def __resolve1(self, id, path, ordinal, asTerm=False):
a = logic.render_term((tuple(path), ordinal - 1))
r = (yield rpc.invoke_rpc(id, 'finfo', a))
if not r.status():
print 'rpc error, finfo'
yield async .Coroutine.failure(*r.args(), **r.kwds())
flist = logic.parse_clause(r.args()[0])
if not flist:
yield async .Coroutine.failure('no selection %d' % ordinal)
print 'flist=', flist
(cookie, desc, name) = flist[0][:3]
if len(flist[0]) > 3:
aux = flist[0][3]
a = logic.render_term((tuple(path), cookie))
r = (yield rpc.invoke_rpc(id, 'fideal', a))
if not r.status():
print 'rpc error, fideal'
yield async .Coroutine.failure(*r.args(), **r.kwds())
try:
ideal = logic.parse_clause(r.args()[0], paths.make_subst(id))
except:
print 'cant parse:', r.args()[0]
raise
print 'converted', ordinal, 'to ideal', ideal
yield async .Coroutine.success(self.__render(ideal, asTerm))
def rpc_finfo(self,a):
(path,idx) = logic.parse_clause(a)
if len(path) == 1:
p = self.__plugin_list.plugins_by_manufacturer.get(path[0])
if p:
return render_list(p,idx,lambda i,t: logic.render_term((plugin_id_escaped(t),t.name(),t.description())))
return logic.render_term(())
def runtest(kbd, clause):
term = logic.parse_clause(clause)
duration = int(term.args[0])
keypresses = term.args[1:]
libs = {}
for i, k in enumerate(set([k.pred for k in keypresses])):
libs[k] = i
print 'sending lib message', i, k
libfile = resource.find_resource('keyboard', 'testlib_%s' % k)
if not libfile:
print k, 'keypress not found'
return
writelib(kbd, i, libfile)
seq = []
for t in keypresses:
assert t.args[0] > 0
key = int(t.args[0] - 1)
time = int(t.args[1])
seq.append((libs[t.pred], key, time))
print 'sending sequence len', len(seq)
writeseq(kbd, seq)
print 'running test'
kbd.start_test(duration)
print 'waiting', duration, 'ms for completion'
return timeout.Timer(duration)
def doHints(self, hints):
view, target = logic.parse_clause(hints[0])
print 'Browser:doHints', view, target
if view == 'browseview':
self[8].model.change_target(target)
else:
print 'No hint'
def convert_metadata(metanode):
metadata = {}
children = map(ord,metanode.list_children())
adjectives = get_string(metanode,4)
nouns = get_string(metanode,8)
ordinal = get_number(metanode,7)
fuzzy = get_string(metanode,12)
relation = get_string(metanode,11)
control = get_string(metanode,21)
notify = get_string(metanode,22)
master = get_string(metanode,2)
pronoun = get_string(metanode,15)
icon = get_string(metanode,16)
words = adjectives.split()+nouns.split()
notify = logic.render_termlist(logic.parse_clause(notify or '[]'))
if words: metadata['name'] = ' '.join(words)
if ordinal is not None: metadata['ordinal'] = ordinal
if fuzzy: metadata['fuzzy'] = fuzzy
if control: metadata['control'] = control
if notify: metadata['notify'] = notify
if master: metadata['master'] = master
if pronoun: metadata['pronoun'] = pronoun
if icon: metadata['icon'] = icon
if metanode.enum_children(5)==6:
private = get_tree(metanode.get_child(6))
set_tree(metanode,private)
else:
metanode.erase()
return metadata
def rpc_finfo(self, a):
(dlist, cnum) = logic.parse_clause(a)
all = list(
enumerate(
[e for k in self.__keylist() for e in self.__eventlist(k)]))
map = tuple([(i, e.describe(), None) for (i, e) in all[cnum:]])
return logic.render_term(map)
def __channels_enabled(self, v):
channels = logic.parse_clause(v)
self.midiprocessor.clear_enabled_channels()
for c in channels:
self.midiprocessor.enable_channel(c)
self.midiprocessor.activate_enabled_channels()
self[4][9].set_value(v)
def rpc_setselected(self, arg):
(path, name) = logic.parse_clause(arg)
# convert name to scale
for (n, s) in self.values:
if n == name:
self.__selected = s
self.__selected_name = n
def rpc_fideal(self, arg):
(path, cookie) = logic.parse_clause(arg)
for id, n in self.__midi_port.sinks:
if id == cookie:
return 'ideal([~server,midiport],%s)' % logic.render_term(
cookie)
return async .failure('invalid cookie')
def rpc_dinfo(self, a):
path = logic.parse_clause(a)
l = []
l.append(('dinfo_id', self.__selected or path))
if self.__selected:
x = self.read_script(self.__selected)
if x:
(n, d, sc, rn) = x
if rn:
l.append(('name', "%s (%s)" % (n, rn)))
else:
l.append(('name', n))
l.append(('', ''))
for (i, di) in enumerate(d):
l.append(('description' if i == 0 else '', di))
if self.__status:
l.append(('', ''))
l.append(('status', self.__status))
return logic.render_term(logic.make_term('keyval', tuple(l)))
def rpc_resolve(self,arg):
(a,o) = logic.parse_clause(arg)
if a == ('current',) and o is None:
c = self.get_value()
if c:
return self.__ideals(self.get_value())
return self.__ideals()
def rpc_finfo(self, a):
print 'finfo', a
(dlist, cnum) = logic.parse_clause(a)
# XXX
#map = tuple([(i+cnum,e.describe(),None) for (i,e) in enumerate(self.__eventlist()[cnum:])])
map = tuple([(e.ordinal(), e.describe(), None)
for (i, e) in enumerate(self.__eventlist()[cnum:])])
return logic.render_term(map)
def __settrim(self,val):
if val.is_string():
trim = logic.parse_clause(val.as_string())
self[5].clear_trim()
for (cc,min,max,inv) in trim:
self[5].set_trim(cc,min,max,inv)
print 'trim:',trim
self.get_private().set_data(val)
def rpc_cinfo(self,a):
(path,idx) = logic.parse_clause(a)
self.__scan()
if len(path) == 0:
return render_list(self.__files,idx,lambda i,t: logic.render_term((t)))
return logic.render_term(())
def rpc_resolve(self,arg):
(a,o) = logic.parse_clause(arg)
print 'resolving virtual',arg,(a,o)
if not a and o is None: return self.__key(*range(0,128))
if a==('chosen',) and o is None: return self.__key(*self.choices)
if a or o is None: return self.__key()
o=int(o)
if o<0 or o>127: return self.__key()
return self.__key(o)
def rpc_resolve(self, arg):
(a, o) = logic.parse_clause(arg)
print 'resolving virtual', arg, (a, o)
if not a and o is None: return self.__key(*R(1, self.kbd_keys))
if o is None: return self.__key()
o = int(o)
if a: return '[]'
if o < 1 or o > self.kbd_keys: return self.__key()
return self.__key(o)
def rpc_enumerate(self, arg):
path = logic.parse_clause(arg)
if len(path) > 0:
if path[0] == factory_cat:
return self.__enumerate_path(self.__factorydir, path[1:])
if path[0] == user_cat:
return self.__enumerate_path(self.__userdir, path[1:])
return logic.render_term((0, 2))
def rpc_enumerate(self, arg):
path = logic.parse_clause(arg)
if len(path) > 0:
if path[0] == factory_cat:
return logic.render_term((len(self.__factory_fingerings), 0))
if path[0] == user_cat:
return logic.render_term((len(self.__user_fingerings), 0))
return logic.render_term((0, 2))
def rpc_enumerate(self,a):
path=logic.parse_clause(a)
if len(path)==0:
k=reduce(operator.add,[len(self.__eventlist(k)) for k in self.__keylist()],0)
c=0
else:
k=0
c=0
return logic.render_term((k,c))
def upgrade_3_0_to_4_0(self, tools, address):
root = tools.root(address)
events = root.get_node(3)
for e in events.iter():
schema_node = e.get_node(255, 6)
old_schema = schema_node.get_string()
old_schema_term = logic.parse_clause(old_schema)
new_schema = logic.render_term(T('schema', None, old_schema_term))
schema_node.set_string(new_schema)
return True
def rpc_finfo(self,a):
(path,idx) = logic.parse_clause(a)
if len(path) == 1:
self.__scan()
presets = self.__scanpresets(path[0])
#return render_list(presets,idx,lambda i,t: logic.render_term((t[0],t[1],t[2],'autoload')))
return render_list(presets,idx,lambda i,t: logic.render_term((t[0],t[1],t[2])))
return logic.render_term(())
def rpc_resolve(self,arg):
(a,o) = logic.parse_clause(arg)
print 'resolving virtual',(a,o)
if not a and o is None: return self.__key(1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,21,22)
if a==('standard',) and o is None: return self.__key(13,14,15,16,9,10,11,12,5,6,7,8,1,2,3,4)
if a==('chosen',) and o is None: return self.__key(*self.choices)
if a or o is None: return '[]'
o=int(o)
if o<1 or o>22: return '[]'
return self.__key(o)
def getIcon(self,a):
dsc=logic.parse_clause(a)
print 'Icon Manager getIcon: dsc=',dsc
if os.path.splitext(dsc)[1]=='':
dsc=dsc+'.png'
if dsc in self.__f2p:
uid=self.__f2p[dsc]
print 'uid=',uid
if os.path.exists(uid):
return logic.render_term((dsc,files.get_ideal(logic.make_expansion('~server'),'file_sys:%s'%uid,files.FileSystemFile(uid,dsc),True)))
def __size_changed(self, d):
print '__size_changed'
if not d.is_string():
return False
l = logic.parse_clause(d.as_string())
self.__x = l[0]
self.__y = l[1]
self.__setup_size()
if self.__rootFrame:
self.__doSetSize()
def rpc_finfo(self, a):
(path, idx) = logic.parse_clause(a)
if len(path) == 1:
p = self.__plugin_list.plugins_by_manufacturer.get(path[0])
if p:
return render_list(
p, idx, lambda i, t: logic.render_term(
(plugin_id_escaped(t), t.name() + ' (' + t.format()
+ prepad_not_empty(t.category()) + ')', t.description(
))))
return logic.render_term(())
def upgrade_2_0_to_3_0(self,tools,address):
root = tools.root(address)
say = set()
echosay = set()
nodes = set()
for k in root.ensure_node(3).iter():
for t in k.iter():
try:
words = t.get_node(255,6).get_data().as_string().split()
if words[-1]=='say':
echosay.add(' '.join(words))
say.add(' '.join(words[:-3]))
nodes.add(t)
except:
pass
say_seen = set()
echosay_seen = set()
for t in nodes:
for e in tools.find_slaves(t.id()):
try:
(es,ep) = paths.breakid_list(e)
en = tools.root(es).get_node(*ep)
er = en.get_node(255,6).get_data().as_string()
if not er: continue
c = logic.parse_clause(er)
# say
if c[1]==29:
phrase = ' '.join(c[3][1][0].args[0])
if phrase not in say:
print 'dangling say:',phrase
en.remove()
if phrase in say_seen:
print 'dup say:',phrase
en.remove()
say_seen.add(phrase)
# echo say
if c[1]==30:
words = c[3][1][0].args[0]
if words[-1]=='say':
phrase = ' '.join(words)
if phrase not in echosay:
print 'dangling echo say:',phrase
en.remove()
if phrase in echosay_seen:
print 'dup echo say:',phrase
en.remove()
echosay_seen.add(phrase)
except:
utils.log_trace()
return True
def rpc_fideal(self,arg):
try:
(path,cookie) = logic.parse_clause(arg)
cookie=int(cookie)
except:
utils.log_exception()
return async.failure('invalid cookie')
for name,val in self.clist:
if cookie==val:
return 'cmp([dsc(~(parent)"#2",%d)])' % val
return async.failure('invalid cookie')
def rpc_resolve(self, a):
(a, o) = logic.parse_clause(a)
if a or not o:
return '[]'
o = int(o) - 1
if o >= 0 and o < len(self.values):
return '[%s]' % self.__ideal(o)
return '[]'
def rpc_enumerate(self,a):
path = logic.parse_clause(a)
self.__scan()
if len(path) == 0:
return logic.render_term((0, len(self.__f2p)))
if len(path) == 1:
p = self.__scanpresets(path[0])
return logic.render_term((len(p), 0))
return logic.render_term((0,0))
def rpc_finfo(self, a):
(path, idx) = logic.parse_clause(a)
self.__scan()
if len(path) == 0:
# list of tuples for the browser window, [(cookie,textcolumn1,textcolumn2),...]
map = tuple([(files, files, self.__c2n.get(files))
for files in self.__files[idx:]])
mapstr = logic.render_term(map)
return mapstr
return logic.render_term(())