Parents (Total: 5)

The searched file hash is included in 5 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	96E3254B1F5161017B9D97ED8F03E1F9
PackageArch	ppc
PackageDescription	The value of RDMS for Prolog is often over-estimated, as Prolog itself can manage substantial amounts of data. Nevertheless a Prolog/RDMS interface provides advantages if data is already provided in an RDMS, data must be shared with other applications, there are strong persistency requirements or there is too much data to fit in memory. The popularity of ODBC makes it possible to design a single foreign-language module that provides RDMS access for a wide variety of databases on a wide variety of platforms. The SWI-Prolog RDMS interface is closely modeled after the ODBC API. This API is rather low-level, but defaults and dynamic typing provided by Prolog give the user quite simple access to RDMS, while the interface provides the best possible performance given the RDMS independency constraint.
PackageMaintainer	Fedora Project
PackageName	pl-odbc
PackageRelease	3.fc19
PackageVersion	6.2.6
SHA-1	EB1D36168C848BD6D2D63214D9109C96B11E50CD
SHA-256	E2881D1D0F00374385BA51201D6A92A9760A47B15C7ED1F709C0769ACCFAC183

Key	Value
MD5	6E922A639B80CE18FD30391C3C89A25F
PackageArch	s390x
PackageDescription	The value of RDMS for Prolog is often over-estimated, as Prolog itself can manage substantial amounts of data. Nevertheless a Prolog/RDMS interface provides advantages if data is already provided in an RDMS, data must be shared with other applications, there are strong persistency requirements or there is too much data to fit in memory. The popularity of ODBC makes it possible to design a single foreign-language module that provides RDMS access for a wide variety of databases on a wide variety of platforms. The SWI-Prolog RDMS interface is closely modeled after the ODBC API. This API is rather low-level, but defaults and dynamic typing provided by Prolog give the user quite simple access to RDMS, while the interface provides the best possible performance given the RDMS independency constraint.
PackageMaintainer	Fedora Project
PackageName	pl-odbc
PackageRelease	3.fc19
PackageVersion	6.2.6
SHA-1	7A8CADB8CBB34D657182778910A5C2CEC557D8FA
SHA-256	B8FCF3451D83E83D8D52214B474571B382AD1D131A640A9E398B709E2400D21A

Key	Value
MD5	10F22AC6E22FF9BAFE221D148C92326F
PackageArch	armv7hl
PackageDescription	The value of RDMS for Prolog is often over-estimated, as Prolog itself can manage substantial amounts of data. Nevertheless a Prolog/RDMS interface provides advantages if data is already provided in an RDMS, data must be shared with other applications, there are strong persistency requirements or there is too much data to fit in memory. The popularity of ODBC makes it possible to design a single foreign-language module that provides RDMS access for a wide variety of databases on a wide variety of platforms. The SWI-Prolog RDMS interface is closely modeled after the ODBC API. This API is rather low-level, but defaults and dynamic typing provided by Prolog give the user quite simple access to RDMS, while the interface provides the best possible performance given the RDMS independency constraint.
PackageMaintainer	Fedora Project
PackageName	pl-odbc
PackageRelease	3.fc19
PackageVersion	6.2.6
SHA-1	F1A5C9EDCB59F72E56A0EDDB68A453E4AF66E52D
SHA-256	2B81EA55F6330C1DC839316E116A96404BAC7A3B5A2670339E05876081078417

Key	Value
MD5	302EAD1C27C1F7B4F5AFA2DEA096C6AF
PackageArch	s390
PackageDescription	The value of RDMS for Prolog is often over-estimated, as Prolog itself can manage substantial amounts of data. Nevertheless a Prolog/RDMS interface provides advantages if data is already provided in an RDMS, data must be shared with other applications, there are strong persistency requirements or there is too much data to fit in memory. The popularity of ODBC makes it possible to design a single foreign-language module that provides RDMS access for a wide variety of databases on a wide variety of platforms. The SWI-Prolog RDMS interface is closely modeled after the ODBC API. This API is rather low-level, but defaults and dynamic typing provided by Prolog give the user quite simple access to RDMS, while the interface provides the best possible performance given the RDMS independency constraint.
PackageMaintainer	Fedora Project
PackageName	pl-odbc
PackageRelease	3.fc19
PackageVersion	6.2.6
SHA-1	E08FF1BE38673B9509DE36C9102DA51031610270
SHA-256	D57E126C9BEBCB480C6000E53DEFE6450117CE433A012B5A75049008B88E2C40

Key	Value
MD5	381063229442D370B50EE56565BA76CA
PackageArch	ppc64
PackageDescription	The value of RDMS for Prolog is often over-estimated, as Prolog itself can manage substantial amounts of data. Nevertheless a Prolog/RDMS interface provides advantages if data is already provided in an RDMS, data must be shared with other applications, there are strong persistency requirements or there is too much data to fit in memory. The popularity of ODBC makes it possible to design a single foreign-language module that provides RDMS access for a wide variety of databases on a wide variety of platforms. The SWI-Prolog RDMS interface is closely modeled after the ODBC API. This API is rather low-level, but defaults and dynamic typing provided by Prolog give the user quite simple access to RDMS, while the interface provides the best possible performance given the RDMS independency constraint.
PackageMaintainer	Fedora Project
PackageName	pl-odbc
PackageRelease	3.fc19
PackageVersion	6.2.6
SHA-1	263FED4A884C9F9AF13C624EE1187BC337095299
SHA-256	A1AE174E4B6B1073D8B8574CF450AE94392D3FD594F31F870B71372A83F376CB