Result for 08CFCEB598E81BB8A344BC702BC80143BDDD3D86

Query result

Key Value
FileName./usr/include/wasm32-wasi/sys/ioctl.h
FileSize3296
MD509B03707E61F5D373FDE250F4254C534
SHA-108CFCEB598E81BB8A344BC702BC80143BDDD3D86
SHA-25605C9F9D0C3F8B6288D5770664E5295D636B058E353EAEF8F4F9ABC56C2C739D4
SSDEEP48:1ADL6G4NIi81uF2Gmp62u9Vv1sL3Ag9p2PJDTJXkuJrvA5RQFk9hiCMFgrN+IcVP:MOG28XIe2JJXzzaF+
TLSHT1D46168594EDBD16CDCB57582223E5D140817FCB390818CEE302DEEAC4FAA425A6F61CE
tar:gnameroot
tar:unameroot
hashlookup:parent-total8
hashlookup:trust90

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Parents (Total: 8)

The searched file hash is included in 8 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
FileSize782036
MD5AF680F0C86716F3AC7E7CC0A150359B8
PackageDescriptionWASI libc implementation for WebAssembly This is a work in progress. It's usable for many purposes, though the APIs aren't stable yet. For example, this is used by the Rust compiler to build its standard library for the wasm32-wasi target. . First, it's a usable libc. It builds a "libc" which can be used by compilers, such as Clang 8.0, using the wasm32-wasi target. It's a work in progress, but it is already sufficient to run basic programs. . Second, it's a "reference" implementation, which means the interfaces defined here can be used by other tools and libraries, even if they don't use all the actual implementations here. For example, we don't expect everyone will want to use the exact malloc implementation provided here, but tools and libraries using an ABI-compatible malloc interface will be able to interoperate regardless of which actual implementation is used. . Third, it's an example showing the use of the WASI API. The libc functionality is implemented using calls to WASI functions.
PackageMaintainerUbuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageNamewasi-libc
PackageSectiondevel
PackageVersion0.0~git20200319.9efc2f4-2
SHA-1577BDB593394C664D6A710944BB0970026C30632
SHA-256231F1556FA0E0807F25926494CD6A895F446D2A082E6AB1773B96FD67E3D2E11
Key Value
MD593D7E2989F2DE0BEDC778DB229855279
PackageArchx86_64
PackageDescription Go compiler for small places. Microcontrollers, WebAssembly, and command-line tools. Based on LLVM.
PackageMaintainerFedora Project
PackageNametinygo
PackageRelease3.fc34
PackageVersion0.16.0
SHA-18872B619F4EE547050D96D6A4128A31028A4C47F
SHA-256CD441D2C2C8563DAE249706DB7F7692E29CDDEE250C0F3D18B9DD78EF8417406
Key Value
FileNamehttp://archlinux.mirror.root.lu//pool//community//tinygo-0.16.0-2-x86_64.pkg.tar.zst
MD51205DEDCB72136027FF7BC48949F5812
SHA-12A203BD47B3249461F10BB7CAAA6ACF12B28DA1D
SHA-256E7CA0D825FF205762EF231323F939CC29851232CEB3B9B9FC7B257F269FC0242
SSDEEP196608:ZP/i2hi0PpvNZP+NZ5iRH2nVde8u5CO9sw9Q3:M2n5KNZ5iB2VHukO9xQ3
TLSHT1E7963388A2B3C522FC47783A29132301F245EE75A4D5CDF6F314B485DA3B8C9F7615AA
Key Value
MD53E319A4B76365E563CBFF511EC05C9C4
PackageArchaarch64
PackageDescription Go compiler for small places. Microcontrollers, WebAssembly, and command-line tools. Based on LLVM.
PackageMaintainerFedora Project
PackageNametinygo
PackageRelease3.fc34
PackageVersion0.16.0
SHA-1D85740DD5B2D3D63E84D31A4B7B05EC6AD50C297
SHA-25630356CDC97192BB278FC944E64B32B3786327B6D50AFA157588ACD314493C5E2
Key Value
FileNamehttp://archlinux.mirror.root.lu//pool//community//tinygo-0.17.0-1-x86_64.pkg.tar.zst
MD55951260F4D060CF62D541188F992FED2
SHA-1FF222356338CA4B781B54C736C53A1CF8577FD7D
SHA-256D036DCD385553F8FAD3D3FD4CD0A1C3E277348644017C50FD42E2556076E2065
SSDEEP196608:KYf51EbvHU5xheerc6QINTeoy2Z1QwadONLtNBL74tR:pfQbf8e6QgpyKBadOVvBc
TLSHT1659633984435CF04BC7FB63502621AA2D2429C35B591ECF9F362B546C2BFFE51B609A3
Key Value
FileSize796268
MD545F817AB52B57076673DE82211B8892E
PackageDescriptionWASI libc implementation for WebAssembly This is a work in progress. It's usable for many purposes, though the APIs aren't stable yet. For example, this is used by the Rust compiler to build its standard library for the wasm32-wasi target. . First, it's a usable libc. It builds a "libc" which can be used by compilers, such as Clang 8.0, using the wasm32-wasi target. It's a work in progress, but it is already sufficient to run basic programs. . Second, it's a "reference" implementation, which means the interfaces defined here can be used by other tools and libraries, even if they don't use all the actual implementations here. For example, we don't expect everyone will want to use the exact malloc implementation provided here, but tools and libraries using an ABI-compatible malloc interface will be able to interoperate regardless of which actual implementation is used. . Third, it's an example showing the use of the WASI API. The libc functionality is implemented using calls to WASI functions.
PackageMaintainerUbuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageNamewasi-libc
PackageSectiondevel
PackageVersion0.0~git20200731.215adc8-2
SHA-1003F857743DAD6E1FC11B6A006C4B09F314859C6
SHA-256CF680D3AA0069944D43C2AE84E65DB38729DA8CD7C86133F7EBD7BC4FDE4AB42
Key Value
FileSize801960
MD5225CE93638F21C5DEEC2BBCE4F7A29BD
PackageDescriptionWASI libc implementation for WebAssembly This is a work in progress. It's usable for many purposes, though the APIs aren't stable yet. For example, this is used by the Rust compiler to build its standard library for the wasm32-wasi target. . First, it's a usable libc. It builds a "libc" which can be used by compilers, such as Clang 8.0, using the wasm32-wasi target. It's a work in progress, but it is already sufficient to run basic programs. . Second, it's a "reference" implementation, which means the interfaces defined here can be used by other tools and libraries, even if they don't use all the actual implementations here. For example, we don't expect everyone will want to use the exact malloc implementation provided here, but tools and libraries using an ABI-compatible malloc interface will be able to interoperate regardless of which actual implementation is used. . Third, it's an example showing the use of the WASI API. The libc functionality is implemented using calls to WASI functions.
PackageMaintainerDebian Rust Maintainers <pkg-rust-maintainers@alioth-lists.debian.net>
PackageNamewasi-libc
PackageSectiondevel
PackageVersion0.0~git20201130.5879558-1
SHA-152B0AF40F91FA91440AB2C2C2509053EAAA8EA60
SHA-2561FE5C60649F473F45D8ED5C6BB897A30743BDCA7B4D78B8D7B72C9E68F88D5DC
Key Value
FileSize796596
MD514EBA44BF6FCAFC386E9933E75C95B1C
PackageDescriptionWASI libc implementation for WebAssembly This is a work in progress. It's usable for many purposes, though the APIs aren't stable yet. For example, this is used by the Rust compiler to build its standard library for the wasm32-wasi target. . First, it's a usable libc. It builds a "libc" which can be used by compilers, such as Clang 8.0, using the wasm32-wasi target. It's a work in progress, but it is already sufficient to run basic programs. . Second, it's a "reference" implementation, which means the interfaces defined here can be used by other tools and libraries, even if they don't use all the actual implementations here. For example, we don't expect everyone will want to use the exact malloc implementation provided here, but tools and libraries using an ABI-compatible malloc interface will be able to interoperate regardless of which actual implementation is used. . Third, it's an example showing the use of the WASI API. The libc functionality is implemented using calls to WASI functions.
PackageMaintainerDebian Rust Maintainers <pkg-rust-maintainers@alioth-lists.debian.net>
PackageNamewasi-libc
PackageSectiondevel
PackageVersion0.0~git20200731.215adc8-2
SHA-16277770488711CD9F12109C4306F43D70AA6BE4C
SHA-256E1AB576CBEF10634D0DABBE153CCE9B6F26BA62DE13F1C3902C523B92FD04656