def __init__(self):
"""
Instantiates the quasimode window, creating all the necessary
windows.
"""
# Create a window for each line, keeping track of how tall
# that window is. Use a "top" variable to know how far down
# the screen the top of the next window should start.
height = DESCRIPTION_SCALE[-1] * HEIGHT_FACTOR
self.__descriptionWindow = TextWindow(height=height, position=[0, 0])
top = height
height = AUTOCOMPLETE_SCALE[-1] * HEIGHT_FACTOR
self.__userTextWindow = TextWindow(height=height, position=[0, top])
top += height
self.__suggestionWindows = []
for i in range(config.QUASIMODE_MAX_SUGGESTIONS):
height = SUGGESTION_SCALE[-1] * HEIGHT_FACTOR
self.__suggestionWindows.append(TextWindow(height=height, position=[0, top]))
top += height
# The time, in float seconds since the epoch, when the last
# drawing of the quasimode display started.
self.__drawStart = 0
def __init__(self):
"""
Instantiates the quasimode window, creating all the necessary
windows.
"""
# Create a window for each line, keeping track of how tall
# that window is. Use a "top" variable to know how far down
# the screen the top of the next window should start.
height = DESCRIPTION_SCALE[-1] * HEIGHT_FACTOR
self.__descriptionWindow = TextWindow(
height=height,
position=[0, 0],
)
top = height
height = AUTOCOMPLETE_SCALE[-1] * HEIGHT_FACTOR
self.__userTextWindow = TextWindow(
height=height,
position=[0, top],
)
top += height
self.__suggestionWindows = []
for i in range(config.QUASIMODE_MAX_SUGGESTIONS):
height = SUGGESTION_SCALE[-1] * HEIGHT_FACTOR
self.__suggestionWindows.append(
TextWindow(
height=height,
position=[0, top],
))
top += height
# The time, in float seconds since the epoch, when the last
# drawing of the quasimode display started.
self.__drawStart = 0
atexit.register(self.__finalize)
class QuasimodeWindow:
"""
Implements the quasimode's display, in a multi-line transparent window.
"""
# LONGTERM TODO: We will eventually need to deal with the overflow
# cases in the correct ways: the autocompletion/user text should
# wrap (as much as necessary), the suggestion list entries should
# (1) have a max size using ellipses and (2) should "vertically
# wrap" if there are more suggestions than will fit on one screen,
# the help text should have a max length with ellipsis
def __init__( self ):
"""
Instantiates the quasimode window, creating all the necessary
windows.
"""
# Create a window for each line, keeping track of how tall
# that window is. Use a "top" variable to know how far down
# the screen the top of the next window should start.
height = DESCRIPTION_SCALE[-1]*HEIGHT_FACTOR
self.__descriptionWindow = TextWindow(
height = height,
position = [ 0, 0 ],
)
top = height
height = AUTOCOMPLETE_SCALE[-1]*HEIGHT_FACTOR
self.__userTextWindow = TextWindow(
height = height,
position = [ 0, top ],
)
top += height
self.__suggestionWindows = []
for i in range( config.QUASIMODE_MAX_SUGGESTIONS ):
height = SUGGESTION_SCALE[-1]*HEIGHT_FACTOR
self.__suggestionWindows.append( TextWindow(
height = height,
position = [ 0, top ],
) )
top += height
# The time, in float seconds since the epoch, when the last
# drawing of the quasimode display started.
self.__drawStart = 0
atexit.register(self.__finalize)
def hide( self ):
self.__descriptionWindow.hide()
self.__userTextWindow.hide()
for window in self.__suggestionWindows:
window.hide()
def update( self, quasimode, isFullRedraw ):
"""
Fetches updated information from the quasimode, lays out and
draws the quasimode window.
This should only be called when the quasimode itself has
changed.
'isFullRedraw' is a boolean; if it is True, then the entire
quasimode display, including suggestion list, will be redrawn
when this function returns. Otherwise, only the description
text and user text will be redrawn, and the suggestions will
be scheduled for redraw later.
"""
# Instantiate a layout object, effectively laying out the
# quasimode display.
layout = QuasimodeLayout( quasimode )
self.__drawStart = time.time()
newLines = layout.newLines
self.__descriptionWindow.draw( newLines[0] )
suggestions = quasimode.getSuggestionList().getSuggestions()
# TODO: Remake this so the line bear information about type, then
# we can dynamically add did-you-mean hint window and don't need
# to juggle with list index here
suggestions_start = 3
if len( suggestions[0].toXml() ) == 0 \
and len( suggestions[0].getSource() ) == 0:
self.__userTextWindow.hide()
else:
self.__userTextWindow.draw( newLines[1] )
suggestionLines = newLines[suggestions_start:]
# We now need to hide all line windows.
for i in range( len( suggestionLines ),
len( self.__suggestionWindows ) ):
self.__suggestionWindows[i].hide()
self.__suggestionsLeft = _makeSuggestionIterator(
suggestionLines,
self.__suggestionWindows
)
if isFullRedraw:
# Draw suggestions
while self.continueDrawing( ignoreTimeElapsed = True ):
pass
# TODO: Finish this
def ___updateSuggestionList_____( self, quasimode ):
"""
Fetches updated information from the quasimode, lays out and
draws the quasimode window.
This should only be called when the quasimode itself has
changed.
'isFullRedraw' is a boolean; if it is True, then the entire
quasimode display, including suggestion list, will be redrawn
when this function returns. Otherwise, only the description
text and user text will be redrawn, and the suggestions will
be scheduled for redraw later.
"""
# Instantiate a layout object, effectively laying out the
# quasimode display.
layout = QuasimodeLayout( quasimode )
self.__drawStart = time.time()
newLines = layout.newLines
self.__descriptionWindow.draw( newLines[0] )
suggestions = quasimode.getSuggestionList().getSuggestions()
# TODO: Remake this so the line bear information about type, then
# we can dynamically add did-you-mean hint window and don't need
# to juggle with list index here
suggestions_start = 2
if len( suggestions[0].toXml() ) == 0 \
and len( suggestions[0].getSource() ) == 0:
self.__userTextWindow.hide()
else:
self.__userTextWindow.draw( newLines[1] )
didyoumean_hint = quasimode.getSuggestionList().getDidyoumeanHint()
if didyoumean_hint:
suggestions_start += 1
self.__didyoumeanHintWindow.draw( newLines[2] )
else:
self.__didyoumeanHintWindow.hide()
suggestionLines = newLines[suggestions_start:]
# We now need to hide all line windows.
#for i in range( len( suggestionLines ),
# len( self.__suggestionWindows ) ):
# self.__suggestionWindows[i].hide()
self.__suggestionsLeft = _makeSuggestionIterator(
suggestionLines,
self.__suggestionWindows
)
while self.continueDrawing( ignoreTimeElapsed=True ):
pass
def continueDrawing( self, ignoreTimeElapsed=False ):
"""
Continues drawing any parts of the quasimode display that
haven't yet been drawn, such as the suggestion list.
If 'ignoreTimeElapsed' is True, then the
QUASIMODE_SUGGESTION_DELAY constant will be ignored and any
pending suggestion waiting to be drawn will be rendered.
Returns whether a suggestion was drawn.
This function should only be called after update() has been
called.
"""
if self.__suggestionsLeft:
timeElapsed = time.time() - self.__drawStart
if ( (not ignoreTimeElapsed) and
(timeElapsed < config.QUASIMODE_SUGGESTION_DELAY) ):
return False
try:
suggestionDrawer = self.__suggestionsLeft.next()
suggestionDrawer.draw()
return True
except StopIteration:
self.__suggestionsLeft = None
return False
def __finalize( self ):
del self.__descriptionWindow
self.__descriptionWindow = None
del self.__userTextWindow
self.__userTextWindow = None
del self.__didyoumeanHintWindow
self.__didyoumeanHintWindow = None
for window in self.__suggestionWindows:
del window
class TheQuasimodeWindow:
"""
Implements the quasimode's display, in a multi-line transparent window.
"""
# LONGTERM TODO: We will eventually need to deal with the overflow
# cases in the correct ways: the autocompletion/user text should
# wrap (as much as necessary), the suggestion list entries should
# (1) have a max size using ellipses and (2) should "vertically
# wrap" if there are more suggestions than will fit on one screen,
# the help text should have a max length with ellipsis
def __init__(self):
"""
Instantiates the quasimode window, creating all the necessary
windows.
"""
# Create a window for each line, keeping track of how tall
# that window is. Use a "top" variable to know how far down
# the screen the top of the next window should start.
height = DESCRIPTION_SCALE[-1] * HEIGHT_FACTOR
self.__descriptionWindow = TextWindow(
height=height,
position=[0, 0],
)
top = height
height = AUTOCOMPLETE_SCALE[-1] * HEIGHT_FACTOR
self.__userTextWindow = TextWindow(
height=height,
position=[0, top],
)
top += height
self.__suggestionWindows = []
for i in range(config.QUASIMODE_MAX_SUGGESTIONS):
height = SUGGESTION_SCALE[-1] * HEIGHT_FACTOR
self.__suggestionWindows.append(
TextWindow(
height=height,
position=[0, top],
))
top += height
# The time, in float seconds since the epoch, when the last
# drawing of the quasimode display started.
self.__drawStart = 0
atexit.register(self.__finalize)
def hide(self):
self.__descriptionWindow.hide()
self.__userTextWindow.hide()
for window in self.__suggestionWindows:
window.hide()
def update(self, quasimode, isFullRedraw):
"""
Fetches updated information from the quasimode, lays out and
draws the quasimode window.
This should only be called when the quasimode itself has
changed.
'isFullRedraw' is a boolean; if it is True, then the entire
quasimode display, including suggestion list, will be redrawn
when this function returns. Otherwise, only the description
text and user text will be redrawn, and the suggestions will
be scheduled for redraw later.
"""
# Instantiate a layout object, effectively laying out the
# quasimode display.
layout = QuasimodeLayout(quasimode)
self.__drawStart = time.time()
newLines = layout.newLines
self.__descriptionWindow.draw(newLines[0])
suggestions = quasimode.getSuggestionList().getSuggestions()
if len( suggestions[0].toXml() ) == 0 \
and len( suggestions[0].getSource() ) == 0:
self.__userTextWindow.hide()
else:
self.__userTextWindow.draw(newLines[1])
suggestionLines = newLines[2:]
# We now need to hide all line windows.
for i in range(len(suggestionLines), len(self.__suggestionWindows)):
self.__suggestionWindows[i].hide()
self.__suggestionsLeft = _makeSuggestionIterator(
suggestionLines, self.__suggestionWindows)
if isFullRedraw:
while self.continueDrawing(ignoreTimeElapsed=True):
pass
def continueDrawing(self, ignoreTimeElapsed=False):
"""
Continues drawing any parts of the quasimode display that
haven't yet been drawn, such as the suggestion list.
If 'ignoreTimeElapsed' is True, then the
QUASIMODE_SUGGESTION_DELAY constant will be ignored and any
pending suggestion waiting to be drawn will be rendered.
Returns whether a suggestion was drawn.
This function should only be called after update() has been
called.
"""
if self.__suggestionsLeft:
timeElapsed = time.time() - self.__drawStart
if ((not ignoreTimeElapsed)
and (timeElapsed < config.QUASIMODE_SUGGESTION_DELAY)):
return False
try:
suggestionDrawer = self.__suggestionsLeft.next()
suggestionDrawer.draw()
return True
except StopIteration:
self.__suggestionsLeft = None
return False
def __finalize(self):
logging.info("__finalize(): Deleting windows")
del self.__descriptionWindow
self.__descriptionWindow = None
del self.__userTextWindow
self.__userTextWindow = None
for window in self.__suggestionWindows:
del window
class QuasimodeWindow(object):
"""
Implements the quasimode's display, in a multi-line transparent window.
"""
# LONGTERM TODO: We will eventually need to deal with the overflow
# cases in the correct ways: the autocompletion/user text should
# wrap (as much as necessary), the suggestion list entries should
# (1) have a max size using ellipses and (2) should "vertically
# wrap" if there are more suggestions than will fit on one screen,
# the help text should have a max length with ellipsis
def __init__(self):
"""
Instantiates the quasimode window, creating all the necessary
windows.
"""
# Create a window for each line, keeping track of how tall
# that window is. Use a "top" variable to know how far down
# the screen the top of the next window should start.
top = POSITION[1]
height = DESCRIPTION_SCALE[-1] * HEIGHT_FACTOR
self.__descriptionWindow = TextWindow(
height=height,
position=POSITION,
)
top += height
height = AUTOCOMPLETE_SCALE[-1] * HEIGHT_FACTOR
self.__userTextWindow = TextWindow(
height=height,
position=[POSITION[0], top],
)
top += height
height = DIDYOUMEANHINT_SCALE[-1] * HEIGHT_FACTOR
self.__didyoumeanHintWindow = TextWindow(
height=height,
position=[POSITION[0] + 250, top],
)
self.__suggestionWindows = []
for _ in range(config.QUASIMODE_MAX_SUGGESTIONS):
height = SUGGESTION_SCALE[-1] * HEIGHT_FACTOR
self.__suggestionWindows.append(TextWindow(
height=height,
position=[POSITION[0], top],
))
top += height
# The time, in float seconds since the epoch, when the last
# drawing of the quasimode display started.
self.__drawStart = 0
atexit.register(self.__finalize)
def setPosition(self, x, y):
self.__descriptionWindow.setPosition(x, y)
def hide(self):
self.__descriptionWindow.hide()
self.__userTextWindow.hide()
if self.__didyoumeanHintWindow:
self.__didyoumeanHintWindow.hide()
#self.__didyoumeanHintWindow = None
for window in self.__suggestionWindows:
window.hide()
def update(self, quasimode, isFullRedraw):
"""
Fetches updated information from the quasimode, lays out and
draws the quasimode window.
This should only be called when the quasimode itself has
changed.
'isFullRedraw' is a boolean; if it is True, then the entire
quasimode display, including suggestion list, will be redrawn
when this function returns. Otherwise, only the description
text and user text will be redrawn, and the suggestions will
be scheduled for redraw later.
"""
# Instantiate a layout object, effectively laying out the
# quasimode display.
layout = QuasimodeLayout(quasimode)
self.__drawStart = time.time()
newLines = layout.newLines
self.__descriptionWindow.draw(newLines[0])
suggestions = quasimode.getSuggestionList().getSuggestions()
# TODO: Remake this so the line bear information about type, then
# we can dynamically add did-you-mean hint window and don't need
# to juggle with list index here
suggestions_start = 3
if suggestions[0].isEmpty() \
and len(suggestions[0].getSource()) == 0:
self.__userTextWindow.hide()
self.__didyoumeanHintWindow.hide()
else:
self.__userTextWindow.draw(newLines[1])
didyoumean_hint = quasimode.getSuggestionList().getDidyoumeanHint()
if didyoumean_hint:
if len(newLines) - suggestions_start > 0:
# If there is at least one suggestion, draw it first as we want
# to overlay it with the did-you-mean hint window
self.__suggestionWindows[0].draw(
newLines[suggestions_start])
suggestions_start += 1
w = layout.getCurrentCommandWidth(quasimode)
if w:
_, y = self.__didyoumeanHintWindow.getPosition()
self.__didyoumeanHintWindow.setPosition(w, y)
self.__didyoumeanHintWindow.draw(newLines[2])
else:
self.__didyoumeanHintWindow.hide()
suggestionLines = newLines[suggestions_start:]
# We now need to hide all line windows.
for i in range(len(suggestionLines),
len(self.__suggestionWindows)):
self.__suggestionWindows[i].hide()
self.__suggestionsLeft = _makeSuggestionIterator(
suggestionLines,
self.__suggestionWindows
)
if isFullRedraw:
# Draw suggestions
while self.continueDrawing(ignoreTimeElapsed=True):
pass
def continueDrawing(self, ignoreTimeElapsed=False):
"""
Continues drawing any parts of the quasimode display that
haven't yet been drawn, such as the suggestion list.
If 'ignoreTimeElapsed' is True, then the
QUASIMODE_SUGGESTION_DELAY constant will be ignored and any
pending suggestion waiting to be drawn will be rendered.
Returns whether a suggestion was drawn.
This function should only be called after update() has been
called.
"""
if not self.__suggestionsLeft:
return False
timeElapsed = time.time() - self.__drawStart
if ((not ignoreTimeElapsed) and
(timeElapsed < config.QUASIMODE_SUGGESTION_DELAY)):
return False
try:
suggestionDrawer = self.__suggestionsLeft.next()
suggestionDrawer.draw()
return True
except StopIteration:
self.__suggestionsLeft = None
def __finalize(self):
del self.__descriptionWindow
self.__descriptionWindow = None
del self.__userTextWindow
self.__userTextWindow = None
del self.__didyoumeanHintWindow
self.__didyoumeanHintWindow = None
for window in self.__suggestionWindows:
del window