Parents (Total: 12)

The searched file hash is included in 12 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
FileSize	250954
MD5	7CECA7198758D5DCD023DB67008AD8E5
PackageDescription	general purpose formula parser & interpreter library -- development Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or “cells”. . This package contains headers, pkg-config file and static library for developing applications using Ixion.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	libixion-dev
PackageSection	libdevel
PackageVersion	0.9.1-3ubuntu1
SHA-1	7A5EC1F7222F049B100008973975BB6E332F2240
SHA-256	EF71DA476C8624F4C5426BBBB1F1471EB37FD14EC7BB52E6A4D26CB55E2B9F1C

Key	Value
MD5	B5288D10BF8A729E2826BBD71663E857
PackageArch	ppc64le
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	6.fc23
PackageVersion	0.9.1
SHA-1	E84FE25207B460A257F8B7993A3A7EBCE8D503D3
SHA-256	403B33BB26833A377173408F552B319BB57D181B0040456CB865805CD06B2BC0

Key	Value
MD5	C8F8C5A9A01063AA1B6B5A0735AB57F8
PackageArch	ppc64le
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	1.fc22
PackageVersion	0.9.1
SHA-1	4BBE39A7BDD3005553F066C1446377C28F8B64AE
SHA-256	8EB27713F34A51EA727E5B3F7240F573BC02A24ADC0BAFC6A6DC9D6EDC393AEC

Key	Value
MD5	FB85180BAEAED66CDD5A9CB84AF8414F
PackageArch	aarch64
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	1.fc22
PackageVersion	0.9.1
SHA-1	D6AC26E2E02303EA3DDA28C457BFFED6DD0D1134
SHA-256	EF78142AB842FFD8A49BDD269A4DC7F4FE65542EA2288C17D4D33AAD7FDDAC2D

Key	Value
MD5	14F15D1819558701162F4EDCC55F8321
PackageArch	ppc64
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	1.fc22
PackageVersion	0.9.1
SHA-1	0B9E8645FEB00E04F75F2D4DED9AB1C5499C5C05
SHA-256	804FB0BE5F12CE518C203D308F10074AE056483C95C86DCDFFCD3A0FA215A6FB

Key	Value
MD5	A8EEC252724556158495D13F6C462D25
PackageArch	aarch64
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	6.fc23
PackageVersion	0.9.1
SHA-1	DD64730C3C799532A1441D8C741E5DC7F6D23309
SHA-256	9699BB1D921A9DCA623BB4201E34A2A1A9B93FDCB87D7AF8A9F2C0521E8FEE8C

Key	Value
MD5	58F7679405E60FA7306B906BB0F1CF3D
PackageArch	s390
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	1.fc22
PackageVersion	0.9.1
SHA-1	11882C0AC22365D36FCE28A60FA3C0E7D2012AA5
SHA-256	1A808A5DA288619FE3A7BE5FE7D039CE1CC9BF42EB956AC64EBD5A8C7BCF60E7

Key	Value
MD5	63EDBC3070147F2BF41F1F30523C28A1
PackageArch	ppc64
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	6.fc23
PackageVersion	0.9.1
SHA-1	544855990BF9B1C44E39BF2E930DD1B7E95B4862
SHA-256	4C429C69C4901BCE27BF1DF8A52954C39B8289FAD756169D26AC519FC8F3A7DD

Key	Value
MD5	D2315163112517582E8B3C82CBB9FDF2
PackageArch	s390x
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	6.fc23
PackageVersion	0.9.1
SHA-1	85B9D3135E387F9999C10F3E58552BE848321365
SHA-256	0D4E3EF191938B23350C27D7BA6E4E4C36132BB97F8F078EE04B80F5561EF9FB

Key	Value
FileSize	267976
MD5	B8C2FF265803C19E5E222CBFD5682BC1
PackageDescription	general purpose formula parser & interpreter library -- development Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or “cells”. . This package contains headers, pkg-config file and static library for developing applications using Ixion.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	libixion-dev
PackageSection	libdevel
PackageVersion	0.9.1-3ubuntu1
SHA-1	9F16BF5ED520799C38882F92D3D45F75850C3E19
SHA-256	E5659C41455EF96084860FC935D75E1D1D4C2CFD5B68C4252C34DFDFF81F099D

Key	Value
MD5	9C45B733518800CFF4BB7019F33B861C
PackageArch	s390
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	6.fc23
PackageVersion	0.9.1
SHA-1	82A88ECA8831BD8B24AF57BEA8D529C955A39936
SHA-256	FA211D1071A205EF5FBDEFE4B49D9CEE4DDA0FC844DDCCD4F35753CC2A6A7ACD

Key	Value
MD5	42EA998770E1BAFEE854C5F8559564AD
PackageArch	s390x
PackageDescription	Ixion is a general purpose formula parser & interpreter that can calculate multiple named targets, or "cells". The goal of this project is to create a library for calculating the results of formula expressions stored in multiple named targets, or “cells”. The cells can be referenced from each other, and the library takes care of resolving their dependencies automatically upon calculation. The caller can run the calculation routine either in a single-threaded mode, or a multi-threaded mode. The library also supports re-calculations where the contents of one or more cells have been modified since the last calculation, and a partial calculation of only the affected cells need to be calculated. Supported features: - Each calculation session is defined in a plain text file, which is parsed and interpreted by the Ixion parser. - Fully threaded calculation. - Name resolution using A1-style references. - Support 2D cell references and named expressions. - Support range references. - Dependency tracking during both full calculation and partial re-calculation. - Inline strings. - Volatile functions. The framework for volatile functions is implemented. We just need to implement more functions.
PackageMaintainer	Fedora Project
PackageName	libixion
PackageRelease	1.fc22
PackageVersion	0.9.1
SHA-1	44EA1CAAEB112EA005546DEC921DA6FE770B0BE2
SHA-256	BC328EB8F2652F3803BFC47574B027CFD5360F75DA8856065824F2DAC5A53E54