def search_for_people(str, node,app):
list = string.split(utility.remove_accents(str.lower()))
if not list:
raise error.Error(_("Please specify some keywords to search for.\n" +\
"For example, their name or username."))
largest,keywords,anti_keywords,title = utility.parse_keywords(list)
pipe = node.retrieve(hash.hash_of('identity-name '+largest), settings.identity_redundancy)
Searcher(_('People matching: ')+title,pipe, node,app,keywords,anti_keywords).start()
def do_who(self, params):
# todo:
# if I subscribe to a channel, I should be warned when people join/leave
if params:
channel= params[0]
if channel[0]!='#':
self.show('\'%s\' is not a valid channel name. Channel names begin with \'#\''\
%channel)
return
else:
pipe = self.node.retrieve(hash.hash_of('channel subscribe '+channel), \
settings.channel_redundancy)
empty_text = _('Nobody')
single_text = _('1 person')
show_ip=1
show_number=0
root = search.Search_tree_interior(
lambda self=self: pipe, [], [], 'people', '',\
'', empty_text,single_text,1)
self.lock.acquire()
self.identity_list =root.list
self.root=root
self.lock.release()
self.show('People listening on channel '+channel+':')
self.show_interior(root)
else:
self.show(_('Watched people currently online:'))
self.app.name_server.lock.acquire()
values = self.app.name_server.acquaintances.values()
self.app.name_server.lock.release()
for acq in values:
acq.lock.acquire()
name = acq.nickname
acq.lock.release()
acq.start_watching(self.node)
#while not acq.watched:
# time.sleep(0.1)
acq.lock.acquire()
online = acq.online
address = acq.address
acq.lock.release()
if online:
self.show(name+' ')
def search_for_auctions(str, node, app, notebook=None):
temp_list = string.split(str)
list = [ ]
for item in temp_list:
if len(item) >= settings.min_search_keyword_len:
list.append(utility.remove_accents(item.lower()))
if not list:
raise error.Error(_("Please specify some keywords to search for.\n" +\
"(keywords must contain at least %d letters)") \
% settings.min_search_keyword_len)
largest,keywords,anti_keywords,title = utility.parse_keywords(list)
if not keywords:
raise error.Error(_("Please specify at least one positive keyword.\n" ))
pipe = node.retrieve(hash.hash_of('auction-name '+largest),settings.identity_redundancy)
Searcher(title,pipe, node,app,notebook,keywords,anti_keywords).start()
def search_for_files(str, node, app, notebook=None,mime=''):
temp_list = string.split(str)
list = [ ]
for item in temp_list:
if len(item) >= settings.min_search_keyword_len:
list.append(utility.remove_accents(item.lower()))
if not list:
raise error.Error(_("Please specify some keywords to search for.\n" +\
"(keywords must contain at least %d letters)") \
% settings.min_search_keyword_len)
largest,keywords,anti_keywords,title = utility.parse_keywords(list)
if not keywords:
raise error.Error(
_("Please specify at least one positive search term (i.e. not preceded by !).\n" ))
pipe = node.retrieve(hash.hash_of(largest))
Searcher(title, pipe, node, app, notebook, keywords, anti_keywords, mime).start()
wodge = g.get('wodge')
if type(wodge) != types.DictionaryType:
print _("Warning: ignoring non-dictionary wodge: "), `wodge`
continue
enc = {}
for key in ('subject', 'human-name', 'text'):
val = wodge.get(key)
if type(val) not in (types.StringType, types.UnicodeType):
print _("Warning: ignoring wodge with non-text '%s': %s") % (key, `val`)
enc[key] = html_encode(val)
val = wodge.get('post-time')
if type(val) != types.LongType:
print _("Warning: ignoring wodge with non-long 'post-time': %s") % `val`
wodge_hash = hash.hash_of(string.join([force_unicode(wodge[key]) for key in ('subject', 'human-name', 'text')], u'\0').encode('utf8', 'replace'))
wodge_hash_str = hash.hash_to_url(wodge_hash)[len('circle-file:'):]
basename = 'goss_' + wodge_hash_str + '.html'
href = '"' + basename + '"'
subj = enc['subject']
if not subj:
subj = '(None)'
subj_rows.append((-wodge['post-time'], tr(td(enc['human-name']) + td(a(subj, href=href)))))
date = chat.standard2host_timestamp(wodge['post-time'])
lines = [
'<html>',
'<head>',
'<title>Gossip: ' + subj + '</title>',
'</head>',
def do_find(self, param):
if param:
param = param[0]
else:
param = ''
list = string.split(string.lower(utility.remove_accents(param)))
online_only = 0
show_ip=0
show_number=0
while '--online' in list:
list.remove('--online')
online_only = 1
while list and list[0][0]=='-':
option=list[0]
list.remove(option)
for opt in option[1:]:
if opt=='n':
show_number=1
elif opt=='i':
show_ip=1
elif opt=='h':
show_ip=2
elif opt=='o':
online_only=1
else:
raise error.Error(_('Unrecognized option \''+opt+'\'.\n'\
+'Available /find options are:\n'\
+' -o : online people\n'\
+' -n : number results\n'
+' -i : display IP address\n'
+' -h : display hostname'))
#if not self.use_gtk:
# show_number=1
largest,keywords,anti_keywords,title = utility.parse_keywords(list)
if list:
pipe = self.app.node.retrieve(
hash.hash_of('identity-name '+largest), settings.identity_redundancy)
else:
pipe = self.app.node.retrieve(
hash.hash_of('service identity'), settings.identity_redundancy)
empty_text = _('Nobody')
single_text = _('1 person')
# there should be 2 child classes
root = search.Search_tree_interior(
lambda self=self: pipe, keywords, anti_keywords, 'people', '',\
'', empty_text,single_text,online_only)
self.lock.acquire()
self.identity_list = root.list
self.root=root
self.lock.release()
str = 'people'
if not list and not online_only:
str = 'all ' + str
if online_only:
str = 'online ' + str
str=str[0].upper()+str[1:]
if list:
str=str+' matching %s'%title
first_field=self.get_field()
self.show_before(first_field, str+':\n')
self.show_interior(root,first_field,show_ip)
def do_search(self, param):
"""search for files. called from mainthread"""
if param:
param = param[0]
else:
param = ''
list = string.split(string.lower(utility.remove_accents(param)))
show_url=0
show_number=0
mime=''
local_only=0
remote_only=0
while list and list[0][0]=='-':
option=list[0]
list.remove(option)
for opt in option[1:]:
if opt=='u':
show_url=1
elif opt=='n':
show_number=1
elif opt=='a':
mime='audio'
elif opt=='v':
mime='video'
elif opt=='l':
local_only=1
elif opt=='r':
remote_only=1
elif opt=='i':
mime='image'
elif opt=='t':
mime='text'
else:
raise error.Error(_('Unrecognized option \''+opt+'\'.\n'\
+'Available /search options are:\n'\
+' -u : display url\n'\
+' -n : number results\n'
+' -l : only local files\n'
+' -r : only remote files\n'
+' -a : only audio files\n'
+' -t : only text files\n'
+' -v : only video files\n'
+' -i : only images'))
#if not self.use_gtk:
# show_number=1
largest,keywords,anti_keywords,title = utility.parse_keywords(list)
if keywords:
pipe = self.app.node.retrieve(hash.hash_of(largest),1,0,local_only)
#if self.app.overnet and not local_only:
# self.app.overnet.retrieve(largest,pipe)
else:
self.show('Please specify at least one positive search term (i.e. not preceded by !).\n','grey')
return
empty_text = _('None')
single_text = _('1 file')
# todo: search tree interior should have two child classes for files and people...
# about filtering: the pipe should already contain the right information..
root = search.Search_tree_interior(
lambda self=self: pipe, keywords, anti_keywords, 'files', mime,'', \
empty_text,single_text,0,remote_only)
self.lock.acquire()
self.file_list=root.list
self.root=root
self.lock.release()
str = 'files'
if mime:
str = mime+' ' + str
if list:
str=str+' matching %s'%title
if remote_only:
str= 'remote '+str
if local_only:
str= 'local '+str
str=str[0].upper()+str[1:]
first_field=self.get_field()
self.show_before(first_field, str+':\n')
self.show_interior(root,first_field,show_url)
def do_who(self, params):
# todo:
# if I subscribe to a channel, I should be warned when people join/leave
if params:
channel= params[0]
if channel[0]!='#':
self.show('\'%s\' is not a valid channel name. Channel names begin with \'#\'\n'\
%channel,'grey')
return
else:
pipe = self.node.retrieve(hash.hash_of('channel subscribe '+channel), \
settings.channel_redundancy)
empty_text = _('Nobody')
single_text = _('1 person')
show_ip=1
show_number=0
root = search.Search_tree_interior(
lambda self=self: pipe, [], [], 'people', '',\
'', empty_text,single_text,1)
self.lock.acquire()
self.identity_list =root.list
self.root=root
self.lock.release()
str = 'People listening on channel '+channel
first_field=self.get_field()
self.show_before(first_field, str+':\n')
self.show_interior(root,first_field,1)
else:
field = self.show(_('Watched people currently online:\n'))
new_field = self.get_field_after(field,'person')
field = new_field
self.app.name_server.lock.acquire()
values = self.app.name_server.acquaintances.values()
self.app.name_server.lock.release()
n = [0]
fields = { }
for item in values:
if item.watch:
n[0] = n[0]+1
fields[item], field = field, self.get_field_after(field,'person')
if n[0]:
field.show(' ...\n')
for acq in fields.keys():
acq.lock.acquire()
name = acq.nickname
acq.lock.release()
acq.start_watching(self.node)
while not acq.watched:
print "yy"
time.sleep(0.1)
acq.lock.acquire()
online = acq.online
address = acq.address
acq.lock.release()
if online:
fields[acq].show( name+' ','people')
fields[acq].name = acq.name
else:
fields[acq].show('')
fields[acq].close()
self.lock.acquire()
n[0] = n[0] - 1
if n[0] == 0:
field.show('\n')
field.close()
self.lock.release()
else:
field.show('\n')
field.close()
wind = gtk.Window()
vbox = gtk.VBox(gtk.FALSE,5)
widget = Helpful_label('Name:','Enter your name here.\n\neg: John Smith')
vbox.pack_start(widget)
widget = Text(50,1)
widget.write("""Hello world! What a wonderful world.
Supercalafragalisticexpialadociousiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii Yay Yay.\n\nYay!
http://thecircle.org.au\n <({http://thecircle.org.au>)}""")
gtk.timeout_add(3000, widget.write, """Hello world!
What a wonderful world. Supercalafragalisticexpialadocious
Yay Yay.\n\nYay!""")
vbox.pack_start(widget)
widget = Signature(hash.hash_of('bob'))
vbox.pack_start(widget)
# Proof of @R43: @E24.
widget = File_selector_widget('/home/pfh',1)
vbox.pack_start(widget)
widget = Network_topology()
widget.hashtable_running = 1
vbox.pack_start(widget)
widget = Toggle_icon('>')
vbox.pack_start(widget)
wind.add(vbox)
#wind.set_size_request(400,400)
def find_task(daemon,query,input,output,connection):
global http_mode,http_port,http_socket
file=open(utility.find_file("ui_http/search.html"))
str=file.read()
file.close()
if http_mode=='local':
image_tag = "<img src=\"file://"+utility.find_file("pixmaps/circle-logo.png")\
+"\" title=\"\" alt=\"\" border=0 style=\"width: 150px; height: 50px;\"> "
hostname = 'localhost'
else:
image_tag = "<img src=\"http://thecircle.org.au/circle-logo.png\" "\
+" title=\"\" alt=\"\" border=0 style=\"width: 150px; height: 50px;\"> "
hostname = 'thecircle.dyndns.org'
try:
output.write('HTTP/1.1 200 OK\n')
output.write('content-type: text/html\n')
output.write('Cache-control: max-age=60\n')
output.write('\n')
output.write(str%(hostname,http_port,hostname,http_port,image_tag))
output.flush()
except:
return
for char in '+-_.,?()![]':
query = query.replace(char," ")
query=query.lower()
list=query.split()
if list:
key=list[0]
pipe = daemon.node.retrieve(hash.hash_of('identity-name '+key), settings.identity_redundancy)
else:
pipe = daemon.node.retrieve(hash.hash_of('service identity'), settings.identity_redundancy)
results = []
while not pipe.finished():
list = pipe.read_all()
prev_pair = None
for pair in list:
if pair == prev_pair:
continue
link, item = prev_pair = pair
try:
item = utility.check_and_demangle_item(item)
except:
continue
if item['key'] not in results:
results.append(item['key'])
name = hash.hash_of(safe_pickle.dumps(item['key']))
check.check_is_name(name)
str = "circle-person:"+string.join(map(lambda a:hex(ord(a))[2:], name), '')
try:
output.write("<p class=g><t><b>\n")
output.write(item['name'])
output.write(" ("+utility.force_string(item['human-name'])+")")
output.write("</b><br>")
if item['description']:
output.write(
"<font size=-1>"+utility.force_string(item['description'])+"<br></font>")
output.write("<font color=#008000 size=-1> "+str+"</font></p>\n")
except:
return
time.sleep(0.5)
try:
output.flush()
except:
return
pipe.stop()
try:
if not results:
output.write("<br><br><p>Your search: <b>"+key+"</b> did not match any circle user.</p>")
else:
if results.__len__()==1:
what = "one identity"
else:
what = "%d identities"%results.__len__()
if query:
msg = "Returned " + what + " matching <b>\"" + query + "\"</b>."
else:
msg = "Returned " + what +"."
output.write("<p><br>"+msg+"</p>")
output.write("<hr><p class=g align=\"right\"></font size=-1>"\
+utility.force_string(random.choice(settings.gratuitous_plugs))+"</font></p><hr>")
output.write("</body></html>")
input.close()
output.close()
connection.close()
except:
return
print "returned %d people for \"%s\""%(results.__len__(), query)
sys.stdout.flush()
def search_task(daemon,query,input,output,connection):
global http_mode,http_port,http_socket
global http_socket
file=open(utility.find_file("ui_http/search.html"))
str=file.read()
file.close()
if http_mode=='local':
image_tag = "<img src=\"file://"+utility.find_file("pixmaps/circle-logo.png")\
+"\" title=\"\" alt=\"\" border=0 style=\"width: 150px; height: 50px;\"> "
hostname = 'localhost'
else:
image_tag = "<img src=\"http://thecircle.org.au/circle-logo.png\" "\
+" title=\"\" alt=\"\" border=0 style=\"width: 150px; height: 50px;\"> "
hostname = 'thecircle.dyndns.org'
for char in '+-_.,?()![]':
query = query.replace(char," ")
query=query.lower()
list=query.split()
if list:
key=list[0]
else:
key=''
try:
output.write('HTTP/1.1 200 OK\n')
output.write('content-type: text/html\n')
output.write('Cache-control: max-age=60\n')
output.write('\n')
output.write(str%(hostname,http_port,hostname,http_port,image_tag))
output.flush()
if key.__len__()<3:
output.write("<p>Keyword %s too short: must be at least 3 characters<p></body></html>"%key)
input.close()
output.close()
connection.close()
return
except:
return
pipe = daemon.node.retrieve(hash.hash_of(key))
results = []
restricted = 0
while not pipe.finished() and not restricted:
for item in pipe.read_all():
if results.__len__()==100:
restricted = 1
break
if item[1]['name'] not in results:
results.append(item[1]['name'])
filename = utility.force_string(item[1]['filename'])
extension = string.split(string.split(filename,'.')[-1],'-')[0]
lext = string.lower(extension)
if lext in ['mp3','ogg']:
music=1
else:
music=0
if item[1].has_key('music_title'):
ref = utility.force_string(item[1]['music_title'])
if ref.strip()=='':
ref= filename
else:
ref = utility.force_string(item[1]['filename'])
try:
output.write("<p class=g><t>\n")
output.write(url(stress(ref,key),\
hash.hash_to_url(item[1]['name']),filename,http_port))
output.write("<br><font size=-1>")
if music:
line=0
if item[1].has_key('music_artist'):
artist_str="Artist:"+stress(utility.force_string(item[1]['music_artist']),key)
output.write(artist_str)
line=1
if item[1].has_key('music_album'):
if item[1]['music_album']!='':
album_str=" Album:"+stress(utility.force_string(item[1]['music_album']),key)
output.write(album_str)
line=1
if line:
output.write("<br>")
#line=0
#if item[1].has_key('rate'):
# output.write("Rate:"+item[1]['rate']+".")
# line=1
#if item[1].has_key('freq'):
# output.write(" Frequency:"+item[1]['freq']+".")
# line=1
#if item[1].has_key('misc'):
# output.write(" -- "+item[1]['misc'])
# line=1
#if line:
# output.write("<br>")
output.write("File name: "+stress(filename,key))
output.write("<br>")
if item[1].has_key('mime'):
if item[1]['mime'] != 'unknown':
output.write('Mime: '+item[1]['mime'].replace(' \x08',''))
output.write("<br>")
if item[1].has_key('generic'):
output.write(item[1]['generic'].replace('\x08',''))
output.write("<br>")
else:
for i in item[1].items():
if i[0] not in ['keywords',
'mime','length',
'name','filename',
'type','music_album',
'music_artist','music_title']:
output.write(i[0]+':'+stress(i[1],key)+' ')
output.write("<br>")
output.write("<font color=#008000>"+hash.hash_to_url(item[1]['name'])+" - "\
+utility.human_size(item[1]['length'])+"- </font>")
#output.write("<font color=#656565>Sources:<a href="">Sources</a></font>")
output.write("</font></p>\n")
except:
return
time.sleep(0.5)
try:
output.flush()
except:
return
pipe.stop()
try:
if not results:
output.write("<br><br><p>Your search: <b>"+key+"</b> did not match any document.</p>")
else:
if restricted:
output.write("<p><br>Displaying only 100 results for <b>%s</b></p>" % key)
else:
output.write("<p><br>Found %d files matching <b>%s</b></p>" % (results.__len__(),key))
output.write("<hr><p class=g align=\"right\"></font size=-1>"\
+utility.force_string(random.choice(settings.gratuitous_plugs))+"</font></p><hr>")
output.write("</body></html>")
input.close()
output.close()
connection.close()
except:
pass
print "returned %d files for \"%s\""%(results.__len__(), query)
sys.stdout.flush()
def search_for_people_on_channel(channel, node,app):
pipe = node.retrieve(hash.hash_of('channel subscribe '+channel), settings.channel_redundancy)
Searcher(_('People on %s')%channel,pipe, node,app).start()
def search_for_all_channels(node,app):
pipe = node.retrieve(hash.hash_of('channel exists'), settings.channel_redundancy)
Searcher(_('All channels'),pipe, node,app).start()
def search_for_all_people(node,app):
pipe = node.retrieve(hash.hash_of('service identity'), settings.identity_redundancy)
Searcher(_('All people'),pipe, node,app).start()
