compiler-builtins-zynq/ci/run.sh

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set -ex
# FIXME(japarix/xargo#186) this shouldn't be necessary
export RUST_TARGET_PATH=`pwd`
case $1 in
thumb*)
cargo=xargo
;;
*)
cargo=cargo
;;
esac
INTRINSICS_FEATURES="c"
# Some architectures like ARM apparently seem to require the `mem` feature
# enabled to successfully compile the `intrinsics` example, and... we're not
# sure why!
if [ -z "$INTRINSICS_FAILS_WITH_MEM_FEATURE" ]; then
INTRINSICS_FEATURES="$INTRINSICS_FEATURES mem"
fi
# Test our implementation
case $1 in
thumb*)
for t in $(ls tests); do
t=${t%.rs}
# TODO(#154) enable these tests when aeabi_*mul are implemented
case $t in
powi*f2)
continue
;;
esac
xargo test --test $t --target $1 --features 'mem gen-tests' --no-run
qemu-arm-static target/${1}/debug/$t-*
xargo test --test $t --target $1 --features 'mem gen-tests' --no-run --release
qemu-arm-static target/${1}/release/$t-*
done
;;
*)
run="cargo test --manifest-path testcrate/Cargo.toml --target $1"
$run
$run --release
$run --features c
$run --features c --release
;;
esac
PREFIX=$(echo $1 | sed -e 's/unknown-//')-
case $1 in
armv7-*)
PREFIX=arm-linux-gnueabihf-
;;
thumb*)
PREFIX=arm-none-eabi-
;;
*86*-*)
PREFIX=
;;
esac
case "$TRAVIS_OS_NAME" in
osx)
# NOTE OSx's nm doesn't accept the `--defined-only` or provide an equivalent.
# Use GNU nm instead
NM=gnm
brew update
brew install binutils
;;
*)
NM=nm
;;
esac
if [ -d /target ]; then
path=/target/${1}/debug/deps/libcompiler_builtins-*.rlib
else
path=target/${1}/debug/deps/libcompiler_builtins-*.rlib
fi
# Look out for duplicated symbols when we include the compiler-rt (C) implementation
for rlib in $(echo $path); do
set +x
stdout=$($PREFIX$NM -g --defined-only $rlib 2>&1)
# NOTE On i586, It's normal that the get_pc_thunk symbol appears several
# times so ignore it
#
# FIXME(#167) - we shouldn't ignore `__builtin_cl` style symbols here.
set +e
echo "$stdout" | \
sort | \
uniq -d | \
grep -v __x86.get_pc_thunk | \
grep -v __builtin_cl | \
grep -v __builtin_ctz | \
grep 'T __'
if test $? = 0; then
exit 1
fi
set -ex
done
rm -f $path
# Verify that we haven't drop any intrinsic/symbol
RUSTFLAGS="-C debug-assertions=no" \
$cargo build --features "$INTRINSICS_FEATURES" --target $1 --example intrinsics -v
# Verify that there are no undefined symbols to `panic` within our
# implementations
#
# TODO(#79) fix the undefined references problem for debug-assertions+lto
if [ -z "$DEBUG_LTO_BUILD_DOESNT_WORK" ]; then
RUSTFLAGS="-C debug-assertions=no" \
CARGO_INCREMENTAL=0 \
$cargo rustc --features "$INTRINSICS_FEATURES" --target $1 --example intrinsics -- -C lto
fi
$cargo rustc --features "$INTRINSICS_FEATURES" --target $1 --example intrinsics --release -- -C lto
# Ensure no references to a panicking function
for rlib in $(echo $path); do
set +ex
$PREFIX$NM -u $rlib 2>&1 | grep panicking
if test $? = 0; then
exit 1
fi
set -ex
done
true