public static UnspentTx RandomUnspentTx(RandomDataOptions options = default(RandomDataOptions))
{
return(new UnspentTx
(
confirmedBlockHash: random.NextUInt256(),
outputStates: new OutputStates(random.NextImmutableBitArray(random.Next((options != null ? options.TxOutputCount : null) ?? 100)))
));
}
public static Block RandomBlock(RandomDataOptions options = default(RandomDataOptions))
{
return new Block
(
header: RandomBlockHeader(),
transactions: Enumerable.Range(0, random.NextOrExactly(100, options.TransactionCount)).Select(x => RandomTransaction()).ToImmutableArray()
);
}
public static TxOutput RandomTxOutput(RandomDataOptions options = default(RandomDataOptions))
{
return new TxOutput
(
value: random.NextUInt64(),
scriptPublicKey: random.NextBytes(random.NextOrExactly(100, options.ScriptPublicKeySize)).ToImmutableArray()
);
}
public static Block RandomBlock(RandomDataOptions options = default(RandomDataOptions))
{
return(new Block
(
header: RandomBlockHeader(),
transactions: Enumerable.Range(0, random.Next((options != null ? options.TransactionCount : null) ?? 100)).Select(x => RandomTransaction()).ToImmutableArray()
));
}
public static TxOutput RandomTxOutput(RandomDataOptions options = default(RandomDataOptions))
{
return(new TxOutput
(
value: random.NextUInt64(),
scriptPublicKey: random.NextBytes(random.Next((options != null ? options.ScriptPublicKeySize : null) ?? 100)).ToImmutableArray()
));
}
public static Block RandomBlock(RandomDataOptions options = default(RandomDataOptions))
{
return(Block.Create
(
header: RandomBlockHeader(),
transactions: Enumerable.Range(0, random.NextOrExactly(100, options.TransactionCount)).Select(x => RandomTransaction()).ToImmutableArray()
));
}
public static TxOutput RandomTxOutput(RandomDataOptions options = default(RandomDataOptions))
{
return(new TxOutput
(
value: random.NextUInt64(),
scriptPublicKey: random.NextBytes(random.NextOrExactly(100, options.ScriptPublicKeySize)).ToImmutableArray()
));
}
public static ChainedHeader RandomChainedHeader(RandomDataOptions options = default(RandomDataOptions))
{
return(new ChainedHeader
(
blockHeader: RandomBlockHeader(options),
height: Math.Abs(random.Next()),
totalWork: random.NextUBigIntegerBytes(64)
));
}
public static ChainedHeader RandomChainedHeader(RandomDataOptions options = default(RandomDataOptions))
{
return(new ChainedHeader
(
blockHeader: RandomBlockHeader(options),
height: Math.Abs(random.Next()),
totalWork: random.NextUBigIntegerBytes(64),
dateSeen: new DateTimeOffset(random.NextInt64(), TimeSpan.Zero)
));
}
public static TxInput RandomTxInput(RandomDataOptions options = default(RandomDataOptions))
{
return new TxInput
(
prevTxHash: random.NextUInt256(),
prevTxOutputIndex: random.NextUInt32(),
scriptSignature: random.NextBytes(random.NextOrExactly(100, options.ScriptSignatureSize)).ToImmutableArray(),
sequence: random.NextUInt32()
);
}
public static Transaction RandomTransaction(RandomDataOptions options = default(RandomDataOptions))
{
return(new Transaction
(
version: random.NextUInt32(),
inputs: Enumerable.Range(0, random.Next((options != null ? options.TxInputCount : null) ?? 100)).Select(x => RandomTxInput()).ToImmutableArray(),
outputs: Enumerable.Range(0, random.Next((options != null ? options.TxOutputCount : null) ?? 100)).Select(x => RandomTxOutput()).ToImmutableArray(),
lockTime: random.NextUInt32()
));
}
public static Transaction RandomTransaction(RandomDataOptions options = default(RandomDataOptions))
{
return Transaction.Create
(
version: random.NextUInt32(),
inputs: Enumerable.Range(0, random.NextOrExactly(10, options.TxInputCount)).Select(x => RandomTxInput()).ToImmutableArray(),
outputs: Enumerable.Range(0, random.NextOrExactly(10, options.TxOutputCount)).Select(x => RandomTxOutput()).ToImmutableArray(),
lockTime: random.NextUInt32()
).Transaction;
}
public static TxInput RandomTxInput(RandomDataOptions options = default(RandomDataOptions))
{
return(new TxInput
(
prevTxHash: random.NextUInt256(),
prevTxOutputIndex: random.NextUInt32(),
scriptSignature: random.NextBytes(random.NextOrExactly(100, options.ScriptSignatureSize)).ToImmutableArray(),
sequence: random.NextUInt32()
));
}
public static Transaction RandomTransaction(RandomDataOptions options = default(RandomDataOptions))
{
return(Transaction.Create
(
version: random.NextUInt32(),
inputs: Enumerable.Range(0, random.NextOrExactly(10, options.TxInputCount)).Select(x => RandomTxInput()).ToImmutableArray(),
outputs: Enumerable.Range(0, random.NextOrExactly(10, options.TxOutputCount)).Select(x => RandomTxOutput()).ToImmutableArray(),
lockTime: random.NextUInt32()
).Transaction);
}
public static PrevTxOutput RandomPrevTxOutput(RandomDataOptions options = default(RandomDataOptions))
{
return new PrevTxOutput
(
RandomTxOutput(),
random.Next(),
random.Next(),
random.NextUInt32(),
random.NextBool()
);
}
public static PrevTxOutput RandomPrevTxOutput(RandomDataOptions options = default(RandomDataOptions))
{
return(new PrevTxOutput
(
RandomTxOutput(),
random.Next(),
random.Next(),
random.NextUInt32(),
random.NextBool()
));
}
public static BlockHeader RandomBlockHeader(RandomDataOptions options = default(RandomDataOptions))
{
return BlockHeader.Create
(
version: random.NextUInt32(),
previousBlock: random.NextUInt256(),
merkleRoot: random.NextUInt256(),
time: DateTimeOffset.FromUnixTimeSeconds(random.NextUInt32()),
bits: random.NextUInt32(),
nonce: random.NextUInt32()
);
}
public static BlockHeader RandomBlockHeader(RandomDataOptions options = default(RandomDataOptions))
{
return(BlockHeader.Create
(
version: random.NextUInt32(),
previousBlock: random.NextUInt256(),
merkleRoot: random.NextUInt256(),
time: DateTimeOffset.FromUnixTimeSeconds(random.NextUInt32()),
bits: random.NextUInt32(),
nonce: random.NextUInt32()
));
}
public static BlockHeader RandomBlockHeader(RandomDataOptions options = default(RandomDataOptions))
{
return(new BlockHeader
(
version: random.NextUInt32(),
previousBlock: random.NextUInt256(),
merkleRoot: random.NextUInt256(),
time: random.NextUInt32(),
bits: random.NextUInt32(),
nonce: random.NextUInt32()
));
}
public static BlockHeader RandomBlockHeader(RandomDataOptions options = default(RandomDataOptions))
{
return new BlockHeader
(
version: random.NextUInt32(),
previousBlock: random.NextUInt256(),
merkleRoot: random.NextUInt256(),
time: random.NextUInt32(),
bits: random.NextUInt32(),
nonce: random.NextUInt32()
);
}
public static TxInput RandomTxInput(RandomDataOptions options = default(RandomDataOptions))
{
return(new TxInput
(
previousTxOutputKey: new TxOutputKey
(
txHash: random.NextUInt32(),
txOutputIndex: random.NextUInt32()
),
scriptSignature: random.NextBytes(random.Next((options != null ? options.ScriptSignatureSize : null) ?? 100)).ToImmutableArray(),
sequence: random.NextUInt32()
));
}
public static UnspentTx RandomUnspentTx(RandomDataOptions options = default(RandomDataOptions))
{
options.TxOutputCount = random.NextOrExactly(100, options.TxOutputCount);
return(new UnspentTx
(
txHash: random.NextUInt256(),
blockIndex: random.Next(),
txIndex: random.Next(),
txVersion: random.NextUInt32(),
isCoinbase: random.NextBool(),
outputStates: new OutputStates(options.TxOutputCount.Value, random.NextBool() ? OutputState.Spent : OutputState.Unspent)
));
}
public static UnspentTx RandomUnspentTx(RandomDataOptions options = default(RandomDataOptions))
{
options.TxOutputCount = random.NextOrExactly(100, options.TxOutputCount);
return new UnspentTx
(
txHash: random.NextUInt256(),
blockIndex: random.Next(),
txIndex: random.Next(),
txVersion: random.NextUInt32(),
isCoinbase: random.NextBool(),
outputStates: new OutputStates(options.TxOutputCount.Value, random.NextBool() ? OutputState.Spent : OutputState.Unspent)
);
}
public static ChainedHeader RandomChainedHeader(RandomDataOptions options = default(RandomDataOptions))
{
return new ChainedHeader
(
blockHeader: RandomBlockHeader(options),
height: Math.Abs(random.Next()),
totalWork: random.NextUBigIntegerBytes(64),
dateSeen: new DateTimeOffset(random.NextInt64(), TimeSpan.Zero)
);
}
public static UnspentTx RandomUnspentTx(RandomDataOptions options = default(RandomDataOptions))
{
return new UnspentTx
(
txHash: random.NextUInt256(),
blockIndex: random.Next(),
txIndex: random.Next(),
outputStates: new OutputStates(random.NextImmutableBitArray(random.NextOrExactly(100, options.TxOutputCount)))
);
}
public static ChainedHeader RandomChainedHeader(RandomDataOptions options = default(RandomDataOptions))
{
return new ChainedHeader
(
blockHeader: RandomBlockHeader(options),
height: Math.Abs(random.Next()),
totalWork: random.NextUBigIntegerBytes(64)
);
}
