Summary: Hardware RNG based on CPU timing jitter Name: libjitterentropy Version: 2.2.0 Release: r0 License: GPLv2+ | BSD Group: base Packager: Poky URL: http://www.chronox.de/jent.html BuildRequires: virtual/aarch64-poky-linux-compilerlibs BuildRequires: virtual/aarch64-poky-linux-gcc BuildRequires: virtual/libc %description The Jitter RNG provides a noise source using the CPU execution timing jitter. It does not depend on any system resource other than a high- resolution time stamp. It is a small-scale, yet fast entropy source that is viable in almost all environments and on a lot of CPU architectures. %package -n libjitterentropy-src Summary: Hardware RNG based on CPU timing jitter - Source files License: GPLv2+ | BSD Group: devel %description -n libjitterentropy-src The Jitter RNG provides a noise source using the CPU execution timing jitter. It does not depend on any system resource other than a high- resolution time stamp. It is a small-scale, yet fast entropy source that is viable in almost all environments and on a lot of CPU architectures. This package contains sources for debugging purposes. %package -n libjitterentropy-dbg Summary: Hardware RNG based on CPU timing jitter - Debugging files License: GPLv2+ | BSD Group: devel Recommends: glibc-dbg %description -n libjitterentropy-dbg The Jitter RNG provides a noise source using the CPU execution timing jitter. It does not depend on any system resource other than a high- resolution time stamp. It is a small-scale, yet fast entropy source that is viable in almost all environments and on a lot of CPU architectures. This package contains ELF symbols and related sources for debugging purposes. %package -n libjitterentropy-staticdev Summary: Hardware RNG based on CPU timing jitter - Development files (Static Libraries) License: GPLv2+ | BSD Group: devel Requires: libjitterentropy-dev = 2.2.0-r0 %description -n libjitterentropy-staticdev The Jitter RNG provides a noise source using the CPU execution timing jitter. It does not depend on any system resource other than a high- resolution time stamp. It is a small-scale, yet fast entropy source that is viable in almost all environments and on a lot of CPU architectures. This package contains static libraries for software development. %package -n libjitterentropy-dev Summary: Hardware RNG based on CPU timing jitter - Development files License: GPLv2+ | BSD Group: devel Requires: libjitterentropy2 = 2.2.0-r0 Recommends: glibc-dev %description -n libjitterentropy-dev The Jitter RNG provides a noise source using the CPU execution timing jitter. It does not depend on any system resource other than a high- resolution time stamp. It is a small-scale, yet fast entropy source that is viable in almost all environments and on a lot of CPU architectures. This package contains symbolic links, header files, and related items necessary for software development. %package -n libjitterentropy-doc Summary: Hardware RNG based on CPU timing jitter - Documentation files License: GPLv2+ | BSD Group: doc %description -n libjitterentropy-doc The Jitter RNG provides a noise source using the CPU execution timing jitter. It does not depend on any system resource other than a high- resolution time stamp. It is a small-scale, yet fast entropy source that is viable in almost all environments and on a lot of CPU architectures. This package contains documentation. %package -n libjitterentropy-locale Summary: Hardware RNG based on CPU timing jitter License: GPLv2+ | BSD Group: base %description -n libjitterentropy-locale The Jitter RNG provides a noise source using the CPU execution timing jitter. It does not depend on any system resource other than a high- resolution time stamp. It is a small-scale, yet fast entropy source that is viable in almost all environments and on a lot of CPU architectures. %package -n libjitterentropy2 Summary: Hardware RNG based on CPU timing jitter License: GPLv2+ | BSD Group: base Requires: ld-linux-aarch64.so.1()(64bit) Requires: ld-linux-aarch64.so.1(GLIBC_2.17)(64bit) Requires: libc.so.6()(64bit) Requires: libc.so.6(GLIBC_2.17)(64bit) Requires: libc6 >= 2.31+git0+4f0a61f753 Requires: rtld(GNU_HASH) Requires(post): ld-linux-aarch64.so.1()(64bit) Requires(post): ld-linux-aarch64.so.1(GLIBC_2.17)(64bit) Requires(post): libc.so.6()(64bit) Requires(post): libc.so.6(GLIBC_2.17)(64bit) Requires(post): libc6 >= 2.31+git0+4f0a61f753 Requires(post): rtld(GNU_HASH) Provides: libjitterentropy = 2.2.0 Provides: libjitterentropy.so.2()(64bit) %description -n libjitterentropy2 The Jitter RNG provides a noise source using the CPU execution timing jitter. It does not depend on any system resource other than a high- resolution time stamp. It is a small-scale, yet fast entropy source that is viable in almost all environments and on a lot of CPU architectures. %post -n libjitterentropy2 # libjitterentropy2 - postinst #!/bin/sh set -e if [ x"$D" = "x" ]; then if [ -x /sbin/ldconfig ]; then /sbin/ldconfig ; fi fi %files -n libjitterentropy-src %defattr(-,-,-,-) %dir "/usr" %dir "/usr/src" %dir "/usr/src/debug" %dir "/usr/src/debug/libjitterentropy" %dir "/usr/src/debug/libjitterentropy/2.2.0-r0" %dir "/usr/src/debug/libjitterentropy/2.2.0-r0/git" "/usr/src/debug/libjitterentropy/2.2.0-r0/git/jitterentropy-base-user.h" "/usr/src/debug/libjitterentropy/2.2.0-r0/git/jitterentropy-base.c" "/usr/src/debug/libjitterentropy/2.2.0-r0/git/jitterentropy.h" %files -n libjitterentropy-dbg %defattr(-,-,-,-) %dir "/usr" %dir "/usr/lib" %dir "/usr/lib/.debug" "/usr/lib/.debug/libjitterentropy.so.2.2.0" %files -n libjitterentropy-dev %defattr(-,-,-,-) %dir "/usr" %dir "/usr/include" %dir "/usr/lib" "/usr/include/jitterentropy-base-user.h" "/usr/include/jitterentropy.h" "/usr/lib/libjitterentropy.so" %files -n libjitterentropy-doc %defattr(-,-,-,-) %dir "/usr" %dir "/usr/share" %dir "/usr/share/man" %dir "/usr/share/man/man3" "/usr/share/man/man3/jitterentropy.3.gz" %files -n libjitterentropy2 %defattr(-,-,-,-) %dir "/usr" %dir "/usr/lib" "/usr/lib/libjitterentropy.so.2.2.0" "/usr/lib/libjitterentropy.so.2"