Merge branch 'master' into hunicus/enterprise-cta-docs

This commit is contained in:
wiz
2024-03-06 16:23:48 +09:00
committed by GitHub
496 changed files with 138224 additions and 75015 deletions

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@@ -10,9 +10,9 @@
<div class="doc-content">
<div id="disclaimer">
<table *ngIf="!mobileViewport"><tr><td><app-svg-images name="warning" class="disclaimer-warning" viewBox="0 0 304 304" fill="#ffc107" width="50" height="50"></app-svg-images></td><td><p i18n="faq.big-disclaimer"><b>mempool.space merely provides data about the Bitcoin network.</b> It cannot help you with retrieving funds, wallet issues, etc.</p><p>For any such requests, you need to get in touch with the entity that helped make the transaction (wallet software, exchange company, etc).</p></td></tr></table>
<div *ngIf="mobileViewport"><app-svg-images name="warning" class="disclaimer-warning" viewBox="0 0 304 304" fill="#ffc107" width="50" height="50"></app-svg-images><p i18n="faq.big-disclaimer"><b>mempool.space merely provides data about the Bitcoin network.</b> It cannot help you with retrieving funds, wallet issues, etc.</p><p>For any such requests, you need to get in touch with the entity that helped make the transaction (wallet software, exchange company, etc).</p></div>
<table *ngIf="!mobileViewport"><tr><td><app-svg-images name="warning" class="disclaimer-warning" viewBox="0 0 304 304" fill="#ffc107" width="50" height="50"></app-svg-images></td><td> <ng-container *ngTemplateOutlet="faqDisclaimer"></ng-container></td></tr></table>
<div *ngIf="mobileViewport"><app-svg-images name="warning" class="disclaimer-warning" viewBox="0 0 304 304" fill="#ffc107" width="50" height="50"></app-svg-images><ng-container *ngTemplateOutlet="faqDisclaimer"></ng-container></div>
<ng-template #faqDisclaimer i18n="faq.big-disclaimer"><p><b>mempool.space merely provides data about the Bitcoin network.</b> It cannot help you with retrieving funds, wallet issues, etc.</p><p>For any such requests, you need to get in touch with the entity that helped make the transaction (wallet software, exchange company, etc).</p></ng-template>
</div>
<div class="doc-item-container" *ngFor="let item of faq">
@@ -48,57 +48,59 @@
</div>
<p class="doc-welcome-note">Below is a reference for the {{ network.val === '' ? 'Bitcoin' : network.val.charAt(0).toUpperCase() + network.val.slice(1) }} <ng-container i18n="api-docs.title">REST API service</ng-container>.</p>
<p class="doc-welcome-note api-note" *ngIf="officialMempoolInstance">Note that we enforce rate limits. If you exceed these limits, you will get an HTTP 429 error. If you repeatedly exceed the limits, you may be banned from accessing the service altogether. Consider an <a href="/enterprise">enterprise sponsorship</a> if you need higher API limits.</p>
<p class="doc-welcome-note api-note" *ngIf="officialMempoolInstance">Note that we enforce rate limits. If you exceed these limits, you will get an HTTP 429 error. If you repeatedly exceed the limits, you may be banned from accessing the service altogether. Consider an <a href="https://mempool.space/enterprise">enterprise sponsorship</a> if you need higher API limits.</p>
<div class="doc-item-container" *ngFor="let item of restDocs">
<h3 *ngIf="( item.type === 'category' ) && ( item.showConditions.indexOf(network.val) > -1 )">{{ item.title }}</h3>
<div *ngIf="( item.type !== 'category' ) && ( item.showConditions.indexOf(network.val) > -1 )" class="endpoint-container" id="{{ item.fragment }}">
<a id="{{ item.fragment + '-tab-header' }}" class="section-header" (click)="anchorLinkClick( $event )" [routerLink]="['./']" fragment="{{ item.fragment }}">{{ item.title }} <span>{{ item.category }}</span></a>
<div class="endpoint-content">
<div class="endpoint">
<div class="subtitle" i18n="Api docs endpoint">Endpoint</div>
<ng-container *ngIf="item.httpRequestMethod === 'GET' && network.val === 'bisq' && item.codeExample.hasOwnProperty('bisq');else liquid_link_example" #bisq_link_example>
<a [href]="wrapUrl(network.val, item.codeExample.bisq)" target="_blank" rel="nofollow">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</a>
<div *ngIf="!item.hasOwnProperty('options') || ( item.hasOwnProperty('options') && item.options.hasOwnProperty('officialOnly') && item.options.officialOnly && officialMempoolInstance )">
<h3 *ngIf="( item.type === 'category' ) && ( item.showConditions.indexOf(network.val) > -1 )">{{ item.title }}</h3>
<div *ngIf="( item.type !== 'category' ) && ( item.showConditions.indexOf(network.val) > -1 )" class="endpoint-container" id="{{ item.fragment }}">
<a id="{{ item.fragment + '-tab-header' }}" class="section-header" (click)="anchorLinkClick( $event )" [routerLink]="['./']" fragment="{{ item.fragment }}">{{ item.title }} <span>{{ item.category }}</span></a>
<div class="endpoint-content">
<div class="endpoint">
<div class="subtitle" i18n="Api docs endpoint">Endpoint</div>
<ng-container *ngIf="item.httpRequestMethod === 'GET' && network.val === 'bisq' && item.codeExample.hasOwnProperty('bisq');else liquid_link_example" #bisq_link_example>
<a [href]="wrapUrl(network.val, item.codeExample.bisq)" target="_blank" rel="nofollow">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</a>
</ng-container>
<ng-template #liquid_link_example>
<ng-container *ngIf="item.httpRequestMethod === 'GET' && network.val === 'liquid' && item.codeExample.hasOwnProperty('liquid');else default_link_example">
<a [href]="wrapUrl(network.val, item.codeExample.liquid)" target="_blank" rel="nofollow" *ngIf="item.fragment !== 'get-cpfp'">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</a>
<p *ngIf="item.fragment === 'get-cpfp'">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</p>
</ng-container>
</ng-template>
<ng-template #default_link_example>
<ng-container *ngIf="item.httpRequestMethod === 'GET'">
<a [href]="wrapUrl(network.val, item.codeExample.default)" target="_blank" rel="nofollow" *ngIf="item.fragment !== 'get-cpfp'">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</a>
<p *ngIf="item.fragment === 'get-cpfp'">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</p>
</ng-container>
</ng-template>
<div *ngIf="item.httpRequestMethod === 'POST'">{{ item.httpRequestMethod }} {{ item.urlString }}</div>
</div>
<div class="description">
<div class="subtitle" i18n>Description</div>
<ng-container *ngIf="network.val === 'bisq' && item.description.hasOwnProperty('bisq');else liquid_description" #bisq_description>
<div [innerHTML]="item.description.bisq" i18n></div>
</ng-container>
<ng-template #liquid_description>
<ng-container *ngIf="network.val === 'liquid' && item.description.hasOwnProperty('liquid');else default_description">
<div [innerHTML]="item.description.liquid" i18n></div>
</ng-container>
</ng-template>
<ng-template #default_description>
<div [innerHTML]="item.description.default" i18n></div>
</ng-template>
</div>
<ng-container *ngIf="network.val === 'bisq' && item.codeExample.hasOwnProperty('bisq');else liquid_code_example" #bisq_code_example>
<app-code-template [hostname]="hostname" [baseNetworkUrl]="baseNetworkUrl" [method]="item.httpRequestMethod" [code]="item.codeExample.bisq" [network]="network.val" [showCodeExample]="item.showJsExamples"></app-code-template>
</ng-container>
<ng-template #liquid_link_example>
<ng-container *ngIf="item.httpRequestMethod === 'GET' && network.val === 'liquid' && item.codeExample.hasOwnProperty('liquid');else default_link_example">
<a [href]="wrapUrl(network.val, item.codeExample.liquid)" target="_blank" rel="nofollow" *ngIf="item.fragment !== 'get-cpfp'">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</a>
<p *ngIf="item.fragment === 'get-cpfp'">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</p>
<ng-template #liquid_code_example>
<ng-container *ngIf="network.val === 'liquid' && item.codeExample.hasOwnProperty('liquid');else default_code_example">
<app-code-template [hostname]="hostname" [baseNetworkUrl]="baseNetworkUrl" [method]="item.httpRequestMethod" [code]="item.codeExample.liquid" [network]="network.val" [showCodeExample]="item.showJsExamples"></app-code-template>
</ng-container>
</ng-template>
<ng-template #default_link_example>
<ng-container *ngIf="item.httpRequestMethod === 'GET'">
<a [href]="wrapUrl(network.val, item.codeExample.default)" target="_blank" rel="nofollow" *ngIf="item.fragment !== 'get-cpfp'">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</a>
<p *ngIf="item.fragment === 'get-cpfp'">{{ item.httpRequestMethod }} {{ baseNetworkUrl }}/api{{ item.urlString }}</p>
</ng-container>
</ng-template>
<div *ngIf="item.httpRequestMethod === 'POST'">{{ item.httpRequestMethod }} {{ item.urlString }}</div>
</div>
<div class="description">
<div class="subtitle" i18n>Description</div>
<ng-container *ngIf="network.val === 'bisq' && item.description.hasOwnProperty('bisq');else liquid_description" #bisq_description>
<div [innerHTML]="item.description.bisq" i18n></div>
</ng-container>
<ng-template #liquid_description>
<ng-container *ngIf="network.val === 'liquid' && item.description.hasOwnProperty('liquid');else default_description">
<div [innerHTML]="item.description.liquid" i18n></div>
</ng-container>
</ng-template>
<ng-template #default_description>
<div [innerHTML]="item.description.default" i18n></div>
<ng-template #default_code_example>
<app-code-template [hostname]="hostname" [baseNetworkUrl]="baseNetworkUrl" [method]="item.httpRequestMethod" [code]="item.codeExample.default" [network]="network.val" [showCodeExample]="item.showJsExamples"></app-code-template>
</ng-template>
</div>
<ng-container *ngIf="network.val === 'bisq' && item.codeExample.hasOwnProperty('bisq');else liquid_code_example" #bisq_code_example>
<app-code-template [hostname]="hostname" [baseNetworkUrl]="baseNetworkUrl" [method]="item.httpRequestMethod" [code]="item.codeExample.bisq" [network]="network.val" [showCodeExample]="item.showJsExamples"></app-code-template>
</ng-container>
<ng-template #liquid_code_example>
<ng-container *ngIf="network.val === 'liquid' && item.codeExample.hasOwnProperty('liquid');else default_code_example">
<app-code-template [hostname]="hostname" [baseNetworkUrl]="baseNetworkUrl" [method]="item.httpRequestMethod" [code]="item.codeExample.liquid" [network]="network.val" [showCodeExample]="item.showJsExamples"></app-code-template>
</ng-container>
</ng-template>
<ng-template #default_code_example>
<app-code-template [hostname]="hostname" [baseNetworkUrl]="baseNetworkUrl" [method]="item.httpRequestMethod" [code]="item.codeExample.default" [network]="network.val" [showCodeExample]="item.showJsExamples"></app-code-template>
</ng-template>
</div>
</div>
</div>
@@ -131,7 +133,7 @@
<p>{{electrsPort}}</p>
<p class="subtitle">SSL</p>
<p>Enabled</p>
<p class="note" *ngIf="network.val !== 'signet'">Electrum RPC interface for Bitcoin Signet is <a href="/signet/docs/api/electrs">publicly available</a>. Electrum RPC interface for all other networks is available to <a href='/enterprise'>sponsors</a> only—whitelisting is required.</p>
<p class="note" *ngIf="network.val !== 'signet'">Electrum RPC interface for Bitcoin Signet is <a href="/signet/docs/api/electrs">publicly available</a>. Electrum RPC interface for all other networks is available to <a href='https://mempool.space/enterprise'>sponsors</a> only—whitelisting is required.</p>
</div>
</div>
</div>
@@ -145,8 +147,16 @@
<ng-template type="what-is-a-mempool-explorer">
<p>A mempool explorer is a tool that enables you to view real-time and historical information about a node's mempool, visualize its transactions, and search and view those transactions.</p><p>The mempool.space website invented the concept of visualizing a Bitcoin node's mempool as <b>projected blocks</b>. These blocks are the inspiration for our half-filled block logo.</p><p>Projected blocks are on the left of the dotted white line, and confirmed blocks are on the right.</p>
<div class="blockchain-wrapper">
<app-blockchain></app-blockchain>
<div class="blockchain-wrapper" [dir]="timeLtr ? 'rtl' : 'ltr'" [class.time-ltr]="timeLtr">
<div class="position-container">
<span>
<div class="blocks-wrapper">
<app-mempool-blocks></app-mempool-blocks>
<app-blockchain-blocks></app-blockchain-blocks>
</div>
<div id="divider"></div>
</span>
</div>
</div>
</ng-template>
@@ -279,16 +289,127 @@
<p class='note'>Because of this feature's resource usage and availability requirements, it is only supported on official mempool.space instances.</p>
</ng-template>
<ng-template type="how-do-mempool-goggles-work">
<p>Mempool Goggles are a set of filters that can be applied to the <a [routerLink]="['/mempool-block/0' | relativeUrl]">mempool block visualizations</a> to highlight different types of transactions.</p>
<p>There are currently 25 different Mempool Goggles filters, grouped into six categories:</p>
<dl>
<dt>Features</dt>
<dd>
<dl>
<dt>RBF enabled</dt>
<dd>The transaction opts-in to BIP-125 replaceability.</dd>
<dt>RBF disabled</dt>
<dd>The transaction does not opt-in to BIP-125 replaceability.</dd>
<dt>Version 1</dt>
<dd>The default version for most transactions.</dd>
<dt>Version 2</dt>
<dd>Required for transactions which use OP_CHECKSEQUENCEVERIFY relative timelocks.</dd>
</dl>
</dd>
<dt>Address Types</dt>
<dd>
<dl>
<dt>P2PK</dt>
<dd>Pay-to-public-key. A legacy output format most commonly found in old coinbase transactions.</dd>
<dt>Bare multisig</dt>
<dd>A legacy form of multisig, most commonly used for data embedding schemes (see also "Fake pubkey").</dd>
<dt>P2PKH</dt>
<dd>Pay-to-public-key-hash. A legacy address type that locks outputs to a public key.</dd>
<dt>P2SH</dt>
<dd>Pay-to-script-hash. A legacy address type that locks outputs to a <em>redeem script</em>.</dd>
<dt>P2WPKH</dt>
<dd>Pay-to-witness-public-key-hash. The SegWit version of P2PKH.</dd>
<dt>P2WSH</dt>
<dd>Pay-to-witness-script-hash. The SegWit version of P2SH.</dd>
<dt>Taproot</dt>
<dd>Addresses using the SegWit V1 format added in the Taproot upgrade.</dd>
</dl>
</dd>
<dt>Behavior</dt>
<dd>
<dl>
<dt>Paid for by child</dt>
<dd>The transaction's effective fee rate has been increased by a higher rate CPFP child.</dd>
<dt>Pays for parent</dt>
<dd>The transaction bumps the effective fee rate of a lower rate CPFP ancestor.</dd>
<dt>Replacement</dt>
<dd>The transaction replaced a prior version via RBF.</dd>
</dl>
</dd>
<dt>Data</dt>
<dd>
Different methods of embedding arbitrary data in a Bitcoin transaction.
<dl>
<dt>OP_RETURN</dt>
<dt>Fake pubkey</dt>
<dd>Data may be embedded in an invalid public key in a P2PK or Bare multisig output. This is a heuristic filter and can be prone to false positives and false negatives.</dd>
<dt>Inscription</dt>
<dd>Data is embedded in the witness script of a taproot input.</dd>
</dl>
</dd>
<dt>Heuristics</dt>
<dd>
These filters match common types of transactions according to subjective criteria.
<dl>
<dt>Coinjoin</dt>
<dd>A type of collaborative privacy-improving transaction.</dd>
<dt>Consolidation</dt>
<dd>The transaction condenses many inputs into a few outputs.</dd>
<dt>Batch payment</dt>
<dd>The transaction sends coins from a few inputs to many outputs.</dd>
</dl>
</dd>
<dt>Sighash Flags</dt>
<dd>
Different ways of signing inputs to Bitcoin transactions. Note that selecting multiple sighash filters will highlight transactions in which each sighash flag is used, but not necessarily in the same input.
<dl>
<dt>sighash_all</dt>
<dt>sighash_none</dt>
<dt>sighash_single</dt>
<dt>sighash_default</dt>
<dt>sighash_anyonecanpay</dt>
</dl>
</dd>
</dl>
</ng-template>
<ng-template type="what-are-sigops">
<p>A "sigop" is a way of accounting for the cost of "signature operations" in Bitcoin script, like <code>OP_CHECKSIG</code>, <code>OP_CHECKSIGVERIFY</code>, <code>OP_CHECKMULTISIG</code> and <code>OP_CHECKMULTISIGVERIFY</code></p>
<p>These signature operations incur different costs depending on whether they are single or multi-sig operations, and on where they appear in a Bitcoin transaction.</p>
<p>By consensus, each Bitcoin block is permitted to include a maximum of 80,000 sigops.</p>
</ng-template>
<ng-template type="what-is-adjusted-vsize">
<p>Bitcoin blocks have two independent consensus-enforced resource constraints - a 4MWU weight limit, and the 80,000 sigop limit.</p>
<p>Most transactions use a more of the weight limit than the sigop limit. However, some transactions use a disproportionate number of sigops compared to their weight.</p>
<p>To account for this, Bitcoin Core calculates and uses an "adjusted vsize" equal 5 times the number of sigops, or the unadjusted vsize, whichever is larger.</p>
<p>Then, during block template construction, Bitcoin Core selects transactions in descending order of fee rate measured in satoshis per <i>adjusted vsize</i></p>
<p>On mempool.space, effective fee rates for unconfirmed transactions are also measured in terms of satoshis per adjusted vsize, after accounting for CPFP relationships and other dependencies.</p>
</ng-template>
<ng-template type="why-do-the-projected-block-fee-ranges-overlap">
<p>The projected mempool blocks represent what we expect the next blocks would look like if they were mined right now, and so each projected block follows all of the same rules and constraints as real mined blocks.</p>
<p>Those constraints can sometimes cause transactions with lower fee rates to be included "ahead" of transactions with higher rates.</p>
<p>For example, if one projected block has a very small amount of space left, it might be able to fit one more tiny low fee rate transaction, while larger higher fee rate transactions have to wait for the following block.</p>
<p>A similar effect can occur when there are a large number of transactions with very many sigops. In that scenario, each projected block can only include up to 80,000 sigops worth of transactions, after which the remaining space can only be filled by potentially much lower fee transactions with zero sigops.</p>
<p>In extreme cases this can produce several projected blocks in a row with overlapping fee ranges, as a result of each projected block containing both high-feerate high-sigop transactions and lower feerate zero-sigop transactions.</p>
</ng-template>
<ng-template type="who-runs-this-website">
The official mempool.space website is operated by The Mempool Open Source Project. See more information on our <a [routerLink]="['/about']">About page</a>. There are also many unofficial instances of this website operated by individual members of the Bitcoin community.
</ng-template>
<ng-template type="host-my-own-instance-raspberry-pi">
We support one-click installation on a number of Raspberry Pi full-node distros including Umbrel, RaspiBlitz, MyNode, RoninDojo, and Start9's Embassy.
We support one-click installation on a number of Raspberry Pi full-node distros including Umbrel, RaspiBlitz, MyNode, RoninDojo, and StartOS.
</ng-template>
<ng-template type="host-my-own-instance-server">
<p>You can manually install Mempool on your own server, but this requires advanced sysadmin skills since you will be manually configuring everything. You could also use our <a href="https://github.com/mempool/mempool/tree/master/docker" target="_blank">Docker images</a>.</p><p>In any case, we only provide support for manual deployments to <a href="/enterprise">enterprise sponsors</a>.</p>
<p>You can manually install Mempool on your own server, but this requires advanced sysadmin skills since you will be manually configuring everything. You could also use our <a href="https://github.com/mempool/mempool/tree/master/docker" target="_blank">Docker images</a>.</p><p>In any case, we only provide support for manual deployments to <a href="https://mempool.space/enterprise">enterprise sponsors</a>.</p>
<p>For casual users, we strongly suggest installing Mempool using one of the <a href="https://github.com/mempool/mempool#one-click-installation" target="_blank">1-click install methods</a>.</p>
</ng-template>