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Some useful SQL Scripts
Pascal Dihé edited this page Oct 4, 2017
·
47 revisions
https://github.com/switchonproject/cids-custom-switchon-server/tree/dev/src/model/scripts
Get the id and name of resources that belong to a specific collection
SELECT resource.id, resource.name
FROM
resource
WHERE collection = (SELECT DISTINCT tag.id
FROM tag
WHERE tag.name ILIKE 'NTSG - AE_Land3'
AND tag.taggroup IN
(SELECT id FROM taggroup WHERE name ILIKE 'collection' ) limit 1)
GROUP BY
resource.id, resource.name
ORDER BY resource.id ASCGet the id of a tag by tagname and taggroup name
SELECT
DISTINCT tag.id
FROM
tag
WHERE
tag.name ILIKE 'NTSG - AE_Land3'
AND tag.taggroup IN(
SELECT
id
FROM
taggroup
WHERE
name ILIKE 'collection'
) limit 1Find Collections (tags) with more than 5 resources
SELECT
tag.name
FROM
tag
LEFT JOIN
taggroup
ON tag.taggroup = taggroup.id
LEFT JOIN
resource
ON resource.collection = tag.id,
cs_class
WHERE
cs_class.name = 'tag'
AND taggroup.name = 'collection'
AND resource."type" = (
SELECT
tag.id
FROM
tag
LEFT JOIN
taggroup
ON tag.taggroup = taggroup.id
WHERE
taggroup.name = 'resource type'
AND tag.name = 'external data'
)
GROUP BY
tag.name,
tag.id,
cs_class.id
HAVING
(
COUNT(resource.id) > 5
)
ORDER BY
tag.name ASC;Create a new representation and associate it with a resource.
WITH rep as
(INSERT INTO "public".representation
("type", spatialresolution, "name", description, applicationprofile, tags,
"function", contentlocation, temporalresolution, protocol, content,
spatialscale, contenttype, uuid, uploadmessage, uploadstatus)
VALUES (213, NULL, 'corine:clc00_c111 Tileserver',
'CLC:clc00_c211 Tileserver', 1359, 11950, 72,
'http://tl-243.xtr.deltares.nl/tileserver/corine:clc00_c111/{z}/{x}/{y}.png',
NULL, 205, NULL, NULL, 59, 'corine:clc00_c111', NULL, NULL)
RETURNING id) INSERT INTO "public".jt_resource_representation (representationid, resource_reference)
SELECT id, 11867 from rep;csw_copy_data_table_from_view_for_pycsw.sql
SELECT count(distinct r.id) FROM resource r
INNER JOIN geom g ON r.spatialcoverage = g.id
AND g.geo_field && st_GeomFromEWKT('SRID=4326;POLYGON ((-9.194288369255645 54.72093488558994, -9.194288369255645 35.72093488558994, 13.805711630744355 35.72093488558994, 13.805711630744355 54.72093488558994, -9.194288369255645 54.72093488558994))')
AND st_intersects(st_GeomFromEWKT('SRID=4326;POLYGON ((-9.194288369255645 54.72093488558994, -9.194288369255645 35.72093488558994, 13.805711630744355 35.72093488558994, 13.805711630744355 54.72093488558994, -9.194288369255645 54.72093488558994))'), geo_field)
WHERE r.id IS NOT NULSpatial search using the geom_search table
SELECT count (distinct resource.id) FROM resource
INNER JOIN geom_search ON resource.id = geom_search.resource
AND geom_search.geo_field && st_GeomFromEWKT('SRID=4326;POLYGON ((-9.194288369255645 54.72093488558994, -9.194288369255645 35.72093488558994, 13.805711630744355 35.72093488558994, 13.805711630744355 54.72093488558994, -9.194288369255645 54.72093488558994))')
AND st_intersects(st_GeomFromEWKT('SRID=4326;POLYGON ((-9.194288369255645 54.72093488558994, -9.194288369255645 35.72093488558994, 13.805711630744355 35.72093488558994, 13.805711630744355 54.72093488558994, -9.194288369255645 54.72093488558994))'), geom_search.geo_field)
WHERE resource.id IS NOT NULLFind geometries, that are not directly connected to resources.
SELECT count(geom.id)
FROM geom
WHERE geom.id NOT IN
(SELECT spatialcoverage
FROM resource WHERE spatialcoverage IS NOT NULL);Find search geometries, that are not directly connected to resources.
SELECT count(geom_search.id)
FROM geom_search
WHERE resource NOT IN (
SELECT id
FROM resource);Remove search geometries, that are not directly connected to resources.
DELETE
FROM geom_search
WHERE geom_search.resource NOT IN
(SELECT id
FROM resource);Remove geom references from search geometries table, that are no longer associated to the respective resource
UPDATE geom_search
SET "geom" = NULL
WHERE id IN
( SELECT id
FROM geom_search
WHERE geom IN
(SELECT id
FROM geom
WHERE geom.id NOT IN
(SELECT spatialcoverage
FROM resource
WHERE spatialcoverage IS NOT NULL)));Insert geometries
imported from a .shp file from a temporary import table into the common geom_search table and simplify them with ST_Envelope. Replace '4711' with the respective resource id.
INSERT INTO public.geom_search(resource, geo_field)
SELECT 4711,
ST_Envelope(geom)
FROM import_tables.geosearch_import;Find Multipoint / Multipolygons and small bboxes and add them to the geometry search table. Simplify geometries to speed up geo-search.
TRUNCATE "public".geom_search;
INSERT INTO public.geom_search(resource, geo_field, geom)
SELECT DISTINCT resource.id,
geom.geo_field,
geom.id
FROM resource
JOIN geom ON resource.spatialcoverage = geom.id
WHERE
(SELECT ST_GeometryType(geo_field) IN ('ST_MultiPoint',
'ST_MultiPolygon',
'ST_Point'))
OR (
(SELECT ST_GeometryType(geo_field) = 'ST_Polygon')
AND
(SELECT ST_Area(geo_field) < 100));
UPDATE geom_search
SET geo_field = ST_Simplify(geo_field,0.1)
WHERE ST_GeometryType(geo_field) = 'ST_MultiPolygon';SELECT name, description,
(SELECT ST_GeometryType(geo_field)) AS mp
FROM resource
JOIN geom ON resource.spatialcoverage = geom.id
WHERE
(SELECT ST_GeometryType(geo_field) = 'ST_MultiPoint')
ORDER BY resource.name;SELECT DISTINCT tag.name
FROM tag
INNER JOIN jt_resource_tag ON jt_resource_tag.tagid = tag.id
WHERE taggroup IN
(SELECT id
FROM taggroup
WHERE name ILIKE '%cuahsi%')
ORDER BY tag.nameSELECT DISTINCT tag.name
FROM tag
INNER JOIN resource ON resource.topiccategory = tag.id
WHERE taggroup IN
(SELECT id
FROM taggroup
WHERE name ILIKE 'topic category')
ORDER BY tag.nameSELECT tag.name,
COUNT(tag.name) AS NumOccurrences
FROM tag
LEFT JOIN taggroup ON tag.taggroup = taggroup.id
WHERE taggroup.name = 'keywords - open'
GROUP BY
tag.name
HAVING ( COUNT(tag.name) > 1 )
ORDER BY tag.name;UPDATE jt_resource_tag
SET tagid =
(SELECT id
FROM tag
WHERE taggroup IN
(SELECT id
FROM taggroup
WHERE name ILIKE '%cuahsi%')
AND tag.name = 'Land cover' LIMIT 1)
WHERE tagid =
(SELECT id
FROM tag
WHERE taggroup IN
(SELECT id
FROM taggroup
WHERE name ILIKE '%cuahsi%')
AND tag.name = 'Land surface classification' LIMIT 1);
DELETE
FROM tag
WHERE taggroup =
(SELECT id
FROM taggroup
WHERE name ILIKE '%cuahsi%')
AND tag.name = 'Land surface';--INSERT INTO jt_resource_tag (resource_reference, tagid)
SELECT resource.id,
tag.id
FROM resource,
tag
WHERE resource.name ILIKE 'AMSRE_36V_AM_FT_%'
AND tag.name ILIKE 'Temperature, soil'
AND tag.taggroup = 169;SELECT DISTINCT n1.* FROM contact n1
inner join contact n2 on n2.organisation=n1.organisation
where n1.id <> n2.id
ORDER BY n1.organisationImport the CUAHSI Tabluar Ontology into new CUAHSI keyword list and skip duplicate keywords:
Get a list of all keywords in the Meta-Data Repository
select name from tag
where taggroup in
(select id from taggroup where name ilike '%keyword%')
group by tag.name order by tag.nameShow the last 10 entries in the geom search table including the type of the geometry
SELECT id,
resource,
geom,
ST_GeometryType(geo_field)
FROM geom_search
ORDER BY resource DESC LIMIT 10Show the last 10 conflicting GeometryCollection entries in the geom search table that cannot be used with spatial search
SELECT id,
resource,
geom,
ST_AsText(geo_field)
FROM geom_search
WHERE ST_GeometryType(geo_field) = 'ST_GeometryCollection'
ORDER BY resource DESC LIMIT 10Sanitize conflicting GeometryCollection entries in the geom search table by extracting only polygons
UPDATE geom_search
SET geo_field = ST_CollectionExtract(geo_field, 3)
WHERE id IN
(SELECT id
FROM geom_search
WHERE ST_GeometryType(geo_field) = 'ST_GeometryCollection')Show the last 10 entries in the geosearch_import table including the WKT geometries
SELECT ogc_fid,
fid,
ST_AsText(geom)
FROM import_tables.geosearch_import
ORDER BY ogc_fid LIMIT 10;Find real duplicate entries in the geom_search table
SELECT id,
resource,
geom,
ST_ASTEXT(geo_field)
FROM geom_search
WHERE resource IN
(SELECT DISTINCT resource
FROM geom_search
GROUP BY resource HAVING COUNT(resource) = 2)
ORDER BY resource;Update the spatial coverage of a specific resource with the minimum bounding box of their geometries from the geom_search table.
WITH geom_coverage AS
(INSERT INTO "public".geom (geo_field) SELECT ST_Envelope(ST_ConvexHull(ST_Collect(geo_field))) AS geo_field
FROM public.geom_search
WHERE resource = 8710 RETURNING id)
UPDATE "public".resource
SET spatialcoverage =
(SELECT id
FROM geom_coverage)
WHERE id = 8710Delete duplicate WMS/TMS representations
DELETE
FROM
representation
where
id IN(
SELECT
min(representation.id)
FROM
representation
JOIN
jt_resource_representation
ON jt_resource_representation.representationid = representation.id --
AND jt_resource_representation.resource_reference = 8559
WHERE
representation.type = 213
AND representation.function = 72
AND representation.protocol IN (
186, 205
)
AND representation.contenttype IN (
51,59
)
group by
resource_reference
having
count(resource_reference ) > 1
)Clean jt_resource_representation by removing all references to no-existent resources and representations
DELETE
FROM
"public".jt_resource_representation
WHERE
resource_reference NOT IN (
select
id
from
resource) DELETE
FROM
"public".jt_resource_representation
WHERE
representationid NOT IN (
select
id
from
representation) Find all resources uploaded to switch-on or zenodo servers (deltares.nl) inlcuding the DOI, if available
select
resource.id,
resource.name,
string_agg(metadata.uuid,
';') as DOI,
contact.name as contact,
contact.email,
contact.organisation,
tag.name as accessconditions,
'http://www.water-switch-on.eu/sip-webclient/byod/#/resource/' || resource.id as byod_link,
string_agg(representation.contentlocation,
';') as dataset_urls
from
resource
join
jt_resource_representation
on resource.id = jt_resource_representation.resource_reference
join
representation
on representation.id = jt_resource_representation.representationid
and representation.type = 212
and function = 71
left join
contact
on contact.id = resource.contact
and contact.name != 'SWITCH-ON (Meta-Data Provider)'
left join
jt_metadata_resource
on resource.id = jt_metadata_resource.resource_reference
left join
metadata
on metadata.id = jt_metadata_resource.metadataid
and metadata."type" = 1542
join
tag
on tag.id = resource.accessconditions
where
representation.contentlocation ilike '%deltares.nl%'
or representation.contentlocation ilike '%zenodo%'
group by
resource.id,
resource.name,
contact.name,
contact.email,
contact.organisation,
tag.id
order by
resource.id ascAssign all resources uploaded to switch-on or zenodo servers (deltares.nl) to category 'SWITCH-ON Open Data' (149)
update
resource
set
collection = 1453,
type = 1544
where
id in(
select
distinct resource.id
from
resource
join
jt_resource_representation
on resource.id = jt_resource_representation.resource_reference
join
representation
on representation.id = jt_resource_representation.representationid
and representation.type = 212
where
representation.contentlocation ilike '%deltares.nl%'
or representation.contentlocation ilike '%zenodo%'
group by
resource.id
order by
resource.id asc
)Generate clean resource URLs for sitemap.txt
select
'http://www.water-switch-on.eu/sip-webclient/byod/resource/' || resource.id as url
from
resource
order by
id ascGet a list of resources added with help of the ODR Tool
select
distinct resource.id as resource_id,
resource.name as resource_name,
metadata.creationdate as registration_data,
'http://www.water-switch-on.eu/sip-webclient/byod/resource/' || resource.id as byod_link,
'http://data.water-switch-on.eu/switchon_server_rest/SWITCHON.RESOURCE/' || resource.id as metadata_link
from
resource
join
jt_metadata_resource
on resource.id = jt_metadata_resource.resource_reference
join
metadata
on metadata.id = jt_metadata_resource.metadataid
and metadata."type" = 177
and metadata."name" = 'OpenData Registration Meta-Data'
order by
metadata.creationdate descCount all search geometries
select
sum(ST_NumGeometries (geom_search.geo_field))
from
geom_search