assertTrue( new TexArray() instanceof TexNode,
'Should create an instance of TexNode' );
}
public function testConcatOutput() {
$ta = new TexArray( new Literal( 'a' ), new Literal( 'b' ) );
$this->assertEquals( 'ab', $ta->render(), 'Should concatenate its input' );
}
public function testExtractCurlies() {
$n = new TexNode( new TexArray( new Literal( 'a' ) ) );
$this->assertEquals( '{a}', $n->inCurlies(),
'Should create exactly one pair of curlies' );
}
public function testExtractIdentifiers() {
$n = new TexArray( new Literal( 'd' ) );
$this->assertEquals( [ 'd' ], $n->extractIdentifiers(),
'Should extract identifiers' );
}
public function testExtractIdentifiersFromArg() {
$n = new TexArray();
$this->assertEquals( [ 'd' ],
$n->extractIdentifiers( [ new Literal( 'd' ) ] ),
'Should extract identifiers from the argument' );
}
public function testExtractSplitIdentifiers() {
$n = new TexArray( new Literal( 'a' ), new Literal( '\'' ) );
$this->assertEquals( [ 'a\'' ], $n->extractIdentifiers(),
'Should extract split identifiers' );
}
public function testNotConfuseIntegralsIdentifiers() {
$n = new TexArray( new Literal( 'd' ), new Literal( '\\int' ) );
$this->assertEquals( [ 'd' ], $n->extractIdentifiers(),
'Should not confuse integrals and identifiers' );
}
public function testNotConfuseIntegralD() {
$n = new TexArray( new Literal( '\\int' ), new Literal( 'd' ) );
$this->assertEquals( [], $n->extractIdentifiers(), 'Should not confuse integral d with d identifier' );
}
public function testNotConfuseUprightIntegralD() {
$n = new TexArray( new Literal( '\\int' ), new Literal( '\\mathrm{d}' ) );
$this->assertEquals( [], $n->extractIdentifiers(),
'Should not confuse upright integral d with d identifier' );
}
public function testExtractIdentifierMods() {
$n = new TexArray( new TexNode( '' ) );
$this->assertEquals( [], $n->getModIdent(), 'Should extract identifier modifications' );
}
public function testExtractSubscripts() {
$n = new TexArray( new TexNode( '' ) );
$this->assertEquals( [], $n->extractSubscripts(), 'Should extract subscripts' );
}
public function testUnshift() {
$n = new TexArray( new TexNode( '' ) );
$n->unshift( 'test1', 'test2' );
$this->assertEquals( 3, $n->getLength(), 'Should unshift elements' );
}
public function testGenerator() {
$ta = new TexArray( new Literal( 'a' ), new Literal( 'b' ) );
foreach ( $ta as $item ) {
$this->assertInstanceOf(
'MediaWiki\Extension\Math\WikiTexVC\Nodes\Literal',
$item,
'Should iterate over the elements' );
}
}
public function testOffsetExists() {
$ta = new TexArray( new Literal( 'a' ), new Literal( 'b' ) );
$this->assertTrue( isset( $ta[0] ) );
$this->assertFalse( isset( $ta[2] ) );
}
public function testOffsetGet() {
$ta = new TexArray( new Literal( 'a' ), new Literal( 'b' ) );
$this->assertEquals( 'a', $ta[0]->render() );
$this->assertNull( $ta[100] );
}
public function testOffsetUnset() {
$ta = new TexArray( new Literal( 'a' ), new Literal( 'b' ) );
unset( $ta[0] );
$this->assertNull( $ta[0] );
}
public function testOffsetSet() {
$ta = new TexArray();
$ta[0] = new Literal( 'a' );
$this->assertEquals( 'a', $ta[0]->render() );
}
public function testOffsetSetInvalid() {
$this->expectException( InvalidArgumentException::class );
$ta = new TexArray();
$ta[0] = 'a';
}
public function testSquashLiterals() {
$ta = new TexArray( new Literal( 'a' ), new Literal( 'b' ) );
$res = $ta->renderMML( [], [ 'squashLiterals' => true ] );
$this->assertEquals( 'ab', $res );
}
public function testSquashLiteralsMacro() {
$ta = new TexArray( new Literal( 'a' ), new Literal( '\gamma' ) );
$res = $ta->renderMML( [], [ 'squashLiterals' => true ] );
$this->assertEquals( 'aγ', $res );
}
}