def cmd_buildtags(command, argv):
"""Command for building the tags index."""
cfg = import_config()
datadir = cfg['datadir']
sep = cfg.get('tags_separator', ',')
tagsfile = get_tagsfile(cfg)
from douglas import tools
from douglas.app import Douglas, initialize
from douglas.entries import fileentry
# Build a douglas object, initialize it, and run the start
# callback. This gives entry parsing related plugins a chance to
# get their stuff together so that they work correctly.
initialize(cfg)
p = Douglas(cfg, {})
p.initialize()
req = p.get_request()
tools.run_callback("start", {"request": req})
# Grab all the entries in the datadir
entrylist = [fileentry.FileEntry(req, e, datadir)
for e in tools.get_entries(cfg, datadir)]
tags_to_files = {}
for mem in entrylist:
tagsline = mem["tags"]
if not tagsline:
continue
tagsline = [t.strip() for t in tagsline.split(sep)]
for t in tagsline:
tags_to_files.setdefault(t, []).append(mem["filename"])
savefile(tagsfile, tags_to_files)
return 0
def render_url(cfg, pathinfo, querystring=""):
"""
Takes a url and a querystring and renders the page that
corresponds with that by creating a Request and a Douglas object
and passing it through. It then returns the resulting Response.
:param cfg: the config.py dict
:param pathinfo: the ``PATH_INFO`` string;
example: ``/dev/douglas/firstpost.html``
:param querystring: the querystring (if any); example: debug=yes
:returns: a douglas ``Response`` object.
"""
from douglas.app import Douglas
if querystring:
request_uri = pathinfo + '?' + querystring
else:
request_uri = pathinfo
parts = urlparse(cfg['base_url'])
env = {
'HTTP_HOST': parts.netloc,
'HTTP_PORT': parts.port,
'HTTP_USER_AGENT': 'static renderer',
'PATH_INFO': pathinfo,
'QUERY_STRING': querystring,
'REMOTE_ADDR': '',
'REQUEST_METHOD': 'GET',
'REQUEST_URI': request_uri,
'SCRIPT_NAME': '',
'wsgi.url_scheme': 'http',
'wsgi.errors': sys.stderr,
'wsgi.input': None
}
p = Douglas(cfg, env, {'COMPILING': 1})
p.run(compiling=True)
return p.get_response()
def buildtags(command, argv):
"""Command for building the tags index."""
import config
datadir = config.py.get("datadir")
if not datadir:
raise ValueError("config.py has no datadir property.")
sep = config.py.get("tags_separator", ",")
tagsfile = get_tagsfile(config.py)
from douglas import tools
from douglas.app import Douglas
from douglas.entries import fileentry
# build a douglas object, initialize it, and run the start
# callback. this gives entry parsing related plugins a chance to
# get their stuff together so that they work correctly.
p = Douglas(config.py, {})
p.initialize()
req = p.get_request()
tools.run_callback("start", {"request": req})
# grab all the entries in the datadir
filelist = tools.walk(req, datadir)
entrylist = [fileentry.FileEntry(req, e, datadir) for e in filelist]
tags_to_files = {}
for mem in entrylist:
tagsline = mem["tags"]
if not tagsline:
continue
tagsline = [t.strip() for t in tagsline.split(sep)]
for t in tagsline:
tags_to_files.setdefault(t, []).append(mem["filename"])
savefile(tagsfile, tags_to_files)
return 0
def cmd_persistdate(command, argv):
from douglas.cmdline import import_config
config = import_config()
datadir = config.py.get('datadir')
if not datadir:
raise ValueError('config.py has no datadir property.')
from douglas import tools
from douglas.app import Douglas
p = Douglas(config.py, {})
p.initialize()
req = p.get_request()
tools.run_callback('start', {'request': req})
filelist = tools.get_entries(config, datadir)
print '%d files' % len(filelist)
for fn in filelist:
lines = open(fn, 'r').readlines()
try:
metadata = get_metadata(lines)
except IndexError as exc:
print '%s errored out: %s' % (fn, exc)
continue
if 'published' in metadata:
print '%s already has metadata...' % fn
continue
print 'working on %s...' % fn
timetuple = tools.filestat(req, fn)
published = time.strftime('%Y-%m-%d %H:%M:%S', timetuple)
lines.insert(1, '#published %s\n' % published)
fp = open(fn, 'w')
fp.write(''.join(lines))
fp.close()
def render_url(cdict, pathinfo, querystring=""):
"""
Takes a url and a querystring and renders the page that
corresponds with that by creating a Request and a douglas object
and passing it through. It then returns the resulting Response.
:param cdict: the config.py dict
:param pathinfo: the ``PATH_INFO`` string;
example: ``/dev/douglas/firstpost.html``
:param querystring: the querystring (if any); example: debug=yes
:returns: a douglas ``Response`` object.
"""
from douglas.app import Douglas
if querystring:
request_uri = pathinfo + "?" + querystring
else:
request_uri = pathinfo
env = {
"HTTP_HOST": "localhost",
"HTTP_REFERER": "",
"HTTP_USER_AGENT": "static renderer",
"PATH_INFO": pathinfo,
"QUERY_STRING": querystring,
"REMOTE_ADDR": "",
"REQUEST_METHOD": "GET",
"REQUEST_URI": request_uri,
"SCRIPT_NAME": "",
"wsgi.errors": sys.stderr,
"wsgi.input": None
}
data = {"STATIC": 1}
p = Douglas(cdict, env, data)
p.run(static=True)
return p.get_response()