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iOS SDK 12.1+ on Main releases and iOS SDK 9.3+ on LTS releasesarmv7, armv7s, arm64, arm64-simulator, arm64e, i386, x86_64, x86_64-mac-catalyst and
arm64-mac-catalyst architecturesARC enabled library-fembed-bitcode flagframeworks, static xcframeworks and static universal (fat) libraries (.a)macOS SDK 10.15+ on Main releases and macOS SDK 10.11+ on LTS releasesarm64 and x86_64 architecturesARC enabled library-fembed-bitcode flagframeworks, static xcframeworks and static universal (fat) libraries (.a)tvOS SDK 10.2+ on Main releases and tvOS SDK 9.2+ on LTS releasesarm64, arm64-simulator and x86_64 architecturesARC enabled library-fembed-bitcode flagframeworks, static xcframeworks and static universal (fat) libraries (.a)Run ios.sh/macos.sh/tvos.sh at project root directory to build ffmpeg-kit and ffmpeg static libraries for a
platform.
Optionally, use apple.sh to combine bundles created by these three scripts in a single bundle.
Please note that FFmpegKit project repository includes the source code of FFmpegKit only. ios.sh, macos.sh and
tvos.sh need network connectivity and internet access to github.com in order to download the source code of
FFmpeg and external libraries enabled.
ios.sh, macos.sh and tvos.sh require the following tools and packages.
Use your package manager (brew, etc.) to install the following packages.
autoconf automake libtool pkg-config curl cmake gcc gperf texinfo yasm nasm bison autogen git wget autopoint meson ninja
Use --enable-<library name> flag to support additional external or system libraries and
--disable-<architecture name> to disable architectures you don't want to build.
./ios.sh --enable-fontconfig --disable-armv7
./macos.sh --enable-freetype --enable-macos-avfoundation --disable-arm64
./tv.sh --enable-dav1d --enable-libvpx --disable-arm64-simulator
Run --help to see all available build options.
Use --lts option to build lts binaries for each architecture.
All libraries created can be found under the prebuilt directory.
iOS xcframeworks for Main builds are located under the bundle-apple-xcframework-ios folder.macOS xcframeworks for Main builds are located under the bundle-apple-xcframework-macos folder.tvOS xcframeworks for Main builds are located under the bundle-apple-xcframework-tvos folder.iOS frameworks for Main builds are located under the bundle-apple-framework-ios folder.iOS frameworks for LTS builds are located under the bundle-apple-framework-ios-lts folder.iOS universal (fat) libraries (.a) for LTS builds are located under the bundle-apple-universal-ios-lts folder.macOS frameworks for Main builds are located under the bundle-apple-framework-macos folder.macOS frameworks for LTS builds are located under the bundle-apple-framework-macos-lts folder.macOS universal (fat) libraries (.a) for LTS builds are located under the bundle-apple-universal-macos-lts folder.tvOS frameworks for Main builds are located under the bundle-apple-framework-tvos folder.tvOS frameworks for LTS builds are located under the bundle-apple-framework-tvos-lts folder.tvOS universal (fat) libraries (.a) for LTS builds are located under the bundle-apple-universal-tvos-lts folder.Add FFmpegKit dependency to your Podfile in ffmpeg-kit-<platform>-<package name> pattern. Use one of the
FFmpegKit package names given in the project README.
pod 'ffmpeg-kit-ios-full', '~> 4.4.LTS'
pod 'ffmpeg-kit-macos-full', '~> 4.4.LTS'
pod 'ffmpeg-kit-tvos-full', '~> 4.4.LTS'
Execute synchronous FFmpeg commands.
#include <ffmpegkit/FFmpegKit.h>
FFmpegSession *session = [FFmpegKit execute:@"-i file1.mp4 -c:v mpeg4 file2.mp4"];
ReturnCode *returnCode = [session getReturnCode];
if ([ReturnCode isSuccess:returnCode]) {
// SUCCESS
} else if ([ReturnCode isCancel:returnCode]) {
// CANCEL
} else {
// FAILURE
NSLog(@"Command failed with state %@ and rc %@.%@", [FFmpegKitConfig sessionStateToString:[session getState]], returnCode, [session getFailStackTrace]);
}
Each execute call (sync or async) creates a new session. Access every detail about your execution from the
session created.
FFmpegSession *session = [FFmpegKit execute:@"-i file1.mp4 -c:v mpeg4 file2.mp4"];
// Unique session id created for this execution
long sessionId = [session getSessionId];
// Command arguments as a single string
NSString *command = [session getCommand];
// Command arguments
NSArray *arguments = [session getArguments];
// State of the execution. Shows whether it is still running or completed
SessionState state = [session getState];
// Return code for completed sessions. Will be null if session is still running or ends with a failure
ReturnCode *returnCode = [session getReturnCode];
NSDate *startTime =[session getStartTime];
NSDate *endTime =[session getEndTime];
long duration =[session getDuration];
// Console output generated for this execution
NSString *output = [session getOutput];
// The stack trace if FFmpegKit fails to run a command
NSString *failStackTrace = [session getFailStackTrace];
// The list of logs generated for this execution
NSArray *logs = [session getLogs];
// The list of statistics generated for this execution
NSArray *statistics = [session getStatistics];
Execute asynchronous FFmpeg commands by providing session specific execute/log/session callbacks.
id<Session> session = [FFmpegKit executeAsync:@"-i file1.mp4 -c:v mpeg4 file2.mp4" withExecuteCallback:^(id<Session> session){
SessionState state = [session getState];
ReturnCode *returnCode = [session getReturnCode];
// CALLED WHEN SESSION IS EXECUTED
NSLog(@"FFmpeg process exited with state %@ and rc %@.%@", [FFmpegKitConfig sessionStateToString:state], returnCode, [session getFailStackTrace]);
} withLogCallback:^(Log *log) {
// CALLED WHEN SESSION PRINTS LOGS
} withStatisticsCallback:^(Statistics *statistics) {
// CALLED WHEN SESSION GENERATES STATISTICS
}];
Execute FFprobe commands.
FFprobeSession *session = [FFprobeKit execute:ffprobeCommand];
if ([ReturnCode isSuccess:[session getReturnCode]]) {
NSLog(@"Command failed. Please check output for the details.");
}
[FFprobeKit executeAsync:ffmpegCommand withExecuteCallback:^(id<Session> session) {
CALLED WHEN SESSION IS EXECUTED
}];
Get media information for a file.
MediaInformationSession *mediaInformation = [FFprobeKit getMediaInformation:"<file path or uri>"];
MediaInformation *mediaInformation =[mediaInformation getMediaInformation];
Stop ongoing FFmpeg operations.
[FFmpegKit cancel];
[FFmpegKit cancel:sessionId];
Get previous FFmpeg and FFprobe sessions from session history.
NSArray* sessions = [FFmpegKitConfig getSessions];
for (int i = 0; i < [sessions count]; i++) {
id<Session> session = [sessions objectAtIndex:i];
NSLog(@"Session %d = id: %ld, startTime: %@, duration: %ld, state:%@, returnCode:%@.\n",
i,
[session getSessionId],
[session getStartTime],
[session getDuration],
[FFmpegKitConfig sessionStateToString:[session getState]],
[session getReturnCode]);
}
Enable global callbacks.
Execute Callback, called when an async execution is ended
[FFmpegKitConfig enableExecuteCallback:^(id<Session> session) {
...
}];
Log Callback, called when a session generates logs
[FFmpegKitConfig enableLogCallback:^(Log *log) {
...
}];
Statistics Callback, called when a session generates statistics
[FFmpegKitConfig enableStatisticsCallback:^(Statistics *statistics) {
...
}];
Ignore the handling of a signal. Required by Mono and frameworks that use Mono, e.g. Unity and Xamarin.
[FFmpegKitConfig ignoreSignal:SIGXCPU];
Register system fonts and custom font directories.
[FFmpegKitConfig setFontDirectoryList:<array of folders with fonts> with:nil];
You can see how FFmpegKit is used inside an application by running iOS, macOS and tvOS test applications
developed under the FFmpegKit Test project.
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