Add a linux installer

This commit is contained in:
Lynda Wang 2020-08-09 15:25:35 -04:00 committed by Michael Campagnaro
parent 2c793ab216
commit 952920dfc2
18 changed files with 213 additions and 1758 deletions

27
aliases
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@ -56,16 +56,6 @@ update-shell() {
fi fi
} }
# See top 10 bash commands
hist() {
if [[ '${platform,,}' == *'ming'* ]]; then
hist_file=~/.bash_history
else
hist_file=~/.history
fi
cat $hist_file|cut -d ';' -f 2- 2>/dev/null| awk '{a[$1]++ } END{for(i in a){print a[i] " " i}}'|sort -rn|head
}
remove_windows_file() { remove_windows_file() {
if [ -f "$1" ]; then if [ -f "$1" ]; then
recycle-bin.exe "$1" recycle-bin.exe "$1"
@ -364,11 +354,13 @@ git_nuke() {
#################################################################################################### ####################################################################################################
alias ls='ls --color'
alias l='ls -lh'
alias ll='ls -lha'
# Handle the fact that this file will be used with multiple OSs # Handle the fact that this file will be used with multiple OSs
if [[ $platform == 'Linux' ]]; then if [[ $platform == 'Linux' ]]; then
alias l='ls -lhg --color'
alias ll='ls -lahg --color'
# Arch # Arch
alias flux='redshift' alias flux='redshift'
alias ipconfig='ip addr' alias ipconfig='ip addr'
@ -382,17 +374,12 @@ if [[ $platform == 'Linux' ]]; then
# TODO add a trash alias for trash-cli? # TODO add a trash alias for trash-cli?
elif [[ $platform == 'Darwin' ]]; then elif [[ $platform == 'Darwin' ]]; then
alias l='ls -laG'
alias ll='ls -lG'
alias trash='rmtrash' alias trash='rmtrash'
alias tt='rmtrash' alias tt='rmtrash'
elif [[ "${platform,,}" == *'ming'* ]]; then # convert to lowercase then compare with wildcard elif [[ "${platform,,}" == *'ming'* ]]; then # convert to lowercase then compare with wildcard
alias python='winpty python.exe' alias python='winpty python.exe'
alias python3='winpty python.exe' alias python3='winpty python.exe'
alias l='ls -ahg --color'
alias ls='ls -ahg --color'
#alias rm='echo "use trash command instead!"' #alias rm='echo "use trash command instead!"'
#alias rmr='echo "use trash command instead!"' #alias rmr='echo "use trash command instead!"'
alias trash='remove_windows_file' alias trash='remove_windows_file'
@ -476,8 +463,8 @@ alias pdot='cd ~/.private-dotfiles'
alias duh='du -csh' alias duh='du -csh'
alias exp='explorer .' alias exp='explorer .'
alias f='fg' alias f='fg'
alias grep='grep -n --color --exclude=tags ' alias grep='grep --color=auto --exclude=tags '
alias history='fc -l 1' alias hist='history'
alias histroy='history' alias histroy='history'
alias irb='irb --readline -r irb/completion' alias irb='irb --readline -r irb/completion'
alias lcc='lein clean' alias lcc='lein clean'

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@ -1,22 +1,15 @@
#set -x # Print out all of the commands that are executing. #set -x # Print out all of the commands that are executing.
# If not running interactively, don't do anything
case $- in
*i*) ;;
*) return;;
esac
# Unbreak broken, non-colored terminal # Unbreak broken, non-colored terminal
export TERM=xterm-256color export TERM=xterm-256color
test -f ~/.common_env && . ~/.common_env test -f ~/.env.common && . ~/.env.common
test -f ~/.private-dotfiles.common/env && . ~/.private-dotfiles.common/env
test -f ~/.private-dotfiles/env && . ~/.private-dotfiles/env
test -f ~/.aliases && . ~/.aliases
test -f ~/.aliases.private && . ~/.aliases.private
if [[ -d "$HOME/bin" ]]; then
export PATH=$HOME/bin/:$PATH
fi
if [[ -d "$HOME/.dotfiles/bin" ]]; then
export PATH=$HOME/.dotfiles/bin/:$PATH
fi
# TMP and TEMP are defined in the Windows environment. Leaving them set to the default # TMP and TEMP are defined in the Windows environment. Leaving them set to the default
# Windows temporary directory can have unexpected consequences. # Windows temporary directory can have unexpected consequences.
@ -64,6 +57,8 @@ export NVM_DIR="$HOME/.nvm"
# Don't use ^D to exit # Don't use ^D to exit
set -o ignoreeof set -o ignoreeof
# don't put duplicate lines or lines starting with space in the history.
# See bash(1) for more options
# don't put duplicate lines or lines starting with space in the history. # don't put duplicate lines or lines starting with space in the history.
# See bash(1) for more options # See bash(1) for more options
HISTCONTROL=ignoreboth HISTCONTROL=ignoreboth
@ -71,9 +66,10 @@ HISTCONTROL=ignoreboth
# append to the history file, don't overwrite it # append to the history file, don't overwrite it
shopt -s histappend shopt -s histappend
# for setting history length see HISTSIZE and HISTFILESIZE in bash(1) HISTSIZE=20000
HISTSIZE=1000 HISTFILESIZE=20000
HISTFILESIZE=2000 HISTIGNORE="&:ls:l:ll:[bf]g:less:clear:cls:exit:history:hist"
HISTTIMEFORMAT='%F %T '
# check the window size after each command and, if necessary, # check the window size after each command and, if necessary,
# update the values of LINES and COLUMNS. # update the values of LINES and COLUMNS.
@ -82,5 +78,26 @@ shopt -s checkwinsize
# make less more friendly for non-text input files, see lesspipe(1) # make less more friendly for non-text input files, see lesspipe(1)
[ -x /usr/bin/lesspipe ] && eval "$(SHELL=/bin/sh lesspipe)" [ -x /usr/bin/lesspipe ] && eval "$(SHELL=/bin/sh lesspipe)"
# set a fancy prompt (non-color, unless we know we "want" color)
case "$TERM" in
xterm-color) color_prompt=yes;;
esac
# colored GCC warnings and errors # colored GCC warnings and errors
export GCC_COLORS='error=01;31:warning=01;35:note=01;36:caret=01;32:locus=01:quote=01' export GCC_COLORS='error=01;31:warning=01;35:note=01;36:caret=01;32:locus=01:quote=01'
# enable color support of ls and also add handy aliases
if [ -x /usr/bin/dircolors ]; then
test -r ~/.dircolors && eval "$(dircolors -b ~/.dircolors)" || eval "$(dircolors -b)"
fi
# enable programmable completion features (you don't need to enable
# this, if it's already enabled in /etc/bash.bashrc and /etc/profile
# sources /etc/bash.bashrc).
if ! shopt -oq posix; then
if [ -f /usr/share/bash-completion/bash_completion ]; then
. /usr/share/bash-completion/bash_completion
elif [ -f /etc/bash_completion ]; then
. /etc/bash_completion
fi
fi

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@ -13,3 +13,18 @@ esac
export PLATFORM=$platform export PLATFORM=$platform
export PLATFORM_OS=$platform_os export PLATFORM_OS=$platform_os
test -f $HOME/.env.platform && . $HOME/.env.platform
test -f $HOME/.private-dotfiles.common/env && . $HOME/.private-dotfiles.common/env
test -f $HOME/.private-dotfiles/env && . $HOME/.private-dotfiles/env
test -f $HOME/.aliases && . $HOME/.aliases
test -f $HOME/.aliases.private && . $HOME/.aliases.private
if [[ -d "$HOME/bin" ]]; then
export PATH=$HOME/bin/:$PATH
fi
if [[ -d "$HOME/.dotfiles/bin" ]]; then
export PATH=$HOME/.dotfiles/bin/:$PATH
fi

100
install
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@ -35,29 +35,27 @@ set -e
# Helpers # Helpers
#################################################################################################### ####################################################################################################
use_shell() {
shell=$1
if hash chsh >/dev/null 2>&1; then
printf "\n${BLUE}Changing the default shell to $shell${NORMAL}\n"
chsh -s $(which $shell)
else
error "\nUnable to change the shell because this system does not have chsh.\n"
fi
}
setup_zsh() { setup_zsh() {
printf "Setting up zsh...\n" printf "${MAGENTA}==> ${NORMAL}Setting up zsh...\n"
if [[ $is_linux -eq 1 ]]; then if [[ $is_linux -eq 1 ]]; then
sudo apt install zsh sudo apt install zsh
fi fi
TEST_CURRENT_SHELL=$(expr "$SHELL" : '.*/\(.*\)')
if [ "$TEST_CURRENT_SHELL" != "zsh" ]; then
if hash chsh >/dev/null 2>&1; then
printf "\n${BLUE}Changing the default shell to zsh${NORMAL}\n"
chsh -s $(grep /zsh$ /etc/shells | tail -1)
else
printf "\n${RED}Unable to change the shell because this system does not have chsh.\n"
printf "${BLUE}If this is Windows then you probably want to run the bash installer.${NORMAL}\n"
fi
fi
setup_dir .dotfiles/zsh/core .zsh setup_dir .dotfiles/zsh/core .zsh
FILES=() FILES=()
FILES+=('zshrc') FILES+=('zshrc')
FILES+=('zshenv')
FILES+=('zlogin') FILES+=('zlogin')
for file in "${FILES[@]}" for file in "${FILES[@]}"
@ -66,23 +64,37 @@ setup_zsh() {
done done
} }
setup_bash() {
printf "${MAGENTA}==> ${NORMAL}Setting up bash...\n"
FILES=()
FILES+=('bashrc')
FILES+=('bash_profile')
FILES+=('inputrc')
for file in "${FILES[@]}"
do
setup_file .dotfiles/bash/$file .$file
done
}
#################################################################################################### ####################################################################################################
# Setup # Setup
#################################################################################################### ####################################################################################################
pushd "$HOME" &>/dev/null pushd "$HOME" &>/dev/null
#########################
# Setup root dirs
#########################
setup_dir $cwd .dotfiles setup_dir $cwd .dotfiles
setup_dir .dotfiles/vim .vim
######################### if [[ $is_windows -eq 1 ]]; then
# Setup root files printf "${MAGENTA}==> ${NORMAL}Copy ${YELLOW}.dotfiles/vim${NORMAL} to ${YELLOW}$PWD/.vim${NORMAL}\n"
######################### cp -r .dotfiles/vim .vim
else
setup_dir .dotfiles/vim .vim
fi
FILES=() FILES=()
FILES+=('common_env') FILES+=('env.common')
FILES+=('aliases') FILES+=('aliases')
FILES+=('gitconfig') FILES+=('gitconfig')
FILES+=('vimrc') FILES+=('vimrc')
@ -93,25 +105,45 @@ do
setup_file .dotfiles/$file .$file setup_file .dotfiles/$file .$file
done done
set +e
git_comp_filename=".git-completions.bash"
printf "${MAGENTA}==> ${NORMAL}Download git completions list to ${YELLOW}$PWD/$git_comp_filename${NORMAL}\n"
curl https://raw.githubusercontent.com/git/git/master/contrib/completion/git-completion.bash -o $git_comp_filename
set -e
######################### #########################
# Setup non-root files # Setup platform files
######################### #########################
if [[ $is_windows -eq 1 ]]; then if [[ $is_windows -eq 1 ]]; then
setup_file .dotfiles/bash/bashrc .bashrc printf "\n${BOLD}Setting up Windows${NORMAL}\n\n"
setup_file .dotfiles/bash/bash_profile .bash_profile os_name="windows"
setup_file .dotfiles/bash/inputrc .inputrc # Already using bash if running msys2.
setup_file .dotfiles/windows/gitconfig.platform .gitconfig.platform setup_bash
fi elif [[ $is_macos -eq 1 ]]; then
printf "\n${BOLD}Setting up MacOS${NORMAL}\n\n"
curl https://raw.githubusercontent.com/git/git/master/contrib/completion/git-completion.bash -o .git-completion.bash os_name="osx"
if [[ $is_windows -eq 0 ]]; then
setup_zsh setup_zsh
setup_bash
use_shell zsh
elif [[ $is_linux -eq 1 ]]; then
printf "\n${BOLD}Setting up Linux${NORMAL}\n\n"
os_name="linux"
setup_zsh
setup_bash
use_shell bash
fi fi
if [[ $is_macos -eq 1 ]]; then if [[ $os_name != "" ]]; then
printf "\n${BOLD}Running the MacOS installer${NORMAL}\n" if [ -f .dotfiles/$os_name/env.platform ]; then
$cwd/osx/install setup_file .dotfiles/$os_name/env.platform .env.platform
fi
if [ -f .dotfiles/$os_name/gitconfig.platform ]; then
setup_file .dotfiles/$os_name/gitconfig.platform .gitconfig.platform
fi
$cwd/$os_name/install
fi fi
popd "$HOME" &>/dev/null popd "$HOME" &>/dev/null

2
linux/README.md Normal file
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@ -0,0 +1,2 @@
You may need to run `dos2unix` on this repo because of Windows line endings. There's a script in
this directory's bin folder called `dos2unix-recursive` which you can use to do the conversion.

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@ -0,0 +1,3 @@
#!/usr/bin/env bash
find . -type f -print0 | xargs -0 dos2unix -f *.txt *.vim

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@ -1,3 +0,0 @@
#!/bin/bash
LEIN_FAST_TRAMPOLINE=rlwrap lein trampoline figwheel "$@"

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@ -0,0 +1,5 @@
#!/bin/bash
xrandr --newmode "1920x1080_60.00" 172.80 1920 2040 2248 2576 1080 1081 1084 1118 -HSync +Vsync
xrandr --addmode Virtual1 "1920x1080_60.00"
xrandr --output Virtual1 --mode "1920x1080_60.00"

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@ -1,807 +0,0 @@
#!/bin/bash
# From https://github.com/keenerd/packer/blob/master/packer
# Use: package installer for Arch Linux
#
# Copyright Matthew Bruenig <matthewbruenig@gmail.com>
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
[[ $PACMAN ]] || PACMAN="pacman"
# set tmpfile stuff, clean tmpdir
tmpdir="${TMPDIR:-/tmp}/packertmp-$UID"
rm -rf "$tmpdir" &>/dev/null
mkdir -p "$tmpdir"
makepkgconf='/etc/makepkg.conf'
usermakepkgconf="$HOME/.makepkg.conf"
pacmanconf='/etc/pacman.conf'
RPCURL="https://aur.archlinux.org/rpc.php?type"
PKGURL="https://aur.archlinux.org"
PKGBURL="https://aur.archlinux.org/cgit/aur.git/plain/PKGBUILD?h"
if [[ -t 1 && ! $COLOR = "NO" ]]; then
COLOR1='\e[1;39m'
COLOR2='\e[1;32m'
COLOR3='\e[1;35m'
COLOR4='\e[1;36m'
COLOR5='\e[1;34m'
COLOR6='\e[1;33m'
COLOR7='\e[1;31m'
ENDCOLOR='\e[0m'
S='\\'
fi
_WIDTH="$(stty size | cut -d ' ' -f 2)"
trap ctrlc INT
ctrlc() {
echo
exit
}
err() {
echo -e "$1"
exit 1
}
usage() {
echo 'usage: packer [option] [package] [package] [...]'
echo
echo ' -S - installs package'
echo ' -Syu|-Su - updates all packages, also takes -uu and -yy options'
echo ' -Ss|-Ssq - searches for package'
echo ' -Si - outputs info for package'
echo ' -G - download and extract aur tarball only'
echo
echo ' --quiet - only output package name for searches'
echo ' --ignore - takes a comma-separated list of packages to ignore'
echo ' --noconfirm - do not prompt for any confirmation'
echo ' --noedit - do not prompt to edit files'
echo ' --quickcheck - check for updates and exit'
echo ' --auronly - only do actions for aur'
echo ' --devel - update devel packages during -Su'
echo ' --skipinteg - when using makepkg, do not check md5s'
echo ' --preview - edit pkgbuild before sourcing'
echo ' -h - outputs this message'
exit
}
# Called whenever anything needs to be run as root ($@ is the command)
runasroot() {
if [[ $UID -eq 0 ]]; then
"$@"
elif sudo -v &>/dev/null && sudo -l "$@" &>/dev/null; then
sudo -E "$@"
else
echo -n "root "
su -c "$(printf '%q ' "$@")"
fi
}
# Source makepkg.conf file
sourcemakepkgconf() {
. "$makepkgconf"
[[ -r "$usermakepkgconf" ]] && . "$usermakepkgconf"
}
# Parse IgnorePkg and --ignore, put in globally accessible ignoredpackages array
getignoredpackages() {
IFS=',' read -ra ignoredpackages <<< "$ignorearg"
ignoredpackages+=( $(grep '^ *IgnorePkg' "$pacmanconf" | cut -d '=' -f 2-) )
}
# Checks to see if $1 is an ignored package
isignored() {
[[ " ${ignoredpackages[@]} " =~ " $1 " ]]
}
# Tests whether $1 exists on the aur
existsinaur() {
rpcinfo "$1"
[[ "$(jshon -Qe resultcount -u < "$tmpdir/$1.info")" != "0" ]]
}
# Tests whether $1 exists in pacman
existsinpacman() {
pacman -Si -- "$1" &>/dev/null
}
# Tests whether $1 is provided in pacman, sets globally accessibly providepkg var
providedinpacman() {
unset providepkg
IFS=$'\n' read -rd '' -a providepkg < <(pacman -Ssq -- "^$1$")
[[ -n $providepkg ]]
}
# Tests whether $1 exists in a pacman group
existsinpacmangroup() {
[[ $(pacman -Sgq "$1") ]]
}
# Tests whether $1 exists locally
existsinlocal() {
pacman -Qq -- "$1" &>/dev/null
}
# Scrapes the aur deps from PKGBUILDS and puts in globally available dependencies array
scrapeaurdeps() {
pkginfo "$1" "$preview"
. "$tmpdir/$1.PKGBUILD"
IFS=$'\n'
dependencies=( $(echo -e "${depends[*]}\n${makedepends[*]}" | sed -e 's/=.*//' -e 's/>.*//' -e 's/<.*//'| sort -u) )
unset IFS
}
# Finds dependencies of package $1
# Sets pacmandeps and aurdeps array, which can be accessed globally after function runs
finddeps() {
# loop through dependencies, if not installed, determine if pacman or aur deps
pacmandeps=()
aurdeps=()
scrapeaurdeps "$1"
missingdeps=( $(pacman -T "${dependencies[@]}") )
while [[ $missingdeps ]]; do
checkdeps=()
for dep in "${missingdeps[@]}"; do
if [[ " $1 ${aurdeps[@]} ${pacmandeps[@]} " =~ " $dep " ]]; then
continue
fi
if existsinpacman "$dep"; then
pacmandeps+=("$dep")
elif existsinaur "$dep"; then
if [[ $aurdeps ]]; then
aurdeps=("$dep" "${aurdeps[@]}")
else
aurdeps=("$dep")
fi
checkdeps+=("$dep")
elif providedinpacman "$dep"; then
pacmandeps+=("$providepkg")
else
[[ $option = "install" ]] && err "Dependency \`$dep' of \`$1' does not exist."
echo "Dependency \`$dep' of \`$1' does not exist."
return 1
fi
done
missingdeps=()
for dep in "${checkdeps[@]}"; do
scrapeaurdeps "$dep"
for depdep in "${dependencies[@]}"; do
[[ $(pacman -T "$depdep") ]] && missingdeps+=("$depdep")
done
done
done
return 0
}
# Displays a progress bar ($1 is numerator, $2 is denominator, $3 is candy/normal)
aurbar() {
# Delete line
printf "\033[0G"
# Get vars for output
beginline=" aur"
beginbar="["
endbar="] "
perc="$(($1*100/$2))"
width="$(stty size)"
width="${width##* }"
charsbefore="$((${#beginline}+${#1}+${#2}+${#beginbar}+3))"
spaces="$((51-$charsbefore))"
barchars="$(($width-51-7))"
hashes="$(($barchars*$perc/100))"
dashes="$(($barchars-$hashes))"
# Print output
printf "$beginline %${spaces}s$1 $2 ${beginbar}" ""
# ILoveCandy
if [[ $3 = candy ]]; then
for ((n=1; n<$hashes; n++)); do
if (( (n==($hashes-1)) && ($dashes!=0) )); then
(($n%2==0)) && printf "\e[1;33mc\e[0m" || printf "\e[1;33mC\e[0m"
else
printf "-"
fi
done
for ((n=1; n<$dashes; n++)); do
N=$(( $n+$hashes ))
(($hashes>0)) && N=$(($N-1))
(($N%3==0)) && printf "o" || printf " "
done
else
for ((n=0; n<$hashes; n++)); do
printf "#"
done
for ((n=0; n<$dashes; n++)); do
printf "-"
done
fi
printf "%s%3s%%\r" ${endbar} ${perc}
}
rpcinfo() {
if ! [[ -f "$tmpdir/$1.info" ]]; then
curl -LfGs --data-urlencode "arg=$1" "$RPCURL=info" > "$tmpdir/$1.info"
fi
}
pkglink() {
rpcinfo $1
echo "${PKGURL}$(jshon -Q -e results -e URLPath -u < "$tmpdir/$1.info")"
}
# downloads pkgbuild ($1), edits if $2 is set
pkginfo() {
if ! [[ -f "$tmpdir/$1.PKGBUILD" ]]; then
curl -Lfs "${PKGBURL}=${1}" > "$tmpdir/$1.PKGBUILD"
if [[ $2 ]]; then
# rename for syntax highlighting
cp "$tmpdir/$1.PKGBUILD" "$tmpdir/PKGBUILD"
confirm_edit "${COLOR6}Edit $1 PKGBUILD with \$EDITOR? [Y/n]${ENDCOLOR} " "$tmpdir/PKGBUILD"
mv "$tmpdir/PKGBUILD" "$tmpdir/$1.PKGBUILD"
fi
fi
}
# Checks if package is newer on aur ($1 is package name, $2 is local version)
aurversionisnewer() {
rpcinfo "$1"
unset aurversion
if existsinaur "$1"; then
aurversion="$(jshon -Q -e results -e Version -u < "$tmpdir/$1.info")"
if [[ "$(LC_ALL=C vercmp "$aurversion" "$2")" -gt 0 ]]; then
return 0
fi
fi
return 1
}
isoutofdate() {
rpcinfo "$1"
[[ "$(jshon -Q -e results -e OutOfDate -u < "$tmpdir/$1.info")" = "1" ]]
}
# $1 is prompt, $2 is file
confirm_edit() {
if [[ (! -f "$2") || "$noconfirm" || "$noedit" ]]; then
return
fi
echo -en "$1"
if proceed; then
${EDITOR:-vi} "$2"
fi
}
# Installs packages from aur ($1 is package, $2 is dependency or explicit)
aurinstall() {
dir="${TMPDIR:-/tmp}/packerbuild-$UID/$1"
sourcemakepkgconf
# Prepare the installation directory
# If there is an old directory and aurversion is not newer, use old directory
if . "$dir/$1/PKGBUILD" &>/dev/null && ! aurversionisnewer "$1" "$pkgver-$pkgrel"; then
cd "$dir/$1"
else
[[ -d "$dir" ]] && rm -rf "$dir"
mkdir -p "$dir"
cd "$dir"
curl -Lfs "$(pkglink $1)" > "$1.tar.gz"
mkdir "$1"
tar xf "$1.tar.gz" -C "$1" --strip-components=1
cd "$1"
if [[ $preview && -s "$tmpdir/$1.PKGBUILD" ]]; then
cp "$tmpdir/$1.PKGBUILD" PKGBUILD
fi
# customizepkg
if [[ -f "/etc/customizepkg.d/$1" ]] && type -t customizepkg &>/dev/null; then
echo "Applying customizepkg instructions..."
customizepkg --modify
fi
fi
# check for missing arch
if [[ ! " ${arch[@]} " =~ " any " ]]; then
if [[ ! " ${arch[@]} " =~ " ${CARCH} " ]]; then
echo -e "${COLOR6}warning:$ENDCOLOR $CARCH missing from arch array"
fi
fi
# Allow user to edit PKGBUILD
confirm_edit "${COLOR6}Edit $1 PKGBUILD with \$EDITOR? [Y/n]${ENDCOLOR} " PKGBUILD
if ! [[ -f PKGBUILD ]]; then
err "No PKGBUILD found in directory."
fi
# Allow user to edit .install
unset install
. PKGBUILD
confirm_edit "${COLOR6}Edit $install with \$EDITOR? [Y/n]${ENDCOLOR} " "$install"
# Installation (makepkg and pacman)
rm -f *$PKGEXT
if [[ $UID -eq 0 ]]; then
makepkg $MAKEPKGOPTS --asroot -f
else
makepkg $MAKEPKGOPTS -f
fi
[[ $? -ne 0 ]] && echo "The build failed." && return 1
pkgtarfiles=""
for i in "${pkgname[@]}"; do
pkgtarfiles="$pkgtarfiles $i-*$PKGEXT"
done
if [[ $2 = dependency ]]; then
runasroot $PACMAN ${PACOPTS[@]} --asdeps -U $pkgtarfiles
elif [[ $2 = explicit ]]; then
runasroot $PACMAN ${PACOPTS[@]} -U $pkgtarfiles
fi
}
# Goes through all of the install tests and execution ($@ is packages to be installed)
installhandling() {
packageargs=("$@")
getignoredpackages
sourcemakepkgconf
# Figure out all of the packages that need to be installed
for package in "${packageargs[@]}"; do
# Determine whether package is in pacman repos
if ! [[ $auronly ]] && existsinpacman "$package"; then
pacmanpackages+=("$package")
elif ! [[ $auronly ]] && existsinpacmangroup "$package"; then
pacmanpackages+=("$package")
elif existsinaur "$package"; then
if finddeps "$package"; then
# here is where dep dupes are created
aurpackages+=("$package")
aurdepends=("${aurdeps[@]}" "${aurdepends[@]}")
pacmandepends+=("${pacmandeps[@]}")
fi
else
err "Package \`$package' does not exist."
fi
done
# Check if any aur target packages are ignored
for package in "${aurpackages[@]}"; do
if isignored "$package"; then
echo -ne "${COLOR5}:: ${COLOR1}$package is in IgnorePkg/IgnoreGroup. Install anyway?${ENDCOLOR} [Y/n] "
if ! [[ $noconfirm ]]; then
proceed || continue
else
echo
fi
fi
aurtargets+=("$package")
done
# Check if any aur dependencies are ignored
for package in "${aurdepends[@]}"; do
if isignored "$package"; then
echo -ne "${COLOR5}:: ${COLOR1}$package is in IgnorePkg/IgnoreGroup. Install anyway?${ENDCOLOR} [Y/n] "
if ! [[ $noconfirm ]]; then
if ! proceed; then
echo "Unresolved dependency \`$package'"
unset aurtargets
break
fi
else
echo
fi
fi
done
# First install the explicit pacman packages, let pacman prompt
if [[ $pacmanpackages ]]; then
runasroot $PACMAN "${PACOPTS[@]}" -S -- "${pacmanpackages[@]}"
fi
if [[ -z $aurtargets ]]; then
exit
fi
# Test if aurpackages are already installed; echo warning if so
for pkg in "${aurtargets[@]}"; do
if existsinlocal "$pkg"; then
localversion="$(pacman -Qs "$pkg" | grep -F "local/$pkg" | cut -d ' ' -f 2)"
if ! aurversionisnewer "$pkg" "$localversion"; then
echo -e "${COLOR6}warning:$ENDCOLOR $pkg-$localversion is up to date -- reinstalling"
fi
fi
done
# Echo warning if packages are out of date
for pkg in "${aurtargets[@]}" "${aurdepends[@]}"; do
if isoutofdate "$pkg"; then
echo -e "${COLOR6}warning:$ENDCOLOR $pkg is flagged out of date"
fi
done
# Prompt for aur packages and their dependencies
echo
if [[ $aurdepends ]]; then
num="$((${#aurdepends[@]}+${#aurtargets[@]}))"
echo -e "${COLOR6}Aur Targets ($num):${ENDCOLOR} ${aurdepends[@]} ${aurtargets[@]}"
else
echo -e "${COLOR6}Aur Targets ($((${#aurtargets[@]}))):${ENDCOLOR} ${aurtargets[@]}"
fi
if [[ $pacmandepends ]]; then
IFS=$'\n' read -rd '' -a pacmandepends < \
<(printf "%s\n" "${pacmandepends[@]}" | sort -u)
echo -e "${COLOR6}Pacman Targets (${#pacmandepends[@]}):${ENDCOLOR} ${pacmandepends[@]}"
fi
# Prompt to proceed
echo -en "\nProceed with installation? [Y/n] "
if ! [[ $noconfirm ]]; then
proceed || exit
else
echo
fi
# Install pacman dependencies
if [[ $pacmandepends ]]; then
runasroot $PACMAN --noconfirm --asdeps -S -- "${pacmandepends[@]}" || err "Installation failed."
fi
# Install aur dependencies
if [[ $aurdepends ]]; then
for dep in "${aurdepends[@]}"; do
aurinstall "$dep" "dependency"
done
fi
# Install the aur packages
for package in "${aurtargets[@]}"; do
scrapeaurdeps "$package"
if pacman -T "${dependencies[@]}" &>/dev/null; then
aurinstall "$package" "explicit"
else
echo "Dependencies for \`$package' are not met, not building..."
fi
done
}
run_quick_check() {
bigurl="https://aur.archlinux.org/rpc.php?type=multiinfo"
for p in $(pacman -Qqm); do
bigurl="$bigurl&arg\[\]=$p"
done
parsed_aur="$(curl -s "$bigurl" | \
jshon -e results -a -e Name -u -p -e Version -u | \
sed 's/^$/-/' | paste -s -d '\t\n' | sort)"
packages="$(expac -Q '%n\t%v' | sort)"
comm -23 <(echo "$parsed_aur") <(echo "$packages") | cut -f 1
if [[ $auronly == 1 ]]; then
return
fi
# see https://mailman.archlinux.org/pipermail/pacman-dev/2011-October/014673.html
# (note to self, get that merged already...)
if [[ -z $CHECKUPDATE_DB ]]; then
CHECKUPDATE_DB="${TMPDIR:-/tmp}/checkup-db-${USER}/"
fi
eval $(awk '/DBPath/ {print $1$2$3}' $pacmanconf)
DBPath="${DBPath:-/var/lib/pacman/}"
mkdir -p "$CHECKUPDATE_DB"
ln -s "${DBPath}/local" "$CHECKUPDATE_DB" &> /dev/null
fakeroot pacman -Sqy --dbpath "$CHECKUPDATE_DB" &> /dev/null
pacman -Qqu --dbpath "$CHECKUPDATE_DB" 2> /dev/null
}
# proceed with installation prompt
proceed() {
read -n 1
echo
case "$REPLY" in
'Y'|'y'|'') return 0 ;;
*) return 1 ;;
esac
}
# process busy loop
nap() {
while (( $(jobs | wc -l) >= 8 )); do
jobs > /dev/null
done
}
# Argument parsing
[[ $1 ]] || usage
packageargs=()
while [[ $1 ]]; do
case "$1" in
'-S') option=install ;;
'-Ss') option=search ;;
'-Ssq'|'-Sqs') option=search ; quiet='1' ;;
'-Si') option=info ;;
-S*u*) option=update ; pacmanarg="$1" ;;
'-G') option=download ;;
'-h'|'--help') usage ;;
'--quiet') quiet='1' ;;
'--ignore') ignorearg="$2" ; PACOPTS+=("--ignore" "$2") ; shift ;;
'--noconfirm') noconfirm='1' PACOPTS+=("--noconfirm");;
'--noedit') noedit='1' ;;
'--auronly') auronly='1' ;;
'--quickcheck') quickcheck='1' ;;
'--devel') devel='1' ;;
'--skipinteg') MAKEPKGOPTS="--skipinteg" ;;
'--preview') preview='1' ;;
'--') shift ; packageargs+=("$@") ; break ;;
-*) echo "packer: Option \`$1' is not valid." ; exit 5 ;;
*) packageargs+=("$1") ;;
esac
shift
done
# check for new packages
if [[ $quickcheck == 1 ]]; then
run_quick_check
exit
fi
# Sanity checks
[[ $option ]] || option="searchinstall"
[[ $option != "update" && -z $packageargs ]] && err "Must specify a package."
# Install (-S) handling
if [[ $option = install ]]; then
installhandling "${packageargs[@]}"
exit
fi
# Update (-Su) handling
if [[ $option = update ]]; then
getignoredpackages
sourcemakepkgconf
# Pacman update
if ! [[ $auronly ]]; then
runasroot $PACMAN "${PACOPTS[@]}" "$pacmanarg"
fi
# Aur update
echo -e "${COLOR5}:: ${COLOR1}Synchronizing aur database...${ENDCOLOR}"
IFS=$'\n' read -rd '' -a packages < <(pacman -Qm)
newpackages=()
checkignores=()
total="${#packages[@]}"
grep -q '^ *ILoveCandy' "$pacmanconf" && bartype='candy' || bartype='normal'
if [[ $devel ]]; then
for ((i=0; i<$total; i++)); do
aurbar "$((i+1))" "$total" "$bartype"
pkg="${packages[i]%% *}"
if isignored "$pkg"; then
checkignores+=("${packages[i]}")
continue
fi
pkginfo "$pkg" &
nap
done
wait
for ((i=0; i<$total; i++)); do
pkg="${packages[i]%% *}"
ver="${packages[i]##* }"
if [[ ! -s "$tmpdir/$pkg.PKGBUILD" ]]; then
continue
fi
if isignored "$pkg"; then
continue
fi
unset _darcstrunk _cvsroot _gitroot _svntrunk _bzrtrunk _hgroot
. "$tmpdir/$pkg.PKGBUILD"
if [[ "$(LC_ALL=C vercmp "$pkgver-$pkgrel" "$ver")" -gt 0 ]]; then
newpackages+=("$pkg")
elif [[ ${_darcstrunk} || ${_cvsroot} || ${_gitroot} || ${_svntrunk} || ${_bzrtrunk} || ${_hgroot} ]]; then
newpackages+=("$pkg")
fi
done
else
for ((i=0; i<$total; i++)); do
aurbar "$((i+1))" "$total" "$bartype"
pkg="${packages[i]%% *}"
rpcinfo "$pkg" &
nap
done
wait
for ((i=0; i<$total; i++)); do
pkg="${packages[i]%% *}"
ver="${packages[i]##* }"
if isignored "$pkg"; then
checkignores+=("${packages[i]}")
elif aurversionisnewer "$pkg" "$ver"; then
newpackages+=("$pkg")
fi
done
fi
echo
echo -e "${COLOR5}:: ${COLOR1}Starting full aur upgrade...${ENDCOLOR}"
# Check and output ignored package update info
for package in "${checkignores[@]}"; do
if aurversionisnewer "${package%% *}" "${package##* }"; then
echo -e "${COLOR6}warning:${ENDCOLOR} ${package%% *}: ignoring package upgrade (${package##* } => $aurversion)"
fi
done
# Now for the installation part
if [[ $newpackages ]]; then
auronly='1'
installhandling "${newpackages[@]}"
fi
echo " local database is up to date"
fi
# Download (-G) handling
if [[ $option = download ]]; then
for package in "${packageargs[@]}"; do
if existsinaur "$package"; then
pkglist+=("$package")
else
err "Package \`$package' does not exist on aur."
fi
done
for package in "${pkglist[@]}"; do
curl -Lfs "$(pkglink $package)" > "$package.tar.gz"
mkdir "$package"
tar xf "$package.tar.gz" -C "$package" --strip-components=1
done
fi
# Search (-Ss) handling
if [[ $option = search || $option = searchinstall ]]; then
# Pacman searching
if ! [[ $auronly ]]; then
if [[ $quiet ]]; then
results="$(pacman -Ssq -- "${packageargs[@]}")"
else
results="$(pacman -Ss -- "${packageargs[@]}")"
results="$(sed -r "s|^[^ ][^/]*/|$S${COLOR3}&$S${COLOR1}|" <<< "$results")"
results="$(sed -r "s|^([^ ]+) ([^ ]+)(.*)$|\1 $S${COLOR2}\2$S${ENDCOLOR}\3|" <<< "$results")"
fi
if [[ $option = search ]]; then
echo -e "$results" | fmt -"$_WIDTH" -s
else # interactive
echo -e "$results" | fmt -"$_WIDTH" -s | nl -v 0 -w 1 -s ' ' -b 'p^[^ ]'
fi | sed '/^$/d'
pacname=( $(pacman -Ssq -- "${packageargs[@]}") )
pactotal="${#pacname[@]}"
else
pactotal=0
fi
# Aur searching and tmpfile preparation
for package in "${packageargs[@]}"; do
curl -LfGs --data-urlencode "arg=$package" "$RPCURL=search" | \
jshon -Q -e results -a -e Name -u -p -e Version -u -p -e NumVotes -u -p -e Description -u | \
sed 's/^$/-/' | paste -s -d "\t\t\t\n" | sort -nr -k 3 > "$tmpdir/$package.search" &
done
wait
cp "$tmpdir/${packageargs[0]}.search" "$tmpdir/search.results"
for ((i=1 ; i<${#packageargs[@]} ; i++)); do
grep -xFf "$tmpdir/search.results" "$tmpdir/${packageargs[$i]}.search" > "$tmpdir/search.results-2"
mv "$tmpdir/search.results-2" "$tmpdir/search.results"
done
sed -i '/^$/d' "$tmpdir/search.results"
# Prepare tmp file and arrays
IFS=$'\n' read -rd '' -a aurname < <(cut -f 1 "$tmpdir/search.results")
aurtotal="${#aurname[@]}"
alltotal="$(($pactotal+$aurtotal))"
# Echo out the -Ss formatted package information
IFS=$'\t\n'
if [[ $option = search ]]; then
if [[ $quiet ]]; then
printf "%s\n" ${aurname[@]}
elif [[ -s "$tmpdir/search.results" ]]; then
printf "${COLOR3}aur/${COLOR1}%s ${COLOR2}%s${ENDCOLOR} (%s)\n %s\n" $(cat "$tmpdir/search.results")
fi
else
# interactive
if [[ $quiet ]]; then
nl -v ${pactotal:-0} -w 1 -s ' ' <(cut -f 1 "$tmpdir/search.results")
elif [[ -s "$tmpdir/search.results" ]]; then
printf "%d ${COLOR3}aur/${COLOR1}%s ${COLOR2}%s${ENDCOLOR} (%s)\n %s\n" $(nl -v ${pactotal:-0} -w 1 < "$tmpdir/search.results")
fi
fi | fmt -"$_WIDTH" -s
unset IFS
# Prompt and install selected numbers
if [[ $option = searchinstall ]]; then
pkglist=()
allpackages=( "${pacname[@]}" "${aurname[@]}" )
# Exit if there are no matches
[[ $allpackages ]] || exit
# Prompt for numbers
echo
echo -e "${COLOR2}Type numbers to install. Separate each number with a space.${ENDCOLOR}"
echo -ne "${COLOR2}Numbers: ${ENDCOLOR}"
read -r
# Parse answer
if [[ $REPLY ]]; then
for num in $REPLY; do
if [[ $num -lt $alltotal ]]; then
pkglist+=("${allpackages[$num]}")
else
err "Number \`$num' is not assigned to any of the packages."
fi
done
fi
# Call installhandling to take care of the packages chosen
installhandling "${pkglist[@]}"
fi
# Remove the tmpfiles
rm -f "$tmpdir/*search" &>/dev/null
rm -f "$tmpdir/search.result" &>/dev/null
exit
fi
# Info (-Si) handling
if [[ $option = info ]]; then
# Pacman info check
sourcemakepkgconf
for package in "${packageargs[@]}"; do
if ! [[ $auronly ]] && existsinpacman "$package"; then
results="$(pacman -Si -- "$package")"
results="$(sed -r "s|^(Repository[^:]*:)(.*)$|\1$S${COLOR3}\2$S${ENDCOLOR}|" <<< "$results")"
results="$(sed -r "s|^(Name[^:]*:)(.*)$|\1$S${COLOR1}\2$S${ENDCOLOR}|" <<< "$results")"
results="$(sed -r "s|^(Version[^:]*:)(.*)$|\1$S${COLOR2}\2$S${ENDCOLOR}|" <<< "$results")"
results="$(sed -r "s|^(URL[^:]*:)(.*)$|\1$S${COLOR4}\2$S${ENDCOLOR}|" <<< "$results")"
results="$(sed -r "s|^[^ ][^:]*:|$S${COLOR1}&$S${ENDCOLOR}|" <<< "$results")"
echo -e "$results"
exit
else # Check to see if it is in the aur
pkginfo "$package" "$preview"
[[ -s "$tmpdir/$package.PKGBUILD" ]] || err "${COLOR7}error:${ENDCOLOR} package '$package' was not found"
. "$tmpdir/$package.PKGBUILD"
# Echo out the -Si formatted package information
# Retrieve each element in order and echo them immediately
echo -e "${COLOR1}Repository : ${COLOR3}aur"
echo -e "${COLOR1}Name : $pkgname"
echo -e "${COLOR1}Version : ${COLOR2}$pkgver-$pkgrel"
echo -e "${COLOR1}URL : ${COLOR4}$url"
echo -e "${COLOR1}Licenses : ${ENDCOLOR}${license[@]}"
echo -e "${COLOR1}Groups : ${ENDCOLOR}${groups[@]:-None}"
echo -e "${COLOR1}Provides : ${ENDCOLOR}${provides[@]:-None}"
echo -e "${COLOR1}Depends On : ${ENDCOLOR}${depends[@]}"
echo -e "${COLOR1}Make Depends : ${ENDCOLOR}${makedepends[@]}"
echo -e -n "${COLOR1}Optional Deps : ${ENDCOLOR}"
len="${#optdepends[@]}"
if [[ $len -eq 0 ]]; then
echo "None"
else
for ((i=0 ; i<$len ; i++)); do
if [[ $i = 0 ]]; then
echo "${optdepends[$i]}"
else
echo -e " ${optdepends[$i]}"
fi
done
fi
echo -e "${COLOR1}Conflicts With : ${ENDCOLOR}${conflicts[@]:-None}"
echo -e "${COLOR1}Replaces : ${ENDCOLOR}${replaces[@]:-None}"
echo -e "${COLOR1}Architecture : ${ENDCOLOR}${arch[@]}"
echo -e "${COLOR1}Description : ${ENDCOLOR}$pkgdesc"
echo
fi
done
fi

View File

@ -1,818 +0,0 @@
#!/usr/bin/env bash
# vim: set ft=ruby:
# This file executes as a bash script, which turns around and executes Ruby via
# the line below. The -x argument to Ruby makes it discard everything before
# the second "!ruby" shebang. This allows us to work on Linux, where the
# shebang can only have one argument so we can't directly say
# "#!/usr/bin/env ruby --disable-gems". Thanks for that, Linux.
#
# If this seems confusing, don't worry. You can treat it as a normal Ruby file
# starting with the "!ruby" shebang below.
exec /usr/bin/env ruby --disable-gems -x "$0" $*
#!ruby
if RUBY_VERSION < '1.9.3'
abort "error: Selecta requires Ruby 1.9.3 or higher."
end
require "optparse"
require "io/console"
require "io/wait"
require "set"
KEY_CTRL_C = ?\C-c
KEY_CTRL_N = ?\C-n
KEY_CTRL_P = ?\C-p
KEY_CTRL_U = ?\C-u
KEY_CTRL_H = ?\C-h
KEY_CTRL_W = ?\C-w
KEY_CTRL_J = ?\C-j
KEY_CTRL_M = ?\C-m
KEY_DELETE = 127.chr # Equivalent to ?\C-?
class Selecta
VERSION = [0, 0, 6]
def main
# We have to parse options before setting up the screen or trying to read
# the input in case the user did '-h', an invalid option, etc. and we need
# to terminate.
options = Configuration.parse_options(ARGV)
input_lines = $stdin.readlines
search = Screen.with_screen do |screen, tty|
config = Configuration.from_inputs(input_lines, options, screen.height)
run_in_screen(config, screen, tty)
end
unless search.selection == Search::NoSelection
puts search.selection
end
rescue Screen::NotATTY
$stderr.puts(
"Can't get a working TTY. Selecta requires an ANSI-compatible terminal.")
exit(1)
rescue Abort
# We were aborted via ^C.
#
# If we didn't mess with the TTY configuration at all, then ^C would send
# SIGINT to the entire process group. That would terminate both Selecta and
# anything piped into or out of it. Because Selecta puts the terminal in
# raw mode, that doesn't happen; instead, we detect the ^C as normal input
# and raise Abort, which leads here.
#
# To make pipelines involving Selecta behave as people expect, we send
# SIGINT to our own process group, which should exactly match what termios
# would do to us if the terminal weren't in raw mode. "Should!" <- Remove
# those scare quotes if ten years pass without this breaking!
#
# The SIGINT will cause Ruby to raise Interrupt, so we also have to handle
# that here.
begin
Process.kill("INT", -Process.getpgrp)
rescue Interrupt
exit(1)
end
end
def run_in_screen(config, screen, tty)
search = Search.from_config(config)
# We emit the number of lines we'll use later so we don't clobber whatever
# was already on the screen.
config.visible_choices.times { tty.puts }
begin
search = ui_event_loop(search, screen, tty)
ensure
# Always move the cursor to the bottom so the next program doesn't draw
# over whatever we left on the screen.
screen.move_cursor(screen.height - 1, 0)
end
search
end
# Use the search and screen to process user actions until they quit.
def ui_event_loop(search, screen, tty)
while not search.done?
Renderer.render!(search, screen)
search = handle_keys(search, tty)
end
search
end
def handle_keys(search, tty)
new_query_chars = ""
# Read through all of the buffered input characters. Process control
# characters immediately. Save any query characters to be processed
# together at the end, since there's no reason to process intermediate
# results when there are more characters already buffered.
tty.get_available_input.chars.each do |char|
is_query_char = !!(char =~ /[[:print:]]/)
if is_query_char
new_query_chars << char
else
search = handle_control_character(search, char)
end
end
if new_query_chars.empty?
search
else
search.append_search_string(new_query_chars)
end
end
# On each keystroke, generate a new search object
def handle_control_character(search, key)
case key
when KEY_CTRL_N then search.down
when KEY_CTRL_P then search.up
when KEY_CTRL_U then search.clear_query
when KEY_CTRL_W then search.delete_word
when KEY_CTRL_H, KEY_DELETE then search.backspace
when ?\r, KEY_CTRL_J, KEY_CTRL_M then search.done
when KEY_CTRL_C then raise Abort
else search
end
end
class Abort < RuntimeError; end
end
class Configuration < Struct.new(:visible_choices, :initial_search, :choices)
def initialize(visible_choices, initialize, choices)
# Constructor is defined to force argument presence; otherwise Struct
# defaults missing arguments to nil
super
end
def self.from_inputs(choices, options, screen_height=21)
# Shrink the number of visible choices if the screen is too small
visible_choices = [20, screen_height - 1].min
choices = massage_choices(choices)
Configuration.new(visible_choices, options.fetch(:search), choices)
end
def self.default_options
parse_options([])
end
def self.parse_options(argv)
options = {}
parser = OptionParser.new do |opts|
opts.banner = "Usage: #{$PROGRAM_NAME} [options]"
opts.on_tail("-h", "--help", "Show this message") do |v|
puts opts
exit
end
opts.on_tail("--version", "Show version") do
puts Selecta::VERSION.join('.')
exit
end
options[:search] = ""
opts.on("-s", "--search SEARCH", "Specify an initial search string") do |search|
options[:search] = search
end
end
begin
parser.parse!(argv)
rescue OptionParser::InvalidOption => e
$stderr.puts e
$stderr.puts parser
exit 1
end
options
end
def self.massage_choices(choices)
choices.map do |choice|
# Encoding to UTF-8 with `:invalid => :replace` isn't good enough; it
# still leaves some invalid characters. For example, this string will fail:
#
# echo "девуш\xD0:" | selecta
#
# Round-tripping through UTF-16, with `:invalid => :replace` as well,
# fixes this. I don't understand why. I found it via:
#
# http://stackoverflow.com/questions/2982677/ruby-1-9-invalid-byte-sequence-in-utf-8
if choice.valid_encoding?
choice
else
utf16 = choice.encode('UTF-16', 'UTF-8', :invalid => :replace, :replace => '')
utf16.encode('UTF-8', 'UTF-16')
end.strip
end
end
end
class Search
attr_reader :index, :query, :config, :original_matches, :all_matches, :best_matches
def initialize(vars)
@config = vars.fetch(:config)
@index = vars.fetch(:index)
@query = vars.fetch(:query)
@done = vars.fetch(:done)
@original_matches = vars.fetch(:original_matches)
@all_matches = vars.fetch(:all_matches)
@best_matches = vars.fetch(:best_matches)
@vars = vars
end
def self.from_config(config)
trivial_matches = config.choices.reject(&:empty?).map do |choice|
Match.trivial(choice)
end
search = new(:config => config,
:index => 0,
:query => "",
:done => false,
:original_matches => trivial_matches,
:all_matches => trivial_matches,
:best_matches => trivial_matches)
if config.initial_search.empty?
search
else
search.append_search_string(config.initial_search)
end
end
# Construct a new Search by merging in a hash of changes.
def merge(changes)
vars = @vars.merge(changes)
# If the query changed, throw away the old matches so that new ones will be
# computed.
matches_are_stale = vars.fetch(:query) != @query
if matches_are_stale
vars = vars.reject { |key| key == :matches }
end
Search.new(vars)
end
def done?
@done
end
def selection
if @aborted
NoSelection
else
match = best_matches.fetch(@index) { NoSelection }
if match == NoSelection
match
else
match.original_choice
end
end
end
def down
move_cursor(1)
end
def up
move_cursor(-1)
end
def max_visible_choices
[@config.visible_choices, all_matches.count].min
end
def append_search_string(string)
merge(:index => 0,
:query => @query + string)
.recompute_matches(all_matches)
end
def backspace
merge(:index => 0,
:query => @query[0...-1])
.recompute_matches
end
def clear_query
merge(:index => 0,
:query => "")
.recompute_matches
end
def delete_word
merge(:index => 0,
:query => @query.sub(/[^ ]* *$/, ""))
.recompute_matches
end
def done
merge(:done => true)
end
def abort
merge(:aborted => true)
end
def recompute_matches(previous_matches=self.original_matches)
if self.query.empty?
merge(:all_matches => original_matches,
:best_matches => original_matches)
else
all_matches = recompute_all_matches(previous_matches)
best_matches = recompute_best_matches(all_matches)
merge(:all_matches => all_matches, :best_matches => best_matches)
end
end
private
def recompute_all_matches(previous_matches)
query = self.query.downcase
query_chars = query.chars.to_a
matches = previous_matches.map do |match|
choice = match.choice
score, range = Score.score(choice, query_chars)
range ? match.refine(score, range) : nil
end.compact
end
def recompute_best_matches(all_matches)
return [] if all_matches.empty?
count = [@config.visible_choices, all_matches.count].min
matches = []
best_score = all_matches.min_by(&:score).score
# Consider matches, beginning with the best-scoring. A match always ranks
# higher than other matches with worse scores. However, the ranking between
# matches of the same score depends on other factors, so we always have to
# consider all matches of a given score.
(best_score..Float::INFINITY).each do |score|
matches += all_matches.select { |match| match.score == score }
# Stop if we have enough matches.
return sub_sort_matches(matches)[0, count] if matches.length >= count
end
end
def sub_sort_matches(matches)
matches.sort_by do |match|
[match.score, match.matching_range.count, match.choice.length]
end
end
def move_cursor(direction)
if max_visible_choices > 0
index = (@index + direction) % max_visible_choices
merge(:index => index)
else
self
end
end
class NoSelection; end
end
class Match < Struct.new(:original_choice, :choice, :score, :matching_range)
def self.trivial(choice)
empty_range = (0...0)
new(choice, choice.downcase, 0, empty_range)
end
def to_text
if matching_range.none?
Text[original_choice]
else
before = original_choice[0...matching_range.begin]
matching = original_choice[matching_range.begin..matching_range.end]
after = original_choice[(matching_range.end + 1)..-1]
Text[before, :red, matching, :default, after]
end
end
def refine(score, range)
Match.new(original_choice, choice, score, range)
end
end
class Score
class << self
# A word boundary character is any ASCII character that's not alphanumeric.
# This isn't strictly correct: characters like ZERO WIDTH NON-JOINER,
# non-Latin punctuation, etc. will be incorrectly treated as non-boundary
# characters. This is necessary for performance: even building a Set of
# boundary characters based only on the input text is prohibitively slow (2-3
# seconds for 80,000 input paths on a 2014 MacBook Pro).
BOUNDARY_CHARS = (0..127).map(&:chr).select do |char|
char !~ /[A-Za-z0-9_]/
end.to_set
def score(string, query_chars)
first_char, *rest = query_chars
# Keep track of the best match that we've seen. This is uglier than
# building a list of matches and then sorting them, but it's faster.
best_score = Float::INFINITY
best_range = nil
# Iterate over each instance of the first query character. E.g., if we're
# querying the string "axbx" for "x", we'll start at index 1 and index 3.
each_index_of_char_in_string(string, first_char) do |first_index|
score = 1
# Find the best score starting at this index.
score, last_index = find_end_of_match(string, rest, score, first_index)
# Did we do better than we have for the best starting point so far?
if last_index && score < best_score
best_score = score
best_range = (first_index..last_index)
end
end
[best_score, best_range]
end
# Find all occurrences of the character in the string, returning their indexes.
def each_index_of_char_in_string(string, char)
index = 0
while index
index = string.index(char, index)
if index
yield index
index += 1
end
end
end
# Find each of the characters in the string, moving strictly left to right.
def find_end_of_match(string, chars, score, first_index)
last_index = first_index
# Remember the type of the last character match for special scoring.
last_type = nil
chars.each do |this_char|
# Where's the next occurrence of this character? The optimal algorithm
# would consider all instances of query character, but that's slower
# than this eager method.
index = string.index(this_char, last_index + 1)
# This character doesn't occur in the string, so this can't be a match.
return [nil, nil] unless index
if index == last_index + 1
# This matching character immediately follows the last matching
# character. The first two sequential characters score; subsequent
# ones don't.
if last_type != :sequential
last_type = :sequential
score += 1
end
# This character follows a boundary character.
elsif BOUNDARY_CHARS.include?(string[index - 1])
if last_type != :boundary
last_type = :boundary
score += 1
end
# This character isn't special.
else
last_type = :normal
score += index - last_index
end
last_index = index
end
[score, last_index]
end
end
end
class Renderer < Struct.new(:search)
def self.render!(search, screen)
rendered = Renderer.new(search).render
start_line = screen.height - search.config.visible_choices - 1
screen.with_cursor_hidden do
screen.write_lines(start_line, rendered.choices)
screen.move_cursor(start_line, 0)
screen.write_line(start_line, rendered.search_line)
end
end
def render
search_line = "#{match_count_label} > " + search.query
matches = search.best_matches
matches = matches.each_with_index.map do |match, index|
if index == search.index
Text[:inverse] + match.to_text + Text[:reset]
else
match.to_text
end
end
matches = correct_match_count(matches)
lines = [search_line] + matches
Rendered.new(lines, search_line)
end
def match_count_label
choice_count = search.original_matches.length
max_label_width = choice_count.to_s.length
match_count = search.all_matches.count
match_count.to_s.rjust(max_label_width)
end
def correct_match_count(matches)
limited = matches[0, search.config.visible_choices]
padded = limited + [""] * (search.config.visible_choices - limited.length)
padded
end
class Rendered < Struct.new(:choices, :search_line)
end
private
def replace_array_element(array, index, new_value)
array = array.dup
array[index] = new_value
array
end
end
class Screen
def self.with_screen
TTY.with_tty do |tty|
screen = self.new(tty)
screen.configure_tty
begin
raise NotATTY if screen.height == 0
yield screen, tty
ensure
screen.restore_tty
tty.puts
end
end
end
class NotATTY < RuntimeError; end
attr_reader :tty
def initialize(tty)
@tty = tty
@original_stty_state = tty.stty("-g")
end
def configure_tty
# -echo: terminal doesn't echo typed characters back to the terminal
# -icanon: terminal doesn't interpret special characters (like backspace)
tty.stty("raw -echo -icanon")
end
def restore_tty
tty.stty("#{@original_stty_state}")
end
def suspend
restore_tty
begin
yield
configure_tty
rescue
restore_tty
end
end
def with_cursor_hidden(&block)
write_bytes(ANSI.hide_cursor)
begin
block.call
ensure
write_bytes(ANSI.show_cursor)
end
end
def height
tty.winsize[0]
end
def width
tty.winsize[1]
end
def move_cursor(line, column)
write_bytes(ANSI.setpos(line, column))
end
def write_line(line, text)
write(line, 0, text)
end
def write_lines(line, texts)
texts.each_with_index do |text, index|
write(line + index, 0, text)
end
end
def write(line, column, text)
# Discard writes outside the main screen area
write_unrestricted(line, column, text) if line < height
end
def write_unrestricted(line, column, text)
text = Text[:default, text] unless text.is_a? Text
write_text_object(line, column, text)
end
def write_text_object(line, column, text)
# Blank the line before drawing to it
write_bytes(ANSI.setpos(line, 0))
write_bytes(" " * width)
text.components.each do |component|
if component.is_a? String
write_bytes(ANSI.setpos(line, column))
# Don't draw off the edge of the screen.
# - width - 1 is the last column we have (zero-indexed)
# - subtract the current column from that to get the number of
# columns we have left.
chars_to_draw = [0, width - 1 - column].max
component = expand_tabs(component)[0..chars_to_draw]
write_bytes(component)
column += component.length
elsif component == :inverse
write_bytes(ANSI.inverse)
elsif component == :reset
write_bytes(ANSI.reset)
else
if component =~ /_/
fg, bg = component.to_s.split(/_/).map(&:to_sym)
else
fg, bg = component, :default
end
write_bytes(ANSI.color(fg, bg))
end
end
end
def expand_tabs(string)
# Modified from http://markmail.org/message/avdjw34ahxi447qk
tab_width = 8
string.gsub(/([^\t\n]*)\t/) do
$1 + " " * (tab_width - ($1.size % tab_width))
end
end
def write_bytes(bytes)
tty.console_file.write(bytes)
end
end
class Text
attr_reader :components
def self.[](*args)
new(args)
end
def initialize(components)
@components = components
end
def ==(other)
components == other.components
end
def +(other)
Text[*(components + other.components)]
end
end
class ANSI
ESC = 27.chr
class << self
def escape(sequence)
ESC + "[" + sequence
end
def clear
escape "2J"
end
def hide_cursor
escape "?25l"
end
def show_cursor
escape "?25h"
end
def setpos(line, column)
escape "#{line + 1};#{column + 1}H"
end
def color(fg, bg=:default)
fg_codes = {
:black => 30,
:red => 31,
:green => 32,
:yellow => 33,
:blue => 34,
:magenta => 35,
:cyan => 36,
:white => 37,
:default => 39,
}
bg_codes = {
:black => 40,
:red => 41,
:green => 42,
:yellow => 43,
:blue => 44,
:magenta => 45,
:cyan => 46,
:white => 47,
:default => 49,
}
fg_code = fg_codes.fetch(fg)
bg_code = bg_codes.fetch(bg)
escape "#{fg_code};#{bg_code}m"
end
def inverse
escape("7m")
end
def reset
escape("0m")
end
end
end
class TTY < Struct.new(:console_file)
def self.with_tty(&block)
# Selecta reads data from stdin and writes it to stdout, so we can't draw
# UI and receive keystrokes through them. Fortunately, all modern
# Unix-likes provide /dev/tty, which IO.console gives us.
console_file = IO.console
tty = TTY.new(console_file)
block.call(tty)
end
def get_available_input
input = console_file.getc
while console_file.ready?
input += console_file.getc
end
input
end
def puts
console_file.puts
end
def winsize
console_file.winsize
end
def stty(args)
command("stty #{args}").strip
end
private
# Run a command with the TTY as stdin, capturing the output via a pipe
def command(command)
IO.pipe do |read_io, write_io|
pid = Process.spawn(command, :in => "/dev/tty", :out => write_io)
Process.wait(pid)
raise "Command failed: #{command.inspect}" unless $?.success?
write_io.close
read_io.read
end
end
end
if $0 == __FILE__
Selecta.new.main
end

1
linux/env.platform Normal file
View File

@ -0,0 +1 @@
export PATH=$HOME/.dotfiles/linux/bin:$PATH

30
linux/install Executable file
View File

@ -0,0 +1,30 @@
#!/usr/bin/env bash
set -e
source "$HOME/.dotfiles/script_helpers/printing.sh"
source "$HOME/.dotfiles/script_helpers/core.sh"
source "$HOME/.dotfiles/script_helpers/platform.sh"
source "$HOME/.dotfiles/script_helpers/file_ops.sh"
#-----------------------------------
# Apt packages
#-----------------------------------
printf "\n${BOLD}Installing apt packages...${NORMAL}\n\n"
apt_packages=(
'tree'
'powershell'
)
sudo apt update
for package in "${apt_packages[@]}"
do
printf "${BOLD}$package${NORMAL}\n"
eval "sudo apt install $package"
printf "\n"
done
printf "\n${BOLD}Finished setting up Linux${NORMAL}\n"

View File

@ -7,12 +7,6 @@ source "$HOME/.dotfiles/script_helpers/core.sh"
source "$HOME/.dotfiles/script_helpers/platform.sh" source "$HOME/.dotfiles/script_helpers/platform.sh"
source "$HOME/.dotfiles/script_helpers/file_ops.sh" source "$HOME/.dotfiles/script_helpers/file_ops.sh"
printf "${BOLD}Installing env...${NORMAL}\n"
setup_file $HOME/.dotfiles/osx/env.platform $HOME/.env.platform
printf "\n${BOLD}Installing Git customizations...${NORMAL}\n"
setup_file $HOME/.dotfiles/osx/gitconfig.platform $HOME/.gitconfig.platform
printf "\n${BOLD}Installing key remap config...${NORMAL}\n" printf "\n${BOLD}Installing key remap config...${NORMAL}\n"
key_dest=$HOME/.config/karabiner/assets/complex_modifications/ key_dest=$HOME/.config/karabiner/assets/complex_modifications/
mkdir -p $key_dest mkdir -p $key_dest
@ -24,8 +18,6 @@ setup_file $HOME/.dotfiles/osx/capslock-to-ctrl-for-karabiner.json ${key_dest}/c
printf "\n${BOLD}Installing Homebrew packages...${NORMAL}\n\n" printf "\n${BOLD}Installing Homebrew packages...${NORMAL}\n\n"
#brew tap homebrew/core
brew_packages=( brew_packages=(
'openssl' 'openssl'
'wget' 'wget'

View File

@ -211,8 +211,8 @@ link_file() {
echo Link cmd:: $link_cmd echo Link cmd:: $link_cmd
fi fi
printf "${BOLD}${GREEN}==> ${NORMAL}Linking ${BOLD}${YELLOW}'$source_path'${NORMAL} to ${BOLD}${YELLOW}'$dest_path'${NORMAL}\n" printf "${BOLD}${GREEN}==> ${NORMAL}Linking ${BOLD}${YELLOW}'$source_path'${NORMAL} to ${BOLD}${YELLOW}'$dest_path'${NORMAL}\n" 2>/dev/null
eval $link_cmd eval $link_cmd 1>/dev/null
} }
function setup_file() { function setup_file() {
@ -228,6 +228,15 @@ function setup_file() {
function setup_dir() { function setup_dir() {
src=$1 src=$1
dest=$2 dest=$2
ignore_missing=$3
if [ ! -d $src ]; then
error "Source path '$src' doesn't exist!\n"
if [[ $ignore_missing != "1" ]]; then
abort
else
return
fi
fi
if [ ! -d $dest ]; then if [ ! -d $dest ]; then
link_file $src $dest $confirm_link link_file $src $dest $confirm_link
else else

2
windows/env.platform Normal file
View File

@ -0,0 +1,2 @@
export CMAKE_CXX_COMPILER=/Library/Developer/CommandLineTools/usr/bin/c++
export CMAKE_C_COMPILER=/Library/Developer/CommandLineTools/usr/bin/cc

12
windows/install Executable file
View File

@ -0,0 +1,12 @@
#!/usr/bin/env bash
set -e
source "$HOME/.dotfiles/script_helpers/printing.sh"
source "$HOME/.dotfiles/script_helpers/core.sh"
source "$HOME/.dotfiles/script_helpers/platform.sh"
source "$HOME/.dotfiles/script_helpers/file_ops.sh"
# Nothing to do at the moment.
printf "\n${BOLD}Finished setting up Windows${NORMAL}\n"

View File

@ -1,34 +0,0 @@
platform=`uname -s`
# Unbreak broken, non-colored terminal
export TERM=xterm-256color
# Use vim as the editor
export EDITOR=vim
# Homebrew setup
export HOMEBREW_NO_ANALYTICS=1
export HOMEBREW_NO_INSECURE_REDIRECT=1
export HOMEBREW_CASK_OPTS=--require-sha
# Ruby
export RBENV_PATH="$HOME/.rbenv"
# Clojure
export LEIN_FAST_TRAMPOLINE=y
if [[ $platform == 'Linux' ]]; then
export LD_LIBRARY_PATH="/usr/lib/jvm/java-8-openjdk/jre/lib/amd64"
export LOLCOMMITS_ANIMATE=4
export LOLCOMMITS_FORK=true
export LOLCOMMITS_STEALTH=true
export LOLCOMMITS_DIR="/shared/Dev/lolcommits"
fi
if [ -d "$HOME/.rbenv" ]; then
# Start rbenv
eval "$(rbenv init -)"
fi
# Start the SSH agent
eval "$(ssh-agent -s)" > /dev/null

View File

@ -47,7 +47,7 @@ fi
# Autoload things before calling compinit # Autoload things before calling compinit
autoload -Uz compinit autoload -Uz compinit
compinit compinit -i
# Never know when you're gonna need to popd! # Never know when you're gonna need to popd!
setopt AUTO_PUSHD setopt AUTO_PUSHD
@ -67,10 +67,33 @@ chpwd() {
# Save a ton of history # Save a ton of history
export HISTSIZE=20000 export HISTSIZE=20000
export HISTFILE="$HOME/.history" export HISTFILE="$HOME/.history"
export HISTCONTROL=ignoredups
export SAVEHIST=$HISTSIZE export SAVEHIST=$HISTSIZE
setopt appendhistory autocd setopt appendhistory autocd
bindkey -e bindkey -e
# Unbreak broken, non-colored terminal
export TERM=xterm-256color
# Use vim as the editor
export EDITOR=vim
# Homebrew setup
export HOMEBREW_NO_ANALYTICS=1
export HOMEBREW_NO_INSECURE_REDIRECT=1
export HOMEBREW_CASK_OPTS=--require-sha
# Ruby
export RBENV_PATH="$HOME/.rbenv"
# Clojure
export LEIN_FAST_TRAMPOLINE=y
if [ -d "$HOME/.rbenv" ]; then
# Start rbenv
eval "$(rbenv init -)"
fi
# Set to this to use case-sensitive completion # Set to this to use case-sensitive completion
# CASE_SENSITIVE="true" # CASE_SENSITIVE="true"
@ -90,20 +113,7 @@ bindkey -e
source $ZSH/lib/*.zsh source $ZSH/lib/*.zsh
# Source my custom files after oh-my-zsh so I can override things. # Source my custom files after oh-my-zsh so I can override things.
test -f $HOME/.common_env && . $HOME/.common_env test -f $HOME/.env.common && . $HOME/.env.common
test -f $HOME/.private-dotfiles.common/env && . $HOME/.private-dotfiles.common/env
test -f $HOME/.private-dotfiles/env && . $HOME/.private-dotfiles/env
test -f $HOME/.aliases && . $HOME/.aliases
test -f $HOME/.aliases.private && . $HOME/.aliases.private
if [[ -d "$HOME/bin" ]]; then
export PATH=$HOME/bin/:$PATH
fi
if [[ -d "$HOME/.dotfiles/bin" ]]; then
export PATH=$HOME/.dotfiles/bin/:$PATH
fi
# Fix <c-h> in neovim # Fix <c-h> in neovim
infocmp $TERM | sed 's/kbs=^[hH]/kbs=\\177/' > $HOME/.$TERM.ti infocmp $TERM | sed 's/kbs=^[hH]/kbs=\\177/' > $HOME/.$TERM.ti