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2015-11-03Add SHA512 digests for distfiles for cad categoryagc1-1/+2
Problems found with existing distfile for eagle: distfiles/eagle-lin32-7.4.0.run No changes made to eagle/distinfo file. Otherwise, existing SHA1 digests verified and found to be the same on the machine holding the existing distfiles (morden). All existing SHA1 digests retained for now as an audit trail.
2014-10-09Remove pkgviews: don't set PKG_INSTALLATION_TYPES in Makefiles.wiz1-3/+1
2012-10-08Drop PKG_DESTDIR_SUPPORT setting, "user-destdir" is default these days.asau1-2/+1
2009-06-14Remove @dirrm entries from PLISTsjoerg1-3/+1
2008-06-20Add DESTDIR support.joerg1-1/+5
2005-10-31Don't build/install the catpage; not all systems have nroff on hand.tv4-4/+28
2005-02-23Add RMD160 digests in addition to SHA1 ones.agc1-1/+2
2004-02-14add pkgviewsdmcmahill1-1/+3
2003-12-30Add trailing / on HOMEPAGEscjep1-2/+2
2003-07-17s/netbsd.org/NetBSD.org/grant1-2/+2
2003-05-06Drop trailing whitespace. Ok'ed by wiz.jmmv1-1/+1
2001-11-01Move pkg/ files into package's toplevel directoryzuntum2-1/+1
2001-09-06update to cascade-1.4dmcmahill3-13/+14
Changes include: - add the ability to specify gain in terms of voltage gain _or_ power gain - add input/output resistance keywords - add defaults keyword to allow users to change program defaults on the fly - the cascade-mode for emacs now works for fontlock - add voltage output levels in addition to the power levels - add a verbose style comment (ie, one which gets copied to the output file instead of being simply ignored). - new homepage and master ftp site. The previous version had no known bugs. Hopefully this one won't either.
2001-04-19Move to sha1 digests, and add distfile sizes.agc1-2/+3
2001-04-17+ move the distfile digest/checksum value from files/md5 to distinfoagc1-1/+1
+ move the patch digest/checksum values from files/patch-sum to distinfo
2001-02-16Update to new COMMENT style: COMMENT var in Makefile instead of pkg/COMMENT.wiz2-2/+2
2000-01-26Initial import of cascade-1.3.0dmcmahill5-0/+41
Cascade is a program for analyzing the noise and distortion performance of a cascade of elements in an electronic system. A typical application of cascade is the analysis of a receiver. A text description of the receiver block diagram consisting of things like amplifiers, mixers, and filters is entered into cascade. Each element is characterized by its gain and optionally noise figure, and third order intercept point. The program then analyzes the system and produces a report detailing the performance at each stage. A summary is produced which shows the relative contributions to the total system performance of each block. This allows easy identification of what limits system performance.