def verify(self): ''' A simple method which checks that each of the modules has been built correctly.''' # Tell the user what's happening Output.header('Building {}...'.format(self.stage[0].lower())) # Change the root if necessary if self.user == 'chroot': # Change our root set_chroot(self.environment['WANDER']) # Store whether or not the modules are valid result = True # Get ready to run the stage result &= self.initialise() # Iterate through each of the prerequisites, and verify them for element in self.elements: # Verify that the prerequisite is met result &= Module(self.elements[element], self).verify() # Add the final line of output print('') # Cleanup the stage result &= self.clean() # Inform the user of the status Output.footer(result, 'Building {}'.format(self.stage[0].lower())) # And return the result return result
def verify(self): ''' The verify method, which ensures that the partition is correctly selected and properly formatted.''' # First, check if we are in a docker container if docker(): return True # Otherwise, tell the user what's happening Output.header('Checking partition system...') # Create the disk variable disk, device = self.getPath() # Store the partition to use partition = self.getPartition(self.printPartitions(disk, device), device) # Store the partition that we're using self.path = device.path + str(partition) # Let the user know exactly what the path is Output.text('Wander will be built on ' + self.path + '.') # Log the filesystem Output.log( Output.TESTING, 'Checking that the filesystem of ' + self.path + ' is ext4.') # Store the unknown filesystem filesystem = None # Check the file system for partition in disk.partitions: # Check that the paths match if partition.path == self.path: # Store the file system information filesystem = partition.fileSystem filesystem = filesystem.type if filesystem else None # And close break # Get our result result = filesystem == 'ext4' # Log the filesystem Output.log( Output.PASSED if result else Output.FAILED, 'Checking that' + ' the filesystem of ' + self.path + ' is ext4.') print() # Inform the user of the status Output.footer(result, "Checking partition system") # And return the result return result
def verify(self): ''' A simple method which downloads the packages and ensures that everything worked smoothly.''' # Tell the user what's happening Output.header("Downloading required packages and patches...") # Download all of the packages result = self.packages.verify() # And download all of the patches result &= self.patches.verify() # Inform the user of the status Output.footer(result, "Downloading required packages and patches") # And return the result return result
def verify(self): ''' A simple method which ensures that the host system is ready...''' # Check that the partition system is defined if self.partitions is not None and not docker(): # Add the folder location if self.environment.get('LOCATION') is None: self.environment['LOCATION'] = self.partitions.path else: self.environment['LOCATION'] += ':' + self.partitions.path # Tell the user what's happening Output.header('Preparing {}...'.format(self.stage[0].lower())) # Change the root if necessary if self.user == 'chroot': # And change our root set_chroot(self.environment['WANDER']) # Store whether or not the preparations are valid result = True # Iterate through each of the preparations, and verify them for element in self.elements: # Verify that the prerequisite is met result &= Preparation(self.elements[element], self).verify() # Add the final line of output print('') # Update any changes in the user list self.commands.update() # Inform the user of the status Output.footer(result, 'Preparing {}'.format(self.stage[0].lower())) # And return the result return result
def verify(self): ''' A simple method which checks that each of the requirements has been met.''' # Tell the user what's happening Output.header('Checking host prerequisites...') # Store whether or not the prerequisites are valid result = True # Iterate through each of the prerequisites, and verify them for element in self.elements: # Verify that the prerequisite is met result &= Prerequisite(self.elements[element], self).verify() # Add the final line of output print('') # Inform the user of the status Output.footer(result, "Checking host prerequisites") # And return the result return result