Parents (Total: 57)

The searched file hash is included in 57 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	00048489302EF46697A8362C4E29FA95
PackageArch	x86_64
PackageDescription	OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect.
PackageMaintainer	https://bugs.opensuse.org
PackageName	postgresql11-pgsql-ogr-fdw
PackageRelease	3.4
PackageVersion	1.1.0
SHA-1	01D130AA8D3DDA1CEAED0890155FED02BDAF9751
SHA-256	4D81082008B9A4B4964532260BAC536703F1A85139A18EA7EE8C9599E02EEAAE

Key	Value
MD5	1D6B57BE849CF44B1DF336A25419037C
PackageArch	x86_64
PackageDescription	OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect.
PackageName	postgresql96-pgsql-ogr-fdw
PackageRelease	bp151.11.3
PackageVersion	1.1.0
SHA-1	0F94B5365CA27E0E41209F2EFDFA493AAF931019
SHA-256	8771DF49DF6C3BF2F527F4285EFAF891157E6C308AB98BFA73B2679A6FEB2C2C

Key	Value
MD5	998BAC1570794DB22D83009DD8E46D83
PackageArch	i586
PackageDescription	OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect.
PackageMaintainer	https://bugs.opensuse.org
PackageName	postgresql12-pgsql-ogr-fdw
PackageRelease	3.4
PackageVersion	1.1.0
SHA-1	1BC8B4EEB15858FF5FB851071E982536C0BF1AB9
SHA-256	B12910C02D6A714BDC16330AE2CAEB3A792EF3E369C5BA41961FCEABF49F651E

Key	Value
FileSize	99488
MD5	5042B2C86342CBE7EB329B4E6F837A6C
PackageDescription	PostgreSQL foreign data wrapper for OGR OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect. . This implementation currently has the following limitations: * Only non-spatial query restrictions are pushed down to the OGR driver. PostgreSQL foreign data wrappers support delegating portions of the SQL query to the underlying data source, in this case OGR. This implementation currently pushes down only non-spatial query restrictions, and only for the small subset of comparison operators (>, <, <=, >=, =) supported by OGR. * Spatial restrictions are not pushed down. OGR can handle basic bounding box restrictions and even (for some drivers) more explicit intersection restrictions, but those are not passed to the OGR driver yet. * OGR connections every time Rather than pooling OGR connections, each query makes (and disposes of) two new ones, which seems to be the largest performance drag at the moment for restricted (small) queries. * All columns are retrieved every time. PostgreSQL foreign data wrappers don't require all columns all the time, and some efficiencies can be gained by only requesting the columns needed to fulfill a query. This would be a minimal efficiency improvement, but can be removed given some development time, since the OGR API supports returning a subset of columns.
PackageMaintainer	Debian GIS Project <pkg-grass-devel@lists.alioth.debian.org>
PackageName	postgresql-13-ogr-fdw
PackageSection	database
PackageVersion	1.1.1-1+b1
SHA-1	21F94D177270A370A9D33982AD0870309E2BA1D2
SHA-256	41A8CE6B890A31004E52D11D3B1C4ADD43B0E7A9F1ACC201FC756BB4A3C2EF4E

Key	Value
MD5	37138E74A6B16AA8482B6239048D32F5
PackageArch	x86_64
PackageDescription	OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect.
PackageName	postgresql10-pgsql-ogr-fdw
PackageRelease	bp151.11.3
PackageVersion	1.1.0
SHA-1	2AF074294E739EA16327B7D0417EAA61498AB124
SHA-256	37BF211BBB0F154F933B2149A073FFC30586341AD9E26CD62A1FC5A21049BBBC

Key	Value
FileSize	100788
MD5	30B2703F5A955242F9E81A344A41FD97
PackageDescription	PostgreSQL foreign data wrapper for OGR OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect. . This implementation currently has the following limitations: * Only non-spatial query restrictions are pushed down to the OGR driver. PostgreSQL foreign data wrappers support delegating portions of the SQL query to the underlying data source, in this case OGR. This implementation currently pushes down only non-spatial query restrictions, and only for the small subset of comparison operators (>, <, <=, >=, =) supported by OGR. * Spatial restrictions are not pushed down. OGR can handle basic bounding box restrictions and even (for some drivers) more explicit intersection restrictions, but those are not passed to the OGR driver yet. * OGR connections every time Rather than pooling OGR connections, each query makes (and disposes of) two new ones, which seems to be the largest performance drag at the moment for restricted (small) queries. * All columns are retrieved every time. PostgreSQL foreign data wrappers don't require all columns all the time, and some efficiencies can be gained by only requesting the columns needed to fulfill a query. This would be a minimal efficiency improvement, but can be removed given some development time, since the OGR API supports returning a subset of columns.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	postgresql-13-ogr-fdw
PackageSection	database
PackageVersion	1.1.0-1
SHA-1	2F66D1F467870C293D1C19A8B08B8BAC61CB5AB3
SHA-256	91711F299BA6D110BA9B00CF1E2750DF771B0CFA427F86934053EA2768ABA3EA

Key	Value
MD5	10A1C7263412B28CBD9289BC5B705B8E
PackageArch	x86_64
PackageDescription	OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect.
PackageName	postgresql10-pgsql-ogr-fdw
PackageRelease	bp152.11.3
PackageVersion	1.1.0
SHA-1	397D5391A385F7C5C88A97C904B8A2B04A1FD2C9
SHA-256	C7463032C99DDBC5CCA1F8B5E77B36FEC8B1BC97026625CDB01FCB1B577B9ECE

Key	Value
MD5	C385EDB365B9A600D7BFABB1DDD9E7C8
PackageArch	x86_64
PackageDescription	OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect.
PackageName	postgresql96-pgsql-ogr-fdw
PackageRelease	bp152.11.3
PackageVersion	1.1.0
SHA-1	3F0EB1E916E94BFE45FA3AAABAA19367B7FBE7A1
SHA-256	E6354B9D5A81FAB0312462E10B736C2DF6C5FF2DD8526C0706C46B36546041DA

Key	Value
FileSize	102044
MD5	67CD1BB547ADCA497474A4ECAE709963
PackageDescription	PostgreSQL foreign data wrapper for OGR OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect. . This implementation currently has the following limitations: * Only non-spatial query restrictions are pushed down to the OGR driver. PostgreSQL foreign data wrappers support delegating portions of the SQL query to the underlying data source, in this case OGR. This implementation currently pushes down only non-spatial query restrictions, and only for the small subset of comparison operators (>, <, <=, >=, =) supported by OGR. * Spatial restrictions are not pushed down. OGR can handle basic bounding box restrictions and even (for some drivers) more explicit intersection restrictions, but those are not passed to the OGR driver yet. * OGR connections every time Rather than pooling OGR connections, each query makes (and disposes of) two new ones, which seems to be the largest performance drag at the moment for restricted (small) queries. * All columns are retrieved every time. PostgreSQL foreign data wrappers don't require all columns all the time, and some efficiencies can be gained by only requesting the columns needed to fulfill a query. This would be a minimal efficiency improvement, but can be removed given some development time, since the OGR API supports returning a subset of columns.
PackageMaintainer	Debian GIS Project <pkg-grass-devel@lists.alioth.debian.org>
PackageName	postgresql-14-ogr-fdw
PackageSection	database
PackageVersion	1.1.1-2
SHA-1	413C99944C5DB2B15B7E194DA635DC460B94C3BD
SHA-256	AF504733E7886E9FC61FC2B99AD8B1CECFAD08CBA133850517A05580FA4C9E8A

Key	Value
MD5	06040138C95ABA043EABC0DF09B11765
PackageArch	i586
PackageDescription	OGR is the vector half of the GDAL spatial data access library. It allows access to a large number of GIS data formats using a simple C API for data reading and writing. Since OGR exposes a simple table structure and PostgreSQL foreign data wrappers allow access to table structures, the fit seems pretty perfect.
PackageMaintainer	https://bugs.opensuse.org
PackageName	postgresql10-pgsql-ogr-fdw
PackageRelease	3.3
PackageVersion	1.1.0
SHA-1	42CD2403383879495643DD91E06CAA1A6D416E17
SHA-256	61E5D04B0A56AE8F779D5B27DDBF80CE3BE08DA4BD156E3F2011B37D79E852DF