Result for 0FE5CE0B264B30EC15B27E1BB94B6798BDA110BE

Query result

Key Value
FileName./usr/lib64/R/library/sstModel/R/sstModel.rdb
FileSize393845
MD51D240F28EB8E9C336D22C2DA45F49E97
SHA-10FE5CE0B264B30EC15B27E1BB94B6798BDA110BE
SHA-256FA36621F7A7EEED3DDE7FD53B9B36733A76A021C4DD3CE75EECE70319F5BFD56
SSDEEP6144:OCIY2JmA1YC+C2BDs1EHlv0V+z4krZoc9eYHYyVxd3Wnq2BdfxCvj+oiWE2Hyr:OCsU4/+CYD12VmGc9XY+xSJBdpCvj+dr
TLSHT1DB84230B4BCEC1082ADC71A79CA1D1B068DAC5E9D36BB7D326E0D989BF1616E0F7D450
hashlookup:parent-total1
hashlookup:trust55

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Parents (Total: 1)

The searched file hash is included in 1 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD588BD66A44C770DEE22C75033FE8E3D62
PackageArchx86_64
PackageDescriptionFramework for the implementation of solvency related computations based on standard models for the Swiss Solvency Test (SST), a risk-based capital standard for Swiss insurance companies. Allows Monte Carlo simulation of market risk, some insurance risks and their aggregation. Additional toolbox for preprocessing computations. Convenient 'shiny' GUI combined with a parser for an input 'excel' (.xlsx) template to simplify model configuration, data fill-in and results visualization.
PackageNameR-sstModel
PackageReleaselp154.9.1
PackageVersion1.0.0
SHA-14DF0F03C7B0E02DBD37DCDBD2A77B2969416ED1F
SHA-256A98893A33D1CC118A3F9EC24D43FEE7924710CBAE0DCBFAE1AC3813E2A62C210