####
#
# This is a sample Makefile template for building projects in a Fisher project
# directory structure using the InterViews GUI toolkit.  Search for "CHANGE
# HERE" to see the places to make changes for a particular project.  When
# you've made the changes, remove the "CHANGE HERE" comments.  Also when you've
# made all changes, remove the header comment and replace with an appropriate
# comment of your own, describing what the Makefile does.  "E.g., "Makefile for
# building the XXX tool".
#
# For a concrete example of this Makefile, see the rololdex project Makefile in
#
#     ../../rolodex/implementation/$(PLATFORM)/Makefile
#
# where PLATFORM is defined below.
#


#
# Model object files.
#
# CHANGE HERE by putting the names of your model object files in place of
# model-file1.o, model-file2.o, etc.  List the files in alphabetic order.  Make
# sure that each line except the last ends with a backslash character.
#
MODEL_OBJS = \
		model-file1.o \
		model-file2.o
#		etc.


#
# View object files.
#
# CHANGE HERE by putting the names of your view object files in place of
# view-file1.o, view-file2.o, etc.  List the files in
# alphabetic order.  Make sure that each line except the last ends with a
# backslash character.
#
VIEW_OBJS = \
		view-file1.o \
		view-file2.o
#		etc.


#
# Process object files.
#
# CHANGE HERE by putting the names of your process object files in place of
# process-file1.o, process-file2.o, etc.  Leave the main.o file; this is where
# function main for the full system is declared.  List the files in alphabetic
# order.  Make sure that each line except the last ends with a backslash
# character.  Note that
#
PROCESS_OBJS = \
		main.o \
		process-file1.o \
		process-file2.o
#		etc.


#
# All of the object files.
#
ALL_OBJS =	$(MODEL_OBJS) $(VIEW_OBJS) $(PROCESS_OBJS)


#
# Relative paths to design and implementation directories.
#
DESIGN_DIR =	../../design
IMPLE_DIR =	..


#
# Platform type.  Use to specify what platform the make is on.  At Cal Poly,
# the following platform names are used:
#
#	SUN4G:	SUN4s galaxy and phoenix
#	SUN4K:	SUN4 kdat
#	HP700:	HP 700 cobra cluster
#	HP400:	HP 400 garden cluster
#
# Note that on kdat, the SUN4K directory may not always exists.  If it does
# not, the SUN4G directory holds the executables.  This is because
# galaxy/phoenix executables will run on kdat, but in order to make native on
# kdat, a different makefile is need to accomodate differences between kdat
# and galaxy, such as absolute file paths.
#
PLATFORM =	SUN4G


#
# Paths to relevant root project directories
#
LEVEL =			alpha
PROJECTS_DIR =		/home/phoenix/faculty1/gfisher/projects/$(LEVEL)
PROJECTS_INCLUDE_DIR =	$(PROJECTS_DIR)/include
PROJECTS_LIB_DIR =	$(PROJECTS_DIR)/lib/$(PLATFORM)
SUPPORT_DOC_DIR =	$(PROJECTS_DIR)/support/documentation


#
# Paths to the relevant directories of the InterViews GUI toolkit
#
IV_DIR = 		$(PROJECTS_DIR)/interviews
IV_INCLUDE_DIR =	$(IV_DIR)/design
IV_LIB_DIR =		$(IV_DIR)/implementation/libInterViews/$(PLATFORM)
IV_LIB_GRAPHICS_DIR =	$(IV_DIR)/implementation/libgraphic/$(PLATFORM)

#
# InterViews libraries; the _g version is compiled with debugging on, so that 
# GUI library functions can be traced if necessary.
#
IV_LIBS =	$(IV_LIB_DIR)/libInterViewsX11.a $(IV_LIB_DIR)/libgraphic.a
IV_LIBS_g =	$(IV_LIB_DIR)/libInterViewsX11-g.a \
		$(IV_LIB_GRAPHICS_DIR)/libgraphic-g.a

#
# X Windows and other system libraries.
#
X_LIB =		-lX11		# X Windows lib
OTHER_LIBS =	-lsupport \
		-liv-local \
		-lm -lg++ -lgen


#
# Compilation flags and related definitions
#
CFLAGS =	-c -g \
		-I$(DESIGN_DIR) -I$(PROJECTS_INCLUDE_DIR) -I$(IV_INCLUDE_DIR) \
		-Dgcc_2_6_3 -fhandle-exceptions
LDFLAGS =	-g -L/usr/openwin/lib -L$(PROJECTS_LIB_DIR)
CC =		g++
GCC =		gcc
LIBS =		$(IV_LIBS) $(X_LIB) $(OTHER_LIBS)
LIBS_g =	$(IV_LIBS_g) $(X_LIB) $(OTHER_LIBS)
DEPEND_SRCS =	$(IMPLE_DIR)/*.C
DEPEND_FLAGS =	-I$(DESIGN_DIR) -I$(PROJECTS_INCLUDE_DIR) -I$(IV_INCLUDE_DIR) \
		-Dgcc_2_6_3


#
# Default definition to make.
#
# CHANGE HERE by changing "your-tool" to the name of the executable
# file for your tool
#
default:	your-tool

#
# Build a complete tool.
#
# CHANGE HERE by changing "your-tool" to the name of the executable
# file for your tool
#
your-tool:	$(ALL_OBJS)
		$(CC) $(LDFLAGS) $(ALL_OBJS) $(LIBS_g) -o your-tool

#
# Build the design only, which means just compile the .h files, all of which
# are included in compile-stub.C.
#
design:		
		$(CC) $(CFLAGS) $(DESIGN_DIR)/compile-stub.C


#
# CHANGE HERE by adding additional make rules, e.g., for building stubbed-out
# testing versions of the tool.  See the rolodex project Makefile for an
# example.
#


#
# Generic pattern rules to make all of the implemenation files.
#
%.o:		$(IMPLE_DIR)/%.C
		$(CC) $(CFLAGS) $<

%.E:		$(IMPLE_DIR)/%.C
		$(CC) -E $(CFLAGS) $< > $*.E

#
# Delete all object files.
#
# CHANGE HERE by changing "your-tool" to the name of the executable
# file for your tool
#
clean:
		rm -f *.o your-tool

#
# Generate dependencies using makedepend.
#
depend:		$(DEPEND_SRCS)
		makedepend $(DEPEND_FLAGS) $?


#
# Generate printable PostScript output for source files.  Format is two-column
# 7 point courier font in landscape page layout.
#
print:		print_design print_implementation print_support


#
# CHANGE HERE by changing "your-tool" to the name of the executable
# file for your tool
#
print_design:
		csh -f -c "cd $(DESIGN_DIR); \
			$(SUPPORT_DOC_DIR)/codeprint2.csh \
			../documentation/formatted-code \
			your-tool/design \
			*.h"

#
# CHANGE HERE by changing "your-tool" to the name of the executable
# file for your tool
#
print_implementation:
		csh -f -c "cd $(IMPLE_DIR); \
			$(SUPPORT_DOC_DIR)/codeprint2.csh \
			../documentation/formatted-code \
			your-tool/implementation \
			*.C"

print_support:
		csh -f -c "cd $(PROJECTS_INCLUDE_DIR) ; \
			../support/documentation/codeprint2.csh \
			../rolodex/documentation/formatted-code \
			support/design \
			view.h model.h"


# DO NOT DELETE THIS LINE -- make depend depends on it.