Blockchain explorer for Ethereum based network and a tool for inspecting and analyzing EVM based blockchains.
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blockscout/apps/block_scout_web/assets/js/pages/address.js

161 lines
6.4 KiB

import $ from 'jquery'
import URI from 'urijs'
import humps from 'humps'
import numeral from 'numeral'
import socket from '../socket'
import { batchChannel, initRedux } from '../utils'
import { updateAllAges } from '../lib/from_now'
import { loadTokenBalanceDropdown } from '../lib/token_balance_dropdown'
const BATCH_THRESHOLD = 10
export const initialState = {
addressHash: null,
batchCountAccumulator: 0,
beyondPageOne: null,
channelDisconnected: false,
filter: null,
newInternalTransactions: [],
newTransactions: [],
balance: null,
transactionCount: null
}
export function reducer (state = initialState, action) {
switch (action.type) {
case 'PAGE_LOAD': {
return Object.assign({}, state, {
addressHash: action.addressHash,
beyondPageOne: action.beyondPageOne,
filter: action.filter,
transactionCount: numeral(action.transactionCount).value()
})
}
case 'CHANNEL_DISCONNECTED': {
if (state.beyondPageOne) return state
return Object.assign({}, state, {
channelDisconnected: true,
batchCountAccumulator: 0
})
}
case 'RECEIVED_UPDATED_BALANCE': {
return Object.assign({}, state, {
balance: action.msg.balance
})
}
case 'RECEIVED_NEW_INTERNAL_TRANSACTION_BATCH': {
if (state.channelDisconnected || state.beyondPageOne) return state
const incomingInternalTransactions = humps.camelizeKeys(action.msgs)
.filter(({toAddressHash, fromAddressHash}) => (
!state.filter ||
(state.filter === 'to' && toAddressHash === state.addressHash) ||
(state.filter === 'from' && fromAddressHash === state.addressHash)
))
if (!state.batchCountAccumulator && action.msgs.length < BATCH_THRESHOLD) {
return Object.assign({}, state, {
newInternalTransactions: [
...state.newInternalTransactions,
...incomingInternalTransactions.map(({internalTransactionHtml}) => internalTransactionHtml)
]
})
} else {
return Object.assign({}, state, {
batchCountAccumulator: state.batchCountAccumulator + action.msgs.length
})
}
}
case 'RECEIVED_NEW_TRANSACTION_BATCH': {
if (state.channelDisconnected || state.beyondPageOne) return state
const incomingTransactions = humps.camelizeKeys(action.msgs)
.filter(({toAddressHash, fromAddressHash}) => (
!state.filter ||
(state.filter === 'to' && toAddressHash === state.addressHash) ||
(state.filter === 'from' && fromAddressHash === state.addressHash)
))
if (!state.batchCountAccumulator && action.msgs.length < BATCH_THRESHOLD) {
return Object.assign({}, state, {
newTransactions: [
...state.newTransactions,
...incomingTransactions.map(({transactionHtml}) => transactionHtml)
],
transactionCount: state.transactionCount + action.msgs.length
})
} else {
return Object.assign({}, state, {
batchCountAccumulator: state.batchCountAccumulator + action.msgs.length,
transactionCount: state.transactionCount + action.msgs.length
})
}
}
default:
return state
}
}
const $addressDetailsPage = $('[data-page="address-details"]')
if ($addressDetailsPage.length) {
initRedux(reducer, {
main (store) {
const addressHash = $addressDetailsPage[0].dataset.pageAddressHash
const addressChannel = socket.channel(`addresses:${addressHash}`, {})
const { filter, blockNumber } = humps.camelizeKeys(URI(window.location).query(true))
const state = store.dispatch({
type: 'PAGE_LOAD',
addressHash,
filter,
beyondPageOne: !!blockNumber,
transactionCount: $('[data-selector="transaction-count"]').text()
})
addressChannel.join()
addressChannel.onError(() => store.dispatch({ type: 'CHANNEL_DISCONNECTED' }))
addressChannel.on('balance', (msg) => store.dispatch({ type: 'RECEIVED_UPDATED_BALANCE', msg }))
if (!state.beyondPageOne) {
addressChannel.on('transaction', batchChannel((msgs) =>
store.dispatch({ type: 'RECEIVED_NEW_TRANSACTION_BATCH', msgs })
))
addressChannel.on('internal_transaction', batchChannel((msgs) =>
store.dispatch({ type: 'RECEIVED_NEW_INTERNAL_TRANSACTION_BATCH', msgs })
))
}
},
render (state, oldState) {
const $balance = $('[data-selector="balance-card"]')
const $channelBatching = $('[data-selector="channel-batching-message"]')
const $channelBatchingCount = $('[data-selector="channel-batching-count"]')
const $channelDisconnected = $('[data-selector="channel-disconnected-message"]')
const $emptyInternalTransactionsList = $('[data-selector="empty-internal-transactions-list"]')
const $emptyTransactionsList = $('[data-selector="empty-transactions-list"]')
const $internalTransactionsList = $('[data-selector="internal-transactions-list"]')
const $transactionCount = $('[data-selector="transaction-count"]')
const $transactionsList = $('[data-selector="transactions-list"]')
if ($emptyInternalTransactionsList.length && state.newInternalTransactions.length) window.location.reload()
if ($emptyTransactionsList.length && state.newTransactions.length) window.location.reload()
if (state.channelDisconnected) $channelDisconnected.show()
if (oldState.balance !== state.balance) {
$balance.empty().append(state.balance)
loadTokenBalanceDropdown()
}
if (oldState.transactionCount !== state.transactionCount) $transactionCount.empty().append(numeral(state.transactionCount).format())
if (state.batchCountAccumulator) {
$channelBatching.show()
$channelBatchingCount[0].innerHTML = numeral(state.batchCountAccumulator).format()
} else {
$channelBatching.hide()
}
if (oldState.newInternalTransactions !== state.newInternalTransactions && $internalTransactionsList.length) {
$internalTransactionsList.prepend(state.newInternalTransactions.slice(oldState.newInternalTransactions.length).reverse().join(''))
}
if (oldState.newTransactions !== state.newTransactions && $transactionsList.length) {
$transactionsList.prepend(state.newTransactions.slice(oldState.newTransactions.length).reverse().join(''))
updateAllAges()
}
}
})
}