def interact(options):
"""
Controls interactive prompt with user
"""
url = options["url"]
log("Interacting with: {url}".format(url=url))
help()
log("Type your command or \"help\" for usage.")
exit = False
first = True
while not exit:
if first:
command = ask("$ [introspect]")
else:
command = ask("$")
if first and not command:
command = "introspect"
if first:
first = False
if command in ["exit", "quit"]:
log("Exiting...")
exit = True
elif "help" == command:
help()
elif "query" == command:
run_query(url)
elif "introspect" == command:
introspect(url)
else:
error("Unrecognized command: {command}".format(command=command))
help()
def command(self, cmd_string):
try:
link = ask("Link URL: ")
name = ask("Link Text (You may leave blank): ").strip() or None
body = ask("Additional description of the link? ") or None
except NoEntry:
return None
return LinkNote(link, name, body)
def command(self, cmd_string):
tokens = cmd_string.lower().strip().split()
summary = ask("Table summary: ")
table = []
while True:
try:
s = ask("Enter row of data (comma separated)", persist=False)
if not s:
break
row = s.split(",")
table.append(row)
except NoEntry:
return None
return TableNote(summary, table, header="header" in tokens)
def saveMap(self):
'''Basic map saving functionallity'''
fileName = input("Save level as (Without .lvl extention)(enter 'x' to cancel): ")
if fileName == 'x':
print("Save cancelled");
return 0;
fileName += ".lvl"
filePath = "levels/" + fileName
try:
file = open(filePath, 'r');
found = True;
file.close();
except:
found = False;
if found:
answer = util.ask("Level already created. Overight?: (Yes/No) ");
if answer == True:
found = False;
else:
print("Save canceled!");
if found == False:
file = open(filePath, 'w')
mapOutPut = "mapWidth " + str(self.cols) + "\nmapHeight " + str(self.rows) + "\n" + self.getMapString()
file.write(mapOutPut);
file.close();
for layer in self.layerList:
layer.tileListCatch = util.shallowCopy(layer.tileList);
print(fileName+" saved");
def command(self, cmd_string):
filename = cmd_string.strip()
with mycsv.CSVFile(filename) as fp:
data = fp.readlines()
print "Loaded %d lines from %s" % (len(data), filename)
summary = ask("Table summary: ")
return CSVNote(summary, data)
def q3():
print(c.reset)
answer = ask("Please use one word to describe the texture of their magical fur:")
if answer.startswith("smile"):
print(c.base3 + ":)")
return True
print(c.base3 + ":(")
return False
def q2():
print(c.reset)
answer = ask("Where are they dancing?")
if answer.startswith("rainbow"):
print(c.base3 + ":)")
return True
print(c.base3 + ":(")
return False
def q1():
print(c.reset)
answer = ask("What color are the unicorns?")
if answer == 'pink':
print(c.base3 + ":)")
return True
print(c.base3 + ":(")
return False
def q1():
print(c.reset)
answer = ask(c.red + 'How old is Drake Griffith?')
if answer == '12':
print(c.base3 + ':)')
return True
print(c.base3 + ':(')
return False
def q5():
print(c.reset)
answer = ask(c.blue + "What are some of Drake's best friends")
if answer == 'josh' or answer == 'evan' or answer == 'michael' or answer == 'jake':
print(c.base3 + ':)')
return True
print(c.base3 + ':(')
return False
def q4():
print(c.reset)
answer = ask(c.red + "What is my favorite TV show?")
if answer == 'spongebob' or answer == 'family guy' or answer == 'south park':
print(c.base3 + ':)')
return True
print(c.base3 +':(')
return False
def q3():
print(c.reset)
answer = ask(c.base3 + "What is Drake's favorite number?")
if answer == '1738' or answer == '819':
print(c.base3 + ':)')
return True
print(c.base3 + ':(')
return False
def q2():
print(c.reset)
answer = ask(c.blue + "What is Drake's Favorite Subject in School?")
if answer == 'math':
print(c.base3 + ':)')
return True
print(c.base3 + ':(')
return False
def command(self, cmd_string):
proc = subprocess.Popen(cmd_string, shell=True, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
stdout,stderr = proc.communicate()
print ""
print stdout
print ""
summary = ask("Enter a comment for this output")
return ExecNote(cmd_string, summary, stdout, stderr)
def execute(self) -> None:
with Logger(f":dizzy: {underline('Execution:')}") as logger:
if self._manifest.context.confirm == ConfirmationMode.ONCE:
if ask(logger=logger,
message=bold('Execute?'),
chars='yn',
default='n') == 'n':
raise UserError(f"user aborted")
for resource in self._manifest.resources.values():
resource.execute()
def introspect(url):
"""
Performs introspection on a GraphQL API
"""
list_query_type_query = """
{
__schema {
types {
name
}
}
}
"""
query_types = []
result = gql_call(url, list_query_type_query)
if result is None:
return
for entry in result["data"]["__schema"]["types"]:
if entry["name"] and (entry["name"].startswith("__")
or entry["name"] in ["String", "Boolean"]):
continue
else:
query_types.append(entry["name"])
log("Available query types: ")
counter = 0
for query_type in query_types:
log("\t[{id}] {name}".format(id=counter, name=query_type))
counter += 1
exit = False
while not exit:
answer = ask(
"Enter number for details (also, \"a\" to dump all or \"r\" to return): "
)
if answer.isdigit():
index = int(answer.strip())
try:
name = query_types[index]
except IndexError:
error("Not a valid selection: {index}".format(index=index))
else:
log("More info on {id}".format(id=name))
query_type_introspect(url, name)
elif answer == "r":
exit = True
elif answer == "a":
exit = True
for query_type in query_types:
query_type_introspect(url, query_type)
else:
error("Unrecognized input: {answer}".format(answer=answer))
def loadMap(self, askForSave=True):
'''Basic mapmaker loading functionality'''
if askForSave == True:
if util.ask("Save your work? (Yes/No)"):
self.saveMap();
fileName = util.askForFileName();
if fileName != -1:
loadedTileLists = util.loadTileLists(fileName);
i = 0;
while i < len(loadedTileLists):
self.updateTileMapFromMapList(loadedTileLists[i],self.layerList[i]);
i+=1;
else:
print("Canceling Load");
def setup():
"""
Gets required details from user so we can
start interacting with a GraphQL API
"""
url = ask("URL [{default_url}]: ".format(default_url=DEFAULT_URL)).strip()
if not url:
url = DEFAULT_URL
else:
log("User provided \"{url}\"".format(url=url))
# TODO Also, validate that the URL is valid
if not url:
raise ApplicationCriticalError("Invalid URl detected.")
return {"url": url}
def Selaz(self):
if len(self.notepageID)> 0 or len(self.frampageID)>0 :
#wx.GetApp().SetTopWindow(self.winMDI)
chiudi=util.ask(self,
_("Per terminare la sessione devi prima chiudere tutti i moduli attivi")+"\n"+
_("Sono ancora aperte ") + str(len(self.notepageID)) + _(" schede e ") + str(len(self.frampageID))+
_(" finestre") + "\n" + _("Vuoi chiudere tutti i moduli attivi automaticamente ?"), _("Attenzione !!!"))
if (chiudi==True) :
id=len(self.notepageID)
while id>0 :
id=id-1
new = self.notebook_1.GetSelection() # codice ripetuto
if new!=id :
aux=self.notepageObj[new]
aux.Hide()
self.sizer_6.Detach(aux)
topo=self.notepageObj[id]
self.sizer_6.Add(topo, 1, wx.EXPAND, 0)
topo.Show(True)
self.sizer_6.Layout()
self.notebook_1.SetSelection(id) # fine codice ripetuto
aux=self.notepageObj[id]
aux.SetFocus() # boh, forse utile
aux.Close(False) #aggiunto None per retro 0.9.7.
id=len(self.frampageID)
while id>0 :
id=id-1
finestra=self.frampageFra[id] #codice ripetuto
finestra.Iconize(False)
finestra.Raise()
finestra.SetFocus() #fine codice ripetuto
finestra.Close(False) # aggiunto None per retro 0.9.7
if len(self.notepageID) == 0 and len(self.frampageID) == 0 :
if self.selazon==False:
self.BackUp(self)
self.win_logo_MDI.Hide()
self.sizer_6.Detach(self.win_logo_MDI)
self.win_logo_MDI.Destroy()
#self.sizer_1.Destroy()
#self.sizer_2.Destroy()
#self.sizer_4.Destroy()
#self.sizer_3.Destroy()
#self.sizer_6.Destroy()
#self.sizer_5.Destroy()
self.notebook_1.Destroy()
self.winMDI.Destroy()
self.ftoolbar(False)
self.fmenubar(False)
self.SetStatusText("", 1)
self.SetStatusText("", 2)
self.SetStatusText("", 3)
self.selazon=True
self.SetStatusText(" "+_("Seleziona Azienda"))
self.SetTitle(longversion)
# === per retrocompatibilita' con la 0.9.7
rec = self.SetTTL #per retrocompatibilita' con la 0.9.7. poi da eliminare
control = [_("Seleziona Azienda"),"Z", rec, self.AggMenu,1031, self.CMD]
win = selaz.create(self, control)
# ========== fine per la 0.9.7
self.win=win
self.SendSizeEvent()
if __name__ == "__main__":
path = setup_paths()
env = Environment(loader=FileSystemLoader(os.path.join(path, 'templates')))
plugins = []
for plugin in get_plugins(os.path.join(path, 'plugins')):
print "Loaded plugin %s" % plugin.name
plugins.append(plugin)
try:
notebook = Notebook.load(FILENAME)
print "Loaded a notebook with %d notes" % len(notebook.notes)
except Exception, e:
print e
import util
title = util.ask("Enter notebook title:")
notebook = Notebook(title)
notebook.save(FILENAME)
while True:
try:
has_plugin = False
if notebook.timecard:
t = notebook.total_time
hours = int(t.total_seconds())/3600
minutes = (int(t.total_seconds())-(3600*hours))/60
seconds = int(t.total_seconds())-(3600*hours)-(60*minutes)
prompt = "jot %02d:%02d:%02d >>" % (hours, minutes,seconds)
else:
prompt = "jot >>"
def Selaz(self):
if len(self.notepageID) > 0 or len(self.frampageID) > 0:
#wx.GetApp().SetTopWindow(self.winMDI)
chiudi = util.ask(
self,
_("Per terminare la sessione devi prima chiudere tutti i moduli attivi"
) + "\n" + _("Sono ancora aperte ") +
str(len(self.notepageID)) + _(" schede e ") +
str(len(self.frampageID)) + _(" finestre") + "\n" +
_("Vuoi chiudere tutti i moduli attivi automaticamente ?"),
_("Attenzione !!!"))
if (chiudi == True):
id = len(self.notepageID)
while id > 0:
id = id - 1
new = self.notebook_1.GetSelection() # codice ripetuto
if new != id:
aux = self.notepageObj[new]
aux.Hide()
self.sizer_6.Detach(aux)
topo = self.notepageObj[id]
self.sizer_6.Add(topo, 1, wx.EXPAND, 0)
topo.Show(True)
self.sizer_6.Layout()
self.notebook_1.SetSelection(
id) # fine codice ripetuto
aux = self.notepageObj[id]
aux.SetFocus() # boh, forse utile
aux.Close(False) #aggiunto None per retro 0.9.7.
id = len(self.frampageID)
while id > 0:
id = id - 1
finestra = self.frampageFra[id] #codice ripetuto
finestra.Iconize(False)
finestra.Raise()
finestra.SetFocus() #fine codice ripetuto
finestra.Close(False) # aggiunto None per retro 0.9.7
if len(self.notepageID) == 0 and len(self.frampageID) == 0:
if self.selazon == False:
self.BackUp(self)
self.win_logo_MDI.Hide()
self.sizer_6.Detach(self.win_logo_MDI)
self.win_logo_MDI.Destroy()
#self.sizer_1.Destroy()
#self.sizer_2.Destroy()
#self.sizer_4.Destroy()
#self.sizer_3.Destroy()
#self.sizer_6.Destroy()
#self.sizer_5.Destroy()
self.notebook_1.Destroy()
self.winMDI.Destroy()
self.ftoolbar(False)
self.fmenubar(False)
self.SetStatusText("", 1)
self.SetStatusText("", 2)
self.SetStatusText("", 3)
self.selazon = True
self.SetStatusText(" " + _("Seleziona Azienda"))
self.SetTitle(longversion)
# === per retrocompatibilita' con la 0.9.7
rec = self.SetTTL #per retrocompatibilita' con la 0.9.7. poi da eliminare
control = [
_("Seleziona Azienda"), "Z", rec, self.AggMenu, 1031, self.CMD
]
win = selaz.create(self, control)
# ========== fine per la 0.9.7
self.win = win
self.SendSizeEvent()
def command(self, cmd_string):
summary = ask('Enter image description:')
filename = os.path.abspath(cmd_string.strip())
return ImageFileNote(summary, filename)
def execute(self) -> None:
# attempt to resolve all dependencies (resolving an already-resolved dependency has no side-effects)
for dependency in self._dependencies.values():
dependency.execute()
# if we're already resolving, we have a circular dependency loop
if self._status == ResourceStatus.RESOLVING:
raise UserError(f"illegal config: circular resource dependency encountered!")
# if we were already resolved, do nothing (this can happen)
elif self._status == ResourceStatus.VALID:
return
# fail if not initialized, or already resolving (circular dependency), and do nothing if already resolved
elif self._status is None:
raise Exception(f"internal error: cannot resolve un-initialized resource ('{self.name}')")
with Logger(f":point_right: Inspecting {bold(self.name)} ({faint(self.type)})...") as logger:
# post-process configuration
config_context: dict = deepcopy(self._manifest.context.data)
config_context.update({
alias: {
'name': dep.name,
'type': dep.type,
'state': dep.state,
} for alias, dep in self._dependencies.items()
})
self._resolved_config = post_process(value=self._config, context=config_context)
# validate the config, now that it's been resolved
try:
jsonschema.validate(self._resolved_config, self._config_schema)
except ValidationError as e:
path: str = ''
for token in e.path:
if path:
path: str = path + '[' + str(token) + ']' if type(token) == int else path + '.' + str(token)
else:
path = str(token)
raise UserError(f"illegal config for '{self.name}.config.{path}': {e.message}\n"
f"Must match schema: {e.schema}") from e
# invoke the "state" action
state_result = self._resolve_state(logger=logger)
# save resource status
self._status: ResourceStatus = ResourceStatus[state_result['status']]
if self._status == ResourceStatus.VALID:
self._state = state_result['state']
elif self._status == ResourceStatus.STALE:
# parse "apply" actions from the "state" action's response
self._apply_actions = \
[Action(work_dir=self._manifest.context.work_dir / self.name / action['name'],
name=action['name'],
description=action['description'] if 'description' in action else action['name'],
image=action['image'] if 'image' in action else self.type,
entrypoint=action['entrypoint'] if 'entrypoint' in action else None,
args=action['args'] if 'args' in action else None) for action in state_result['actions']]
if self._manifest.context.confirm == ConfirmationMode.RESOURCE:
if util.ask(logger=logger, message=bold('Execute this resource?'), chars='yn', default='n') == 'n':
raise UserError(f"user aborted")
# execute the "apply" actions
for action in self._apply_actions:
with Logger(header=f":wrench: {action.description} ({action.name})") as action_logger:
# confirm if necessary
if self._manifest.context.confirm == ConfirmationMode.ACTION:
if ask(logger=action_logger, message=bold('Execute?'), chars='yn', default='n') == 'n':
raise UserError(f"user aborted")
# execute
self._docker_invoker.run(
logger=action_logger,
local_work_dir=self._manifest.context.work_dir / self.name / action.name,
container_work_dir=str(self._manifest.context.workspace_dir),
image=action.image,
entrypoint=action.entrypoint,
args=action.args,
input={
'name': self.name,
'type': self.type,
'version': self._manifest.context.version,
'verbose': self._manifest.context.verbose,
'workspace': str(self._manifest.context.workspace_dir),
'config': self._resolved_config,
'staleState': state_result["staleState"] if "staleState" in state_result else {}
}
)
# verify that the resource is now VALID
updated_state_result: dict = self._resolve_state(logger=logger)
if ResourceStatus[updated_state_result['status']] != ResourceStatus.VALID:
raise UserError(f"protocol error: expected '{self.name}' to be VALID after applying actions")
else:
self._status = ResourceStatus.VALID
self._state = updated_state_result['state']
else:
raise Exception(f"internal error: unrecognized status '{self._status}' for '{self.name}'")
