This enables "classic" desktop builds of ICU4C for both ARM (32-bit)
and ARM64 (64-bit) on Windows.
All but the two samples "cal" and "date" in the "allinone" project now
have ARM and ARM64 project configurations, and build for Windows Desktop
ARM/ARM64.
Note: In order to build the ARM/ARM64 data DLL, you need to first build
x64/Release, as the ARM/ARM build uses the x64 bits in order to be able
to cross-compile for ARM/ARM64. This allows for completely building
ARM/ARM64 binaries using only x64 hardware.
The ARM/ARM64 builds require using a newer version of the Windows SDK
than 8.1, so they have a separate WindowsTargetPlatformVersion which
uses Windows 10 SDK version 10.0.16299.0 (aka RS3), which is the first
version of the Windows SDK to support building ARM64 desktop applications.
In addition this also greatly cleans-up the ICU4C ".vcxproj" files, in
order to remove redundant parts, fix inconsistencies, and make them more
readable. This introduces two new variables in the shared `*.props`
files: `IcuBinOutputDir` and `IcuLibOutputDir` in order to further
reduce the amount of duplicated lines in the individual ".vcxproj"
files themselves.
Using the C++ SFINAE (substitution failure is not an error) technique,
it's possible to provide an icu::StringPiece constructor that accepts
any string view type that might be available in the current compilation
unit, without adding any additional dependencies or configuration flags
to ICU.
The way these macros currently are defined, the code compiles also
without the final semicolons. But for consistency and in order to allow
the macro definitions to be updated also these macro invocations should
have final semicolons just like in the rest of this code base.
This adds a separate CI build that enables -Werror for clang.
This also fixes all of the -Wall -Wextra warnings in the tests, and all the
-Wextra-semi warnings as well.
- Use STATIC_NEW for mutex creation, to avoid order-of-destruction problems
by avoiding destruction altogether, while avoiding memory leak reports.
- Remove UConditionVar, replace with direct use of std::condition_variable
This fixes a regression introduced by commit
b12a927c93 for issue ICU-13778.
The above commit improved the error checking in the
DateTimePatternGenerator class, adding checks for errors/failures
where there previously was none at all. This was done in order to
catch catastrophic errors like out-of-memory (OOM), and properly
report them to the caller, rather than ignoring/hiding these errors.
However, in doing so it exposed a case where the code was depending
on ignoring errors in order to fall-back to the Gregorian calendar
when the default ICU locale is set to root.
This restores the previous behavior, by allowing the error of
U_MISSING_RESOURCE_ERROR to fall-though and continue without
reporting back an error to the caller.
Note: This regression was technically introduced in ICU 63, and
also effects ICU 64 as well.
- StringSegment, ICU4C:
* Moved to top icu namespace
* Compilation unit renamed to string_segment.
- NumberStringBuilder, C and J:
* Moved to main icu namespace
* Compilation unit renamed to formatted_string_builder
* Renamed class to FormattedStringBuilder
- Moves nextPosition logic of NumberStringBuilder to helper class
Remove the dependencies from the ICU library code on static constructors
that were introduced by using std::mutex and condition variables. The
mutexes are lazily initialized by embedding them as local static variables
in getter functions, and relying on the C++ compiler/runtime to do thread
safe initialization of them.
- Changes Java DecimalFormat boolean get* methods to is*.
- Makes the new draft methods non-virtual.
- Removes obsolete template class in header file.
- Adds proper U_HIDE tags in unum.h and decimfmt.h
- Adds first "span" field category
- Re-implements DateIntervalFormat#fallbackFormat to use FieldPositionHandler
- New temporary wiring in SimpleFormatter
- Adds additional logic to NumberStringBuilder.
- Extends logic of number::impl::Field type.
- Adds tests for RBNF support.
- Adds tests from ftang's original PR.
- Use move assignment for fields->formatter (LocalizedNumberFormatter) instead of creating new heap object every time.
- Add test cases for DecimalFormat object in invalid state.
- Protect against self-assignment in assignment operator.
- Fix segmentation fault when attempting to compare valid and invalid DecimalFormat objects.
- Changes based on review feedback from Shane.
- Fix minor typos in the public header file.
Moved the macro from platform.h to uassert.h.
Removed any "unreachable" code that previously occurred after the UPRV_UNREACHABLE macro is used.
Changes based on review from Andy.
Co-authored-by: Daniel Ju <daju@microsoft.com>
- Wires up FormattedNumber[Range] in applicable languages.
- Adds new header files and tests, with minor cleanup to old tests.
- Adds code to guarantee terminating NUL in FormattedNumber[Range].
- Cleanup of API docs for inherited methods in FormattedNumber[Range].
- Reads, parses, and applies the filter file syntax.
- Removes unused keys from the resource bundle.
- Adds sample filter txt file with test in intltest.
- Reads filters.json or .hjson from ICU_DATA_FILTER_FILE environment variable
- Adds DepTarget for dependency semantics, and warns for missing deps.
- Fixes certain tests that crash with sliced locale data.
- Includes support for 4 filter types.
The API documentation is perfectly clear about this, an empty string for
the value means that the keyword should be removed:
@param keywordValue value of the keyword to be set. If 0-length or
NULL, will result in the keyword being removed. No error is given if
that keyword does not exist.
Remove all POSIX and Win32 specific mutex, atomic and threading implementations
in favor of C++11 std library functions.
Move the related (internal) ICU types and functions into the icu namespace.
Adds some plumbing to allow MutablePatternModifier to set fields, and otherwise builds upon the infrastructure from the previous commit to add the MEASURE_UNIT field.
- fastpath for UnicodeSet.add(new last range)
- fewer UnicodeSet memory allocations:
initial internal list array, exponential array growth,
allocate strings list/set only when first one is added
- faster CodePointTrie.getRange(): fewer calls to filter function
- revert UnicodeSet(intprop=value) from trie ranges to range starts + lookup
- cache per-int-prop range starts: fewer lookups
Using temporary variables for the two values to be compared here makes
GCC compile the code just like we expect it to. (What it really is that
it otherwise does on some architechtures remains a mystery.)
This will make the tests pass as expected also on IA-32 with GCC.
It'll also make it possible to revert the old workaround for SPARC
introduced by commit 5b0592af79.
Tested:
Linux gcc45 3.16.0-5-686-pae #1 SMP Debian 3.16.51-3+deb8u1 (2018-01-08) i686 GNU/Linux
Debian clang version 3.5.0-10 (tags/RELEASE_350/final) (based on LLVM 3.5.0)
g++ (Debian 4.9.2-10+deb8u1) 4.9.2
Linux gcc202 4.16.0-1-sparc64-smp #1 SMP Debian 4.16.5-1 (2018-04-29) sparc64 GNU/Linux
clang version 4.0.1-10+sparc64 (tags/RELEASE_401/final)
g++ (Debian 8.2.0-7) 8.2.0
* ICU-20205 Add locale test for RelativeDateTimeFormatter.
* ICU-20205 Fix error in pt relative date data. Improve error handling in code.
* ICU-20205 Add instantiation test & regen data from ICU4C
* ICU-20205 Added DateFormatSymbols error check per jefgen's comments.
