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Windows support included

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Eric Ratliff
2026-01-21 08:00:25 -06:00
parent 81452a8670
commit 63827dba58
15 changed files with 1342 additions and 0 deletions
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117
windows/create-gradle-wrapper.bat Normal file
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@echo off
REM Create Gradle wrapper files
setlocal
set "PROJECT_DIR=%~1"
REM Create gradle wrapper directory
mkdir "%PROJECT_DIR%\gradle\wrapper" 2>nul
REM Create gradle-wrapper.properties
(
echo distributionBase=GRADLE_USER_HOME
echo distributionPath=wrapper/dists
echo distributionUrl=https\://services.gradle.org/distributions/gradle-8.5-bin.zip
echo networkTimeout=10000
echo zipStoreBase=GRADLE_USER_HOME
echo zipStorePath=wrapper/dists
) > "%PROJECT_DIR%\gradle\wrapper\gradle-wrapper.properties"
REM Create gradlew.bat
(
echo @rem
echo @rem Copyright 2015 the original author or authors.
echo @rem
echo @rem Licensed under the Apache License, Version 2.0 ^(the "License"^);
echo @rem you may not use this file except in compliance with the License.
echo @rem You may obtain a copy of the License at
echo @rem
echo @rem https://www.apache.org/licenses/LICENSE-2.0
echo @rem
echo @rem Unless required by applicable law or agreed to in writing, software
echo @rem distributed under the License is distributed on an "AS IS" BASIS,
echo @rem WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
echo @rem See the License for the specific language governing permissions and
echo @rem limitations under the License.
echo @rem
echo.
echo @if "%%DEBUG%%"=="" @echo off
echo @rem ##########################################################################
echo @rem
echo @rem Gradle startup script for Windows
echo @rem
echo @rem ##########################################################################
echo.
echo @rem Set local scope for the variables with windows NT shell
echo if "%%OS%%"=="Windows_NT" setlocal
echo.
echo set DIRNAME=%%~dp0
echo if "%%DIRNAME%%"=="" set DIRNAME=.
echo set APP_BASE_NAME=%%~n0
echo set APP_HOME=%%DIRNAME%%
echo.
echo @rem Resolve any "." and ".." in APP_HOME to make it shorter.
echo for %%%%i in ^("%%APP_HOME%%"^) do set APP_HOME=%%%%~fi
echo.
echo @rem Add default JVM options here. You can also use JAVA_OPTS and GRADLE_OPTS to pass JVM options to this script.
echo set DEFAULT_JVM_OPTS="-Xmx64m" "-Xms64m"
echo.
echo @rem Find java.exe
echo if defined JAVA_HOME goto findJavaFromJavaHome
echo.
echo set JAVA_EXE=java.exe
echo %%JAVA_EXE%% -version ^>NUL 2^>^&1
echo if "%%ERRORLEVEL%%"=="0" goto execute
echo.
echo echo.
echo echo ERROR: JAVA_HOME is not set and no 'java' command could be found in your PATH.
echo echo.
echo echo Please set the JAVA_HOME variable in your environment to match the
echo echo location of your Java installation.
echo.
echo goto fail
echo.
echo :findJavaFromJavaHome
echo set JAVA_HOME=%%JAVA_HOME:"=%%
echo set JAVA_EXE=%%JAVA_HOME%%/bin/java.exe
echo.
echo if exist "%%JAVA_EXE%%" goto execute
echo.
echo echo.
echo echo ERROR: JAVA_HOME is set to an invalid directory: %%JAVA_HOME%%
echo echo.
echo echo Please set the JAVA_HOME variable in your environment to match the
echo echo location of your Java installation.
echo.
echo goto fail
echo.
echo :execute
echo @rem Setup the command line
echo.
echo set CLASSPATH=%%APP_HOME%%\gradle\wrapper\gradle-wrapper.jar
echo.
echo @rem Execute Gradle
echo "%%JAVA_EXE%%" %%DEFAULT_JVM_OPTS%% %%JAVA_OPTS%% %%GRADLE_OPTS%% "-Dorg.gradle.appname=%%APP_BASE_NAME%%" -classpath "%%CLASSPATH%%" org.gradle.wrapper.GradleWrapperMain %%*
echo.
echo :end
echo @rem End local scope for the variables with windows NT shell
echo if "%%ERRORLEVEL%%"=="0" goto mainEnd
echo.
echo :fail
echo rem Set variable GRADLE_EXIT_CONSOLE if you need the _script_ return code instead of
echo rem the _cmd.exe /c_ return code!
echo if not "" == "%%GRADLE_EXIT_CONSOLE%%" exit 1
echo exit /b 1
echo.
echo :mainEnd
echo if "%%OS%%"=="Windows_NT" endlocal
echo.
echo :omega
) > "%PROJECT_DIR%\gradlew.bat"
REM Create minimal gradle-wrapper.jar placeholder message
echo Note: Download gradle-wrapper.jar from https://services.gradle.org/distributions/ > "%PROJECT_DIR%\gradle\wrapper\gradle-wrapper.jar.txt"
echo Or run: gradlew wrapper to generate the complete wrapper >> "%PROJECT_DIR%\gradle\wrapper\gradle-wrapper.jar.txt"
endlocal
exit /b 0

56
windows/generate-build-gradle.bat Normal file
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@echo off
REM Generate build.gradle.kts file
setlocal
set "PROJECT_DIR=%~1"
(
echo plugins {
echo java
echo }
echo.
echo repositories {
echo mavenCentral^(^)
echo google^(^)
echo }
echo.
echo dependencies {
echo // Testing ^(runs on PC without SDK^)
echo testImplementation^("org.junit.jupiter:junit-jupiter:5.10.0"^)
echo testRuntimeOnly^("org.junit.platform:junit-platform-launcher"^)
echo testImplementation^("org.mockito:mockito-core:5.5.0"^)
echo }
echo.
echo java {
echo sourceCompatibility = JavaVersion.VERSION_11
echo targetCompatibility = JavaVersion.VERSION_11
echo }
echo.
echo tasks.test {
echo useJUnitPlatform^(^)
echo testLogging {
echo events^("passed", "skipped", "failed"^)
echo showStandardStreams = false
echo exceptionFormat = org.gradle.api.tasks.testing.logging.TestExceptionFormat.FULL
echo }
echo }
echo.
echo // Task to deploy to FTC SDK
echo tasks.register^<Copy^>^("deployToSDK"^) {
echo group = "deployment"
echo description = "Deploy robot code to FTC SDK TeamCode module"
echo.
echo from^("src/main/java"^) {
echo include^("robot/**/*.java"^)
echo }
echo.
echo into^(layout.projectDirectory.dir^("../ftc-sdk/TeamCode/src/main/java"^)^)
echo.
echo doLast {
echo println^("Code deployed to TeamCode - ready to build APK"^)
echo }
echo }
) > "%PROJECT_DIR%\build.gradle.kts"
endlocal
exit /b 0

56
windows/generate-build-script.bat Normal file
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@echo off
REM Generate build.bat helper script
setlocal
set "PROJECT_DIR=%~1"
(
echo @echo off
echo REM Quick build/check script for FTC project
echo.
echo setlocal
echo.
echo set CLEAN=0
echo.
echo :parse_args
echo if "%%~1"=="" goto args_done
echo if /i "%%~1"=="--clean" set CLEAN=1
echo if /i "%%~1"=="-c" set CLEAN=1
echo shift
echo goto parse_args
echo.
echo :args_done
echo.
echo if %%CLEAN%%==1 ^(
echo echo Cleaning build...
echo call gradlew clean
echo ^)
echo.
echo echo Building and testing...
echo call gradlew build test
echo.
echo if errorlevel 1 ^(
echo echo.
echo echo Build FAILED - check errors above
echo exit /b 1
echo ^)
echo.
echo echo.
echo echo ================================================================
echo echo Build Successful!
echo echo ================================================================
echo echo.
echo echo Your code compiles and all tests pass.
echo echo Ready to deploy to robot when you are.
echo echo.
echo echo Next steps:
echo echo 1. Uncomment FTC imports in hardware and opmodes
echo echo 2. Run: deploy-to-robot.bat
echo echo.
echo.
echo endlocal
echo exit /b 0
) > "%PROJECT_DIR%\build.bat"
endlocal
exit /b 0

192
windows/generate-deploy-script.bat Normal file
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@echo off
REM Generate deploy-to-robot.bat script
setlocal
set "PROJECT_DIR=%~1"
(
echo @echo off
echo REM Deploy FTC project to Control Hub
echo.
echo setlocal enabledelayedexpansion
echo.
echo set "CONTROL_HUB_IP=192.168.43.1"
echo set "CONTROL_HUB_PORT=5555"
echo set "FORCE_USB=0"
echo set "FORCE_WIFI=0"
echo set "SHOW_HELP=0"
echo.
echo :parse_args
echo if "%%~1"=="" goto args_done
echo if /i "%%~1"=="-h" set "SHOW_HELP=1" ^& goto next_arg
echo if /i "%%~1"=="--help" set "SHOW_HELP=1" ^& goto next_arg
echo if /i "%%~1"=="--usb" set "FORCE_USB=1" ^& goto next_arg
echo if /i "%%~1"=="--wifi" set "FORCE_WIFI=1" ^& goto next_arg
echo if /i "%%~1"=="-i" set "CONTROL_HUB_IP=%%~2" ^& shift ^& goto next_arg
echo if /i "%%~1"=="--ip" set "CONTROL_HUB_IP=%%~2" ^& shift ^& goto next_arg
echo :next_arg
echo shift
echo goto parse_args
echo.
echo :args_done
echo.
echo if %%SHOW_HELP%%==1 ^(
echo echo ================================================================
echo echo FTC Project Deployment - Deploy to Robot
echo echo ================================================================
echo echo.
echo echo Deploys your robot code to the Control Hub and installs APK.
echo echo.
echo echo USAGE:
echo echo deploy-to-robot.bat [options]
echo echo.
echo echo OPTIONS:
echo echo --usb Force USB connection
echo echo --wifi Force WiFi Direct connection
echo echo -i, --ip ^<ip^> Custom Control Hub IP
echo echo -h, --help Show this help
echo echo.
echo echo EXAMPLES:
echo echo deploy-to-robot.bat Auto-detect connection
echo echo deploy-to-robot.bat --usb Use USB only
echo echo deploy-to-robot.bat --wifi Use WiFi Direct
echo echo deploy-to-robot.bat -i 192.168.1.100 Custom IP
echo echo.
echo exit /b 0
echo ^)
echo.
echo echo ================================================================
echo echo FTC Project Deployment - Deploy to Robot
echo echo ================================================================
echo echo.
echo.
echo echo Step 1: Deploying code to SDK TeamCode...
echo call gradlew deployToSDK
echo if errorlevel 1 ^(
echo echo Error: Failed to deploy code
echo exit /b 1
echo ^)
echo echo + Code deployed
echo echo.
echo.
echo echo Step 2: Building APK...
echo cd /d "%%USERPROFILE%%\ftc-sdk"
echo if not exist "%%CD%%\build.gradle" ^(
echo echo Error: FTC SDK not found at %%USERPROFILE%%\ftc-sdk
echo exit /b 1
echo ^)
echo.
echo call gradlew build
echo if errorlevel 1 ^(
echo echo Error: APK build failed
echo exit /b 1
echo ^)
echo.
echo set "APK_PATH=%%CD%%\FtcRobotController\build\outputs\apk\debug\FtcRobotController-debug.apk"
echo if not exist "!APK_PATH!" ^(
echo echo Error: APK not found at expected location
echo echo Expected: !APK_PATH!
echo exit /b 1
echo ^)
echo echo + APK built successfully
echo echo.
echo.
echo echo Step 3: Installing to Control Hub...
echo echo.
echo.
echo where adb ^>nul 2^>^&1
echo if errorlevel 1 ^(
echo echo Error: 'adb' not found in PATH
echo echo.
echo echo Install Android SDK Platform Tools and add to PATH:
echo echo https://developer.android.com/studio/releases/platform-tools
echo echo.
echo exit /b 1
echo ^)
echo.
echo set "INSTALLED=0"
echo.
echo REM Try USB first
echo if %%FORCE_WIFI%%==0 ^(
echo echo Checking for USB connection...
echo for /f "delims=" %%%%i in ^('adb devices ^| find "device" ^| find /v "List"'^) do set USB_FOUND=1
echo.
echo if defined USB_FOUND ^(
echo echo + Control Hub connected via USB
echo echo.
echo adb install -r "!APK_PATH!"
echo if not errorlevel 1 set "INSTALLED=1"
echo ^) else ^(
echo if %%FORCE_USB%%==1 ^(
echo echo Error: No USB device found
echo echo Make sure Control Hub is connected and USB debugging is enabled
echo exit /b 1
echo ^) else ^(
echo echo No USB device detected
echo ^)
echo ^)
echo ^)
echo.
echo REM Try WiFi if USB didn't work
echo if "!INSTALLED!"=="0" if %%FORCE_USB%%==0 ^(
echo echo Trying WiFi connection to %%CONTROL_HUB_IP%%:%%CONTROL_HUB_PORT%%...
echo echo.
echo.
echo adb connect %%CONTROL_HUB_IP%%:%%CONTROL_HUB_PORT%% ^>nul 2^>^&1
echo timeout /t 2 /nobreak ^>nul
echo.
echo adb devices ^| find "%%CONTROL_HUB_IP%%" ^>nul
echo if not errorlevel 1 ^(
echo echo + Connected via WiFi
echo echo.
echo adb install -r "!APK_PATH!"
echo if not errorlevel 1 set "INSTALLED=1"
echo ^)
echo ^)
echo.
echo if "!INSTALLED!"=="0" ^(
echo echo.
echo echo ================================================================
echo echo Could not connect to Control Hub
echo echo ================================================================
echo echo.
echo echo Connection options:
echo echo.
echo echo 1. USB Connection ^(Recommended^)
echo echo - Plug Control Hub into computer with USB cable
echo echo - Run: deploy-to-robot.bat --usb
echo echo.
echo echo 2. WiFi Direct Connection
echo echo - Connect to 'FIRST-xxxx-RC' network
echo echo - Run: deploy-to-robot.bat --wifi
echo echo.
echo echo 3. Custom Network
echo echo - Find Control Hub IP on your network
echo echo - Run: deploy-to-robot.bat -i YOUR_IP
echo echo.
echo echo 4. Manual Install
echo echo - APK built at: !APK_PATH!
echo echo - Use Android Studio to deploy
echo echo.
echo exit /b 1
echo ^)
echo.
echo echo.
echo echo ================================================================
echo echo + Deployment Complete!
echo echo ================================================================
echo echo.
echo echo On Driver Station:
echo echo 1. Go to: OpModes menu
echo echo 2. Select: TeleOp -^> 'Main TeleOp'
echo echo 3. Press: INIT, then START
echo echo.
echo echo Your code is now running on the robot! 🤖
echo echo.
echo.
echo endlocal
echo exit /b 0
) > "%PROJECT_DIR%\deploy-to-robot.bat"
endlocal
exit /b 0

81
windows/generate-drive-subsystem.bat Normal file
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@echo off
REM Generate Drive.java subsystem
setlocal
set "PROJECT_DIR=%~1"
(
echo package robot.subsystems;
echo.
echo import robot.Pose2d;
echo.
echo /**
echo * Drive subsystem - business logic only.
echo * Hardware interface defined as inner interface.
echo * Tests use inline mocks - no FTC SDK needed.
echo */
echo public class Drive {
echo private final Hardware hardware;
echo private Pose2d pose;
echo.
echo public Drive^(Hardware hardware^) {
echo this.hardware = hardware;
echo this.pose = new Pose2d^(^);
echo }
echo.
echo /**
echo * Drive using field-centric controls.
echo * @param forward Forward/backward speed ^(-1.0 to 1.0^)
echo * @param strafe Left/right speed ^(-1.0 to 1.0^)
echo * @param rotate Rotation speed ^(-1.0 to 1.0^)
echo */
echo public void drive^(double forward, double strafe, double rotate^) {
echo // Your drive logic here
echo double heading = hardware.getHeading^(^);
echo.
echo // Example: field-centric conversion
echo double cos = Math.cos^(heading^);
echo double sin = Math.sin^(heading^);
echo.
echo double rotatedForward = forward * cos - strafe * sin;
echo double rotatedStrafe = forward * sin + strafe * cos;
echo.
echo hardware.setPowers^(rotatedForward, rotatedStrafe, rotate^);
echo }
echo.
echo /**
echo * Stop all drive motors.
echo */
echo public void stop^(^) {
echo hardware.setPowers^(0, 0, 0^);
echo }
echo.
echo /**
echo * Get current estimated pose.
echo */
echo public Pose2d getPose^(^) {
echo return pose;
echo }
echo.
echo /**
echo * Hardware interface - implement this for real robot.
echo */
echo public interface Hardware {
echo /**
echo * Get robot heading in radians.
echo */
echo double getHeading^(^);
echo.
echo /**
echo * Set drive motor powers.
echo * @param forward Forward power
echo * @param strafe Strafe power
echo * @param rotate Rotation power
echo */
echo void setPowers^(double forward, double strafe, double rotate^);
echo }
echo }
) > "%PROJECT_DIR%\src\main\java\robot\subsystems\Drive.java"
endlocal
exit /b 0

77
windows/generate-drive-test.bat Normal file
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@echo off
REM Generate DriveTest.java
setlocal
set "PROJECT_DIR=%~1"
(
echo package robot.subsystems;
echo.
echo import org.junit.jupiter.api.Test;
echo import static org.junit.jupiter.api.Assertions.*;
echo.
echo /**
echo * Unit tests for Drive subsystem.
echo * Uses inline mock - no FTC SDK required.
echo */
echo class DriveTest {
echo.
echo /**
echo * Simple mock implementation of Drive.Hardware.
echo * Captures method calls for verification in tests.
echo */
echo static class MockHardware implements Drive.Hardware {
echo double lastForward = 0;
echo double lastStrafe = 0;
echo double lastRotate = 0;
echo double heading = 0;
echo int setPowersCallCount = 0;
echo.
echo @Override
echo public double getHeading^(^) {
echo return heading;
echo }
echo.
echo @Override
echo public void setPowers^(double forward, double strafe, double rotate^) {
echo this.lastForward = forward;
echo this.lastStrafe = strafe;
echo this.lastRotate = rotate;
echo this.setPowersCallCount++;
echo }
echo }
echo.
echo @Test
echo void testDriveCallsSetPowers^(^) {
echo MockHardware mock = new MockHardware^(^);
echo Drive drive = new Drive^(mock^);
echo.
echo drive.drive^(0.5, 0.3, 0.1^);
echo.
echo assertEquals^(1, mock.setPowersCallCount, "setPowers should be called once"^);
echo }
echo.
echo @Test
echo void testStopSetsZeroPower^(^) {
echo MockHardware mock = new MockHardware^(^);
echo Drive drive = new Drive^(mock^);
echo.
echo drive.stop^(^);
echo.
echo assertEquals^(0.0, mock.lastForward, 0.001^);
echo assertEquals^(0.0, mock.lastStrafe, 0.001^);
echo assertEquals^(0.0, mock.lastRotate, 0.001^);
echo }
echo.
echo @Test
echo void testGetPoseReturnsNonNull^(^) {
echo MockHardware mock = new MockHardware^(^);
echo Drive drive = new Drive^(mock^);
echo.
echo assertNotNull^(drive.getPose^(^), "Pose should never be null"^);
echo }
echo }
) > "%PROJECT_DIR%\src\test\java\robot\subsystems\DriveTest.java"
endlocal
exit /b 0

30
windows/generate-gitignore.bat Normal file
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@echo off
REM Generate .gitignore file
setlocal
set "PROJECT_DIR=%~1"
(
echo # Gradle
echo .gradle/
echo build/
echo.
echo # IDE
echo .idea/
echo *.iml
echo .vscode/
echo.
echo # OS
echo .DS_Store
echo Thumbs.db
echo.
echo # Java
echo *.class
echo *.log
echo.
echo # Gradle wrapper jar
echo gradle/wrapper/gradle-wrapper.jar
) > "%PROJECT_DIR%\.gitignore"
endlocal
exit /b 0

85
windows/generate-mecanum-drive.bat Normal file
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@echo off
REM Generate MecanumDrive.java hardware implementation
setlocal
set "PROJECT_DIR=%~1"
(
echo package robot.hardware;
echo.
echo import robot.subsystems.Drive;
echo.
echo // Uncomment when deploying to robot:
echo // import com.qualcomm.robotcore.hardware.DcMotor;
echo // import com.qualcomm.robotcore.hardware.HardwareMap;
echo // import com.qualcomm.robotcore.hardware.IMU;
echo // import org.firstinspires.ftc.robotcore.external.navigation.AngleUnit;
echo.
echo /**
echo * Mecanum drive hardware implementation.
echo * Implements Drive.Hardware interface.
echo *
echo * DEPLOYMENT NOTE:
echo * Uncomment FTC imports and implementation when ready to deploy.
echo * Keep commented during development/testing on PC.
echo */
echo public class MecanumDrive implements Drive.Hardware {
echo.
echo // Uncomment when deploying:
echo // private final DcMotor frontLeft;
echo // private final DcMotor frontRight;
echo // private final DcMotor backLeft;
echo // private final DcMotor backRight;
echo // private final IMU imu;
echo.
echo public MecanumDrive^(/* HardwareMap hardwareMap */^) {
echo // Uncomment when deploying:
echo // frontLeft = hardwareMap.get^(DcMotor.class, "frontLeft"^);
echo // frontRight = hardwareMap.get^(DcMotor.class, "frontRight"^);
echo // backLeft = hardwareMap.get^(DcMotor.class, "backLeft"^);
echo // backRight = hardwareMap.get^(DcMotor.class, "backRight"^);
echo // imu = hardwareMap.get^(IMU.class, "imu"^);
echo //
echo // // Configure motors
echo // frontLeft.setZeroPowerBehavior^(DcMotor.ZeroPowerBehavior.BRAKE^);
echo // frontRight.setZeroPowerBehavior^(DcMotor.ZeroPowerBehavior.BRAKE^);
echo // backLeft.setZeroPowerBehavior^(DcMotor.ZeroPowerBehavior.BRAKE^);
echo // backRight.setZeroPowerBehavior^(DcMotor.ZeroPowerBehavior.BRAKE^);
echo }
echo.
echo @Override
echo public double getHeading^(^) {
echo // Stub for testing - returns 0
echo return 0.0;
echo.
echo // Uncomment when deploying:
echo // return imu.getRobotYawPitchRollAngles^(^).getYaw^(AngleUnit.RADIANS^);
echo }
echo.
echo @Override
echo public void setPowers^(double forward, double strafe, double rotate^) {
echo // Stub for testing - does nothing
echo.
echo // Uncomment when deploying:
echo // // Mecanum drive kinematics
echo // double frontLeftPower = forward + strafe + rotate;
echo // double frontRightPower = forward - strafe - rotate;
echo // double backLeftPower = forward - strafe + rotate;
echo // double backRightPower = forward + strafe - rotate;
echo //
echo // // Normalize powers
echo // double maxPower = Math.max^(1.0, Math.max^(
echo // Math.max^(Math.abs^(frontLeftPower^), Math.abs^(frontRightPower^)^),
echo // Math.max^(Math.abs^(backLeftPower^), Math.abs^(backRightPower^)^)
echo // ^)^);
echo //
echo // frontLeft.setPower^(frontLeftPower / maxPower^);
echo // frontRight.setPower^(frontRightPower / maxPower^);
echo // backLeft.setPower^(backLeftPower / maxPower^);
echo // backRight.setPower^(backRightPower / maxPower^);
echo }
echo }
) > "%PROJECT_DIR%\src\main\java\robot\hardware\MecanumDrive.java"
endlocal
exit /b 0

37
windows/generate-pose2d.bat Normal file
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@echo off
REM Generate Pose2d.java
setlocal
set "PROJECT_DIR=%~1"
(
echo package robot;
echo.
echo /**
echo * Simple 2D pose representation ^(x, y, heading^).
echo * Pure data class - no dependencies.
echo */
echo public class Pose2d {
echo public final double x;
echo public final double y;
echo public final double heading;
echo.
echo public Pose2d^(double x, double y, double heading^) {
echo this.x = x;
echo this.y = y;
echo this.heading = heading;
echo }
echo.
echo public Pose2d^(^) {
echo this^(0, 0, 0^);
echo }
echo.
echo @Override
echo public String toString^(^) {
echo return String.format^("Pose2d^(x=%%.2f, y=%%.2f, heading=%%.2f^)", x, y, heading^);
echo }
echo }
) > "%PROJECT_DIR%\src\main\java\robot\Pose2d.java"
endlocal
exit /b 0

132
windows/generate-readme.bat Normal file
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@echo off
REM Generate project README.md
setlocal
set "PROJECT_DIR=%~1"
set "PROJECT_NAME=%~2"
(
echo # %PROJECT_NAME%
echo.
echo FTC robot project generated by FTC Project Generator.
echo.
echo ## Quick Start
echo.
echo ```batch
echo REM Run tests
echo gradlew test
echo.
echo REM Watch tests ^(auto-rerun^)
echo gradlew test --continuous
echo.
echo REM Build and check
echo build.bat
echo.
echo REM Deploy to robot
echo deploy-to-robot.bat
echo ```
echo.
echo ## Project Structure
echo.
echo ```
echo %PROJECT_NAME%\
echo +-- src\main\java\robot\
echo ^| +-- subsystems\ Your robot logic ^(tested on PC^)
echo ^| +-- hardware\ FTC hardware implementations
echo ^| +-- opmodes\ FTC OpModes for Control Hub
echo +-- src\test\java\robot\ Unit tests ^(run without robot^)
echo ```
echo.
echo ## Development Workflow
echo.
echo 1. **Write code** in `src/main/java/robot/`
echo 2. **Write tests** in `src/test/java/robot/`
echo 3. **Run tests** with `gradlew test --continuous`
echo 4. **Tests pass** → You're good!
echo.
echo ## Deployment to Robot
echo.
echo When ready to test on actual hardware:
echo.
echo 1. **Uncomment FTC imports** in:
echo - `src\main\java\robot\hardware\MecanumDrive.java`
echo - `src\main\java\robot\opmodes\TeleOp.java`
echo.
echo 2. **Run deployment script:**
echo ```batch
echo deploy-to-robot.bat
echo ```
echo.
echo The script will:
echo - Deploy your code to SDK TeamCode
echo - Build APK
echo - Install to Control Hub ^(via USB or WiFi^)
echo.
echo ### Connection Methods
echo.
echo - **USB**: Just plug in and run ^(recommended^)
echo - **WiFi**: Connect to 'FIRST-xxxx-RC' network ^(IP: 192.168.43.1^)
echo - **Custom**: `deploy-to-robot.bat -i 192.168.1.x`
echo.
echo ## Adding New Subsystems
echo.
echo Follow the pattern:
echo.
echo 1. **Create subsystem** with inner Hardware interface:
echo ```java
echo public class MySubsystem {
echo public interface Hardware {
echo void doThing^(^);
echo }
echo }
echo ```
echo.
echo 2. **Create test** with inline mock:
echo ```java
echo class MySubsystemTest {
echo static class MockHardware implements MySubsystem.Hardware {
echo boolean didThing = false;
echo public void doThing^(^) { didThing = true; }
echo }
echo }
echo ```
echo.
echo 3. **Create hardware impl** for robot ^(keep FTC imports commented during dev^)
echo.
echo ## Tips
echo.
echo - Keep FTC imports commented during development
echo - Write tests for everything - they run instantly on PC
echo - Use `gradlew test --continuous` for fast iteration
echo - Multiple projects can share the same FTC SDK
echo.
echo ## Commands
echo.
echo ```batch
echo REM Development ^(on PC^)
echo gradlew test Run all tests
echo gradlew test --continuous Watch mode
echo.
echo REM Before deployment
echo build.bat Check for compile errors
echo build.bat --clean Clean build
echo.
echo REM Deploy to robot
echo deploy-to-robot.bat Full deployment
echo deploy-to-robot.bat --help Show options
echo.
echo REM Other
echo gradlew clean Clean build artifacts
echo gradlew tasks List available tasks
echo ```
echo.
echo ## Generated by FTC Project Generator
echo.
echo This project structure separates your robot code from the FTC SDK,
echo making it easy to test on PC and deploy when ready.
echo.
echo For more information, see the FTC Project Generator documentation.
) > "%PROJECT_DIR%\README.md"
endlocal
exit /b 0

17
windows/generate-settings-gradle.bat Normal file
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@echo off
REM Generate settings.gradle.kts file
setlocal
set "PROJECT_DIR=%~1"
set "SDK_DIR=%~2"
REM Convert Windows path to forward slashes for Gradle
set "SDK_PATH=%SDK_DIR:\=/%"
(
echo // Include FTC SDK as composite build
echo includeBuild^("%SDK_PATH%"^)
) > "%PROJECT_DIR%\settings.gradle.kts"
endlocal
exit /b 0

71
windows/generate-teleop.bat Normal file
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@echo off
REM Generate TeleOp.java OpMode
setlocal
set "PROJECT_DIR=%~1"
(
echo package robot.opmodes;
echo.
echo import robot.hardware.MecanumDrive;
echo import robot.subsystems.Drive;
echo.
echo // Uncomment when deploying to robot:
echo // import com.qualcomm.robotcore.eventloop.opmode.OpMode;
echo // import com.qualcomm.robotcore.eventloop.opmode.TeleOp;
echo.
echo /**
echo * Main TeleOp OpMode.
echo *
echo * DEPLOYMENT NOTE:
echo * Uncomment FTC imports and @TeleOp annotation when ready to deploy.
echo * Keep commented during development/testing on PC.
echo */
echo // @TeleOp^(name="Main TeleOp"^)
echo public class TeleOp /* extends OpMode */ {
echo.
echo private Drive drive;
echo.
echo // Uncomment when deploying:
echo // @Override
echo public void init^(^) {
echo // Uncomment when deploying:
echo // MecanumDrive hardware = new MecanumDrive^(hardwareMap^);
echo // drive = new Drive^(hardware^);
echo //
echo // telemetry.addData^("Status", "Initialized"^);
echo // telemetry.update^(^);
echo }
echo.
echo // Uncomment when deploying:
echo // @Override
echo public void loop^(^) {
echo // Uncomment when deploying:
echo // // Get gamepad inputs
echo // double forward = -gamepad1.left_stick_y; // Inverted
echo // double strafe = gamepad1.left_stick_x;
echo // double rotate = gamepad1.right_stick_x;
echo //
echo // // Drive the robot
echo // drive.drive^(forward, strafe, rotate^);
echo //
echo // // Show telemetry
echo // telemetry.addData^("Forward", "%%.2f", forward^);
echo // telemetry.addData^("Strafe", "%%.2f", strafe^);
echo // telemetry.addData^("Rotate", "%%.2f", rotate^);
echo // telemetry.update^(^);
echo }
echo.
echo // Uncomment when deploying:
echo // @Override
echo public void stop^(^) {
echo // Uncomment when deploying:
echo // if ^(drive != null^) {
echo // drive.stop^(^);
echo // }
echo }
echo }
) > "%PROJECT_DIR%\src\main\java\robot\opmodes\TeleOp.java"
endlocal
exit /b 0

151
windows/show-success.bat Normal file
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@echo off
REM Display success message after project creation
setlocal
set "PROJECT_NAME=%~1"
set "PROJECT_DIR=%~2"
set "FTC_SDK_DIR=%~3"
set "FTC_VERSION=%~4"
echo.
echo ================================================================
echo + Project Created!
echo ================================================================
echo.
echo Project: %PROJECT_NAME%
echo Location: %PROJECT_DIR%
echo SDK: %FTC_SDK_DIR% ^(%FTC_VERSION%^)
echo Git: Initialized with initial commit
echo.
echo ================================================================
echo QUICK START
echo ================================================================
echo.
echo 1. Enter project and run tests:
echo cd %PROJECT_NAME%
echo gradlew test
echo.
echo 2. Watch tests ^(auto-rerun on save^):
echo gradlew test --continuous
echo.
echo ================================================================
echo PROJECT STRUCTURE
echo ================================================================
echo.
echo %PROJECT_NAME%\
echo +-- src\main\java\robot\
echo ^| +-- subsystems\
echo ^| ^| +-- Drive.java ^<-- Your robot logic ^(EDIT THIS^)
echo ^| +-- hardware\
echo ^| ^| +-- MecanumDrive.java ^<-- Hardware impl ^(EDIT THIS^)
echo ^| +-- opmodes\
echo ^| +-- TeleOp.java ^<-- FTC OpMode ^(EDIT THIS^)
echo ^|
echo +-- src\test\java\robot\
echo +-- subsystems\
echo +-- DriveTest.java ^<-- Unit tests ^(ADD MORE^)
echo.
echo ================================================================
echo DEVELOPMENT WORKFLOW
echo ================================================================
echo.
echo Day-to-day development ^(on your PC^):
echo.
echo 1. Edit code in src\main\java\robot\
echo 2. Edit tests in src\test\java\robot\
echo 3. Run: gradlew test --continuous
echo 4. Tests pass -^> you're good!
echo.
echo Example: Add a new subsystem:
echo.
echo REM Create subsystem with inner Hardware interface
echo src\main\java\robot\subsystems\Intake.java
echo.
echo REM Create test with inline mock
echo src\test\java\robot\subsystems\IntakeTest.java
echo.
echo REM Run tests
echo gradlew test
echo.
echo ================================================================
echo DEPLOYMENT TO ROBOT
echo ================================================================
echo.
echo When ready to test on actual robot:
echo.
echo 1. Uncomment FTC imports in:
echo - src\main\java\robot\hardware\MecanumDrive.java
echo - src\main\java\robot\opmodes\TeleOp.java
echo.
echo 2. Run deployment script:
echo deploy-to-robot.bat
echo.
echo The script will:
echo + Deploy your code to SDK
echo + Build APK
echo + Install to Control Hub ^(via USB or WiFi^)
echo.
echo Connection methods:
echo - USB: Just plug in and run
echo - WiFi: Connect to 'FIRST-xxxx-RC' network ^(IP: 192.168.43.1^)
echo - Custom: set CONTROL_HUB_IP=192.168.1.x ^&^& deploy-to-robot.bat
echo.
echo ================================================================
echo KEY FILES TO EDIT
echo ================================================================
echo.
echo Start here:
echo.
echo src\main\java\robot\subsystems\Drive.java
echo -^> Your drive logic, tested on PC
echo.
echo src\main\java\robot\hardware\MecanumDrive.java
echo -^> Real motor control ^(uncomment FTC code when deploying^)
echo.
echo src\main\java\robot\opmodes\TeleOp.java
echo -^> Your main OpMode ^(uncomment FTC code when deploying^)
echo.
echo src\test\java\robot\subsystems\DriveTest.java
echo -^> Unit tests - add more as you build!
echo.
echo ================================================================
echo USEFUL COMMANDS
echo ================================================================
echo.
echo Development ^(on PC^):
echo gradlew test Run all tests
echo gradlew test --continuous Watch mode ^(auto-rerun^)
echo.
echo Before deployment:
echo build.bat Check for compile errors
echo build.bat --clean Clean build
echo.
echo Deploy to robot:
echo deploy-to-robot.bat Full deployment ^(build + install^)
echo deploy-to-robot.bat --help Show all deployment options
echo.
echo Other:
echo gradlew clean Clean build artifacts
echo gradlew tasks List all available tasks
echo.
echo ================================================================
echo TIPS
echo ================================================================
echo.
echo - Keep FTC imports commented during development
echo - Write tests for everything - they run instantly on PC
echo - Use 'gradlew test --continuous' for fast iteration
echo - See README.md for detailed documentation
echo - Multiple projects can share the same FTC SDK!
echo.
echo ================================================================
echo.
echo Ready to start coding? Run:
echo.
echo cd %PROJECT_NAME% ^&^& gradlew test --continuous
echo.
echo Happy coding! 🤖
echo.
endlocal
exit /b 0

80
windows/show-usage.bat Normal file
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@echo off
REM Display usage information for FTC Project Generator
echo ================================================================
echo FTC Project Generator - Clean Robot Projects
echo ================================================================
echo.
echo Creates clean, testable FTC robot projects with shared SDK.
echo Your code stays separate - SDK is just a build dependency.
echo.
echo USAGE:
echo ftc-new-project ^<project-name^> [options]
echo.
echo OPTIONS:
echo -v, --version ^<tag^> FTC SDK git tag (default: v10.1.1)
echo -d, --sdk-dir ^<path^> SDK location (default: %%USERPROFILE%%\ftc-sdk)
echo -h, --help Show this help
echo.
echo EXAMPLES:
echo REM Create new project with latest SDK
echo ftc-new-project my-robot
echo.
echo REM Create project with specific FTC version
echo ftc-new-project competition-bot -v v10.0.0
echo.
echo REM Use custom SDK location
echo ftc-new-project test-bot -d C:\my-ftc-sdk
echo.
echo REM Create second project (reuses existing SDK!)
echo ftc-new-project another-robot
echo.
echo WORKFLOW:
echo 1. Create project: ftc-new-project my-robot
echo 2. Develop ^& test: cd my-robot ^&^& gradlew test --continuous
echo 3. Deploy to SDK: gradlew deployToSDK
echo 4. Build APK: cd %%USERPROFILE%%\ftc-sdk ^&^& gradlew build
echo 5. Install to robot: Use Android Studio or adb
echo.
echo WHAT IT DOES:
echo + Checks/clones FTC SDK (shared across all projects)
echo + Creates YOUR clean project structure
echo + Generates test scaffolding with examples
echo + Sets up composite build to reference SDK
echo + Ready to code immediately
echo.
echo WHY THIS IS BETTER:
echo Traditional FTC: This Way:
echo - Clone 200MB repo - Your project: 50KB
echo - Your code mixed in - SDK separate, shared
echo - Hard to test - Tests run on PC instantly
echo - One repo per project - One SDK, many projects
echo - Forced BSD license - Your license, your code
echo.
echo ENVIRONMENT:
echo Set defaults to avoid typing them every time:
echo.
echo set FTC_SDK_DIR=%%USERPROFILE%%\ftc-sdk
echo set FTC_VERSION=v10.1.1
echo.
echo PROJECT STRUCTURE:
echo my-robot\
echo +-- src\main\java\robot\
echo ^| +-- subsystems\ -^> Your robot logic (tested on PC)
echo ^| +-- hardware\ -^> FTC hardware implementations
echo ^| +-- opmodes\ -^> FTC OpModes for Control Hub
echo +-- src\test\java\robot\ -^> Unit tests (run without robot)
echo.
echo MULTIPLE PROJECTS:
echo One SDK, unlimited projects:
echo.
echo ftc-new-project swerve-bot REM Creates project 1
echo ftc-new-project mecanum-bot REM Reuses SDK - just creates project 2
echo ftc-new-project test-chassis REM Reuses SDK - creates project 3
echo.
echo All projects share same SDK but are completely independent!
echo.
echo DOCUMENTATION:
echo See README.md for detailed information and examples.
echo.
exit /b 0