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Makefile

# Build the manifest for R:
#
# - make Building for Linux
# - make DEBUG=1 Building for Linux (with Graphene debug output)
# - make SGX=1 Building for SGX
# - make SGX=1 DEBUG=1 Building for SGX (with Graphene debug output)
#
# Use `make clean` to remove Graphene-generated files.
# Constants
# Installation location of R. By default, Graphene will run the system R executable.
R_HOME ?= /usr/lib/R
R_EXEC = $(R_HOME)/bin/exec/R
# Relative path to Graphene root
GRAPHENEDIR ?= ../..
SGX_SIGNER_KEY ?= $(GRAPHENEDIR)/Pal/src/host/Linux-SGX/signer/enclave-key.pem
ifeq ($(DEBUG),1)
GRAPHENEDEBUG = inline
else
GRAPHENEDEBUG = none
endif
LD_LIBRARY_PATH := $(LD_LIBRARY_PATH):$(R_HOME)/lib
export LD_LIBRARY_PATH
.PHONY: all
all: R.manifest sh.manifest rm.manifest pal_loader
ifeq ($(SGX),1)
all: R.manifest.sgx R.sig R.token sh.manifest.sgx sh.sig sh.token rm.manifest.sgx rm.sig rm.token
endif
include ../../Scripts/Makefile.configs
# R dependencies (generate from ldd):
#
# For SGX, the manifest needs to list all the libraries loaded during the
# execution, so that the signer can include the file checksums.
#
# The dependencies are generated from the ldd results of:
# - $(R_HOME)/bin/exec/R
# - $(R_HOME)/library/stats/libs/stats.so
# - $(R_HOME)/modules/lapack.so
# We need to replace Glibc dependencies with Graphene-specific Glibc. The Glibc
# binaries are already listed in the manifest template, so we can skip them
# from the ldd results
GLIBC_DEPS = linux-vdso /lib64/ld-linux-x86-64 libc libm librt libdl libpthread
# Use the ldd result of R, stats.so, and lapack.so
R_TARGETS = $(R_EXEC) $(R_HOME)/library/stats/libs/stats.so $(R_HOME)/modules/lapack.so
# Listing all the R dependencies, besides Glibc libraries
.INTERMEDIATE: R-ldd
R-ldd:
@for F in $(R_TARGETS); do ldd $$F >> $@ || exit 1; done
.INTERMEDIATE: R-deps
R-deps: R-ldd
@cat $< | awk '{if ($$2 =="=>") {split($$1,s,/\./); print s[1]}}' \
| sort | uniq | grep -v -x $(patsubst %,-e %,$(GLIBC_DEPS)) > $@
# Generating manifest rules for R dependencies
.INTERMEDIATE: R-trusted-libs
R-trusted-libs: R-deps
@R_LIBS="$(R_TARGETS)" && \
for F in `cat R-deps`; do \
P=`ldd $$R_LIBS | grep $$F | awk '{print $$3; exit}'`; \
N=`echo $$F | tr --delete '.' | tr --delete '-' | tr --delete '+'`; \
echo -n "sgx.trusted_files.$$N = file:$$P\\\\n"; \
done > $@
# R manifests:
# For each dependency, generate a rule as follows:
# sgx.trusted_files.xxxx = file:xxxx
R.manifest: R.manifest.template R-trusted-libs
sed -e 's|$$(GRAPHENEDIR)|'"$(GRAPHENEDIR)"'|g' \
-e 's|$$(GRAPHENEDEBUG)|'"$(GRAPHENEDEBUG)"'|g' \
-e 's|$$(R_HOME)|'"$(R_HOME)"'|g' \
-e 's|$$(R_EXEC)|'"$(R_EXEC)"'|g' \
-e 's|$$(R_TRUSTED_LIBS)|'"`cat R-trusted-libs`"'|g' \
-e 's|$$(ARCH_LIBDIR)|'"$(ARCH_LIBDIR)"'|g' \
$< > $@
%.manifest: %.manifest.template
sed -e 's|$$(GRAPHENEDIR)|'"$(GRAPHENEDIR)"'|g' \
-e 's|$$(GRAPHENEDEBUG)|'"$(GRAPHENEDEBUG)"'|g' \
$< > $@
# R manifests for SGX:
# Generating the SGX-specific manifest (R.manifest.sgx), the enclave signature,
# and the token for enclave initialization.
%.manifest.sgx: %.manifest
$(GRAPHENEDIR)/Pal/src/host/Linux-SGX/signer/pal-sgx-sign \
-libpal $(GRAPHENEDIR)/Runtime/libpal-Linux-SGX.so \
-key $(SGX_SIGNER_KEY) \
-manifest $< -output $@
# Theoretically we could write "%.sig: %.manifest.sgx" or use a "Rule with Grouped Targets"
# ("%.manifest.sgx %.sig &: %.manifest") but neither of this works (Make is broken?).
R.sig: R.manifest.sgx
sh.sig: sh.manifest.sgx
rm.sig: rm.manifest.sgx
%.token: %.sig
$(GRAPHENEDIR)/Pal/src/host/Linux-SGX/signer/pal-sgx-get-token -output $@ -sig $<
# sh and rm are used by R for file clean-up
R.manifest.sgx: sh.sig
sh.manifest.sgx: rm.sig
# Extra executables
pal_loader:
ln -s $(GRAPHENEDIR)/Runtime/pal_loader $@
.PHONY: check
check: all
./pal_loader R.manifest --slave --vanilla -f scripts/sample.r > OUTPUT 2> /dev/null
@grep -q "success" OUTPUT && echo "[ Success 1/1 ]"
@$(RM) OUTPUT
.PHONY: clean
clean:
$(RM) *.manifest *.manifest.sgx *.token *.sig pal_loader OUTPUT
.PHONY: distclean
distclean: clean