default=os.path.dirname(os.getcwd())+'/style/default/')
parser.add_argument('--output', nargs='?',
default=os.path.dirname(os.getcwd())+'/htdocs/')
+ parser.add_argument('--subdir', nargs='?',
+ default='')
args = parser.parse_args()
ts = time()
dir_ = Directory()
- sitemap = Sitemap()
+ sitemap = Sitemap(args)
# Scanning current directory and subdirectory for docbook articles
dir_.scan()
# Generate a pygraphviz image of the site (TODO: currently not used)
sitemap.graph()
# Start processing the docbook articles to static html
- sitemap.process(args.style)
+ sitemap.process()
# Publish static html and style data (css, images, fonts) to destination dir
t1 = time()
- sitemap.publish(args.output,args.style)
+ sitemap.publish()
t2 = time()
print "Publish [%5.2f s]" % (round(t2-t1,2))
print "Total [%5.2f s]" % (round(t2-ts,2))
class Sitemap():
"""Class keeping the internal site structure"""
- def __init__(self):
+ def __init__(self,args):
+ self._output = args.output
+ self._style = args.style
+ self._subdir = args.subdir
self._file = 'sitemap.txt'
self._tree = Trie()
self._sitelang = set()
# Main driver in the application processing the documents
# in the collected sitemap
- def process(self, style):
+ def process(self):
t1 = time()
print "Prepareing the input"
for link in self._tree:
t3 = time()
print "Language [%5.2f s]" % (round(t3-t2,2))
for link in self._tree:
- link.render(style)
+ link.render(self._style)
t4 = time()
print "Render [%5.2f s]" % (round(t4-t3,2))
for link in self._tree:
- link.template(self, style, self._tmptarget)
+ link.template(self, self._style, self._tmptarget)
t5 = time()
print "Template [%5.2f s]" % (round(t5-t4,2))
t6 = time()
sitmaplink.add_page((l,'/sitemap.'+l+'.xml'))
for l in self._sitelang:
sitmaplink.page(l).set_article(self.gen_menu(l,None,"tree sitemap"))
- sitmaplink.page(l).template(self,style,self._tmptarget)
+ sitmaplink.page(l).template(self,self._style,self._tmptarget)
t7 = time()
print "Sitemap [%5.2f s]" % (round(t7-t6,2))
self._tree.graph()
def gen_menu(self,lang,page,cssclass):
- return self._tree.menu(lang,page,cssclass)
+ return self._tree.menu(lang,page,cssclass,self._subdir)
def lang_menu(self,lang,link):
html = ElementMaker()
if p[-1] == '/':
p = p +'index'
p = p+'.'+l
- li = html.li(html.a(ln.decode('utf-8'),href=p,hreflang=l))
+ li = html.li(html.a(ln.decode('utf-8'),
+ href=self._subdir+p,hreflang=l))
menu.append(li)
return etree.tostring(menu,encoding='UTF-8',pretty_print=False)
- def publish(self,output,style):
- ssh_cmd(output,"mkdir -p")
- publish(self._tmptarget, output)
+ def publish(self):
+ ssh_cmd(self._output,"mkdir -p")
+ publish(self._tmptarget, self._output)
for res in ["css","images","js","fonts","favicon.ico"]:
- if (os.path.exists(style+res)):
- publish(style+res, output)
- ssh_cmd(output,"chmod a+rx")
+ if (os.path.exists(self._style+res)):
+ publish(self._style+res, self._output)
+ ssh_cmd(self._output,"chmod a+rx")
# G.draw('g.png')
# print G.string()
- def _menu(self, trie, lang, page, css):
+ def _menu(self, trie, lang, page, css, subdir):
html = "<ul%s>\n" % css
for l in trie:
sel = ''
if p == page:
sel = ' class="selected"'
if p != None:
- html += '<li%s><a href="%s">%s</a>\n' \
- % (sel,l.value().link(),p.menu())
+ html += '<li%s><a href="%s%s">%s</a>\n' \
+ % (sel,subdir,l.value().link(),p.menu())
else:
- html += '<li%s><a href="%s.en" hreflang="en">%s</a>*\n' \
- % (sel,l.value().link(), l.value().page('en').menu())
+ html += '<li%s><a href="%s%s.en" hreflang="en">%s</a>*\n' \
+ % (sel,subdir,l.value().link(), l.value().page('en').menu())
if l.children():
- html += self._menu(l.children(), lang, page, "")
+ html += self._menu(l.children(), lang, page, "", subdir)
html += "</ul>\n"
return html
- def menu(self,lang,page,cssclass):
+ def menu(self,lang,page,cssclass,subdir):
css = ''
if cssclass:
css = ' class="'+cssclass+'"'
- return self._menu(self._root, lang, page, css)
+ return self._menu(self._root, lang, page, css, subdir)