def __init__ (self,c,char,event,shortcut,w,x,y,x_root,y_root):
trace = False and not g.unitTesting
if g.isStroke(shortcut):
g.trace('***** (leoKeyEvent) oops: already a stroke',shortcut,g.callers())
stroke = shortcut
else:
stroke = g.KeyStroke(shortcut) if shortcut else None
assert g.isStrokeOrNone(stroke),'(leoKeyEvent) %s %s' % (
repr(stroke),g.callers())
if trace: g.trace('(leoKeyEvent) stroke',stroke)
self.c = c
self.char = char or ''
self.event = event # New in Leo 4.11.
self.stroke = stroke
self.w = self.widget = w
# Optional ivars
self.x = x
self.y = y
# Support for fastGotoNode plugin
self.x_root = x_root
self.y_root = y_root
def __init__(self,
c,
char,
event,
binding,
w,
x=None,
y=None,
x_root=None,
y_root=None):
'''Ctor for LeoKeyEvent class.'''
trace = False and not g.unitTesting
if g.isStroke(binding):
g.trace('***** (LeoKeyEvent) oops: already a stroke', binding,
g.callers())
stroke = binding
else:
stroke = g.KeyStroke(binding) if binding else None
assert g.isStrokeOrNone(stroke), '(LeoKeyEvent) %s %s' % (repr(stroke),
g.callers())
if trace: g.trace('(LeoKeyEvent) stroke', stroke)
self.c = c
self.char = char or ''
self.event = event # New in Leo 4.11.
self.stroke = stroke
self.w = self.widget = w
# Optional ivars
self.x = x
self.y = y
# Support for fastGotoNode plugin
self.x_root = x_root
self.y_root = y_root
def __init__(self, c, char, shortcut, w, x, y, x_root, y_root):
trace = False and not g.unitTesting
k = c.k
if g.isStroke(shortcut):
g.trace('***** (leoKeyEvent) oops: already a stroke', shortcut,
g.callers())
stroke = shortcut
else:
stroke = g.KeyStroke(shortcut) if shortcut else None
assert g.isStrokeOrNone(stroke), '(leoKeyEvent) %s %s' % (repr(stroke),
g.callers())
if trace: g.trace('(leoKeyEvent) stroke', stroke)
self.c = c
self.char = char or ''
self.stroke = stroke
self.w = self.widget = w
# Optional ivars
self.x = x
self.y = y
# Support for fastGotoNode plugin
self.x_root = x_root
self.y_root = y_root
def __init__(self,
c,
char,
event,
binding,
w,
x=None,
y=None,
x_root=None,
y_root=None):
'''Ctor for LeoKeyEvent class.'''
if g.isStroke(binding):
g.trace('***** (LeoKeyEvent) oops: already a stroke', binding,
g.callers())
stroke = binding
else:
stroke = g.KeyStroke(binding) if binding else None
assert g.isStrokeOrNone(stroke), '(LeoKeyEvent) %s %s' % (repr(stroke),
g.callers())
if 'keys' in g.app.debug:
print('LeoKeyEvent: binding: %s, stroke: %s, char: %r' %
(binding, stroke, char))
self.c = c
self.char = char or ''
self.event = event # New in Leo 4.11.
self.stroke = stroke
self.w = self.widget = w
# Optional ivars
self.x = x
self.y = y
# Support for fastGotoNode plugin
self.x_root = x_root
self.y_root = y_root
def __init__(self, c, char, event, binding, w,
x=None, y=None, x_root=None, y_root=None
):
'''Ctor for LeoKeyEvent class.'''
if g.isStroke(binding):
g.trace('***** (LeoKeyEvent) oops: already a stroke', binding, g.callers())
stroke = binding
else:
stroke = g.KeyStroke(binding) if binding else None
assert g.isStrokeOrNone(stroke), '(LeoKeyEvent) %s %s' % (
repr(stroke), g.callers())
if 'keys' in g.app.debug:
print('LeoKeyEvent: binding: %s, stroke: %s, char: %r' % (
binding, stroke, char))
self.c = c
self.char = char or ''
self.event = event # New in Leo 4.11.
self.stroke = stroke
self.w = self.widget = w
# Optional ivars
self.x = x
self.y = y
# Support for fastGotoNode plugin
self.x_root = x_root
self.y_root = y_root
def __init__(self,
c,
char,
event,
binding,
w,
x=None,
y=None,
x_root=None,
y_root=None):
"""Ctor for LeoKeyEvent class."""
if g.isStroke(binding):
g.trace('***** (LeoKeyEvent) oops: already a stroke', binding,
g.callers())
stroke = binding
else:
stroke = g.KeyStroke(binding) if binding else None
assert g.isStrokeOrNone(
stroke), f"(LeoKeyEvent) {stroke!r} {g.callers()}"
if 'keys' in g.app.debug:
print(
f"LeoKeyEvent: binding: {binding}, stroke: {stroke}, char: {char!r}"
)
self.c = c
self.char = char or ''
self.event = event # New in Leo 4.11.
self.stroke = stroke
self.w = self.widget = w
# Optional ivars
self.x = x
self.y = y
# Support for fastGotoNode plugin
self.x_root = x_root
self.y_root = y_root
def get_ch(self, event, stroke, w):
'''Get the ch from the stroke.'''
ch = g.toUnicode(event and event.char or '')
if self.expanding: return None
if w.hasSelection(): return None
assert g.isStrokeOrNone(stroke), stroke
if stroke in ('BackSpace', 'Delete'):
return None
d = {'Return': '\n', 'Tab': '\t', 'space': ' ', 'underscore': '_'}
if stroke:
ch = d.get(stroke.s, stroke.s)
if len(ch) > 1:
if (stroke.find('Ctrl+') > -1 or stroke.find('Alt+') > -1
or stroke.find('Meta+') > -1):
ch = ''
else:
ch = event.char if event else ''
else:
ch = event.char
return ch
def get_ch(self, event, stroke, w):
'''Get the ch from the stroke.'''
ch = g.toUnicode(event and event.char or '')
if self.expanding: return None
if w.hasSelection(): return None
assert g.isStrokeOrNone(stroke), stroke
if stroke in ('BackSpace', 'Delete'):
return None
d = {'Return': '\n', 'Tab': '\t', 'space': ' ', 'underscore': '_'}
if stroke:
ch = d.get(stroke.s, stroke.s)
if len(ch) > 1:
if (stroke.find('Ctrl+') > -1 or
stroke.find('Alt+') > -1 or
stroke.find('Meta+') > -1
):
ch = ''
else:
ch = event and event.char or ''
else:
ch = event.char
return ch
def expandAbbrev(self, event, stroke):
'''
Not a command. Called from k.masterCommand to expand
abbreviations in event.widget.
Words start with '@'.
'''
trace = False and not g.unitTesting
verbose = False
c = self.c
ch = event and event.char or ''
w = self.editWidget(event, forceFocus=False)
if not w: return False
if self.expanding: return False
if w.hasSelection(): return False
assert g.isStrokeOrNone(stroke), stroke
if stroke in ('BackSpace', 'Delete'):
if trace and verbose: g.trace(stroke)
return False
d = {'Return': '\n', 'Tab': '\t', 'space': ' ', 'underscore': '_'}
if stroke:
ch = d.get(stroke.s, stroke.s)
if len(ch) > 1:
if (stroke.find('Ctrl+') > -1 or
stroke.find('Alt+') > -1 or
stroke.find('Meta+') > -1
):
ch = ''
else:
ch = event and event.char or ''
else:
ch = event.char
if trace and verbose: g.trace('ch', repr(ch), 'stroke', repr(stroke))
# New code allows *any* sequence longer than 1 to be an abbreviation.
# Any whitespace stops the search.
s = w.getAllText()
j = w.getInsertPoint()
i, prefixes = j - 1, []
while i >= 0 and s[i] not in ' \t\n':
prefixes.append(s[i: j])
i -= 1
prefixes = list(reversed(prefixes))
if '' not in prefixes: prefixes.append('')
for prefix in prefixes:
i = j - len(prefix)
word = prefix + ch
val, tag = self.tree_abbrevs_d.get(word), 'tree'
# if val: g.trace('*****',word,'...\n\n',len(val))
if not val:
val, tag = self.abbrevs.get(word, (None, None))
if val:
if trace and verbose: g.trace(repr(word), 'val', val, 'tag', tag)
# Require a word match if the abbreviation is itself a word.
if ch in ' \t\n': word = word.rstrip()
if word.isalnum() and word[0].isalpha():
if i == 0 or s[i - 1] in ' \t\n':
break
else:
i -= 1
else:
break
else: i -= 1
else:
return False
c.abbrev_subst_env['_abr'] = word
if tag == 'tree':
self.last_hit = c.p.copy()
self.expand_tree(w, i, j, val, word)
c.frame.body.forceFullRecolor()
c.bodyWantsFocusNow()
else:
# Never expand a search for text matches.
place_holder = '__NEXT_PLACEHOLDER' in val
if place_holder:
expand_search = bool(self.last_hit)
else:
self.last_hit = None
expand_search = False
if trace: g.trace('expand_search', expand_search, 'last_hit', self.last_hit)
self.expand_text(w, i, j, val, word, expand_search)
c.frame.body.forceFullRecolor()
c.bodyWantsFocusNow()
# Restore the selection range.
if self.save_ins:
if trace: g.trace('sel', self.save_sel, 'ins', self.save_ins)
ins = self.save_ins
# pylint: disable=unpacking-non-sequence
sel1, sel2 = self.save_sel
if sel1 != sel2:
# some abbreviations *set* the selection range
# so only restore non-empty ranges
w.setSelectionRange(sel1, sel2, insert=ins)
return True