def main(pretend=False, now=datetime.datetime.now()):
fm = filemanager.FileManager()
fm.moveouttheway(UPCOMING_EVENTS_TEMPLATE)
fm.moveouttheway(WHATS_NEW_TEMPLATE)
fm.moveouttheway(POST_TEMPLATE)
fm.moveouttheway(EVENT_TEMPLATE)
new_cal_entries = gcal.get_calendar_entries(GCAL_URL)
new_blog_entries = tumblr.get_blog_entries(TUMBLR_URL)
store = datastore.load(DATASTORE_FILE)
store.update(new_cal_entries, new_blog_entries)
store.save()
store.close()
upcoming_events_tpl = template.parse(fm.read(UPCOMING_EVENTS_TEMPLATE))
upcoming_events = store.get_upcoming_events(now)
upcoming_events_output = upcoming_events_tpl.render(upcoming_events)
fm.save(UPCOMING_EVENTS_PAGE, upcoming_events_output)
whats_new_tpl = template.parse(fm.read(WHATS_NEW_TEMPLATE))
whats_new = store.get_whats_new(now)
whats_new_output = whats_new_tpl.render(whats_new)
fm.save(WHATS_NEW_PAGE, whats_new_output)
post_tpl = template.parse(fm.read(POST_TEMPLATE))
for post in store.get_blog_posts():
post_output = post_tpl.render(post)
fm.save(POST_FILE % post.title, post_output)
event_tpl = template.parse(fm.read(EVENT_TEMPLATE))
for event in store.get_events():
event_output = event_tpl.render(event)
fm.save(EVENT_FILE % event.title, event_output)
if pretend:
fm.show_diff()
else:
fm.commit()
f = codecs.open(o.input, "r", o.charset) in_str = f.read() f.close() ## # Do the Huffman stuff ## from huffman import * t = tokenize(in_str) d = stats(t) tree = mktree(d) enc = encode(t, tree_to_bin(tree)) ## # Save the template ## from template import parse from binhelp import * parse(o.template, o.output, tree = reptree(tree), data = enc.encode()) if not o.print_tree: from json import JSONEncoder e = JSONEncoder(encoding = o.charset) print "Tree:" for (k, v) in tree_to_bin(tree).items(): print "%-20s %s" % (e.encode(k), v)
usage()
tmpl = codecs.open(templateFile, "r", "utf-8")
# Read in definition file.
try:
dataParser = data.Parser()
inputData = dataParser.parse(defines)
except data.ParserException, e:
print str(e)
sys.exit(1)
# Read in template file.
try:
dataTemplate = tmpl.read()
dataTemplate = template.parse(dataTemplate)
except template.ParserException, e:
print str(e)
sys.exit(1)
# Generate the "do not edit this file" message.
def dne(prefix=''):
eol = ''
if 'COMSPEC' in os.environ:
eol = '\r\n'
else:
eol = '\n'
s = eol + prefix + " DO NOT EDIT THIS FILE " + outputFile.replace("\\", "/") + eol
s += eol + prefix + " It has been AutoGen-ed " + time.ctime() + eol
s += eol + prefix + " and the template file " + templateFile.replace("\\", "/") + eol
return s
usage()
tmpl = codecs.open(templateFile, "r", "utf-8")
# Read in definition file.
try:
dataParser = data.Parser()
inputData = dataParser.parse(defines)
except data.ParserException, e:
print str(e)
sys.exit(1)
# Read in template file.
try:
dataTemplate = tmpl.read()
dataTemplate = template.parse(dataTemplate)
except template.ParserException, e:
print str(e)
sys.exit(1)
# Generate the "do not edit this file" message.
def dne(prefix=''):
eol = ''
if 'COMSPEC' in os.environ:
eol = '\r\n'
else:
eol = '\n'
s = eol + prefix + " DO NOT EDIT THIS FILE " + outputFile + eol
s += eol + prefix + " It has been AutoGen-ed " + time.ctime() + eol
s += eol + prefix + " and the template file " + templateFile + eol
return s
in_str = f.read()
f.close()
##
# Do the Huffman stuff
##
from huffman import *
t = tokenize(in_str)
d = stats(t)
tree = mktree(d)
enc = encode(t, tree_to_bin(tree))
##
# Save the template
##
from template import parse
from binhelp import *
parse(o.template, o.output, tree=reptree(tree), data=enc.encode())
if not o.print_tree:
from json import JSONEncoder
e = JSONEncoder(encoding=o.charset)
print "Tree:"
for (k, v) in tree_to_bin(tree).items():
print "%-20s %s" % (e.encode(k), v)
