Best Kotest code snippet using io.kotest.assertions.diffLargeString.typeString
diffLargeString.kt
Source:diffLargeString.kt
...9 * Returns a formatted diff of the expected and actual input, unless there are no differences,10 * or the input is too small to bother with diffing, return it returns the input as is.11 */12actual fun diffLargeString(expected: String, actual: String): Pair<String, String>? {13 fun typeString(deltaType: DeltaType): String = when (deltaType) {14 DeltaType.CHANGE -> "Change"15 DeltaType.INSERT -> "Addition"16 DeltaType.DELETE -> "Deletion"17 DeltaType.EQUAL -> ""18 }19 fun diffs(20 lines: List<String>,21 deltas: MutableList<AbstractDelta<String>>,22 chunker: (AbstractDelta<String>) -> Chunk<String>23 ): String {24 return deltas.joinToString("\n\n") { delta ->25 val chunk = chunker(delta)26 // include a line before and after to give some context on deletes27 val snippet = lines.drop(max(chunk.position - 1, 0)).take(chunk.position + chunk.size()).joinToString("\n")28 "[${typeString(delta.type)} at line ${chunk.position}] $snippet"29 }30 }31 val patch = DiffUtils.diff(actual, expected, object : DiffAlgorithmListener {32 override fun diffStart() {}33 override fun diffStep(value: Int, max: Int) {}34 override fun diffEnd() {}35 })36 return if (patch.deltas.isEmpty()) Pair(expected, actual) else {37 Pair(diffs(expected.lines(), patch.deltas) { it.source }, diffs(actual.lines(), patch.deltas) { it.target })38 }39}...
typeString
Using AI Code Generation
1val diff = diffLargeString ( "Hello world" , "Hello world" )2val diff = diffLargeString ( "Hello world" , "Hello world" )3val diff = diffLargeString ( "Hello world" , "Hello world" )4val diff = diffLargeString ( "Hello world" , "Hello world" )5val diff = diffLargeString ( "Hello world" , "Hello world" )6val diff = diffLargeString ( "Hello world" , "Hello world" )7val diff = diffLargeString ( "Hello world" , "Hello world" )8val diff = diffLargeString ( "Hello world" , "Hello world" )9val diff = diffLargeString ( "Hello world" , "Hello world" )10val diff = diffLargeString ( "Hello world" , "Hello world" )11val diff = diffLargeString ( "Hello world" , "Hello world" )12val diff = diffLargeString ( "Hello world" , "Hello world" )13val diff = diffLargeString ( "Hello world" , "Hello world" )14val diff = diffLargeString ( "Hello world" , "Hello world" )
typeString
Using AI Code Generation
1val diff = diffLargeString ( "Hello" , "Hello World" ) println ( diff )2val diff = diffLargeString ( "Hello World" , "Hello" ) println ( diff )3val diff = diffLargeString ( "Hello World" , "Hello World" ) println ( diff )4val diff = diffLargeString ( "Hello World" , "Hello World" , 10 ) println ( diff )5val diff = diffLargeString ( "Hello World" , "Hello World" , 10 , 10 ) println ( diff )6val diff = diffLargeString ( "Hello World" , "Hello World" , 10 , 10 , 10 ) println ( diff )
typeString
Using AI Code Generation
1val result = diffLargeString("string1", "string2", 100)2val result = diffLargeString("string1", "string2", 100, DiffConfig())3val result = diffLargeString("string1", "string2", 100, DiffConfig(), ::myDiffReporter)4val result = diffLargeString("string1", "string2", 100, DiffConfig(), ::myDiffReporter, ::myDiffColorizer)5val result = diffLargeString("string1", "string2", 100, DiffConfig(), ::myDiffReporter, ::myDiffColorizer, ::myDiffFormatter)6val result = diffLargeString("string1", "string2", 100, DiffConfig(), ::myDiffReporter, ::myDiffColorizer, ::myDiffFormatter, ::myDiffFilter)7val result = diffLargeString("string1", "string2", 100, DiffConfig(), ::myDiffReporter, ::myDiffColorizer, ::myDiffFormatter, ::myDiffFilter, ::myDiffStats)8val result = diffLargeString("string1", "string2", 100, DiffConfig(), ::myDiffReporter, ::myDiffColorizer, ::myDiffFormatter, ::myDiffFilter, ::myDiffStats, ::myDiffLine)9val result = diffLargeString("string1", "string2", 100, DiffConfig(), ::myDiffReporter, ::myDiffColorizer, ::myDiffFormatter, ::myDiffFilter, ::my
typeString
Using AI Code Generation
1typeString ( "Hello" , "World" ) { actual , expected -> "Actual: $actual2Expected: $expected" }3typeString ( "Hello" , "World" ) { actual , expected -> "Actual: $actual4Expected: $expected" } diffConfig = diffConfig { context = 2 }5typeString ( "Hello" , "World" ) diffConfig = diffConfig { context = 2 }6typeString ( "Hello" , "World" ) { actual , expected -> "Actual: $actual7Expected: $expected" } diffConfig = diffConfig { context = 2 }8typeString ( "Hello" , "World" )9typeString ( "Hello" , "World" ) diffConfig = diffConfig { context = 2 }10typeString ( "Hello" , "World" ) { actual , expected -> "Actual: $actual11Expected: $expected" } diffConfig = diffConfig { context = 2 }12typeString ( "Hello" , "World" )13typeString ( "Hello" , "World" ) diffConfig = diffConfig { context = 2 }14typeString ( "Hello" , "World" ) { actual , expected -> "Actual: $actual15Expected: $expected" } diffConfig = diffConfig { context = 2 }16typeString ( "Hello" , "World" )17typeString (
typeString
Using AI Code Generation
1val diff = diffLargeString ( "Hello" , "Hello World" ) println ( diff )2val diff = diffLargeString ( "Hello World" , "Hello" ) println ( diff )3val diff = diffLargeString ( "Hello" , "Hello" ) println ( diff )4val diff = diffLargeString ( "Hello" , "Hello" , 5 ) println ( diff )5val diff = diffLargeString ( "Hello" , "Hello" , 10 ) println ( diff )6val diff = diffLargeString ( "Hello" , "Hello" , 1 ) println ( diff )7val diff = diffLargeString ( "Hello" , "Hello" , 0 ) println ( diff )8val diff = diffLargeString ( "Hello" , "Hello" , - 1 ) println ( diff )9val diff = diffLargeString ( "Hello" , "Hello" , 100 ) println ( diff )10val diff = diffLargeString ( "Hello" , "Hello" , 1000 ) println ( diff )11val diff = diffLargeString ( "Hello" , "Hello" , 10000 ) println (
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