Merge branch 'master' into nymkappa/mega-branch

This commit is contained in:
nymkappa
2024-01-15 10:01:38 +01:00
80 changed files with 2793 additions and 1040 deletions

View File

@@ -7,11 +7,11 @@
<app-svg-images *ngIf="officialMempoolSpace" name="officialMempoolSpace" viewBox="0 0 500 126"></app-svg-images>
<app-svg-images *ngIf="!officialMempoolSpace" name="mempoolSpace" viewBox="0 0 500 126"></app-svg-images>
</div>
<p class="d-block d-sm-none">
<p class="explore-tagline-mobile">
<ng-container i18n="@@7deec1c1520f06170e1f8e8ddfbe4532312f638f">Explore the full Bitcoin ecosystem</ng-container>
<ng-template [ngIf]="locale.substr(0, 2) === 'en'"> &trade;</ng-template>
</p>
<div class="site-options float-right d-flex justify-content-center align-items-center" [class]="{'services': isServicesPage}">
<div class="site-options language-selector d-flex justify-content-center align-items-center" [class]="{'services': isServicesPage}">
<div class="selector">
<app-language-selector></app-language-selector>
</div>
@@ -26,11 +26,11 @@
<span *ngIf="!loggedIn" i18n="shared.sign-in">Sign In</span>
</a>
</div>
<a *ngIf="servicesEnabled" class="btn btn-purple sponsor d-flex d-sm-none justify-content-center ml-auto mr-auto mt-3 mb-2" [routerLink]="['/login' | relativeUrl]">
<a *ngIf="servicesEnabled" class="btn btn-purple sponsor d-flex d-sm-none justify-content-center ml-auto mr-auto mt-0 mb-2" [routerLink]="['/login' | relativeUrl]">
<span *ngIf="loggedIn" i18n="shared.my-account">My Account</span>
<span *ngIf="!loggedIn" i18n="shared.sign-in">Sign In</span>
</a>
<p class="d-none d-sm-block">
<p class="explore-tagline-desktop">
<ng-container i18n="@@7deec1c1520f06170e1f8e8ddfbe4532312f638f">Explore the full Bitcoin ecosystem</ng-container>
<ng-template [ngIf]="locale.substr(0, 2) === 'en'"> &trade;</ng-template>
</p>

View File

@@ -132,10 +132,36 @@ footer .row.version p a {
footer .sponsor {
height: 31px;
align-items: center;
margin-right: 5px;
margin-left: 5px;
max-width: 160px;
}
.explore-tagline-desktop {
display: none;
}
.explore-tagline-mobile {
display: block;
}
@media (min-width: 901px) {
:host-context(.ltr-layout) .language-selector {
float: right !important;
}
:host-context(.rtl-layout) .language-selector {
float: left !important;
}
.explore-tagline-desktop {
display: block;
}
.explore-tagline-mobile {
display: none;
}
}
@media (max-width: 1200px) {
.main-logo {
@@ -195,10 +221,6 @@ footer .sponsor {
float: none;
margin-top: 15px;
}
footer .selector:not(:last-child) {
margin-right: 10px;
}
}
@media (max-width: 1147px) {

View File

@@ -10,8 +10,9 @@ export class RelativeUrlPipe implements PipeTransform {
private stateService: StateService,
) { }
transform(value: string): string {
let network = this.stateService.network;
transform(value: string, swapNetwork?: string): string {
let network = swapNetwork || this.stateService.network;
if (network === 'mainnet') network = '';
if (this.stateService.env.BASE_MODULE === 'liquid' && network === 'liquidtestnet') {
network = 'testnet';
} else if (this.stateService.env.BASE_MODULE !== 'mempool') {

View File

@@ -0,0 +1,343 @@
import { Env } from '../services/state.service';
// all base58 characters
const BASE58_CHARS = `[a-km-zA-HJ-NP-Z1-9]`;
// all bech32 characters (after the separator)
const BECH32_CHARS_LW = `[ac-hj-np-z02-9]`;
const BECH32_CHARS_UP = `[AC-HJ-NP-Z02-9]`;
// Hex characters
const HEX_CHARS = `[a-fA-F0-9]`;
// A regex to say "A single 0 OR any number with no leading zeroes"
// Capped at 9 digits so as to not be confused with lightning channel IDs (which are around 17 digits)
// (?: // Start a non-capturing group
// 0 // A single 0
// | // OR
// [1-9][0-9]{0,8} // Any succession of numbers up to 9 digits starting with 1-9
// ) // End the non-capturing group.
const ZERO_INDEX_NUMBER_CHARS = `(?:0|[1-9][0-9]{0,8})`;
// Simple digits only regex
const NUMBER_CHARS = `[0-9]`;
// Formatting of the address regex is for readability,
// We should ignore formatting it with automated formatting tools like prettier.
//
// prettier-ignore
const ADDRESS_CHARS: {
[k in Network]: {
base58: string;
bech32: string;
};
} = {
mainnet: {
base58: `[13]` // Starts with a single 1 or 3
+ BASE58_CHARS
+ `{26,33}`, // Repeat the previous char 26-33 times.
// Version byte 0x00 (P2PKH) can be as short as 27 characters, up to 34 length
// P2SH must be 34 length
bech32: `(?:`
+ `bc1` // Starts with bc1
+ BECH32_CHARS_LW
+ `{20,100}` // As per bech32, 6 char checksum is minimum
+ `|`
+ `BC1` // All upper case version
+ BECH32_CHARS_UP
+ `{20,100}`
+ `)`,
},
testnet: {
base58: `[mn2]` // Starts with a single m, n, or 2 (P2PKH is m or n, 2 is P2SH)
+ BASE58_CHARS
+ `{33,34}`, // m|n is 34 length, 2 is 35 length (We match the first letter separately)
bech32: `(?:`
+ `tb1` // Starts with tb1
+ BECH32_CHARS_LW
+ `{20,100}` // As per bech32, 6 char checksum is minimum
+ `|`
+ `TB1` // All upper case version
+ BECH32_CHARS_UP
+ `{20,100}`
+ `)`,
},
signet: {
base58: `[mn2]`
+ BASE58_CHARS
+ `{33,34}`,
bech32: `(?:`
+ `tb1` // Starts with tb1
+ BECH32_CHARS_LW
+ `{20,100}`
+ `|`
+ `TB1` // All upper case version
+ BECH32_CHARS_UP
+ `{20,100}`
+ `)`,
},
liquid: {
base58: `[GHPQ]` // G|H is P2PKH, P|Q is P2SH
+ BASE58_CHARS
+ `{33}`, // All min-max lengths are 34
bech32: `(?:`
+ `(?:` // bech32 liquid starts with ex1 or lq1
+ `ex1`
+ `|`
+ `lq1`
+ `)`
+ BECH32_CHARS_LW // blech32 and bech32 are the same alphabet and protocol, different checksums.
+ `{20,100}`
+ `|`
+ `(?:` // Same as above but all upper case
+ `EX1`
+ `|`
+ `LQ1`
+ `)`
+ BECH32_CHARS_UP
+ `{20,100}`
+ `)`,
},
liquidtestnet: {
base58: `[89]` // ???(TODO: find version) is P2PKH, 8|9 is P2SH
+ BASE58_CHARS
+ `{33}`, // P2PKH is ???(TODO: find size), P2SH is 34
bech32: `(?:`
+ `(?:` // bech32 liquid testnet starts with tex or tlq
+ `tex1` // TODO: Why does mempool use this and not ert|el like in the elements source?
+ `|`
+ `tlq1` // TODO: does this exist?
+ `)`
+ BECH32_CHARS_LW // blech32 and bech32 are the same alphabet and protocol, different checksums.
+ `{20,100}`
+ `|`
+ `(?:` // Same as above but all upper case
+ `TEX1`
+ `|`
+ `TLQ1`
+ `)`
+ BECH32_CHARS_UP
+ `{20,100}`
+ `)`,
},
bisq: {
base58: `(?:[bB][13]` // b or B at the start, followed by a single 1 or 3
+ BASE58_CHARS
+ `{26,33})`,
bech32: `(?:`
+ `[bB]bc1` // b or B at the start, followed by bc1
+ BECH32_CHARS_LW
+ `{20,100}`
+ `|`
+ `[bB]BC1` // b or B at the start, followed by BC1
+ BECH32_CHARS_UP
+ `{20,100}`
+ `)`,
},
}
type RegexTypeNoAddrNoBlockHash = | `transaction` | `blockheight` | `date` | `timestamp`;
export type RegexType = `address` | `blockhash` | RegexTypeNoAddrNoBlockHash;
export const NETWORKS = [`testnet`, `signet`, `liquid`, `liquidtestnet`, `bisq`, `mainnet`] as const;
export type Network = typeof NETWORKS[number]; // Turn const array into union type
export const ADDRESS_REGEXES: [RegExp, Network][] = NETWORKS
.map(network => [getRegex('address', network), network])
export function findOtherNetworks(address: string, skipNetwork: Network, env: Env): { network: Network, address: string, isNetworkAvailable: boolean }[] {
return ADDRESS_REGEXES
.filter(([regex, network]) => network !== skipNetwork && regex.test(address))
.map(([, network]) => ({ network, address, isNetworkAvailable: isNetworkAvailable(network, env) }));
}
function isNetworkAvailable(network: Network, env: Env): boolean {
switch (network) {
case 'testnet':
return env.TESTNET_ENABLED === true;
case 'signet':
return env.SIGNET_ENABLED === true;
case 'liquid':
return env.LIQUID_ENABLED === true;
case 'liquidtestnet':
return env.LIQUID_TESTNET_ENABLED === true;
case 'bisq':
return env.BISQ_ENABLED === true;
case 'mainnet':
return true; // There is no "MAINNET_ENABLED" flag
default:
return false;
}
}
export function needBaseModuleChange(fromBaseModule: 'mempool' | 'liquid' | 'bisq', toNetwork: Network): boolean {
if (!toNetwork) return false; // No target network means no change needed
if (fromBaseModule === 'mempool') {
return toNetwork !== 'mainnet' && toNetwork !== 'testnet' && toNetwork !== 'signet';
}
if (fromBaseModule === 'liquid') {
return toNetwork !== 'liquid' && toNetwork !== 'liquidtestnet';
}
if (fromBaseModule === 'bisq') {
return toNetwork !== 'bisq';
}
}
export function getTargetUrl(toNetwork: Network, address: string, env: Env): string {
let targetUrl = '';
if (toNetwork === 'liquid' || toNetwork === 'liquidtestnet') {
targetUrl = env.LIQUID_WEBSITE_URL;
targetUrl += (toNetwork === 'liquidtestnet' ? '/testnet' : '');
targetUrl += '/address/';
targetUrl += address;
}
if (toNetwork === 'bisq') {
targetUrl = env.BISQ_WEBSITE_URL;
targetUrl += '/address/';
targetUrl += address;
}
if (toNetwork === 'mainnet' || toNetwork === 'testnet' || toNetwork === 'signet') {
targetUrl = env.MEMPOOL_WEBSITE_URL;
targetUrl += (toNetwork === 'mainnet' ? '' : `/${toNetwork}`);
targetUrl += '/address/';
targetUrl += address;
}
return targetUrl;
}
export function getRegex(type: RegexTypeNoAddrNoBlockHash): RegExp;
export function getRegex(type: 'address', network: Network): RegExp;
export function getRegex(type: 'blockhash', network: Network): RegExp;
export function getRegex(type: RegexType, network?: Network): RegExp {
let regex = `^`; // ^ = Start of string
switch (type) {
// Match a block height number
// [Testing Order]: any order is fine
case `blockheight`:
regex += ZERO_INDEX_NUMBER_CHARS; // block height is a 0 indexed number
break;
// Match a 32 byte block hash in hex.
// [Testing Order]: Must always be tested before `transaction`
case `blockhash`:
if (!network) {
throw new Error(`Must pass network when type is blockhash`);
}
let leadingZeroes: number;
switch (network) {
case `mainnet`:
leadingZeroes = 8; // Assumes at least 32 bits of difficulty
break;
case `testnet`:
leadingZeroes = 8; // Assumes at least 32 bits of difficulty
break;
case `signet`:
leadingZeroes = 5;
break;
case `liquid`:
leadingZeroes = 8; // We are not interested in Liquid block hashes
break;
case `liquidtestnet`:
leadingZeroes = 8; // We are not interested in Liquid block hashes
break;
case `bisq`:
leadingZeroes = 8; // Assumes at least 32 bits of difficulty
break;
default:
throw new Error(`Invalid Network ${network} (Unreachable error in TypeScript)`);
}
regex += `0{${leadingZeroes}}`;
regex += `${HEX_CHARS}{${64 - leadingZeroes}}`; // Exactly 64 hex letters/numbers
break;
// Match a 32 byte tx hash in hex. Contains optional output index specifier.
// [Testing Order]: Must always be tested after `blockhash`
case `transaction`:
regex += `${HEX_CHARS}{64}`; // Exactly 64 hex letters/numbers
regex += `(?:`; // Start a non-capturing group
regex += `:`; // 1 instances of the symbol ":"
regex += ZERO_INDEX_NUMBER_CHARS; // A zero indexed number
regex += `)?`; // End the non-capturing group. This group appears 0 or 1 times
break;
// Match any one of the many address types
// [Testing Order]: While possible that a bech32 address happens to be 64 hex
// characters in the future (current lengths are not 64), it is highly unlikely
// Order therefore, does not matter.
case `address`:
if (!network) {
throw new Error(`Must pass network when type is address`);
}
regex += `(?:`; // Start a non-capturing group (each network has multiple options)
switch (network) {
case `mainnet`:
regex += ADDRESS_CHARS.mainnet.base58;
regex += `|`; // OR
regex += ADDRESS_CHARS.mainnet.bech32;
regex += `|`; // OR
regex += `04${HEX_CHARS}{128}`; // Uncompressed pubkey
regex += `|`; // OR
regex += `(?:02|03)${HEX_CHARS}{64}`; // Compressed pubkey
break;
case `testnet`:
regex += ADDRESS_CHARS.testnet.base58;
regex += `|`; // OR
regex += ADDRESS_CHARS.testnet.bech32;
regex += `|`; // OR
regex += `04${HEX_CHARS}{128}`; // Uncompressed pubkey
regex += `|`; // OR
regex += `(?:02|03)${HEX_CHARS}{64}`; // Compressed pubkey
break;
case `signet`:
regex += ADDRESS_CHARS.signet.base58;
regex += `|`; // OR
regex += ADDRESS_CHARS.signet.bech32;
regex += `|`; // OR
regex += `04${HEX_CHARS}{128}`; // Uncompressed pubkey
regex += `|`; // OR
regex += `(?:02|03)${HEX_CHARS}{64}`; // Compressed pubkey
break;
case `liquid`:
regex += ADDRESS_CHARS.liquid.base58;
regex += `|`; // OR
regex += ADDRESS_CHARS.liquid.bech32;
break;
case `liquidtestnet`:
regex += ADDRESS_CHARS.liquidtestnet.base58;
regex += `|`; // OR
regex += ADDRESS_CHARS.liquidtestnet.bech32;
break;
case `bisq`:
regex += ADDRESS_CHARS.bisq.base58;
regex += `|`; // OR
regex += ADDRESS_CHARS.bisq.bech32;
break;
default:
throw new Error(`Invalid Network ${network} (Unreachable error in TypeScript)`);
}
regex += `)`; // End the non-capturing group
break;
// Match a date in the format YYYY-MM-DD (optional: HH:MM)
// [Testing Order]: any order is fine
case `date`:
regex += `(?:`; // Start a non-capturing group
regex += `${NUMBER_CHARS}{4}`; // Exactly 4 digits
regex += `[-/]`; // 1 instance of the symbol "-" or "/"
regex += `${NUMBER_CHARS}{1,2}`; // Exactly 4 digits
regex += `[-/]`; // 1 instance of the symbol "-" or "/"
regex += `${NUMBER_CHARS}{1,2}`; // Exactly 4 digits
regex += `(?:`; // Start a non-capturing group
regex += ` `; // 1 instance of the symbol " "
regex += `${NUMBER_CHARS}{1,2}`; // Exactly 4 digits
regex += `:`; // 1 instance of the symbol ":"
regex += `${NUMBER_CHARS}{1,2}`; // Exactly 4 digits
regex += `)?`; // End the non-capturing group. This group appears 0 or 1 times
regex += `)`; // End the non-capturing group
break;
// Match a unix timestamp
// [Testing Order]: any order is fine
case `timestamp`:
regex += `${NUMBER_CHARS}{10}`; // Exactly 10 digits
break;
default:
throw new Error(`Invalid RegexType ${type} (Unreachable error in TypeScript)`);
}
regex += `$`; // $ = End of string
return new RegExp(regex);
}

View File

@@ -322,7 +322,7 @@ import { OnlyVsizeDirective, OnlyWeightDirective } from './components/weight-dir
ClockFaceComponent,
OnlyVsizeDirective,
OnlyWeightDirective
OnlyWeightDirective,
]
})
export class SharedModule {