#!/usr/bin/env sh # Get absolute path to this script. DIR=$(cd `dirna…

…me $0` && pwd)/leaf FILENAME="libleaf.a" # See TimNN/cargo-lipo#41 (comment) if [[ -n "${DEVELOPER_SDK_DIR:-}" ]]; then   # Assume we're in Xcode, which means we're probably cross-compiling.   # In this case, we need to add an extra library search path for build scripts and proc-macros,   # which run on the host instead of the target.   # (macOS Big Sur does not have linkable libraries in /usr/lib/.)   export LIBRARY_PATH="${DEVELOPER_SDK_DIR}/MacOSX.sdk/usr/lib:${LIBRARY_PATH:-}"    # The $PATH used by Xcode likely won't contain Cargo, fix that.   # This assumes a default `rustup` setup.   export PATH="${HOME}/.cargo/bin:{$PATH}"    # Delete old build, if any.   rm -f "${BUILT_PRODUCTS_DIR}/${FILENAME}"    # --xcode-integ determines --release and --targets from Xcode's env vars.   # Depending your setup, specify the rustup toolchain explicitly.   cargo lipo --xcode-integ --manifest-path "${DIR}/Cargo.toml" -p leaf-ffi    # cargo-lipo drops result in different folder, depending on the config.   if [[ $CONFIGURATION = "Debug" ]]; then     SOURCE="$DIR/target/universal/debug/${FILENAME}"   else     SOURCE="$DIR/target/universal/release/${FILENAME}"   fi    # Copy compiled library to BUILT_PRODUCTS_DIR. Use that in your Xcode project   # settings under General -> Frameworks and Libraries.   # You will also need to have tun2tor.h somewhere in your search paths!   # (Easiest way: have it referenced in your project files list.)   if [ -e "${SOURCE}" ]; then     cp -a "${SOURCE}" "${BUILT_PRODUCTS_DIR}"   fi  else    # Direct command line usage.    cargo lipo --manifest-path $DIR/Cargo.toml -p leaf-ffi  fi  cbindgen --config "${DIR}/leaf-ffi/cbindgen.toml" "${DIR}/leaf-ffi/src/lib.rs" > leaf.h

#!/usr/bin/env sh

# Get absolute path to this script.
DIR=$(cd `dirname $0` && pwd)/leaf

FILENAME="libleaf.a"

# See TimNN/cargo-lipo#41 (comment)
if [[ -n "${DEVELOPER_SDK_DIR:-}" ]]; then
  # Assume we're in Xcode, which means we're probably cross-compiling.
  # In this case, we need to add an extra library search path for build scripts and proc-macros,
  # which run on the host instead of the target.
  # (macOS Big Sur does not have linkable libraries in /usr/lib/.)
  export LIBRARY_PATH="${DEVELOPER_SDK_DIR}/MacOSX.sdk/usr/lib:${LIBRARY_PATH:-}"

  # The $PATH used by Xcode likely won't contain Cargo, fix that.
  # This assumes a default `rustup` setup.
  export PATH="${HOME}/.cargo/bin:{$PATH}"

  # Delete old build, if any.
  rm -f "${BUILT_PRODUCTS_DIR}/${FILENAME}"

  # --xcode-integ determines --release and --targets from Xcode's env vars.
  # Depending your setup, specify the rustup toolchain explicitly.
  cargo lipo --xcode-integ --manifest-path "${DIR}/Cargo.toml" -p leaf-ffi

  # cargo-lipo drops result in different folder, depending on the config.
  if [[ $CONFIGURATION = "Debug" ]]; then
    SOURCE="$DIR/target/universal/debug/${FILENAME}"
  else
    SOURCE="$DIR/target/universal/release/${FILENAME}"
  fi

  # Copy compiled library to BUILT_PRODUCTS_DIR. Use that in your Xcode project
  # settings under General -> Frameworks and Libraries.
  # You will also need to have tun2tor.h somewhere in your search paths!
  # (Easiest way: have it referenced in your project files list.)
  if [ -e "${SOURCE}" ]; then
    cp -a "${SOURCE}" "${BUILT_PRODUCTS_DIR}"
  fi

else

  # Direct command line usage.

  cargo lipo --manifest-path $DIR/Cargo.toml -p leaf-ffi

fi

cbindgen --config "${DIR}/leaf-ffi/cbindgen.toml" "${DIR}/leaf-ffi/src/lib.rs" > leaf.h

build-leaf.sh

@@ -0,0 +1,50 @@
+#!/usr/bin/env sh
+
+# Get absolute path to this script.
+DIR=$(cd `dirname $0` && pwd)/leaf
+
+FILENAME="libleaf.a"
+
+# See https://github.com/TimNN/cargo-lipo/issues/41#issuecomment-774793892
+if [[ -n "${DEVELOPER_SDK_DIR:-}" ]]; then
+  # Assume we're in Xcode, which means we're probably cross-compiling.
+  # In this case, we need to add an extra library search path for build scripts and proc-macros,
+  # which run on the host instead of the target.
+  # (macOS Big Sur does not have linkable libraries in /usr/lib/.)
+  export LIBRARY_PATH="${DEVELOPER_SDK_DIR}/MacOSX.sdk/usr/lib:${LIBRARY_PATH:-}"
+
+  # The $PATH used by Xcode likely won't contain Cargo, fix that.
+  # This assumes a default `rustup` setup.
+  export PATH="${HOME}/.cargo/bin:{$PATH}"
+
+  # Delete old build, if any.
+  rm -f "${BUILT_PRODUCTS_DIR}/${FILENAME}"
+
+  # --xcode-integ determines --release and --targets from Xcode's env vars.
+  # Depending your setup, specify the rustup toolchain explicitly.
+  cargo lipo --xcode-integ --manifest-path "${DIR}/Cargo.toml" -p leaf-ffi
+
+  # cargo-lipo drops result in different folder, depending on the config.
+  if [[ $CONFIGURATION = "Debug" ]]; then
+    SOURCE="$DIR/target/universal/debug/${FILENAME}"
+  else
+    SOURCE="$DIR/target/universal/release/${FILENAME}"
+  fi
+
+  # Copy compiled library to BUILT_PRODUCTS_DIR. Use that in your Xcode project
+  # settings under General -> Frameworks and Libraries.
+  # You will also need to have tun2tor.h somewhere in your search paths!
+  # (Easiest way: have it referenced in your project files list.)
+  if [ -e "${SOURCE}" ]; then
+    cp -a "${SOURCE}" "${BUILT_PRODUCTS_DIR}"
+  fi
+
+else
+
+  # Direct command line usage.
+
+  cargo lipo --manifest-path $DIR/Cargo.toml -p leaf-ffi
+
+fi
+
+cbindgen --config "${DIR}/leaf-ffi/cbindgen.toml" "${DIR}/leaf-ffi/src/lib.rs" > leaf.h