Parents (Total: 62)

The searched file hash is included in 62 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	A63F1AA314CDE13520E780F7273319B9
PackageArch	ppc
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Koji
PackageName	libscs
PackageRelease	4.fc15
PackageVersion	1.4.1
SHA-1	0120E4C6034BF490393763A23744E1A307C51B8B
SHA-256	E7905BCD77C6DC24F0393746CBCA9E9B0B2A34DFDF75F91A08982E759A5567A9

Key	Value
MD5	0078A1907E8EE30F0AB7DDC46CD77C32
PackageArch	armv5tel
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	6.fc18.2
PackageVersion	1.4.1
SHA-1	02AB07FCF3D575201FD611A1A05A562B51CE081C
SHA-256	7D9635A86412C37425AFF31E56B32E05D0501298C67AA2C609C70D81831833A8

Key	Value
MD5	15D4709FF872DAB6B6AEF04A24FE4333
PackageArch	s390
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	8.fc20.2
PackageVersion	1.4.1
SHA-1	02F6917DA123ADE23B07A8DAB2829DFFDA77ABD3
SHA-256	5938F477ABE10F07B2C3ABC5648E3D4342BFA71314AA2A4231BD1C6E12D902E6

Key	Value
MD5	B205A94DE1C4E1007C82FEC0A052222D
PackageArch	armv7hl
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	4.fc15
PackageVersion	1.4.1
SHA-1	05A914C4F9A509B50AA54BC3B877EE8EBCC3E012
SHA-256	A191955AC8AAFCCDA9A7CFBB3ECA7B40AB240AEFAE5FC3B0CE856242EC4FB9C8

Key	Value
MD5	0CA540BACF4249D37463910E7D76D467
PackageArch	s390
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	7.fc19.2
PackageVersion	1.4.1
SHA-1	1038233401354F6A45D6BA60C4FC781C2E407FF1
SHA-256	5F7CE19B31FBFCE085FDB604E941BFCE169D09B8263A5A235F34E0829E30CE59

Key	Value
MD5	EE49C5A8E2CFE86AE086E8090F81AB8D
PackageArch	x86_64
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	4.el6
PackageVersion	1.4.1
SHA-1	166D1E607883BDCDE7A7FCB2C433E2F0A2B55E5A
SHA-256	18C026D861F1F029DF607AB50E324F3D2F54A644746D3ED6017FEDAD0AC4DAB1

Key	Value
MD5	E560D1E63CFD330FF7DCB6200AB1ECA4
PackageArch	s390
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	11.fc23.2
PackageVersion	1.4.1
SHA-1	1DBDBD81FE5769DFCB944B6FF202C10B4253F954
SHA-256	01B0875EFE785CDD9078D0116082FD8AFA0966AB959A6E826D23C000C4FB1A11

Key	Value
MD5	1CD0BA9E1F4D00EEE97AC0007F38D4B5
PackageArch	armv7hl
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	5.fc17.2
PackageVersion	1.4.1
SHA-1	20E47EF196FABD566A90B8BFFB4FBDB321E82415
SHA-256	1A4CA2B96B8E613551198B534AC09D3DB459348AAF66BCD4B7D39C8AE1FE34AC

Key	Value
MD5	2C916E0817989821701F6EA7C70AD1BA
PackageArch	aarch64
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	11.fc23.2
PackageVersion	1.4.1
SHA-1	2130345E2A8516EE3A415B1E5FEF4B634C242F1E
SHA-256	1DC87B281B4AB9A4608D5315D0FCE0E847AC62C0005D3C14C2F25AC8ECF331C0

Key	Value
MD5	2446AEDD81080546FEC05879ABCBA784
PackageArch	aarch64
PackageDescription	The Software Carry-Save (SCS) Library is a fast and lightweight multiple-precision library. SCSLib has the following features: - Multiple-precision SCSLib is a fixed-precision library, where precision is selected at compile-time. Out-of-the-box, the library ensures 210 bits of precision (quad-double). - Floating-point format The SCS format is a floating-point format where exponents are machine integers (usually 32-bit numbers), which ensures a huge exponent range. - Supported operations SCSLib currently offers addition/subtraction, multiplication, and an experimental division, plus all the useful conversion functions. - IEEE-754 compatibility The range of SCS numbers includes the range of IEEE double-precision numbers, including denormals and exceptional cases. Conversions between SCS format and IEEE-754 doubles, as well as arithmetic operations, follow the IEEE rules concerning the exceptional cases. SCS doesn't ensure correct rounding, but provides conversions to doubles in the four IEEE-754 rounding modes. - Performance SCSLib is designed to be fast. With 210 bits, it outperforms MPF for most operations on most architectures.
PackageMaintainer	Fedora Project
PackageName	libscs
PackageRelease	10.fc22.2
PackageVersion	1.4.1
SHA-1	2277783FDDB2622C228FFF72D91EEC105D6D450B
SHA-256	30789DB4A55690B5F2B415875E6B52308C5016C16738D45D3C16AE631D69C543