Result for 0F1EB9989BD4A468E4EA7BEAAF076396500EAE88

Query result

Key Value
FileName./usr/lib/.build-id/ba/18ce5a666fea048f2cb2ebd83a8b4f648ce4f4
FileSize33
MD50A4E7CC7854828465E65A92C99A14B56
SHA-10F1EB9989BD4A468E4EA7BEAAF076396500EAE88
SHA-25664DF1931A1FD247CA3DA87F943F73D0BBC0D862459BA354EBD751ECBBC27B73F
SSDEEP3:gCD/ZcM+CDJ:X/ZkCDJ
TLSH
hashlookup:parent-total4
hashlookup:trust70

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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
MD5D240D612D9FE0C9222644D4FE70B3715
PackageArcharmv7hl
PackageDescriptionAn open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainerFedora Project
PackageNamemp
PackageRelease26.20200215git71c21a5.fc32
PackageVersion3.1.0
SHA-15E908377B4333CECD20EA81F4F8A6E894527D7BD
SHA-25688F5A4F541D58515F43750E158BCB38F46219FD660464858E00F61E8CC4AD039
Key Value
MD5BD74261FC86AFE5E408AC0BCDF478F88
PackageArchi686
PackageDescriptionAn open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainerFedora Project
PackageNamemp
PackageRelease26.20200215git71c21a5.fc32
PackageVersion3.1.0
SHA-10CC55BC79B1BB9CEC1C7562D133C7D2C9EBDDC0B
SHA-256AC8F7017E9E2A8BFAB7D5D3164338FCDFDB0406EAF2873C68281FDC6354B30DD
Key Value
MD527C0F40D22F5D38B1EAEDA8DE7561DE9
PackageArcharmv7hl
PackageDescriptionAn open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainerFedora Project
PackageNamemp
PackageRelease31.20200303git7fd4828.fc34
PackageVersion3.1.0
SHA-1D6BB5CA5ACCBA7119AA3C863647E2D1DE725135B
SHA-2565AC8836E7B3A72880933C6C1700944AC5E55E3A306DC3239AEE587A5DF50CB21
Key Value
MD5CB34934754690F80A19959D8675EA588
PackageArcharmv7hl
PackageDescriptionAn open-source library for mathematical programming. Features * Reusable high-performance .nl reader * Efficient type-safe C++ API for connecting solvers to AMPL and other systems: source * Interfaces to solvers supporting AMPL extensions for logic and constraint programming: * IBM ILOG CPLEX and CPLEX CP Optimizer (ilogcp) * Gecode * JaCoP * Interfaces to the following solvers: * LocalSolver * Sulum * Interfaces to other solvers via AMPL Solver Library * Cross-platform build support with CMake and continuous integration systems. This includes third-party solvers and libraries (COIN-OR solvers with CMake support are available in the ampl/coin repository). * AMPLGSL, an AMPL function library providing access to the GNU Scientific Library (GSL) functions. See the AMPLGSL documentation. * Database support on Linux and MacOS X. See Database and spreadsheet connection guide. * SMPSWriter, a converter from deterministic equivalent of a two-stage stochastic programming (SP) problem written in AMPL to an SP problem in SMPS format.
PackageMaintainerFedora Project
PackageNamemp
PackageRelease31.20200303git7fd4828.fc33
PackageVersion3.1.0
SHA-1B5DB023D2F9BCB4258D7DA3120AF5E91693CB4AA
SHA-25698763A861ABFC870EA2CAF80FFAFA0657CDA111B0777A04C6E7023D4BAC6D409