def instance_menu():
os.system('clear')
while True:
print('''
===========================================
Instance
===========================================
''')
print("Select one the following to start:")
print("1. Create Instance")
print("2. List Instance")
print("3. Start Instance")
print("4. Stop Instance")
print("5. Terminate Instance")
print("6. Tags")
print("7. Open Instance")
print("\n9. Back")
print("\n0. Quit")
choice = input(" >>> ")
if choice == '1':
instance.create_instance()
elif choice == '2':
instance.list_instance()
elif choice == '3':
instance.start_instance()
elif choice == '4':
instance.stop_instance()
elif choice == '5':
instance.terminate_instance()
elif choice == '6':
instance.tags()
elif choice == '7':
instance.openInstance()
elif choice == '9':
back()
elif choice == '0':
exit()
else:
instance_menu()
from pattern import parse_str as parse_pattern
from instance import create_instance
from constant_assignment import VariableMap
code = """
declare A[100][100];
declare B[100][100];
for [(i, >=10, <=90), (j, >=10, <=90)] {
A[i][j] = A[i-1][j-1] + 5;
}
"""
pattern = parse_pattern(code)
print(pattern.pprint())
instance = create_instance(pattern, VariableMap())
print(instance.pprint())
from dependence_analysis import analyze_dependence, calculate_distance_vectors
graph, annotated_instance = analyze_dependence(instance.pattern)
calculate_distance_vectors(graph)
print(graph.pprint())
print(pattern.pprint())
size = 100
# Set possible values for n and m.
# We need to do this because n and m are used as loop bounds
# and they determine how much space to allocate arrays with.
var_map = VariableMap()
var_map.set_value('n', size - 1)
var_map.set_value('m', size - 1)
# Specify variable types
types = TypeAssignment()
types.set('A', 'float')
types.set('B', 'float')
types.set('n', 'int')
types.set('m', 'int')
instance = create_instance(pattern, var_map, types=types)
print(instance.pprint())
# Config how values are initialized
init_value_map = VariableMap()
init_value_map.set_range('A', 0.0, 1.0)
init_value_map.set_range('B', 0.0, 1.0)
init_value_map.set_value('n', size - 1)
init_value_map.set_value('m', size - 1)
# Generate code
generate_code('my_output_dir', instance, init_value_map)
'us-east-1d',
'us-east-1e',
'us-east-1f',
]
# =================================================== SCRIPT ====================================================
# create key pair for ohio
create_key_pair(ohio_key_name, ohio_region_name)
# create security group in ohio
create_security_group(ohio_region_name, ohio_SG_name, ohio_SG_tag_name,
ohio_ip_permissions)
# create instance in ohio
create_instance(ohio_key_name, ohio_region_name, ohio_image_id, [ohio_SG_name],
database_tag_name, ohio_user_data)
# get ohio instance public ip and set user data for north virginia
public_ip = get_instance_info(ohio_region_name, [database_tag_name],
'InstanceIp')
north_virginia_user_data = """#!/bin/sh
sudo apt update
cd /home/ubuntu
git clone https://github.com/beatrizmie/tasks.git
sudo sed -i "83 c \\\t'HOST': '{0}'," tasks/portfolio/settings.py
cd tasks
./install.sh
sudo reboot
""".format(public_ip)
# create key pair for north virginia