This is a series on implementing the Swift Package Manager
In this example, we include a package, represented as a dylib, that embeds another dylib, that embeds a static library.
This has the same issue as Example 3, where dynamic frameworks can present challenges, when using the Hardened Runtime.
Here is the GitHub link to the PackageConsumer project Version 5.0.0. You can check out that version, and reproduce the results here.
In this example, we include a package, represented as a static library, that embeds a dylib, that embeds another static library (“dylib sandwich”).
This has the same issue as Example 3, where dynamic frameworks can present challenges, when using the Hardened Runtime.
Here is the GitHub link to the PackageConsumer project Version 6.0.0. You can check out that version, and reproduce the results here.
Here is the GitHub link to the PackageConsumer project Version 7.0.0. You can check out that version, and reproduce the results here.
Even though it may seem that this was a comprehensive treatment of the Swift Package Manager, it was really just a fairly basic introduction.
The examples were shallow and linear, and we didn’t even get into writing executable code in the package manifest files.
But we did learn enough to make the Swift Package Manager a useful and productive tool for our development work.