def legacypl():
if yesno('install_legacypl', 'Create clone of legacy-pl?', want_full):
mkdir('~/playground-6')
legacy = InstallFromSource('ssh://[email protected]/phodge/legacy-pl.git',
'~/playground-6/legacy-pl.git')
legacy.select_branch('develop')
run(legacy)
def envup_install():
pipinstall('libtmux', trypips=['pip3'])
symlink('bin/envup', '~/bin/envup')
mkdir('~/.envup')
symlink('envup/loki.json', '~/.envup/loki.json')
symlink('envup/p90-bg.json', '~/.envup/p90-bg.json')
symlink('envup/p90-code.json', '~/.envup/p90-code.json')
symlink('envup/p90-resume.json', '~/.envup/p90-resume.json')
symlink('envup/p90-resume-bg.json', '~/.envup/p90-resume-bg.json')
def jerjerrod_addline(command, path, ignore=[]):
# track projects in ~/src
mkdir('~/.config')
mkdir('~/.config/jerjerrod')
# some sensible defaults for how I like to do things
assert command in ("PROJECT", "WORKSPACE", "FORGET")
flags = []
flags += ["IGNORE={}".format(p) for p in ignore]
lineinfile('~/.config/jerjerrod/jerjerrod.conf',
"{} {} {}".format(command, path, " ".join(flags)).rstrip())
def git_completion():
# TODO: would be good to use git submodules for these so we get pinned/stable versions
# install completion utilities for bash
url = 'https://raw.githubusercontent.com/git/git/master/contrib/completion/git-completion.bash'
download(url, '~/src/git-completion.bash')
lineinfile('~/.bashrc', 'source $HOME/src/git-completion.bash', where=WHERE_END)
# install completion utilities for zsh
url = 'https://raw.githubusercontent.com/git/git/master/contrib/completion/git-completion.zsh'
mkdir('~/.zsh')
download(url, '~/.zsh/_git')
def tools():
if yesno('install_with', 'Install `with` utility?', want_full):
withutil = InstallFromSource('https://github.com/mchav/with',
'~/src/with.git')
withutil.symlink('with', '~/bin/with')
withutil.select_branch('master')
run(withutil)
if yesno('install_universal_ctags', 'Install Universal Ctags?', want_full):
need_installpkg(apt=('autoconf', 'g++'))
mkdir('~/bin')
if haveexecutable('brew'):
# install with homebrew
execute(['brew', 'tap', 'universal-ctags/universal-ctags'])
execute(['brew', 'install', '--HEAD', 'universal-ctags'])
else:
uc = InstallFromSource('https://github.com/universal-ctags/ctags',
'~/src/universal-ctags.git')
uc.select_branch('master')
uc.compile_cmd([
['./autogen.sh'],
['./configure'],
['make'],
])
uc.symlink('ctags', '~/bin/ctags')
run(uc)
elif allow_installing_stuff and yesno('install_ctags', 'Install `ctags`?',
want_full):
installpkg('ctags')
if allow_installing_stuff and yesno('install_patch', 'Install patch?',
want_full):
installpkg('patch')
if allow_installing_stuff and yesno('install_tidy',
'Install tidy cli tool?', want_full):
installpkg('tidy')
# on OSX we want to install gnu utils (brew install coreutils findutils)
# and put /usr/local/opt/coreutils/libexec/gnubin in PATH
if IS_OSX and haveexecutable('brew') and allow_installing_stuff:
if yesno('brew_install_coreutils',
'Install gnu utils?',
default=want_full):
brew_list = set(
execute(['brew', 'list'],
stdout=True)[1].decode('utf-8').splitlines())
install = [
pkg for pkg in ('coreutils', 'findutils')
if pkg not in brew_list
]
if len(install):
execute(['brew', 'install'] + install)
def neovim_python_devel():
playground = 'playground-neovim-python'
venv = HOME + '/' + playground
msg = 'Put a dev version of neovim-python in %s?' % playground
if not yesno('install_neovim_python', msg, False):
return
# my fork of the neovim project
origin = 'ssh://[email protected]/phodge/python-client.git'
# the main neovim repo - for pulling
neovim = 'https://github.com/neovim/python-client.git'
# where to put the local clone
checkout = venv + '/python-client.git'
# create the symlink for the neovim project
mkdir(venv)
if not os.path.exists(checkout):
# NOTE: using execute() directly means the checkout directory isn't tracked by homely ...
# this is exactly what I want
execute(['git', 'clone', origin, checkout])
execute(['git', 'remote', 'add', 'neovim', neovim], cwd=checkout)
execute(['git', 'fetch', 'neovim', '--prune'], cwd=checkout)
if not os.path.exists(os.path.join(venv, 'bin')):
execute(['virtualenv', '--python=python3', venv], stdout="TTY")
if not os.path.exists(os.path.join(venv, 'bin')):
execute(['virtualenv', '--python=python3', venv], stdout="TTY")
# create a python2 virtualenv as well
py2venv = os.path.join(venv, 'py2venv')
if not os.path.exists(os.path.join(py2venv, 'bin')):
execute(['virtualenv', '--python=python2.7', py2venv], stdout="TTY")
# create a symlink to the git repo
symlink(checkout, os.path.join(py2venv, 'python-client.git'))
for path in [venv, py2venv]:
pip = os.path.join(path, 'bin', 'pip')
execute([pip, 'install', '--editable', 'python-client.git'], cwd=path)
mypips(pip)
# we will definitely need tests
execute([pip, 'install', 'nose'])
if wantjerjerrod():
# register the playground with jerjerrod
jerjerrod_addline('WORKSPACE', venv, ignore=["py2venv"])
def init_composer():
global INIT_DONE
if not haveexecutable('composer'):
raise Exception("TODO: composer is not installed") # noqa
composer_config = {
'minimum-stability': 'dev',
'prefer-stable': True,
}
mkdir('~/.config')
mkdir('~/.config/composer')
with writefile('~/.config/composer/composer.json') as f:
json.dump(composer_config, f)
INIT_DONE = True
def nvim_devel():
# my fork of the neovim project
origin = 'ssh://[email protected]/phodge/neovim.git'
# the main neovim repo - for pulling
neovim = 'https://github.com/neovim/neovim.git'
# where to put the local clone
dest = HOME + '/playground-6/neovim'
if not os.path.exists(dest):
# NOTE: using execute() directly means the dest directory isn't tracked by
# homely ... this is exactly what I want
execute(['git', 'clone', origin, dest])
execute(['git', 'remote', 'add', 'neovim', neovim], cwd=dest)
execute(['git', 'fetch', 'neovim', '--prune'], cwd=dest)
# create the symlink for the neovim project
mkdir('~/playground-6')
symlink(HERE + '/vimproject/neovim', dest + '/.vimproject')
def mkdir_r(path):
assert len(path)
if os.path.islink(path):
raise Exception(
"Cannot mkdir_r(%r): path already exists but is a symlink" %
path)
# if the thing already exists but isn't a dir, then we can't create it
if os.path.exists(path) and not os.path.isdir(path):
raise Exception(
"Cannot mkdir_r(%r): path already exists but is not a dir" %
path)
# create the parent then our target path
parent = os.path.dirname(path)
if len(parent) > 5:
mkdir_r(parent)
mkdir(path)
def homely_dev():
if not yesno("create_homely_venv",
"Create ~/playground-homely virtualenv?", False):
return
venv = environ['HOME'] + '/playground-homely'
# create container dir
mkdir(venv)
checkout = join(venv, 'homely.git')
# create the virtualenv if it doesn't already exist
if not exists(join(venv, 'bin')):
execute(['virtualenv', '--python=python3', venv], stdout="TTY")
# check out homely.git repo if it isn't there yet
if not exists(checkout):
execute(['git', 'clone', '[email protected]:phodge/homely.git', checkout],
stdout="TTY")
# need to install editable version of homely.git in both virtualenvs
venv_pip = venv + '/bin/pip'
execute([venv_pip, 'install', '--editable', checkout])
mypips(venv_pip)
# install all dev requirements
execute(
[venv_pip, 'install', '-r',
join(checkout, 'requirements_dev.txt')])
if wantjerjerrod():
# register the playground with jerjerrod
jerjerrod_addline('WORKSPACE', venv, ignore=["py2venv"])
# we may want to install pandoc to make the slides, but
if yesno('homley_want_pandoc',
'Install pandoc to create slides?',
recommended=True):
from homely.install import installpkg
installpkg('pandoc')
def tmux_config():
tmux_plugins = yesno('install_tmux_plugins',
'Install TPM and use tmux plugins?', want_full)
if tmux_plugins:
mkdir('~/.tmux')
mkdir('~/.tmux/plugins')
tpm = InstallFromSource('https://github.com/tmux-plugins/tpm',
'~/.tmux/plugins/tpm')
tpm.select_branch('master')
run(tpm)
# what to put in tmux config?
wildcards = {"DOTFILES": HERE, "HOME": HOME}
lines = ['source ~/.tmux/keybindings.conf']
# add our dotfiles python folder to PYTHONPATH before restarting the powerline daemon
#lines.append("set-environment PYTHONPATH '%(DOTFILES)s/python'")
if tmux_plugins:
lines.append('source "%(DOTFILES)s/tmux/plugins.conf"')
# FIXME: the only way to determine if TPM installed correctly is to
# press `[PREFIX]`, `I` to do a plugin install
lines.append('source "%(DOTFILES)s/tmux/tmux.conf"')
if wantpowerline():
wildcards["POWERLINE"] = powerline_path()
lines.extend([
# always replace the daemon on startup, so that re-sourcing the
# tmux conf always loads updated python modules
'source "%(POWERLINE)s/bindings/tmux/powerline.conf"',
'run-shell "powerline-daemon --replace -q"',
])
lines = [l % wildcards for l in lines] # noqa: E741
blockinfile('~/.tmux.conf',
lines,
'# start of automated tmux config',
'# end of automated tmux config',
where=WHERE_TOP)
def mypips(venv_pip=None, write_dev_reqs=False):
# if we're on macos then we need to tell homely.pipinstall to use 'pip3' instead of 'pip'
if IS_OSX:
pips = ['pip3']
else:
pips = None
# of course we probably want virtualenv!
if venv_pip is None:
pipinstall('virtualenv', pips=pips)
theworks = want_full or venv_pip
# these packages will be installed using the virtualenv's pip, or pip2+pip3 depending on what's
# present. They're needed for development.
packages = [
'jedi',
'yapf',
'isort',
# needed for `git rebase -i` commit comparisons
'GitPython',
]
if wantnvim() and not install_nvim_via_apt():
# if we want nvim then we probably need the pynvim package
packages.append('pynvim')
# a nice python repl
if theworks or yesno('install_ptpython', 'PIP Install ptpython?', True):
packages.append('ptpython')
# another nice python repl
if theworks or yesno('install_ipython', 'PIP Install iPython?', True):
packages.append('ipython')
# a few of my macros use `q` for logging
if theworks or yesno('install_python_q', 'PIP Install `q`?', True):
packages.append('q')
if write_dev_reqs:
assert venv_pip is None
mkdir('~/.config')
with writefile('~/.config/dev_requirements.txt') as f:
f.write('flake8\n')
for p in packages:
f.write(p + '\n')
if want_python2_anything:
trypips = ['pip2', 'pip3']
else:
trypips = ['pip3']
for package in packages:
if venv_pip:
venv_exec(venv_pip, ['pip', 'install', package])
else:
mypipinstall(package, trypips=trypips)
# if it's a virtualenv, always just install flake8. Otherwise, we need to ask the user if
# they want to install both
if venv_pip:
venv_exec(venv_pip, ['pip', 'install', 'flake8'])
else:
# always install simplejson globally as we need it for other parts of our homely install
mypipinstall('simplejson', trypips=trypips)
have_pip3 = haveexecutable('pip3')
if have_pip3 and yesno('install_flake8_python3',
'Install flake8 for python3?'):
mypipinstall('flake8', ['pip3'])
if want_python2_anything and yesno('install_flake8_python2',
'Install flake8 for python2?'):
mypipinstall('flake8', ['pip2'])
def powerline():
mypipinstall('powerline-status', ['pip3'])
mkdir('~/.config')
mkdir('~/.config/powerline')
paths = [
"%s/config_files" % powerline_path(),
"%s/powerline" % HERE,
"%s/.config/powerline" % HOME,
]
if allow_installing_stuff and IS_UBUNTU:
msg = 'Install fonts-powerline package for this OS? (Works on Ubuntu)'
if yesno('powerline_fonts', msg, False, noprompt=False):
execute(['sudo', 'apt-get', 'install', 'fonts-powerline'],
stdout="TTY")
lines = [
'export POWERLINE_CONFIG_PATHS=%s' % ":".join(paths),
]
if want_unicode_fix():
lines.append('export HOMELY_POWERLINE_HOUSE=H')
blockinfile('~/.shellrc', lines, WHERE_END)
# ask the user what colour prefs they would like and put it in
# ~/.config/powerline/colors.sh
colourfile = os.path.join(HOME, '.config', 'powerline', 'colours.sh')
load = False
defaults = dict(
bg="gray1",
fg1="white",
fg2="gray6",
)
if not os.path.exists(colourfile):
if yesno(None, 'Select base colours now?', True, noprompt=False):
# load available colours from colors.json
with open("%s/config_files/colors.json" % powerline_path()) as f:
import simplejson
colors = simplejson.load(f)
with open(colourfile, 'w') as f:
f.write(
"# Set the 3 variables using colour names from below.\n")
f.write(
"# WARNING! If you misspell a colour your powerline may not work!\n"
)
f.write("#\n")
f.write("# primary background colour\n")
f.write("bg=%(bg)s\n" % defaults)
f.write("# foreground colour for highlighted tab\n")
f.write("fg1=%(fg1)s\n" % defaults)
f.write("# foreground colour for other tabs\n")
f.write("fg2=%(fg2)s\n" % defaults)
f.write("# possible colours:\n")
for name in sorted(colors.get("colors", {})):
f.write("# %s\n" % name)
execute(['vim', colourfile], stdout="TTY")
load = True
else:
load = True
if yesno(None, 'Select base colours now?', False, noprompt=False):
execute(['vim', colourfile], stdout="TTY")
colourset = defaults
if load:
with open(colourfile, 'r') as f:
for line in [l.rstrip() for l in f]: # noqa: E741
if len(line) and not line.startswith('#'):
import pprint
print('line = ' + pprint.pformat(line)) # noqa TODO
name, val = line.split('=')
colourset[name] = val
data = {}
data["groups"] = {
"window:current": {
"bg": colourset["bg"],
"fg": colourset["fg1"],
"attrs": []
},
"window_name": {
"bg": colourset["bg"],
"fg": colourset["fg1"],
"attrs": ["bold"]
}, # noqa
"session:prefix": {
"bg": colourset["bg"],
"fg": "gray90",
"attrs": ["bold"]
},
"active_window_status": {
"fg": colourset["fg2"],
"bg": "gray0",
"attrs": []
},
"hostname": {
"bg": colourset["bg"],
"fg": "gray90",
"attrs": []
},
}
# write out a colorscheme override for tmux using our powerline colours
mkdir('~/.config')
mkdir('~/.config/powerline')
mkdir('~/.config/powerline/colorschemes')
mkdir('~/.config/powerline/colorschemes/tmux')
import simplejson
dumped = simplejson.dumps(data)
with writefile('~/.config/powerline/colorschemes/tmux/default.json') as f:
f.write(dumped)
def vim_config():
# install vim-plug into ~/.vim
mkdir('~/.vim')
mkdir('~/.nvim')
mkdir('~/.config')
mkdir('~/.config/nvim')
symlink('~/.vimrc', '~/.config/nvim/init.vim')
mkdir('~/.vim/autoload')
download(
'https://raw.githubusercontent.com/junegunn/vim-plug/master/plug.vim',
'~/.vim/autoload/plug.vim')
def mkdir_r(path):
assert len(path)
if os.path.islink(path):
raise Exception(
"Cannot mkdir_r(%r): path already exists but is a symlink" %
path)
# if the thing already exists but isn't a dir, then we can't create it
if os.path.exists(path) and not os.path.isdir(path):
raise Exception(
"Cannot mkdir_r(%r): path already exists but is not a dir" %
path)
# create the parent then our target path
parent = os.path.dirname(path)
if len(parent) > 5:
mkdir_r(parent)
mkdir(path)
def _static(url, dest):
dest = HOME + '/.vimstatic/' + dest
mkdir_r(os.path.dirname(dest))
download(url, dest)
vprefs = HOME + '/.vim/prefs.vim'
nprefs = HOME + '/.nvim/prefs.vim'
# chuck in a reference to our shiny new vimrc.vim (this will end up below the rtp magic block)
lineinfile('~/.vimrc', 'source %s/vimrc.vim' % HERE, where=WHERE_TOP)
# do we want a debugger plugin in vim?
for varname, varval in get_vim_options().items():
lineinfile(
'~/.vim/prefs.vim',
f'let {varname} = {"1" if varval else "0"} " set by phodge\'s dotfiles'
.format(varname, '1' if varval else '0'),
where=WHERE_END,
)
# put our magic &rtp block at the top of our vimrc
blockinfile('~/.vimrc', [
' " reset rtp',
' set runtimepath&',
' " let other scripts know they\'re allowed to modify &rtp',
' let g:allow_rtp_modify = 1',
' " grab local preferences',
' if filereadable(%r)' % vprefs,
' source %s' % vprefs,
' endif',
' if has(\'nvim\') && filereadable(%r)' % nprefs,
' source %s' % nprefs,
' endif',
],
'" {{{ START OF dotfiles runtimepath magic',
'" }}} END OF dotfiles runtimepath magic',
where=WHERE_TOP)
# if the .vimrc.preferences file doesn't exist, create it now
if not os.path.exists(vprefs):
with open(vprefs, 'w') as f:
f.write('let g:vim_peter = 1\n')
# make sure we've made a choice about clipboard option in vprefs file
@whenmissing(vprefs, 'clipboard')
def addclipboard():
if allowinteractive():
if yesno(None, 'Use system clipboard in vim? (clipboard=unnamed)',
None):
rem = "Use system clipboard"
val = 'unnamed'
else:
rem = "Don't try and use system clipboard"
val = ''
with open(vprefs, 'a') as f:
f.write('" %s\n' % rem)
f.write("set clipboard=%s\n" % val)
# put a default value about whether we want the hacky mappings for when the
# terminal type isn't set correctly
@whenmissing(vprefs, 'g:hackymappings')
def sethackymappings():
with open(vprefs, 'a') as f:
f.write('" Use hacky mappings for F-keys and keypad?\n')
f.write('let g:hackymappings = 0\n')
# in most cases we don't want insight_php_tests
@whenmissing(vprefs, 'g:insight_php_tests')
def setinsightphptests():
with open(vprefs, 'a') as f:
f.write('" Do we want to use insight to check PHP code?\n')
f.write('let g:insight_php_tests = []\n')
# lock down &runtimepath
lineinfile('~/.vimrc', 'let g:allow_rtp_modify = 0', where=WHERE_END)
# if we have jerjerrod installed, add an ALWAYSFLAG entry for git repos in ~/src/plugedit
if False and wantjerjerrod():
mkdir('~/.config')
mkdir('~/.config/jerjerrod')
lineinfile('~/.config/jerjerrod/jerjerrod.conf',
'PROJECT ~/src/plugedit/*.git ALWAYSFLAG')
# icinga syntax/filetype
if yesno('want_vim_icinga_stuff',
'Install vim icinga2 syntax/ftplugin?',
default=False):
files = ['syntax/icinga2.vim', 'ftdetect/icinga2.vim']
for name in files:
url = 'https://raw.githubusercontent.com/Icinga/icinga2/master/tools/syntax/vim/{}'
_static(url.format(name), name)
# <est> utility
hasphp = haveexecutable('php')
if yesno('install_est_utility', 'Install <vim-est>?', hasphp):
est = InstallFromSource('https://github.com/phodge/vim-est.git',
'~/src/vim-est.git')
est.select_branch('master')
est.symlink('bin/est', '~/bin/est')
run(est)
def powerline_theme():
right = [
{
"function": "todonext.powerline.firstitem"
},
]
if haveexecutable('jerjerrod') and wantjerjerrod():
wsnames = "jerjerrod.powerline.wsnames"
right += [
{
"function": "jerjerrod.powerline.wsscancount"
},
{
"function": wsnames,
"args": {
"category": "JERJERROD:CHANGED"
}
},
{
"function": wsnames,
"args": {
"category": "JERJERROD:UNTRACKED"
}
},
{
"function": wsnames,
"args": {
"category": "JERJERROD:UNPUSHED"
}
},
{
"function": wsnames,
"args": {
"category": "JERJERROD:UNKNOWN"
}
},
]
right.append({
"function": "homely.powerline.shortstatus",
"args": {
"autoupdate":
True,
"reattach_to_user_namespace":
haveexecutable('reattach-to-user-namespace'),
"colors": {
"paused": "HOMELY:PAUSED",
"running": "HOMELY:RUNNING",
"failed": "HOMELY:FAILED",
"noconn": "HOMELY:NOCONN",
"dirty": "HOMELY:DIRTY",
"never": "HOMELY:NEVER",
"ok": "HOMELY:OK",
}
},
})
right.append({
"function": "powerline.segments.common.time.date",
"name": "time",
"args": {
"format": "%H:%M",
"istime": True,
},
})
right.append({"function": "powerline.segments.common.net.hostname"})
config = {"segments": {"right": right}}
if want_unicode_fix():
config["segment_data"] = {"time": {"before": ""}}
import simplejson
dumped = simplejson.dumps(config)
mkdir('~/.config')
mkdir('~/.config/powerline')
mkdir('~/.config/powerline/themes')
mkdir('~/.config/powerline/themes/tmux')
with writefile('~/.config/powerline/themes/tmux/default.json') as f:
f.write(dumped)
def vim_install():
# TODO: prompt to install a better version of vim?
# - yum install vim-enhanced
if not yesno('compile_vim', 'Compile vim from source?', want_full):
return
local = HOME + '/src/vim.git'
mkdir('~/.config')
flagsfile = HOME + '/.config/vim-configure-flags'
written = False
if not os.path.exists(flagsfile):
written = True
# pull down git source code right now so that we can see what the configure flags are
if not os.path.exists(local):
execute(['git', 'clone', 'https://github.com/vim/vim.git', local])
out = execute([local + '/configure', '--help'], stdout=True,
cwd=local)[1]
with open(flagsfile, 'w') as f:
f.write('# put configure flags here\n')
f.write('--with-features=huge\n')
f.write('--enable-pythoninterp=yes\n')
f.write('--enable-python3interp=yes\n')
f.write('\n')
f.write('\n')
for line in out.decode('utf-8').split('\n'):
f.write('# ')
f.write(line)
f.write('\n')
if yesno(None, 'Edit %s now?' % flagsfile, written, noprompt=False):
execute(['vim', flagsfile], stdout="TTY")
# install required libraries first
need_installpkg(
apt=(
'libtool',
'libtool-bin',
'autoconf',
'automake',
'cmake',
'g++',
'pkg-config',
'unzip',
'ncurses-dev',
),
brew=(
'cmake',
'libtool',
),
)
inst = InstallFromSource('https://github.com/vim/vim.git', '~/src/vim.git')
inst.select_tag(VIM_TAG)
configure = ['./configure']
with open(flagsfile) as f:
for line in f:
if not line.startswith('#'):
configure.append(line.rstrip())
inst.compile_cmd([
['make', 'distclean'],
configure,
['make'],
['sudo', 'make', 'install'],
])
run(inst)
def ctags():
ctagsdir = HOME + '/.ctags.d'
mkdir(ctagsdir)
for orig in glob.glob(HERE + '/ctags.d/*.ctags'):
basename = os.path.basename(orig)
symlink(orig, ctagsdir + '/' + basename)
def brew_install():
if haveexecutable('brew'):
return
if yesno('install_homebrew', 'Install Homebrew?', default=True):
install_cmd = '/usr/bin/ruby -e "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/master/install)"'
execute(['bash', '-c', install_cmd], stdout="TTY")
@section(quick=True)
def gnuscreen():
symlink('.screenrc')
# create ~/bin and ~/src if they don't exist yet
mkdir('~/src')
mkdir('~/bin')
mkdir('~/man')
mkdir('~/man/man1')
# TODO: need to ensure ~/man is in our $MANPATH
# TODO: need to ensure ~/bin is in our $PATH
@section(quick=True)
def pythonpath():
"""
Add ~/dotfiles/python/ to our ~/.local/python[2/3]/site-packages dirs
"""
pypath = "%s/python" % HERE
def git():
hooksdir = HOME + '/.githooks'
mkdir(hooksdir)
# symlink our pre-commit hook into ~/.githooks
symlink('git/hooks/pre-commit', '~/.githooks/pre-commit')
symlink('git/hooks/applypatch-msg', '~/.githooks/applypatch-msg')
symlink('git/hooks/commit-msg', '~/.githooks/commit-msg')
symlink('git/hooks/fsmonitor-watchman', '~/.githooks/fsmonitor-watchman')
symlink('git/hooks/p4-changelist', '~/.githooks/p4-changelist')
symlink('git/hooks/p4-post-changelist', '~/.githooks/p4-post-changelist')
symlink('git/hooks/p4-pre-submit', '~/.githooks/p4-pre-submit')
symlink('git/hooks/p4-prepare-changelist',
'~/.githooks/p4-prepare-changelist')
symlink('git/hooks/post-applypatch', '~/.githooks/post-applypatch')
symlink('git/hooks/post-checkout', '~/.githooks/post-checkout')
symlink('git/hooks/post-commit', '~/.githooks/post-commit')
symlink('git/hooks/post-index-change', '~/.githooks/post-index-change')
symlink('git/hooks/post-merge', '~/.githooks/post-merge')
symlink('git/hooks/post-receive', '~/.githooks/post-receive')
symlink('git/hooks/post-rewrite', '~/.githooks/post-rewrite')
symlink('git/hooks/post-update', '~/.githooks/post-update')
symlink('git/hooks/pre-applypatch', '~/.githooks/pre-applypatch')
symlink('git/hooks/pre-auto-gc', '~/.githooks/pre-auto-gc')
symlink('git/hooks/pre-commit', '~/.githooks/pre-commit')
symlink('git/hooks/pre-merge-commit', '~/.githooks/pre-merge-commit')
symlink('git/hooks/pre-push', '~/.githooks/pre-push')
symlink('git/hooks/pre-rebase', '~/.githooks/pre-rebase')
symlink('git/hooks/pre-receive', '~/.githooks/pre-receive')
symlink('git/hooks/prepare-commit-msg', '~/.githooks/prepare-commit-msg')
symlink('git/hooks/proc-receive', '~/.githooks/proc-receive')
symlink('git/hooks/push-to-checkout', '~/.githooks/push-to-checkout')
symlink('git/hooks/rebase', '~/.githooks/rebase')
symlink('git/hooks/reference-transaction',
'~/.githooks/reference-transaction')
symlink('git/hooks/sendemail-validate', '~/.githooks/sendemail-validate')
symlink('git/hooks/update', '~/.githooks/update')
lines = [
# include our dotfiles git config from ~/.gitconfig
"[include] path = %s/git/config" % HERE,
# because git config files don't support ENV vars, we need to tell it where to find our hooks
"[core] hooksPath = %s/.githooks" % HOME,
]
blockinfile('~/.gitconfig', lines, WHERE_TOP)
# put our standard ignore stuff into ~/.gitignore
with open('%s/git/ignore' % HERE, 'r') as f:
lines = [l.rstrip('\r\n') for l in f.readlines()] # noqa: E741
blockinfile('~/.gitignore',
lines,
"# exclude items from phodge/dotfiles",
"# end of items from phodge/dotfiles",
where=WHERE_TOP)
gitwip = InstallFromSource('https://github.com/phodge/git-wip.git',
'~/src/git-wip.git')
gitwip.symlink('bin/git-wip', '~/bin/git-wip')
gitwip.symlink('bin/git-unwip', '~/bin/git-unwip')
gitwip.select_branch('master')
run(gitwip)
