Now that the released CLI supports replacement variables in dependency version ranges, we can now mark our published library packs as depending on whatever version of their dependency is in our workspace, without having to manually bump the dependency version every release.
Note that when the packs are published, the dependencies in the published pack file are rewritten to have the correct specific version.
For example, Java code might use `HasOutVariance<? extends String>`, or `HasInVariance<? super Object>`, both of which are needless wildcards and which the Kotlin extractor would previously have refused to reintroduce due to their not specifying a larger type than their bound. However this led to inconsistency with Java extraction, which
extracts the type as it appears in source.
This seems to particularly happen with generated code, e.g. the output of the Kotlin protobuf compiler.
I initially created this as a dataflow test, but then realized it could
just be an ESSA test. I cound't find any existing ESSA tests though :|
so created a new dir for it.
Switch the successfully extracted files query to the `location, message` results format so that we get rich location information when exporting the results of this query to SARIF. Previously the query used the `message` results format, which meant the interpreted results lacked a location.
This makes the dataflow node for a ConstructorCall be the outnode of the
qualifier, which is the resulting constructed object. This should make
`asExpr` on a ConstructorCall do the "right thing" rather than selecting
the void-typed CallInstruction.
This replaces usages of `llvm::fs` and string manipulation with
`std::filesystem`, also replacing `std::string` with
`std::filesystem::path` where it made sense.
Moreover MD5 hashing used in macOS file remapping was replaced by
SHA256 hashing using a small header-only SHA256 C++ library with an
MIT license, https://github.com/okdshin/PicoSHA2.
File contents hashing was relocated to the newly created `file` library
for later planned reuse.
