def quit(data):
"""Quit the game."""
data["want_to_play"] = False
printer.p(
"{.BLUE}[Goodbye!]{.ENDC}".format(printer.PColors, printer.PColors),
"Saving game! See you later!")
prep_data_on_close(data)
def recieve_treasures(data):
temp = "{.TREASURE}[TREASURE]{.ENDC}".format(printer.PColors,
printer.PColors)
for treasure in data["pending_treasures"]:
printer.p(
temp,
"{0} gave you a treasure! {1}!!!".format(treasure[0], treasure[1]))
def get_selection(self):
"""
Returns the sublime region corresponding to the selected module path
"""
selections = self.view.sel()
if not selections:
return None
region = selections[0]
row, col = self.view.rowcol(region.a)
p('clicked row: ', row)
p('clicked col: ', col)
p('region: ', region)
line = self.view.substr(self.view.line(region))
p('line: ', line)
p('line length: ', len(line))
return {
"clicked_position": col,
"line": line
}
def check_treasures(data):
temp = "{.TREASURE}[TREASURE]{.ENDC}".format(printer.PColors,
printer.PColors)
for cat in [cat for cat in data["cats"] if cat["given_treasure"]]:
printer.p(
temp, "You have a treasure from {0}! {1}!!!".format(
cat["name"], cat["treasure"]))
def node_bridge(bin, args, node_path=None):
env = None
if IS_OSX:
# GUI apps in OS X don't contain .bashrc/.zshrc set paths
env = os.environ.copy()
if not node_path:
node_path = ':/usr/local/bin'
p('Node path: ' + node_path)
env['PATH'] += node_path
try:
cmd = ['node', bin] + args
p('Executing: ', ' '.join(cmd))
proc = Popen(cmd, stdout=PIPE, stdin=PIPE, stderr=PIPE, env=env, shell=IS_WINDOWS)
except OSError:
raise Exception('Couldn\'t find Node.js. Make sure it\'s in your $PATH by running `node -v` in your command-line.')
stdout, stderr = proc.communicate(input=''.encode('utf-8'))
stdout = stdout.decode('utf-8')
stderr = stderr.decode('utf-8')
if stderr:
raise Exception('Error: %s' % stderr)
else:
return stdout
def recieve_treasures(data):
if len(data["pending_treasures"]) is 0:
return
temp = "{.TREASURE}[TREASURE]{.ENDC}".format(
printer.PColors, printer.PColors)
for treasure in data["pending_treasures"]:
printer.p(temp, "{0} gave you a treasure! {1}!!!".format(
treasure[0], treasure[1]))
data["pending_treasures"] = []
def check_treasures(data):
temp = "{.TREASURE}[TREASURE]{.ENDC}".format(
printer.PColors, printer.PColors)
treasures = [cat for cat in data["cats"].itervalues() if cat["given_treasure"]]
if treasures:
for cat in treasures:
printer.p(temp, "You have a treasure from {0}! {1}!!!".format(
cat["name"], cat["treasure"]))
else:
printer.p(temp, "Aww, no cats have given you treasures yet.. But don't worry! Keep trying and I'm sure they will!!")
def get_function_name(self):
selections = self.view.sel()
if selections:
region = selections[0]
if region.a == region.b:
selected_word = self.view.substr(self.view.word(region))
p('selected word: ', selected_word)
return selected_word
return None
def get_drivers(self):
"""
Asks the node tool for the drivers of the current module
"""
args = {'filename': self.view.filename, 'command': 'find-drivers'}
drivers = [d for d in backend(args).split('\n') if d]
p(len(drivers), 'drivers found:\n' + '\n'.join(drivers))
return drivers
def get_function_name(self):
selections = self.view.sel()
if selections:
region = selections[0]
if region.a == region.b:
selected_word = self.view.substr(self.view.word(region))
p('selected word: ', selected_word)
return selected_word
return None
def desc_yard(data):
"""Describe current yard situation."""
toys = [item for item in data["yard"]]
printer.p(
data["prefix"], "You have {0} total spaces on your lawn".format(6))
# TODO: have this reflect size
for toy in toys:
occupants = toy["occupant"] or ["no one"]
printer.p(
data["prefix"], "You have a {0} being used by {1}".format(
toy["name"], ", and ".join(occupants)))
def desc_yard(data):
"""Describe current yard situation."""
toys = [item for item in data["yard"]]
printer.p(data["prefix"],
"You have {0} total spaces on your lawn".format(6))
# TODO: have this reflect size
for toy in toys:
occupants = toy["occupant"] or ["no one"]
printer.p(
data["prefix"], "You have a {0} being used by {1}".format(
toy["name"], ", and ".join(occupants)))
def run(self):
p('Extracted click position', self.view.click_position)
file_to_open = backend({
'filename': self.view.filename,
'click_position': self.view.click_position,
'command': 'jump-to-definition'
}).strip()
p('After jump to definition lookup', file_to_open)
self.open_file(file_to_open)
def run(self):
if not super(GetPathCommand, self).run():
return
path = backend({
'filename': self.view.filename,
'command': 'get-path'
}).strip()
p('Path:', path)
sublime.set_clipboard(path)
def collect_money(data):
"""Collect money left by cats."""
if len(data["pending_money"]) == 0:
printer.p("{.YELLOW}[$$$$$$]{.ENDC}".format(
printer.PColors,
printer.PColors), "Sorry, no cats have left you anything")
return
for i in range(len(data["pending_money"])):
money = data["pending_money"].pop()
printer.p("{.GREEN}[$$$$$$]{.ENDC}".format(
printer.PColors,
printer.PColors), "Yes! {0} left you {1} fish!".format(
money[0], str(money[1])))
data["s_fish"] += money[1]
def get_drivers(self):
"""
Asks the node tool for the drivers of the current module
"""
args = {
'filename': self.view.filename,
'command': 'find-drivers'
}
drivers = [d for d in backend(args).split('\n') if d]
p(len(drivers), 'drivers found:\n' + '\n'.join(drivers))
return drivers
def collect_money(data):
"""Collect money left by cats."""
if len(data["pending_money"]) == 0:
printer.p(
"{.YELLOW}[$$$$$$]{.ENDC}".format(printer.PColors,
printer.PColors),
"Sorry, no cats have left you anything")
return
for i in range(len(data["pending_money"])):
money = data["pending_money"].pop()
printer.p(
"{.GREEN}[$$$$$$]{.ENDC}".format(printer.PColors, printer.PColors),
"Yes! {0} left you {1} fish!".format(money[0], str(money[1])))
data["s_fish"] += money[1]
def run(self, modifier='', edit=None):
setup_was_successful = command_setup(self)
if not setup_was_successful:
p('Setup was not successful')
if modifier:
self.view.modifier = modifier
else:
self.view.modifier = None
if edit:
self.view.edit = edit
return setup_was_successful
def run(self, modifier='', edit=None):
setup_was_successful = command_setup(self)
if not setup_was_successful:
p('Setup was not successful')
if modifier:
self.view.modifier = modifier
else:
self.view.modifier = None
if edit:
self.view.edit = edit
return setup_was_successful
def check_treasures(data):
temp = "{.TREASURE}[TREASURE]{.ENDC}".format(printer.PColors,
printer.PColors)
treasures = [
cat for cat in data["cats"].itervalues() if cat["given_treasure"]
]
if treasures:
for cat in treasures:
printer.p(
temp, "You have a treasure from {0}! {1}!!!".format(
cat["name"], cat["treasure"]))
else:
printer.p(
temp,
"Aww, no cats have given you treasures yet.. But don't worry! Keep trying and I'm sure they will!!"
)
def collect_money(data):
"""Collect money left by cats."""
if len(data["pending_money"]) == 0:
printer.p(
"{.YELLOW}[$$$$$$]{.ENDC}".format(printer.PColors,
printer.PColors),
"Sorry, no cats have left you anything")
return
for i in range(len(data["pending_money"])):
money = data["pending_money"].pop()
currency = money[2]
printer.p(
"{.GREEN}[$$$$$$]{.ENDC}".format(printer.PColors, printer.PColors),
"Yes! {0} left you {1}{2} fish!".format(
money[0], str(money[1]),
" gold" if currency == "g" else " silver"))
data[currency + "_fish"] += money[1]
def get_callers(self, function_name):
"""
Asks the node tool for the drivers of the current module
"""
args = {
'filename': self.view.filename,
'path': function_name,
'command': 'find-callers'
}
fetch_time = time.time()
callers = [c for c in backend(args) if c]
p('Fetch time:', time.time() - fetch_time)
p(len(callers), 'callers found:\n' + '\n'.join(callers))
return callers
def get_callers(self, function_name):
"""
Asks the node tool for the drivers of the current module
"""
args = {
'filename': self.view.filename,
'path': function_name,
'command': 'find-callers'
}
fetch_time = time.time()
callers = [c for c in backend(args) if c]
p('Fetch time:', time.time() - fetch_time)
p(len(callers), 'callers found:\n' + '\n'.join(callers))
return callers
def backend(options):
args = []
if 'filename' in options:
args.append('--filename=' + options['filename'])
if is_ST2:
editor = 'ST2'
else:
editor = 'ST3'
args.append('--editor=' + editor)
if 'command' in options:
args.append('--' + options['command'])
# TODO: Deprecate when JumpToDependency combines with JumpToDefinition
if 'lookup_position' in options:
args.append('--lookup-position=' + str(options['lookup_position']))
if 'click_position' in options:
args.append('--click-position=' + str(options['click_position']))
if 'path' in options:
args.append(options['path'])
try:
node_path = get_project_settings(options['filename']).get('node_path')
p('node_path from settings: ', node_path)
# TODO: It's not great to hardcode the Package name here but __file__ isn't consistent between Python 2 and 3
bin_path = sublime.packages_path(
) + '/Dependents/node_modules/dependents-editor-backend/bin/cli.js'
p('bin path', bin_path)
return node_bridge(bin_path, args, node_path)
except Exception as e:
traceback.print_exc()
show_error(
'An error occurred. Please file an issue with the following:\n\n' +
str(e), True)
return ''
def run(self):
"""
Jumps to the file identified by the string under the cursor
"""
selection = self.view.selection
p('Extracted Selection', selection)
file_to_open = backend({
'filename': self.view.filename,
'path': selection.get('line'),
'lookup_position': selection.get('clicked_position'),
'command': 'lookup'
}).strip()
p('After cabinet lookup', file_to_open)
self.open_file(file_to_open)
def print_help(data):
"""Print the game help."""
temp = "{.HELP}[Help!]{.ENDC}".format(
printer.PColors, printer.PColors)
printer.p(temp, "Welcome to Neko Atsume!")
printer.p(temp, "In this game cats come to visit you and you feed them")
printer.p(temp, "it's pretty cool, so you should play more")
def backend(options):
args = []
if 'filename' in options:
args.append('--filename=' + options['filename'])
if is_ST2:
editor = 'ST2'
else:
editor = 'ST3'
args.append('--editor=' + editor)
if 'command' in options:
args.append('--' + options['command'])
# TODO: Deprecate when JumpToDependency combines with JumpToDefinition
if 'lookup_position' in options:
args.append('--lookup-position=' + str(options['lookup_position']))
if 'click_position' in options:
args.append('--click-position=' + str(options['click_position']))
if 'path' in options:
args.append(options['path'])
try:
node_path = get_project_settings(options['filename']).get('node_path')
p('node_path from settings: ', node_path)
# TODO: It's not great to hardcode the Package name here but __file__ isn't consistent between Python 2 and 3
bin_path = sublime.packages_path() + '/Dependents/node_modules/dependents-editor-backend/bin/cli.js'
p('bin path', bin_path)
return node_bridge(bin_path, args, node_path)
except Exception as e:
traceback.print_exc()
show_error('An error occurred. Please file an issue with the following:\n\n' + str(e), True)
return ''
def get_selection(self):
"""
Returns the sublime region corresponding to the selected module path
"""
selections = self.view.sel()
if not selections:
return None
region = selections[0]
row, col = self.view.rowcol(region.a)
p('clicked row: ', row)
p('clicked col: ', col)
p('region: ', region)
line = self.view.substr(self.view.line(region))
p('line: ', line)
p('line length: ', len(line))
return {"clicked_position": col, "line": line}
def run(self):
"""
Finds the dependents of the current file and jumps to that file or shows a panel of dependent files
"""
dependents = self.get_dependents()
p('fetched dependents: ', dependents)
self.dependents = trim_paths_of_root(dependents, self.window.config['directory'])
if self.view.modifier == 'OPEN_ALL':
for dep in self.dependents:
self.open_file(dep)
elif self.view.modifier == 'COPY_ALL':
extLess = map(lambda d: os.path.splitext(d)[0], self.dependents)
sublime.set_timeout(lambda: sublime.set_clipboard('\n'.join(extLess)), 100)
elif len(self.dependents) == 1:
p('Opening the only dependent: ', self.dependents[0])
self.open_file(self.dependents[0])
else:
sublime.set_timeout(self.show_quick_panel, 10)
def open_file(self, filename):
"""
Opens the passed file or shows an error error message
if the file cannot be found
"""
p('Opening:', filename)
location_less = filename
location_colon_index = filename.find(':')
if location_colon_index != -1:
location_less = filename[:location_colon_index]
p('Location-less filename: ' + location_less)
if not filename or not os.path.isfile(location_less):
cant_find_file()
return
def open():
self.window.open_file(filename, sublime.ENCODED_POSITION)
sublime.set_timeout(open, 10)
def run(self):
"""
Jumps to the file identified by the string under the cursor
"""
selection = self.view.selection
p('Extracted Selection', selection)
file_to_open = backend({
'filename':
self.view.filename,
'path':
selection.get('line'),
'lookup_position':
selection.get('clicked_position'),
'command':
'lookup'
}).strip()
p('After cabinet lookup', file_to_open)
self.open_file(file_to_open)
def open_file(self, filename):
"""
Opens the passed file or shows an error error message
if the file cannot be found
"""
p('Opening:', filename)
location_less = filename
location_colon_index = filename.find(':')
if location_colon_index != -1:
location_less = filename[:location_colon_index]
p('Location-less filename: ' + location_less)
if not filename or not os.path.isfile(location_less):
cant_find_file()
return
def open():
self.window.open_file(filename, sublime.ENCODED_POSITION)
sublime.set_timeout(open, 10)
def get_selection(self):
selections = self.view.sel()
if not selections:
return None
region = selections[0]
row, col = self.view.rowcol(region.a)
p('clicked row: ', row)
p('clicked col: ', col)
p('region: ', region)
# +1s to go from 0-based to 1-based line info
return str(row + 1) + ',' + str(col + 1)
def print_help(data):
"""Print the game help."""
temp = "{.HELP}[Help!]{.ENDC}".format(printer.PColors, printer.PColors)
printer.p(temp, "Welcome to Neko Atsume!")
printer.p(temp, "In this game cats come to visit you and you feed them")
printer.p(temp, "it's pretty cool, so you should play more")
def quit(data):
"""Quit the game."""
data["want_to_play"] = False
printer.p("{.BLUE}[Goodbye!]{.ENDC}".format(
printer.PColors, printer.PColors), "Saving game! See you later!")
prep_data_on_close(data)
