This collapses all generated test QL sources into a single one per
directory, using query predicates to run the different tests.
This should improve the time required to run generated tests.
This improves the implementation of the generated parent/child
relationship by adding a new `all_children` field to `ql.Class` which
lists all children (both direct and inherited) of a class, carefully
avoiding duplicating children in case of diamond inheritance. This:
* simplifies the generated code,
* avoid children ambiguities in case of diamond inheritance.
This only comes with some changes in the order of children in the
generated tests (we were previously sorting bases alphabetically there).
For the rest this should be a non-functional change.
This switched `codegen` from the `autopep8` formatting to the `black`
one, and applies it to `bulk_mad_generator.py` as well. We can enroll
more python scripts to it in the future.
This adds a `ql.name` codegen pragma to change the name of a property on
the QL side. This is useful to give more meaningful names than what we
get from the generated rust AST.
This generates test source files from code blocks in class docstrings.
By default the test code is generated as is, but it can optionally:
* be wrapped in a function providing an adequate context using
`@rust.doc_test_function(name, *, lifetimes=(), return_type="()", **kwargs)`,
with `kwargs` providing both generic and normal params depending on
capitalization
* be skipped altogether using `@rust.skip_doc_test`
So for example an annotation like
```python
@rust.doc_test_function("foo",
lifetimes=("a",),
T="Eq",
x="&'a T",
y="&'a T",
return_type="&'a T")
```
will result in the following wrapper:
```rust
fn foo<'a, T: Eq>(x: &'a T, y: &'a T) -> &'a T {
// example code here
}
```
This allows to group together related AST classes to reuse the same
test source and extraction. For example this is useful for
`EnumDecl/EnumCaseDecl/EnumElementDecl`, where this is applied to.
