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Makefile.vars
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Makefile.vars
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#- -*-Mode: Makefile;-*- ------------------------------------------------
#
# File : Makefile.vars
#
# Makefile-definitions common to all CLIB-Makefiles
#
# Author: Stephan Schulz
#
#------------------------------------------------------------------------
.PHONY: warn depend links tags remove_links tags rebuild install install_exec distrib fulldistrib top tools remake documentation
# EXECPATH is where make install-exec will move the more important
# executables. Edit it to point to wherever you want them to live.
# Note that ./configure takes care of this automatically.
EXECPATH = /Users/schulz/StarExecEBuild/bin
MANPATH = /Users/schulz/StarExecEBuild/man
STAREXECPATH=$(HOME)/StarExecEBuild
EPROVER_BIN = eprover
# abstracting away from picosat version
# PICOSAT = CONTRIB/picosat-965
# Makefile special variables
#
# If optional programs are missing on your system you can define the
# variables to "echo". Standard Installation and use should be
# unaffected, but certain services or non-essential parts will not be
# available.
MAKE = make # Should also work with GNU make
TAR = tar # Optional, for building distributions
GZIP = gzip
MCOPY = mcopy # Optional, for building floppy disks
LN = ln -s # You can use cp or hard links if your
# system does not support symbolic links
LATEX = latex # Optional if you don't want or need the
# documentation. This needs to be latex2e (or
# perhaps later), latex 2.09 wont work.
PDFLATEX = pdflatex # As above.
BIBTEX = bibtex # Optional, see above
MAKEINDEX = makeindex # Optional, see above
DVIPS = dvips # Optional, see above
# Compile time options
# ======================
# System libraries:
LIBS = -lm
# Use the C compiler to generate dependencies:
MAKEDEPEND = $(CC) -M $(CFLAGS) *.c > Makefile.dependencies
# BUILDFLAGS:
#
# PRINT_SOMEERRORS_STDOUT:
# Print various error messages (out of memory, empty input file)
# to stdout (otherwise only to stderr).
#
# USE_NEWMEM:
# Use a memory management system like everybody else, using free lists
# filled up by allocating large blocks and hacking them into suitabe pieces.
# Contrary to common expectations, this slows E down between 5% and 15%
# (depending on hardware architecture and problem) compared to its
# native memorymanagement. It's left in as a warning reminder only.
#
# USE_SYSTEM_MEM:
# Use normal malloc/free instead of the build-in memory management.
# Does not combine with USE_NEWMEM!
#
# CLAUSE_PERM_IDENT:
# Clauses have an extra unchanging identifier.
# Useful for testing some proerties.
#
# MEASURE_EXPENSIVE:
# Compile counting operations and things into the code
# even in time-critical sections.
#
# PRINT_SHARING:
# Determine and print the sharing factor of the proof state
# for each clause activation.
#
# PRINT_RW_STATE:
# Dump R, E, NEW in each loop traversal.
#
# FULL_MEM_STATS:
# Print size of the most important data types and
# information about allocated memory.
#
# CONSTANT_MEM_ESTIMATE:
# Use normalized portable data type estimates instead of sizeof() to get actual
# machine data sizes. Necessary to make the prover behave _exactly_ the same on
# different machines, but makes memory estimation worse on most machines!
#
# STACK_SIZE=VALUE:
# Try to increase the stack size to the max allowed.
# "Value" is not used anymore.
#
# INSTRUMENT_PERF_CTR:
# Enable self-profiling with certain performance counters.
#
# TAGGED_POINTERS:
# The lower bits of term struct pointers are assumed to be 0 due to alignment
# and are used to store small bits of temporary information.
#
# COMPILE_HEURISTICS_OPTIMIZED:
# Compile heuristic selection functions with optimization flags instead of -O0.
# This makes the binary smaller but increases compile time considerably.
#
BUILDFLAGS = -DPRINT_SOMEERRORS_STDOUT \
-DMEMORY_RESERVE_PARANOID \
-DPRINT_TSTP_STATUS \
-DSTACK_SIZE=32768 \
-DCLAUSE_PERM_IDENT \
-DTAGGED_POINTERS \
# -DENABLE_LFHO \
# -DUSE_SYSTEM_MEM \
# -DUSE_NEWMEM \
# -DCOMPILE_HEURISTICS_OPTIMIZED \
# -DPDT_COUNT_NODES \
# -DPRINT_INDEX_STATS \
# -DINSTRUMENT_PERF_CTR \
# -DMEASURE_UNIFICATION \
# -DFULL_MEM_STATS \
# -DPRINT_RW_STATE \
# -DMEASURE_EXPENSIVE
# The next two flags are dependend - you can only have CLB_MEMORY_DEBUG
# if you don't have NDEBUG!
MEMDEBUG = # -DCLB_MEMORY_DEBUG # -DCLB_MEMORY_DEBUG2
NODEBUG = -DNDEBUG -DFAST_EXIT
PROFFLAGS = # -pg
DEBUGGER = # -g -ggdb
LTOFLAGS = # -flto
WFLAGS = -Wall
OPTFLAGS = -O03 -fomit-frame-pointer -fno-common
#OPTFLAGS = -O01
EHOH =
DEBUGFLAGS = $(PROFFLAGS) $(MEMDEBUG) $(DEBUGGER) $(NODEBUG)
CFLAGS = $(OPTFLAGS) $(LTOFLAGS) $(WFLAGS) $(DEBUGFLAGS) $(BUILDFLAGS) -std=gnu99 -I../include
LDFLAGS = $(OPTFLAGS) $(LTOFLAGS) $(PROFFLAGS) $(DEBUGGER)
LD = $(CC) $(LDFLAGS)
# Generic
# AR = sleep 1;ar rcs
AR = ar rcs
CC = gcc
# Builds with link time optimization
#
# Linux (tested on Ubuntu 16.04 LTS)
# AR = gcc-ar rcs
# CC = gcc
# LTOFLAGS = -flto
# OS X Clang (tested on Mac OS X 10.11)
# install clang from Macports: sudo port install llvm-3.9
# AR = llvm-ar-mp-3.9 rcs
# CC = clang-mp-3.9
# LTOFLAGS = -flto