- Migrate `SKIP_TEST_IOS`, `SKIP_TEST_TVOS`, and `SKIP_TEST_WATCHOS` to
Python.
- In the `build-script-impl` shellscript, only deal with
`SKIP_TEST_*_HOST` and `SKIP_TEST_*_SIMULATOR` variables.
- Introduce a `--host-test` flag to the Python `build-script` in order
to allow users to specify whether to run host tests. These flags
still don't do anything.
- Fix typo: `skip-build-tvos_device` was meant to be `skip-build-tvos-device`.
This ireapplies commit 255c52de9f.
Original commit message:
Serialize debug scope and location info in the SIL assembler language.
At the moment it is only possible to test the effects that SIL
optimization passes have on debug information by observing the
effects of a full .swift -> LLVM IR compilation. This change enable us
to write targeted testcases for single SIL optimization passes.
The new syntax is as follows:
sil-scope-ref ::= 'scope' [0-9]+
sil-scope ::= 'sil_scope' [0-9]+ '{'
sil-loc
'parent' scope-parent
('inlined_at' sil-scope-ref )?
'}'
scope-parent ::= sil-function-name ':' sil-type
scope-parent ::= sil-scope-ref
sil-loc ::= 'loc' string-literal ':' [0-9]+ ':' [0-9]+
Each instruction may have a debug location and a SIL scope reference
at the end. Debug locations consist of a filename, a line number, and
a column number. If the debug location is omitted, it defaults to the
location in the SIL source file. SIL scopes describe the position
inside the lexical scope structure that the Swift expression a SIL
instruction was generated from had originally. SIL scopes also hold
inlining information.
<rdar://problem/22706994>
At the moment it is only possible to test the effects that SIL
optimization passes have on debug information by observing the
effects of a full .swift -> LLVM IR compilation. This change enable us
to write targeted testcases for single SIL optimization passes.
The new syntax is as follows:
sil-scope-ref ::= 'scope' [0-9]+
sil-scope ::= 'sil_scope' [0-9]+ '{'
sil-loc
'parent' scope-parent
('inlined_at' sil-scope-ref )?
'}'
scope-parent ::= sil-function-name ':' sil-type
scope-parent ::= sil-scope-ref
sil-loc ::= 'loc' string-literal ':' [0-9]+ ':' [0-9]+
Each instruction may have a debug location and a SIL scope reference
at the end. Debug locations consist of a filename, a line number, and
a column number. If the debug location is omitted, it defaults to the
location in the SIL source file. SIL scopes describe the position
inside the lexical scope structure that the Swift expression a SIL
instruction was generated from had originally. SIL scopes also hold
inlining information.
<rdar://problem/22706994>
When performing Swift API dumps, it's helpful to avoid putting
redundant APIs into the results. Therefore, filter out any APIs that
are overrides of another API or are witnesses for a protocol
requirement, since the original definition (that doesn't override any
other or is a protocol requirement) is what determines the APIs name.
It's possible to cross-compile for iOS while skipping stdlib tests
on OS X:
```
$ utils/build-script --ios -- --skip-test-osx
```
The same is not possible on Linux. Add options to skip builds and
tests on non-Darwin platforms: Linux, FreeBSD, and Cygwin.
The default first argument label rules are confusing reviewers looking
at API dumps. Even though it's more verbose, always put in argument
labels explicitly.
We're going to delay NS prefix stripping for a bit. Change the API
dump script accordingly, and bump the Swift name lookup table format
version number so this doesn't break everyone who has already run
swift-api-dump.py.
These are a result of sil-mode being originally based on Swift mode. These swift
statements never show up in SIL output (which does not show Swift bodies), so just remove it.
--clone used to skip updating the repositories, which was causing
confusion. Developers expect update-checkout to update their local
copy, and optionally clone extra repositories.
