1 # intentionally want to rebuild drc and bom on every invocation
2 all: drc partslist partslist.csv pcb
4 drc: telepad.sch Makefile
5 -gnetlist -g drc2 telepad.sch -o telepad.drc
7 partslist: telepad.sch Makefile
8 gnetlist -g bom -o telepad.unsorted telepad.sch
9 head -n1 telepad.unsorted > partslist
10 tail -n+2 telepad.unsorted | sort >> partslist
11 rm -f telepad.unsorted
13 partslist.csv: telepad.sch Makefile
14 gnetlist -g partslist3 -o telepad.unsorted telepad.sch
15 head -n1 telepad.unsorted > partslist.csv
16 tail -n+2 telepad.unsorted | sort -t \, -k 8 >> partslist.csv
17 rm -f telepad.unsorted
19 pcb: telepad.sch project Makefile
22 # note that 'gschlas -e foo.sch' will embed all symbols in the schematic, this
23 # might be a really good idea for publishing designs to the web that others
24 # might review? Like this example from DJ:
27 # for i in channel.sch ethernet.sch power.sch mcu.sch; do \
29 # gschlas -e tmp.sch ; \
30 # mv tmp.sch ${WEB}/$$i; \
33 # this shoves local work out to the git.gag.com repository
37 telepad.xy: telepad.pcb
38 pcb -x bom telepad.pcb
40 telepad.back.gbr: telepad.pcb
41 pcb -x gerber telepad.pcb
43 zip: telepad.back.gbr telepad.backmask.gbr telepad.fab.gbr telepad.front.gbr telepad.frontmask.gbr telepad.frontpaste.gbr telepad.frontsilk.gbr telepad.plated-drill.cnc telepad.xy Makefile # telepad.xls
44 zip telepad.zip telepad.*.gbr telepad.*.cnc telepad.xy # telepad.xls
47 rm -f *.bom *.drc *.log *~ telepad.ps *.gbr *.cnc *bak* *- *.zip
48 rm -f *.net *.xy *.cmd *.png partslist partslist.csv
49 rm -f *.partslist *.new.pcb *.unsorted telepad.xls