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This commit implements a requirement for firmware to be installed before titles
can be launched, similar to how keys are required.
Changes include:
- Add IsFirmwareAvailable method to KeyManager to check for essential keys
- Add CheckFirmwarePresence method to verify actual firmware files (NCAs)
- Add firmware checks in game loading process for both desktop and Android
- Add error messages when firmware is missing
- Add strings for firmware-related error messages
The implementation checks for both essential keys and the presence of system
applets like Mii Edit and Home Menu to ensure proper firmware is installed.
Games will not launch if firmware is missing, and users will be shown an
appropriate error message.
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Updates various build dependencies and configurations for the Android build:
* Upgrade Android Gradle Plugin to 8.8.1
* Update Kotlin to 2.1.20-RC
* Upgrade NDK to 28.0.13004108
* Update target/compile SDK to Android 35
* Upgrade Java/Kotlin target to JVM 21
* Enable additional release optimizations (shrinkResources, proguard-android-optimize)
* Update CMake to 3.31.5
* Update various AndroidX and support library dependencies
* Change CMake boolean flags from 0/1 to OFF/ON
* Update ktlint to 0.51.1 and related plugins
This commit modernizes the Android build system and enables additional
optimizations for release builds.
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Implements a LicenseVerifier class to ensure app integrity and license compliance:
- Verifies the app's package name matches the official release
- Validates app signature against official release signature
- Allows debug and EA (Early Access) builds
- Shows violation dialog and exits if verification fails
- Enforces GPLv3 license compliance for modified versions
This helps prevent unauthorized modified versions from being distributed
without source code, as required by the GPLv3 license.
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- TODO
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Update Android build configuration to use the latest NDK version 28.0.13004108
and Java JDK 21. This includes:
- Updating ndkVersion from 26.3.11579264 to 28.0.13004108
- Upgrading Java compatibility from Java 17 to Java 21
- Setting Kotlin JVM target from 17 to 21
These changes modernize the Android build toolchain and ensure compatibility
with the latest development tools.
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- Add network interface enumeration support for Android
- Implement fallback loopback interface when no interfaces are detected
- Add ability to force offline mode on critical network errors
- Improve socket initialization with better error handling
- Add socket state tracking (domain, type, protocol)
- Make translation functions static and mark as maybe_unused
- Add detailed logging for network initialization failures
Part 2 of the Android FPS bug fix focuses on network resilience,
particularly handling cases where network initialization fails.
Instead of hanging the emulator, it now gracefully falls back to
offline mode and provides better diagnostic information.
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- Enable resource shrinking for release builds
- Disable JNI debugging in release builds
- Switch to optimized proguard configuration file
- Remove x86_64 ABI support
- Fix syntax error in dependencies block
- Update build optimization flags:
* Enable shrinkResources
* Use proguard-android-optimize.txt
* Disable JNI debugging for release builds
These changes improve the release build optimization and reduce
APK size by removing x86_64 support and enabling additional
resource optimization features. The build configuration is also
cleaned up by fixing a syntax error and using more aggressive
optimization settings.
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Improve organization of app dependencies in build.gradle.kts by grouping them
into logical categories:
- AndroidX Core & UI components
- AndroidX Navigation
- AndroidX Lifecycle
- AndroidX Other components
- Kotlin dependencies
- Third party libraries
This change makes the dependencies section more maintainable and easier to
understand by providing clear visual separation between different types of
dependencies. No actual dependency versions were changed.
Also fixes minor formatting in runGitCommand function.
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- Add new RAM usage overlay showing current/max memory usage with color gradient
- Simplify thermal overlay to show temperature in C/F with color indication
- Add SHOW_RAM_OVERLAY boolean setting (disabled by default in UI)
- Set default values for thermal overlay and black backgrounds to true
- Update copyright headers to include Citron Emulator Project
The RAM overlay displays native heap usage with color gradient from green
(low usage) to red (high usage). The thermal display was simplified to show
just temperatures while maintaining the color indication based on system
thermal status.
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Update build configuration to support Android 15 (API 35) devices and
optimize build settings for better compatibility.
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Updates all GitHub repository URLs to point to the new self-hosted Git instance
at git.citron-emu.org. This includes:
- Links in the About dialog UI and translations
- Android app string resources
- Documentation/wiki links
- Source code comments
The website URL (citron-emu.org) and support links remain unchanged.
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Updates Android build configuration to use newer versions:
- Upgrade Java/JVM target from 17 to 21
- Update Android Gradle Plugin from 8.1.2 to 8.8.0
These changes modernize the Android build system to use the latest LTS
version of Java and the most recent stable Android Gradle Plugin.
This enables access to newer language features and build optimizations
while maintaining compatibility with modern Android development tools.
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Replaces the battery temperature reading implementation with a more
compatible approach using ACTION_BATTERY_CHANGED broadcast intent.
This change provides better backwards compatibility and adds proper
error handling for the temperature reading functionality.
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Add stub implementations for previously unhandled flow test conditions in the
shader recompiler's IR emitter. These conditions were previously throwing
"Not Implemented" exceptions when encountered.
The following flow test cases are now stubbed:
- FCSM_TR (Fragment Shader Coarse/Fine Mode Test and Reject)
- CSM_TA (Coarse/Fine Mode Test Accept)
- CSM_TR (Coarse/Fine Mode Test and Reject)
- CSM_MX (Coarse/Fine Mode Maximum)
- FCSM_TA (Fragment Shader Coarse/Fine Mode Test Accept)
- FCSM_MX (Fragment Shader Coarse/Fine Mode Maximum)
Currently these stubs:
1. Return false (ir.Imm1(false)) as a placeholder value
2. Log a warning message indicating the stub
3. Allow shaders using these conditions to compile rather than fail
This is a step toward proper implementation of coarse/fine mode shader
operations. The stubs prevent crashes while making it clear which code paths
need full implementation.
Technical notes:
- Removed the previous FCSM_TR implementation that used flag operations
- Added consistent warning messages for tracking stub usage
- Kept within the existing GetFlowTest switch statement structure
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- Reduce compileSdkVersion and targetSdk from 35 to 34
- Change NDK version to 26.1.10909125
- Downgrade Android Gradle Plugin from 8.8.0 to 8.1.2
- Add androidx.constraintlayout dependency
These changes improve compatibility with current Android development
environment and add necessary layout support.
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Implements the USE_AUTO_STUB setting in the Android frontend:
- Added USE_AUTO_STUB to BooleanSetting enum
- Added UI switch setting with description in SettingsItem
- Added setting to system settings section in SettingsFragmentPresenter
- Added string resources for setting title and description
The setting allows users to toggle automatic stubbing of missing services
and functions, which may improve compatibility at the cost of stability.
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- Replace emoji thermal indicators with modern progress bar UI
- Switch temperature source to battery sensor for better accuracy
- Adjust temperature thresholds (30°C-45°C range)
- Add automatic Vulkan Validation Layer download for Android
- Downgrade Java/Kotlin target to 17 for wider compatibility
The thermal display now shows a visual progress bar with percentage
instead of emojis, making it easier to gauge system temperature at
a glance. Temperature reading now comes from the battery sensor
which is more reliable across devices.
Build system improvements include automated VVL binary downloads
and installation for Android builds when CITRON_DOWNLOAD_ANDROID_VVL
is enabled. Java target downgraded to 17 to ensure compatibility
with current Android toolchain.
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- In commit b3facaa6bb30cdc39f2b7d632fef1e3bfeee7785, the copyright header was
updated to include "Citron Homebrew Project" across multiple files, regardless
of whether any contributions were made.
- This commit removes the incorrect attribution and reverts the copyright header
to its previous state.
- Copyright attribution should only be added when meaningful contributions have
been made to the file.
- This commit ensures proper compliance with copyright standards and maintains
correct attribution to the respective contributors.
- Special thanks to Tachi for pointing out the need for these corrections and
ensuring that proper attribution practices are followed.
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- Update Kotlin and various AndroidX dependencies to stable versions
- Add temperature monitoring with color-coded display in emulation
- Add FPS color indication (red to green based on performance)
- Add legal disclaimer page to initial setup
- Remove x86_64 ABI filter to focus on arm64-v8a
- Adjust thermal and FPS update intervals for consistency
- Clean up redundant dependency declarations
The temperature display now shows both Celsius and Fahrenheit with
color coding based on safe operating ranges [WIP]. FPS counter provides
visual feedback through colors, making performance issues more
immediately apparent to users.
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- Update Gradle from 8.1 to 8.10.2
- Update Android Gradle Plugin from 8.1.2 to 8.8.0
- Update Kotlin from 1.9.20 to 2.1.20-Beta1
- Update various AndroidX dependencies to latest versions
- Update NDK from 26.1 to 27.2 (with RC1/RC2 options commented)
- Update Java target from 17 to 21
- Update Android target SDK from 34 to 35
- Enable additional optimizations in release builds:
- Enable shrinkResources
- Use proguard-android-optimize.txt
- Disable JNI debugging
- Replace vector drawables with PNG for ic_citron
- Comment out unused ComputeInline constant in dma_pusher.cpp
- Update Gradle wrapper and configuration files
This updates the Android build system and dependencies to their latest
versions while enabling additional optimizations for release builds.
The ic_citron icon was converted from vector to PNG format for better
compatibility.
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- Replaced all references to the old project name with Citron.
- Added Citron copyright information alongside existing notices in all files.
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fsp: Migrate remaining interfaces to cmif serialization
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android: Misc controller fixes
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If you tried to connect a controller that was previously configured with an unsupported style for your game, when you try to connect that controller, it will immediately disconnect. This ensures that the controller that is being connected will be changed to the first supported style index before being connected.
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Controls can have no mapping if they are either "[empty]" or and empty string. This was causing an issue if you reset mapping on all controllers and then tried to play a game. The check to determine whether auto mapping was required would fail and leave you will no mapped controllers. This feels a bit like user error but it smooths things out if you forget so I see it as necessary.
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The default value was accidentally hardcoded for all extra stick settings
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android: Fix broken clear button check
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Allows the use of the macro in constexpr-contexts.
Also avoids some potential problems when nesting braces inside it.
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android: Only do first startup automapping if nothing has been mapped
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android: Show cancel button for the content install notice
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I neglected to map touches to the touchscreen when refactoring in the input mapping PR. This fixes that regression.
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