Refactor to utilize Kotlin features
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b93f382ccd
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fab1c06135
@ -37,33 +37,33 @@ import java.util.*
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data class Message constructor(
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val subject: String,
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val body: String,
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val parents: List<InventoryVector>,
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val files: List<Attachment>
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val parents: List<InventoryVector> = emptyList(),
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val files: List<Attachment> = emptyList()
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) : ExtendedEncoding.ExtendedType {
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override val type: String = TYPE
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override fun pack(): MPMap<MPString, MPType<*>> {
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val result = MPMap<MPString, MPType<*>>()
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result.put("".mp, TYPE.mp)
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result.put("subject".mp, subject.mp)
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result.put("body".mp, body.mp)
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result["".mp] = TYPE.mp
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result["subject".mp] = subject.mp
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result["body".mp] = body.mp
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if (!files.isEmpty()) {
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val items = MPArray<MPMap<MPString, MPType<*>>>()
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result.put("files".mp, items)
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result["files".mp] = items
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for (file in files) {
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val item = MPMap<MPString, MPType<*>>()
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item.put("name".mp, file.name.mp)
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item.put("data".mp, file.data.mp)
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item.put("type".mp, file.type.mp)
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item.put("disposition".mp, file.disposition.name.mp)
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item["name".mp] = file.name.mp
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item["data".mp] = file.data.mp
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item["type".mp] = file.type.mp
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item["disposition".mp] = file.disposition.name.mp
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items.add(item)
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}
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}
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if (!parents.isEmpty()) {
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val items = MPArray<MPBinary>()
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result.put("parents".mp, items)
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result["parents".mp] = items
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for ((hash) in parents) {
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items.add(mp(*hash))
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}
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@ -179,6 +179,6 @@ data class Message constructor(
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companion object {
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private val LOG = LoggerFactory.getLogger(Message::class.java)
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val TYPE = "message"
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const val TYPE = "message"
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}
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}
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@ -156,6 +156,16 @@ interface Cryptography {
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fun doProofOfWork(objectMessage: ObjectMessage, nonceTrialsPerByte: Long,
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extraBytes: Long, callback: ProofOfWorkEngine.Callback)
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@JvmSynthetic
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fun doProofOfWork(objectMessage: ObjectMessage, nonceTrialsPerByte: Long,
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extraBytes: Long, callback: (ByteArray, ByteArray) -> Unit) {
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doProofOfWork(objectMessage, nonceTrialsPerByte, extraBytes, object : ProofOfWorkEngine.Callback {
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override fun onNonceCalculated(initialHash: ByteArray, nonce: ByteArray) {
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callback.invoke(initialHash, nonce)
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}
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})
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}
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/**
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* @param objectMessage to be checked
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* *
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@ -23,16 +23,32 @@ interface ProofOfWorkEngine {
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/**
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* Returns a nonce, such that the first 8 bytes from sha512(sha512(nonce||initialHash)) represent a unsigned long
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* smaller than target.
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*
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* @param initialHash the SHA-512 hash of the object to send, sans nonce
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* *
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* @param target the target, representing an unsigned long
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* *
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* @param callback called with the calculated nonce as argument. The ProofOfWorkEngine implementation must make
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* * sure this is only called once.
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* @param callback called with the initial hash and the calculated nonce as argument. The ProofOfWorkEngine
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* implementation must make sure this is only called once.
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*/
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fun calculateNonce(initialHash: ByteArray, target: ByteArray, callback: Callback)
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/**
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* Returns a nonce, such that the first 8 bytes from sha512(sha512(nonce||initialHash)) represent a unsigned long
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* smaller than target.
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*
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* @param initialHash the SHA-512 hash of the object to send, sans nonce
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* @param target the target, representing an unsigned long
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* @param callback called with the initial hash and the calculated nonce as argument. The ProofOfWorkEngine
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* implementation must make sure this is only called once.
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*/
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@JvmSynthetic
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fun calculateNonce(initialHash: ByteArray, target: ByteArray, callback: (ByteArray, ByteArray) -> Unit) {
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calculateNonce(initialHash, target, object : Callback {
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override fun onNonceCalculated(initialHash: ByteArray, nonce: ByteArray) {
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callback.invoke(initialHash, nonce)
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}
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})
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}
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interface Callback {
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/**
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* @param nonce 8 bytes nonce
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@ -126,7 +126,7 @@ class BitmessageContextTest {
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ctx.addContact(contact)
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verify(ctx.addresses, timeout(1000).atLeastOnce()).save(eq(contact))
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verify(testPowEngine, timeout(1000)).calculateNonce(any(), any(), any())
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verify(testPowEngine, timeout(1000)).calculateNonce(any(), any(), any<ProofOfWorkEngine.Callback>())
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}
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@Test
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@ -139,7 +139,7 @@ class BitmessageContextTest {
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ctx.addContact(contact)
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verify(ctx.addresses, times(1)).save(contact)
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verify(testPowEngine, never()).calculateNonce(any(), any(), any())
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verify(testPowEngine, never()).calculateNonce(any(), any(), any<ProofOfWorkEngine.Callback>())
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}
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@Test
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@ -162,7 +162,7 @@ class BitmessageContextTest {
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ctx.addContact(contact)
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verify(ctx.addresses, atLeastOnce()).save(contact)
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verify(testPowEngine, never()).calculateNonce(any(), any(), any())
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verify(testPowEngine, never()).calculateNonce(any(), any(), any<ProofOfWorkEngine.Callback>())
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}
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@Test
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@ -186,7 +186,7 @@ class BitmessageContextTest {
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ctx.addContact(contact)
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verify(ctx.addresses, atLeastOnce()).save(any())
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verify(testPowEngine, never()).calculateNonce(any(), any(), any())
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verify(testPowEngine, never()).calculateNonce(any(), any(), any<ProofOfWorkEngine.Callback>())
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}
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@Test
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@ -245,7 +245,7 @@ class BitmessageContextTest {
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"Subject", "Message")
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verify(ctx.internals.proofOfWorkRepository, timeout(1000).atLeastOnce())
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.putObject(argThat { payload.type == ObjectType.BROADCAST }, eq(1000L), eq(1000L))
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verify(testPowEngine).calculateNonce(any(), any(), any())
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verify(testPowEngine).calculateNonce(any(), any(), any<ProofOfWorkEngine.Callback>())
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verify(ctx.messages, timeout(10000).atLeastOnce()).save(argThat<Plaintext> { type == Type.BROADCAST })
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}
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@ -23,6 +23,7 @@ import ch.dissem.bitmessage.entity.Plaintext.Type.MSG
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import ch.dissem.bitmessage.entity.payload.GenericPayload
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import ch.dissem.bitmessage.entity.payload.Msg
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import ch.dissem.bitmessage.ports.Cryptography
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import ch.dissem.bitmessage.ports.ProofOfWorkEngine
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import ch.dissem.bitmessage.ports.ProofOfWorkRepository
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import ch.dissem.bitmessage.utils.Singleton
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import ch.dissem.bitmessage.utils.TestUtils
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@ -65,11 +66,11 @@ class ProofOfWorkServiceTest {
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fun `ensure missing proof of work is done`() {
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whenever(ctx.proofOfWorkRepository.getItems()).thenReturn(Arrays.asList<ByteArray>(ByteArray(64)))
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whenever(ctx.proofOfWorkRepository.getItem(any())).thenReturn(ProofOfWorkRepository.Item(obj, 1001, 1002))
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doNothing().whenever(cryptography).doProofOfWork(any(), any(), any(), any())
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doNothing().whenever(cryptography).doProofOfWork(any(), any(), any(), any<ProofOfWorkEngine.Callback>())
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ctx.proofOfWorkService.doMissingProofOfWork(10)
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verify(cryptography, timeout(1000)).doProofOfWork(eq(obj), eq(1001L), eq(1002L), any())
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verify(cryptography, timeout(1000)).doProofOfWork(eq(obj), eq(1001L), eq(1002L), any<ProofOfWorkEngine.Callback>())
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}
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@Test
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@ -89,12 +89,7 @@ class CryptographyTest {
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stream = 1
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)
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val waiter = CallbackWaiter<ByteArray>()
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crypto.doProofOfWork(objectMessage, 1000, 1000,
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object : ProofOfWorkEngine.Callback {
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override fun onNonceCalculated(initialHash: ByteArray, nonce: ByteArray) {
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waiter.setValue(nonce)
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}
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})
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crypto.doProofOfWork(objectMessage, 1000, 1000) { _, nonce -> waiter.setValue(nonce) }
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objectMessage.nonce = waiter.waitForValue()
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try {
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crypto.checkProofOfWork(objectMessage, 1000, 1000)
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@ -42,19 +42,21 @@ import java.io.OutputStream
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*/
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class CryptoCustomMessage<T : Streamable> : CustomMessage {
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private val dataReader: Reader<T>?
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private val dataReader: (BitmessageAddress, InputStream) -> T
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private var container: CryptoBox? = null
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var sender: BitmessageAddress? = null
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private set
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private var data: T? = null
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private set
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constructor(data: T) : super(COMMAND, null) {
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this.data = data
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this.dataReader = null
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this.dataReader = { _, _ -> data }
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}
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private constructor(container: CryptoBox, dataReader: Reader<T>) : super(COMMAND, null) {
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private constructor(container: CryptoBox, dataReader: (BitmessageAddress, InputStream) -> T) : super(
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COMMAND,
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null
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) {
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this.container = container
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this.dataReader = dataReader
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}
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@ -81,8 +83,9 @@ class CryptoCustomMessage<T : Streamable> : CustomMessage {
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@Throws(DecryptionFailedException::class)
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fun decrypt(privateKey: ByteArray): T {
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val input = SignatureCheckingInputStream(container?.decrypt(privateKey) ?: throw IllegalStateException("no encrypted data available"))
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if (dataReader == null) throw IllegalStateException("no data reader available")
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val input = SignatureCheckingInputStream(
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container?.decrypt(privateKey) ?: throw IllegalStateException("no encrypted data available")
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)
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val addressVersion = varInt(input)
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val stream = varInt(input)
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@ -92,18 +95,20 @@ class CryptoCustomMessage<T : Streamable> : CustomMessage {
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val nonceTrialsPerByte = if (addressVersion >= 3) varInt(input) else 0
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val extraBytes = if (addressVersion >= 3) varInt(input) else 0
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val sender = BitmessageAddress(Factory.createPubkey(
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addressVersion,
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stream,
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publicSigningKey,
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publicEncryptionKey,
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nonceTrialsPerByte,
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extraBytes,
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behaviorBitfield
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))
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val sender = BitmessageAddress(
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Factory.createPubkey(
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addressVersion,
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stream,
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publicSigningKey,
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publicEncryptionKey,
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nonceTrialsPerByte,
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extraBytes,
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behaviorBitfield
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)
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)
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this.sender = sender
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data = dataReader.read(sender, input)
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data = dataReader.invoke(sender, input)
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input.checkSignature(sender.pubkey!!)
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@ -127,7 +132,8 @@ class CryptoCustomMessage<T : Streamable> : CustomMessage {
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fun read(sender: BitmessageAddress, input: InputStream): T
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}
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private inner class SignatureCheckingInputStream internal constructor(private val wrapped: InputStream) : InputStream() {
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private inner class SignatureCheckingInputStream internal constructor(private val wrapped: InputStream) :
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InputStream() {
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private val out = ByteArrayOutputStream()
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override fun read(): Int {
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@ -145,13 +151,24 @@ class CryptoCustomMessage<T : Streamable> : CustomMessage {
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}
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companion object {
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@JvmField
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val COMMAND = "ENCRYPTED"
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const val COMMAND = "ENCRYPTED"
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@JvmStatic
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fun <T : Streamable> read(data: CustomMessage, dataReader: Reader<T>): CryptoCustomMessage<T> {
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val cryptoBox = CryptoBox.read(ByteArrayInputStream(data.getData()), data.getData().size)
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return CryptoCustomMessage(cryptoBox, dataReader)
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}
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fun <T : Streamable> read(data: CustomMessage, dataReader: Reader<T>): CryptoCustomMessage<T> =
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CryptoCustomMessage(
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CryptoBox.read(ByteArrayInputStream(data.getData()), data.getData().size)
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) { address, input ->
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dataReader.read(address, input)
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}
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@JvmSynthetic
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fun <T : Streamable> read(
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data: CustomMessage,
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dataReader: (BitmessageAddress, InputStream) -> T
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): CryptoCustomMessage<T> =
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CryptoCustomMessage(
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CryptoBox.read(ByteArrayInputStream(data.getData()), data.getData().size),
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dataReader
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)
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}
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}
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