Made FlickerCodeStepsCalculator state free
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8b6b12a755
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@ -0,0 +1,12 @@
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package net.dankito.utils.multiplatform
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open class ObjectHolder<T>(
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var value: T
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) {
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override fun toString(): String {
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return value?.toString() ?: "Value is null"
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}
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}
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@ -1,42 +1,46 @@
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package net.dankito.banking.fints.tan
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open class FlickerCodeStepsCalculator(var code: String) {
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var halfbyteid = 0
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var clock = Bit.High
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var bitarray = mutableListOf<MutableList<Bit>>()
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val steps: List<Array<Bit>>
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import net.dankito.utils.multiplatform.ObjectHolder
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fun reset() {
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halfbyteid = 0
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clock = Bit.High
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open class FlickerCodeStepsCalculator {
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companion object {
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val bits = mutableMapOf<Char, List<Bit>>()
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init {
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/* bitfield: clock, bits 2^1, 2^2, 2^3, 2^4 */
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bits['0'] = listOf(Bit.Low, Bit.Low, Bit.Low, Bit.Low, Bit.Low)
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bits['1'] = listOf(Bit.Low, Bit.High, Bit.Low, Bit.Low, Bit.Low)
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bits['2'] = listOf(Bit.Low, Bit.Low, Bit.High, Bit.Low, Bit.Low)
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bits['3'] = listOf(Bit.Low, Bit.High, Bit.High, Bit.Low, Bit.Low)
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bits['4'] = listOf(Bit.Low, Bit.Low, Bit.Low, Bit.High, Bit.Low)
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bits['5'] = listOf(Bit.Low, Bit.High, Bit.Low, Bit.High, Bit.Low)
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bits['6'] = listOf(Bit.Low, Bit.Low, Bit.High, Bit.High, Bit.Low)
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bits['7'] = listOf(Bit.Low, Bit.High, Bit.High, Bit.High, Bit.Low)
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bits['8'] = listOf(Bit.Low, Bit.Low, Bit.Low, Bit.Low, Bit.High)
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bits['9'] = listOf(Bit.Low, Bit.High, Bit.Low, Bit.Low, Bit.High)
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bits['A'] = listOf(Bit.Low, Bit.Low, Bit.High, Bit.Low, Bit.High)
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bits['B'] = listOf(Bit.Low, Bit.High, Bit.High, Bit.Low, Bit.High)
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bits['C'] = listOf(Bit.Low, Bit.Low, Bit.Low, Bit.High, Bit.High)
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bits['D'] = listOf(Bit.Low, Bit.High, Bit.Low, Bit.High, Bit.High)
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bits['E'] = listOf(Bit.Low, Bit.Low, Bit.High, Bit.High, Bit.High)
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bits['F'] = listOf(Bit.Low, Bit.High, Bit.High, Bit.High, Bit.High)
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}
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}
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init {
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val bits = mutableMapOf<Char, List<Bit>>()
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/* bitfield: clock, bits 2^1, 2^2, 2^3, 2^4 */
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bits['0'] = listOf(Bit.Low, Bit.Low, Bit.Low, Bit.Low, Bit.Low)
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bits['1'] = listOf(Bit.Low, Bit.High, Bit.Low, Bit.Low, Bit.Low)
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bits['2'] = listOf(Bit.Low, Bit.Low, Bit.High, Bit.Low, Bit.Low)
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bits['3'] = listOf(Bit.Low, Bit.High, Bit.High, Bit.Low, Bit.Low)
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bits['4'] = listOf(Bit.Low, Bit.Low, Bit.Low, Bit.High, Bit.Low)
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bits['5'] = listOf(Bit.Low, Bit.High, Bit.Low, Bit.High, Bit.Low)
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bits['6'] = listOf(Bit.Low, Bit.Low, Bit.High, Bit.High, Bit.Low)
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bits['7'] = listOf(Bit.Low, Bit.High, Bit.High, Bit.High, Bit.Low)
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bits['8'] = listOf(Bit.Low, Bit.Low, Bit.Low, Bit.Low, Bit.High)
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bits['9'] = listOf(Bit.Low, Bit.High, Bit.Low, Bit.Low, Bit.High)
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bits['A'] = listOf(Bit.Low, Bit.Low, Bit.High, Bit.Low, Bit.High)
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bits['B'] = listOf(Bit.Low, Bit.High, Bit.High, Bit.Low, Bit.High)
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bits['C'] = listOf(Bit.Low, Bit.Low, Bit.Low, Bit.High, Bit.High)
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bits['D'] = listOf(Bit.Low, Bit.High, Bit.Low, Bit.High, Bit.High)
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bits['E'] = listOf(Bit.Low, Bit.Low, Bit.High, Bit.High, Bit.High)
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bits['F'] = listOf(Bit.Low, Bit.High, Bit.High, Bit.High, Bit.High)
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open fun calculateSteps(flickerCode: String): List<Array<Bit>> {
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val halfbyteid = ObjectHolder(0)
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val clock = ObjectHolder(Bit.High)
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val bitarray = mutableListOf<MutableList<Bit>>()
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/* prepend synchronization identifier */
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code = "0FFF" + code
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var code = "0FFF" + flickerCode
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if (code.length % 2 != 0) {
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code += "F"
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}
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@ -49,24 +53,24 @@ open class FlickerCodeStepsCalculator(var code: String) {
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val steps = mutableListOf<Array<Bit>>()
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do {
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steps.add(step())
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} while (halfbyteid > 0 || clock == Bit.Low)
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steps.add(calculateStep(halfbyteid, clock, bitarray))
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} while (halfbyteid.value > 0 || clock.value == Bit.Low)
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this.steps = steps
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return steps
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}
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fun step(): Array<Bit> {
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bitarray[halfbyteid][0] = clock
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protected open fun calculateStep(halfbyteid: ObjectHolder<Int>, clock: ObjectHolder<Bit>, bitarray: MutableList<MutableList<Bit>>): Array<Bit> {
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bitarray[halfbyteid.value][0] = clock.value
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val stepBits = Array(5) { index -> bitarray[halfbyteid][index] }
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val stepBits = Array(5) { index -> bitarray[halfbyteid.value][index] }
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clock = clock.invert()
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clock.value = clock.value.invert()
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if (clock == Bit.High) {
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halfbyteid++
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if (clock.value == Bit.High) {
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halfbyteid.value++
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if (halfbyteid >= bitarray.size) {
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halfbyteid = 0
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if (halfbyteid.value >= bitarray.size) {
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halfbyteid.value = 0
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}
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}
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@ -39,7 +39,7 @@ open class FlickerCodeAnimator {
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currentFrequency = frequency
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animationJob = GlobalScope.launch(Dispatchers.Default) {
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val steps = FlickerCodeStepsCalculator(flickerCode.parsedDataSet).steps
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val steps = FlickerCodeStepsCalculator().calculateSteps(flickerCode.parsedDataSet)
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calculateAnimation(steps, showStep)
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}
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