Getting Started With The Tool Chain; Downloading The Integrated Development Environment (Ide); Installing The Aducm355 Support Package; Changed Getting Started With The Tool Chain Section To Getting Started With The Tool Chain Section - Analog Devices EVAL-ADuCM355QSPZ Manual

UG-1308

GETTING STARTED WITH THE TOOL CHAIN

DOWNLOADING THE INTEGRATED
DEVELOPMENT ENVIRONMENT (IDE)
The ADUCM355 firmware examples use either the IAR
Embedded Workbench® or Keil μVision® IDEs to run the
firmware. Ensure that a full or evaluation version of either
software is downloaded and installed to run the example
applications. IAR Embedded Workbench supports the
ADUCM355 with Version 8.32.1 and later for ARM. Keil μVision
supports Version 5.28 and later.
INSTALLING THE ADuCM355
The ADUCM355 firmware examples are source controlled on
www.GitHub.com. To clone the repository, execute the
following command of the Git command line:
git clone --
recursive https://github.com/analogdevicesin
c/aducm355-examples.git
This command downloads the main repository and the
submodules. If the code from the web browser downloads, the
examples/ad5940lib folder does not download automatically and
compilation errors occur. Download the code manually from
GitHub in the shared library file that contains the
examples and the AD5940 example. Both devices have the same
analog front end.
When using Keil μVision, the
can be downloaded as part of a Cortex® microcontroller
software interface standard (CMSIS) pack. Download the pack
from GitHub.
The sample firmware contains the following folders:

The common folder contains all library files common
to all applications.

The examples folder contains specific example
projects. This folder is divided into the following three
subfolders:

The AnalogDie folder contains example projects that
demonstrate how to use specific blocks on the analog die.

The DigitalDie folder contains examples that
demonstrate how to use the digital die and peripherals
2
such as SPI or I C.

The ApplicationExamples folder contains application
level examples such as M355_ECSns_DualWE, which
demonstrates how to configure a dual working electrode
sensor and calculate gas parts per million (PPM)
readings.

The inc folder contains files included for the
microprocessor.
SUPPORT PACKAGE
ADUCM355
ADUCM355 device family pack
EVAL-ADuCM355QSPZ
RUNNING A GPIO EXAMPLE IN IAR EMBEDDED
WORKBENCH
The ADUCM355
Embedded Workbench. To use IAR Embedded Workbench,
clone the repository from the GitHub directory, as described in
the Installing the ADuCM355 Support Package section. To run
the general-purpose input/output (GPIO) example, navigate to
examples > DigitalDie > M355_GPIO > iar. Double click the
M355_GPIO.eww file to open the project in the IAR Embedded
Workbench (see Figure 8).
Figure 8. M355_GPIO.eww File Location
Project Folder Structure
The IAR Embedded Workbench project folder structure is
shown to the left of the IAR Embedded Workbench window
(see Figure 9). The app folder contains files specific to the open
application. In Figure 9, M355_GPIO.c is the example shown.
The common folder contains the required library files for the
open application. For the GPIO example, the library files are
ad5940.c, ClkLib.c, DioLib.c, IntLib.c, and UrtLib.c. The
startup folder contains start-up files for the microprocessor, and
the Output folder contains the files that are autogenerated by
the IDE. All subsequent firmware examples follow this folder
structure in the IAR Embedded Workbench.
Rev. A | Page 8 of 24
Evaluation Board
CMSIS pack is not supported for IAR