Parents (Total: 18)

The searched file hash is included in 18 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	9302E3ECB5973D27D513DEDC0FBADA8B
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	lp152.4.7
PackageVersion	0.2.3
SHA-1	08686A1E616164F1A0D3E6ACBB240037BCCCD433
SHA-256	B4110BB7B045A354030029FA46CEAC58E9B0FD23ACC7A060E21D85607B35D7B8

Key	Value
MD5	EEF98A9B231F8A252BE1C1FAD8C13775
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	lp151.4.2
PackageVersion	0.2.3
SHA-1	10F3AC74A9765DD82CF185E6A2AEEFE23A51BE29
SHA-256	42A98309C9C1FC6453F1501D879B148E520308B7329477CEFC1BD03F4A83D84D

Key	Value
MD5	8ED6E67BB473126CD4FB08AFC9E5D188
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	2.6
PackageVersion	0.2.3
SHA-1	3339CAC16C25A9C3252A1478F200EA99C6A7E07D
SHA-256	967BB7278FDFCC11D54B1F84313AA3D9103804F7CDA14726AD82600337F4ADD8

Key	Value
MD5	BA8BD4222B1DEDDC6D031D999E1E4A49
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	4.10
PackageVersion	0.2.3
SHA-1	3500189EB9709C1A8A7E1AA3D085F62EBEC31A2F
SHA-256	5FC522AA0CBE2B2F3092880E2158F22662171E3005802D7B121563558D06B503

Key	Value
MD5	5B1D4F7E085A82190BD273C83DED3B9B
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	lp152.2.7
PackageVersion	0.2.3
SHA-1	3DF03AEC1320D3C56FAC0710203BACEE0A3D3650
SHA-256	E4927C2F97BDA604EA500CEFCA74093EFBF76B2675978F1956AD0B431BA4D773

Key	Value
MD5	7C046BC06FD18EBC6F1BABE75313BF97
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	2.6
PackageVersion	0.2.3
SHA-1	455B8D443B5E90F9D5E6FC02FBF006D2539A9D20
SHA-256	97191DC5B92A2F224113081F907BCD2E97D575AF338534C0EB2921D4F241A662

Key	Value
MD5	D114798C9FFCA85C7B6887791C09B7CC
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	2.43
PackageVersion	0.2.3
SHA-1	57768BBFB4008EFC8935DFAF4880BE6D98E4F843
SHA-256	3B72EAAFACF7ECDC11248787E43C9441ACB005690518A9060956D8ECF877C06C

Key	Value
MD5	10E3358972E219705B68999A629F026F
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	lp153.2.14
PackageVersion	0.2.3
SHA-1	597ADA3E36460707C7B95B50AF28651BC85EE6FB
SHA-256	45BF8A85557C3A51E9DBB870E2BCAAC5109D435BA2FE7E26E1F67E48B654CF6F

Key	Value
MD5	0C3C01E31CB7415B783D463246518606
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	lp153.4.5
PackageVersion	0.2.3
SHA-1	5A4DDE811B00E3129244B6889070036D4FCC384A
SHA-256	7F4204AA087575DDB32C9B79AA82C8248C939E440F867A81C4D2730214C4121E

Key	Value
MD5	1118A3114338E826C37E7C46174D5811
PackageArch	noarch
PackageDescription	Often, scripts need to install system dependencies using the native package manager of the user's OS. Typically, this is solved by having some bash script that runs apt-get, assuming the user is on Ubuntu. Smarter scripts use hand crafted code to detect the user's platform and aggregate a set of dependencies on a few of the more popular platforms. Our approach is different: * Parse package format (devel/debug/normal library or executable) * Look up package managers that exist in PATH * Format parsed package with common package convention of package manager More on https://github.com/MycroftAI/pako
PackageName	python2-pako
PackageRelease	2.54
PackageVersion	0.2.3
SHA-1	A3F1C54E8E514A9B8B7BBD976A52B18567A751BC
SHA-256	0EEDA953648202AF44A2574CD1787ED06E0B7259E23416E5577B26A3365EBDC1