def btnCreateClick(self):
#First, some checks if the Entries given by the user are valid
ourCASs = filter(lambda x: self.var_CASs[x].get() == "Yes",self.var_CASs.keys())
notAllCommandsThere = False
for c in ourCASs:
if self.entry_CASs[c].get().strip() == "":
notAllCommandsThere = True
if notAllCommandsThere:
tkMessageBox.showerror(title = "Some commands missing", message="You must provide the commands for calling the computer algebra systems you want to call on your target machine.")
elif self.entry_taskName.get().strip() == "":
tkMessageBox.showerror(title = "No Taskname given", message="Your task must have a name.")
elif self.entry_Time.get().strip() == "":
tkMessageBox.showerror(title = "No time command given", message="You need to specify the time command on your target machine.")
elif len(ourCASs)==0:
tkMessageBox.showerror(title = "No Computer Algebra System selected", message="You have to select at least one computer algebra system")
else:
#Everything is fine. Start creating the Export Task folder
exportFolder = tkFileDialog.askdirectory(mustexist = True, title = "Choose a directory where the Export Folder should be placed at.")
theTask = Task(self.entry_taskName.get().strip(), self.cpInstance.getName(), map(lambda x: x.getName(),self.input_SDTables),self.input_problems,ourCASs)
casDict = {}
for c in ourCASs:
casDict[c] = self.entry_CASs[c].get().strip()
ms = MachineSettings(casDict, self.entry_Time.get().strip())
#Now we create the taskfolder.
tf = TaskFolderCreator().create(theTask,self.__xmlres,ms)
tf.write(exportFolder,self.__xmlres)
tkMessageBox.showinfo(title="Successful", message = "The task was successfully created.")
self.mainWindow.destroy()
def btnCreateClick(self):
#First, some checks if the Entries given by the user are valid
ourCASs = filter(lambda x: self.var_CASs[x].get() == "Yes",
self.var_CASs.keys())
notAllCommandsThere = False
for c in ourCASs:
if self.entry_CASs[c].get().strip() == "":
notAllCommandsThere = True
if notAllCommandsThere:
tkMessageBox.showerror(
title="Some commands missing",
message=
"You must provide the commands for calling the computer algebra systems you want to call on your target machine."
)
elif self.entry_taskName.get().strip() == "":
tkMessageBox.showerror(title="No Taskname given",
message="Your task must have a name.")
elif self.entry_Time.get().strip() == "":
tkMessageBox.showerror(
title="No time command given",
message=
"You need to specify the time command on your target machine.")
elif len(ourCASs) == 0:
tkMessageBox.showerror(
title="No Computer Algebra System selected",
message=
"You have to select at least one computer algebra system")
else:
#Everything is fine. Start creating the Export Task folder
exportFolder = tkFileDialog.askdirectory(
mustexist=True,
title=
"Choose a directory where the Export Folder should be placed at."
)
theTask = Task(self.entry_taskName.get().strip(),
self.cpInstance.getName(),
map(lambda x: x.getName(), self.input_SDTables),
self.input_problems, ourCASs)
casDict = {}
for c in ourCASs:
casDict[c] = self.entry_CASs[c].get().strip()
ms = MachineSettings(casDict, self.entry_Time.get().strip())
#Now we create the taskfolder.
tf = TaskFolderCreator().create(theTask, self.__xmlres, ms)
tf.write(exportFolder, self.__xmlres)
tkMessageBox.showinfo(title="Successful",
message="The task was successfully created.")
self.mainWindow.destroy()
while (flag):
CAS = raw_input("On which computer algebra system do you want to execute your calculation? ")
while casList.count(CAS) == 0:
print "Possible inputs:"
print "\n".join(el for el in filter(lambda x: x not in CASs,casList))
CAS = raw_input("Choose your computer algebra system: ")
if not CAS in CASs:
CASs.append(CAS)
tmp = raw_input("Type \"y\" if you want to add further computer algebra systems: ")
if tmp !="y":
flag = False
name = raw_input("Please choose the name for that task: ")
while name =="":
print "The name shall not be the empty string!"
name = raw_input("Please choose the name for that task: ")
#Now, we have all information to create the task
theTask = Task(name, cpInstance.getName(), map(lambda x: x.getName(),piSDTables),chosenProblemInstances,CASs)
casDict = {}
for c in CASs:
command = raw_input("Command for executing %s on the target-machine: "%c)
casDict[c] = command
command = raw_input("The time command name on the target machine: ")
ms = MachineSettings(casDict, command)
#Now we create the taskfolder.
tf = TaskFolderCreator().create(theTask,xmlres,ms)
pathToSaveInp = raw_input("Now choose to which folder the taskfolder shall be exported: ")
while not os.path.isdir(pathToSaveInp):
pathToSaveInp = raw_input("Path not valid. Please choose another one: ")
tf.write(pathToSaveInp,xmlres)
print "Creation of task successful. Goodbye."
curses.echo()
curses.endwin()
if not CASs: sys.exit(0) # user has aborted
print
# following code is from Al, again no changes
name = raw_input("Please choose the name for that task: ")
while name == "":
print "The name shall not be the empty string!"
name = raw_input("Please choose the name for that task: ")
#Now, we have all information to create the task
theTask = Task(name, cpInstance.getName(),
map(lambda x: x.getName(), piSDTables), chosenProblemInstances,
CASs)
casDict = {}
for c in CASs:
command = raw_input("Command for executing %s on the target-machine: " % c)
casDict[c] = command
command = raw_input("The time command name on the target machine: ")
ms = MachineSettings(casDict, command)
#Now we create the taskfolder.
tf = TaskFolderCreator().create(theTask, xmlres, ms)
pathToSaveInp = raw_input(
"Now choose to which folder the taskfolder shall be exported: ")
while not os.path.isdir(pathToSaveInp):
pathToSaveInp = raw_input("Path not valid. Please choose another one: ")
tf.write(pathToSaveInp, xmlres)
print "Creation of task successful. Goodbye."
