Partially completed scripts.
This commit is contained in:
parent
a5d8daf790
commit
9ce2fe5701
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@ -11,6 +11,7 @@ apt-get -y install git
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apt-get -y install gnutls-bin
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apt-get -y install tig
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apt-get -y install grc
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apt-get -y install gawk
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apt-get -y install gitk
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apt-get -y install zsync
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apt-get -y install jq
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@ -181,6 +181,15 @@ EOF
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#/usr/bin/bluealsa -S &
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#EOF
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gawk -i inplace '
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/^exit 0/ {
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print "export LIBASOUND_THREAD_SAFE=0"
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print "/usr/bin/bluealsa -S &"
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print ""
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}
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{ print }
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' /etc/rc.local
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# Text to speech:
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# espeak "Hello, how are you?" -w /home/guido/espeak.wav -s145
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@ -0,0 +1,172 @@
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#!/usr/bin/env bash
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set -x
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sudo apt-get -y install \
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USER="Canop"
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PROJECT="broot"
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LICENSE="mit"
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SECTION="admin"
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HOMEPAGE="https://dystroy.org/broot/"
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BUILD_HOME="/var/tmp/broot_git_build"
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#VERSION="2.1.0"
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PACKAGE="broot"
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VERSION=$(curl "https://api.github.com/repos/${USER}/${PROJECT}/tags?per_page=5" | jq -r '.[0] | .name')
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VERSION=${VERSION:1} # strip the preceding 'v'
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DEBEMAIL="person@company.tld"
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DEBFULLNAME="Testy McTester"
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DESCRIPTION="Integration between BlueZ and ALSA."
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LONG_DESCRIPTION=" With BlueALSA one can achieve the same goal as with PulseAudio, but with fewer\n dependencies and less overhead. BlueALSA registers all known Bluetooth audio\n profiles in BlueZ, so in theory every Bluetooth audio device can be connected.\n In order to access the audio stream, one has to connect to the ALSA PCM device\n called bluealsa."
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# Disable discoverable timeout in the main.conf from the bluez package
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sed -i 's,^\(DiscoverableTimeout = \).*,\1'\"0\"',' /etc/bluetooth/main.conf
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# Make the BUILD_HOME directory and clone upstream
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mkdir -p ${BUILD_HOME}
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cd ${BUILD_HOME} || exit
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git clone https://github.com/${USER}/${PROJECT}.git ${PACKAGE}-${VERSION}
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cd ${PACKAGE}-${VERSION} || exit
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mkdir -p m4
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cat <<EOF > .git/gbp.conf
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[DEFAULT]
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# this is the upstream-branch:
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upstream-branch=master
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EOF
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# debianize the BUILD_HOME directory
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echo ${DEBFULLNAME}
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dh_make \
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--createorig \
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--single \
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--native \
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--copyright ${LICENSE} \
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--yes
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# Customize the debian directory values
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#sed -i 's,^\(Description: \).*,\1'${DESCRIPTION}',' debian/control
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sed -i "s,^\(Description: \).*,\1${DESCRIPTION}," debian/control
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sed -i 's,^\(Section: \).*,\1'${SECTION}',' debian/control
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sed -i "s,^\(Maintainer: \).*,\1'${DEBFULLNAME}\ \<${DEBEMAIL}\>'," debian/control
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sed -i 's,^\(Homepage: \).*,\1'${HOMEPAGE}',' debian/control
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sed -i "s/.*insert\ long.*/${LONG_DESCRIPTION}/" debian/control
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echo ****************
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cat debian/control
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echo ****************
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BUILD_OPTIONS="--enable-aac --enable-ofono --enable-debug"
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cat <<EOF > debian/rules
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#!/usr/bin/make -f
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%:
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dh \$@
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override_dh_auto_configure:
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dh_auto_configure -- ${BUILD_OPTIONS}
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EOF
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cat <<EOF > debian/watch
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version=4
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opts=filenamemangle=s/.+\/v?(\d\S+)\.tar\.gz/${PROJECT}-$1\.tar\.gz/ \
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https://github.com/${USER}/${PROJECT}/tags .*/v?(\d\S+)\.tar\.gz
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EOF
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dpkg-buildpackage -us -uc -b
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echo ${PACKAGE}_${VERSION}_amd64.deb
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sudo dpkg -i ../${PACKAGE}_${VERSION}_amd64.deb
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#-------------------------------------------------------------------------------
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## When BlueALSA has been created, then you can start BlueALSA as background task:
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#bluealsa --disable-hfp &
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# Now - for using your bluetooth-speaker/headset - with BlueALSA you have to intoduce the device to the bluetooth-stack using bluetoothctl:
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# bluetoothctl >
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# scan on
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# [NEW] Device 30:23:23:F4:48:2C TH-S10U
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# scan off
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# pair 30:23:23:F4:48:2C
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# trust 30:23:23:F4:48:2C
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# exit
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# After that power off&on the bt-speaker device and the device will connect automatically as a trusted device.
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# Before we try our first audio-command we had to export one thing to make BlueALSA mor system-friendly:
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export LIBASOUND_THREAD_SAFE=0
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# autostart bluealsa
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#cat <<EOF > /etc/rc.local
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## Start bluealsa as root <https://github.com/Arkq/bluez-alsa>
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#export LIBASOUND_THREAD_SAFE=0
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#/usr/bin/bluealsa -S &
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#EOF
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# Text to speech:
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# espeak "Hello, how are you?" -w /home/guido/espeak.wav -s145
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# aplay -D bluealsa:HCI=hci0,DEV=30:23:23:F4:48:2C,PROFILE=a2dp /home/guido/espeak.wav
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# arecord -D bluealsa capture.wav
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# bluealsa-aplay XX:XX:XX:XX:XX:XX
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# $ aplay -D bluealsa:SRV=org.bluealsa,DEV=XX:XX:XX:XX:XX:XX,PROFILE=sco Bourree_in_E_minor.wav
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# amixer -D bluealsa sset '<control name>' 70%
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# amixer -D bluealsa sset 'Jabra MOVE v2.3.0 - A2DP' 50%
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# Internetradio:
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# mpg123 -a bluealsa:HCI=hci0,DEV=30:23:23:F4:48:2C,PROFILE=a2dp -@ /home/guido/ffh80s.pls
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# For shorting the command you could create a ~/.asoundrc with the following content:
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# defaults.bluealsa.interface "hci0"
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# defaults.bluealsa.device "30:23:23:F4:48:2C"
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# defaults.bluealsa.profile "a2dp"
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# defaults.bluealsa.delay 10000
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# Now you can the shorter version of the command:
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# mpg123 -a bluealsa -@ /home/guido/ffh80s.pls
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# For set the volume of such a device you have to know the "real" name of the device out of the bluetoothctl and the name of the used protocol:
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# Device: 30:23:23:F4:48:2C TH-S10U
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# Protocol: A2DP
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# amixer -D bluealsa sset 'TH-S10U - A2DP ' 70%
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#------------------------------------------------------------------------
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## ldacBT
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##
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## AOSP libldac dispatcher
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## https://android.googlesource.com/platform/external/libldac
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## https://github.com/EHfive/ldacBT
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#git clone https://github.com/EHfive/ldacBT.git
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#cd ldacBT
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#git submodule update --init
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#
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#mkdir build && cd build
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#cmake \
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# -DCMAKE_INSTALL_PREFIX=/usr \
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# -DINSTALL_LIBDIR=/usr/lib \
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# -DLDAC_SOFT_FLOAT=OFF \
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# ../
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#make DESTDIR=$DEST_DIR install
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#------------------------------------------------------------------------
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## [open]aptx - reverse-engineered apt-X
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## https://github.com/Arkq/openaptx
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#------------------------------------------------------------------------
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@ -17,6 +17,7 @@ if [ -e /usr/bin/grc ]; then
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alias tail="cl tail"
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alias ps="cl ps"
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alias lsof="cl lsof"
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alias lsof="cl lsd"
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alias lsmod="cl lsmod"
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alias lsattr="cl lsattr"
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alias gcc="cl gcc"
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@ -0,0 +1,144 @@
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#!/usr/bin/env bash
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cd /var/tmp
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USER=rust-lang
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PROJECT=rustup
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PRERELEASE=false
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RELEASE=$(curl "https://api.github.com/repos/${USER}/${PROJECT}/tags?per_page=5" | jq -r '.[0] | .name')
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# VERSION=$(echo "${RELEASE}" | cut -c 2- | cut -f1 -d"-")
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VERSION=$( date +%Y-%m-%d_ )git
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DOWNLOAD_DIR=/tmp
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# make a containing directory
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mkdir -p /var/tmp/rustup-"${RELEASE}"
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cd /var/tmp/rustup-"${RELEASE}" || exit
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cat > ./description-pak << EOF
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The Rustup tool installs and manages the Rust development environment.
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EOF
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cat > ./checkinstall_it.sh << 'EOF'
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echo "ENTERING CHECKINSTALL"
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BASE_URL='https://api.github.com/repos'
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BASE_USER='rust-lang'
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BASE_REPO='rustup'
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LICENSE_PAGE_URL="${BASE_URL}/${BASE_USER}/${BASE_REPO}"/license
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RELEASES_URL="${BASE_URL}/${BASE_USER}/${BASE_REPO}"/releases
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# CONTENT=$(curl -s ${RELEASES_URL}/latest)
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# LATEST_URL=$(echo "${CONTENT}" | jq --raw-output '.assets[] | select(.browser_download_url | test("Linux-x86_64")) | .browser_download_url')
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echo "LATEST_URL: " "${LATEST_URL}"
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# RELEASE=$(echo "${CONTENT}" | jq --raw-output '.tag_name')
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# LICENSE_URL=$(curl "${LICENSE_PAGE_URL}" | jq --raw-output '.download_url')
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# wget -c ${LICENSE_URL}
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VERSION=$( date +%Y-%m-%d_ )git
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#VERSION="1.0"
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RELEASE="git"
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REQUIRES=""
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# make a new temporary directory for this use
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BASE_TMP_DIR=~/tmptmp/checkinstall_tmp
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mkdir -p ${BASE_TMP_DIR}
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# do your work
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checkinstall -y --fstrans \
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--pkgname=rustup \
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--pkgversion=${VERSION}\
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--pkgrelease=${RELEASE} \
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--pkgarch=amd64 \
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--pkggroup=admin \
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--pkglicense=LICENSE \
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--pkgsource=${LATEST_URL} \
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--maintainer=cyteen@ring-zero.co.uk \
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--requires=${REQUIRES} \
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-D \
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bash ./install.sh
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EOF
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cat > ./install.sh << 'EOF'
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# https://hoverbear.org/blog/setting-up-a-rust-devenv/
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export CARGO_HOME=/home/default.cargo/bin
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export RUSTUP_HOME=/home/default/.rustup
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# RUSTUP_HOME (default: ~/.rustup or %USERPROFILE%/.rustup) Sets the root rustup folder, used for storing installed toolchains and configuration options.
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RUSTUP_HOME
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# RUSTUP_TOOLCHAIN (default: none) If set, will override the toolchain used for all rust tool invocations. A toolchain with this name should be installed, or invocations will fail.
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RUSTUP_TOOLCHAIN
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# RUSTUP_DIST_SERVER (default: https://static.rust-lang.org) Sets the root URL for downloading static resources related to Rust. You can change this to instead use a local mirror, or to test the binaries from the staging directory.
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RUSTUP_DIST_SERVER
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# RUSTUP_DIST_ROOT (default: https://static.rust-lang.org/dist) Deprecated. Use RUSTUP_DIST_SERVER instead.
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RUSTUP_DIST_ROOT
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# RUSTUP_UPDATE_ROOT (default https://static.rust-lang.org/rustup) Sets the root URL for downloading self-updates.
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RUSTUP_UPDATE_ROOT
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# RUSTUP_IO_THREADS unstable (defaults to reported cpu count). Sets the number of threads to perform close IO in. Set to disabled to force single-threaded IO for troubleshooting, or an arbitrary number to override automatic detection.
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RUSTUP_IO_THREADS
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# RUSTUP_TRACE_DIR unstable (default: no tracing) Enables tracing and determines the directory that traces will be written too. Traces are of the form PID.trace. Traces can be read by the Catapult project tracing viewer.
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RUSTUP_TRACE_DIR
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# RUSTUP_UNPACK_RAM unstable (default 400M, min 100M) Caps the amount of RAM rustup will use for IO tasks while unpacking.
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RUSTUP_UNPACK_RAM
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# RUSTUP_NO_BACKTRACE Disables backtraces on non-panic errors even when RUST_BACKTRACE is set.
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RUSTUP_NO_BACKTRACE
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curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
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## Completions
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# Bash
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rustup completions bash > ~/.local/share/bash-completion/completions/rustup
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# Zsh completions
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rustup completions zsh > ~/.zfunc/_rustup
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# update the current shell with the changes
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source $HOME/.cargo/env
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# install the Rust source and documentation locally
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rustup component add rust-src
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rustup component add rust-docs
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# rust-clippy linter
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cargo +nightly install clippy
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# rustfmt standard automated styling
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cargo install rustfmt
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# racer code completion utility
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cargo install racer
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# set path to rust sources in the environment
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export RUST_SRC_PATH=${HOME}/.rustup/toolchains/stable-x86_64-unknown-linux-gnu/lib/rustlib/src/rust/src
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# rls is a language server implementation for Rust. It provides things like code completion, goto definitions, rich refactoring
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rustup component add rls --toolchain nightly-x86_64-unknown-linux-gnu
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rustup component add rust-analysis --toolchain nightly-x86_64-unknown-linux-gnu
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rustup component add rust-src --toolchain nightly-x86_64-unknown-linux-gnu
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export DYLD_LIBRARY_PATH=${HOME}/.rustup/toolchains/stable-x86_64-unknown-linux-gnu/lib
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export RLS_ROOT=${HOME}/git/rust/rls
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EOF
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bash ./checkinstall_it.sh
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@ -22,3 +22,11 @@ alias wipe='ionice -c3 /usr/bin/wipe -l1 -v -r'
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alias less="less -R"
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alias youtube-dl='youtube-dl --external-downloader=aria2c'
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EOF
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ALIAS_FILE=/home/default/.zsh_aliases.d/003_lsd.sh
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cat > ${ALIAS_FILE} <<'EOF'
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alias lsd="/usr/bin/lsd"
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alias 'ls'="lsd"
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alias 'll'="lsd -a"
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alias 'lt'="lsd --tree"
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EOF
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@ -0,0 +1,15 @@
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Broot should be launched using a shell function (see https://github.com/Canop/broot for explanations).
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The function is either missing, old or badly installed.
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Can I install it now? [Y n]
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y
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Writing br shell function in /home/default/.local/share/broot/launcher/bash/1.
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Creating link from /home/default/.config/broot/launcher/bash/br to
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/home/default/.local/share/broot/launcher/bash/1.
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/home/default/.zshrc successfully patched with 'source /home/default/.config/broot/launcher/bash/br'
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you can make the function immediately available with
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source /home/default/.zshrc
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Loading…
Reference in New Issue