How to use setup method of test.EqTest class

Best Mockito-kotlin code snippet using test.EqTest.setup

ExpressionTest.kt

Source:ExpressionTest.kt

...31    }32    val layer = symbolLayer("id", "source") {33      textSize(expression)34    }35    setupLayer(layer)36    assertEquals(9.0, layer.textSize)37  }38  /**39   * Logical negation. Returns `true` if the input is `false`, and `false` if the input is `true`.40   */41  @Test42  @UiThreadTest43  fun notTest() {44    val expression = not {45      literal(true)46    }47    val layer = symbolLayer("id", "source") {48      iconAllowOverlap(expression)49    }50    setupLayer(layer)51    assertEquals(false, layer.iconAllowOverlap)52  }53  /**54   * Returns `true` if the input values are not equal, `false` otherwise. The comparison is strictly typed: values of different runtime types are always considered unequal. Cases where the types are known to be different at parse time are considered invalid and will produce a parse error. Accepts an optional `collator` argument to control locale-dependent string comparisons.55   */56  @Test57  @UiThreadTest58  fun neqTestEq() {59    val expression = neq {60      literal("abc")61      literal("abc")62    }63    val layer = symbolLayer("id", "source") {64      iconAllowOverlap(expression)65    }66    setupLayer(layer)67    assertEquals(false, layer.iconAllowOverlap)68  }69  @Test70  @UiThreadTest71  fun neqTestNeq() {72    val expression = neq {73      literal("abc")74      literal("def")75    }76    val layer = symbolLayer("id", "source") {77      iconAllowOverlap(expression)78    }79    setupLayer(layer)80    assertEquals(true, layer.iconAllowOverlap)81  }82  /**83   * Returns the product of the inputs.84   */85  @Test86  @UiThreadTest87  fun productTest() {88    val expression = product {89      literal(12)90      literal(3)91    }92    val layer = symbolLayer("id", "source") {93      textSize(expression)94    }95    setupLayer(layer)96    assertEquals(36.0, layer.textSize)97  }98  /**99   * Returns the result of floating point division of the first input by the second.100   */101  @Test102  @UiThreadTest103  fun divisionTest() {104    val expression = division {105      literal(12)106      literal(3)107    }108    val layer = symbolLayer("id", "source") {109      textSize(expression)110    }111    setupLayer(layer)112    assertEquals(4.0, layer.textSize)113  }114  /**115   * Returns the remainder after integer division of the first input by the second.116   */117  @Test118  @UiThreadTest119  fun modTest() {120    val expression = mod {121      literal(4)122      literal(3)123    }124    val layer = symbolLayer("id", "source") {125      textSize(expression)126    }127    setupLayer(layer)128    assertEquals(1.0, layer.textSize)129  }130  /**131   * Returns the result of raising the first input to the power specified by the second.132   */133  @Test134  @UiThreadTest135  fun powTest() {136    val expression = pow {137      literal(2)138      literal(3)139    }140    val layer = symbolLayer("id", "source") {141      textSize(expression)142    }143    setupLayer(layer)144    assertEquals(8.0, layer.textSize)145  }146  /**147   * Returns the sum of the inputs.148   */149  @Test150  @UiThreadTest151  fun sumTest() {152    val expression = sum {153      literal(2)154      literal(3)155    }156    val layer = symbolLayer("id", "source") {157      textSize(expression)158    }159    setupLayer(layer)160    assertEquals(5.0, layer.textSize)161  }162  /**163   * Returns `true` if the first input is strictly less than the second, `false` otherwise. The arguments are required to be either both strings or both numbers; if during evaluation they are not, expression evaluation produces an error. Cases where this constraint is known not to hold at parse time are considered in valid and will produce a parse error. Accepts an optional `collator` argument to control locale-dependent string comparisons.164   */165  @Test166  @UiThreadTest167  fun ltTest() {168    val expression = lt {169      literal(2)170      literal(3)171    }172    val layer = symbolLayer("id", "source") {173      iconAllowOverlap(expression)174    }175    setupLayer(layer)176    assertEquals(true, layer.iconAllowOverlap)177  }178  /**179   * Returns `true` if the first input is less than or equal to the second, `false` otherwise. The arguments are required to be either both strings or both numbers; if during evaluation they are not, expression evaluation produces an error. Cases where this constraint is known not to hold at parse time are considered in valid and will produce a parse error. Accepts an optional `collator` argument to control locale-dependent string comparisons.180   */181  @Test182  @UiThreadTest183  fun lteTest() {184    val expression = lte {185      literal(3)186      literal(3)187    }188    val layer = symbolLayer("id", "source") {189      iconAllowOverlap(expression)190    }191    setupLayer(layer)192    assertEquals(true, layer.iconAllowOverlap)193    layer.iconAllowOverlap(194      lte {195        literal(3)196        literal(4)197      }198    )199    assertEquals(true, layer.iconAllowOverlap)200    layer.iconAllowOverlap(201      lte {202        literal(4)203        literal(3)204      }205    )206    assertEquals(false, layer.iconAllowOverlap)207  }208  /**209   * Returns `true` if the input values are equal, `false` otherwise. The comparison is strictly typed: values of different runtime types are always considered unequal. Cases where the types are known to be different at parse time are considered invalid and will produce a parse error. Accepts an optional `collator` argument to control locale-dependent string comparisons.210   */211  @Test212  @UiThreadTest213  fun eqTest() {214    val expression = eq {215      literal(3)216      literal(3)217    }218    val layer = symbolLayer("id", "source") {219      iconAllowOverlap(expression)220    }221    setupLayer(layer)222    assertEquals(true, layer.iconAllowOverlap)223    layer.iconAllowOverlap(224      eq {225        literal(4)226        literal(3)227      }228    )229    assertEquals(false, layer.iconAllowOverlap)230  }231  /**232   * Returns `true` if the first input is strictly greater than the second, `false` otherwise. The arguments are required to be either both strings or both numbers; if during evaluation they are not, expression evaluation produces an error. Cases where this constraint is known not to hold at parse time are considered in valid and will produce a parse error. Accepts an optional `collator` argument to control locale-dependent string comparisons.233   */234  @Test235  @UiThreadTest236  fun gtTest() {237    val expression = gt {238      literal(3)239      literal(3)240    }241    val layer = symbolLayer("id", "source") {242      iconAllowOverlap(expression)243    }244    setupLayer(layer)245    assertEquals(false, layer.iconAllowOverlap)246    layer.iconAllowOverlap(247      gt {248        literal(4)249        literal(3)250      }251    )252    assertEquals(true, layer.iconAllowOverlap)253    layer.iconAllowOverlap(254      gt {255        literal(2)256        literal(3)257      }258    )259    assertEquals(false, layer.iconAllowOverlap)260  }261  /**262   * Returns `true` if the first input is greater than or equal to the second, `false` otherwise. The arguments are required to be either both strings or both numbers; if during evaluation they are not, expression evaluation produces an error. Cases where this constraint is known not to hold at parse time are considered in valid and will produce a parse error. Accepts an optional `collator` argument to control locale-dependent string comparisons.263   */264  @Test265  @UiThreadTest266  fun gteTest() {267    val expression = gte {268      literal(3)269      literal(3)270    }271    val layer = symbolLayer("id", "source") {272      iconAllowOverlap(expression)273    }274    setupLayer(layer)275    assertEquals(true, layer.iconAllowOverlap)276    layer.iconAllowOverlap(277      gte {278        literal(4)279        literal(3)280      }281    )282    assertEquals(true, layer.iconAllowOverlap)283    layer.iconAllowOverlap(284      gte {285        literal(2)286        literal(3)287      }288    )289    assertEquals(false, layer.iconAllowOverlap)290  }291  /**292   * Returns the absolute value of the input.293   */294  @Test295  @UiThreadTest296  fun absTest() {297    val expression = abs {298      literal(-3)299    }300    val layer = symbolLayer("id", "source") {301      textSize(expression)302    }303    setupLayer(layer)304    assertEquals(3.0, layer.textSize)305  }306  /**307   * Gets the value of a cluster property accumulated so far. Can only be used in the `clusterProperties` option of a clustered GeoJSON source.308   */309  @Test310  @UiThreadTest311  fun accumulatedTest() {312    val source = geoJsonSource("id") {313      url("http://mock.geojson")314      clusterProperty(315        "max",316        max {317          accumulated()318          get {319            literal("max")320          }321        },322        get {323          literal("mag")324        }325      )326    }327    setupSource(source)328  }329  /**330   * Returns the arccosine of the input.331   */332  @Test333  @UiThreadTest334  fun acosTest() {335    val expression = acos {336      literal(1.0)337    }338    val layer = symbolLayer("id", "source") {339      textSize(expression)340    }341    setupLayer(layer)342    assertEquals(0.0, layer.textSize)343  }344  /**345   * Returns `true` if all the inputs are `true`, `false` otherwise. The inputs are evaluated in order, and evaluation is short-circuiting: once an input expression evaluates to `false`, the result is `false` and no further input expressions are evaluated.346   */347  @Test348  @UiThreadTest349  fun allTest() {350    val expression = all {351      literal(true)352      literal(true)353      literal(false)354    }355    val layer = symbolLayer("id", "source") {356      iconAllowOverlap(expression)357    }358    setupLayer(layer)359    assertEquals(false, layer.iconAllowOverlap)360  }361  /**362   * Returns `true` if any of the inputs are `true`, `false` otherwise. The inputs are evaluated in order, and evaluation is short-circuiting: once an input expression evaluates to `true`, the result is `true` and no further input expressions are evaluated.363   */364  @Test365  @UiThreadTest366  fun anyTest() {367    val expression = any {368      literal(true)369      literal(true)370      literal(false)371    }372    val layer = symbolLayer("id", "source") {373      iconAllowOverlap(expression)374    }375    setupLayer(layer)376    assertEquals(true, layer.iconAllowOverlap)377  }378  /**379   * Asserts that the input is an array (optionally with a specific item type and length).  If, when the input expression is evaluated, it is not of the asserted type, then this assertion will cause the whole expression to be aborted.380   */381  @Test382  @UiThreadTest383  fun arrayTest() {384    val expression = array {385      literal("number")386      literal(2)387      get {388        literal("array_property")389      }390    }391    val layer = symbolLayer("id", "source") {392      iconOffset(expression)393    }394    setupLayer(layer)395    assertEquals(expression.toString(), layer.iconOffsetAsExpression.toString())396  }397  /**398   * Returns the arcsine of the input.399   */400  @Test401  @UiThreadTest402  fun asinTest() {403    val expression = asin {404      literal(0.0)405    }406    val layer = symbolLayer("id", "source") {407      textSize(expression)408    }409    setupLayer(layer)410    assertEquals(0.0, layer.textSize)411  }412  /**413   * Retrieves an item from an array.414   */415  @Test416  @UiThreadTest417  fun atTest() {418    val expression = at {419      literal(2)420      literal(listOf(1.0, 2.0, 3.0, 4.0))421    }422    val layer = symbolLayer("id", "source") {423      symbolSortKey(expression)424    }425    setupLayer(layer)426    assertEquals(3.0, layer.symbolSortKey)427  }428  /**429   * Returns the arctangent of the input.430   */431  @Test432  @UiThreadTest433  fun atanTest() {434    val expression = atan {435      literal(0)436    }437    val layer = symbolLayer("id", "source") {438      textSize(expression)439    }440    setupLayer(layer)441    assertEquals(0.0, layer.textSize)442  }443  /**444   * Asserts that the input value is a boolean. If multiple values are provided, each one is evaluated in order until a boolean is obtained. If none of the inputs are booleans, the expression is an error.445   */446  @Test447  @UiThreadTest448  fun booleanTest() {449    val expression = boolean {450      literal(true)451    }452    val layer = symbolLayer("id", "source") {453      iconOptional(expression)454    }455    setupLayer(layer)456    assertEquals(true, layer.iconOptional)457  }458  /**459   * Selects the first output whose corresponding test condition evaluates to true, or the fallback value otherwise.460   */461  @Test462  @UiThreadTest463  fun switchCaseTest() {464    val expression = switchCase {465      eq {466        get {467          literal("count")468        }469        literal(1.0)470      }471      literal(1.0)472      eq {473        get {474          literal("count")475        }476        literal(2.0)477      }478      literal(2.0)479      literal(0.0)480    }481    val layer = symbolLayer("id", "source") {482      textSize(expression)483    }484    setupLayer(layer)485    assertEquals(expression.toString(), layer.textSizeAsExpression.toString())486  }487  /**488   * Returns the smallest integer that is greater than or equal to the input.489   */490  @Test491  @UiThreadTest492  fun ceilTest() {493    val expression = ceil {494      literal(0.5)495    }496    val layer = symbolLayer("id", "source") {497      textSize(expression)498    }499    setupLayer(layer)500    assertEquals(1.0, layer.textSize)501  }502  /**503   * Evaluates each expression in turn until the first non-null value is obtained, and returns that value.504   */505  @Test506  @UiThreadTest507  fun coalesceTest() {508    val expression = toColor {509      coalesce {510        get {511          literal("keyToNullValue")512        }513        get {514          literal("keyToNonNullValue")515        }516      }517    }518    val layer = symbolLayer("id", "source") {519      textColor(expression)520    }521    setupLayer(layer)522    assertEquals(expression.toString(), layer.textColorAsExpression.toString())523  }524  /**525   * Returns a `collator` for use in locale-dependent comparison operations. The `case-sensitive` and `diacritic-sensitive` options default to `false`. The `locale` argument specifies the IETF language tag of the locale to use. If none is provided, the default locale is used. If the requested locale is not available, the `collator` will use a system-defined fallback locale. Use `resolved-locale` to test the results of locale fallback behavior.526   */527  @Test528  @UiThreadTest529  fun collatorTest() {530    val expression = switchCase {531      eq {532        literal("Abc")533        literal("abc")534        collator {535          caseSensitive(false)536          locale(Locale("en_US"))537        }538      }539      literal(1.0)540      literal(0.0)541    }542    val layer = symbolLayer("id", "source") {543      textSize(expression)544    }545    setupLayer(layer)546    assertEquals(547      "[case, [==, Abc, abc, [collator, {diacritic-sensitive=false, locale=en_us, case-sensitive=false}]], 1.0, 0.0]",548      layer.textSizeAsExpression.toString()549    )550  }551  /**552   * Returns a `string` consisting of the concatenation of the inputs. Each input is converted to a string as if by `to-string`.553   */554  @Test555  @UiThreadTest556  fun concatTest() {557    val expression = concat {558      literal("this")559      literal("is")560      literal("test")561    }562    val layer = symbolLayer("id", "source") {563      textField(expression)564    }565    setupLayer(layer)566    assertEquals("thisistest", layer.textFieldAsString)567  }568  /**569   * Returns the cosine of the input.570   */571  @Test572  @UiThreadTest573  fun cosTest() {574    val expression = cos {575      pi()576    }577    val layer = symbolLayer("id", "source") {578      symbolSortKey(expression)579    }580    setupLayer(layer)581    assertEquals(-1.0, layer.symbolSortKey)582  }583  /**584   * Returns the input string converted to lowercase. Follows the Unicode Default Case Conversion algorithm and the locale-insensitive case mappings in the Unicode Character Database.585   */586  @Test587  @UiThreadTest588  fun downcaseTest() {589    val expression = downcase {590      literal("TeSt")591    }592    val layer = symbolLayer("id", "source") {593      textField(expression)594    }595    setupLayer(layer)596    assertEquals("test", layer.textFieldAsString)597  }598  /**599   * Returns the mathematical constant e.600   */601  @Test602  @UiThreadTest603  fun eTest() {604    val expression = e()605    val layer = symbolLayer("id", "source") {606      textSize(expression)607    }608    setupLayer(layer)609    assertEquals(2.7182817459106445, layer.textSize)610  }611  /**612   * Retrieves a property value from the current feature's state. Returns null if the requested property is not present on the feature's state. A feature's state is not part of the GeoJSON or vector tile data, and must be set programmatically on each feature. Features are identified by their `id` attribute, which must be an integer or a string that can be cast to an integer. Note that ["feature-state"] can only be used with paint properties that support data-driven styling.613   */614  @Test615  @UiThreadTest616  fun featureStateTest() {617    val expression = switchCase {618      boolean {619        featureState {620          literal("hover")621        }622        literal(false)623      }624      literal(1.0)625      literal(0.5)626    }627    val layer = fillLayer("id", "source") {628      fillOpacity(expression)629    }630    setupLayer(layer)631    assertEquals(expression.toString(), layer.fillOpacityAsExpression.toString())632  }633  /**634   * Returns the largest integer that is less than or equal to the input.635   */636  @Test637  @UiThreadTest638  fun floorTest() {639    val expression = floor {640      literal(1.6)641    }642    val layer = symbolLayer("id", "source") {643      textSize(expression)644    }645    setupLayer(layer)646    assertEquals(1.0, layer.textSize)647  }648  /**649   * Returns `formatted` text containing annotations for use in mixed-format `text-field` entries. If set, the `text-font` argument overrides the font specified by the root layout properties. If set, the `font-scale` argument specifies a scaling factor relative to the `text-size` specified in the root layout properties. If set, the `text-color` argument overrides the color specified by the paint properties for this layer.650   */651  @Test652  @UiThreadTest653  fun formatTest() {654    val expression = format {655      formatSection(literal("text")) {656        fontScale(1.0)657        textFont(listOf("font1", "font2"))658        textColor(Color.BLUE)659      }660      formatSection(literal("text2")) {661        fontScale(2.0)662        textFont(listOf("font1", "font2"))663        textColor(Color.RED)664      }665    }666    val layer = symbolLayer("id", "source") {667      textField(expression)668    }669    setupLayer(layer)670    assertEquals(671      "[format, text, {font-scale=1.0, text-font=[literal, [font1, font2]], text-color=[rgba, 0.0, 0.0, 255.0, 1.0]}, text2, {font-scale=2.0, text-font=[literal, [font1, font2]], text-color=[rgba, 255.0, 0.0, 0.0, 1.0]}]",672      layer.textFieldAsExpression.toString()673    )674  }675  /**676   * Gets the feature's geometry type: Point, MultiPoint, LineString, MultiLineString, Polygon, MultiPolygon.677   */678  @Test679  @UiThreadTest680  fun geometryTypeTest() {681    val expression = format {682      formatSection(683        content = concat {684          get {685            literal("key-to-value")686          }687          literal(" ")688          geometryType()689        }690      )691    }692    val layer = symbolLayer("id", "source") {693      textField(expression)694    }695    setupLayer(layer)696    assertEquals(697      "[format, [concat, [get, key-to-value],  , [geometry-type]], {}]",698      layer.textFieldAsExpression.toString()699    )700  }701  /**702   * Retrieves a property value from the current feature's properties, or from another object if a second argument is provided. Returns null if the requested property is missing.703   */704  @Test705  @UiThreadTest706  fun getTest() {707    val expression = image {708      string {709        get {710          literal("key-to-value")711        }712      }713    }714    val layer = symbolLayer("id", "source") {715      iconImage(expression)716    }717    setupLayer(layer)718    assertEquals(expression.toString(), layer.iconImageAsExpression.toString())719  }720  /**721   * Tests for the presence of an property value in the current feature's properties, or from another object if a second argument is provided.722   */723  @Test724  @UiThreadTest725  fun hasTest() {726    val expression = has {727      literal("key")728    }729    val layer = fillLayer("id", "source") {730      filter(expression)731    }732    setupLayer(layer)733    assertEquals(expression.toString(), layer.filter.toString())734  }735  /**736   * Gets the kernel density estimation of a pixel in a heatmap layer, which is a relative measure of how many data points are crowded around a particular pixel. Can only be used in the `heatmap-color` property.737   */738  @Test739  @UiThreadTest740  fun heatmapDensityTest() {741    val expression = interpolate {742      linear()743      heatmapDensity()744      literal(1.0)745      rgba {746        literal(178.0)747        literal(24.0)748        literal(12.0)749        literal(1.0)750      }751    }752    val layer = heatmapLayer("id", "source") {753      heatmapColor(expression)754    }755    setupLayer(layer)756    assertEquals(expression.toString(), layer.heatmapColor.toString())757  }758  /**759   * Gets the feature's id, if it has one.760   */761  @Test762  @UiThreadTest763  fun idTest() {764    val expression = format {765      formatSection(766        id()767      )768    }769    val layer = symbolLayer("id", "source") {770      textField(expression)771    }772    setupLayer(layer)773    assertEquals("[format, [id], {}]", layer.textFieldAsExpression.toString())774  }775  /**776   * Returns an `image` type for use in `icon-image` and `*-pattern` entries. If set, the `image` argument will check that the requested image exists in the style and will return either the resolved image name or `null`, depending on whether or not the image is currently in the style. This validation process is synchronous and requires the image to have been added to the style before requesting it in the `image` argument.777   */778  @Test779  @UiThreadTest780  fun imageTest() {781    val expression = image {782      string {783        get {784          literal("key")785        }786      }787    }788    val layer = symbolLayer("id", "source") {789      iconImage(expression)790    }791    setupLayer(layer)792    assertEquals(expression.toString(), layer.iconImageAsExpression.toString())793  }794  /**795   * Determines whether an item exists in an array or a substring exists in a string.796   */797  @Test798  @UiThreadTest799  fun inExpressionTest() {800    val expression = inExpression {801      get {802        literal("key")803      }804      literal(listOf("abc", "def"))805    }806    val layer = symbolLayer("id", "source") {807      filter(expression)808    }809    setupLayer(layer)810    assertEquals(expression.toString(), layer.filter.toString())811  }812  /**813   * Produces continuous, smooth results by interpolating between pairs of input and output values ("stops"). The `input` may be any numeric expression (e.g., `["get", "population"]`). Stop inputs must be numeric literals in strictly ascending order. The output type must be `number`, `array<number>`, or `color`.814   Interpolation types:815   - `["linear"]`: interpolates linearly between the pair of stops just less than and just greater than the input.816   - `["exponential", base]`: interpolates exponentially between the stops just less than and just greater than the input. `base` controls the rate at which the output increases: higher values make the output increase more towards the high end of the range. With values close to 1 the output increases linearly.817   - `["cubic-bezier", x1, y1, x2, y2]`: interpolates using the cubic bezier curve defined by the given control points.818   */819  @Test820  @UiThreadTest821  fun interpolateTest() {822    val expression = interpolate {823      exponential {824        literal(0.5)825      }826      zoom()827      stop {828        literal(1.0)829        rgba {830          literal(0.0)831          literal(0.0)832          literal(0.0)833          literal(0.0)834        }835      }836      stop {837        literal(10.0)838        rgba {839          literal(255.0)840          literal(255.0)841          literal(255.0)842          literal(1.0)843        }844      }845    }846    val layer = fillLayer("id", "source") {847      fillColor(expression)848    }849    setupLayer(layer)850    assertEquals(expression.toString(), layer.fillColorAsExpression.toString())851  }852  /**853   * Returns `true` if the input string is expected to render legibly. Returns `false` if the input string contains sections that cannot be rendered without potential loss of meaning (e.g. Indic scripts that require complex text shaping, or right-to-left scripts if the the `mapbox-gl-rtl-text` plugin is not in use in Mapbox GL JS).854   */855  @Test856  @UiThreadTest857  fun isSupportedScriptTest() {858    val expression = isSupportedScript {859      string {860        get {861          literal("script")862        }863      }864    }865    val layer = symbolLayer("id", "source") {866      filter(expression)867    }868    setupLayer(layer)869    assertEquals(expression.toString(), layer.filter.toString())870  }871  /**872   * Gets the length of an array or string.873   */874  @Test875  @UiThreadTest876  fun lengthTest() {877    val expression = length {878      literal(listOf("one", "two", "three"))879    }880    val layer = symbolLayer("id", "source") {881      textSize(expression)882    }883    setupLayer(layer)884    assertEquals(3.0, layer.textSize)885  }886  /**887   * Binds expressions to named variables, which can then be referenced in the result expression using ["var", "variable_name"].888   */889  @Test890  @UiThreadTest891  fun letExpressionTest() {892    val expression = letExpression {893      literal("two")894      literal(2.0)895      sum {896        literal(1.0)897        varExpression {898          literal("two")899        }900      }901    }902    val layer = symbolLayer("id", "source") {903      textSize(expression)904    }905    setupLayer(layer)906    assertEquals(3.0, layer.textSize)907  }908  /**909   * Gets the progress along a gradient line. Can only be used in the `line-gradient` property.910   */911  @Test912  @UiThreadTest913  fun lineProgressTest() {914    val expression = interpolate {915      linear()916      lineProgress()917      stop {918        literal(0.0)919        rgba {920          literal(0.0)921          literal(0.0)922          literal(255.0)923          literal(1.0)924        }925      }926      stop {927        literal(1.0)928        rgba {929          literal(255.0)930          literal(0.0)931          literal(0.0)932          literal(1.0)933        }934      }935    }936    val layer = lineLayer("id", "source") {937      lineGradient(expression)938    }939    setupLayer(layer)940    assertEquals(expression.toString(), layer.lineGradient.toString())941  }942  /**943   * Provides a literal array or object value.944   */945  @Test946  @UiThreadTest947  fun literalDoubleTest() {948    val expression = literal(0.1)949    val layer = symbolLayer("id", "source") {950      textSize(expression)951    }952    setupLayer(layer)953    assertEquals(0.1, layer.textSize!!, 1E-5)954  }955  /**956   * Provides a literal array or object value.957   */958  @Test959  @UiThreadTest960  fun literalLongTest() {961    val expression = literal(12L)962    val layer = symbolLayer("id", "source") {963      textSize(expression)964    }965    setupLayer(layer)966    assertEquals(12.0, layer.textSize)967  }968  /**969   * Provides a literal array or object value.970   */971  @Test972  @UiThreadTest973  fun literalBooleanTest() {974    val expression = literal(true)975    val layer = symbolLayer("id", "source") {976      iconAllowOverlap(expression)977    }978    setupLayer(layer)979    assertEquals(true, layer.iconAllowOverlap)980  }981  /**982   * Provides a literal array or object value.983   */984  @Test985  @UiThreadTest986  fun literalStringTest() {987    val expression = literal("name")988    val layer = symbolLayer("id", "source") {989      textField(expression)990    }991    setupLayer(layer)992    assertEquals("name", layer.textFieldAsString)993  }994  /**995   * Provides a literal array or object value.996   */997  @Test998  @UiThreadTest999  fun literalDoubleArrayTest() {1000    val expression = literal(listOf(1.0, 2.0))1001    val layer = symbolLayer("id", "source") {1002      iconOffset(expression)1003    }1004    setupLayer(layer)1005    assertEquals(listOf(1.0, 2.0), layer.iconOffset!!)1006  }1007  /**1008   * Provides a literal array or object value.1009   */1010  @Test1011  @UiThreadTest1012  fun literalLongArrayTest() {1013    val expression = literal(listOf(11L, 22L))1014    val layer = symbolLayer("id", "source") {1015      iconOffset(expression)1016    }1017    setupLayer(layer)1018    assertEquals(listOf(11.0, 22.0), layer.iconOffset!!)1019  }1020  /**1021   * Provides a literal array or object value.1022   */1023  @Test1024  @UiThreadTest1025  fun literalBooleanArrayTest() {1026    val expression = at {1027      literal(2)1028      literal(listOf(true, true, false, true))1029    }1030    val layer = symbolLayer("id", "source") {1031      iconAllowOverlap(expression)1032    }1033    setupLayer(layer)1034    assertEquals(false, layer.iconAllowOverlap)1035  }1036  /**1037   * Provides a literal array or object value.1038   */1039  @Test1040  @UiThreadTest1041  fun literalStringArrayTest() {1042    val expression = literal(listOf("text font a", "text font b"))1043    val layer = symbolLayer("id", "source") {1044      textFont(expression)1045    }1046    setupLayer(layer)1047    assertEquals(expression.toString(), layer.textFontAsExpression.toString())1048  }1049  /**1050   * Returns the natural logarithm of the input.1051   */1052  @Test1053  @UiThreadTest1054  fun lnTest() {1055    val expression = ln {1056      e()1057    }1058    val layer = symbolLayer("id", "source") {1059      textSize(expression)1060    }1061    setupLayer(layer)1062    assertEquals(1.0, layer.textSize)1063  }1064  /**1065   * Returns mathematical constant ln(2).1066   */1067  @Test1068  @UiThreadTest1069  fun ln2Test() {1070    val expression = ln2()1071    val layer = symbolLayer("id", "source") {1072      textSize(expression)1073    }1074    setupLayer(layer)1075    assertEquals(0.6931471824645996, layer.textSize)1076  }1077  /**1078   * Returns the base-ten logarithm of the input.1079   */1080  @Test1081  @UiThreadTest1082  fun log10Test() {1083    val expression = log10 {1084      literal(100)1085    }1086    val layer = symbolLayer("id", "source") {1087      textSize(expression)1088    }1089    setupLayer(layer)1090    assertEquals(2.0, layer.textSize)1091  }1092  /**1093   * Returns the base-two logarithm of the input.1094   */1095  @Test1096  @UiThreadTest1097  fun log2Test() {1098    val expression = log2 {1099      literal(8)1100    }1101    val layer = symbolLayer("id", "source") {1102      textSize(expression)1103    }1104    setupLayer(layer)1105    assertEquals(3.0, layer.textSize)1106  }1107  /**1108   * Selects the output whose label value matches the input value, or the fallback value if no match is found. The input can be any expression (e.g. `["get", "building_type"]`). Each label must be either:1109   * a single literal value; or1110   * an array of literal values, whose values must be all strings or all numbers (e.g. `[100, 101]` or `["c", "b"]`). The input matches if any of the values in the array matches, similar to the deprecated `"in"` operator.1111   Each label must be unique. If the input type does not match the type of the labels, the result will be the fallback value.1112   */1113  @Test1114  @UiThreadTest1115  fun matchTest() {1116    val expression = match {1117      get {1118        literal("key")1119      }1120      literal(1)1121      literal(1.0)1122      literal(2)1123      literal(2.0)1124      literal(3.0)1125    }1126    val layer = symbolLayer("id", "source") {1127      textSize(expression)1128    }1129    setupLayer(layer)1130    assertEquals(expression.toString(), layer.textSizeAsExpression.toString())1131  }1132  /**1133   * Selects the output whose label value matches the input value, or the fallback value if no match is found. The input can be any expression (e.g. `["get", "building_type"]`). Each label must be either:1134   * a single literal value; or1135   * an array of literal values, whose values must be all strings or all numbers (e.g. `[100, 101]` or `["c", "b"]`). The input matches if any of the values in the array matches, similar to the deprecated `"in"` operator.1136   Each label must be unique. If the input type does not match the type of the labels, the result will be the fallback value.1137   */1138  @Test1139  @UiThreadTest1140  fun matchWithLableListTest() {1141    val expression = match {1142      get {1143        literal("ethnicity")1144      }1145      literal(listOf("Asian", "Black", "Hispanic", "white"))1146      rgba(251.0, 176.0, 59.0, 1.0)1147      literal("Other")1148      rgba(204.0, 204.0, 204.0, 1.0)1149      rgba(0.0, 0.0, 0.0, 1.0)1150    }1151    val layer = symbolLayer("id", "source") {1152      textColor(expression)1153    }1154    setupLayer(layer)1155    assertEquals(expression.toJson(), layer.textColorAsExpression?.toJson())1156  }1157  /**1158   * Returns the maximum value of the inputs.1159   */1160  @Test1161  @UiThreadTest1162  fun maxTest() {1163    val expression = max {1164      literal(8)1165      literal(10)1166      literal(7)1167    }1168    val layer = symbolLayer("id", "source") {1169      textSize(expression)1170    }1171    setupLayer(layer)1172    assertEquals(10.0, layer.textSize)1173  }1174  /**1175   * Returns the minimum value of the inputs.1176   */1177  @Test1178  @UiThreadTest1179  fun minTest() {1180    val expression = min {1181      literal(8)1182      literal(10)1183      literal(7)1184    }1185    val layer = symbolLayer("id", "source") {1186      textSize(expression)1187    }1188    setupLayer(layer)1189    assertEquals(7.0, layer.textSize)1190  }1191  /**1192   * Asserts that the input value is a number. If multiple values are provided, each one is evaluated in order until a number is obtained. If none of the inputs are numbers, the expression is an error.1193   */1194  @Test1195  @UiThreadTest1196  fun numberTest() {1197    val expression = number {1198      literal("string")1199      literal(true)1200      literal(1)1201    }1202    val layer = symbolLayer("id", "source") {1203      textSize(expression)1204    }1205    setupLayer(layer)1206    assertEquals(1.0, layer.textSize)1207  }1208  /**1209   * Converts the input number into a string representation using the providing formatting rules. If set, the `locale` argument specifies the locale to use, as a BCP 47 language tag. If set, the `currency` argument specifies an ISO 4217 code to use for currency-style formatting. If set, the `min-fraction-digits` and `max-fraction-digits` arguments specify the minimum and maximum number of fractional digits to include.1210   */1211  @Test1212  @UiThreadTest1213  fun numberFormatTest() {1214    val expression = numberFormat(literal(123.456789)) {1215      locale {1216        literal("en-US")1217      }1218      minFractionDigits {1219        literal(1)1220      }1221      maxFractionDigits {1222        literal(4)1223      }1224    }1225    val layer = symbolLayer("id", "source") {1226      textField(expression)1227    }1228    setupLayer(layer)1229    assertEquals("123.4568", layer.textFieldAsString)1230    layer.textField(1231      numberFormat(literal(1234567.1234567)) {1232        locale {1233          literal("en-US")1234        }1235        currency {1236          literal("USD")1237        }1238      }1239    )1240    assertEquals("$1,234,567.12", layer.textFieldAsString)1241  }1242  /**1243   * Asserts that the input value is an object. If multiple values are provided, each one is evaluated in order until an object is obtained. If none of the inputs are objects, the expression is an error.1244   */1245  @Test1246  @UiThreadTest1247  fun objectExpressionTest() {1248    val map = HashMap<String, Value>()1249    map["key1"] = literal(1)1250    map["key2"] = literal(2)1251    val expression = toBoolean {1252      objectExpression {1253        literal(map as HashMap<String, Any>)1254      }1255    }1256    val layer = symbolLayer("id", "source") {1257      iconAllowOverlap(expression)1258    }1259    setupLayer(layer)1260    assertEquals(true, layer.iconAllowOverlap)1261  }1262  /**1263   * Returns the mathematical constant pi.1264   */1265  @Test1266  @UiThreadTest1267  fun piTest() {1268    val expression = pi()1269    val layer = symbolLayer("id", "source") {1270      textSize(expression)1271    }1272    setupLayer(layer)1273    assertEquals(3.1415927410125732, layer.textSize)1274  }1275  /**1276   * Gets the feature properties object.  Note that in some cases, it may be more efficient to use ["get", "property_name"] directly.1277   */1278  @Test1279  @UiThreadTest1280  fun propertiesTest() {1281    val expression = number {1282      get {1283        literal("key")1284        properties()1285      }1286    }1287    val layer = symbolLayer("id", "source") {1288      textSize(expression)1289    }1290    setupLayer(layer)1291    assertEquals(expression.toString(), layer.textSizeAsExpression.toString())1292  }1293  /**1294   * Returns the IETF language tag of the locale being used by the provided `collator`. This can be used to determine the default system locale, or to determine if a requested locale was successfully loaded.1295   */1296  @Test1297  @UiThreadTest1298  fun resolvedLocaleTest() {1299    val expression = number {1300      switchCase {1301        eq {1302          literal("it")1303          resolvedLocale {1304            collator {1305              locale(Locale("en-US"))1306            }1307          }1308        }1309        literal(1.0)1310        literal(2.0)1311      }1312    }1313    val layer = symbolLayer("id", "source") {1314      textSize(expression)1315    }1316    setupLayer(layer)1317    assertEquals(1318      "[number, [case, [==, it, [resolved-locale, [collator, {diacritic-sensitive=false, locale=en-us, case-sensitive=false}]]], 1.0, 2.0]]",1319      layer.textSizeAsExpression.toString()1320    )1321  }1322  /**1323   * Creates a color value from red, green, and blue components, which must range between 0 and 255, and an alpha component of 1. If any component is out of range, the expression is an error.1324   */1325  @Test1326  @UiThreadTest1327  fun rgbTest() {1328    val expression = rgb {1329      literal(0.0)1330      literal(1.0)1331      literal(2.0)1332    }1333    val layer = symbolLayer("id", "source") {1334      textColor(expression)1335    }1336    setupLayer(layer)1337    assertEquals(1338      rgba {1339        literal(0.0)1340        literal(1.0)1341        literal(2.0)1342        literal(1.0)1343      }.toString(),1344      layer.textColorAsExpression.toString()1345    )1346  }1347  /**1348   * Creates a color value from red, green, blue components, which must range between 0 and 255, and an alpha component which must range between 0 and 1. If any component is out of range, the expression is an error.1349   */1350  @Test1351  @UiThreadTest1352  fun rgbaTest() {1353    val expression = rgba {1354      literal(0.0)1355      literal(1.0)1356      literal(2.0)1357      literal(0.5)1358    }1359    val layer = symbolLayer("id", "source") {1360      textColor(expression)1361    }1362    setupLayer(layer)1363    assertEquals(expression.toString(), layer.textColorAsExpression.toString())1364  }1365  /**1366   * Rounds the input to the nearest integer. Halfway values are rounded away from zero. For example, `["round", -1.5]` evaluates to -2.1367   */1368  @Test1369  @UiThreadTest1370  fun roundTest() {1371    val expression = round {1372      literal(-1.5)1373    }1374    val layer = symbolLayer("id", "source") {1375      symbolSortKey(expression)1376    }1377    setupLayer(layer)1378    assertEquals(-2.0, layer.symbolSortKey)1379  }1380  /**1381   * Returns the sine of the input.1382   */1383  @Test1384  @UiThreadTest1385  fun sinTest() {1386    val expression = sin {1387      division {1388        pi()1389        literal(2)1390      }1391    }1392    val layer = symbolLayer("id", "source") {1393      textSize(expression)1394    }1395    setupLayer(layer)1396    assertEquals(1.0, layer.textSize)1397  }1398  /**1399   * Returns the square root of the input.1400   */1401  @Test1402  @UiThreadTest1403  fun sqrtTest() {1404    val expression = sqrt {1405      literal(9)1406    }1407    val layer = symbolLayer("id", "source") {1408      textSize(expression)1409    }1410    setupLayer(layer)1411    assertEquals(3.0, layer.textSize)1412  }1413  /**1414   * Produces discrete, stepped results by evaluating a piecewise-constant function defined by pairs of input and output values ("stops"). The `input` may be any numeric expression (e.g., `["get", "population"]`). Stop inputs must be numeric literals in strictly ascending order. Returns the output value of the stop just less than the input, or the first output if the input is less than the first stop.1415   */1416  @Test1417  @UiThreadTest1418  fun stepTest() {1419    val expression = step {1420      zoom()1421      literal(0.0)1422      stop(1.0) { literal(2.5) }1423      stop(10.0) { literal(5.0) }1424    }1425    val layer = circleLayer("id", "source") {1426      circleRadius(expression)1427    }1428    setupLayer(layer)1429    assertEquals(expression.toString(), layer.circleRadiusAsExpression.toString())1430  }1431  /**1432   * Asserts that the input value is a string. If multiple values are provided, each one is evaluated in order until a string is obtained. If none of the inputs are strings, the expression is an error.1433   */1434  @Test1435  @UiThreadTest1436  fun stringTest() {1437    val expression = string {1438      literal(9)1439      literal(true)1440      literal("string")1441    }1442    val layer = symbolLayer("id", "source") {1443      textField(expression)1444    }1445    setupLayer(layer)1446    assertEquals("string", layer.textFieldAsString)1447  }1448  /**1449   * Returns the tangent of the input.1450   */1451  @Test1452  @UiThreadTest1453  fun tanTest() {1454    val expression = tan {1455      division {1456        pi()1457        literal(4)1458      }1459    }1460    val layer = symbolLayer("id", "source") {1461      textSize(expression)1462    }1463    setupLayer(layer)1464    assertEquals(1.0, layer.textSize)1465  }1466  /**1467   * Converts the input value to a boolean. The result is `false` when then input is an empty string, 0, `false`, `null`, or `NaN`; otherwise it is `true`.1468   */1469  @Test1470  @UiThreadTest1471  fun toBooleanTest() {1472    val expression = toBoolean {1473      literal("abc")1474    }1475    val layer = symbolLayer("id", "source") {1476      iconAllowOverlap(expression)1477    }1478    setupLayer(layer)1479    assertEquals(true, layer.iconAllowOverlap)1480    layer.iconAllowOverlap(1481      toBoolean {1482        literal("")1483      }1484    )1485    assertEquals(false, layer.iconAllowOverlap)1486  }1487  /**1488   * Converts the input value to a color. If multiple values are provided, each one is evaluated in order until the first successful conversion is obtained. If none of the inputs can be converted, the expression is an error.1489   */1490  @Test1491  @UiThreadTest1492  fun toColorTest() {1493    val expression = toColor {1494      literal("abc")1495      literal("def")1496      literal("blue")1497    }1498    val layer = symbolLayer("id", "source") {1499      iconColor(expression)1500    }1501    setupLayer(layer)1502    assertEquals(Color.BLUE, layer.iconColorAsColorInt)1503  }1504  /**1505   * Converts the input value to a number, if possible. If the input is `null` or `false`, the result is 0. If the input is `true`, the result is 1. If the input is a string, it is converted to a number as specified by the ["ToNumber Applied to the String Type" algorithm](https://tc39.github.io/ecma262/#sec-tonumber-applied-to-the-string-type) of the ECMAScript Language Specification. If multiple values are provided, each one is evaluated in order until the first successful conversion is obtained. If none of the inputs can be converted, the expression is an error.1506   */1507  @Test1508  @UiThreadTest1509  fun toNumberTest() {1510    val expression = toNumber {1511      literal("2.0")1512    }1513    val layer = symbolLayer("id", "source") {1514      textSize(expression)1515    }1516    setupLayer(layer)1517    assertEquals(2.0, layer.textSize)1518    // TODO this should work, created ticket to track it.1519    //    layer.textSize(toNumber {1520    //      literal(true)1521    //    })1522    //    assertEquals(1.0, layer.textSize)1523  }1524  /**1525   * Returns a four-element array containing the input color's red, green, blue, and alpha components, in that order.1526   */1527  @Test1528  @UiThreadTest1529  fun toRgbaTest() {1530    val expression = toRgba {1531      literal("blue")1532    }1533    val layer = symbolLayer("id", "source") {1534      iconTextFitPadding(expression)1535    }1536    setupLayer(layer)1537    assertEquals(listOf(0.0, 0.0, 255.0, 1.0), layer.iconTextFitPadding!!)1538  }1539  /**1540   * Converts the input value to a string. If the input is `null`, the result is `""`. If the input is a boolean, the result is `"true"` or `"false"`. If the input is a number, it is converted to a string as specified by the ["NumberToString" algorithm](https://tc39.github.io/ecma262/#sec-tostring-applied-to-the-number-type) of the ECMAScript Language Specification. If the input is a color, it is converted to a string of the form `"rgba(r,g,b,a)"`, where `r`, `g`, and `b` are numerals ranging from 0 to 255, and `a` ranges from 0 to 1. Otherwise, the input is converted to a string in the format specified by the [`JSON.stringify`](https://tc39.github.io/ecma262/#sec-json.stringify) function of the ECMAScript Language Specification.1541   */1542  @Test1543  @UiThreadTest1544  fun toStringTest() {1545    val expression = toString {1546      literal(true)1547    }1548    val layer = symbolLayer("id", "source") {1549      textField(expression)1550    }1551    setupLayer(layer)1552    assertEquals("true", layer.textFieldAsString)1553    layer.textField(1554      toString {1555        literal(10)1556      }1557    )1558    assertEquals("10", layer.textFieldAsString)1559    layer.textField(1560      toString {1561        rgba {1562          literal(0.0)1563          literal(0.0)1564          literal(0.0)1565          literal(0.0)1566        }1567      }1568    )1569    assertEquals("rgba(0,0,0,0)", layer.textFieldAsString)1570  }1571  /**1572   * Returns a string describing the type of the given value.1573   */1574  @Test1575  @UiThreadTest1576  fun typeofExpressionTest() {1577    val expression = typeofExpression {1578      literal(true)1579    }1580    val layer = symbolLayer("id", "source") {1581      textField(expression)1582    }1583    setupLayer(layer)1584    assertEquals("boolean", layer.textFieldAsString)1585    layer.textField(1586      typeofExpression {1587        literal(10)1588      }1589    )1590    assertEquals("number", layer.textFieldAsString)1591    layer.textField(1592      typeofExpression {1593        rgba {1594          literal(0.0)1595          literal(0.0)1596          literal(0.0)1597          literal(0.0)1598        }1599      }1600    )1601    assertEquals("color", layer.textFieldAsString)1602    layer.textField(1603      typeofExpression {1604        literal(listOf("abc", "def"))1605      }1606    )1607    assertEquals("array<string, 2>", layer.textFieldAsString)1608  }1609  /**1610   * Returns the input string converted to uppercase. Follows the Unicode Default Case Conversion algorithm and the locale-insensitive case mappings in the Unicode Character Database.1611   */1612  @Test1613  @UiThreadTest1614  fun upcaseTest() {1615    val expression = upcase {1616      literal("small")1617    }1618    val layer = symbolLayer("id", "source") {1619      textField(expression)1620    }1621    setupLayer(layer)1622    assertEquals("SMALL", layer.textFieldAsString)1623  }1624  /**1625   * References variable bound using "let".1626   */1627  @Test1628  @UiThreadTest1629  fun varExpressionTest() {1630    val expression = number {1631      letExpression {1632        literal("two")1633        literal(2.0)1634        sum {1635          literal(1.0)1636          varExpression {1637            literal("two")1638          }1639        }1640      }1641    }1642    val layer = symbolLayer("id", "source") {1643      textSize(expression)1644    }1645    setupLayer(layer)1646    assertEquals(3.0, layer.textSize)1647  }1648  /**1649   * Returns `true` if the feature being evaluated is inside the pre-defined geometry boundary, `false` otherwise. The expression has one argument which must be a valid GeoJSON Polygon/Multi-Polygon object. The expression only evaluates on `Point` or `LineString` feature. For `Point` feature, The expression will return false if any point of the feature is on the boundary or outside the boundary. For `LineString` feature, the expression will return false if the line is fully outside the boundary, or the line is partially intersecting the boundary, which means either part of the line is outside of the boundary, or end point of the line lies on the boundary.1650   */1651  @Test1652  @UiThreadTest1653  fun withinTest() {1654    val polygon = Polygon.fromJson(1655      """1656        {1657            "type": "Polygon",1658            "coordinates": [1659                [[30, 10], [40, 40], [20, 40], [10, 20], [30, 10]]1660            ]1661        }1662      """.trimIndent()1663    )1664    val expression = within(polygon)1665    val layer = symbolLayer("id", "source") {1666      filter(expression)1667    }1668    setupLayer(layer)1669    assertEquals(1670      "[within, {coordinates=[[[30.0, 10.0], [40.0, 40.0], [20.0, 40.0], [10.0, 20.0], [30.0, 10.0]]], type=Polygon}]",1671      layer.filter.toString()1672    )1673  }1674  /**1675   * Gets the current zoom level.  Note that in style layout and paint properties, ["zoom"] may only appear as the input to a top-level "step" or "interpolate" expression.1676   */1677  @Test1678  @UiThreadTest1679  fun zoomTest() {1680    val expression = interpolate {1681      exponential {1682        literal(0.5)1683      }1684      zoom()1685      stop {1686        literal(1.0)1687        rgba {1688          literal(0.0)1689          literal(0.0)1690          literal(0.0)1691          literal(0.0)1692        }1693      }1694      stop {1695        literal(10.0)1696        rgba {1697          literal(255.0)1698          literal(255.0)1699          literal(255.0)1700          literal(1.0)1701        }1702      }1703    }1704    val layer = fillLayer("id", "source") {1705      fillColor(expression)1706    }1707    setupLayer(layer)1708    assertEquals(expression.toString(), layer.fillColorAsExpression.toString())1709  }1710  /**1711   * Convert a color int to the rgba expression.1712   */1713  @Test1714  @UiThreadTest1715  fun colorTest() {1716    val expression = color(Color.RED)1717    val layer = symbolLayer("id", "source") {1718      textColor(expression)1719    }1720    setupLayer(layer)1721    assertEquals(1722      rgba {1723        literal(255.0)1724        literal(0.0)1725        literal(0.0)1726        literal(1.0)1727      }.toString(),1728      layer.textColorAsExpression.toString()1729    )1730  }1731  /**1732   * Test constructing an Expression from raw string.1733   */1734  @Test1735  @UiThreadTest1736  fun rawExpressionTest() {1737    val expression = color(Color.RED)1738    val layer = symbolLayer("id", "source") {1739      textColor(Expression.fromRaw("[\"rgba\", 255.0, 0.0, 0.0, 1.0]"))1740    }1741    setupLayer(layer)1742    assertEquals(expression.toString(), layer.textColorAsExpression.toString())1743  }1744  /**1745   * Returns the shortest distance in meters between the evaluated feature and the input geometry. The input value can be a valid GeoJSON of type Point, MultiPoint, LineString, MultiLineString, Polygon, MultiPolygon, Feature, or FeatureCollection. Distance values returned may vary in precision due to loss in precision from encoding geometries, particularly below zoom level 13.1746   */1747  @Test1748  @UiThreadTest1749  fun distanceTest() {1750    val polygon = Polygon.fromJson(1751      """1752        {1753            "type": "Polygon",1754            "coordinates": [1755                [[30, 10], [40, 40], [20, 40], [10, 20], [30, 10]]1756            ]1757        }1758      """.trimIndent()1759    )1760    val expression = lt {1761      distance(polygon)1762      literal(150)1763    }1764    val layer = symbolLayer("id", "source") {1765      filter(expression)1766    }1767    setupLayer(layer)1768    assertEquals(1769      "[<, [distance, {coordinates=[[[30.0, 10.0], [40.0, 40.0], [20.0, 40.0], [10.0, 20.0], [30.0, 10.0]]], type=Polygon}], 150.0]",1770      layer.filter.toString()1771    )1772  }1773}...

EqTest.kt

Source:EqTest.kt

...33    private val openClassInstance: MyClass = MyClass()34    private val closedClassInstance: ClosedClass = ClosedClass()35    private lateinit var doAnswer: Open36    @Before37    fun setup() {38        /* Create a proper Mockito state */39        doAnswer = Mockito.doAnswer { }.`when`(mock())40    }41    @After42    override fun tearDown() {43        super.tearDown()44        /* Close `any` Mockito state */45        doAnswer.go(0)46    }47    @Test48    fun eqInterfaceInstance() {49        /* When */50        val result = eq(interfaceInstance)51        /* Then */...

setup

Using AI Code Generation

1public void testSetup() {2EqTest test = new EqTest();3test.setup();4}5public void testTeardown() {6EqTest test = new EqTest();7test.teardown();8}9public void testTestAdd() {10EqTest test = new EqTest();11test.testAdd();12}13public void testTestAdd2() {14EqTest test = new EqTest();15test.testAdd2();16}17public void testTestAdd3() {18EqTest test = new EqTest();19test.testAdd3();20}21public void testTestAdd4() {22EqTest test = new EqTest();23test.testTestAdd4();24}25public void testTestAdd5() {26EqTest test = new EqTest();27test.testAdd5();28}29public void testTestAdd6() {30EqTest test = new EqTest();31test.testAdd6();32}33public void testTestAdd7() {34EqTest test = new EqTest();35test.testAdd7();36}37public void testTestAdd8() {38EqTest test = new EqTest();39test.testAdd8();40}41public void testTestAdd9() {42EqTest test = new EqTest();43test.testAdd9();44}45public void testTestAdd10() {46EqTest test = new EqTest();47test.testAdd10();48}49public void testTestAdd11() {50EqTest test = new EqTest();51test.testAdd11();52}

setup

Using AI Code Generation

1public class TestEq {2public static void main(String[] args) {3EqTest test = new EqTest();4test.setup();5}6}7public class TestEq {8public static void main(String[] args) {9EqTest test = new EqTest();10test.setup();11}12}13public class TestEq {14public static void main(String[] args) {15EqTest test = new EqTest();16test.setup();17}18}19public class TestEq {20public static void main(String[] args) {21EqTest test = new EqTest();22test.setup();23}24}25public class TestEq {26public static void main(String[] args) {27EqTest test = new EqTest();28test.setup();29}30}31public class TestEq {32public static void main(String[] args) {33EqTest test = new EqTest();34test.setup();35}36}37public class TestEq {38public static void main(String[] args) {39EqTest test = new EqTest();40test.setup();41}42}43public class TestEq {44public static void main(String[] args) {45EqTest test = new EqTest();46test.setup();47}48}49public class TestEq {50public static void main(String[] args) {51EqTest test = new EqTest();52test.setup();53}54}55public class TestEq {56public static void main(String[] args) {57EqTest test = new EqTest();58test.setup();59}60}61public class TestEq {62public static void main(String[] args) {63EqTest test = new EqTest();64test.setup();65}66}67public class TestEq {68public static void main(String[] args) {69EqTest test = new EqTest();70test.setup();71}72}73public class TestEq {74public static void main(String[] args) {

setup

Using AI Code Generation

1public void testSetup() {2EqTest eqTest = new EqTest();3eqTest.setup();4}5}6public class EqTest {7private String eq;8private String eq1;9public void setup() {10eq = "2+2=4";11eq1 = "2+2=5";12}13public void testEq() {14Assert.assertEquals(eq, eq1);15}16}17at org.junit.Assert.assertEquals(Assert.java:115)18at org.junit.Assert.assertEquals(Assert.java:144)19at test.EqTest.testEq(EqTest.java:16)20at sun.reflect.NativeMethodAccessorImpl.invoke0(Native Method)21at sun.reflect.NativeMethodAccessorImpl.invoke(NativeMethodAccessorImpl.java:39)22at sun.reflect.DelegatingMethodAccessorImpl.invoke(DelegatingMethodAccessorImpl.java:25)23at java.lang.reflect.Method.invoke(Method.java:597)24at org.junit.runners.model.FrameworkMethod$1.runReflectiveCall(FrameworkMethod.java:44)25at org.junit.internal.runners.model.ReflectiveCallable.run(ReflectiveCallable.java:15)26at org.junit.runners.model.FrameworkMethod.invokeExplosively(FrameworkMethod.java:41)27at org.junit.internal.runners.statements.InvokeMethod.evaluate(InvokeMethod.java:20)28at org.junit.internal.runners.statements.RunBefores.evaluate(RunBefores.java:28)29at org.junit.internal.runners.statements.RunAfters.evaluate(RunAfters.java:31)30at org.junit.runners.BlockJUnit4ClassRunner.runChild(BlockJUnit4ClassRunner.java:76)31at org.junit.runners.BlockJUnit4ClassRunner.runChild(BlockJUnit4ClassRunner.java:50)32at org.junit.runners.ParentRunner$3.run(ParentRunner.java:193)33at org.junit.runners.ParentRunner$1.schedule(ParentRunner.java:52)34at org.junit.runners.ParentRunner.runChildren(ParentRunner.java:191)35at org.junit.runners.ParentRunner.access$000(ParentRunner.java:42)36at org.junit.runners.ParentRunner$2.evaluate(ParentRunner.java:184)37at org.junit.runners.ParentRunner.run(ParentRunner.java:236)38at org.eclipse.jdt.internal.junit4.runner.JUnit4TestReference.run(JUnit4TestReference.java:50)39at org.eclipse.jdt.internal.junit.runner.TestExecution.run(TestExecution.java:

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