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2005-10-05Remove legacy DJB_ERRNO_HACK (replaced with djbware-errno-hack option).schmonz1-2/+2
2005-10-05Now that a branch has been cut, remove PKG_OPTIONS_LEGACY_{OPTS,VARS}.schmonz1-3/+1
2005-08-19Convert to the options framework.schmonz2-22/+27
2005-08-19Whitespace.schmonz1-2/+1
2005-04-11Remove USE_BUILDLINK3 and NO_BUILDLINK; these are no longer used.tv1-2/+1
2005-03-23Whitespace.schmonz1-12/+12
2005-03-23Take advantage of mk/djbware.mk.schmonz1-11/+6
2005-03-13In packages with djb-style compile scripts, properly enquote ${CC}schmonz1-5/+5
and ${CFLAGS}. This fixes the build of net/djbdns, as well as any other of these packages passing down PKG_SYSCONFDIR via CFLAGS, as well as being more generally correct for arbitrary user-defined CFLAGS. Suggested by jlam. For consistency across djbware in pkgsrc: * In math/djbfft's and sysutils/daemontools's do-configure targets, remove leading @ from ${ECHO} lines; from the former, also remove unneeded single quotes from one such line. * Rename net/publicfile's pre-build and sysutils/service-config's post-patch targets to do-configure. * In sysutils/checkpassword's do-configure target, reorder creation of conf-cc, conf-ld, and conf-home. All of the affected packages have been verified to compile. XXX These packages probably have enough build goo in common to XXX warrant an mk/djbware.mk. I'll investigate this post-freeze.
2005-02-23Add RMD160 digests in addition to SHA1 ones.agc1-1/+3
2004-12-03Rename ALL_TARGET to BUILD_TARGET for consistency with other *_TARGETs.wiz1-2/+2
Suggested by Roland Illig, ok'd by various.
2004-04-18Convert to buildlink3.snj3-22/+22
2003-12-24s/@netbsd.org/@NetBSD.org/ in MAINTAINER.jmmv1-2/+2
2003-07-24Initial import of math/djbfft provided by Chris Lloyd in PR pkg/19258:jschauma8-0/+197
djbfft is an extremely fast library for floating-point convolution. The current version holds most of the speed records for double-precision FFTs on general-purpose computers. djbfft provides power-of-2 complex FFTs, real FFTs at twice the speed, and fast multiplication of complex arrays. Single precision and double precision are equally supported.