Parents (Total: 10)

The searched file hash is included in 10 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
MD5	373A0013B86C08C9036BDD5EBC327704
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	2.fc23
PackageVersion	1.15.0
SHA-1	92BAE951C60C6B0873BA32459B2C4E1BFE56F964
SHA-256	63CAAD527EDED78A9FA1DBA5249EDFBA9F4C6B52B5265F83C9CAF4870B08116D

Key	Value
MD5	23532F90F0BBD48A2A26C41D36053B51
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	1.fc22
PackageVersion	1.15.0
SHA-1	447F8652766A4ED572F1CE05FE71C010234EF69C
SHA-256	582EBDA2F7D3BC36D2AECE548CBFA04A92AB1FEF017F0C67EE2396E9B075B7AF

Key	Value
MD5	F1B4DA3CBC03A15668A41ACDF2A168F4
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	3.fc24
PackageVersion	1.15.0
SHA-1	637805EA2B1E1DA4795B9B0AB9515A20BF3443B5
SHA-256	1F10D5E60B3865668CA488E1621BCA273FE6390A15F445C89F2B6F9600CA418B

Key	Value
MD5	36D16A77A62C133B083E41AE58001E4D
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	11.fc33
PackageVersion	1.15.0
SHA-1	A7BF82388E9AB49FD120A9308BCC65D6B39B12CF
SHA-256	68A87A2A45314211977133F1D50CF022A7F44D4F5CE51128E26ED898C6D0BAB0

Key	Value
MD5	309D894EC76D792447F2C29D244B172C
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	3.fc24
PackageVersion	1.15.0
SHA-1	1809023FBA80B6BB59C9365DD61BE3B86D94EC41
SHA-256	C2A1FB0A23FFEBABD24E91171E16A03850462F06D99D12C882C23D3E913A8F7E

Key	Value
MD5	401C2E3237D62CB57FD1A66D802D9FA4
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	2.fc23
PackageVersion	1.15.0
SHA-1	E5A6F10CEBB04E5885AF25295C71865D00A43D86
SHA-256	01522FC99CFCEC8A874EF5A0B0713426E2E9ED5F1658AD658FB940FEF7360105

Key	Value
MD5	988E1F73455AA4CC528B16855C7D4417
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	1.fc22
PackageVersion	1.15.0
SHA-1	F92F20B881481C579EC834E88563341C5364AE70
SHA-256	89A5ED0E50320E0C241CA8C6F59059A24410E9C4349F8BBEDA7D7629D58A3363

Key	Value
MD5	C485A1C617F4307833D6EAD5AB847221
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	1.fc22
PackageVersion	1.15.0
SHA-1	C47EE0B5A4E2836E970017D73124F8AB264B9C20
SHA-256	AB61EE3A3899CA870E0504B0BAFB51085E56A87A27D004AC454B72A7EFCA5DAA

Key	Value
MD5	3363FB8359F2874610801BA62EF4F5B3
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	2.fc23
PackageVersion	1.15.0
SHA-1	131F1BBA5FA2FB7EE42FAB88E44FCAB1A9A89DCA
SHA-256	1B91FB4444DFD26E6FE019313AA6645EA27D80F4B2D699C8E30BFD455550EC02

Key	Value
MD5	5A697C35B1CCC20C493F28EBE41B25EC
PackageArch	noarch
PackageDescription	Coxpcall encapsulates the protected calls with a coroutine based loop, so errors can be handled without the usual pcall/xpcall issues with coroutines. Using Coxpcall usually consists in simply loading the module and then replacing Lua pcall and xpcall by copcall and coxpcall.
PackageMaintainer	Fedora Project
PackageName	lua-coxpcall
PackageRelease	10.fc32
PackageVersion	1.15.0
SHA-1	CC2E27D538A1535A24F63429D46B8BF390D66CC6
SHA-256	C420AC32AA4BDE35FE000A6073231F87B95A65E0831DDE913862A9709ABD6431