mymath

package

v0.0.0-...-8b651fe Latest Latest Go to latest Published: Mar 13, 2017 License: MIT Imports: 31 Imported by: 1

Details

Valid go.mod file

The Go module system was introduced in Go 1.11 and is the official dependency management solution for Go.
Redistributable license

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Stable version

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Learn more about best practices

Repository

github.com/ThePiachu/Go

Links

Open Source Insights

Documentation ¶

Index ¶

Variables
func AESDecrypt(key string, ciphertext []byte) (string, error)
func AESDecryptBytes(key []byte, ciphertext []byte) ([]byte, error)
func AESDecryptBytesCBC(key []byte, ciphertext []byte) ([]byte, error)
func AESDecryptCBC(key string, ciphertext []byte) (string, error)
func AESEncrypt(key string, plaintext string) ([]byte, error)
func AESEncryptCBC(key string, plaintext string) ([]byte, error)
func ASCII2Hex(s string) []byte
func ASCII2HexRev(s string) []byte
func AbsInt(i int) int
func AbsInt64(i int64) int64
func AddByte(one []byte, two byte) []byte
func AddPrivateKeys(one, two string) *big.Int
func AddPrivateKeysReturnString(one, two string) string
func AddPublicKeys(one, two string) (*big.Int, *big.Int)
func AddPublicKeysReturnString(one, two string) string
func AreHexesEqual(one, two []byte) bool
func AreStringsEqual(one, two string) bool
func Base582Hex(b string) []byte
func Base582HexStr(b string) string
func Base582HexString(b string) string
func Base58LetterToInt(letter string) int
func Base642Hex(s string) []byte
func Base64URLDecode(s string) string
func Base64URLEncode(s string) string
func Big2Hex(b *big.Int) []byte
func Big2HexPadded(b *big.Int, paddingSize int) []byte
func Big2HexRev(b *big.Int) []byte
func Big2HexWithMinimumLength(b *big.Int, length int) []byte
func Bits2Difficulty(bits uint32) (float64, error)
func Bits2Target(bits uint32) *big.Int
func Bits2TargetHex(bits uint32) []byte
func Bits2TargetHexRev(bits uint32) []byte
func BitsRev2TargetHexRev(bits uint32) []byte
func BitsString2TargetHexRev(bits string) []byte
func Byte2String(b []byte) string
func CalculateBitMidstate(data []byte) []byte
func CalculateBountyForLavishnessAndComplexity(lavishness float64, complexity float64) float64
func CalculateLavishness(bounty float64, complexity float64) float64
func CanPatternBeSolvedInNet(pattern string, netByte byte) bool
func CheckAddressStringValidity(addr string) bool
func CheckAddressStringValidityWithNetByte(addr string, netByte byte) bool
func CheckAddressValidity(addr Base58) bool
func CheckAddressValidityWithNetByte(addr Base58, netByte byte) bool
func CheckRippleAddressValidity(address string) bool
func CheckRippleSecretValidity(secret string, address string) bool
func CheckSolutionAddCompressed(pubKey, solution, pattern string, netByte byte) (string, string)
func CheckSolutionAddUncompressed(pubKey, solution, pattern string, netByte byte) (string, string)
func CheckSolutionMultCompressed(pubKey, solution, pattern string, netByte byte) (string, string)
func CheckSolutionMultUncompressed(pubKey, solution, pattern string, netByte byte) (string, string)
func Coin2Satoshi(coin float64) int64
func ComparePrivateKeys(a string, b string) int
func ConcatBytes(list ...[]byte) []byte
func Contains(s string, sub string) bool
func DecodeJSON(data []byte, v interface{}) error
func DecodeJSONString(data string, v interface{}) error
func DoesPatternHaveRightPrefix(pattern string, netByte byte) bool
func DoesStringContain(s string, substring string) bool
func DoesStringStartWith(s string, prefix string) bool
func DoubleDoubleSHA(a []byte, b []byte) []byte
func DoubleSHA(b []byte) []byte
func DoubleSHAPair(a []byte, b []byte) []byte
func DoubleSHAPairRev(a []byte, b []byte) []byte
func DoubleSHARev(b []byte) []byte
func EncodeJSON(data interface{}) ([]byte, error)
func EncodeJSONString(data interface{}) (string, error)
func FactorToPercentageString(factor *inf.Dec) string
func Float2CurrencyStr(f float64) string
func Float2CurrencyString(f float64) string
func Float2Int(f float64) int64
func Float2Str(f float64) string
func Float2String(f float64) string
func Float642Int64(f float64) int64
func Float642Str(f float64) string
func Float642String(f float64) string
func Float64ToDec(f float64) *inf.Dec
func GenerateBase58CheckString(baseHex string, leadingByte string) string
func GenerateMerkleRoot(leafs [][]byte) []byte
func GenerateMerkleTree(leafs [][]byte) [][]byte
func GenerateMerkleTreeFromString(leafs []string) []string
func GenerateProofOfBurnAddress(addressRoot string, padding byte) (string, error)
func HMACSHA512(key, data []byte) []byte
func Hex2ASCII(b []byte) string
func Hex2Base58Str(val []byte) string
func Hex2Base58String(val []byte) string
func Hex2Base64(b []byte) string
func Hex2Big(b []byte) *big.Int
func Hex2Int(b []byte) int
func Hex2Int64(b []byte) int64
func Hex2Str(b []byte) string
func Hex2String(b []byte) string
func Hex2Uint32(b []byte) uint32
func Hex2Uint64(b []byte) uint64
func HexIntStr2Dec(s string) *inf.Dec
func HexIntString2Dec(s string) *inf.Dec
func HexRev2Big(rev []byte) *big.Int
func HexRev2Str(b []byte) string
func HexRev2String(b []byte) string
func HexRev2Uint32(b []byte) uint32
func HexRev2Uint64(b []byte) uint64
func HexString2Int64(s string) int64
func Int2BitHex(i int) []byte
func Int2Float(i int64) float64
func Int2Hex(i int) []byte
func Int2Str(i int) string
func Int2String(i int) string
func Int642Float64(i int64) float64
func Int642Hex(i64 int64) []byte
func Int642HexString(i int64) string
func Int642Str(i int64) string
func Int642String(i int64) string
func IsBase58StringValid(toCheck string) bool
func IsPrivateKeyOnCurve(privateKey string) bool
func IsPublicKeyValid(pubKey string) bool
func IsStringAValidEmailAddress(s string) bool
func MD5(b []byte) []byte
func MD5String(s string) string
func Makesecp256k1()
func MapStringInt64ToString(m map[string]int64) string
func MaxAddressForNetByte(netByte byte) string
func MaxInt() int
func MaxInt64() int64
func MinAddressForNetByte(netByte byte) string
func MultiplyPrivateAndPublicKeyReturnString(private, public string) string
func MultiplyPrivateKeys(one, two string) *big.Int
func MultiplyPrivateKeysReturnString(one, two string) string
func NewRandomPrivateKey() string
func OneByte2String(b byte) string
func PadCBC(b []byte) []byte
func PadHexToLength(hex []byte, length int) []byte
func PointCoordinatesToPublicKey(x, y *big.Int) string
func PrivateKeyToCompressedAddress(net string, privateKey string) string
func PrivateKeyToCompressedAddressBytes(net byte, privateKey []byte) string
func PrivateKeyToCompressedPublicKey(privateKey string) string
func PrivateKeyToUncompressedAddress(net string, privateKey string) string
func PrivateKeyToUncompressedAddressBytes(net byte, privateKey []byte) string
func PrivateKeyToUncompressedPublicKey(privateKey string) string
func PrivateKeyToWIF(key string) string
func PrivateKeyToWIFWithPrefixByte(key string, prefix byte) string
func PublicKeyToAddress(net string, key string) string
func PublicKeyToPointCoordinates(pubKey string) (*big.Int, *big.Int)
func RandFloat64() float64
func RandFloat64Between(min float64, max float64) float64
func RandInt() int
func RandInt64() int64
func RandInt64Between(min int64, max int64) int64
func RandInt64Positive() int64
func RandIntBetween(min int, max int) int
func RandIntPositive() int
func RandomAlphabetString(length int, alphabet string) string
func RandomHex(length int) []byte
func RandomHexString(length int) string
func Randuint64() []byte
func Randuint64Rev() []byte
func Rev(b []byte) []byte
func RevTest() bool
func RevWords(b []byte) []byte
func RevWords2(b []byte) []byte
func RevWords2Str(b string) string
func RevWordsStr(b string) string
func ReverseByteOrder(b []byte) []byte
func Ripemd(b []byte) []byte
func RipemdRev(b []byte) []byte
func RippleAddressToStandardAddress(address string) string
func RoundFloatUpToXSignificantDigits(f float64, digits int) float64
func SHA256(b []byte) []byte
func SHA256ASCIIString(s string) string
func SHA256HexString(s string) string
func SHA512(b []byte) []byte
func SHA512Half(b []byte) []byte
func SHA512HalfString(s string) string
func SHA512String(s string) string
func SHARipemd(b []byte) []byte
func SHARipemdRev(b []byte) []byte
func Satoshi2Coin(satoshi int64) float64
func SeedHexToSeed(hex string) string
func SeedToSeedHex(seed string) []byte
func SeedToSeedHexString(seed string) string
func SignStringMessageWithPrivateKey(message string, key string) string
func SingleSHA(b []byte) []byte
func SingleSHA1(b []byte) []byte
func SingleSHA1Rev(b []byte) []byte
func SingleSHARev(b []byte) []byte
func SortStringList(list []string)
func SplitStrings(str, separator string) []string
func StandardAddressToRippleAddress(address string) string
func Str2Base64(s string) string
func Str2Big(s string) *big.Int
func Str2BigBase(s string, base int) *big.Int
func Str2Dec(s string) *inf.Dec
func Str2Float(s string) float64
func Str2Float64(s string) float64
func Str2Hex(s string) []byte
func Str2HexRev(s string) []byte
func Str2Int(s string) int
func Str2Int64(s string) int64
func Str2Uint32(s string) uint32
func String2Big(s string) *big.Int
func String2BigBase(s string, base int) *big.Int
func String2Dec(s string) *inf.Dec
func String2Float(s string) float64
func String2Hex(s string) []byte
func String2Hex32(s string) [32]byte
func String2HexRev(s string) []byte
func String2Int(s string) int
func String2Int64(s string) int64
func StringToPrivateKey(key string) []byte
func Target2Bits(target *big.Int) uint32
func Target2Difficulty(target *big.Int) (float64, error)
func TestBase58()
func TestBitAddress()
func TestBitsTargetDifficultyConversions() bool
func TestCanPatternBeSolvedInNet() bool
func TestCompile() bool
func TestEverything() bool
func TestEverythingBitmath() bool
func TestGenerateMerkleTree() bool
func TestLen() bool
func TestUnmarshall() string
func TestVarInt() bool
func TestVarInt2Hex() bool
func TestVarInt2HexRev() bool
func TestVarStr() bool
func TestWillNetworkByteGivePrefix() bool
func ToLower(s string) string
func ToUpper(s string) string
func TrimFloatToXDecimalDigits(f float64, digits int) float64
func TrimFloatToXSignificantDigits(f float64, digits int) float64
func TrimISO10126Padding(b []byte) []byte
func Uint162Hex(ui uint16) []byte
func Uint162HexRev(ui uint16) []byte
func Uint2Hex(ui uint) []byte
func Uint322Hex(ui uint32) []byte
func Uint322HexRev(ui uint32) []byte
func Uint642Hex(ui uint64) []byte
func Uint642HexRev(ui uint64) []byte
func UncompressedKeyToCompressedKey(key string) string
func UnpadCBC(b []byte) ([]byte, error)
func VanityAddressComplexity(pattern string) float64
func VanityAddressLavishness(pattern string, bounty float64) float64
func VarInt2Hex(vi VarInt) []byte
func VarInt2HexRev(vi VarInt) []byte
func WillNetworkByteGivePrefix(b byte, prefix string) bool
type Alphabetic
- func (a Alphabetic) Len() int
- func (a Alphabetic) Less(i, j int) bool
- func (a Alphabetic) Swap(i, j int)
type Base58
- func Big2Base58(val *big.Int) Base58
- func Hex2Base58(val []byte) Base58
- func Int2Base58(val int) Base58
- func Str2Hex58(val string) Base58
- func StrHex2Base58(val string) Base58
- func String2Base58(val string) Base58
- func StringHex2Base58(val string) Base58
- func (b Base58) Base582Big() *big.Int
- func (b Base58) Base582Int() int
- func (b Base58) BitHex() []byte
- func (b Base58) ToBig() *big.Int
- func (b Base58) ToHex() []byte
- func (b Base58) ToInt() int
type BitAddress
- func NewAddressFromPrivateKey(privateKey []byte) (*BitAddress, error)
- func NewAddressFromPrivateKeyOtherNets(netByte byte, privateKey []byte) (*BitAddress, error)
- func NewAddressFromPrivateKeyWithCurve(privateKey []byte, curve *bitelliptic.BitCurve) (*BitAddress, error)
- func NewAddressFromPrivateKeyWithCurveOtherNets(netByte byte, privateKey []byte, curve *bitelliptic.BitCurve) (*BitAddress, error)
- func NewFromBase(b Base58) *BitAddress
- func NewFromBaseString(s string) *BitAddress
- func NewFromPublicKey(netbyte byte, key []byte) *BitAddress
- func NewFromPublicKeyString(netByte byte, s string) *BitAddress
- func NewRandomAddress() (*BitAddress, error)
- func NewRandomAddressOtherNets(netByte byte) (*BitAddress, error)
- func (ba BitAddress) CheckValidity() bool
- func (ba BitAddress) CheckValidityWithNetByte(netByte byte) bool
type CoinAddress
- func GenerateCoinVanityAddressWithNetbyte(c context.Context, pattern string, netbyte string) CoinAddress
- func GenerateCompressedCoinVanityAddressWithNetbyte(c context.Context, pattern string, netbyte string) CoinAddress
- func GenerateNewCoinAddress(netByte string) CoinAddress
- func GenerateUncompressedCoinVanityAddressWithNetbyte(c context.Context, pattern string, netbyte string) CoinAddress
- func (ca *CoinAddress) GetWIFCompressed(prefixByte string) string
- func (ca *CoinAddress) GetWIFUncompressed(prefixByte string) string
type RippleAddress
- func GenerateNewRippleAddress() RippleAddress
- func GenerateRippleVanityAddress(c context.Context, pattern string) RippleAddress
type VarInt
- func DecodeVarInt(b []byte) VarInt
- func DecodeVarIntGiveRest(b []byte) (VarInt, []byte)
- func (vi VarInt) Compile() []byte
- func (vi VarInt) Len() int
type VarStr
- func (vs *VarStr) Compile() []byte
- func (vs *VarStr) Len() int
- func (vs *VarStr) Read() string
- func (vs *VarStr) Set(newString string)

Constants ¶

This section is empty.

Variables ¶

View Source

var BitcoinAlphabet = "123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz"

alphabet used by Bitcoins

View Source

var BitcoinRevAlp = map[string]int{
	"1": 0, "2": 1, "3": 2, "4": 3, "5": 4, "6": 5, "7": 6, "8": 7, "9": 8, "A": 9,
	"B": 10, "C": 11, "D": 12, "E": 13, "F": 14, "G": 15, "H": 16, "J": 17, "K": 18, "L": 19,
	"M": 20, "N": 21, "P": 22, "Q": 23, "R": 24, "S": 25, "T": 26, "U": 27, "V": 28, "W": 29,
	"X": 30, "Y": 31, "Z": 32, "a": 33, "b": 34, "c": 35, "d": 36, "e": 37, "f": 38, "g": 39,
	"h": 40, "i": 41, "j": 42, "k": 43, "m": 44, "n": 45, "o": 46, "p": 47, "q": 48, "r": 49,
	"s": 50, "t": 51, "u": 52, "v": 53, "w": 54, "x": 55, "y": 56, "z": 57,
}

reverse alphabet used for quckly converting base58 strings into numbers

View Source

var RippleAlphabet = "rpshnaf39wBUDNEGHJKLM4PQRST7VWXYZ2bcdeCg65jkm8oFqi1tuvAxyz"

View Source

var RippleRevAlp = map[string]int{
	"r": 0, "p": 1, "s": 2, "h": 3, "n": 4, "a": 5, "f": 6, "3": 7, "9": 8, "w": 9,
	"B": 10, "U": 11, "D": 12, "N": 13, "E": 14, "G": 15, "H": 16, "J": 17, "K": 18, "L": 19,
	"M": 20, "4": 21, "P": 22, "Q": 23, "R": 24, "S": 25, "T": 26, "7": 27, "V": 28, "W": 29,
	"X": 30, "Y": 31, "Z": 32, "2": 33, "b": 34, "c": 35, "d": 36, "e": 37, "C": 38, "g": 39,
	"6": 40, "5": 41, "j": 42, "k": 43, "m": 44, "8": 45, "o": 46, "F": 47, "q": 48, "i": 49,
	"1": 50, "t": 51, "u": 52, "v": 53, "A": 54, "x": 55, "y": 56, "z": 57,
}

Functions ¶

func AESDecrypt ¶

func AESDecrypt(key string, ciphertext []byte) (string, error)

func AESDecryptBytes ¶

func AESDecryptBytes(key []byte, ciphertext []byte) ([]byte, error)

func AESDecryptBytesCBC ¶

func AESDecryptBytesCBC(key []byte, ciphertext []byte) ([]byte, error)

func AESDecryptCBC ¶

func AESDecryptCBC(key string, ciphertext []byte) (string, error)

func AESEncrypt ¶

func AESEncrypt(key string, plaintext string) ([]byte, error)

func AESEncryptCBC ¶

func AESEncryptCBC(key string, plaintext string) ([]byte, error)

func ASCII2Hex ¶

func ASCII2Hex(s string) []byte

TODO: test

func ASCII2HexRev ¶

func ASCII2HexRev(s string) []byte

func AbsInt ¶

func AbsInt(i int) int

func AbsInt64 ¶

func AbsInt64(i int64) int64

func AddByte ¶

func AddByte(one []byte, two byte) []byte

func AddPrivateKeys ¶

func AddPrivateKeys(one, two string) *big.Int

func AddPrivateKeysReturnString ¶

func AddPrivateKeysReturnString(one, two string) string

func AddPublicKeys ¶

func AddPublicKeys(one, two string) (*big.Int, *big.Int)

func AddPublicKeysReturnString ¶

func AddPublicKeysReturnString(one, two string) string

func AreHexesEqual ¶

func AreHexesEqual(one, two []byte) bool

func AreStringsEqual ¶

func AreStringsEqual(one, two string) bool

func Base582Hex ¶

func Base582Hex(b string) []byte

convert base58 to hex bytes

func Base582HexStr ¶

func Base582HexStr(b string) string

convert base58 to hex byte string

func Base582HexString ¶

func Base582HexString(b string) string

convert base58 to hex byte string

func Base58LetterToInt ¶

func Base58LetterToInt(letter string) int

func Base642Hex ¶

func Base642Hex(s string) []byte

func Base64URLDecode ¶

func Base64URLDecode(s string) string

func Base64URLEncode ¶

func Base64URLEncode(s string) string

func Big2Hex ¶

func Big2Hex(b *big.Int) []byte

TODO: test

func Big2HexPadded ¶

func Big2HexPadded(b *big.Int, paddingSize int) []byte

func Big2HexRev ¶

func Big2HexRev(b *big.Int) []byte

TODO: test

func Big2HexWithMinimumLength ¶

func Big2HexWithMinimumLength(b *big.Int, length int) []byte

func Bits2Difficulty ¶

func Bits2Difficulty(bits uint32) (float64, error)

TODO: test and add to tests

func Bits2Target ¶

func Bits2Target(bits uint32) *big.Int

TODO: test and add to tests

func Bits2TargetHex ¶

func Bits2TargetHex(bits uint32) []byte

TODO: test and add to tests

func Bits2TargetHexRev ¶

func Bits2TargetHexRev(bits uint32) []byte

TODO: test and add to tests

func BitsRev2TargetHexRev ¶

func BitsRev2TargetHexRev(bits uint32) []byte

TODO: test and add to tests

func BitsString2TargetHexRev ¶

func BitsString2TargetHexRev(bits string) []byte

func Byte2String ¶

func Byte2String(b []byte) string

func CalculateBitMidstate ¶

func CalculateBitMidstate(data []byte) []byte

TODO: test and add to tests

func CalculateBountyForLavishnessAndComplexity ¶

func CalculateBountyForLavishnessAndComplexity(lavishness float64, complexity float64) float64

func CalculateLavishness ¶

func CalculateLavishness(bounty float64, complexity float64) float64

func CanPatternBeSolvedInNet ¶

func CanPatternBeSolvedInNet(pattern string, netByte byte) bool

func CheckAddressStringValidity ¶

func CheckAddressStringValidity(addr string) bool

func CheckAddressStringValidityWithNetByte ¶

func CheckAddressStringValidityWithNetByte(addr string, netByte byte) bool

func CheckAddressValidity ¶

func CheckAddressValidity(addr Base58) bool

func CheckAddressValidityWithNetByte ¶

func CheckAddressValidityWithNetByte(addr Base58, netByte byte) bool

func CheckRippleAddressValidity ¶

func CheckRippleAddressValidity(address string) bool

func CheckRippleSecretValidity ¶

func CheckRippleSecretValidity(secret string, address string) bool

func CheckSolutionAddCompressed ¶

func CheckSolutionAddCompressed(pubKey, solution, pattern string, netByte byte) (string, string)

func CheckSolutionAddUncompressed ¶

func CheckSolutionAddUncompressed(pubKey, solution, pattern string, netByte byte) (string, string)

func CheckSolutionMultCompressed ¶

func CheckSolutionMultCompressed(pubKey, solution, pattern string, netByte byte) (string, string)

func CheckSolutionMultUncompressed ¶

func CheckSolutionMultUncompressed(pubKey, solution, pattern string, netByte byte) (string, string)

func Coin2Satoshi ¶

func Coin2Satoshi(coin float64) int64

func ComparePrivateKeys ¶

func ComparePrivateKeys(a string, b string) int

func ConcatBytes ¶

func ConcatBytes(list ...[]byte) []byte

func Contains ¶

func Contains(s string, sub string) bool

func DecodeJSON ¶

func DecodeJSON(data []byte, v interface{}) error

func DecodeJSONString ¶

func DecodeJSONString(data string, v interface{}) error

func DoesPatternHaveRightPrefix ¶

func DoesPatternHaveRightPrefix(pattern string, netByte byte) bool

func DoesStringContain ¶

func DoesStringContain(s string, substring string) bool

func DoesStringStartWith ¶

func DoesStringStartWith(s string, prefix string) bool

func DoubleDoubleSHA ¶

func DoubleDoubleSHA(a []byte, b []byte) []byte

TODO: test and add to tests double hash input bytes, double hash their concatanation

func DoubleSHA ¶

func DoubleSHA(b []byte) []byte

TODO: test and add to tests double SHA-256 hashing of a single byte array

func DoubleSHAPair ¶

func DoubleSHAPair(a []byte, b []byte) []byte

TODO: test and add to tests double SHA-256 hash of a concatenation of the two inputs

func DoubleSHAPairRev ¶

func DoubleSHAPairRev(a []byte, b []byte) []byte

TODO: test and add to tests double SHA-256 hash of a concatenation of the reverse of two inputs

func DoubleSHARev ¶

func DoubleSHARev(b []byte) []byte

TODO: test and add to tests reverse double SHA-256 hashing of a single byte array

func EncodeJSON ¶

func EncodeJSON(data interface{}) ([]byte, error)

func EncodeJSONString ¶

func EncodeJSONString(data interface{}) (string, error)

func FactorToPercentageString ¶

func FactorToPercentageString(factor *inf.Dec) string

func Float2CurrencyStr ¶

func Float2CurrencyStr(f float64) string

func Float2CurrencyString ¶

func Float2CurrencyString(f float64) string

func Float2Int ¶

func Float2Int(f float64) int64

func Float2Str ¶

func Float2Str(f float64) string

func Float2String ¶

func Float2String(f float64) string

func Float642Int64 ¶

func Float642Int64(f float64) int64

func Float642Str ¶

func Float642Str(f float64) string

func Float642String ¶

func Float642String(f float64) string

func Float64ToDec ¶

func Float64ToDec(f float64) *inf.Dec

func GenerateBase58CheckString ¶

func GenerateBase58CheckString(baseHex string, leadingByte string) string

func GenerateMerkleRoot ¶

func GenerateMerkleRoot(leafs [][]byte) []byte

TODO: test and add to tests

func GenerateMerkleTree ¶

func GenerateMerkleTree(leafs [][]byte) [][]byte

TODO: test and add to tests

func GenerateMerkleTreeFromString ¶

func GenerateMerkleTreeFromString(leafs []string) []string

TODO: test and add to tests

func GenerateProofOfBurnAddress ¶

func GenerateProofOfBurnAddress(addressRoot string, padding byte) (string, error)

func HMACSHA512 ¶

func HMACSHA512(key, data []byte) []byte

func Hex2ASCII ¶

func Hex2ASCII(b []byte) string

TODO: test

func Hex2Base58Str ¶

func Hex2Base58Str(val []byte) string

func Hex2Base58String ¶

func Hex2Base58String(val []byte) string

func Hex2Base64 ¶

func Hex2Base64(b []byte) string

func Hex2Big ¶

func Hex2Big(b []byte) *big.Int

func Hex2Int ¶

func Hex2Int(b []byte) int

func Hex2Int64 ¶

func Hex2Int64(b []byte) int64

func Hex2Str ¶

func Hex2Str(b []byte) string

func Hex2String ¶

func Hex2String(b []byte) string

func Hex2Uint32 ¶

func Hex2Uint32(b []byte) uint32

func Hex2Uint64 ¶

func Hex2Uint64(b []byte) uint64

func HexIntStr2Dec ¶

func HexIntStr2Dec(s string) *inf.Dec

func HexIntString2Dec ¶

func HexIntString2Dec(s string) *inf.Dec

func HexRev2Big ¶

func HexRev2Big(rev []byte) *big.Int

func HexRev2Str ¶

func HexRev2Str(b []byte) string

func HexRev2String ¶

func HexRev2String(b []byte) string

func HexRev2Uint32 ¶

func HexRev2Uint32(b []byte) uint32

func HexRev2Uint64 ¶

func HexRev2Uint64(b []byte) uint64

func HexString2Int64 ¶

func HexString2Int64(s string) int64

func Int2BitHex ¶

func Int2BitHex(i int) []byte

TODO: test

func Int2Float ¶

func Int2Float(i int64) float64

func Int2Hex ¶

func Int2Hex(i int) []byte

func Int2Str ¶

func Int2Str(i int) string

func Int2String ¶

func Int2String(i int) string

func Int642Float64 ¶

func Int642Float64(i int64) float64

func Int642Hex ¶

func Int642Hex(i64 int64) []byte

func Int642HexString ¶

func Int642HexString(i int64) string

func Int642Str ¶

func Int642Str(i int64) string

func Int642String ¶

func Int642String(i int64) string

func IsBase58StringValid ¶

func IsBase58StringValid(toCheck string) bool

func IsPrivateKeyOnCurve ¶

func IsPrivateKeyOnCurve(privateKey string) bool

func IsPublicKeyValid ¶

func IsPublicKeyValid(pubKey string) bool

func IsStringAValidEmailAddress ¶

func IsStringAValidEmailAddress(s string) bool

func MD5 ¶

func MD5(b []byte) []byte

func MD5String ¶

func MD5String(s string) string

func Makesecp256k1 ¶

func Makesecp256k1()

TODO: test and add to tests

func MapStringInt64ToString ¶

func MapStringInt64ToString(m map[string]int64) string

func MaxAddressForNetByte ¶

func MaxAddressForNetByte(netByte byte) string

func MaxInt ¶

func MaxInt() int

func MaxInt64 ¶

func MaxInt64() int64

func MinAddressForNetByte ¶

func MinAddressForNetByte(netByte byte) string

func MultiplyPrivateAndPublicKeyReturnString ¶

func MultiplyPrivateAndPublicKeyReturnString(private, public string) string

func MultiplyPrivateKeys ¶

func MultiplyPrivateKeys(one, two string) *big.Int

func MultiplyPrivateKeysReturnString ¶

func MultiplyPrivateKeysReturnString(one, two string) string

func NewRandomPrivateKey ¶

func NewRandomPrivateKey() string

func OneByte2String ¶

func OneByte2String(b byte) string

func PadCBC ¶

func PadCBC(b []byte) []byte

func PadHexToLength ¶

func PadHexToLength(hex []byte, length int) []byte

func PointCoordinatesToPublicKey ¶

func PointCoordinatesToPublicKey(x, y *big.Int) string

func PrivateKeyToCompressedAddress ¶

func PrivateKeyToCompressedAddress(net string, privateKey string) string

func PrivateKeyToCompressedAddressBytes ¶

func PrivateKeyToCompressedAddressBytes(net byte, privateKey []byte) string

func PrivateKeyToCompressedPublicKey ¶

func PrivateKeyToCompressedPublicKey(privateKey string) string

func PrivateKeyToUncompressedAddress ¶

func PrivateKeyToUncompressedAddress(net string, privateKey string) string

func PrivateKeyToUncompressedAddressBytes ¶

func PrivateKeyToUncompressedAddressBytes(net byte, privateKey []byte) string

func PrivateKeyToUncompressedPublicKey ¶

func PrivateKeyToUncompressedPublicKey(privateKey string) string

func PrivateKeyToWIF ¶

func PrivateKeyToWIF(key string) string

func PrivateKeyToWIFWithPrefixByte ¶

func PrivateKeyToWIFWithPrefixByte(key string, prefix byte) string

func PublicKeyToAddress ¶

func PublicKeyToAddress(net string, key string) string

func PublicKeyToPointCoordinates ¶

func PublicKeyToPointCoordinates(pubKey string) (*big.Int, *big.Int)

func RandFloat64 ¶

func RandFloat64() float64

func RandFloat64Between ¶

func RandFloat64Between(min float64, max float64) float64

func RandInt ¶

func RandInt() int

func RandInt64 ¶

func RandInt64() int64

func RandInt64Between ¶

func RandInt64Between(min int64, max int64) int64

func RandInt64Positive ¶

func RandInt64Positive() int64

func RandIntBetween ¶

func RandIntBetween(min int, max int) int

func RandIntPositive ¶

func RandIntPositive() int

func RandomAlphabetString ¶

func RandomAlphabetString(length int, alphabet string) string

func RandomHex ¶

func RandomHex(length int) []byte

func RandomHexString ¶

func RandomHexString(length int) string

func Randuint64 ¶

func Randuint64() []byte

func Randuint64Rev ¶

func Randuint64Rev() []byte

func Rev ¶

func Rev(b []byte) []byte

TODO: use this function to reverse some of the below functions?

func RevTest ¶

func RevTest() bool

func RevWords ¶

func RevWords(b []byte) []byte

func RevWords2 ¶

func RevWords2(b []byte) []byte

func RevWords2Str ¶

func RevWords2Str(b string) string

func RevWordsStr ¶

func RevWordsStr(b string) string

func ReverseByteOrder ¶

func ReverseByteOrder(b []byte) []byte

TODO: test

func Ripemd ¶

func Ripemd(b []byte) []byte

TODO: test and add to tests RIPEMD-160 operation for bitcoin address hashing

func RipemdRev ¶

func RipemdRev(b []byte) []byte

TODO: test and add to tests reverse RIPEMD-160 hash

func RippleAddressToStandardAddress ¶

func RippleAddressToStandardAddress(address string) string

func RoundFloatUpToXSignificantDigits ¶

func RoundFloatUpToXSignificantDigits(f float64, digits int) float64

func SHA256 ¶

func SHA256(b []byte) []byte

TODO: test and add to tests Single SHA-256 hashing of a single byte array

func SHA256ASCIIString ¶

func SHA256ASCIIString(s string) string

func SHA256HexString ¶

func SHA256HexString(s string) string

func SHA512 ¶

func SHA512(b []byte) []byte

func SHA512Half ¶

func SHA512Half(b []byte) []byte

func SHA512HalfString ¶

func SHA512HalfString(s string) string

func SHA512String ¶

func SHA512String(s string) string

func SHARipemd ¶

func SHARipemd(b []byte) []byte

TODO: test and add to tests SHA-256 RIPEMD-160 operation for bitcoin address hashing

func SHARipemdRev ¶

func SHARipemdRev(b []byte) []byte

TODO: test and add to tests reverse SHA-256 RIPEMD-160 hash

func Satoshi2Coin ¶

func Satoshi2Coin(satoshi int64) float64

func SeedHexToSeed ¶

func SeedHexToSeed(hex string) string

func SeedToSeedHex ¶

func SeedToSeedHex(seed string) []byte

func SeedToSeedHexString ¶

func SeedToSeedHexString(seed string) string

func SignStringMessageWithPrivateKey ¶

func SignStringMessageWithPrivateKey(message string, key string) string

func SingleSHA ¶

func SingleSHA(b []byte) []byte

TODO: test and add to tests Single SHA-256 hashing of a single byte array

func SingleSHA1 ¶

func SingleSHA1(b []byte) []byte

TODO: test and add to tests Single SHA-1 hashing of a single byte array

func SingleSHA1Rev ¶

func SingleSHA1Rev(b []byte) []byte

Reversed SHA-1 hashing of a single byte array TODO: test and add to tests

func SingleSHARev ¶

func SingleSHARev(b []byte) []byte

TODO: test and add to tests Reversed single SHA-256 hashing of a single byte array

func SortStringList ¶

func SortStringList(list []string)

func SplitStrings ¶

func SplitStrings(str, separator string) []string

func StandardAddressToRippleAddress ¶

func StandardAddressToRippleAddress(address string) string

func Str2Base64 ¶

func Str2Base64(s string) string

func Str2Big ¶

func Str2Big(s string) *big.Int

TODO: test

func Str2BigBase ¶

func Str2BigBase(s string, base int) *big.Int

TODO: test

func Str2Dec ¶

func Str2Dec(s string) *inf.Dec

func Str2Float ¶

func Str2Float(s string) float64

func Str2Float64 ¶

func Str2Float64(s string) float64

func Str2Hex ¶

func Str2Hex(s string) []byte

func Str2HexRev ¶

func Str2HexRev(s string) []byte

func Str2Int ¶

func Str2Int(s string) int

func Str2Int64 ¶

func Str2Int64(s string) int64

func Str2Uint32 ¶

func Str2Uint32(s string) uint32

func String2Big ¶

func String2Big(s string) *big.Int

TODO: test

func String2BigBase ¶

func String2BigBase(s string, base int) *big.Int

TODO: test

func String2Dec ¶

func String2Dec(s string) *inf.Dec

func String2Float ¶

func String2Float(s string) float64

func String2Hex ¶

func String2Hex(s string) []byte

func String2Hex32 ¶

func String2Hex32(s string) [32]byte

func String2HexRev ¶

func String2HexRev(s string) []byte

func String2Int ¶

func String2Int(s string) int

func String2Int64 ¶

func String2Int64(s string) int64

func StringToPrivateKey ¶

func StringToPrivateKey(key string) []byte

func Target2Bits ¶

func Target2Bits(target *big.Int) uint32

TODO: test and add to tests

func Target2Difficulty ¶

func Target2Difficulty(target *big.Int) (float64, error)

TODO: test and add to tests

func TestBase58 ¶

func TestBase58()

TODO: do and test everything

func TestBitAddress ¶

func TestBitAddress()

func TestBitsTargetDifficultyConversions ¶

func TestBitsTargetDifficultyConversions() bool

TODO: expand and add to tests

func TestCanPatternBeSolvedInNet ¶

func TestCanPatternBeSolvedInNet() bool

func TestCompile ¶

func TestCompile() bool

func TestEverything ¶

func TestEverything() bool

TODO: do

func TestEverythingBitmath ¶

func TestEverythingBitmath() bool

func TestGenerateMerkleTree ¶

func TestGenerateMerkleTree() bool

func TestLen ¶

func TestLen() bool

func TestUnmarshall ¶

func TestUnmarshall() string

func TestVarInt ¶

func TestVarInt() bool

func TestVarInt2Hex ¶

func TestVarInt2Hex() bool

func TestVarInt2HexRev ¶

func TestVarInt2HexRev() bool

func TestVarStr ¶

func TestVarStr() bool

func TestWillNetworkByteGivePrefix ¶

func TestWillNetworkByteGivePrefix() bool

func ToLower ¶

func ToLower(s string) string

func ToUpper ¶

func ToUpper(s string) string

func TrimFloatToXDecimalDigits ¶

func TrimFloatToXDecimalDigits(f float64, digits int) float64

func TrimFloatToXSignificantDigits ¶

func TrimFloatToXSignificantDigits(f float64, digits int) float64

func TrimISO10126Padding ¶

func TrimISO10126Padding(b []byte) []byte

func Uint162Hex ¶

func Uint162Hex(ui uint16) []byte

func Uint162HexRev ¶

func Uint162HexRev(ui uint16) []byte

func Uint2Hex ¶

func Uint2Hex(ui uint) []byte

TODO: test

func Uint322Hex ¶

func Uint322Hex(ui uint32) []byte

func Uint322HexRev ¶

func Uint322HexRev(ui uint32) []byte

func Uint642Hex ¶

func Uint642Hex(ui uint64) []byte

func Uint642HexRev ¶

func Uint642HexRev(ui uint64) []byte

func UncompressedKeyToCompressedKey ¶

func UncompressedKeyToCompressedKey(key string) string

func UnpadCBC ¶

func UnpadCBC(b []byte) ([]byte, error)

func VanityAddressComplexity ¶

func VanityAddressComplexity(pattern string) float64

func VanityAddressLavishness ¶

func VanityAddressLavishness(pattern string, bounty float64) float64

func VarInt2Hex ¶

func VarInt2Hex(vi VarInt) []byte

variable-length hex result https://en.bitcoin.it/wiki/Protocol_specification#Variable_length_integer

func VarInt2HexRev ¶

func VarInt2HexRev(vi VarInt) []byte

variable-length hex result https://en.bitcoin.it/wiki/Protocol_specification#Variable_length_integer

func WillNetworkByteGivePrefix ¶

func WillNetworkByteGivePrefix(b byte, prefix string) bool

Types ¶

type Alphabetic ¶

type Alphabetic []string

func (Alphabetic) Len ¶

func (a Alphabetic) Len() int

func (Alphabetic) Less ¶

func (a Alphabetic) Less(i, j int) bool

func (Alphabetic) Swap ¶

func (a Alphabetic) Swap(i, j int)

type Base58 ¶

type Base58 string

type to hold the Base58 string

func Big2Base58 ¶

func Big2Base58(val *big.Int) Base58

encodes big.Int to base58 string

func Hex2Base58 ¶

func Hex2Base58(val []byte) Base58

encodes hex bytes into base58

func Int2Base58 ¶

func Int2Base58(val int) Base58

encodes int to base58 string

func Str2Hex58 ¶

func Str2Hex58(val string) Base58

func StrHex2Base58 ¶

func StrHex2Base58(val string) Base58

func String2Base58 ¶

func String2Base58(val string) Base58

func StringHex2Base58 ¶

func StringHex2Base58(val string) Base58

encodes string stored hex bytes into base58

func (Base58) Base582Big ¶

func (b Base58) Base582Big() *big.Int

func (Base58) Base582Int ¶

func (b Base58) Base582Int() int

convert base58 to int

func (Base58) BitHex ¶

func (b Base58) BitHex() []byte

convert base58 to hexes used by Bitcoins (keeping the zeroes on the front, 25 bytes long)

func (Base58) ToBig ¶

func (b Base58) ToBig() *big.Int

Convert base58 to big.Int

func (Base58) ToHex ¶

func (b Base58) ToHex() []byte

convert base58 to hex bytes

func (Base58) ToInt ¶

func (b Base58) ToInt() int

convert base58 to int

type BitAddress ¶

type BitAddress struct {
	PrivateKey []byte //private key, can be encrypted
	Encrypted  bool   //checked if the private key is encrypted
	PublicKey  []byte //public key
	Hash160    []byte //RIPEMD hash
	Hash       []byte //RIPEMD with network bit and checksum
	Base       Base58 //base58 encoded address
}

structure to keep different encodings of the bitcoin adress

func NewAddressFromPrivateKey ¶

func NewAddressFromPrivateKey(privateKey []byte) (*BitAddress, error)

func NewAddressFromPrivateKeyOtherNets ¶

func NewAddressFromPrivateKeyOtherNets(netByte byte, privateKey []byte) (*BitAddress, error)

func NewAddressFromPrivateKeyWithCurve ¶

func NewAddressFromPrivateKeyWithCurve(privateKey []byte, curve *bitelliptic.BitCurve) (*BitAddress, error)

func NewAddressFromPrivateKeyWithCurveOtherNets ¶

func NewAddressFromPrivateKeyWithCurveOtherNets(netByte byte, privateKey []byte, curve *bitelliptic.BitCurve) (*BitAddress, error)

func NewFromBase ¶

func NewFromBase(b Base58) *BitAddress

creates the structure to hold the base58 address

func NewFromBaseString ¶

func NewFromBaseString(s string) *BitAddress

func NewFromPublicKey ¶

func NewFromPublicKey(netbyte byte, key []byte) *BitAddress

TODO: do something for TESTnet? TODO: update and revise creates a bitcoin address from the public key

func NewFromPublicKeyString ¶

func NewFromPublicKeyString(netByte byte, s string) *BitAddress

creates a new bitcoin address from a string representing a public key

func NewRandomAddress ¶

func NewRandomAddress() (*BitAddress, error)

func NewRandomAddressOtherNets ¶

func NewRandomAddressOtherNets(netByte byte) (*BitAddress, error)

func (BitAddress) CheckValidity ¶

func (ba BitAddress) CheckValidity() bool

TODO: do check validity of bitcoin address

func (BitAddress) CheckValidityWithNetByte ¶

func (ba BitAddress) CheckValidityWithNetByte(netByte byte) bool

type CoinAddress ¶

type CoinAddress struct {
	NetByte               string
	PrivateKey            string
	PublicKeyCompressed   string
	PublicKeyUncompressed string
	AddressCompressed     string
	AddressUncompressed   string
}

func GenerateCoinVanityAddressWithNetbyte ¶

func GenerateCoinVanityAddressWithNetbyte(c context.Context, pattern string, netbyte string) CoinAddress

func GenerateCompressedCoinVanityAddressWithNetbyte ¶

func GenerateCompressedCoinVanityAddressWithNetbyte(c context.Context, pattern string, netbyte string) CoinAddress

func GenerateNewCoinAddress ¶

func GenerateNewCoinAddress(netByte string) CoinAddress

func GenerateUncompressedCoinVanityAddressWithNetbyte ¶

func GenerateUncompressedCoinVanityAddressWithNetbyte(c context.Context, pattern string, netbyte string) CoinAddress

func (*CoinAddress) GetWIFCompressed ¶

func (ca *CoinAddress) GetWIFCompressed(prefixByte string) string

func (*CoinAddress) GetWIFUncompressed ¶

func (ca *CoinAddress) GetWIFUncompressed(prefixByte string) string

type RippleAddress ¶

type RippleAddress struct {
	AccountID     string
	MasterSeed    string
	MasterSeedHex string

	PrivateGenerator   string
	PublicGenerator    string
	PublicGeneratorHex string

	PrivateKey   string
	PublicKey    string
	PublicKeyHex string
}

func GenerateNewRippleAddress ¶

func GenerateNewRippleAddress() RippleAddress

func GenerateRippleVanityAddress ¶

func GenerateRippleVanityAddress(c context.Context, pattern string) RippleAddress

type VarInt ¶

type VarInt uint64

func DecodeVarInt ¶

func DecodeVarInt(b []byte) VarInt

TODO: test

func DecodeVarIntGiveRest ¶

func DecodeVarIntGiveRest(b []byte) (VarInt, []byte)

TODO: check and add to tests

func (VarInt) Compile ¶

func (vi VarInt) Compile() []byte

func (VarInt) Len ¶

func (vi VarInt) Len() int

type VarStr ¶

type VarStr struct {
	// contains filtered or unexported fields
}

func (*VarStr) Compile ¶

func (vs *VarStr) Compile() []byte

func (*VarStr) Len ¶

func (vs *VarStr) Len() int

func (*VarStr) Read ¶

func (vs *VarStr) Read() string

func (*VarStr) Set ¶

func (vs *VarStr) Set(newString string)

Source Files ¶

View all Source files

Directories ¶

Path	Synopsis
BitSHA Package hash provides interfaces for hash functions.	Package hash provides interfaces for hash functions.
bitecdsa Package ecdsa implements the Elliptic Curve Digital Signature Algorithm, as defined in FIPS 186-3.	Package ecdsa implements the Elliptic Curve Digital Signature Algorithm, as defined in FIPS 186-3.
bitelliptic
ripemd160 Package ripemd160 implements the RIPEMD-160 hash algorithm.	Package ripemd160 implements the RIPEMD-160 hash algorithm.

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