PDU_IT_IO_PROG_VOLTAGE) IOCTL byte array structure (PDU_IT_IO_BYTEARRAY) IOCTL filter list structure (PDU_IT_IO_FILTER) IOCTL filter data structure |
| 122 | IOCTL event queue property structure (PDU_IT_IO_EVENT_QUEUE_ Item for resource status information (used by PDUGetResource Item for ComParam data (used by PDUGetComParam, PDUSetComPar |
| 123 | Item for module identification (used by PDUGetModuleIds) |
| 124 | Items for resource identification (used by PDUGetResourceIds Structure for resource data (used by PDUGetResourceIds and P Item for conflicting resources (used by PDUGetConflictingRes |
| 125 | Item for unique response identification (used by PDUGetUniqu |
| 126 | Item for event notification Structure for status data Asynchronous event information notification for PDU_IT_INFO |
| 127 | Asynchronous error notification structure for the PDU_IT_ERR Structure for result data Structure for extra result data information |
| 128 | Structure for flag data Structure for version information (used by PDUGetVersion) Coding of version numbers |
| 129 | Coding of dates Structure to control a ComPrimitive’s operation (used by PDU |
| 130 | Structure for expected response Expected response type |
| 131 | Array of unique response ids (pUniqueRespIds) Expected response matching rules Expected response example |
| 132 | Expected response structure (RawMode/NonRawMode) |
