✔️ run whenTargetNameIsEmpty shouldReturnOkStatus
✔️ run whenCoreExceptionThrown shouldReturnCancelStatus
✔️ run whenSuitableTargetFound shouldSetActiveLaunchTarget
✔️ run whenActiveLaunchConfigurationIsNull shouldReturnCancelStatus
✔️ run whenNoSuitableTargetFound shouldShowNoTargetMessage

✔️ shutdown should trigger property change listener with error hints pairs as new value
✔️ process line returns true if hint available for error line
✔️ process line returns false if no hint found for error line

✔️ get active launch configuration returns expected config when init launchbar job is not active
✔️ get active launch configuration returns expected config when init launchbar job is active

✔️ getIndexOfDefaultBoard returns expected index for esp32s3 target (String, String[], int)[1] esp32s3, [ESP32-S3 chip (via ESP-PROG), ESP32-S3 chip (via ESP USB Bridge), ESP32-S3 chip (via builtin USB-JTAG)], 2
✔️ getIndexOfDefaultBoard returns expected index for esp32s3 target (String, String[], int)[2] esp32c3, [ESP32-C3 chip (via ESP USB Bridge), ESP32-C3 chip (via builtin USB-JTAG), ESP32-C3 chip (via ESP-PROG)], 1
✔️ getIndexOfDefaultBoard returns expected index for esp32s3 target (String, String[], int)[3] esp32, [ESP-WROVER-KIT 1.8V, ESP32 chip (via ESP USB Bridge), ESP-WROVER-KIT 3.3V], 0
✔️ getIndexOfDefaultBoard returns expected index for esp32s3 target (String, String[], int)[4] esp32s2, [ESP32-S2 chip (via ESP USB Bridge), ESP32-S2-KALUGA-1, ESP32-S2 chip (via ESP-PROG)], 0
✔️ getIndexOfDefaultBoard returns expected index for esp32s3 target (String, String[], int)[5] esp32c2, [ESP32-C2 chip (via ESP-PROG), ESP32-C2 chip (via ESP USB Bridge)], 0
✔️ getIndexOfDefaultBoard returns expected index for esp32s3 target (String, String[], int)[6] esp32c6, [ESP32-C6 chip (via builtin USB-JTAG), ESP32-C6 chip (via ESP-PROG), ESP32-C6 chip (via ESP USB Bridge)], 0
✔️ getIndexOfDefaultBoard returns expected index for esp32s3 target (String, String[], int)[7] esp32h2, [ESP32-H2 chip (via ESP-PROG), ESP32-H2 chip (via ESP USB Bridge), ESP32-H2 chip (via builtin USB-JTAG)], 0
✔️ getIndexOfDefaultBoard ignores case for target and returns expected result (String, String[], int)[1] esp32s3, [ESP32-S3 chip (via ESP-PROG), ESP32-S3 chip (via ESP USB Bridge), ESP32-S3 chip (via builtin USB-JTAG)], 2
✔️ getIndexOfDefaultBoard ignores case for target and returns expected result (String, String[], int)[2] esp32c3, [ESP32-C3 chip (via ESP USB Bridge), ESP32-C3 chip (via builtin USB-JTAG), ESP32-C3 chip (via ESP-PROG)], 1
✔️ getIndexOfDefaultBoard ignores case for target and returns expected result (String, String[], int)[3] esp32, [ESP-WROVER-KIT 1.8V, ESP32 chip (via ESP USB Bridge), ESP-WROVER-KIT 3.3V], 0
✔️ getIndexOfDefaultBoard ignores case for target and returns expected result (String, String[], int)[4] esp32s2, [ESP32-S2 chip (via ESP USB Bridge), ESP32-S2-KALUGA-1, ESP32-S2 chip (via ESP-PROG)], 0
✔️ getIndexOfDefaultBoard ignores case for target and returns expected result (String, String[], int)[5] esp32c2, [ESP32-C2 chip (via ESP-PROG), ESP32-C2 chip (via ESP USB Bridge)], 0
✔️ getIndexOfDefaultBoard ignores case for target and returns expected result (String, String[], int)[6] esp32c6, [ESP32-C6 chip (via builtin USB-JTAG), ESP32-C6 chip (via ESP-PROG), ESP32-C6 chip (via ESP USB Bridge)], 0
✔️ getIndexOfDefaultBoard ignores case for target and returns expected result (String, String[], int)[7] esp32h2, [ESP32-H2 chip (via ESP-PROG), ESP32-H2 chip (via ESP USB Bridge), ESP32-H2 chip (via builtin USB-JTAG)], 0

✔️ testCanItDiscardversion335
✔️ testCanGetVersionsMap
✔️ testCanGetVersionsFromDLEspressif
✔️ testIsVersionsFilterWorkingCorrectly

✔️ testShouldReadInputStreamWithDefaultCharsetName
✔️ testShouldReadInputStreamWithCustomCharsetName
✔️ testShouldReadInputStreamAndReturnExpectedResult
✔️ testShouldThrowExceptionForNullInputStreamInConstructor
✔️ testShouldThrowExceptionForNullNewLineSeparatorInConstructor
✔️ testShouldReturnEmptyResultOnIOException
✔️ testShouldReturnEmptyResultForEmptyInputStream

✔️ resolveValue on openocd path dynamic variable returns openocd path
✔️ resolveValue on openocd scripts dynamic variable returns openocd scripts
✔️ resolveValue on openocd exe dynamic variable returns openocd exe
✔️ resolveValue on non existing enum variable returns variable name
✔️ resolveValue on null throws exception

✔️ testOutputStreamShouldBeEmptyIfIncorrectCharsetSent
✔️ testOutputStreamThreadWithNullOutputStreamShouldThrowException
✔️ testOutputStreamThreadShouldWriteContentToOutputStream
✔️ testOutputStreamThreadWithDefaultCharsetShouldWriteContentToOutputStream
✔️ testOutputStreamThreadWithNullContentStreamShouldThrowException

✔️ testRunInBackgroundShouldReturnOkStatusWithAllCorrectArguments
✔️ testRunShouldReturnEmptyResultWithDummyCommandAndNullWorkingDir
✔️ testRunShouldReturnEmptyResultWithDummyCommandAndEmptyEnviromentMap
✔️ testRunInBackgroundShouldReturnOkStatusWithOnlyDummyCommand
✔️ testRunShouldReturnEmptyResultWithDummyCommandAndWithAllArguments
✔️ testRunShouldThrowExceptionWithIncorrectWorkingDir
✔️ testRunShouldThrowExceptionWithNonExistingFileCommand
✔️ testRunShouldReturnEmptyResultWithDummyCommandWithNullEnviromentMap

✔️ Generating hash code for versions should return the same hash code for equal versions
✔️ Equals method should return false when comparing with a different object type
✔️ Comparing version 1.2 to higher version with different numbers of segments ruturns negative[1] 1.2.3
✔️ Comparing version 1.2 to higher version with different numbers of segments ruturns negative[2] 1.2.3.4
✔️ Comparing version 1.2 to higher version with different numbers of segments ruturns negative[3] 1.5.1
✔️ Get version should return the correct version string
✔️ Creating version with null value should throw an IllegalArgumentException
✔️ Equals method should return false when comparing with null
✔️ Comparing different versions for equality should return false
✔️ Hash code should be consistent for the same version object
✔️ Comparing version with itself should return zero
✔️ Comparing same versions for equality should return true
✔️ Comparing version 1.2.3 to higher versions should return negative[1] 1.2.4
✔️ Comparing version 1.2.3 to higher versions should return negative[2] 1.2.4
✔️ Comparing version 1.2.3 to higher versions should return negative[3] 1.3
✔️ Comparing version 1.2.3 to higher versions should return negative[4] 1.2.3.4
✔️ Equals method should return true when comparing object to itself
✔️ Comparing version 1.2.3 to lower versions should return positive[1] 1.2.2
✔️ Comparing version 1.2.3 to lower versions should return positive[2] 1.2.1
✔️ Comparing version 1.2.3 to lower versions should return positive[3] 1.2
✔️ Comparing version 1.2.3 to lower versions should return positive[4] 1.2.1.1
✔️ Comparing version 1.2.3 to lower versions should return positive[5] 1.1
✔️ Comparing version 1.2 to lower version with different numbers of segments ruturns positive[1] 1.1.4
✔️ Comparing version 1.2 to lower version with different numbers of segments ruturns positive[2] 1.1
✔️ Comparing version 1.2 to lower version with different numbers of segments ruturns positive[3] 1.0.5
✔️ Creating version with an invalid format should throw an IllegalArgumentException
✔️ Comparing same versions should return 0
✔️ Hash code should be different for different version objects
✔️ Comparing null version should return a positive result

✔️ decompress should extract files from zip to output directory (Path)
✔️ decompress nested directories should extract nested files (Path)
✔️ decompress non zip file returns true (Path)
✔️ decompress folder returns false (Path)
✔️ decompress non existent zip file returns false (Path)

✔️ testGetEnvExecutables
✔️ testGetPathEnv

✖️ testWindowsReturnsNullWhenSystemReturnsIncorrectExecutable
✖️ testWindowsFindReturnsNullOnNull
✔️ testUnixFindReturnsNullOnNull
✖️ testWindowsFindReturnsNullOnFoundableNonExecutable
✔️ testUnixFindReturnsNullOnFoundableNonExecutable
✖️ testWindowsFindReturnsNullOnNonFoundableExecutable
✖️ testWindowsFindReturnsNullWithEmpyPathExt
✔️ testUnixFindReturnsNullOnNonFoundableExecutable
✔️ testUnixFindReturnsNullWithEmpyPath
✔️ testUnixFindReturnsNullOnNonFoundableNonExecutable
✖️ testWindowsFindReturnsNullOnNonFoundableNonExecutable
✖️ testWindowsFindReturnsExpectedResultOnFoundableExecutable
✔️ testUnixFindReturnsExpectedResultOnFoundableExecutable
✔️ testUnixFindReturnsExpectedResultWithEmpyPathExt
✖️ testWindowsFindReturnsNullWithEmpyPath

✔️ test decode positive hexadecimal number (String, int) value '0xA3F' decoded to 2623
✔️ test decode positive hexadecimal number (String, int) value '0XA3F' decoded to 2623
✔️ test decode positive hexadecimal number (String, int) value '0xAA' decoded to 170
✔️ test decode positive hexadecimal number (String, int) value '0XFF' decoded to 255
✔️ test decode negative dec number (String, int) value '-12345' decoded to -12345
✔️ test decode negative dec number (String, int) value '-234' decoded to -234
✔️ test decode negative dec number (String, int) value '-564' decoded to -564
✔️ test decode invalid number
✔️ test decode positive dec number (String, int) value '12345' decoded to 12345
✔️ test decode positive dec number (String, int) value '234' decoded to 234
✔️ test decode positive dec number (String, int) value '564' decoded to 564
✔️ test decode negative hexadecimal number (String, int) value '-0xA3F' decoded to -2623
✔️ test decode negative hexadecimal number (String, int) value '-0XA3F' decoded to -2623
✔️ test decode negative hexadecimal number (String, int) value '-0xAA' decoded to -170
✔️ test decode negative hexadecimal number (String, int) value '-0XFF' decoded to -255
✔️ test decode positive dec with sign number (String, int) value '+12345' decoded to 12345
✔️ test decode positive dec with sign number (String, int) value '+234' decoded to 234
✔️ test decode positive dec with sign number (String, int) value '+564' decoded to 564
✔️ test decode positive hexadecimal hash number (String, int) value '#A3F' decoded to 2623
✔️ test decode positive hexadecimal hash number (String, int) value '#A3F' decoded to 2623
✔️ test decode positive hexadecimal hash number (String, int) value '#AA' decoded to 170
✔️ test decode positive hexadecimal hash number (String, int) value '#FF' decoded to 255
✔️ test decode positive octal number (String, int) value '017' decoded to 15
✔️ test decode positive octal number (String, int) value '023' decoded to 19
✔️ test decode positive octal number (String, int) value '075' decoded to 61
✔️ test decode positive octal number (String, int) value '0127' decoded to 87
✔️ test decode positive octal number (String, int) value '0456' decoded to 302
✔️ test decode positive with sign hexadecimal number (String, int) value '+0xA3F' decoded to 2623
✔️ test decode positive with sign hexadecimal number (String, int) value '+0XA3F' decoded to 2623
✔️ test decode positive with sign hexadecimal number (String, int) value '+0xAA' decoded to 170
✔️ test decode positive with sign hexadecimal number (String, int) value '+0XFF' decoded to 255
✔️ test decode negative octal number (String, int) value '-017' decoded to -15
✔️ test decode negative octal number (String, int) value '-023' decoded to -19
✔️ test decode negative octal number (String, int) value '-075' decoded to -61
✔️ test decode negative octal number (String, int) value '-0127' decoded to -87
✔️ test decode negative octal number (String, int) value '-0456' decoded to -302
✔️ test decode positive with sign octal number (String, int) value '+017' decoded to 15
✔️ test decode positive with sign octal number (String, int) value '+023' decoded to 19
✔️ test decode positive with sign octal number (String, int) value '+075' decoded to 61
✔️ test decode positive with sign octal number (String, int) value '+0127' decoded to 87
✔️ test decode positive with sign octal number (String, int) value '+0456' decoded to 302

✔️ getHintsYmlPath returns correct hints yml path
✔️ getReHintsList returns simplified entries
✔️ getReHintsList returns empty array when not existing path is provided
✔️ getReHintsList returns correct parsed list

✔️ saveTargetName should save provided target
✔️ findSuitableTargetForSelectedItem should return launch target with correct port when multiple launch target with same name exist
✔️ findLaunchTargetByName should return correct launch target
✔️ findSuitableTargetForSelectedItem should return correct launch target
✔️ findSuitableTargetForSelectedItem should return launch target even if target has incorrect port
✔️ findSuitableTargetForSelectedItem should return empty optional

✔️ testFindExistingLaunchConfiguration_NoMatchingName
✔️ testFindAppropriateDebugConfig
✔️ testFindAppropriateDebugConfig_NoMappedResources
✔️ testFindAppropriateDebugConfig_MappedResourcesAreEmpty
✔️ testFindExistingLaunchConfiguration
✔️ testFindAppropriateDebugConfig_NoMatchingType

✔️ validate valid integer in range returns empty string (String, String)[1] u8, 0
✔️ validate valid integer in range returns empty string (String, String)[2] u8, 120
✔️ validate valid integer in range returns empty string (String, String)[3] u8, 255
✔️ validate valid integer in range returns empty string (String, String)[4] i8, -128
✔️ validate valid integer in range returns empty string (String, String)[5] i8, 0
✔️ validate valid integer in range returns empty string (String, String)[6] i8, 120
✔️ validate valid integer in range returns empty string (String, String)[7] i8, 127
✔️ validate valid integer in range returns empty string (String, String)[8] u16, 0
✔️ validate valid integer in range returns empty string (String, String)[9] u16, 360
✔️ validate valid integer in range returns empty string (String, String)[10] u16, 65535
✔️ validate valid integer in range returns empty string (String, String)[11] i16, -32768
✔️ validate valid integer in range returns empty string (String, String)[12] i16, 0
✔️ validate valid integer in range returns empty string (String, String)[13] i16, 120
✔️ validate valid integer in range returns empty string (String, String)[14] i16, 32767
✔️ validate valid integer in range returns empty string (String, String)[15] u32, 0
✔️ validate valid integer in range returns empty string (String, String)[16] u32, 1000
✔️ validate valid integer in range returns empty string (String, String)[17] u32, 4294967295
✔️ validate valid integer in range returns empty string (String, String)[18] i32, -2147483648
✔️ validate valid integer in range returns empty string (String, String)[19] i32, 9
✔️ validate valid integer in range returns empty string (String, String)[20] i32, 2147483647
✔️ validate valid integer in range returns empty string (String, String)[21] u64, 0
✔️ validate valid integer in range returns empty string (String, String)[22] u64, 2000
✔️ validate valid integer in range returns empty string (String, String)[23] u64, 18446744073709551615
✔️ validate valid integer in range returns empty string (String, String)[24] i64, -9223372036854775808
✔️ validate valid integer in range returns empty string (String, String)[25] i64, 3000
✔️ validate valid integer in range returns empty string (String, String)[26] i64, 9223372036854775807
✔️ validate non integer number returns validation error
✔️ validate empty value with type other then namespace returns validation error (String)[1] file
✔️ validate empty value with type other then namespace returns validation error (String)[2] data
✔️ validate empty value with type other then namespace returns validation error (String)[3] namespace
✔️ validate key longer then 15 returns validation error
✔️ validate out of limit value with data type and string encoding returns validation error
✔️ validate empty type returns empty string
✔️ validate first bean with type other then namespace returns validation error
✔️ validate non empty value with type namespace returns validation error
✔️ validate valid value with data type and binary encoding returns empty string
✔️ validate supported encoding returns empty string (String, String)[1] file, hex2bin
✔️ validate supported encoding returns empty string (String, String)[2] file, base64
✔️ validate supported encoding returns empty string (String, String)[3] file, string
✔️ validate supported encoding returns empty string (String, String)[4] file, binary
✔️ validate supported encoding returns empty string (String, String)[5] data, u8
✔️ validate supported encoding returns empty string (String, String)[6] data, i8
✔️ validate supported encoding returns empty string (String, String)[7] data, u16
✔️ validate supported encoding returns empty string (String, String)[8] data, i16
✔️ validate supported encoding returns empty string (String, String)[9] data, u32
✔️ validate supported encoding returns empty string (String, String)[10] data, i32
✔️ validate supported encoding returns empty string (String, String)[11] data, u64
✔️ validate supported encoding returns empty string (String, String)[12] data, i64
✔️ validate supported encoding returns empty string (String, String)[13] data, string
✔️ validate supported encoding returns empty string (String, String)[14] data, hex2bin
✔️ validate supported encoding returns empty string (String, String)[15] data, base64
✔️ validate supported encoding returns empty string (String, String)[16] namespace,
✔️ validate supported encoding returns empty string (String, String)[17] ,
✔️ validate empty key returns validation error
✔️ validate not specified index returns empty string
✔️ validate with empty value with type namespace returns empty string
✔️ validate value with type file returns empty string (String)[1] C:
✔️ validate value with type file returns empty string (String)[2] test
✔️ validate value with type file returns empty string (String)[3] file.exe
✔️ validate out of limit value with data type and binary encoding returns validation error
✔️ validate not supported encoding returns validation error
✔️ validate first with namespace type returns empty string
✔️ validate data value with non existing encoding returns empty string
✔️ validate valid value with data type and string encoding returns empty string
✔️ validate valid key returns empty string
✔️ validate valid integer out of range returns validation error (String, String)[1] u8, -1
✔️ validate valid integer out of range returns validation error (String, String)[2] u8, -20
✔️ validate valid integer out of range returns validation error (String, String)[3] u8, 256
✔️ validate valid integer out of range returns validation error (String, String)[4] i8, -129
✔️ validate valid integer out of range returns validation error (String, String)[5] i8, -150
✔️ validate valid integer out of range returns validation error (String, String)[6] i8, 150
✔️ validate valid integer out of range returns validation error (String, String)[7] i8, 128
✔️ validate valid integer out of range returns validation error (String, String)[8] u16, -1
✔️ validate valid integer out of range returns validation error (String, String)[9] u16, -50
✔️ validate valid integer out of range returns validation error (String, String)[10] u16, 65536
✔️ validate valid integer out of range returns validation error (String, String)[11] i16, -32769
✔️ validate valid integer out of range returns validation error (String, String)[12] i16, -2147483649
✔️ validate valid integer out of range returns validation error (String, String)[13] i16, -38000
✔️ validate valid integer out of range returns validation error (String, String)[14] i16, 32768
✔️ validate valid integer out of range returns validation error (String, String)[15] u32, -1
✔️ validate valid integer out of range returns validation error (String, String)[16] u32, -1000
✔️ validate valid integer out of range returns validation error (String, String)[17] u32, 4294967296
✔️ validate valid integer out of range returns validation error (String, String)[18] i32, -2147483649
✔️ validate valid integer out of range returns validation error (String, String)[19] i32, 2147483648
✔️ validate valid integer out of range returns validation error (String, String)[20] u64, -1
✔️ validate valid integer out of range returns validation error (String, String)[21] u64, 18446744073709551616
✔️ validate valid integer out of range returns validation error (String, String)[22] i64, -9223372036854775809
✔️ validate valid integer out of range returns validation error (String, String)[23] i64, 9223372036854775808

✔️ testProductInformation

✔️ creatingNewEspLaunchTarget
✔️ givenNewProjectFromTemplateIsCreatedThenTheLaunchBarHasLaunchDescriptorAddedWithProjectName

✔️ givenNewProjectCreatedBuiltWhenOpenSbomAndAddBackSlashToProjectDescriptionPathThenCheckPathValidation
✔️ givenNewProjectCreatedBuiltWhenOpenSbomAndAddSpaceToOutputFilePathThenCheckPathValidation
✔️ givenNewProjectCreatedBuiltWhenOpenSbomAndAddSpaceToProjectDescriptionPathThenCheckPathValidation
✔️ givenNewProjectCreatedBuiltWhenOpenSbomAndCleanProjectDescriptionPathThenCheckPathValidation
✔️ givenNewProjectCreatedBuiltWhenRunSBOMtoolRedirectOutputToFileThenCheckConsoleAndSbomFile
✔️ givenNewProjectCreatedBuiltWhenRunSbomThenSbomIsGeneratedInConsole
✔️ givenNewProjectCreatedNotBuiltWhenOpenSbomThenSbomIsDisabled

✔️ givenNewIDFProjectIsCreatedAndBuiltUsingContextMenuOnProjectThenProjectIsCreatedAndBuilt
✔️ givenNewIDFProjectIsCreatedAndBuiltUsingToolbarButtonThenProjectIsBuilt
✔️ givenNewIDFProjectIsSelectedFromTemplateThenProjectIsCreatedAndAddedToProjectExplorerWithRequiredFiles
✔️ givenNewIDFProjectIsSelectedThenProjectIsCreatedAndAddedToProjectExplorer
✔️ givenNewProjectCreatedAndRenamedAfterThenProjectIsBuildSuccessfully
✔️ givenNewProjectCreatedBuiltAndThenProjectCleanUsingContextMenu
✔️ givenNewProjectCreatedBuiltAndThenProjectFullCleanUsingContextMenu
✔️ givenNewProjectCreatedBuiltAndThenProjectPythonCleanUsingContextMenu
✔️ givenNewProjectCreatedDfuBuiltThenHasDfuBin
✔️ givenNewProjectCreatedThenInstallNewComponent