bitcoinmath

package module
v0.1.0 Latest Latest
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 Go to latest Published: Nov 3, 2021 License: BSD-3-Clause Imports: 9 Imported by: 2

README

Bitcoin Math

Build Status Go Report Card Docs License

Bitcoin math library from, the Bitcoin split vanity generator by ThePiachu:

https://github.com/ThePiachu/Split-Vanity-Miner-Golang

This package was created so the specific libraries could be run independently of the project.

Documentation

Index

Constants

This section is empty.

Variables

This section is empty.

Functions

func ASCII2Hex 

func ASCII2Hex(s string) []byte

TODO: test

func ASCII2HexRev 

func ASCII2HexRev(s string) []byte

func AddByte 

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

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 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 Byte2String 

func Byte2String(b []byte) string

func ConcatBytes 

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

func Float642Str 

func Float642Str(f float64) string

func Float642String 

func Float642String(f float64) string

func Hex2Base58Str 

func Hex2Base58Str(val []byte) string

func Hex2Base58String 

func Hex2Base58String(val []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 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 Int2BitHex 

func Int2BitHex(i int) []byte

TODO: test

func Int2Hex 

func Int2Hex(i int) []byte

func Int2Str 

func Int2Str(i int) string

func Int2String 

func Int2String(i int) string

func Int642Hex 

func Int642Hex(i64 int64) []byte

func Int642Str 

func Int642Str(i int64) string

func Int642String 

func Int642String(i int64) string

func RandomHex 

func RandomHex(length int) []byte

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 SplitStrings 

func SplitStrings(str, separator 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 Str2Float 

func Str2Float(s string) float64

func Str2Hex 

func Str2Hex(s string) []byte

func Str2HexRev 

func Str2HexRev(s string) []byte

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 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 TestBase58 

func TestBase58()

TODO: do and test everything

func TestEverything 

func TestEverything() bool

TODO: do

func ToLower 

func ToLower(s string) string

func ToUpper 

func ToUpper(s string) string

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

Types

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

Source Files

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