pkgsrc/databases/datadraw/distinfo

$NetBSD: distinfo,v 1.4 2021/10/26 10:09:15 nia Exp $

BLAKE2s (datadraw3.1.1.tar.gz) = 69de5010383e68437cb59bcdbca9810825fb37402bbe92a895d01d1d306ea657
SHA512 (datadraw3.1.1.tar.gz) = 64773b984cb9d6928ec486833ee03f07c6c5f21dcfcc446e21fe90eb432b7a09459ea65e24c46df70bc6b791dfc640caf16b6f6cdd8a35319969bb8ec7e65009
Size (datadraw3.1.1.tar.gz) = 607914 bytes
SHA1 (patch-aa) = 70e52e7e0724ce3627485d07652e400d73187e8d
databases: Replace RMD160 checksums with BLAKE2s checksums All checksums have been double-checked against existing RMD160 and SHA512 hashes The following distfiles could not be fetched (some may be only fetched conditionally): ./databases/cstore/distinfo D6.data.ros.gz ./databases/cstore/distinfo cstore0.2.tar.gz ./databases/cstore/distinfo data4.tar.gz 2021-10-26 12:09:13 +02:00			$NetBSD: distinfo,v 1.4 2021/10/26 10:09:15 nia Exp $
Initial import of datadraw-3.1.1 DataDraw is an ultra-fast persistent database for high performance programs written in C. It's so fast that many programs keep all their data in a DataDraw database, even while being manipulated in inner loops of compute intensive applications. DataDraw databases are compiled, and directly link into your C programs. DataDraw databases are resident in memory, making data manipulation even faster than if they were stored in native C data structures (really). DataDraw databases can be persistent. Modifications to persistent data are written to disk as they are made, which of course dramatically slows write times. However, DataDraw databases can also be volatile. Volatile databases exist only in memory, and only for the duration that your program needs it. Volatile databases can be directly manipulated faster than C structures, since data is better organized in memory to optimize cache performance DataDraw supports modular design. An application can have one or more common persistent databases, and multiple volatile databases to support various tools' data structures. Classes in a tool's database can extend classes in the common database. DataDraw is also 64-bit optimized, allowing programs to run much faster and in less memory than standard C programs using 64-bit pointers. This is because DataDraw databases supports over 4 billion objects of a given class with 32-bit object references. 2009-11-25 23:42:35 +01:00
databases: Replace RMD160 checksums with BLAKE2s checksums All checksums have been double-checked against existing RMD160 and SHA512 hashes The following distfiles could not be fetched (some may be only fetched conditionally): ./databases/cstore/distinfo D6.data.ros.gz ./databases/cstore/distinfo cstore0.2.tar.gz ./databases/cstore/distinfo data4.tar.gz 2021-10-26 12:09:13 +02:00			`BLAKE2s (datadraw3.1.1.tar.gz) = 69de5010383e68437cb59bcdbca9810825fb37402bbe92a895d01d1d306ea657`
Extend SHA512 checksums to various files I have on my local distfile mirror. 2017-03-23 18:06:45 +01:00			`SHA512 (datadraw3.1.1.tar.gz) = 64773b984cb9d6928ec486833ee03f07c6c5f21dcfcc446e21fe90eb432b7a09459ea65e24c46df70bc6b791dfc640caf16b6f6cdd8a35319969bb8ec7e65009`
Initial import of datadraw-3.1.1 DataDraw is an ultra-fast persistent database for high performance programs written in C. It's so fast that many programs keep all their data in a DataDraw database, even while being manipulated in inner loops of compute intensive applications. DataDraw databases are compiled, and directly link into your C programs. DataDraw databases are resident in memory, making data manipulation even faster than if they were stored in native C data structures (really). DataDraw databases can be persistent. Modifications to persistent data are written to disk as they are made, which of course dramatically slows write times. However, DataDraw databases can also be volatile. Volatile databases exist only in memory, and only for the duration that your program needs it. Volatile databases can be directly manipulated faster than C structures, since data is better organized in memory to optimize cache performance DataDraw supports modular design. An application can have one or more common persistent databases, and multiple volatile databases to support various tools' data structures. Classes in a tool's database can extend classes in the common database. DataDraw is also 64-bit optimized, allowing programs to run much faster and in less memory than standard C programs using 64-bit pointers. This is because DataDraw databases supports over 4 billion objects of a given class with 32-bit object references. 2009-11-25 23:42:35 +01:00			`Size (datadraw3.1.1.tar.gz) = 607914 bytes`
			`SHA1 (patch-aa) = 70e52e7e0724ce3627485d07652e400d73187e8d`