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fixed typos in README

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Brett
2023-07-17 11:10:02 -06:00
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IDE/apple-universal/README.md
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@ -12,7 +12,7 @@ However, if you do want to compile wolfSSL from source manually in your Xcode pr
This example consists of a build script and an Xcode example project. The build script generates a static library framework for all Apple targets. The Example project shows how to incorporate the framework into an Xcode project and wolfSSL framework in a simple application.
## The build script
`build-wolfssl-framework.sh` compiles a wolfSSL as static library for all modern Apple platforms and simulators. This includes MacOS (`arm64`,`x86_64`), iPhone (`arm64`), iPhoneSimulator (`arm64`,`x86_64`), appleTV (iPhone (`arm64`), appleTVSimulator (`arm64`,`x86_64`), appleWatch (`arm64`), and appleWatchSimulator (`arm64`,`x86_64`). The script compiles wolfSSL for each platform, creates universal binaries for platforms that support multiple architectures (macOS and simulators) using [lipo](https://developer.apple.com/documentation/apple-silicon/building-a-universal-macos-binary), then combines all the static libraries together into an `xcframework` that can be imported into Xcode. It is meant to be used as an example rather than a build tool, and chooses simplicity and readability over flexibility (no command line options). For an explanation of how the script cross compiles wolfSSL, see the [Technical Details](technical-details) section.
`build-wolfssl-framework.sh` compiles wolfSSL as static library for all modern Apple platforms and simulators. This includes MacOS (`arm64`,`x86_64`), iPhone (`arm64`), iPhoneSimulator (`arm64`,`x86_64`), appleTV (`arm64`), appleTVSimulator (`arm64`,`x86_64`), appleWatch (`arm64`), and appleWatchSimulator (`arm64`,`x86_64`). The script compiles wolfSSL for each platform, creates universal binaries for platforms that support multiple architectures (macOS and simulators) using [lipo](https://developer.apple.com/documentation/apple-silicon/building-a-universal-macos-binary), then combines all the static libraries together into an `xcframework` that can be imported into Xcode. It is meant to be used as an example rather than a build tool, and chooses simplicity and readability over flexibility (no command line options). For an explanation of how the script cross compiles wolfSSL, see the [Technical Details](technical-details) section.
## Example project
`wolfssl-multiplatform` is an xcode project containing a simple swiftUI "hello world" app that has been modified to run the wolfCrypt tests and establish a TLS connection to `www.wolfssl.com` on startup. It also provides an example for basic Swift/C interoperability using a "bridging header". When the app launches, the swiftUI initialization handler calls a C test driver function, which is responsible for running the wolfSSL examples. An overview of the additional files is as follows: