pkgsrc/biology/canu/distinfo

$NetBSD: distinfo,v 1.1 2019/01/07 02:33:17 bacon Exp $

SHA1 (canu-1.8.tar.gz) = 7dd79415aa5ecb95f05109f0d8d58f7cbfc336e9
RMD160 (canu-1.8.tar.gz) = 78d4872b4034f526037ce225c699debd910bd586
SHA512 (canu-1.8.tar.gz) = 650bc96675f371596f8e7748d4ab2d229f0262bf84cee8fed59af43d534d76095a72e4ba0b4a5ce9f561992268c317964cda2f6c89ee514f4920e2ba47fbc86c
Size (canu-1.8.tar.gz) = 2465314 bytes
SHA1 (patch-Makefile) = aa83003677cbb12558e438c776402ec48df0598d
SHA1 (patch-pipelines_canu_Defaults.pm) = 55a4631d86abb1881b0cc997514d44c536209ea6
SHA1 (patch-pipelines_canu_Execution.pm) = fbb080c06ea5d2393d1835a61771715d2aef0274
SHA1 (patch-utility_objectStore.C) = c8407de79abbaf296f027f704080cc7e878b85f4
biology/canu: import canu-1.8 Canu is a fork of the Celera Assembler, designed for high-noise single-molecule sequencing (such as the PacBio RS II/Sequel or Oxford Nanopore MinION). Canu is a hierarchical assembly pipeline which runs in four steps: Detect overlaps in high-noise sequences using MHAP Generate corrected sequence consensus Trim corrected sequences Assemble trimmed corrected sequences 2019-01-07 03:33:17 +01:00			$NetBSD: distinfo,v 1.1 2019/01/07 02:33:17 bacon Exp $

			`SHA1 (canu-1.8.tar.gz) = 7dd79415aa5ecb95f05109f0d8d58f7cbfc336e9`
			`RMD160 (canu-1.8.tar.gz) = 78d4872b4034f526037ce225c699debd910bd586`
			`SHA512 (canu-1.8.tar.gz) = 650bc96675f371596f8e7748d4ab2d229f0262bf84cee8fed59af43d534d76095a72e4ba0b4a5ce9f561992268c317964cda2f6c89ee514f4920e2ba47fbc86c`
			`Size (canu-1.8.tar.gz) = 2465314 bytes`
			`SHA1 (patch-Makefile) = aa83003677cbb12558e438c776402ec48df0598d`
			`SHA1 (patch-pipelines_canu_Defaults.pm) = 55a4631d86abb1881b0cc997514d44c536209ea6`
			`SHA1 (patch-pipelines_canu_Execution.pm) = fbb080c06ea5d2393d1835a61771715d2aef0274`
			`SHA1 (patch-utility_objectStore.C) = c8407de79abbaf296f027f704080cc7e878b85f4`