Components Show Case
AvisosSite
import {LABsIncomplete,EaDIncomplete,LABsApoio} from '@site/src/components/AvisosSite';
LABsIncomplete
<!-- Alerta de que este conteúdo de laboratório está incompleto! -->
<LABsIncomplete />
A documentação desta atividade de laboratório está em processo de construção e por isso pode estar incompleta.
Utilize como base a descrição apresentada no Moodle da disciplina.
EaDIncomplete
<!-- Alerta de que este conteúdo de EaD está incompleto! -->
<EaDIncomplete />
A documentação desta atividade de EaD está em processo de construção e por isso pode estar incompleta.
Utilize como base a descrição apresentada no Moodle da disciplina.
LABsApoio
<!-- Info de que este conteúdo é de apoio! -->
<LABsApoio />
A documentação desta atividade de laboratório é complementar a documentação principal da disciplina.
Utilize como base a descrição apresentada no Moodle da disciplina.
InstructionsSite
import {VerifyDev1,VerifyDev2,GitConfig} from '@site/src/components/InstructionsSite';
import {STM32Tools,STM32Toolsv2,STM32ToolsFull} from '@site/src/components/InstructionsSite';
import {DevTools,DevToolsv2} from '@site/src/components/InstructionsSite';
VerifyDev1
import {VerifyDev1} from '@site/src/components/InstructionsSite';
<!-- Verifique o seu ambiente dev, git, gh e code -->
<VerifyDev1 />
Verifique o seu ambiente de desenvolvimento!
Versão do git e configurações:
git --version
git config --list --show-origin
Versão do GitHub CLI e status de login:
gh --version
gh auth status
Versão do Visual Studio Code e extensões instaladas:
code -v
code --list-extensions --profile "STM32"
VerifyDev2
import {VerifyDev2} from '@site/src/components/InstructionsSite';
<!-- Verifique o seu ambiente dev, git, gh, code, gcc e gdb -->
<VerifyDev2 />
Verifique o seu ambiente de desenvolvimento!
Versão do git e configurações:
git --version
git config --list --show-origin
Versão do GitHub CLI e status de login:
gh --version
gh auth status
Versão do Visual Studio Code e extensões instaladas:
code -v
code --list-extensions --profile "STM32"
Versão do gcc e gdb instaladas:
gcc --version
gbd --version
GitConfig
import {GitConfig} from '@site/src/components/InstructionsSite';
<!-- Configure o git -->
<GitConfig />
Configure a ferramenta git
Configure o nome de usuário para todos os repositórios locais ligados às suas transações de commit:
git config --global user.name "Your Name"
Configure o email de usuário para todos os repositórios locais ligados às suas transações de commit:
git config --global user.email "you@example.com"
É recomendado verificar se a instalação do seu Git não está realizando nenhuma transformação entre LFs e CRLFs.
git config --global core.autocrlf false
Configure o git para usar o Visual Studio Code como editor padrão para tarefas como escrever mensagens de commit ou rebases interativos
git config --global core.editor "code --wait"
Habilite a coloração automática da saída da linha de comando do Git:
git config --global color.ui auto
Configura o Git para usar main como o nome do branch padrão sempre que você inicializar um novo repositório localmente:
git config --global init.defaultBranch main
Liste as configurações aplicadas:
git config --list --show-origin
GitLogOut
import {GitLogOut} from '@site/src/components/InstructionsSite';
<!-- Logout do seu ambiente dev, git e gh -->
<GitLogOut />
Faça Logout do seu ambiente de desenvolvimento!
Para o git "esquecer" suas informações salvas:
git credential-manager erase
Ou liste suas credenciais:
cmdkey /list | findstr "github"
Exclua a credencial:
cmdkey /delete:git:https://github.com
Logout do GitHub CLI:
gh auth logout
STM32Tools
import {STM32Tools} from '@site/src/components/InstructionsSite';
<!-- List of STM32Cube Tools -->
<STM32Tools />
- STM32CubeMX
- STM32CubeCLT
- ST-MCU-FINDER
- STM32CubeProg
- STM32CubeMonitor
STM32CubeMX is an initialization code generator.
- STM32CubeMX is a graphical tool that allows a very easy configuration of STM32 microcontrollers and microprocessors, as well as the generation of the corresponding initialization C code for the Arm® Cortex®-M core or a partial Linux® Device Tree for Arm® Cortex®-A core, through a step-by-step process.
STM32CubeCLT is an all-in-one multi-OS command-line toolset, which is part of the STM32Cube ecosystem.
- STM32CubeCLT includes GNU C/C++ for Arm® toolchain executables, GDB debugger, and STM32CubeProgrammer (STM32CubeProg) utility. It provides system view descriptors for the entire STM32 MCU portfolio and associate each STM32 MCU and development board with the appropriate SVD.
STM32 and STM8 product finder for desktops.
- ST-MCU-FINDER-PC allows exploring and connecting to the complete portfolio of STM32 Arm® Cortex®-M, STM32 Arm® Cortex®-A7, and STM8 microcontrollers, microprocessors, development boards and examples directly from the developer’s desktop environment.
STM32CubeProg is an all-in-one multi-OS software tool for programming STM32 products.
- STM32CubeProg provides an easy-to-use and efficient environment for reading, writing, and verifying device memory through both the debug interface (JTAG and SWD) and the bootloader interface (UART and USB DFU, I2C, SPI, and CAN). STM32CubeProgrammer is delivered in GUI (graphical user interface) and CLI (command-line interface) versions.
STM32CubeMonitor is a Monitoring tool to test STM32 applications at run-time.
- STM32CubeMonitor family of tools helps to fine-tune and diagnose STM32 applications at run-time by reading and visualizing their variables in real-time. With non-intrusive monitoring, STM32CubeMonitor preserves the real-time behavior of applications, and perfectly complements traditional debugging tools to perform application profiling.
STM32Toolsv2
import {STM32Toolsv2} from '@site/src/components/InstructionsSite';
<!-- List of STM32Cube Tools -->
<STM32Toolsv2 />
- STM32CubeMX
- ST-MCU-FINDER
- STM32CubeProg
- STM32CubeMonitor
STM32CubeMX is an initialization code generator.
- STM32CubeMX is a graphical tool that allows a very easy configuration of STM32 microcontrollers and microprocessors, as well as the generation of the corresponding initialization C code for the Arm® Cortex®-M core or a partial Linux® Device Tree for Arm® Cortex®-A core, through a step-by-step process.
STM32 and STM8 product finder for desktops.
- ST-MCU-FINDER-PC allows exploring and connecting to the complete portfolio of STM32 Arm® Cortex®-M, STM32 Arm® Cortex®-A7, and STM8 microcontrollers, microprocessors, development boards and examples directly from the developer’s desktop environment.
STM32CubeProg is an all-in-one multi-OS software tool for programming STM32 products.
- STM32CubeProg provides an easy-to-use and efficient environment for reading, writing, and verifying device memory through both the debug interface (JTAG and SWD) and the bootloader interface (UART and USB DFU, I2C, SPI, and CAN). STM32CubeProgrammer is delivered in GUI (graphical user interface) and CLI (command-line interface) versions.
STM32CubeMonitor is a Monitoring tool to test STM32 applications at run-time.
- STM32CubeMonitor family of tools helps to fine-tune and diagnose STM32 applications at run-time by reading and visualizing their variables in real-time. With non-intrusive monitoring, STM32CubeMonitor preserves the real-time behavior of applications, and perfectly complements traditional debugging tools to perform application profiling.
import {STM32ToolsFull} from '@site/src/components/InstructionsSite';
<!-- List of STM32Cube Tools -->
<STM32ToolsFull />
- STM32CubeMX
- STM32CubeCLT
- ST-MCU-FINDER
- STM32CubeProg
- STM32CubeMonitor
- STM32CubeIDE
STM32Cube initialization code generator.
- STM32CubeMX is a graphical tool that allows a very easy configuration of STM32 microcontrollers and microprocessors, as well as the generation of the corresponding initialization C code for the Arm® Cortex®-M core or a partial Linux® Device Tree for Arm® Cortex®-A core, through a step-by-step process.
STM32CubeCLT is an all-in-one multi-OS command-line toolset, which is part of the STM32Cube ecosystem.
- STM32CubeCLT includes GNU C/C++ for Arm® toolchain executables, GDB debugger, and STM32CubeProgrammer (STM32CubeProg) utility. It provides system view descriptors for the entire STM32 MCU portfolio and associate each STM32 MCU and development board with the appropriate SVD.
STM32 and STM8 product finder for desktops.
- ST-MCU-FINDER-PC allows exploring and connecting to the complete portfolio of STM32 Arm® Cortex®-M, STM32 Arm® Cortex®-A7, and STM8 microcontrollers, microprocessors, development boards and examples directly from the developer’s desktop environment.
STM32CubeProg is an all-in-one multi-OS software tool for programming STM32 products.
- STM32CubeProg provides an easy-to-use and efficient environment for reading, writing, and verifying device memory through both the debug interface (JTAG and SWD) and the bootloader interface (UART and USB DFU, I2C, SPI, and CAN). STM32CubeProgrammer is delivered in GUI (graphical user interface) and CLI (command-line interface) versions.
Monitoring tool to test STM32 applications at run-time.
- STM32CubeMonitor family of tools helps to fine-tune and diagnose STM32 applications at run-time by reading and visualizing their variables in real-time. With non-intrusive monitoring, STM32CubeMonitor preserves the real-time behavior of applications, and perfectly complements traditional debugging tools to perform application profiling.
Integrated Development Environment for STM32.
- STM32CubeIDE is an advanced C/C++ development platform with peripheral configuration, code generation, code compilation, and debug features for STM32 microcontrollers and microprocessors. It is based on the Eclipse®/CDT™ framework and GCC toolchain for the development, and GDB for the debugging.
DevTools
import {DevTools} from '@site/src/components/InstructionsSite';
<!-- List of Dev Tools -->
<DevTools />
- Git SCM
- GitHub CLI
- VS Code
Git is the most widely used source-code management tool among professional developers.
- Git is a free and open source distributed version control system designed to handle everything from small to very large projects with speed and efficiency.
winget install --id Git.Git -e --source winget
Configurações do git:
git config --list --show-origin
GitHub CLI brings GitHub to your terminal.
- GitHub CLI is a command line tool that allows you to interact with GitHub from the command line. It is available for Windows, macOS, and Linux.
winget install --id GitHub.cli -e --source winget
Status de login do GitHub CLI:
gh auth status
Visual Studio Code: IDE and Code Editor for Software Development.
- VS Code is a free source-code editor made by Microsoft for Windows, Linux and macOS. It includes support for debugging, embedded Git control, syntax highlighting, intelligent code completion, snippets, and code refactoring.
winget install --id Microsoft.VisualStudioCode -e --source winget
Extensões instaladas do Visual Studio Code para o perfil STM32:
code --list-extensions --profile "STM32"
DevToolsv2
import {DevToolsv2} from '@site/src/components/InstructionsSite';
<!-- List of Dev Tools -->
<DevToolsv2 />
- Git SCM
- GitHub CLI
- VS Code
- STM32CubeIDE
- PlatformIO
Git is the most widely used source-code management tool among professional developers.
- Git is a free and open source distributed version control system designed to handle everything from small to very large projects with speed and efficiency.
winget install --id Git.Git -e --source winget
Configurações do git:
git config --list --show-origin
GitHub CLI brings GitHub to your terminal.
- GitHub CLI is a command line tool that allows you to interact with GitHub from the command line. It is available for Windows, macOS, and Linux.
winget install --id GitHub.cli -e --source winget
Status de login do GitHub CLI:
gh auth status
Visual Studio Code: IDE and Code Editor for Software Development.
- VS Code is a free source-code editor made by Microsoft for Windows, Linux and macOS. It includes support for debugging, embedded Git control, syntax highlighting, intelligent code completion, snippets, and code refactoring.
winget install --id Microsoft.VisualStudioCode -e --source winget
Extensões instaladas do Visual Studio Code para o perfil STM32:
code --list-extensions --profile "STM32"
STM32CubeIDE for Visual Studio Code: development experience for STM32 microcontrollers.
- STM32CubeIDE for Visual Studio Code is designed to enhance the development experience for STM32 microcontrollers by providing a comprehensive and updatable set of tools. The extension pack allow users to install one single pack bringing a full STM32 IDE experience into VS Code.
code --install-extension stmicroelectronics.stm32-vscode-extension --profile "STM32"
PlatformIO IDE for VSCode: Your Gateway to Embedded Software Development Excellence.
- PlatformIO IDE for VSCode Unlock the true potential of embedded software development with PlatformIO’s collaborative ecosystem, embracing declarative principles, test-driven methodologies, and modern toolchains for unrivaled success.
code --install-extension platformio.platformio-ide --profile "STM32IO"
You need to edit the system environment variable called Path and append %USERPROFILE%\.platformio\penv\Scripts\ path in the beginning of the list.
LabFromTemplate
import LabFromTemplate from "@site/src/components/LabFromTemplate";
LAB00
<!-- Criar repositório no GitHub com base no template do laboratório -->
<LabFromTemplate labNumber="LAB00" />
- A
- B
- C
- D
- E
- F
- G
- H
- I
- J
- K
- L
- X
- Grupo S22-A: https://github.com/ELT73A-S22-2026-1-A
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-A/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-A/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-B: https://github.com/ELT73A-S22-2026-1-B
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-B/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-B/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-C: https://github.com/ELT73A-S22-2026-1-C
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-C/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-C/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-D: https://github.com/ELT73A-S22-2026-1-D
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-D/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-D/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-E: https://github.com/ELT73A-S22-2026-1-E
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-E/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-E/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-F: https://github.com/ELT73A-S22-2026-1-F
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-F/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-F/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-G: https://github.com/ELT73A-S22-2026-1-G
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-G/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-G/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-H: https://github.com/ELT73A-S22-2026-1-H
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-H/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-H/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-I: https://github.com/ELT73A-S22-2026-1-I
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-I/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-I/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-J: https://github.com/ELT73A-S22-2026-1-J
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-J/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-J/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-K: https://github.com/ELT73A-S22-2026-1-K
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-K/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-K/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-L: https://github.com/ELT73A-S22-2026-1-L
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-L/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-L/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-X: https://github.com/ELT73A-S22-2026-1-X
- LAB Template: https://github.com/ELT73A-LAB-TPL/LAB00
Use o comando abaixo para criar o repositório no GitHub com base no template do laboratório LAB00:
gh repo create ELT73A-S22-2026-1-X/LAB00 --private -p ELT73A-LAB-TPL/LAB00
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-X/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
LabFromScratch
import LabFromScratch from "@site/src/components/LabFromScratch";
LAB00
<!-- Criar repositório no GitHub com base no comando -->
<LabFromScratch repoName="LAB00" opts="--add-readme -c -l mit -g C"/>
- A
- B
- C
- D
- E
- F
- G
- H
- I
- J
- K
- L
- X
- Grupo S22-A: https://github.com/ELT73A-S22-2026-1-A
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-A/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-A/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-B: https://github.com/ELT73A-S22-2026-1-B
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-B/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-B/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-C: https://github.com/ELT73A-S22-2026-1-C
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-C/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-C/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-D: https://github.com/ELT73A-S22-2026-1-D
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-D/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-D/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-E: https://github.com/ELT73A-S22-2026-1-E
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-E/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-E/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-F: https://github.com/ELT73A-S22-2026-1-F
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-F/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-F/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-G: https://github.com/ELT73A-S22-2026-1-G
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-G/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-G/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-H: https://github.com/ELT73A-S22-2026-1-H
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-H/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-H/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-I: https://github.com/ELT73A-S22-2026-1-I
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-I/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-I/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-J: https://github.com/ELT73A-S22-2026-1-J
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-J/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-J/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-K: https://github.com/ELT73A-S22-2026-1-K
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-K/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-K/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-L: https://github.com/ELT73A-S22-2026-1-L
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-L/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-L/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"
- Grupo S22-X: https://github.com/ELT73A-S22-2026-1-X
Use o comando abaixo para criar o repositório no GitHub:
gh repo create ELT73A-S22-2026-1-X/LAB00 --add-readme -c -l mit -g C
Visualize o repositório:
gh repo view ELT73A-S22-2026-1-X/LAB00 --web
Abra o repositório clonado no VS Code:
code LAB00 --profile "STM32"