git.gag.com Git - hw/usbrelay/blob - Makefile

   1 AM=../altusmetrum
   2 SCHEME=$(AM)/scheme
   3 PROJECT=usbrelay
   4
   5 # intentionally want to rebuild drc and bom on every invocation
   6 all:    drc partslist partslist.csv pcb
   7
   8 drc:    usbrelay.sch Makefile
   9         -gnetlist -g drc2 usbrelay.sch -o usbrelay.drc
  10
  11 partslist:      usbrelay.sch Makefile
  12         gnetlist -g bom -o usbrelay.unsorted usbrelay.sch
  13         head -n1 usbrelay.unsorted > partslist
  14         tail -n+2 usbrelay.unsorted | sort >> partslist
  15         rm -f usbrelay.unsorted
  16
  17 partslist.csv:  usbrelay.sch Makefile
  18         gnetlist -L $(SCHEME) -g partslistgag \
  19                 -o usbrelay.unsorted usbrelay.sch
  20         head -n1 usbrelay.unsorted > partslist.csv
  21         tail -n+2 usbrelay.unsorted | sort -t \, -k 8 >> partslist.csv
  22         rm -f usbrelay.unsorted
  23
  24 partslist.dk: $(PROJECT).sch Makefile $(SCHEME)/gnet-partslist-bom.scm
  25         gnetlist -L $(SCHEME) -g partslist-bom -Ovendor=digikey -o $@ $(PROJECT).sch
  26
  27 partslist.mouser: $(PROJECT).sch Makefile $(SCHEME)/gnet-partslist-bom.scm
  28         gnetlist -L $(SCHEME) -g partslist-bom -Ovendor=mouser -o $@ $(PROJECT).sch
  29
  30 pcb:    usbrelay.sch project Makefile
  31         gsch2pcb project
  32
  33 # note that 'gschlas -e foo.sch' will embed all symbols in the schematic, this
  34 # might be a really good idea for publishing designs to the web that others
  35 # might review?  Like this example from DJ:
  36 #
  37 #web :
  38 #        for i in channel.sch ethernet.sch power.sch mcu.sch; do \
  39 #          cp $$i tmp.sch ; \
  40 #          gschlas -e tmp.sch ; \
  41 #          mv tmp.sch ${WEB}/$$i; \
  42 #        done
  43
  44 # this shoves local work out to the git.gag.com repository
  45 push:
  46         git push --mirror
  47
  48 usbrelay.xy:    usbrelay.pcb
  49         pcb -x bom usbrelay.pcb
  50
  51 usbrelay.bottom.gbr:    usbrelay.pcb
  52         pcb -x gerber usbrelay.pcb
  53
  54 zip:    usbrelay.bottom.gbr usbrelay.bottommask.gbr usbrelay.fab.gbr usbrelay.top.gbr usbrelay.topmask.gbr usbrelay.toppaste.gbr usbrelay.topsilk.gbr usbrelay.plated-drill.cnc usbrelay.xy  Makefile # usbrelay.xls
  55         zip usbrelay.zip usbrelay.*.gbr usbrelay.*.cnc usbrelay.xy # usbrelay.xls
  56
  57 oshpark: usbrelay.bottom.gbr usbrelay.bottommask.gbr usbrelay.top.gbr usbrelay.topmask.gbr usbrelay.topsilk.gbr usbrelay.plated-drill.cnc
  58         mv usbrelay.bottom.gbr bottom\ layer.ger
  59         mv usbrelay.bottommask.gbr bottom\ solder\ mask.ger
  60         mv usbrelay.bottomsilk.gbr bottom\ silk\ screen.ger
  61         mv usbrelay.outline.gbr board\ outline.ger
  62         mv usbrelay.top.gbr top\ layer.ger
  63         mv usbrelay.topmask.gbr top\ solder\ mask.ger
  64         mv usbrelay.topsilk.gbr top\ silk\ screen.ger
  65         mv usbrelay.plated-drill.cnc drills.xln
  66         zip usbrelay-oshpark.zip *.ger *.xln
  67
  68 stencil:        usbrelay.bottom.gbr usbrelay.toppaste.gbr usbrelay.outline.gbr
  69         zip usbrelay-stencil.zip usbrelay.toppaste.gbr usbrelay.outline.gbr
  70
  71 clean:
  72         rm -f *.bom *.drc *.log *~ usbrelay.ps *.gbr *.cnc *bak* *- *.zip
  73         rm -f *.net *.xy *.cmd *.png partslist partslist.csv *.ger *.xln
  74         rm -f *.partslist *.new.pcb *.unsorted usbrelay.xls muffin-5267.pdf
  75
  76 muffins: partslist.csv $(AM)/glabels/muffin-short-5267.glabels
  77         glabels-3-batch $(AM)/glabels/muffin-short-5267.glabels \
  78                 -i partslist.csv -o muffin-5267.ps >/dev/null && \
  79                 ps2pdf muffin-5267.ps && rm muffin-5267.ps
  80