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Introduction
The Project Generator allows the user to create project files for supported IDEs, to simplify the development and make use of external tools provided by the board manufacturers and IDE creators.
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user: ~/GOAL/tools/make/gen_project pip3 install -r requirements.txt |
Usage
Generate a Project
The following example describes the generation of a Profinet example application provided by port for an STM32 controller . To generate a project:
Choose an appropriate project at the GOAL directory at commandline
Code Block user: ~ cd GOAL/projects/goal_pnio/01_simple_io/gcc
Select platform
Code Block user: ~/GOAL/projects/goal_pnio/01_simple_io/gcc make select No platform selected, choose a platform - OR - press <CTRL+c> and set the PLATFORM environment variable. Choose platform: ... [ 13] stm32_cube_f429_eth_stand_alone (gcc) ... Choice [1-117]: 13 Selected platform: [ 13] stm32_cube_f429_eth_stand_alone
Invoke the project generator and choose IDE and template
Code Block user: ~/GOAL/projects/goal_pnio/01_simple_io/gcc make gen_project Platform selected by .platform file: stm32_cube_f429_eth_stand_alone Please select a template - OR - press <CTRL+c> and set the GEN_PROJECT_TPL environment variable. Choose IDE: [ 1] ccstudio [ 2] e2stu [ 3] eclipse [ 4] stmcubeide Choice [1-4]: 4 Choose template: ... [12] port/stmcubeide_stm32generic_f429_nucleo_eth [13] port/stmcubeide_stm32generic_f429_nucleo_eth_stand_alone [14] port/stmcubeide_stm32generic_f429_nucleo_eth_stand_alone_freertos ... Choice [1-14]: 12 Selected template: [12] stmcubeide/port/stmcubeide_stm32generic_f429_nucleo_eth ...
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The created project can now be imported into the choosen IDE. |
Import the generated Project
The follwoing Chapter describes the basic handling of the generated project file and how to import it into supported IDEs.
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The following Chapters describe the basic steps to import generated or by GOAL provided projects into the choosen IDE. Please refer also to the specific Platforms Pages for additional information regarding the platform setup, debugging et cetera. |
STM32CubeIDE
Open the IDE and select “Import projects…” [1]
Select “Existing Projects into Workspace”, [2] and select “Next >” [3]
Browse search-directory by “Browse” [4] and navigate to the extracted GOAL delivery [5]
Choose the appropriate protocol directoy and apply with “Select” [6]
Select the discovered project for your choosen platform and “Finish”
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The selected project should appear at the “Project Explorer” at the STM32CubeIDE. |
Code Composer Studio
Open the ccstudio and select “Import projects…” [1]
Select “CCS Projects” [2] and select “Next >” [3]
Browse search-directory by “Browse” [4] and navigate to the extracted GOAL delivery [5]
Choose the appropriate protocol directoy and apply with “Select” [6]
Select the discovered project and “Finish”
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The selected project should appear at the “Project Explorer” at the Code Composer Studio. |