How to use closedList method of test.Open class

Best Mockito-kotlin code snippet using test.Open.closedList

Constants.kt

Source:Constants.kt

...69//        const val STRIPE_KEY = "pk_test_IWmxeaTtErjZDGj3Dcu2oJw0"70        var isAppOpenedFirstTime = false71        const val TOKEN = "token"72        const val DEVICE_TYPE = "Android"73        val closedList: ArrayList<Boolean> = arrayListOf()74        const val PRIVACY_URL = "https://www.placepoint.ie/privacypolicy"75        const val OPEN_TOWN: String = "open_town"76        const val OPEN_CAT: String = "open_cat"77        const val TOWN_NAME: String = "town_name"78        const val PREFILL_TOWN: String = "prefill_town"79        const val PREFILL_CAT: String = "prefill_cat"80        const val CATEGORY_LIST: String = "category_list"81        const val LOCATION_LIST: String = "location_list"82        const val BUSINESS_LIST: String = "business_list"83        const val SINGLE_BUSINESS_LIST: String = "single_business_list"84        val LOCATION_ACCESS: String = "access"85        private var retrofit: Retrofit? = null86        private var bus: Bus? = null87        val LOGIN: String = "login"...

Routing.kt

Source:Routing.kt

...63            val startNode = result.find{ it.name == from }64            val endNode = result.find{ it.name == to }65//Initialise Open and Closed Lists66            val openList = mutableListOf<STATION>()67            val closedList = mutableListOf<STATION>()68//Make Start Node Current Node69            var currentNode = startNode70            currentNode?.g = 0;71            //add nodes connected to the current node to the open list72            currentNode?.connections?.forEach{ connection ->73                openList.add(connection.end!!)74            }75//WHILE NOT FINISHED76            while(currentNode != endNode) {77                var lon1 = Math.toRadians(currentNode?.Longitude!!)78                var lon2 = Math.toRadians(endNode!!.Longitude)79                var lat1 = Math.toRadians(currentNode.Latitude)80                var lat2 = Math.toRadians(endNode.Latitude)81                // Haversine formula82                var dlon: Double = lon2 - lon183                var dlat: Double = lat2 - lat184                var a = (Math.pow(Math.sin(dlat / 2), 2.0)85                        + (Math.cos(lat1) * Math.cos(lat2)86                        * Math.pow(Math.sin(dlon / 2), 2.0)))87                var c = 2 * Math.asin(Math.sqrt(a))88                // Radius of earth in kilometers. Use 395689                // for miles90                // Radius of earth in kilometers. Use 395691                // for miles92                val r = 6371.093                currentNode.h = (c * r) / AVG_TRAIN_SPEED94//FOREACH Adjacent Node to current - which IS NOT in ClosedList95                currentNode.connections?.forEach { connection ->96                    if(!closedList.contains(connection.end)) {97//Calculate g (g is taken from start node to get to the new node)98                        val newG = currentNode?.g!! + connection.Time99//Calculate h (h is the Heuristic, in this case direct Distance to the endNode)100                        lon1 = Math.toRadians(connection.end?.Longitude!!)101                        lon2 = Math.toRadians(endNode.Longitude)102                        lat1 = Math.toRadians(connection.end?.Latitude!!)103                        lat2 = Math.toRadians(endNode.Latitude)104                        // Haversine formula105                        dlon = lon2 - lon1106                        dlat = lat2 - lat1107                        a = (Math.pow(Math.sin(dlat / 2), 2.0)108                                + (Math.cos(lat1) * Math.cos(lat2)109                                * Math.pow(Math.sin(dlon / 2), 2.0)))110                        c = 2 * Math.asin(Math.sqrt(a))111                        val newH = (c * r) / AVG_TRAIN_SPEED112// Calculate f (sum g and h)113                        var newF = newG + newH114                        //added heuristic if Changing Train Lines115                        if (connection.Line != currentNode?.parentLine) {116                            newF += 2117                        }118                        if( connection?.end?.f!! > newF) {119                            connection?.end?.f = newF120                            connection?.end?.parent = currentNode121                            connection?.end?.parentLine = connection.Line122                        }123                        else if(connection?.end?.f == -1.0){124                            connection?.end?.f = newF125                            connection?.end?.parent = currentNode126                            connection?.end?.parentLine = connection.Line127                        }128                    }129                }130//Move currentNode from openList to closedList and Select New currentNode131                closedList.add(currentNode!!)132                currentNode = openList.first()133                openList.forEach { station ->134                    if (currentNode!!.f > station.f) {135                        currentNode = station136                    }137                }138                openList.remove(currentNode)139                //add nodes connected to the current node to the open list140                currentNode?.connections?.forEach{ connection ->141                    if(!closedList.contains(connection.end!!))142                    {143                        openList.add(connection.end!!)144                    }145                }146            }147            // [ Station, Connection, Station, Connection ]148            if(result != null) {149                var route = mutableListOf<STATION>()150                while(currentNode != startNode) {151                    route.add(currentNode!!)152                    currentNode = currentNode?.parent153                }154                route.add(route.last().parent!!)155                route.reverse()...

Classes.kt

Source:Classes.kt

...40    fun closed(c: Closed)41    fun closedArray(a: Array<Closed>)42    fun closedNullableArray(a: Array<Closed?>)43    fun closedCollection(c: Collection<Closed>)44    fun closedList(c: List<Closed>)45    fun closedStringMap(m: Map<Closed, String>)46    fun closedSet(s: Set<Closed>)47    fun string(s: String)48    fun boolean(b: Boolean)49    fun byte(b: Byte)50    fun char(c: Char)51    fun short(s: Short)52    fun int(i: Int)53    fun long(l: Long)54    fun float(f: Float)55    fun double(d: Double)56    fun closedVararg(vararg c: Closed)57    fun throwableClass(t: ThrowableClass)58    fun nullableString(s: String?)...

Day15.kt

Source:Day15.kt

...27    val start = positions[0][0]28    val stop = positions.last().last()29    start.distance = 030    val openList = PriorityQueue<Position>(compareBy { it.key })31    val closedList = mutableSetOf<Position>()32    start.key = 033    openList += start34    while (openList.isNotEmpty()) {35        val current = openList.poll()36        if (current === stop)37            return current.distance38        closedList += current39        fun Position.checkNeighbour(dx: Int, dy: Int) {40            if (y + dy in positions.indices && x + dx in positions[y + dy].indices) {41                val other = positions[y + dy][x + dx]42                if (other in closedList)43                    return44                val tentative_dist = distance + other.value45                if (other in openList && tentative_dist >= other.distance)46                    return47                other.distance = minOf(other.distance, distance + other.value)48                if (other in openList)49                    openList -= other50                other.key = tentative_dist + (stop.x - other.x).absoluteValue + (stop.y - other.y).absoluteValue51                openList += other52            }53        }54        current.checkNeighbour(0, -1)55        current.checkNeighbour(0, 1)56        current.checkNeighbour(-1, 0)...

GenerateParenthesis.kt

Source:GenerateParenthesis.kt

...6        return if (n == 0) listOf("") else eval(n)7    }8    private fun eval(n: Int, nextChoice: String = "(", oc: Int = 1, cc: Int = 0): List<String> {9        var openList: List<String> = emptyList()10        var closedList: List<String> = emptyList()11        if (oc < n) {12            openList = eval(n, "(", oc+1, cc)13            openList = appendToList(nextChoice, openList)14        }15        if (cc < n && cc < oc) {16            closedList = eval(n, ")", oc, cc+1)17            closedList = appendToList(nextChoice, closedList)18        }19        var result: List<String> = mutableListOf()20        openList.forEach { result = result + it }21        closedList.forEach { result = result + it }22        return if (result.isEmpty()) listOf(nextChoice) else result23    }24    private fun appendToList(token: String, list: List<String>): List<String> {25        var resultList: List<String> = mutableListOf()26        list.forEach { resultList = resultList + (token + it) }27        return resultList28    }29    @Test30    fun test_generateParenthesis() {31        val obj = GenerateParenthesis()32        val expected = obj.generateParenthesis(3)33        val actual = listOf("((()))",34                "(()())",35                "(())()",...

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