UseHighz for programming the spartan 3, as programming via parallel cable

[raggedstone] / common / Makefile.common

diff --git a/common/Makefile.common b/common/Makefile.common
index 5bea6ccf0064ee0fc2c70a78ee83f91a4701eb1d..bbf42182f35c96b6a4e7b16d8c94593f17b364f1 100644 (file)
--- a/common/Makefile.common
+++ b/common/Makefile.common
@@ -7,9 +7,10 @@ CABLE ?= auto
 
 INTSTYLE := silent
 
-SOURCES = $(wildcard sources/*.v source/*.vhd)
+SOURCES := $(shell find . -name "*.vhd" -print) $(shell find . -name "*.v" -print)
 PART ?= xc3s1500-fg456-4
 TARGET ?= bit
+CLEANFILES ?=
 
 ifdef DRIVER
 PRELOAD = LD_PRELOAD=$(DRIVER)
@@ -72,18 +73,24 @@ load: $(PROJECT).bit
        $(PRELOAD) impact -batch xc3s1500.batch.tmp
        @rm xc3s1500.batch.tmp
 
-flash: $(PROJECT)-xcf02s.mcs $(PROJECT)-xcf04s.mcs
+flash:
+       @echo "NO"
+
+i-really-want-to-flash: $(PROJECT)-xcf02s.mcs $(PROJECT)-xcf04s.mcs
        @sed -e "s|%CABLE%|$(CABLE)|g" -e "s|%PROJECT%|$(PROJECT)|g" ../common/xcf.batch >xcf.batch.tmp
        $(PRELOAD) impact -batch xcf.batch.tmp
        @rm xcf.batch.tmp
 
+analyzer:
+       $(CHIPSCOPE)/bin/lin/analyzer.sh -project $(PWD)/$(PROJECT).cpj
+
 clean:
-       @rm -rf *.bit *.bgn *.mcs *.prm *.bld *.drc *.mcs *.ncd *.ngc *.ngd \
+       @rm -rf *.bit *.bgn *.mcs *.prm *.bld *.drc *.mcs *.ncd *.ngc *.ngd *.edn *.ncf *.ngo *.cdc \
                *.ngr *.pad *.par *.pcf *.prm *.syr *.twr *.twx *.xpi *.lso *.prm *.mcs _impact* \
-               *.vm6 *.jed *.gyd *.mfd *.pnx *.rpt *.err \
+               *.vm6 *.jed *.gyd *.mfd *.pnx *.rpt *.err *.log \
                $(PROJECT)_map.* $(PROJECT)_pad.* \
                _ngo xst  \
                build.log \
-               $(PROJECT).unroutes *.xml
+               $(PROJECT).unroutes *.xml $(CLEANFILES)
 
-.PHONY: all final burn load flash clean xst ngdbuild log
+.PHONY: all final burn load flash clean xst ngdbuild log analyzer i-really-want-to-flash