Jon Häggblad
ce380a6b0d
* initial crate * foomp * Make it work for x86_64-linux-android * remove unused stuff * Add header * another layer of hacks * additional target os locking * cleanup * bootstrap android app * android jni function * instructions + xcode project * update jni name * add native socks5 class * typo * gitkeep android native lib path * add native socks5 class * add socks5 native lib in java * add build script * fix jni dependency declaration * wip * Update build.sh * Move build.sh to new subdir * rename to build-android.sh * fix typo in FFI function name * use a good SP * wip not crashing state * add android network permissions * android_logging * starting client on button in swift + safer ffi * set tag for libnyms5 logs * testing callbacks * android: start socks5 process in a separated thread * non-blocking client with callbacks * Remove the old non-working logger * Restore commented out functionality in socks5 client * basic file write/load + possible android fix * Fully working state (minus task manager) * Remove unused function * data persistence + cb with address * Remove stray old MyClass file from the merge * Make storage_dir and Option * Fix char_p for android * Android now works with the new branch * Tidy up a little in the jni code * Move android mod to seperate file * jni wrap start/stop * Add android build to Makefile * android: add basic UI and start/stop actions * typo * add nym word * dirty persistence restored * dirty android fixes * even dirtier workaround * Move rust crate to sdk/lib * Update cargo.toml * Strip release binary * Update lib name in android project * Move ios project to nym-connect directory * remove old gitignore file * Move ios client one step deeper * fixed xcode lib paths * removed old tracked file * move android app under new path * a bit of cleanup * hopefully fixing the CI issues (🤞) * Update Makefile * android: add better support for persistent state * updating ios UI on ffi callbacks * missing dead code * Added toggle button (wip) * swapped connect and disconnect methods around * icon * fixed android build * reset button + reuse service provider * disabling reset button * android: run proxy in a worker as foreground service * todo user cancel action * android build script: add aarch64 * add stop action from notification * add simple callbacks to the socks5 bridge * pick a sp randomly * pass stop cb to lib call * add loading state support * refactor(android): base connection state on callback calls * android: add optimistic ui * android: unique instance of libnym * removing deadcode --------- Co-authored-by: Jędrzej Stuczyński <jedrzej.stuczynski@gmail.com> Co-authored-by: pierre <dommerc.pierre@gmail.com> Co-authored-by: Mark Sinclair <mmsinclair@users.noreply.github.com>
58 lines
2.5 KiB
Markdown
58 lines
2.5 KiB
Markdown
# Socks5-c
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## Setting up dummy socks5 client in iOS (from scratch)
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Based on https://mozilla.github.io/firefox-browser-architecture/experiments/2017-09-06-rust-on-ios.html
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1. Install xcode, iOS simulator, etc. (`xcode-select --install`)
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2. add rust targets: `rustup target add aarch64-apple-ios x86_64-apple-ios`
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3. get `cargo-lipo`: `cargo install cargo-lipo`
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4. build our library file. From inside `cargo` run `cargo lipo --release`
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5. go to **General** tab of the xcode project setting and under **Linked Frameworks and Libraries** import `/cargo/target/universal/release/libsocks5_c.a`
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6. link `libresolv.tbd`: in **Linked Frameworks and Libraries** search for and select `libresolv.tbd`
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7. import `socks5_c.h` header file into the project: `File -> Add Files to "..."`
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8. create bridging header: make new `Socks5-Bridging-Header.h` file and put the following inside:
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```
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#ifndef Greetings_Bridging_Header_h
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#define Greetings_Bridging_Header_h
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#import "socks5_c.h"
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#endif
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```
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9. tell xcode about the bridging header: go to **Build Settings** tab and set `Objective-C Bridging Header` to `$(PROJECT_DIR)/Socks5/Socks5-Bridging-Header.h`
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10. tell xcode where to look for libraries for linking: go to **Build Settings** tab and amend the Library Search Paths option value to `$(PROJECT_DIR)/../../cargo/target/universal/release`
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11. create a swift file to actually call our code (`RustSocks5.swift`)
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```swift
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// this is an example
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class RustSocks5 {
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func runForever(serviceProvider: String) {
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run_client(serviceProvider)
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}
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}
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```
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12. call the new code however you want. I did it by setting `onAppear`:
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```swift
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struct ContentView: View {
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var body: some View {
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VStack {
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Image(systemName: "globe")
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.imageScale(.large)
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.foregroundColor(.accentColor)
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Text("Hello, world!")
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}
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.padding()
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.onAppear{
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let rustSocks5 = RustSocks5()
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rustSocks5.runForever(serviceProvider: "my-service-provider-address")
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}
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}
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}
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```
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13. note: the above requires passing a service provider address. The easiest (for testing) would be to just run a local network requester with **open proxy** and passing that address.
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14. fix iOS simulator: go to **Build Settings** and add _Any iOS Simulator SDK_ with value `arm64` inside Excluded Architecture.
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15. start the simulator!
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16. test it by sending some request, like `curl -x socks5h://127.0.0.1:1080 https://nymtech.net` |