def synonyms(self, key):
"""See openexp._keyboard.legacy"""
# Respond correctly if a keycode is passed, rather than a Unicode string
# key description.
if type(key) == int:
l = [key, pyglet.window.key.symbol_string(key).lower()]
if l[-1].upper() != l[-1].lower():
l.append(l[-1].upper())
return l
# Sanity check
if not isinstance(key, basestring):
raise openexp.exceptions("Key names should be string or numeric, not %s" % type(key))
# Make a list of all conceivable ways that a key might be referred to.
l = [key, key.upper()]
if key.upper() != key.lower():
l.append(key.lower())
for char, name in self.keymap.items():
if key == char:
l.append(name)
if key.lower() == name:
l.append(char)
# Make sure that we can deal with None/ timeout responses
if key.lower() == "none":
l.append(None)
# Make sure that we convert numeric strings to ints as well
try:
i = int(key)
l.append(i)
except:
pass
return l
def synonyms(self, key):
"""See openexp._keyboard.legacy"""
# Respond correctly if a keycode is passed, rather than a Unicode string
# key description.
if type(key) == int:
l = [key, pyglet.window.key.symbol_string(key).lower()]
if l[-1].upper() != l[-1].lower():
l.append(l[-1].upper())
return l
# Sanity check
if not isinstance(key, basestring):
raise osexception( \
'Key names should be string or numeric, not %s' % type(key))
# Make a list of all conceivable ways that a key might be referred to.
l = [key, key.upper()]
if key.upper() != key.lower():
l.append(key.lower())
for char, name in self.keymap.items():
if key == char:
l.append(name)
if key.lower() == name:
l.append(char)
# Make sure that we can deal with None/ timeout responses
if key.lower() == 'none':
l.append(None)
# Make sure that we convert numeric strings to ints as well
try:
i = int(key)
l.append(i)
except:
pass
return l
def synonyms(self, key): """See openexp._keyboard.legacy""" if type(key) == int: l = [pyglet.window.key.symbol_string(key).lower()] if l[-1].upper() != l[-1].lower(): l.append(l[-1].upper()) return l if key.upper() == key.lower(): return key return [key.upper(), key.lower()]
def on_mouse_press(self, x, y, button, modifiers):
value = self.phases.handle_click(x, y)
if value:
key, state, label = value
if key.lower() in self.stops:
self.stops.remove(key.lower())
state.alpha = 1.0
label.scale = 0.8
col = label.main_text.color
label.main_text.color = (col[0], col[1], col[2], 1.0)
else:
self.stops.add(key.lower())
state.alpha = self.dim
label.scale = 0.6
col = label.main_text.color
label.main_text.color = (col[0], col[1], col[2], self.dim)
return True
def on_mouse_press(self, x, y, button, modifiers):
value = self.phases.handle_click(x, y)
if value:
key, state, label = value
if key.lower() in self.stops:
self.stops.remove(key.lower())
state.alpha = 1.0
label.scale = 0.8
col = label.main_text.color
label.main_text.color = (col[0], col[1], col[2], 1.0)
else:
self.stops.add(key.lower())
state.alpha = self.dim
label.scale = 0.6
col = label.main_text.color
label.main_text.color = (col[0], col[1], col[2], self.dim)
return True
def synonyms(self, key): """ Gives a list of synonyms for a key, either codes or names Returns: A list of synonyms """ if type(key) == int: l = [pyglet.window.key.symbol_string(key).lower()] if l[-1].upper() != l[-1].lower(): l.append(l[-1].upper()) return l if key.upper() == key.lower(): return key return [key.upper(), key.lower()]
def synonyms(self, key):
"""See openexp._keyboard.legacy"""
if type(key) == int:
l = [pyglet.window.key.symbol_string(key).lower()]
if l[-1].upper() != l[-1].lower():
l.append(l[-1].upper())
return l
l = [key.upper()]
if key.upper() != key.lower():
l.append(key.lower())
for char, name in self.keymap.items():
if key == char:
l.append(name)
if key.lower() == name:
l.append(char)
return l
def synonyms(self, key): """See openexp._keyboard.legacy""" if type(key) == int: l = [pyglet.window.key.symbol_string(key).lower()] if l[-1].upper() != l[-1].lower(): l.append(l[-1].upper()) return l l = [key.upper()] if key.upper() != key.lower(): l.append(key.lower()) for char, name in self.keymap.items(): if key == char: l.append(name) if key.lower() == name: l.append(char) return l
def activate(self, other=False):
self.phases.visible = 1
self.other = other
if not other: self.stops = self.phases.my_turn_stops
else: self.stops = self.phases.opponent_turn_stops
self.phases.toggle_select(other)
for key, (i, val) in self.phases.state_map.items():
state = self.phases.states[i]
label = self.phases.state_labels[i]
if other: label.main_text.halign = "right"
else: label.main_text.halign = "left"
if key == "Untap" or key == "Cleanup":
state.visible = 0
label.visible = 0
elif key.lower() in self.stops:
state.alpha = self.dim
label.scale = 0.6
col = label.main_text.color
label.main_text.color = (col[0], col[1], col[2], self.dim)
director.window.push_handlers(self)
def activate(self, other=False):
self.phases.visible = 1
self.other = other
if not other:
self.stops = self.phases.my_turn_stops
else:
self.stops = self.phases.opponent_turn_stops
self.phases.toggle_select(other)
for key, (i, val) in self.phases.state_map.items():
state = self.phases.states[i]
label = self.phases.state_labels[i]
if other:
label.main_text.halign = "right"
else:
label.main_text.halign = "left"
if key == "Untap" or key == "Cleanup":
state.visible = 0
label.visible = 0
elif key.lower() in self.stops:
state.alpha = self.dim
label.scale = 0.6
col = label.main_text.color
label.main_text.color = (col[0], col[1], col[2], self.dim)
director.window.push_handlers(self)
def check(self, parent):
"""Checks python syntax of code snippets, and for self-reference.
Note: code snippets simply use existing names in the namespace,
like from condition-file headers. They do not add to the
namespace (unlike Name fields).
Code snippets in param fields will often be user-defined
vars, especially condition names. Can also be expressions like
random(1,100). Hard to know what will be problematic.
But its always the case that self-reference is wrong.
"""
# first check if there's anything to validate (and return if not)
def _checkParamUpdates(parent):
"""Checks whether param allows updates. Returns bool."""
if parent.params[self.fieldName].allowedUpdates is not None:
# Check for new set with elements common to lists compared - True if any elements are common
return bool(
set(parent.params[self.fieldName].allowedUpdates)
& set(allowedUpdates))
def _highlightParamVal(parent, error=False):
"""Highlights text containing error - defaults to black"""
try:
if error:
parent.paramCtrls[
self.fieldName].valueCtrl.SetForegroundColour("Red")
else:
parent.paramCtrls[
self.fieldName].valueCtrl.SetForegroundColour("Black")
except KeyError:
pass
# Get attributes of value control
control = self.GetWindow()
if not hasattr(control, 'GetValue'):
return '', True
val = control.GetValue() # same as parent.params[self.fieldName].val
if not isinstance(val, basestring):
return '', True
field = self.fieldName
allowedUpdates = ['set every repeat', 'set every frame']
# Set initials
msg, OK = '', True # until we find otherwise
_highlightParamVal(parent)
# What valType should code be treated as?
codeWanted = psychopy.experiment.utils.unescapedDollarSign_re.search(
val)
isCodeField = bool(parent.params[self.fieldName].valType == 'code')
# Validate as list
allKeyBoardKeys = list(
key._key_names.values()) + [str(num) for num in range(10)]
allKeyBoardKeys = [key.lower() for key in allKeyBoardKeys]
if self.fieldName == 'correctAns' and not val.startswith('$'):
keyList = listFromString(val)
if isinstance(keyList, str):
keyList = [keyList]
potentialVars = list(
set(keyList) - set(allKeyBoardKeys)
) # Elements of keyList not in allKeyBoardKeys
_highlightParamVal(parent, bool(potentialVars))
if len(potentialVars):
msg = _translate(
"It looks like your 'Correct answer' contains a variable - prepend variables with '$' e.g. ${val}"
)
msg = msg.format(val=potentialVars[0].lower())
# Validate as code
if codeWanted or isCodeField:
# get var names from val, check against namespace:
code = experiment.getCodeFromParamStr(val)
try:
names = compile(code, '', 'exec').co_names
except (SyntaxError, TypeError) as e:
# empty '' compiles to a syntax error, ignore
if not code.strip() == '':
_highlightParamVal(parent, True)
msg = _translate('Python syntax error in field `{}`: {}')
msg = msg.format(self.displayName, code)
OK = False
else:
# Check whether variable param entered as a constant
if isCodeField and _checkParamUpdates(parent):
if parent.paramCtrls[
self.fieldName].getUpdates() not in allowedUpdates:
try:
eval(code)
except NameError as e:
_highlightParamVal(parent, True)
msg = _translate(
f"Looks like your variable '{code}' in '{self.displayName}' should be set to update."
)
msg = msg.format(code=code,
displayName=self.displayName)
except SyntaxError as e:
msg = ''
# namespace = parent.frame.exp.namespace
# parent.params['name'].val is not in namespace for new params
# and is not fixed as .val until dialog closes. Use getvalue()
# to handle dynamic changes to Name field:
if 'name' in parent.paramCtrls: # some components don't have names
parentName = parent.paramCtrls['name'].getValue()
for name in names:
# `name` means a var name within a compiled code snippet
if name == parentName:
_highlightParamVal(parent, True)
msg = _translate(
'Python var `{}` in `{}` is same as Name')
msg = msg.format(name, self.displayName)
OK = True
for newName in names:
namespace = parent.frame.exp.namespace
if newName in [
*namespace.user, *namespace.builder,
*namespace.constants
]:
# Continue if name is a variable
continue
if newName in [
*namespace.nonUserBuilder, *namespace.numpy
] and not re.search(newName + "(?!\(\))", val):
# Continue if name is an external function being called correctly
continue
used = namespace.exists(newName)
sameAsOldName = bool(
newName == parent.params['name'].val)
if used and not sameAsOldName:
msg = _translate(
f"Variable name ${newName} is in use (by {_translate(used)}). Try another name."
)
# let the user continue if this is what they intended
OK = True
parent.warningsDict[field] = msg
return msg, OK