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// Copyright (C) 2011-2018 ycmd contributors
//
// This file is part of ycmd.
//
// ycmd is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// ycmd is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with ycmd. If not, see <http://www.gnu.org/licenses/>.
#include "Candidate.h"
#include "Result.h"
#include <gtest/gtest.h>
#include <gmock/gmock.h>
using ::testing::Not;
namespace YouCompleteMe {
MATCHER_P( HasWordBoundaryCharacters,
boundary_chars,
std::string( negation ? "has not" : "has" ) +
" word boundary characters " + boundary_chars ) {
return Candidate( arg ).WordBoundaryChars() ==
Word( boundary_chars ).Characters();
}
TEST( WordBoundaryCharsTest, SimpleOneWord ) {
EXPECT_THAT( "simple", HasWordBoundaryCharacters( "s" ) );
}
TEST( WordBoundaryCharsTest, PunctuationInMiddle ) {
EXPECT_THAT( "simple_foo", HasWordBoundaryCharacters( "sf" ) );
}
TEST( WordBoundaryCharsTest, PunctuationStart ) {
EXPECT_THAT( "_simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( ".simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( "/simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( ":simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( "-simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( "«simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( "…simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( "𐬺simple", HasWordBoundaryCharacters( "s" ) );
}
TEST( WordBoundaryCharsTest, PunctuationStartButFirstDigit ) {
EXPECT_THAT( "_1simple", HasWordBoundaryCharacters( "" ) );
EXPECT_THAT( "_1simPle", HasWordBoundaryCharacters( "P" ) );
EXPECT_THAT( "…𝟝simple", HasWordBoundaryCharacters( "" ) );
EXPECT_THAT( "…𝟝simPle", HasWordBoundaryCharacters( "P" ) );
}
TEST( WordBoundaryCharsTest, ManyPunctuationStart ) {
EXPECT_THAT( "___simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( ".;/simple", HasWordBoundaryCharacters( "s" ) );
EXPECT_THAT( "«…𐬺simple", HasWordBoundaryCharacters( "s" ) );
}
TEST( WordBoundaryCharsTest, PunctuationStartAndInMiddle ) {
EXPECT_THAT( "_simple_foo", HasWordBoundaryCharacters( "sf" ) );
EXPECT_THAT( "/simple.foo", HasWordBoundaryCharacters( "sf" ) );
EXPECT_THAT( "𐬺simple—foo", HasWordBoundaryCharacters( "sf" ) );
}
TEST( WordBoundaryCharsTest, ManyPunctuationStartAndInMiddle ) {
EXPECT_THAT( "___simple__foo", HasWordBoundaryCharacters( "sf" ) );
EXPECT_THAT( "./;:simple..foo", HasWordBoundaryCharacters( "sf" ) );
EXPECT_THAT( "«𐬺…simple——foo", HasWordBoundaryCharacters( "sf" ) );
}
TEST( WordBoundaryCharsTest, SimpleCapitalStart ) {
EXPECT_THAT( "Simple", HasWordBoundaryCharacters( "S" ) );
EXPECT_THAT( "Σimple", HasWordBoundaryCharacters( "Σ" ) );
}
TEST( WordBoundaryCharsTest, SimpleCapitalTwoWord ) {
EXPECT_THAT( "SimpleStuff", HasWordBoundaryCharacters( "SS" ) );
EXPECT_THAT( "ΣimpleΣtuff", HasWordBoundaryCharacters( "ΣΣ" ) );
}
TEST( WordBoundaryCharsTest, SimpleCapitalTwoWordPunctuationMiddle ) {
EXPECT_THAT( "Simple_Stuff", HasWordBoundaryCharacters( "SS" ) );
EXPECT_THAT( "Σimple…Σtuff", HasWordBoundaryCharacters( "ΣΣ" ) );
}
TEST( WordBoundaryCharsTest, JavaCase ) {
EXPECT_THAT( "simpleStuffFoo", HasWordBoundaryCharacters( "sSF" ) );
EXPECT_THAT( "σimpleΣtuffΦoo", HasWordBoundaryCharacters( "σΣΦ" ) );
}
TEST( WordBoundaryCharsTest, UppercaseSequence ) {
EXPECT_THAT( "simpleSTUFF", HasWordBoundaryCharacters( "sS" ) );
EXPECT_THAT( "σimpleΣTUFF", HasWordBoundaryCharacters( "σΣ" ) );
}
TEST( WordBoundaryCharsTest, UppercaseSequenceInMiddle ) {
EXPECT_THAT( "simpleSTUFFfoo", HasWordBoundaryCharacters( "sS" ) );
EXPECT_THAT( "σimpleΣTUFFφoo", HasWordBoundaryCharacters( "σΣ" ) );
}
TEST( WordBoundaryCharsTest, UppercaseSequenceInMiddlePunctuation ) {
EXPECT_THAT( "simpleSTUFF_Foo", HasWordBoundaryCharacters( "sSF" ) );
EXPECT_THAT( "σimpleΣTUFF…Φoo", HasWordBoundaryCharacters( "σΣΦ" ) );
}
TEST( WordBoundaryCharsTest, UppercaseSequenceInMiddlePunctuationLowercase ) {
EXPECT_THAT( "simpleSTUFF_foo", HasWordBoundaryCharacters( "sSf" ) );
EXPECT_THAT( "simpleSTUFF.foo", HasWordBoundaryCharacters( "sSf" ) );
EXPECT_THAT( "σimpleΣTUFF…φoo", HasWordBoundaryCharacters( "σΣφ" ) );
}
TEST( WordBoundaryCharsTest, AllCapsSimple ) {
EXPECT_THAT( "SIMPLE", HasWordBoundaryCharacters( "S" ) );
EXPECT_THAT( "ΣIMPLE", HasWordBoundaryCharacters( "Σ" ) );
}
TEST( GetWordBoundaryCharsTest, AllCapsPunctuationStart ) {
EXPECT_THAT( "_SIMPLE", HasWordBoundaryCharacters( "S" ) );
EXPECT_THAT( ".SIMPLE", HasWordBoundaryCharacters( "S" ) );
EXPECT_THAT( "«ΣIMPLE", HasWordBoundaryCharacters( "Σ" ) );
EXPECT_THAT( "…ΣIMPLE", HasWordBoundaryCharacters( "Σ" ) );
}
TEST( WordBoundaryCharsTest, AllCapsPunctuationMiddle ) {
EXPECT_THAT( "SIMPLE_STUFF", HasWordBoundaryCharacters( "SS" ) );
EXPECT_THAT( "SIMPLE/STUFF", HasWordBoundaryCharacters( "SS" ) );
EXPECT_THAT( "SIMPLE—ΣTUFF", HasWordBoundaryCharacters( "SΣ" ) );
EXPECT_THAT( "ΣIMPLE…STUFF", HasWordBoundaryCharacters( "ΣS" ) );
}
TEST( WordBoundaryCharsTest, AllCapsPunctuationMiddleAndStart ) {
EXPECT_THAT( "_SIMPLE_STUFF", HasWordBoundaryCharacters( "SS" ) );
EXPECT_THAT( ":SIMPLE.STUFF", HasWordBoundaryCharacters( "SS" ) );
EXPECT_THAT( "«ΣIMPLE—ΣTUFF", HasWordBoundaryCharacters( "ΣΣ" ) );
EXPECT_THAT( "𐬺SIMPLE—ΣTUFF", HasWordBoundaryCharacters( "SΣ" ) );
}
TEST( CandidateTest, TextValid ) {
EXPECT_EQ( "foo", Candidate( "foo" ).Text() );
}
MATCHER_P( IsSubsequence,
candidate,
std::string( negation ? "is not" : "is" ) + " a subsequence of " +
candidate ) {
Result result = Candidate( candidate ).QueryMatchResult( Word( arg ) );
return result.IsSubsequence();
}
TEST( CandidateTest, QueryMatchResultIsSubsequence ) {
EXPECT_THAT( "F𐍈oβaÅAr", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "FβÅA", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "F", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "ÅA", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "A", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "β", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "f𐍈oβaåar", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "f𐍈oβaåAr", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "f𐍈oβaÅar", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "f𐍈oβaÅAr", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "F𐍈oβaÅAr", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "f𐍈oβaaar", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "f𐍈oβaAar", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "fβÅA", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "fβaa", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "β", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "f", IsSubsequence( "F𐍈oβaÅAr" ) );
EXPECT_THAT( "fβår", IsSubsequence( "F𐍈oβaÅAr" ) );
}
TEST( CandidateTest, QueryMatchResultIsNotSubsequence ) {
EXPECT_THAT( "g𐍈o", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "R", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "O", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "𐍈O", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "OβA", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "FβAR", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "FβÅAR", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "Oar", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "F𐍈oβaÅår", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "F𐍈oβaåår", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "F𐍈oβaÅÅr", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "F𐍈oβaåÅr", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "f𐍈oβaÅÅr", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "F𐍈oβaaÅr", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "F𐍈OβaÅAr", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "F𐍈Oβaåar", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "f𐍈Oβaåar", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
EXPECT_THAT( "f𐍈oβaåaR", Not( IsSubsequence( "F𐍈oβaÅAr" ) ) );
}
} // namespace YouCompleteMe
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