Midnight-Commander

./configure --target=avr32-linux-uclibc --host=avr32-linux --prefix=ENTER_DIR_HERE --without-x --disable-nls --disable-largefile

make

make install

This will generate the binaries in your target directory. Tested with Midnight Commader 4.6.2 and ncurses 5.7

Config.in

config BR2_PACKAGE_MC bool "mc" depends on BR2_PACKAGE_LIBGLIB2||LIBGLIB12 help GNU Midnight Commander allows you to manage files while making most of you screen and giving you a clear representation of the filesystem. http://www.midnight-commander.org

mc.mk

############################################################# # # MC # #############################################################

# Current version, use the latest unless there are any known issues. MC_VERSION=4.6.2 # The filename of the package to download. MC_SOURCE=mc-$(MC_VERSION).tar.bz2 # The site and path to where the source packages are. MC_SITE=http://www.midnight-commander.com/download/ # The directory which the source package is extracted to. MC_DIR=$(BUILD_DIR)/mc-$(MC_VERSION) # Which decompression to use, BZCAT or ZCAT. MC_CAT:=$(BZCAT) # Target binary for the package. MC_BINARY:=mc # Not really needed, but often handy define. MC_TARGET_BINARY:=usr/bin/$(MC_BINARY)

# The download rule. Main purpose is to download the source package. $(DL_DIR)/$(MC_SOURCE): $(WGET) -P $(DL_DIR) $(MC_SITE)/$(MC_SOURCE)

# The unpacking rule. Main purpose is to extract the source package, apply any # patches and update config.guess and config.sub. $(MC_DIR)/.unpacked: $(DL_DIR)/$(MC_SOURCE) $(MC_CAT) $(DL_DIR)/$(MC_SOURCE) | tar -C $(BUILD_DIR) $(TAR_OPTIONS) - toolchain/patch-kernel.sh $(MC_DIR) package/mc/ mc-$(MC_VERSION)-\*.patch\* $(CONFIG_UPDATE) $(MC_DIR) touch $@

# The configure rule. Main purpose is to get the package ready for compilation, # usually by running the configure script with different kinds of options # specified. $(MC_DIR)/.configured: $(MC_DIR)/.unpacked (cd $(MC_DIR); rm -rf config.cache; $(TARGET_CONFIGURE_OPTS) $(TARGET_CONFIGURE_ARGS) ./configure --target=$(GNU_TARGET_NAME) --host=$(GNU_TARGET_NAME) --build=$(GNU_HOST_NAME) --prefix=/usr --sysconfdir=/etc --without-x $(DISABLE_NLS) $(DISABLE_LARGEFILE) ) touch $@

$(MC_DIR)/$(MC_BINARY): $(MC_DIR)/.configured $(MAKE) -C $(MC_DIR)

# The installing rule. Main purpose is to install the binary into the target # root directory and make sure it is stripped from debug symbols to reduce the # space requirements to a minimum. # # Only the files needed to run the application should be installed to the # target root directory, to not waste valuable flash space. $(TARGET_DIR)/$(MC_TARGET_BINARY): $(MC_DIR)/$(MC_BINARY) cp -dpf $(MC_DIR)/src/mc $@ $(STRIPCMD) $(STRIP_STRIP_UNNEEDED) $@

# Main rule which shows which other packages must be installed before the dummy # package is installed. This to ensure that all depending libraries are # installed. mc: uclibc $(TARGET_DIR)/$(MC_TARGET_BINARY)

# Source download rule. Main purpose to download the source package. Since some # people would like to work offline, it is mandotory to implement a rule which # downloads everything this package needs. mc-source: $(DL_DIR)/$(MC_SOURCE)

# Clean rule. Main purpose is to clean the build directory, thus forcing a new # rebuild the next time Buildroot is made. mc-clean: -$(MAKE) -C $(MC_DIR) clean

# Directory clean rule. Main purpose is to remove the build directory, forcing # a new extraction, patching and rebuild the next time Buildroot is made. mc-dirclean: rm -rf $(MC_DIR)

############################################################# # # Toplevel Makefile options # ############################################################# # This is how the dummy package is added to the list of rules to build. ifeq ($(BR2_PACKAGE_MC),y) TARGETS+=mc endif