def run(conf, env, options):
"""Subcommand: info -- a short overview of a blog."""
limit = options.max if options.max > 0 else 5
entrylist = sorted(
[
Entry(e, conf)
for e in utils.filelist(conf["content_dir"], conf.get("entries_ignore", []))
if utils.istext(e)
],
key=lambda k: k.date,
reverse=True,
)
print
print "acrylamid", blue(env["version"]) + ",",
print "cache size:", blue("%0.2f" % (cache.size / 1024.0 ** 2)) + " mb"
print
for entry in entrylist[:limit]:
print " ", green(ago(entry.date).ljust(13)),
print white(entry.title) if entry.draft else entry.title
print
print "%s published," % blue(len([e for e in entrylist if not e.draft])),
print "%s drafted articles" % blue(len([e for e in entrylist if e.draft]))
time = localtime(getmtime(join(conf.get("cache_dir", ".cache/"), "info")))
print "last compilation at %s" % blue(strftime("%d. %B %Y, %H:%M", time))
def run(conf, env, options):
"""Subcommand: check -- run W3C over generated output and check destination
of linked items"""
paths = [path for path in utils.filelist(conf['output_dir']) if path.endswith('.html')]
if options.random:
random.shuffle(paths)
if options.links:
validate(paths, options.jobs)
else:
w3c(paths, conf, warn=options.warn, sleep=options.sleep)
def run(conf, env, options):
"""Subcommand: ping -- notify external ressources via Pingback etc."""
initialize(conf, env) # we access the cache, so we must initialize first
entrylist = sorted([Entry(e, conf) for e in filelist(conf['content_dir'],
conf.get('entries_ignore', []))], key=lambda k: k.date, reverse=True)
entrylist = [entry for entry in entrylist if not entry.draft]
print joinurl(conf['www_root'], entrylist[0].permalink)
links = re.findall('https?://[^ ]+', entrylist[0].source)
print links
def autocompile(conf, env, **options):
"""Subcommand: autocompile -- automatically re-compiles when something in
content-dir has changed and parallel serving files."""
mtime = -1
while True:
ntime = max(getmtime(e) for e in utils.filelist(conf['content_dir']) if utils.istext(e))
if mtime != ntime:
try:
compile(conf, env, **options)
except AcrylamidException as e:
log.fatal(e.args[0])
pass
mtime = ntime
time.sleep(1)
def compile(conf, env, force=False, **options):
"""The compilation process.
Current API:
#. when we require context
#. when we called an event
New API:
#. before we start with view Initialization
#. after we initialized views
#. before we require context
#. after we required context
#. before we template
#. before we write a file
#. when we called an event
#. when we finish
"""
# time measurement
ctime = time.time()
# populate env and corrects some conf things
request = initialize(conf, env)
if force:
# acrylamid compile -f
cache.clear()
# list of Entry-objects reverse sorted by date.
entrylist = sorted([Entry(e, conf) for e in utils.filelist(conf['content_dir'],
conf.get('entries_ignore', [])) if utils.istext(e)], key=lambda k: k.date, reverse=True)
# here we store all found filter and their aliases
ns = defaultdict(set)
# get available filter list, something like with obj.get-function
# list = [<class head_offset.Headoffset at 0x1014882c0>, <class html.HTML at 0x101488328>,...]
aflist = filters.get_filters()
# ... and get all configured views
_views = views.get_views()
# filters found in all entries, views and conf.py
found = sum((x.filters for x in entrylist+_views), []) + request['conf']['filters']
for val in found:
# first we for `no` and get the function name and arguments
f = val[2:] if val.startswith('no') else val
fname, fargs = f.split('+')[:1][0], f.split('+')[1:]
try:
# initialize the filter with its function name and arguments
fx = aflist[fname](conf, env, val, *fargs)
if val.startswith('no'):
fx = filters.disable(fx)
except ValueError:
try:
fx = aflist[val.split('+')[:1][0]](conf, env, val, *fargs)
except ValueError:
raise AcrylamidException('no such filter: %s' % val)
ns[fx].add(val)
for entry in entrylist:
for v in _views:
# a list that sorts out conflicting and duplicated filters
flst = filters.FilterList()
# filters found in this specific entry plus views and conf.py
found = entry.filters + v.filters + request['conf']['filters']
for fn in found:
fx, _ = next((k for k in ns.iteritems() if fn in k[1]))
if fx not in flst:
flst.append(fx)
# sort them ascending because we will pop within filters.add
entry.filters.add(sorted(flst, key=lambda k: (-k.priority, k.name)),
context=v.__class__.__name__)
# lets offer a last break to populate tags or so
# XXX this API component needs a review
for v in _views:
env = v.context(env, {'entrylist': filter(v.condition, entrylist)})
# now teh real thing!
for v in _views:
# XXX the entry should automatically determine its caller (using
# some sys magic to recursively check wether the calling class is
# derieved from `View`.)
for entry in entrylist:
entry.context = v.__class__.__name__
request['entrylist'] = filter(v.condition, entrylist)
tt = time.time()
for html, path in v.generate(request):
helpers.mkfile(html, path, time.time()-tt, **options)
tt = time.time()
# remove abandoned cache files
cache.shutdown()
# print a short summary
log.info('%i new, %i updated, %i skipped [%.2fs]', event.count('create'),
event.count('update'), event.count('identical') + event.count('skip'),
time.time() - ctime)
def compile(conf, env, force=False, **options):
# time measurement
ctime = time.time()
# populate env and corrects some conf things
request = initialize(conf, env)
if force:
# acrylamid compile -f
cache.clear()
# list of FileEntry-objects reverse sorted by date.
entrylist = sorted([FileEntry(e, conf) for e in utils.filelist(conf['content_dir'],
conf.get('entries_ignore', []))],
key=lambda k: k.date, reverse=True)
# here we store all possible filter configurations
ns = set()
# get available filter list, something like with obj.get-function
# list = [<class head_offset.Headoffset at 0x1014882c0>, <class html.HTML at 0x101488328>,...]
aflist = filters.get_filters()
# ... and get all configured views
_views = views.get_views()
# filters found in all entries, views and conf.py
found = sum((x.filters for x in entrylist+_views), []) + request['conf']['filters']
for val in found:
# first we for `no` and get the function name and arguments
f = val[2:] if val.startswith('no') else val
fname, fargs = f.split('+')[:1][0], f.split('+')[1:]
try:
# initialize the filter with its function name and arguments
fx = aflist[fname](val, *fargs)
if val.startswith('no'):
fx.transform = lambda x, y, *z: x
fx.__hash__ = lambda : 0
except ValueError:
try:
fx = aflist[val.split('+')[:1][0]](val, *fargs)
except ValueError:
raise AcrylamidException('no such filter: %s' % val)
ns.add(fx)
for entry in entrylist:
for v in _views:
# a list that sorts out conflicting and duplicated filters
flst = filters.FilterList()
# filters found in this specific entry plus views and conf.py
found = entry.filters + v.filters + request['conf']['filters']
for fn in found:
fx = filter(lambda k: fn == k.name, ns)[0]
if fx not in flst:
flst.append(fx)
# sort them ascending because we will pop within filters.add
entry.filters.add(sorted(flst, key=lambda k: (-k.priority, k.name)),
context=v.__class__.__name__)
# lets offer a last break to populate tags or so
# XXX this API component needs a review
for v in _views:
env = v.context(env, {'entrylist': filter(v.condition, entrylist)})
# now teh real thing!
for v in _views:
# XXX the entry should automatically determine its caller (using
# some sys magic to recursively check wether the calling class is
# derieved from `View`.)
for entry in entrylist:
entry.context = v.__class__.__name__
request['entrylist'] = filter(v.condition, entrylist)
tt = time.time()
for html, path in v.generate(request):
helpers.mkfile(html, path, time.time()-tt, **options)
tt = time.time()
# remove abandoned cache files
cache.shutdown()
log.info('Blog compiled in %.2fs' % (time.time() - ctime))
