Key | Value |
---|---|
FileName | ./usr/share/why/why/single_strict.why |
FileSize | 3249 |
MD5 | 2AC45AE3ADEDAC9B17E1D6135B3AB512 |
SHA-1 | 049299D6101D95C137FED8E423EF488F92DFB24A |
SHA-256 | 0F7BCE866FDBF60638EA050421E35A2BDA2222E6511E4D6BE96946141D896A73 |
SSDEEP | 24:TigKK4qFcucQ1vfoGxgxGQ/rAzpYMppbZHtpAo4pNm8pdmXpv:ZhFcuF7gAQDAzOMpLN6o4Pm8/mXd |
TLSH | T11961F5A9F6A467606E35F4B01A17A809DF1F6CF572CC2991BE6C4C8C43E9D10F25535C |
hashlookup:parent-total | 3 |
hashlookup:trust | 65 |
The searched file hash is included in 3 parent files which include package known and seen by metalookup. A sample is included below:
Key | Value |
---|---|
MD5 | 9D7DF8B3401D623E23087B39927245F3 |
PackageArch | ppc |
PackageDescription | Why is a software verification platform that applies formal proving tools to annotated programs. It is currently capable of analysis of C (through the included tool "Caduceus"), Java (through the included tool "Krakatoa"), and potentially ML programs with some modification into Why's own ML-like language. Furthermore, Why is capable of analysis of any program that is mapped onto its own internal language. It uses a weakest precondition involving calculus to generate potential theorems necessary for the proof of a program's correctness. It translates these theorems into formats that can be used by external proof assistants (without any extra work, Coq, PVS, HOL Light, Mizar are supported - having one is recommended and Coq is packaged for Fedora) and automated theorem provers (without any extra work, Simplify, Alt-Ergo, Yices, Z3, CVC Lite, Zenon are supported and Zenon is packaged for Fedora) so that these results can be externally proven, resulting in a proof of program correctness. |
PackageMaintainer | Koji |
PackageName | why |
PackageRelease | 2.fc13 |
PackageVersion | 2.23 |
SHA-1 | 14222758E38A8EDEF7B816F0AF359CEE0507F963 |
SHA-256 | F9F21E91D9C47CAD4C76156F4F7B2F2C60ED0993BE2EA3514045FFCF5909B8FA |
Key | Value |
---|---|
MD5 | 3EB1C16646B2D06054A0E22BA5E484A0 |
PackageArch | ppc |
PackageDescription | Why is a software verification platform that applies formal proving tools to annotated programs. It is currently capable of analysis of C (through the included tool "Caduceus"), Java (through the included tool "Krakatoa"), and potentially ML programs with some modification into Why's own ML-like language. Furthermore, Why is capable of analysis of any program that is mapped onto its own internal language. It uses a weakest precondition involving calculus to generate potential theorems necessary for the proof of a program's correctness. It translates these theorems into formats that can be used by external proof assistants (without any extra work, Coq, PVS, HOL Light, Mizar are supported - having one is recommended and Coq is packaged for Fedora) and automated theorem provers (without any extra work, Simplify, Alt-Ergo, Yices, Z3, CVC Lite, Zenon are supported and Zenon is packaged for Fedora) so that these results can be externally proven, resulting in a proof of program correctness. |
PackageMaintainer | Koji |
PackageName | why |
PackageRelease | 2.fc13 |
PackageVersion | 2.23 |
SHA-1 | F5D5E9155608A74803AE792EE926D40BCDBD7CAE |
SHA-256 | 860A835C345B13EA22F51412FF4044254C033B6C0495711C5AA78203B3722351 |
Key | Value |
---|---|
MD5 | 8B09755A593A816D048F2E8750C55EA3 |
PackageArch | ppc |
PackageDescription | Why is a software verification platform that applies formal proving tools to annotated programs. It is currently capable of analysis of C (through the included tool "Caduceus"), Java (through the included tool "Krakatoa"), and potentially ML programs with some modification into Why's own ML-like language. Furthermore, Why is capable of analysis of any program that is mapped onto its own internal language. It uses a weakest precondition involving calculus to generate potential theorems necessary for the proof of a program's correctness. It translates these theorems into formats that can be used by external proof assistants (without any extra work, Coq, PVS, HOL Light, Mizar are supported - having one is recommended and Coq is packaged for Fedora) and automated theorem provers (without any extra work, Simplify, Alt-Ergo, Yices, Z3, CVC Lite, Zenon are supported and Zenon is packaged for Fedora) so that these results can be externally proven, resulting in a proof of program correctness. |
PackageMaintainer | Koji |
PackageName | why |
PackageRelease | 2.fc13 |
PackageVersion | 2.23 |
SHA-1 | 2AD7E3AFBF08D5D2267F8F87368A1736084A6E60 |
SHA-256 | 7CEF1CCE67DA122A29A507FBB8A773E1019918BE9C598C1EC7E9D6058E79FAC7 |