Result for 20291F24341BE75CFE860C409CDB62C421937E8E

Query result

Key Value
FileName./usr/lib/ghdl/src/synopsys/std_logic_arith.vhdl
FileSize70211
MD55091E8F0668579F0C00EF8ACF096E440
SHA-120291F24341BE75CFE860C409CDB62C421937E8E
SHA-2560FBC7B814CA42130C1DC7B654609618FF2A1C95749012136425BAB9883425227
SSDEEP384:vgZtspjN1ddnwR3xhttbeU+dNdnF2hhaH5CVtpN/apFz4daoWJADt5rB1eFhWnO3:vgZq4daoWJA55uQcaaw8BpdD
TLSHT13F63F0C9AFA372975257E02657F50916B23F58E3909B2801B4AD30F76F30F4093E95B9
hashlookup:parent-total44
hashlookup:trust100

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Parents (Total: 44)

The searched file hash is included in 44 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD54A1122F59F1639BCAC086CD511A66DB7
PackageArchppc64
PackageDescriptionThis package contains the runtime libraries needed to link ghdl-llvm-compiled object files into simulator executables. llvm-grt contains the simulator kernel that tracks signal updates and schedules processes.
PackageMaintainerFedora Project
PackageNameghdl-llvm-grt
PackageRelease0.20160503git6ccb80e.0.fc24
PackageVersion0.34dev
SHA-1018E688329EDA4C1945EA3530EFA693E63AB5AA3
SHA-2565F3F960FE7131A2BB5461E149D2C59DA56E637F326C9E80EAA1CFA7F7BDD551A
Key Value
MD501B41AFD5142A74AE6C89C3B4DC8A43B
PackageArchaarch64
PackageDescriptionThis package contains the runtime libraries needed to link ghdl-compiled object files into simulator executables. grt contains the simulator kernel that tracks signal updates and schedules processes.
PackageMaintainerFedora Project
PackageNameghdl-grt
PackageRelease0.20160214gite7adf19.0.fc24
PackageVersion0.34dev
SHA-103BDFF792E993647CA14A989A3525AF95B386731
SHA-2564B06EFC42EF17D1A9DC30C24E0322019E43A61365CC5BE7E81CD056614814A81
Key Value
MD5CDAF042A2D06B6D22FE5E9031B0B5248
PackageArchppc64
PackageDescriptionThis package contains the runtime libraries needed to link ghdl-compiled object files into simulator executables. grt contains the simulator kernel that tracks signal updates and schedules processes.
PackageMaintainerFedora Project
PackageNameghdl-grt
PackageRelease0.hg700.0.fc22
PackageVersion0.33dev
SHA-10668A9FD9B82097668F8A70CA531E7030D4B905A
SHA-2568533B80E0B01109EAB8AC9F5643338F5BF2FE0EC1BA524C71CCC3F625C6B6D3C
Key Value
MD5A3DE43CFCB5F48F0546867F6D65B8BDE
PackageArchppc64le
PackageDescriptionThis package contains the runtime libraries needed to link ghdl-llvm-compiled object files into simulator executables. llvm-grt contains the simulator kernel that tracks signal updates and schedules processes.
PackageMaintainerFedora Project
PackageNameghdl-llvm-grt
PackageRelease0.20160503git6ccb80e.0.fc24
PackageVersion0.34dev
SHA-118D52ADC3ECD5145DDEF292F5AD5E685C319D022
SHA-2565D7BD9CA55A970AC6E94ACDF43B2F22C7F26DF5ED7C6BA8458D92488E5CF9E8A
Key Value
MD54B4EA76A79C8BA037144EC93A6DA1796
PackageArchx86_64
PackageDescriptionThis package contains the runtime libraries needed to link ghdl-compiled object files into simulator executables. grt contains the simulator kernel that tracks signal updates and schedules processes.
PackageMaintainerFedora Project
PackageNameghdl-grt
PackageRelease0.138svn.1.el6
PackageVersion0.29
SHA-11CA568425F7276DB5D568EBF3B7515EE3281E2BF
SHA-256FD943B1733D3388476EE0430BE49BE3D2179911B89C68AC061CC9116EA79FE89
Key Value
FileSize70100
MD56C9D35AE787D950DD2963AC114B3D410
PackageDescriptionVHDL compiler/simulator GHDL is a compiler and simulator for VHDL, a Hardware Description Language. GHDL is not an interpreter: it allows you to analyse and elaborate sources to generate machine code from your design. Native program execution is the only way for high speed simulation. . GHDL offers three machine code generation backends: one based on GCC, one using the LLVM compiler suite and a GHDL specific one called mcode. These are available in the ghdl-gcc, ghdl-llvm and ghdl-mcode packages respectively. Both the GCC and LLVM backends create highly optimized code for excellent simulation performance while simulations compiled with the GCC backend also allow coverage testing using gcov. The mcode backend creates less performant code but makes up for it with much faster compilation. It is therefore preferable for smaller projects without large or long running simulations. . Multiple backends can be installed at the same time and selected by either invoking the desired GHDL directly (as ghdl-gcc, ghdl-llvm or ghdl-mcode) or by providing a GHDL_BACKEND environment variable (containing gcc, llvm or mcode) while invoking ghdl. . This package contains the common files for all backends and requires at least one backend to be installed.
PackageMaintainerDebian Electronics Team <pkg-electronics-devel@lists.alioth.debian.org>
PackageNameghdl
PackageSectionelectronics
PackageVersion0.35+git20181129+dfsg-3
SHA-1244D8B4169CFEDBDBFC32D048A9CC5AAE8BE5A5E
SHA-2561A0C0B43852006C44483D23A518E045A44727D738DF96251B5EEBDFFAF6DF5C1
Key Value
MD5559510609C352FB406898311F0D5E4F4
PackageArchx86_64
PackageDescriptionThis package contains the runtime libraries needed to link ghdl-compiled object files into simulator executables. grt contains the simulator kernel that tracks signal updates and schedules processes.
PackageMaintainerFedora Project
PackageNameghdl-grt
PackageRelease0.73svn.0.el5
PackageVersion0.25
SHA-12488CBCEB4D39F449C32D063D88A9617048D18EB
SHA-25625180753EC39416B7EF3A7449967D652BDFDF3620ACF7D0D6C14BAB6FD0D9C44
Key Value
FileSize70100
MD5BE883509B042C3B40246FAC7806986E5
PackageDescriptionVHDL compiler/simulator GHDL is a compiler and simulator for VHDL, a Hardware Description Language. GHDL is not an interpreter: it allows you to analyse and elaborate sources to generate machine code from your design. Native program execution is the only way for high speed simulation. . GHDL offers three machine code generation backends: one based on GCC, one using the LLVM compiler suite and a GHDL specific one called mcode. These are available in the ghdl-gcc, ghdl-llvm and ghdl-mcode packages respectively. Both the GCC and LLVM backends create highly optimized code for excellent simulation performance while simulations compiled with the GCC backend also allow coverage testing using gcov. The mcode backend creates less performant code but makes up for it with much faster compilation. It is therefore preferable for smaller projects without large or long running simulations. . Multiple backends can be installed at the same time and selected by either invoking the desired GHDL directly (as ghdl-gcc, ghdl-llvm or ghdl-mcode) or by providing a GHDL_BACKEND environment variable (containing gcc, llvm or mcode) while invoking ghdl. . This package contains the common files for all backends and requires at least one backend to be installed.
PackageMaintainerDebian Electronics Team <pkg-electronics-devel@lists.alioth.debian.org>
PackageNameghdl
PackageSectionelectronics
PackageVersion0.35+git20181129+dfsg-3
SHA-12940787D6AD031CEEF3621C2AE3FC41AE644B540
SHA-256D08369B744EC61244B29627C083E64603E0B2E4E71619A609719A4F8E2D5F7B8
Key Value
MD517A1FF484A183D2F9FE2CA3E9CDFEED2
PackageArchppc
PackageDescriptionThis package contains the runtime libraries needed to link ghdl-compiled object files into simulator executables. grt contains the simulator kernel that tracks signal updates and schedules processes.
PackageMaintainerKoji
PackageNameghdl-grt
PackageRelease2.143svn.4.fc16
PackageVersion0.29
SHA-12C47745192669F9EE8F688EB3136477B9CA35842
SHA-2560A8D9D8CB98BBFE64B09A7DE18F923A08EF31AB9CD45F6DE0DA8C47FAEDE9793
Key Value
FileSize70100
MD50232F8A5CBC20D54B1C4880F6DFCDEBF
PackageDescriptionVHDL compiler/simulator GHDL is a compiler and simulator for VHDL, a Hardware Description Language. GHDL is not an interpreter: it allows you to analyse and elaborate sources to generate machine code from your design. Native program execution is the only way for high speed simulation. . GHDL offers three machine code generation backends: one based on GCC, one using the LLVM compiler suite and a GHDL specific one called mcode. These are available in the ghdl-gcc, ghdl-llvm and ghdl-mcode packages respectively. Both the GCC and LLVM backends create highly optimized code for excellent simulation performance while simulations compiled with the GCC backend also allow coverage testing using gcov. The mcode backend creates less performant code but makes up for it with much faster compilation. It is therefore preferable for smaller projects without large or long running simulations. . Multiple backends can be installed at the same time and selected by either invoking the desired GHDL directly (as ghdl-gcc, ghdl-llvm or ghdl-mcode) or by providing a GHDL_BACKEND environment variable (containing gcc, llvm or mcode) while invoking ghdl. . This package contains the common files for all backends and requires at least one backend to be installed.
PackageMaintainerDebian Electronics Team <pkg-electronics-devel@lists.alioth.debian.org>
PackageNameghdl
PackageSectionelectronics
PackageVersion0.35+git20181129+dfsg-3
SHA-1378F0DAA10E18780DD74E498EE2CC23CB1747C4D
SHA-256760BB298C1CEA0A301DD763BA6FD826BFDACE33EDE462F54FDC4ED886B852631