Unverified Commit 7092743a authored by Vladimir Marchenko's avatar Vladimir Marchenko Committed by GitHub
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Doc: minor improvements in content and style

parent 05706801

CMSIS/Documentation/Doxygen/Compiler/src/images/cmsis_compiler_overview.png

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CMSIS/Documentation/Doxygen/General/src/revision_history.md

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@@ -4,8 +4,7 @@ The table on this page provides high-level overview of the CMSIS Base Software r 


In addition, each component of the CMSIS Base software has its own release history listed on following pages:



 - [**CMSIS-Core (Cortex-M) Revision History**](../Core/core_revisionHistory.html)

 - [**CMSIS-Core (Cortex-A) Revision History**](../Core_A/rev_histCoreA.html)

 - [**CMSIS-Core Revision History**](../Core/core_revisionHistory.html)

 - [**CMSIS-Driver Revision History**](../Driver/driver_revisionHistory.html)

 - [**CMSIS-RTOS2 Revision History**](../RTOS2/rtos_revisionHistory.html)
@@ -17,15 +16,29 @@ Release history of other CMSIS components and tools can be found in their docume 
      <th>Description</th>

    </tr>

    <tr>

      <td>6.0.0-dev</td>

      <td>6.0.0</td>

      <td>

       In development.



       - CMSIS-Core(A): 

       - CMSIS-Core(M): 

       - CMSIS-Driver: 

       - CMSIS-RTOS2: 

          - RTX 

       - CMSIS-Core: 6.0.0

         - Core(M) and Core(A) joined into single Core component

         - Core header files reworked, aligned with TRMs

         - Previously deprecated features removed

         - Dropped support for Arm Compiler 5

       - CMSIS-DSP: moved into separate pack

       - CMSIS-NN: moved into separate pack

       - CMSIS-RTOS: deprecated and removed

        - RTX4 is deprecated and removed

       - CMSIS-RTOS2: 2.3.0

         - OS Tick API moved from Device to CMSIS class

         - Added provisional support for processor affinity in SMP systems

         - RTX5 is moved into separate CMSIS-RTX pack

       - CMSIS-Driver: 2.9.0

         - Updated VIO API 1.0.0

         - Added GPIO Driver API 1.0.0

       - CMSIS-Pack: moved into Open-CMSIS-Pack project

       - CMSIS-SVD: moved into Open-CMSIS-Pack project

       - CMSIS-DAP: moved into separate repository

       - Devices: moved into separate Cortex_DFP pack

       - Utilities: moved into CMSIS-Toolbox project

      </td>

    </tr>

    <tr>

CMSIS/Documentation/Doxygen/RTOS2/src/images/thread_watchdogs.png

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CMSIS/Documentation/Doxygen/RTOS2/src/processIsolation.md

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@@ -254,7 +254,7 @@ If the thread watchdog is not restarted during the specified amount of ticks the 


Figure below explains the concept with an example:



!["Example use of Thread Watchdogs](./images/thread_watchdogs.png)

![Example use of Thread Watchdogs](./images/thread_watchdogs.png)



\ref rtos_process_isolation_faults provides more details on the available possibilities for system recovery.

CMSIS/Documentation/Doxygen/Toolbox/src/mainpage.md

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@@ -11,9 +11,9 @@ The CMSIS-Toolbox provides command-line tools for: 


CMSIS-Toolbox is actively maintained in a dedicated GitHub repository and released as a set of binary utilities.



 - [**CMSIS-Toolbox GitHub Repo**](https://github.com/Open-CMSIS-Pack/cmsis-toolbox) - contains the source code and releases.

 - [**CMSIS-Toolbox User Guide**](https://github.com/Open-CMSIS-Pack/cmsis-toolbox/blob/main/docs/README.md) - provides user documentation for the CMSIS-Toolbox.

 - [**CMSIS-Toolbox Artifacts**](https://artifacts.keil.arm.com/cmsis-toolbox/) - pre-built utilities for integration into IDEs and CI workflows.

 - [**CMSIS-Toolbox GitHub Repo**](https://github.com/Open-CMSIS-Pack/cmsis-toolbox) - contains the source code and releases.



## Overall Workflow
@@ -29,12 +29,12 @@ The `cbuild` command orchestrates the overall build process and calls individual 


 - Flexible CLI tools that can be used stand-alone or integrated into [VS Code](https://marketplace.visualstudio.com/items?itemName=Arm.keil-studio-pack) or DevOps systems for Continuous Integration (CI).

 - Stand-alone tools that are available for all host platforms (Windows, Mac, Linux) and flexible deployable.

 - Support for multiple toolchains (Arm, GCC, IAR, and LLVM compiler), even within the same set of project files and command line options to select different toolchains during verification.

 - [Software Packs](https://www.keil.arm.com/packs/) simplify tool setup with `device:` or `board:` selection and project creation with access to reusable software components.

 - Organize solutions with projects that are independently managed simplifies a wide range of use cases including multi-processor applications or unit testing.

 - Provisions for product lifecycle management (PLM) with versioned software packs that are easy to update and management for configuration files.

 - Software layers enable code reuse across similar applications with a pre-configured set of source files and software components.

 - Multiple hardware targets allow application deployment to different hardware (test board, production hardware, virtual hardware, etc.).

 - Multiple build types support software testing and verification (debug build, test build, release build, ect.).

 - Support for multiple toolchains, even within the same set of project files and command line options to select different toolchains during verification.

 - Linker Script Management utilizes device and board information to define the available memory and allows flexible control of the linker operation.

 - Uses a CMake backend for the build process that integrates with other tools such as VS Code intellisense.

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