| Commit message (Collapse) | Author | Age |
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instances.
Stop storing the canonical list of arguments separately. For the canonicalize-flags command, we want to avoid showing options that either have no values in their own right (such as expansion options and wrapper options) and instances of options that did not make it to the final value. This is work we already do in OptionValueDescription, so we can generate the canonical form from the values tracked there, instead of tracking it separately.
This means the canonical list is more correct where implicit requirements are concerned: implicit requirements are not listed in the canonical form, but now the values they overwrote will be correctly absent as well.
Use this improved list for the effective command line published to the BEP.
RELNOTES: Published command lines should have improved lists of effective options.
PiperOrigin-RevId: 173873154
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An option has precedence over previous options at the same enum-valued priority. Track its placement in this ordering explicitly.
This will allow after-the-fact expansion of expansion options such that they correctly take precedence or not compared to other mentions of the same flag. This is needed to fix --config's expansion.
RELNOTES: None.
PiperOrigin-RevId: 172367996
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Options that expand to other options are expansion options and the options they expand to have values that were expansions. This can be a bit confusing. Removes the isExpansion() call that is somewhat ambiguous, and forces option users to explicitly check the option definition for this information.
Also provide a parallel boolean function for implicit requirements, so that we stop querying for the length of the implicit requirement all over the place.
RELNOTES: None.
PiperOrigin-RevId: 169461566
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flags as a text protobuf.
PiperOrigin-RevId: 168695297
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In preparation for linking the parsed and unparsed values of options, consolidate and standardize our representation of the flag values as we received them (what is meant by "unparsed" values in this case). This was being done separately in ParseOptionResult, which, with extra context added, is being folded into UnparsedOptionValueDescription. We now track how an option was provided and where it came from for all option parsing.
RELNOTES: None.
PiperOrigin-RevId: 168682082
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Now that we have a standard way of referring to an option, remove all of the places that we were referring to them by their name. Since options can have multiple names, this is more clear and provides the additional information needed to understand the option. It also stops the habit of requesting unqualified strings, which was hard to read.
RELNOTES: None.
PiperOrigin-RevId: 168254584
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extractions of OptionDefinitions.
We already had caching of OptionsData objects, for a list of OptionsBases, but repeated the reflective work for the same OptionsBase if it appeared in different lists. Now that the @Option-annotation specific state is isolated to the OptionDefinition object, this can be trivially cached by OptionsBase.
There are a few additional convenient side effects to this change. This should slightly decrease the memory use of the OptionsParser, since it already cached this map per options-base, and now only requires a single copy. It also means that parts of the code base that needed details of an option's definition no longer need to either obtain an option definition themselves or need access to an OptionsData object, which should be private to the OptionsParser anyway.
PiperOrigin-RevId: 167158902
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The information about whether a converter correctly matches the type of option it is meant to convert strings to is available at compile time. There is no reason to do this check at runtime.
Now, for an option to compile, it will need to have a converter that matches the option's type, taking into account whether the option is expected to accumulate multiple values. If it does not specify its own converter, a matching converter in the Converters.DEFAULT_CONVERTER list must be found, and the default value provided must be parseable by the matching default converter.
Remove tests that were testing failure modes which no longer compile.
RELNOTES: None.
PiperOrigin-RevId: 167092773
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Removes some duplicate computation by memoizing the results. Consolidates caching into a single optionDefinition object, instead of having multiple caches that go from the option name to different parts of what defines an option.
Fly-by cleanup of OptionDescription's contents, all contents that are statically defined as part of an option are in OptionDefintion, while expansion data, which depends on the existence of other options, is more clearly stored separately.
Will move the converter-to-option type matching sanity checks to a compile time check in a later change.
RELNOTES: None.
PiperOrigin-RevId: 166912716
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the options parser.
Removes any direct reads of the annotation outside of OptionDefinition. This allows for fewer manual checks for the annotation's existence, unifies error wording, and paves the way for potentially generifying the OptionsParser to accept different @Option-equivalent annotations.
Also allows for cleanup of duplicate code by giving @Option-specific operations a clear home, such as sorts and default logic. In followup changes, we can eliminate some unnecessarily complex caching by instead memoizing values in the OptionDefinition. This will have the positive side effect of making sure reads come from the cached values.
RELNOTES: None.
PiperOrigin-RevId: 166019075
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