fe3eb3ed5c
* ICU-13530 copy C/C++ files UTrie2 -> UTrie3 X-SVN-Rev: 40754 * ICU-13530 UTrie3 new files copied from UTrie2: rename types/functions/macros X-SVN-Rev: 40755 * ICU-13530 debug-print building each UTrie2 X-SVN-Rev: 40756 * ICU-13530 remove two-byte-UTF-8 errorValue block; move highValue from end of data array into header; add errorValue to header X-SVN-Rev: 40762 * ICU-13530 UTrie3 U16_NEXT/PREV: errorValue for unpaired surrogates X-SVN-Rev: 40763 * ICU-13530 no more separate values for lead surrogate code units X-SVN-Rev: 40764 * ICU-13530 change from 11:5 trie bits to 10:6 for simpler UTF-8 code X-SVN-Rev: 40766 * ICU-13530 UTrie2 build UTrie3 as well, print sizes X-SVN-Rev: 40767 * ICU-13530 debug-print countSame, sumOverlaps, countInitial X-SVN-Rev: 40768 * ICU-13530 debug-print whether trie is for CanonIterData X-SVN-Rev: 40769 * ICU-13530 no index-shift for BMP data, no separate index-2 for 2-byte UTF-8; builder changes incomplete X-SVN-Rev: 40777 * ICU-13530 remove errorValue and highStart from UNewTrie3 X-SVN-Rev: 40778 * ICU-13530 rewrite UTrie3 builder code X-SVN-Rev: 40783 * ICU-13530 UTrie3 bug fixes X-SVN-Rev: 40788 * ICU-13530 fully re-inline _UTRIE3_U8_NEXT() X-SVN-Rev: 40790 * ICU-13530 find most common all-same data block for dataNullBlock and initialValue X-SVN-Rev: 40792 * ICU-13530 UTrie3 iterator functions take start and return the end of a range, rather than callback call for each range X-SVN-Rev: 40800 * ICU-13530 mask off unused data value bits before building a UTrie3 with values less than 32 bits wide X-SVN-Rev: 40803 * ICU-13530 split utrie3builder.h out of utrie3.h X-SVN-Rev: 40804 * ICU-13530 separate types UTrie3 vs. UTrie3Builder, implement builder as wrapper over C++ class Trie3Builder in .cpp X-SVN-Rev: 40809 * ICU-13530 function to make a UTrie3Builder from a UTrie3 X-SVN-Rev: 40810 * ICU-13530 debug-print some data; some cleanup X-SVN-Rev: 40865 * ICU-13530 BMP 10:6 but supplementary 10:6:4 X-SVN-Rev: 40984 * ICU-13530 move errorValue & highValue to the end of the data table, minimal padding to 4 bytes X-SVN-Rev: 41011 * ICU-13530 index-1 table gap of index-2 null blocks X-SVN-Rev: 41018 * ICU-13530 test with more than 128k compacted data X-SVN-Rev: 41034 * ICU-13530 supplementary bits 11:5:4 saves a little space X-SVN-Rev: 41039 * ICU-13530 supplementary bits 6:5:5:4 instead of gap: about same size but simpler X-SVN-Rev: 41050 * ICU-13530 remove unnecessary utrie3_clone(built trie) X-SVN-Rev: 41058 * ICU-13530 remove unnecessary UTrie3StringIterator X-SVN-Rev: 41059 * ICU-13530 back to UTRIE3_GET...() macros *returning* data values X-SVN-Rev: 41060 * ICU-13530 fast vs. small X-SVN-Rev: 41066 * ICU-13530 always load NFC data, add simple normalization performance test X-SVN-Rev: 41110 * ICU-13530 change normalization main trie to UTrie3 with special values for lead surrogates; forbid non-inert surrogate code *points* because unable to store values different from code *units*; runtime code work around that for code point lookup and iteration; adjust UTS 46 for normalization no longer mapping unpaired surrogates to U+FFFD X-SVN-Rev: 41122 * ICU-13530 simplenormperf bug fix and NFC base line X-SVN-Rev: 41126 * ICU-13530 move normalization getRange skipping lead surrogates to API getRangeSkipLead() X-SVN-Rev: 41182 * ICU-13530 switch CanonIterData and gennorm2 Norms to UTrie3 X-SVN-Rev: 41183 * ICU-13530 remove unused overwrite parameter from setRange() X-SVN-Rev: 41184 * ICU-13530 getRange skip lead -> fixed surrogates X-SVN-Rev: 41219 * ICU-13530 minor cleanup X-SVN-Rev: 41221 * ICU-13530 UTS 46 code map unpaired surrogates to U+FFFD before normalization X-SVN-Rev: 41224 * ICU-13530 minor internal-docs cleanup X-SVN-Rev: 41225 * ICU-13530 rename UTrie3 to UCPTrie, and other name changes X-SVN-Rev: 41226 * ICU-13530 add 8-bit data option; add type-any & valueBits-any for fromBinary(); macros consistently source type then data width X-SVN-Rev: 41234 * ICU-13530 scrub the API docs for the proposal X-SVN-Rev: 41319 * ICU-13530 tag internal definitions as such, or move them to an internal header X-SVN-Rev: 41320 * ICU-13530 Java API skeleton X-SVN-Rev: 41326 * ICU-13530 API feedback: ValueWidth, MutableCodePointTrie, base CodePointMap, ... X-SVN-Rev: 41382 * ICU-13530 add UCPTrie valueWidth field and padding, and combine data pointers into a union X-SVN-Rev: 41408 * ICU-13530 switch some macros to using dataAccess parameter: separate index vs. data lookups, no macro variant for each value width X-SVN-Rev: 41409 * ICU-13530 StringIterator is no longer a java.util.Iterator (bad fit) X-SVN-Rev: 41455 * ICU-13530 CodePointTrie.java code complete X-SVN-Rev: 41518 * ICU-13530 finish Java port incl test; keep C++ parallel * ICU-13530 adjust API for feedback: rename HandleValue to FilterValue, change getRange+getRangeFixedSurr(bool allSurr) to enum RangeOption+getRange(enum option); change remaining C macros to use dataAccess for 16/32/8-bit value widths; fix/clarify some API docs * ICU-13530 add javadoc * ICU-13530 document UCPTrie binary data format * ICU-13530 update .nrm formatVersion 3->4, document change in surrogate handling with new trie * ICU-13530 re-hardcode NFC data * move trie swapper code into new file; add new files to Windows project files; turn off trie debugging * ICU-13530 minor cleanup * ICU-13530 test more range starts; fix a C test leak * ICU-13530 regenerate Java data from scratch * ICU-13530 review feedback changes: API docs typos, more @internal, C++11 field initializers, fix potential leak in MutableCodePointTrie::fromUCPTrie() * ICU-13530 rename interface FilterValue to ValueFilter |
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|---|---|---|
| .. | ||
| charperf | ||
| collationperf | ||
| collperf | ||
| collperf2 | ||
| convperf | ||
| DateFmtPerf | ||
| dicttrieperf | ||
| howExpensiveIs | ||
| leperf | ||
| normperf | ||
| perldriver | ||
| strsrchperf | ||
| ubrkperf | ||
| ucnvavailperf | ||
| unisetperf | ||
| usetperf | ||
| ustrperf | ||
| utfperf | ||
| utrie2perf | ||
| icuperf2report.xsl | ||
| Makefile.in | ||
| perf.sln | ||
| README | ||
Copyright (C) 2016 and later: Unicode, Inc. and others.
License & terms of use: http://www.unicode.org/copyright.html#License
Copyright (C) 2008-2013, International Business Machines
Corporation and others. All Rights Reserved.
README for ICU4C Performance Test
Introduction:
The performance tests in ICU4C compares various aspects of ICU against previous versions of ICU,
Posix, and/or Windows. Some tests only run on Windows and are labeled accordingly.All of the
performance tests are driven by a perl-based script which calls the underlying C program and
displays the statistical analysis of the test in an easy to read HTML web page. Each test will
have its own web page.
Requirements:
The most up to date tests are in ICU 4.0 and later. In addition, most tests depend on data which are
in a separate repository.
Data repository:
http://source.icu-project.org/repos/icu/data/trunk/test/perf
There are 3 folders in here: collation, conversion, and udr.
Running Performance Test:
1) Checkout the current ICU and 2 previous versions (for proper regression testing) and the data
into your local system.
2) Do a general build on all the ICUs either through Visual Studios or with the Makefile.
3) Build the ICU performance tests either through Visual Studios or with the Makefile.
(The location of the performance test is: icu/source/test/perf)
4) Go to perf/perldriver, copy Common.pl.template to Common.pl.
In this file, you will need to set a few variables:
a) ICU version numbers
b) Path to the performance test data
c) Path to the root directory of the different versions of ICU
d) Whether or not you are running the test on Windows
* The Path needs to be absolute
* All other variables should be left as is
5) Create a directory pref/results. All of the test result web pages will be
stored in this directory.
6) In the perf directory, there are several other directories for the various tests that can be run.
(e.g. convperf (Conversion tests)). Go to each directory and execute the perl script for each test
you want to run. (e.g. CharPerf_r.pl in CharPerf directory)
* You only need to run the perl script from the latest ICU version. The corresponding perl script
in the previous versions of ICU do not need to be run seperately.
Note: When running on Windows, cygwin is preferred.
Note: If a test needs to be run on Windows, a message will be displayed.
Note: After building the performance tests, it is a good idea to execute each C program to ensure that each
test can run. (e.g. convperf.exe)
Note: To run the actual performance test, you will need to setup Perl with the following modules:
a) Statistics/Distribution.pm
b) Statistics/Descriptive.pm
Note: Some tests take a while depending on the machine it is running on so a script to run each performance test's
perl script might be helpful.
Note: The perl script is only used in one version of ICU. When you run regression tests,
it is recommended to run the tests from the later version of ICU.