CANoe 15 - All New Features

General

• C Library 2.0

  • Support for the platforms Windows_x64 and Linux_x64 and compiler support for Mingw-w64.

• Communication Concept (SOA)
  • New Application Panel for manual stimulation of application layer objects.
    • On the consumer side: 
      - Get and Set calls can be made on fields
      - Methods can be called
    • On the provider side:
      - an event can be triggered

  • To improve the clarity, bindings can be deactivated via the ribbon.

  • Endpoints of a participant can be distributed in the system setup via drag and drop.

  • Elements from the graphical representation of the communication relationship can be distributed in the system setup via drag and drop.

  • Simplified import of changed data sources.

  • Distributed Objects (DO)

    • Signal generators now directly support distributed objects. No mapping to system variables is necessary any more.

    • Python can be used for programming application models with distributed objects (DO).

    • With the new data type bytes a variable number of opaque bytes can be transferred.

    • In CAPL and C#, handlers for interface members can also be used (e.g. on any_value_change or [OnAnyCall]) and thus the same implementation can be used for many objects.

    • Using C# binding, a special transfer can be implemented for individual members.

• Logging

  • Different attributes can now be entered in the global logging configuration.

  • Attributes can be written manually or using field functions.

• .NET Programming

  • With the UserEventCriterion one can wait for a manually set event, which signals e.g. a working step of a background thread.

  • The creation of type libraries can be selected per database.

  • Type libraries for very large databases no longer generate errors due to too many string constants.

• Offline Mode

  • For each logging file an offset for the delay of the playback start can now be specified.

  • Comments in the header of a logging file are now displayed in the offline configuration.

  • A new CAPL event is available for detecting the start of playback of a logging file.

  • Contents from different logging file can now be read sequentially.

  • Time ranges and breakpoints can now be configured independently of each other.

• PDU Interactive Generator (PDU IG)

  • Multiple PDU windows can now be instantiated.

• Replay

  • Replay of secured PDUs including adapting of security parameters is only possible.

  • There is a new event procedure which can be used to react on state changes of the replay block.

• Vector Tool Platform / Standalone Mode / Distributed Mode

  • CAPL function SetLogFileName can also be used in standalone mode.

  • The settings for the distributed mode can be configured via COM.

  • Using command line option -getConfigFile in Standalone Manager, configuration files for standalone mode (file extension .RTCFG) can be retrieved from the RT Hardware and copied to the user computer.

  • In addition to the automation capabilities offered by the Standalone Manager command line options, Vector Tool Platform and CANoe/CANalyzer RT kernel settings and associated files on the RT hardware (e. g., logging files) can also be accessed via REST API.

CAPL / CAPL Browser

• CAPL

  • New/Extended CAPL Functions forADAS

  • New/Extended CAPL Functions for CAN Disturbance Interface

  • New/Extended CAPL Functions for Communication Objects

  • New/Extended CAPL Functions for Diagnostics

  • New/Extended CAPL Functions for Ethernet

  • New/Extended CAPL Functions for ISO11783

  • New/Extended CAPL Functions for J1939

  • New/Extended CAPL Functions for Other

  • New/Extended CAPL Functions for Security

  • New/Extended CAPL Functions for Sensor

  • New/Extended CAPL Functions for SmartCharging

  • New/Extended CAPL Functions for Testing

Panel Designer

• For better clarity in the Toolbox, the controls have been divided into groups.
• With the Event Control you can now also receive events.
• In the Hex/Text-Editor, the byte display in hex format can now also be copied and pasted.
• Files can now also be opened with drag and drop on the Vector Tools Environment.

Option Car2x

• C-V2X Hardware
  • Support of the Autotalk Craton2 EVK Revision F.
  • Possibility to communicate via C-V2X (Cellular-V2X, 3GPP-PC5 Link).
• Network Hardware Configuration
  • Adjustments for C-V2X support.
  • WLAN default settings are predefined depending on the region (CN/EU/US).
• Car2x Stack / Interaction Layer
  • Additional functionality is supported for the Chinese protocol:
    • The frame content is automatically set according to the application message (e.g. the BSM).
    • GNSS data is automatically used in the frame if available.
    • It is possible to sign application messages in the Security Header now.
    • Automatic certificate change can be configured in the database.
  • Setting of protocol fields in the OnPreTx callback function has been improved.
  • In case of the EU protocol, the lowFrequencyContainer can be removed in the OnPreTx callback function.
  • In case of the EU protocol, no lowFrequencyContainer is sent for stationType = roadSideUnit.
• Security
  • IEEE 1609.2 US root certificates with NIST-384 are supported.
  • EU certificates with Brainpool-256 and Brainpool-384 are supported.
  • ETSI TS 103 097 V1.4.1 (EU) is supported.
  • Certificates and private keys can also be imported in binary format.
• Map Window
  • The pathHistory is displayed for CAM and BSM (even without an event).
  • Image files can be used as map material.
  • In case of the CN protocol the display of the MAP incorporates the attribute laneWidth.
• Scenario Editor / Scenario Manager
  • Improvements for BSM events (CN).
  • Starting and stopping of a scenario have been improved.
• Sample Configurations
  • For all C-V2X sample configurations (CN) the units of the BSM signals have been added.
  • The database of the V2X example configurations (US) is adapted to SAE J2735 (July 2020).
  • For the Car2x sample configurations (EU) the factor of the attribute deltaAltitude of the pathHistory is corrected.
• The functionality of the Car2x option can be evaluated with the demo version of CANoe.

Option Ethernet

• Core Functionality
  • The Ethernet Network Monitor is replaced by the Protocol Monitor. It supports a graphic representation of connections between endpoints for the following protocols:
    • [ISO/OSI Level 2] Ethernet, ARP, NDP
    • [ISO/OSI Level 3] ICMPv4, ICMPv6, IGMP, IPv4, IPv6
    • [ISO/OSI Level 4] TCP, UDP
    • [ISO/OSI Level 6] DHCP, DHCPv6, HTTP, SOME/IP
  • It is now possible to let external virtual ECUs participate in the network over a virtual (TUN/TAP) connection.
  • Support of AUTOSAR E2E Profil 44
  • The use of extended Ethernet logging is now recommended.
• Communication Concept
  • Support of Container PDUs and Header-less PDUs
• Network-based Access
  • The Port object has additional methods in CAPL and .NET
    • to get the port name
    • to get the network name
    • to get the segment name
    • to get the information if it is a physical port and if it is measured at the port
  • Added an option to disable forwarding of all simulation port events to the Measurement Setup, making it easier to focus exclusively on the measurement ports.
• TC10
  • Sleep/Wakeup events can be saved to BLF, MF4 and ASCII.
  • Sleep/Wakeup events can be handled in the new CAPL callback on ethPhyState.
  • New test functions: TestWaitForEthernetPhyState, TestWaitForEthernetLinkStatus
• Trace Window
  • Show more details of the IKEv2 protocol in the detailed view.
• Programming
  • The AVB IL provides a handler for PTP events: OnPtpSendPrepare

Option LIN

• Support of new specification SAE2602:2020.
  Extended functions:

  • Protocol simulation

  • LDF Explorer

  • Conformance tests are supported with CANoe 15 SP2.

• New CAPL function linSetExpectedRespLength configures expected number of bytes on reception of LIN frame.

• LIN Interactive Scheduler (LIN ISC) supports drag and drop of frames from the Symbol Explorer.

• Variant Coding Window:

  • Export and Import of variant coding data

  • Usability improvements

• DoIP TLS support:

  • with CAPL Callback Interface (CCI)

• Secured PDU support in Replay Block.
  • Use of synchronized freshness.
  • Automatic recalculation of Message Authentication Code.
• X.509 certificates CAPL API (X509API.vmodule)
  • Extensive CAPL functions to modify certificates for tests:
    • Evaluation of object contents
    • Verification
    • Signature generation
    • Generation of certificates
    • Support of Certificate Signing Requests (CSR)
  • Provision of certificates by the Security Manager.
• Extension of the COM interface for automated assignment of security profiles for SecOC, TLS and IPSec.
• Simple profile search in the dialog Security Configuration.
• Back end status display in status bar, available for OEM security packages with backend access.

Option SmartCharging

• GB/T 27930

  • The new sample configuration GB/T 27930 (2011) Simulation simulates a charging station and a battery management system communicating with each other according to GB/T 27930 (2011).

Test

• 64-bit support for test units and test modules.

  Note on Compatibility: Test units that were built with a vTESTstudio version prior to 2.2 are not supported any longer.

• Together with vTESTstudio 6

  • Extended support of DO (Distributed Objects) within test commands in the Test Table Editor and Diagram Editors, e.g. support of waveform command.

  • Test Table Editor: Support of background checks within loops (For, For Each, While).

  • State Diagram Editor: New element Composite State enables the comfortable description of sub states for complex state diagrams.

  • .NET Framework 4.7 can be selected as target framework, e.g. for the usage of external libraries.

  • CANoe Execution Adapter and execution plans from vTESTstudio now support the selection of variant properties for test units.

• CANoe Test Report Viewer

  • Test Cases can be annotated with "Reassessments":

    • A reassessment consists of a verdict and justification text.

    • New window with an overview of all reassessments in the report, including the ability to navigate to reassessed test cases, sorting and filtering.

    • Reassessments are included in all export formats and can be read, created or modified through the .NET API.

VT System / I/O Hardware

• Introduction of a COM Interface for VT System.

• Improvements of the time synchronization.

• Extension of the system variable interfaces, e.g. access on channel variables in CAPL also via interfaces.

• General modernization of the VT System GUI and Tools.

• Extension of the VT System Calibration Manager, e.g. start self-test and identification of modules in the rack.

• Extension of the GreenPhy Configurator to VT7971 and VH5110.

• Improvements of extended realtime performance.

• FPGA Manager: Simplification of the configuration of new projects.

• Update of the XIL API sample configurations.

• Migration of CANStressNL to 64-bit.

• Support of IOCab and the corresponding sample configuration is discontinued/removed.

Option Sensor

• Support of SENT extension SPC (Short PWM Code).

• SENT tick time can be set via CAPL (VT2710 only).

• New function SwitchSupplyVoltage enables or disables the sensor supply voltage of a simulated ECU.

• Support of Configuration Master functionality:
  • Master simulation supports configuration of devices of the network.
  • New CMT page in the CANopen Configuration window allows the selection of the NMT and CMT master.
  • On the CMT page a concised data stream with the configuration of each device can be generated and loaded into the CMT master.

• Core Functionality
  • The Ethernet Network Monitor is replaced by the Protocol Monitor. It supports a graphic representation of connections between endpoints for the following protocols:
    • [ISO/OSI Level 2] Ethernet, ARP, NDP
    • [ISO/OSI Level 3] ICMPv4, ICMPv6, IGMP, IPv4, IPv6
    • [ISO/OSI Level 4] TCP, UDP
    • [ISO/OSI Level 6] DHCP, DHCPv6, HTTP, SOME/IP
  • It is now possible to let external virtual ECUs participate in the network over a virtual (TUN/TAP) connection.
  • Support of AUTOSAR E2E Profil 44
  • The use of extended Ethernet logging is now recommended.
• Communication concept
  • Support of Container PDUs and Header-less PDUs
• Network-based access
  • The Port object has additional methods in CAPL and .NET
    • to get the port name
    • to get the network name
    • to get the segment name
    • to get the information if it is a physical port and if it is measured at the port
  • Added an option to disable forwarding of all simulation port events to the Measurement Setup, making it easier to focus exclusively on the measurement ports.
• TC10
  • Sleep/Wakeup events can be saved to BLF, MF4 and ASCII.
  • Sleep/Wakeup events can be handled in the new CAPL callback on ethPhyState.
  • New test functions: TestWaitForEthernetPhyState, TestWaitForEthernetLinkStatus
• Trace Window
  • Show more details of the IKEv2 protocol in the detailed view.
  • Programming
  • The AVB IL provides a handler for PTP events: OnPtpSendPrepare
• Programming
  • The AVB IL provides a handler for PTP events: OnPtpSendPrepare

• The J1939 Interaction Layer can automatically select a free address in case of an address conflict.

• Support for Functional Safety according to J1939-76 (dedicated SHM) and according to J1939 Digital Annex (for messages with built-in checksum).

• Simulation / fault injection with J1939 IL.

• Configuration with DBC.

• Analysis and stimulation with CAPL.

• Detection of violations in the Trace Window.

• Support of SENT extension SPC (Short PWM Code).

• SENT tick time can be set via CAPL (VT2710 only).

• New function SwitchSupplyVoltage enables or disables the sensor supply voltage of a simulated ECU.