def syncdb():
'''Synchronizes the Django database tables'''
with cd('$HOME/.virtualenvs/openclimategis/src/openclimategis/src/openclimategis'
):
with virtualenv():
# suppress input prompting for a superuser
run('./manage.py syncdb --noinput')
def register_archive_usgs_cida_maurer():
'''Register the USGS CIDA Maurer et al. downscaled archive'''
with cd('$HOME/.virtualenvs/openclimategis/src/' + \
'openclimategis/src/openclimategis'):
with virtualenv():
run('./manage.py register_archive' + \
' http://cida.usgs.gov/qa/thredds/dodsC/maurer/monthly')
def register_archive_usgs_cida_maurer():
'''Register the USGS CIDA Maurer et al. downscaled archive'''
with cd('$HOME/.virtualenvs/openclimategis/src/' + \
'openclimategis/src/openclimategis'):
with virtualenv():
run('./manage.py register_archive' + \
' http://cida.usgs.gov/qa/thredds/dodsC/maurer/monthly')
def install_pykml():
'''Install pyKML and dependencies'''
from virtualenv import virtualenv
sudo('apt-get -y install libxml2')
sudo('apt-get -y install libxslt1.1 libxslt-dev')
with virtualenv():
run('pip install pykml')
def install_pykml():
'''Install pyKML and dependencies'''
from virtualenv import virtualenv
sudo('apt-get -y install libxml2')
sudo('apt-get -y install libxslt1.1 libxslt-dev')
with virtualenv():
run('pip install pykml')
def main():
domain = ""
project = ""
project_type = ''
estrue = True
while(domain==""):
domain = raw_input("\033[92mDominio (Sin www):\033[0m ")
while(project==""):
project = raw_input("\033[92mNombre del proyecto:\033[0m ")
while estrue:
project_type = raw_input("\033[92mTipo de proyecto\n"
"--> python\n"
"--> php\n"
"Pon uno de los tipos permitidos:\033[0m ")
if project_type == "php":
estrue = False
if project_type =="python":
estrue = False
#Comprobamos si nginx esta instalado
nginx_check()
#Llamamos al modulo de usuario
user(project)
dirweb(project)
if project_type == "python":
#Comprobamos si esta instalado supervisor
supervisor_check()
#Comprobamos si esta instalado virtualenv o virtualenvwrapper
virtualenv_check()
#Al ser python creamos una virtualenv para el proyecto
virtualenv(project)
#Llamamos la modulo de nginx
nginx_main(domain, project, project_type)
#si el projecto esta en python, llamamos a supervisor para generar la configuracion
if project_type == "python":
supervisor_conf(project)
def install_python_dependencies():
'''Install required Python packages'''
from virtualenv import VIRTUALENVDIR
from virtualenv import VIRTUALENVNAME
from virtualenv import VIRTUALENVWRAPPER_ACTIVATE
from virtualenv import virtualenv
sudo('apt-get -y install python-dev')
sudo('apt-get -y install python-setuptools')
sudo('apt-get -y install python-pip')
sudo('pip install virtualenv')
sudo('pip install virtualenvwrapper')
with settings(warn_only=True):
run('mkdir ' + VIRTUALENVDIR)
# create the Python virtual environment
with prefix(VIRTUALENVWRAPPER_ACTIVATE):
run('mkvirtualenv --no-site-packages ' + VIRTUALENVNAME)
# install symbolic link in the virtual environment to GDAL
with settings(warn_only=True):
run('ln -s ' + GDAL_DIR + '/bin/gdal-config ' + \
'~/.virtualenvs/' + VIRTUALENVNAME + '/bin/gdal-config')
with virtualenv():
run('pip install yolk')
run('pip install Django==1.3')
run('pip install django-piston')
run('pip install -e hg+https://bitbucket.org/tylere/django-piston#egg=piston'
)
run('pip install numpy==1.5.1')
run('pip install Shapely')
run('pip install geojson')
run('pip install geoalchemy')
with prefix('export HDF5_DIR=' + HDF5_DIR):
with prefix('export NETCDF4_DIR=' + NETCDF4_DIR):
run('pip install netCDF4==0.9.4')
# install the GDAL Python bindings
run('pip install --no-install GDAL')
# build package extensions
with cd('$HOME/.virtualenvs/' + VIRTUALENVNAME + '/build/GDAL'):
run('python setup.py build_ext' + \
' --gdal-config=' + GDAL_DIR + '/bin/gdal-config' + \
' --library-dirs=' + GDAL_DIR + '/include')
run('pip install --no-download GDAL')
def install_python_dependencies():
'''Install required Python packages'''
from virtualenv import VIRTUALENVDIR
from virtualenv import VIRTUALENVNAME
from virtualenv import VIRTUALENVWRAPPER_ACTIVATE
from virtualenv import virtualenv
sudo('apt-get -y install python-dev')
sudo('apt-get -y install python-setuptools')
sudo('apt-get -y install python-pip')
sudo('pip install virtualenv')
sudo('pip install virtualenvwrapper')
with settings(warn_only=True):
run('mkdir ' + VIRTUALENVDIR)
# create the Python virtual environment
with prefix(VIRTUALENVWRAPPER_ACTIVATE):
run('mkvirtualenv --no-site-packages ' + VIRTUALENVNAME)
# install symbolic link in the virtual environment to GDAL
with settings(warn_only=True):
run('ln -s ' + GDAL_DIR + '/bin/gdal-config ' + \
'~/.virtualenvs/' + VIRTUALENVNAME + '/bin/gdal-config')
with virtualenv():
run('pip install yolk')
run('pip install Django==1.3')
run('pip install django-piston')
run('pip install -e hg+https://bitbucket.org/tylere/django-piston#egg=piston')
run('pip install numpy==1.5.1')
run('pip install Shapely')
run('pip install geojson')
run('pip install geoalchemy')
with prefix('export HDF5_DIR=' + HDF5_DIR):
with prefix('export NETCDF4_DIR=' + NETCDF4_DIR):
run('pip install netCDF4==0.9.4')
# install the GDAL Python bindings
run('pip install --no-install GDAL')
# build package extensions
with cd('$HOME/.virtualenvs/' + VIRTUALENVNAME + '/build/GDAL'):
run('python setup.py build_ext' + \
' --gdal-config=' + GDAL_DIR + '/bin/gdal-config' + \
' --library-dirs=' + GDAL_DIR + '/include')
run('pip install --no-download GDAL')
def install_openclimategis_django():
'''Install OpenClimateGIS GeoDjango project'''
with virtualenv():
run('pip install -e git+http://github.com/tylere/OpenClimateGIS#egg=openclimategis')
def install_psycopg2():
'''Install the Python PostgreSQL database adapter'''
with virtualenv():
run('pip install psycopg2==2.4')
def dj(cmd):
with cd(config['path']):
with virtualenv(config):
settings_path = config['settings_path']
config.func('python manage.py %s --settings %s' % (cmd, settings_path))
def create_superuser():
'''Creates a Django superuser that can log into the Django admin'''
with cd('$HOME/.virtualenvs/openclimategis/src/openclimategis/src/openclimategis'):
with virtualenv():
run('./manage.py createsuperuser')
def update_openclimategis_django():
'''Update the OpenClimateGIS GeoDjango project'''
with virtualenv():
with cd(VIRTUALENVDIR + VIRTUALENVNAME + '/src/openclimategis'):
run('git pull')
def install_openclimategis_django():
'''Install OpenClimateGIS GeoDjango project'''
with virtualenv():
run('pip install -e git+http://github.com/tylere/OpenClimateGIS#egg=openclimategis'
)
def pull():
with cd(config['path']):
with virtualenv(config):
config.func('git pull')
touch()
def vsh(cmd):
with cd(config['path']):
with virtualenv(config):
config.func(cmd)
def update_openclimategis_django():
'''Update the OpenClimateGIS GeoDjango project'''
with virtualenv():
with cd(VIRTUALENVDIR + VIRTUALENVNAME + '/src/openclimategis'):
run('git pull')
def sq_up(package):
with virtualenv(config):
config.func('pip install --upgrade -e git+ssh://[email protected]/sevenquark/%s.git#egg=%s' % (package, package))
def syncdb():
'''Synchronizes the Django database tables'''
with cd('$HOME/.virtualenvs/openclimategis/src/openclimategis/src/openclimategis'):
with virtualenv():
# suppress input prompting for a superuser
run('./manage.py syncdb --noinput')
def start():
with virtualenv(config):
local('python manage.py runserver')
def create_superuser():
'''Creates a Django superuser that can log into the Django admin'''
with cd('$HOME/.virtualenvs/openclimategis/src/openclimategis/src/openclimategis'
):
with virtualenv():
run('./manage.py createsuperuser')
def req_up():
with virtualenv(config):
if exists(config.func, 'config/requirements.txt'):
config.func('pip install --upgrade -r config/requirements.txt')
