Tor.framework is the easiest way to embed Tor in your iOS application. The API is not stable yet, and subject to change.
Currently, the framework compiles in static versions of tor
, libevent
, openssl
, and liblzma
:
tor | 0.4.4.6 |
libevent | 2.1.11 |
OpenSSL | 1.1.1i |
liblzma | 5.2.5 |
- iOS 8.0 or later
- Xcode 7.0 or later
autoconf
,automake
,libtool
andgettext
in yourPATH
Embedded frameworks require a minimum deployment target of iOS 8 or OS X Mavericks (10.9).
If you use brew
, make sure to install autoconf
, automake
, libtool
and gettext
:
brew install automake autoconf libtool gettext
git clone [email protected]:iCepa/Tor.framework
cd Tor.framework
git submodule update --init --recursive
carthage build --no-skip-current
To integrate Tor into your Xcode project using Carthage, specify it in your Cartfile
:
github "iCepa/Tor.framework" "master"
The above method will configure Carthage to fetch and compile Tor.framework from source. Alternatively, you may use the following to use binary-compiled versions of Tor.framework that correspond to releases in GitHub:
binary "https://icepa.github.io/Tor.framework/Tor.json" == 404.6.1
For available precompiled versions, see docs/Tor.json. Since Tor 0.3.5.2, the Tor.framework release version numbers follow the format "ABB.C.X" for tor version "0.A.B.C" and Tor.framework release X (for that version of Tor). Note that the "BB" slot is a two-digit number, with a leading zero, if necessary. "305.2.1" is the first release from tor 0.3.5.2.
For maintainers/contributors of Tor.framework, a new precompiled release can be generated by doing the following:
Ensure that you have committed changes to the submodule trees for tor, libevent, openssl, and xz.
In Tor/version.sh
, increment the TOR_BUNDLE_SHORT_VERSION_STRING
version per the
format described above. Change TOR_BUNDLE_SHORT_VERSION_DATE
to the current date.
Commit these changes.
Also update info in README.md
, Tor.podspec
and docs/Tor.json
!
Create a git tag for the version, and then build + archive the framework:
carthage build --no-skip-current
carthage archive Tor
(This generates a Tor.framework.zip
file in the repo.)
Then create a release in GitHub which corresponds
to the tag, attach the generated Tor.framework.zip
to the release.
Add a corresponding entry to docs/Tor.json, commit & push that so that it becomes available at https://icepa.github.io/Tor.framework/Tor.json
To upgrade Tor:
cd Tor/tor
git fetch
git checkout tor-0.4.4.6 # Find latest versions with git tag -l
rm configure # This will trigger a complete rebuild in tor.sh!
-> Test build by building Tor-iOS
and Tor-Mac
targets in Xcode.
Check build output in the Report Navigator. (Last tab in the left pane.)
The tor.sh
build script will call make show-libs
, which outputs all libraries which are created by
the Tor build. This is echoed with a "LIBRARIES: " header. Search for that in the build output and
compare the list against the list of "Frameworks and Libraries" in the Tor-iOS
and Tor-Mac
targets. Add missing ones accordingly.
The typically can be found in ~/Library/Developer/Xcode/DerivedData/Tor-
[random ID]/Build/Products/Debug[-iphonesimulator]
.
The project.pbxproj
file may need manual editing to set the references to the built libraries
in a way, which is independent of your personal setup. Check other entries for how that is done.
Directly reference the provided podspec like so:
pod 'Tor', podspec: 'https://raw.githubusercontent.com/iCepa/Tor.framework/v404.6.1/Tor.podspec'
You could also reference master, to always get the latest version:
pod 'Tor', podspec: 'https://raw.githubusercontent.com/iCepa/Tor.framework/master/Tor.podspec'
Starting an instance of Tor involves using three classes: TORThread
, TORConfiguration
and TORController
.
Here is an example of integrating Tor with NSURLSession
:
TORConfiguration *configuration = [TORConfiguration new];
configuration.cookieAuthentication = @(YES);
configuration.dataDirectory = [NSURL URLWithString:NSTemporaryDirectory()];
configuration.controlSocket = [configuration.dataDirectory URLByAppendingPathComponent:@"control_port"];
configuration.arguments = @[@"--ignore-missing-torrc"];
TORThread *thread = [[TORThread alloc] initWithConfiguration:configuration];
[thread start];
NSURL *cookieURL = [configuration.dataDirectory URLByAppendingPathComponent:@"control_auth_cookie"];
NSData *cookie = [NSData dataWithContentsOfURL:cookieURL];
TORController *controller = [[TORController alloc] initWithSocketURL:configuration.controlSocket];
[controller authenticateWithData:cookie completion:^(BOOL success, NSError *error) {
if (!success)
return;
[controller addObserverForCircuitEstablished:^(BOOL established) {
if (!established)
return;
[controller getSessionConfiguration:^(NSURLSessionConfiguration *configuration) {
NSURLSession *session = [NSURLSession sessionWithConfiguration:configuration];
...
}];
}];
}];
- Carthage warns about the xcconfigs dependency being seemingly unused. It isn't. It's only xcconfig files containing build settings, so nothing actually ends up in the build product. Unfortunately Carthage can't be configured to not throw this warning.
Tor.framework is available under the MIT license. See the
LICENSE
file for more info.