Parents (Total: 12)

The searched file hash is included in 12 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	162008329E647B913A943E8B1FC33B55
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc21
PackageVersion	3.4.0.2
SHA-1	E0D12AF7B34372C590AFFC82605F12C76FD3A7B9
SHA-256	E7709D878B74A70C2784FB43DA60278BFF5385DE86746F5B1A6A2307064E3CA1

Key	Value
MD5	3A4982766B6319D19C87A751B334E35A
PackageArch	noarch
PackageDescription	The ancient ConfigParser module available in the standard library 2.x has seen a major update in Python 3.2. This package is a backport of those changes so that they can be used directly in Python 2.6 - 3.5.
PackageMaintainer	Fedora Project
PackageName	python-configparser
PackageRelease	1.el6
PackageVersion	3.5.0b2
SHA-1	96BC4D229578DDDE3579CC74C2BFA5412F549C9C
SHA-256	6AAAE947AE893D28BF82EB18740ABD9B4708216F61D3214B2E425C858153631E

Key	Value
MD5	B71A76F827CC0EEFCF3868F31369529A
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc21
PackageVersion	3.4.0.2
SHA-1	9A7DE6C564DC53B620F5F5C981CE556696381A60
SHA-256	E0B845E722FB30C8127F4AC10E6E9CE30821F047476AA684F8CA3B8802B83404

Key	Value
MD5	88884CAEAD1BE42FA8D3917918556453
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc22
PackageVersion	3.4.0.2
SHA-1	53710B6ACAECA400A6707A1BCBE19CBFBC2168F4
SHA-256	CBC0E1942B91CAC3E1FCC95EBD660EF713D437C60DFDF6FF153B086FD7876161

Key	Value
MD5	90B3BA947FEFDA00A34E39371860E28A
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc21
PackageVersion	3.4.0.2
SHA-1	63C14D7896CEA6A0E873A9CDEC025F206301E77B
SHA-256	73E6CEDD7E88E1F1AA0C83636C46D8C0FED9821D71078EC7C12DFE7D9902F733

Key	Value
MD5	08BEE4504046B90F68F04070E12E4C63
PackageArch	noarch
PackageDescription	A backport of functools.lru_cache from Python 3.3 as published at ActiveState.
PackageMaintainer	Fedora Project
PackageName	python2-backports-functools_lru_cache
PackageRelease	4.el7
PackageVersion	1.2.1
SHA-1	5A6E7E516A4D17ADEDEBAF36EB099BF5E48FC609
SHA-256	34CA94050B0052B350BACCD37C19204F65ADE13C3060D7002844F9BF474FF0D0

Key	Value
MD5	A7F896864EF4CDEC890286EFB26AE720
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc22
PackageVersion	3.4.0.2
SHA-1	406E6424CAADCC839D0CB927E1ABEF14D3288CFE
SHA-256	E241DA541B838C65783EFA9FF62A0B6DF4452CA088EB7521DFE807227F269979

Key	Value
MD5	61BD4E9D184C6E17679C3C22353FC255
PackageArch	noarch
PackageDescription	The ancient ConfigParser module available in the standard library 2.x has seen a major update in Python 3.2. This package is a backport of those changes so that they can be used directly in Python 2.6 - 3.5.
PackageMaintainer	Fedora Project
PackageName	python-configparser
PackageRelease	1.el7
PackageVersion	3.5.0b2
SHA-1	3599C27E7E9C92AE727477EB3363668FC3322E14
SHA-256	D037196E3528CA9823B055BEC996662F317095601B77B6999C1247D9F036B0C3

Key	Value
MD5	08B6E225214F06742E5EDCA76461FDE7
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc22
PackageVersion	3.4.0.2
SHA-1	64938307FBACCC6F6F9234499E37E8B255AF9E01
SHA-256	7F5B7F818B801D86AC84F34A3C09694655C9A6F5301D591F975383F886F820E7

Key	Value
MD5	E534C79840D59C06C25A78BA412C7B98
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc22
PackageVersion	3.4.0.2
SHA-1	F8DEBB1CE2F606BD936E344883E1408DB6C3079B
SHA-256	5BB495EFE95BDAFCAF14E22CDBE0898E820464792CF9400566D3F5328568E28C

Key	Value
MD5	96869692F504F67328670246608F0B37
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc22
PackageVersion	3.4.0.2
SHA-1	69BF68530E28A1EC65D27AEC55DC557734CCA442
SHA-256	A6A0E003E85D2EDC9E2C54406F371FEFB64CEBA5912D4DDD789A86F92FC15103

Key	Value
MD5	6AADF79A982C5257C04A8FAA075FAD7C
PackageArch	noarch
PackageDescription	The Secure Sockets layer is only actually secure if you check the hostname in the certificate returned by the server to which you are connecting, and verify that it matches to hostname that you are trying to reach. But the matching logic, defined in RFC2818, can be a bit tricky to implement on your own. So the ssl package in the Standard Library of Python 3.2 now includes a match_hostname() function for performing this check instead of requiring every application to implement the check separately. This backport brings match_hostname() to users of earlier versions of Python. The actual code inside comes verbatim from Python 3.2.
PackageMaintainer	Fedora Project
PackageName	python-backports-ssl_match_hostname
PackageRelease	4.fc22
PackageVersion	3.4.0.2
SHA-1	FF36A738D5BFFA0B6F9C8855050B1D6417B26CB2
SHA-256	E81DEC5D16558FBDB145094A09826D085A7DEC9CA6EC8C6D5CE9A249F7A5C2F7