Parents (Total: 16)

The searched file hash is included in 16 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	D080DE347CD7782466470AF387AE33C0
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	python3-pako
PackageRelease	lp152.2.6
PackageVersion	0.2.3
SHA-1	0D4CEA6B352BB3D680775B7DDE0F01CBE23E3F07
SHA-256	0711EFA872F57BB53B41DB30B75DFFF4FA9FA342C5FADAC3FF794C3879AE16A5

Key	Value
MD5	B9910EA72B77844A67F7923205E3BE79
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	python3-pako
PackageRelease	2.6
PackageVersion	0.2.3
SHA-1	13BF4560357E9A9E9023F897CDA34E4840EB1922
SHA-256	60FD120C88C9535E5B99C42C8E4B955BE0222963C3239C5971F3B07A9EA93392

Key	Value
MD5	4A7F23514DE28983CEF735B71932A95C
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	python3-pako
PackageRelease	lp153.2.14
PackageVersion	0.2.3
SHA-1	1E189E0F08CEAFC60C50DACC838EF71F613BF8B7
SHA-256	CC172EA3C57E1A4553B19DC72AA313663A0F51CF2334B58BB0F89D1DAD7E1BFF

Key	Value
MD5	0EB59606F1F638DBCA2EF6EE9D7BF2D5
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	python3-pako
PackageRelease	lp153.4.5
PackageVersion	0.2.3
SHA-1	41DFE5CB68A58C9EB5D1698CFBA5229C8A56BA32
SHA-256	1AA344ABAC0C44D6DF092FFF05FC3510E4ACCA18456FB829152F18584D1E8F86

Key	Value
MD5	D3AC076D556F2864C3DF6FF44CFFE57B
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	python3-pako
PackageRelease	lp153.4.14
PackageVersion	0.2.3
SHA-1	5A1E03678AB5E795602DDCA229E66CBC85B86DEE
SHA-256	41088B3955018141D1D81FC90D8221CEE11E3DFF3CD3C15CC79825DA7239DA2A

Key	Value
MD5	F10BABD37FE70C017B8AAFDC1D9A5AB1
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	python3-pako
PackageRelease	lp154.2.1
PackageVersion	0.2.3
SHA-1	60C9CBC245E66E1844D87678CCE0861D05A97697
SHA-256	6AA241B57966CC5B02F387F9F88E28943B05BAD40EC9C4CECD0AB8B6CBAE3174

Key	Value
MD5	765B126F6EA56350211759870248F7D3
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	python3-pako
PackageRelease	2.6
PackageVersion	0.2.3
SHA-1	76C0187A258210A376B899717583B1225476AFC3
SHA-256	6A57507093CA3BD2ECBC7B63D0A2D992BC850F95B54ED3EDE47836DB48F0B72E

Key	Value
MD5	E96082B057B87962C3A6273BAC8F7DD4
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	python3-pako
PackageRelease	2.54
PackageVersion	0.2.3
SHA-1	80DB66FED584B6256DFF4A9198E606CD27D4FB8C
SHA-256	7219AD4719B4F3337D8418ECE16B37B1FC50EAEAD6ABF8799F374BE38AB8A75D

Key	Value
MD5	06335640FA620AB7769942A81D24A537
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	python3-pako
PackageRelease	4.4
PackageVersion	0.2.3
SHA-1	9A3CB0F3DD221461767AF25B310008FC79C8EF17
SHA-256	3DBFD5B806A5EE39F78DA437BCAC99711F86495118875CBBF0DF4DD54E865D6E

Key	Value
MD5	B7B32D45C3A8ABD300FA1FB8C300AC7D
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	python3-pako
PackageRelease	lp152.2.7
PackageVersion	0.2.3
SHA-1	9A766D94C7CC5280ADEA2ED51896ECF38F246A24
SHA-256	EB0AD8732A83211BB5537F06503178F9536E4197B9594DE112901860266DAEB5