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
MD5	6CDC7981DA1288006E608A8324F7E583
PackageArch	x86_64
PackageDescription	Chrony is an implementation of the Network Time Protocol (NTP). It can synchronize the system clock with NTP servers, reference clocks (e.g. a GPS receiver), and manual input using wristwatch and keyboard. It can also operate as an NTPv4 (RFC 5905) server and peer to provide a time service to other computers in the network. Chrony consists of two programs: chronyd and chronyc. Chronyd is a daemon which runs in the background on the system. It obtains measurements of the system clock’s offset relative to time servers on other systems via the network and adjusts the system time accordingly. For isolated systems, the user can periodically enter the correct time by hand (using chronyc). In either case, chronyd determines the rate at which the computer gains or loses time, and compensates for this. Chronyd can act as either a client or a server. Chronyc provides a user interface to chronyd for monitoring its performance and configuring various settings. It can do so while running on the same computer as the chronyd instance it is controlling or a different computer.
PackageName	chrony
PackageRelease	8.2
PackageVersion	4.1
SHA-1	1C0AF21BD1F0129F735A1ED791AF18EF69CEC36F
SHA-256	9E8469397961D1D803A7096D2EA98EA7ADB105D8B83CE6B28ED21C9A89780558

Key	Value
MD5	1976F4918A9102A93ECA39E444C89641
PackageArch	i586
PackageDescription	Chrony is an implementation of the Network Time Protocol (NTP). It can synchronize the system clock with NTP servers, reference clocks (e.g. a GPS receiver), and manual input using wristwatch and keyboard. It can also operate as an NTPv4 (RFC 5905) server and peer to provide a time service to other computers in the network. Chrony consists of two programs: chronyd and chronyc. Chronyd is a daemon which runs in the background on the system. It obtains measurements of the system clock’s offset relative to time servers on other systems via the network and adjusts the system time accordingly. For isolated systems, the user can periodically enter the correct time by hand (using chronyc). In either case, chronyd determines the rate at which the computer gains or loses time, and compensates for this. Chronyd can act as either a client or a server. Chronyc provides a user interface to chronyd for monitoring its performance and configuring various settings. It can do so while running on the same computer as the chronyd instance it is controlling or a different computer.
PackageName	chrony
PackageRelease	8.2
PackageVersion	4.1
SHA-1	430B87AA4CC5571B50E565E3F475367A5BC31215
SHA-256	D8C8E4FF96B1FF99A385085AC73DB6661C2D30A63FE70ACE163BEAE412E2392D

Key	Value
MD5	06D50B4A726C72798882CB9E3CC6604C
PackageArch	aarch64_ilp32
PackageDescription	Chrony is an implementation of the Network Time Protocol (NTP). It can synchronize the system clock with NTP servers, reference clocks (e.g. a GPS receiver), and manual input using wristwatch and keyboard. It can also operate as an NTPv4 (RFC 5905) server and peer to provide a time service to other computers in the network. Chrony consists of two programs: chronyd and chronyc. Chronyd is a daemon which runs in the background on the system. It obtains measurements of the system clock’s offset relative to time servers on other systems via the network and adjusts the system time accordingly. For isolated systems, the user can periodically enter the correct time by hand (using chronyc). In either case, chronyd determines the rate at which the computer gains or loses time, and compensates for this. Chronyd can act as either a client or a server. Chronyc provides a user interface to chronyd for monitoring its performance and configuring various settings. It can do so while running on the same computer as the chronyd instance it is controlling or a different computer.
PackageName	chrony
PackageRelease	4.1
PackageVersion	4.1
SHA-1	72EAD8CE0ABC7BB8A4611A6823F2024854C12AAD
SHA-256	4B2611402BCC6841A5224A3C9D9EBAE6813A333D7A84BFC1F58575081DD78D61

Key	Value
MD5	14A1F9F1EA7185FC074FA542F656BAEA
PackageArch	riscv64
PackageDescription	Chrony is an implementation of the Network Time Protocol (NTP). It can synchronize the system clock with NTP servers, reference clocks (e.g. a GPS receiver), and manual input using wristwatch and keyboard. It can also operate as an NTPv4 (RFC 5905) server and peer to provide a time service to other computers in the network. Chrony consists of two programs: chronyd and chronyc. Chronyd is a daemon which runs in the background on the system. It obtains measurements of the system clock’s offset relative to time servers on other systems via the network and adjusts the system time accordingly. For isolated systems, the user can periodically enter the correct time by hand (using chronyc). In either case, chronyd determines the rate at which the computer gains or loses time, and compensates for this. Chronyd can act as either a client or a server. Chronyc provides a user interface to chronyd for monitoring its performance and configuring various settings. It can do so while running on the same computer as the chronyd instance it is controlling or a different computer.
PackageName	chrony
PackageRelease	8.1
PackageVersion	4.1
SHA-1	3271DC2645D36A73C794F3CA894749C1EED1C01C
SHA-256	55167C74605080815553DF17BB1FDB5D432E025B5E285FC0451BE4FD40C93947

Key	Value
MD5	5149B1A1754206A81985B8472C8F39C0
PackageArch	i586
PackageDescription	Chrony is an implementation of the Network Time Protocol (NTP). It can synchronize the system clock with NTP servers, reference clocks (e.g. a GPS receiver), and manual input using wristwatch and keyboard. It can also operate as an NTPv4 (RFC 5905) server and peer to provide a time service to other computers in the network. Chrony consists of two programs: chronyd and chronyc. Chronyd is a daemon which runs in the background on the system. It obtains measurements of the system clock’s offset relative to time servers on other systems via the network and adjusts the system time accordingly. For isolated systems, the user can periodically enter the correct time by hand (using chronyc). In either case, chronyd determines the rate at which the computer gains or loses time, and compensates for this. Chronyd can act as either a client or a server. Chronyc provides a user interface to chronyd for monitoring its performance and configuring various settings. It can do so while running on the same computer as the chronyd instance it is controlling or a different computer.
PackageMaintainer	https://bugs.opensuse.org
PackageName	chrony
PackageRelease	1.1
PackageVersion	4.2
SHA-1	AE31E8E92A92B93ED7E5F393547AE742CF0B9683
SHA-256	12C71CBE75C8E8F277251AAB454280AA6AE202351E099A46CDF98CAD2A67D7E3

Key	Value
MD5	F64740FE1F9C6284525EB318E0FC7512
PackageArch	s390x
PackageDescription	Chrony is an implementation of the Network Time Protocol (NTP). It can synchronize the system clock with NTP servers, reference clocks (e.g. a GPS receiver), and manual input using wristwatch and keyboard. It can also operate as an NTPv4 (RFC 5905) server and peer to provide a time service to other computers in the network. Chrony consists of two programs: chronyd and chronyc. Chronyd is a daemon which runs in the background on the system. It obtains measurements of the system clock’s offset relative to time servers on other systems via the network and adjusts the system time accordingly. For isolated systems, the user can periodically enter the correct time by hand (using chronyc). In either case, chronyd determines the rate at which the computer gains or loses time, and compensates for this. Chronyd can act as either a client or a server. Chronyc provides a user interface to chronyd for monitoring its performance and configuring various settings. It can do so while running on the same computer as the chronyd instance it is controlling or a different computer.
PackageName	chrony
PackageRelease	8.1
PackageVersion	4.1
SHA-1	1DC6AC0250CD0F2513BD49E23392E4E88F71C19A
SHA-256	7EE94EA3E1DEFB1381AF9CFFCD1EA93EA8F19855966515C99FE19E1C18086B84

Key	Value
MD5	FA476A53F70478934DDAA23E126B3A6A
PackageArch	x86_64
PackageDescription	Chrony is an implementation of the Network Time Protocol (NTP). It can synchronize the system clock with NTP servers, reference clocks (e.g. a GPS receiver), and manual input using wristwatch and keyboard. It can also operate as an NTPv4 (RFC 5905) server and peer to provide a time service to other computers in the network. Chrony consists of two programs: chronyd and chronyc. Chronyd is a daemon which runs in the background on the system. It obtains measurements of the system clock’s offset relative to time servers on other systems via the network and adjusts the system time accordingly. For isolated systems, the user can periodically enter the correct time by hand (using chronyc). In either case, chronyd determines the rate at which the computer gains or loses time, and compensates for this. Chronyd can act as either a client or a server. Chronyc provides a user interface to chronyd for monitoring its performance and configuring various settings. It can do so while running on the same computer as the chronyd instance it is controlling or a different computer.
PackageMaintainer	https://bugs.opensuse.org
PackageName	chrony
PackageRelease	5.1
PackageVersion	4.1
SHA-1	E751C0888AC9EEC9257EA59EA347A38B4FD5587E
SHA-256	D7BE64B26B2B3DD05009A284C657081FED1DDA35D9EF548229C85405CD90B83A

Key	Value
MD5	E3D437C2246FF82D2B33991549169DD4
PackageArch	x86_64
PackageDescription	Chrony is an implementation of the Network Time Protocol (NTP). It can synchronize the system clock with NTP servers, reference clocks (e.g. a GPS receiver), and manual input using wristwatch and keyboard. It can also operate as an NTPv4 (RFC 5905) server and peer to provide a time service to other computers in the network. Chrony consists of two programs: chronyd and chronyc. Chronyd is a daemon which runs in the background on the system. It obtains measurements of the system clock’s offset relative to time servers on other systems via the network and adjusts the system time accordingly. For isolated systems, the user can periodically enter the correct time by hand (using chronyc). In either case, chronyd determines the rate at which the computer gains or loses time, and compensates for this. Chronyd can act as either a client or a server. Chronyc provides a user interface to chronyd for monitoring its performance and configuring various settings. It can do so while running on the same computer as the chronyd instance it is controlling or a different computer.
PackageMaintainer	https://bugs.opensuse.org
PackageName	chrony
PackageRelease	1.1
PackageVersion	4.2
SHA-1	5E8533E877E75C14ABA2BD5FC47EFE185615537D
SHA-256	E2357AD0B1F39D0ABCD7C6A66F471AF58058A6A16D335D285DD0418C04A7F77B