Source: polkadot.polkaholic.io
Relay Chain: polkadot Para ID: 0
Date | Start Block | End Block | # Blocks | # Extrinsics | # Active Accounts | # Passive Accounts | # New Accounts | # Addresses | # Events | # Transfers ($USD) | # XCM Transfers In ($USD) | # XCM Transfers Out ($USD) | # XCM In | # XCM Out | Issues |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
2020-05-31 | 62,628 | 77,027 | 14,400 | 20 | 38 | 505 | 38,815 | ||||||||
2020-05-30 | 48,228 | 62,627 | 14,400 | 29 | 44 | 480 | 38,837 | ||||||||
2020-05-29 | 33,828 | 48,227 | 14,400 | 150 | 126 | 458 | 39,297 | ||||||||
2020-05-28 | 19,429 | 33,827 | 14,399 | 85 | 99 | 378 | 39,259 | 1 ($117,232,979.98) | |||||||
2020-05-27 | 5,029 | 19,428 | 14,400 | 205 | 202 | 290 | 39,847 | ||||||||
2020-05-26 | 1 | 5,028 | 5,028 | 126 | 105 | 90 | 14,083 |
You can generate the above summary data using the following queries using the public dataset bigquery-public-data.crypto_polkadot
in Google BigQuery:
SELECT date(block_time) as logDT, MIN(number) startBN, MAX(number) endBN, COUNT(*) numBlocks
FROM `bigquery-public-data.crypto_polkadot.blocks0`
where LAST_DAY(date(block_time)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(block_time) as logDT,
COUNT(*) numSignedExtrinsics
FROM `bigquery-public-data.crypto_polkadot.extrinsics0`
where signed and LAST_DAY(date(block_time)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(ts) as logDT,
COUNT(*) numActiveAccounts
FROM `bigquery-public-data.crypto_polkadot.accountsactive0`
where LAST_DAY(date(ts)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(ts) as logDT,
COUNT(*) numPassiveAccounts
FROM `bigquery-public-data.crypto_polkadot.accountspassive0`
where LAST_DAY(date(ts)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(ts) as logDT,
COUNT(*) numNewAccounts
FROM `bigquery-public-data.crypto_polkadot.accountsnew0`
where LAST_DAY(date(ts)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(ts) as logDT,
COUNT(distinct address_pubkey) numAddress
FROM `bigquery-public-data.crypto_polkadot.balances0`
where LAST_DAY(date(ts)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(block_time) as logDT,
COUNT(*) numEvents
FROM `bigquery-public-data.crypto_polkadot.events0`
where LAST_DAY(date(block_time)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(block_time) as logDT,
COUNT(*) numEvents
FROM `bigquery-public-data.crypto_polkadot.transfers0`
where LAST_DAY(date(block_time)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(origination_ts) as logDT,
COUNT(*) numXCMTransfersOut
FROM `bigquery-public-data.crypto_polkadot.xcmtransfers`
where destination_para_id = 0 and LAST_DAY(date(origination_ts)) = "2020-05-31"
group by logDT order by logDT
SELECT date(origination_ts) as logDT,
COUNT(*) numXCMTransfersIn
FROM `bigquery-public-data.crypto_polkadot.xcmtransfers`
where origination_para_id = 0 and LAST_DAY(date(origination_ts)) = "2020-05-31"
group by logDT
order by logDT
SELECT date(origination_ts) as logDT,
COUNT(*) numXCMMessagesOut
FROM `bigquery-public-data.crypto_polkadot.xcm`
where destination_para_id = 0 and LAST_DAY(date(origination_ts)) = "2020-05-31"
group by logDT order by logDT
SELECT date(origination_ts) as logDT,
COUNT(*) numXCMMessagesIn
FROM `bigquery-public-data.crypto_polkadot.xcm`
where origination_para_id = 0 and LAST_DAY(date(origination_ts)) = "2020-05-31"
group by logDT
order by logDT
Report source: https://cdn.polkaholic.io/substrate-etl/polkadot/0.json | See Definitions for details