* All Warnings omitted
Now all warnings that came up in previous versions are fixed in a clean way directly in the code.
Inlcudes:
Shadowing
Missing default cases
Missing cases in switch statements
unused variables
Pointer problems
Function declarations' visibility
* Default case for NMTsendCommand
Default case was not catched before and could led to errors.
* fix typo when omitting warnings
* Omitting more warnings, and fix TIME->CANrxNew nulling
Inlcudes:
large integer implicitly truncated to unsigned type
this statement may fall through
* rename CO_this to co
* fix CO_process_SYNC name (CANopenNode master merging issue)
Co-authored-by: Michele B. <MicheleBlank@gmx-topmail.de>
----
Verified before merge. It is cleanup, no deep changes.
Created a single header file (`CO_driver.h`) to declare the functions
of the drivers API. This forces drivers to use a common API.
Previously, each driver declared these functions in its specific
`CO_driver.h` file. This causes two issues:
1. while these functions are used in target-independent code,
the declarations could be target specific, leading to API/ABI
compatibility issues.
2. the declarations were duplicated for each driver.
The `CO_driver.h` files for each driver were renamed to
`CO_driver_target.h`. This file is included from `CO_driver.h`.
Added a new header for types: `CO_types.h`. This file currently
holds the definition of `CO_ReturnError_t` that was previously
duplicated for all drivers. Added a few enum values to support
the `neuberger-socketCAN` code.
Previously, the address of the CAN device (`CANbaseAddress`)
was specified as a signed or unsigned integer of variable size.
This made the ABI specific for each driver and is not generic
enough for some use cases.
Replaced all usages by using a void pointer instead.
Renamed `CANbaseAddress` to `CANdevicePtr`.
Refactored the code where it needed to be (some comparisons to -1).
Use a pointer to a user-defined variable/structure instead of
a 32-bit integer for CANbaseAddress. Renamed CANbaseAddress
to CANbaseStruct to reflect that change in behavior.
This is more modular and avoids casts.
