SQL Developer viene fornito con un rapporto che fa proprio questo.
Lo fa solo per lo schema di accesso, ma è una soluzione rapida per farlo andare a prendere ogni singolo FK nel database - anche se potresti voler omettere schemi come 'APEX ...' e 'SYS'.
Omette anche cose come le tabelle nel cestino.
Il rapporto originale si trova nel pannello Rapporti, nei rapporti del dizionario dati.
Ecco la query modificata per ottenere TUTTI gli FK.
SELECT
c.owner "Owner",
c.table_name "Table_Name",
c.constraint_name "Constraint_Name",
c.delete_rule "Delete_Rule",
d.columns,
c.r_owner "Owner of Related Table",
(
SELECT
r.table_name
FROM
sys.all_constraints r
WHERE
c.r_owner = r.owner
AND
c.r_constraint_name = r.constraint_name
) "Related Table",
c.r_constraint_name "Related Constraint"
FROM
sys.all_constraints c,
(
SELECT
a.owner,
a.table_name,
a.constraint_name,
MAX(
DECODE(position,1,substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,2,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,3,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,4,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,5,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,6,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,7,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,8,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,9,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,10,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,11,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,12,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,13,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,14,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,15,','
|| substr(column_name,1,30),NULL)
)
|| MAX(
DECODE(position,16,','
|| substr(column_name,1,30),NULL)
) columns
FROM
sys.all_constraints a,
sys.all_cons_columns b
WHERE
a.constraint_name = b.constraint_name
AND
a.owner = b.owner
AND
a.constraint_type = 'R'
AND
substr(a.table_name,1,4) != 'BIN$'
AND
substr(a.table_name,1,3) != 'DR$'
AND (
:table_name IS NULL
OR
instr(upper(a.table_name),upper(:table_name) ) > 0
) GROUP BY
a.owner,
a.table_name,
a.constraint_name
) d
WHERE
c.owner = d.owner
AND
c.table_name = d.table_name
AND
c.constraint_name = d.constraint_name
ORDER BY
c.owner,
c.table_name,
c.constraint_name
Ed ecco come appare quel rapporto.