WITH RECURSIVE pg_inherit(inhrelid, inhparent) AS
    (select inhrelid, inhparent
    FROM pg_inherits
    UNION
    SELECT child.inhrelid, parent.inhparent
    FROM pg_inherit child, pg_inherits parent
    WHERE child.inhparent = parent.inhrelid),
pg_inherit_short AS (SELECT * FROM pg_inherit WHERE inhparent NOT IN (SELECT inhrelid FROM pg_inherit))
SELECT table_schema
    , TABLE_NAME
    , row_estimate
    , pg_size_pretty(total_bytes) AS total
    , pg_size_pretty(index_bytes) AS INDEX
    , pg_size_pretty(toast_bytes) AS toast
    , pg_size_pretty(table_bytes) AS TABLE
  FROM (
    SELECT *, total_bytes-index_bytes-COALESCE(toast_bytes,0) AS table_bytes
    FROM (
         SELECT c.oid
              , nspname AS table_schema
              , relname AS TABLE_NAME
              , SUM(c.reltuples) OVER (partition BY parent) AS row_estimate
              , SUM(pg_total_relation_size(c.oid)) OVER (partition BY parent) AS total_bytes
              , SUM(pg_indexes_size(c.oid)) OVER (partition BY parent) AS index_bytes
              , SUM(pg_total_relation_size(reltoastrelid)) OVER (partition BY parent) AS toast_bytes
              , parent
          FROM (
                SELECT pg_class.oid
                    , reltuples
                    , relname
                    , relnamespace
                    , pg_class.reltoastrelid
                    , COALESCE(inhparent, pg_class.oid) parent
                FROM pg_class
                    LEFT JOIN pg_inherit_short ON inhrelid = oid
                WHERE relkind IN ('r', 'p')
             ) c
             LEFT JOIN pg_namespace n ON n.oid = c.relnamespace
  ) a
  WHERE oid = parent
) a
ORDER BY total_bytes DESC; -
                
                https://wiki.postgresql.org/wiki/Disk_Usage
  
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                https://wiki.postgresql.org/wiki/Disk_Usageaws efs describe-file-systems| jq '.FileSystems|.[]|[.Name, .SizeInBytes.Timestamp, .SizeInBytes.Value]' -c
Retourne une ligne par EFS
Sur chaque ligne, un array avec :
[0] = nom de l'efs
[1] = timestamp du moment où la taille a été calculée
[2] = la taille en bytes
Pour avoir la taille en GB :
aws efs describe-file-systems| jq '.FileSystems|.[]|[.Name, .SizeInBytes.Timestamp, .SizeInBytes.Value / 1024 /1024 / 1024]' -c
aws efs describe-file-systems| jq '.FileSystems|.[]|[.Name, .SizeInBytes.Value / 1024 /1024 / 1024]' -c
 -
                
                https://links.infomee.fr/?MzuW2A
  
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                https://links.infomee.fr/?MzuW2Aaws s3api list-objects --bucket BUCKET_NAME --output json --query "[sum(Contents[].Size), length(Contents[])]"
Retourne la taille en bytes et le nombre d'objets
Avec un ficheir qui contient le nom des bucket :
for BUCKET_NAME in $(cat s3list); do echo -n "$BUCKET_NAME " ; region=$(aws s3api get-bucket-location --bucket $BUCKET_NAME|jq '.LocationConstraint' -r); aws s3api list-objects --region $region --bucket $BUCKET_NAME --output json --query "sum(Contents[].Size)"; done
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                https://links.infomee.fr/?pbKktw
  
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                https://links.infomee.fr/?pbKktw