class Advanced(object):
def __init__(self, debug=False):
'''
initializes the advanced class for awscm
:param debug: enables debug information to be printed
'''
self.debug = debug
self.run = Run(debug=debug)
self.result_dir = {}
self.final_result = ''
def a(self):
'''
define the a function
:return: the string based script
'''
return '#!/bin/bash\n echo "a-Monday$(date)"'
def b(self):
'''
define the b function
:return: the string based script
'''
return '#!/bin/bash\n echo "b-Tuesday($USER)"'
def c(self):
'''
define the c function
:return: the string based script
'''
return '#!/bin/bash\n echo "c-Wednesday($PWD)"'
def d(self):
'''
define the d function
:return: the string based script
'''
return '#!/bin/bash\n echo "d-Thursday(Yu)"'
def function_identifier(self, name):
'''
identify the char
:param name: the char of the function we want to run
:return: the string based script
'''
if name == 'a':
return self.a()
elif name == 'b':
return self.b()
elif name == 'c':
return self.c()
else:
return self.d()
def parall(self, par):
''''
run the task parallelly
:param par: the scripts
'''
scripts = ''
for i in par:
scripts+=self.function_identifier(i)+','
sub_result = self.run.run_local_or_remote(scripts[:-1], True)
for i in range(len(par)):
temp = sub_result[i].split(':')[2]
index = temp.index('-')
self.result_dir.update({temp[index-1]:temp})
def sequential(self, work):
'''
run the sequential tasks
:param work: the tasks
'''
for i in work:
if '|' in i:
par = i.split('|')
self.parall(par)
elif '+' in i:
add = i.split('+')
self.add(add)
else:
self.item(i)
def add(self, add_list):
'''
add the reuslts into one
:param add_list: add the results
'''
for i in add_list:
self.final_result+=self.result_dir[i]
def item(self, job):
'''
run one task
:param job: one task
'''
script=self.function_identifier(job)
sub_result = self.run.run_local_or_remote(script, True)
temp = sub_result[0].split(':')[2]
index = temp.index('-')
self.result_dir.update({temp[index-1]:temp})
def formula(self, string):
'''
parse the formulation
:param string: the string formulation
'''
work = string.split(';')
self.sequential(work)
print('Running formula: '+string+', and the result is:')
print(self.final_result)
def process_arguments(arg):
"""
Processes all the input arguments and acts relative processes.
:param arg: input arguments for the awscm.
"""
debug = arg.get('--debug')
resource = Resource(debug=debug)
config = Config(debug=debug)
run = Run(debug=debug)
advanced = Advanced(debug=debug)
config.config()
utility = Utility(debug=debug)
regular_file = config.get_config()
if arg.get('add') & arg.get('resource'):
resource.add(regular_file, arg.get('<yaml_file>'))
if arg.get('list') & arg.get('resource'):
print(yaml.dump(regular_file))
if arg.get('remove') & arg.get('resource'):
resource.remove(regular_file, arg.get('<label_name>'))
if arg.get('view') & arg.get('resource'):
print(
yaml.dump(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default())))
if arg.get('copy') & arg.get('file'):
output = utility.copy_file(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<file>'), arg.get('<where>'))
print(output)
if arg.get('copy') & arg.get('folder'):
output = utility.copy_folder(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<folder>'), arg.get('<where>'))
print(output)
if arg.get('list') & arg.get('instance'):
output = utility.dir_list(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<file>'), arg.get('<where>'))
print(output)
if arg.get('delete') & arg.get('file'):
output = utility.delete_file(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<file>'), arg.get('<where>'))
print(output)
if arg.get('delete') & arg.get('folder'):
output = utility.delete_folder(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<folder>'), arg.get('<where>'))
print(output)
if arg.get('create') & arg.get('folder'):
output = utility.create_folder(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<folder>'), arg.get('<where>'))
print(output)
if arg.get('read') & arg.get('file'):
output = utility.read_file(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<file>'), arg.get('<where>'))
print(output)
if arg.get('download') & arg.get('file'):
output = utility.download_file(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<file>'), arg.get('<where>'), arg.get('<local>'))
print(output)
if arg.get('download') & arg.get('folder'):
output = utility.download_folder(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<folder>'), arg.get('<where>'), arg.get('<local>'))
print(output)
if arg.get('check') & arg.get('process_name'):
output = utility.check_process(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<process>'))
print(output)
if arg.get('run') & arg.get('instance') & arg.get('local'):
output = run.run_instance_local(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<scripts>'))
for i in output:
print(i)
elif arg.get('run') & arg.get('local'):
output = run.run_local_or_remote(arg.get('<scripts>'), True)
for i in output:
print(i)
if arg.get('run') & arg.get('instance') & arg.get('remote'):
output = run.run_instance_remote(
resource.review(arg.get('<label_name>'), config.get_cloud(),
config.get_cluster(), config.get_default()),
arg.get('<scripts>'))
for i in output:
print(i)
elif arg.get('run') & arg.get('remote'):
output = run.run_local_or_remote(arg.get('<scripts>'), False)
for i in output:
print(i)
if arg.get('run') & arg.get('advanced'):
advanced.formula(arg.get('<string>'))
