Parents (Total: 4)

The searched file hash is included in 4 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	49C29E4110D6C6ACFDE89D2B8048A712
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	shlomif <shlomif>
PackageName	lib64ixion0.14_0
PackageRelease	2.mga7
PackageVersion	0.14.1
SHA-1	DFB02F09CA14A9C3FC318CBC462C3B0055AA27C4
SHA-256	0CD4559E654834DE176E386156F457F4414AE6AB6A5EBE2634349F7131CE0B56

Key	Value
MD5	611ADE983414623F82FC34211B3A3235
PackageArch	armv7hl
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	shlomif <shlomif>
PackageName	libixion0.14_0
PackageRelease	2.mga7
PackageVersion	0.14.1
SHA-1	57691B2510ABDACA1573C2017BC0629AFB0480AA
SHA-256	E165423A83B393357B1D8B466353C4EF79EBE5ABCA4FCEEFBB9D7291662BB901

Key	Value
MD5	C0DFC49BBB07BCED863C298B1633900A
PackageArch	x86_64
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	shlomif <shlomif>
PackageName	lib64ixion0.14_0
PackageRelease	2.mga7
PackageVersion	0.14.1
SHA-1	E59DE193C261CA48E1273AD608224A23AB8759BE
SHA-256	C81C7B4AF33F495F360E58F99DD2A410389811820E81BE9046F976B3331F095C

Key	Value
MD5	B20A4235F66FE8CAB1E3D1E5B2B40D43
PackageArch	i586
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	shlomif <shlomif>
PackageName	libixion0.14_0
PackageRelease	2.mga7
PackageVersion	0.14.1
SHA-1	BA183D8D3C093566C5A4C18322F17675ED1DC36E
SHA-256	D5C2BE457E8E637B75073FB905305771D509BFB500FE44A9711D67C2D93C5AA5