X-Git-Url: https://git.gag.com/?a=blobdiff_plain;f=Makefile;h=2f3975967f77f3381f565a0d3a01db2c35017b1c;hb=56b06fdd87ea604050e41adc3f12a22c74703bf4;hp=27bbdaa15f7254c70160c811d9555f9dc6bec1a2;hpb=2b782580c6877529b0da10b19699e16d8a9224d6;p=hw%2Feasymini

diff --git a/Makefile b/Makefile
index 27bbdaa..2f39759 100644
--- a/Makefile
+++ b/Makefile
@@ -1,11 +1,11 @@
-PROJECT=easymetrum
+PROJECT=easymini
 AM=../altusmetrum
 SCHEME=$(AM)/scheme
 NICKLE=$(AM)/nickle
 RETAB=nickle $(NICKLE)/retab
 
 # intentionally want to rebuild drc and bom on every invocation
-all:	drc pcb partslist partslist.csv partslist.dk muffin-5267.pdf stencil
+all:	drc pcb partslist partslist.csv partslist.dk muffin-5267.pdf zip
 
 drc: $(PROJECT).sch
 	gnetlist -L $(SCHEME) -g drc2 $(PROJECT).sch -o $(PROJECT).drc
@@ -30,21 +30,6 @@ muffin-5267.pdf: partslist.csv $(AM)/glabels/muffin-5267.glabels
 pcb:	$(PROJECT).sch project Makefile
 	gsch2pcb project
 
-# note that 'gschlas -e foo.sch' will embed all symbols in the schematic, this
-# might be a really good idea for publishing designs to the web that others
-# might review?  Like this example from DJ:
-#
-#web :
-#        for i in channel.sch ethernet.sch power.sch mcu.sch; do \
-#          cp $$i tmp.sch ; \
-#          gschlas -e tmp.sch ; \
-#          mv tmp.sch ${WEB}/$$i; \
-#        done
-
-# this shoves local work out to the git.gag.com repository
-push:	
-	git push --mirror
-
 $(PROJECT).xy:	$(PROJECT).pcb
 	pcb -x bom $(PROJECT).pcb
 
@@ -53,17 +38,44 @@ $(PROJECT).gerb: $(PROJECT).pcb
 	pcb -x gerber $(PROJECT).pcb
 	touch $@
 
-zip: $(PROJECT).zip
+zip: $(PROJECT).zip $(PROJECT)-stencil.zip $(PROJECT)-oshpark.zip
 
 $(PROJECT).zip: $(PROJECT).gerb $(PROJECT).xy
-	rm -f $(PROJECT).zip
-	zip $(PROJECT).zip *.gbr *.cnc *.xy
+	rm -f $@
+	zip $@ *.gbr *.cnc *.xy
+
+$(PROJECT)-stencil.zip:	$(PROJECT).gerb
+	rm -f $@
+	zip $@ $(PROJECT).toppaste.gbr $(PROJECT).outline.gbr
+
+$(PROJECT)-oshpark.zip: $(PROJECT).gerb
+	cp easymini.bottom.gbr bottom\ layer.ger
+	cp easymini.bottommask.gbr bottom\ solder\ mask.ger
+	cp easymini.bottomsilk.gbr bottom\ silk\ screen.ger
+	cp easymini.outline.gbr board\ outline.ger
+	cp easymini.top.gbr top\ layer.ger
+	cp easymini.topmask.gbr top\ solder\ mask.ger
+	cp easymini.topsilk.gbr top\ silk\ screen.ger
+	cp easymini.plated-drill.cnc drills.xln
+	zip easymini-oshpark.zip *.ger *.xln
+
+$(PROJECT)-sch.ps:	$(PROJECT).sch
+	gschem -p -o $(PROJECT)-sch.ps -s /usr/share/gEDA/scheme/print.scm \
+		$(PROJECT).sch 
+
+$(PROJECT)-sch.pdf:	$(PROJECT)-sch.ps
+	ps2pdf $(PROJECT)-sch.ps
+
+$(PROJECT)-pcb.ps:	$(PROJECT).pcb
+	pcb -x ps --psfile $(PROJECT)-pcb.ps --media Letter $(PROJECT).pcb
+
+$(PROJECT)-pcb.pdf:	$(PROJECT)-pcb.ps
+	ps2pdf $(PROJECT)-pcb.ps
 
-stencil:	$(PROJECT).gerb
-	zip $(PROJECT)-stencil.zip $(PROJECT).toppaste.gbr $(PROJECT).outline.gbr
+pdf:	$(PROJECT)-sch.pdf $(PROJECT)-pcb.pdf
 
 clean:
 	rm -f *.bom *.drc *.log *~ $(PROJECT).ps *.gbr $(PROJECT).gerb *.cnc *bak* *- *.zip 
 	rm -f *.net *.xy *.cmd *.png partslist partslist.csv partslist.dk partslist.mouser muffin-5267.pdf
 	rm -f *.partslist *.new.pcb *.unsorted $(PROJECT).xls
-	rm -f $(PROJECT)-stencil.zip
+	rm -f $(PROJECT)-stencil.zip $(PROJECT)*.pdf $(PROJECT)*.ps