def test_tagged_ml(self):
from pymudclient.tagged_ml_parser import taggedml
weapon_name = "battleaxe"
weapon_number = "123"
ml = taggedml("Weapon <red*>%s<white> set to <red*>%s" % (weapon_name, weapon_number))
print(ml.line)
def who_trigger(self, match, realm):
location = match.group(2)
target = match.group(1)
if self.who_state=='sent_who':
if target.lower() == self.who_target:
self.who_state = 'sent_path_search'
self.who_location = location
realm.send('path search %s'%location)
realm.root.set_timer(5, self.reset_who_state)
#line = taggedml(' <white>(<yellow*>'+'<white>,<yellow>'.join([str(i.vnum) for i in self.mapper.find_by_name(location)]) + '<white>)')
l = [str(i.vnum) for i in self.mapper.find_by_name(location)]
if len(l) == 1:
line = ' <white>(<yellow*>%s<white>)'%l[0]
elif len(l) == 0:
line = ' <white>(<red*>*<white>)'
else:
line = ' <white>(<yellow*>%s<white>,<yellow*>...<white>)'%l[0]
ml = taggedml(line)
#realm.cwrite(line)
realm.alterer.insert_metaline(len(realm.metaline.line), ml)
def who_trigger(self, match, realm):
location = match.group(2)
target = match.group(1)
if self.who_state == 'sent_who':
if target.lower() == self.who_target:
self.who_state = 'sent_path_search'
self.who_location = location
realm.send('path search %s' % location)
realm.root.set_timer(5, self.reset_who_state)
#line = taggedml(' <white>(<yellow*>'+'<white>,<yellow>'.join([str(i.vnum) for i in self.mapper.find_by_name(location)]) + '<white>)')
l = [str(i.vnum) for i in self.mapper.find_by_name(location)]
if len(l) == 1:
line = ' <white>(<yellow*>%s<white>)' % l[0]
elif len(l) == 0:
line = ' <white>(<red*>*<white>)'
else:
line = ' <white>(<yellow*>%s<white>,<yellow*>...<white>)' % l[0]
ml = taggedml(line)
#realm.cwrite(line)
realm.alterer.insert_metaline(len(realm.metaline.line), ml)
def match_item(self,match,realm):
if self.weapon_match_status=='matching':
name=match.group(1)
number=match.group(2)
realm.write(taggedml('Weapon <red*>%s<white> set to <red*>%s'%(self.ii_matching_item,number)))
self.items[self.ii_matching_item]=number
self.weapon_match_status='off'
def pb_do_pb(self, match, realm):
if self.on:
print("pb_do_pb")
self.pb_balance=False
if self.unknown_affs>0:
self.unknown_affs-=1
realm.write(taggedml('<red>Unknown afflictions: <red*>%d'%self.unknown_affs))
def pb_back(self, match, realm):
if self.on:
print("pb_back")
self.pb_balance=True
if self.unknown_affs>0:
realm.send('pb')
realm.write(taggedml('<red>Unknown afflictions: <red*>%d'%self.unknown_affs))
def unknown_affliction(self, match, realm):
if self.on:
print("unknown_affliction")
self.unknown_affs+=1
if self.pb_balance:
realm.send('pb')
realm.write(taggedml('<red>Unknown afflictions: <red*>%d'%self.unknown_affs))
def set_weapon(self,match,realm):
weapon_name=match.group(1)
weapon_number=match.group(2)
realm.send_to_mud=False
realm.write(taggedml('Weapon <red*>%s<white> set to <red*>%s'%(weapon_name,weapon_number)))
self.items[weapon_name]=weapon_number
f=open(self.item_setting_file,'w+')
pickle.dump(self.items, f)
def set_target(self, match, realm):
my_target=match.group(1).capitalize()
#ml = Metaline('Target set: %s'%my_target, RunLengthList([(0, fg_code(CYAN, True)),
# (12,fg_code(RED,True))]),
# RunLengthList([(0,bg_code(BLACK))]))
ml = taggedml('<cyan*:black>Target set: <red*>%s'%my_target)
realm.write(ml)
realm.root.state['target']=my_target
realm.send_to_mud=False
def execute_on_prompt(self, match, realm):
target = realm.root.get_state('target')
if target=='':
return
ent = self.entropy(target)
if self.can_whirl:
line_whirl = taggedml('[<orange*>B<white>]')
realm.alterer.insert_metaline(len(realm.metaline.line), line_whirl)
if ent.entropy>0:
line_end=taggedml('[<red*>Ent: <green*>%d<white>]'%ent.entropy)
realm.alterer.insert_metaline(len(realm.metaline.line), line_end)
seeds = self.seed(target)
if len(seeds.get_seeds())>0:
line_seeds = taggedml('[<red*>Seeds: <blue>%s<white>]'%'<white>,<blue>'.join(seeds.get_seeds()))
realm.alterer.insert_metaline(len(realm.metaline.line), line_seeds)
saps = self.sap(target).get_color_coded_string()
if saps!='':
realm.alterer.insert_metaline(len(realm.metaline.line), taggedml(saps))
def execute_on_prompt(self, match, realm):
target = realm.root.get_state('target')
if target == '':
return
ent = self.entropy(target)
if self.can_whirl:
line_whirl = taggedml('[<orange*>B<white>]')
realm.alterer.insert_metaline(len(realm.metaline.line), line_whirl)
if ent.entropy > 0:
line_end = taggedml('[<red*>Ent: <green*>%d<white>]' % ent.entropy)
realm.alterer.insert_metaline(len(realm.metaline.line), line_end)
seeds = self.seed(target)
if len(seeds.get_seeds()) > 0:
line_seeds = taggedml('[<red*>Seeds: <blue>%s<white>]' %
'<white>,<blue>'.join(seeds.get_seeds()))
realm.alterer.insert_metaline(len(realm.metaline.line), line_seeds)
saps = self.sap(target).get_color_coded_string()
if saps != '':
realm.alterer.insert_metaline(len(realm.metaline.line),
taggedml(saps))
def on_prompt(self, match, realm):
target=realm.root.get_state('target')
for t in self.trackers.values():
t.process()
if target != "":
tracker = self.tracker(target)
mentals = [a.name for a in tracker.affs.values() if a.is_it(FOCUSABLE) and a.on==True]
physicals = [a.name for a in tracker.affs.values() if not a.is_it(FOCUSABLE) and a.on==True ]
if len(mentals)>0 or len(physicals)>0:
line = '[M: <blue>%(mentals)s <white>P:<red*> %(physicals)s<white>]'%{'mentals':'<white>,<blue>'.join(mentals),
'physicals':'<white>,<red*>'.join(physicals)}
realm.alterer.insert_metaline(len(realm.metaline.line), taggedml(line))
def cwrite(self, line, soft_line_start=False, channels = ['main']):
ml=taggedml(line)
ml.channels = channels
self.write(ml, soft_line_start)
def cwrite(self, line, display_line=True, channels=['main']):
ml=taggedml(line)
ml.channels = channels
self.write(ml, display_line)
def cwrite(self, line, soft_line_start=False):
ml=taggedml(line)
self.write(ml, soft_line_start)
