def acs_update_azconfig(gen_cluster_config):
config = acs_load_azconfig()
configNew = acs_generate_azconfig()
if not gen_cluster_config:
if config is None:
config = configNew
acs_write_azconfig(config)
else:
if config is None:
config = {}
utils.mergeDict(config, configNew, False)
acs_write_azconfig(config)
return config
def __init__(self, expr, tokens={}, placeHolder=0):
self.expr, newTokens = tokenize(expr, placeHolder)
for k in newTokens:
if newTokens[k][0]=='(' and newTokens[k][-1]==')':
newTokens[k] = newTokens[k][1:-1]
tokens = mergeDict(tokens, newTokens)
self.tokens = {}
tokenKeys = extractPlaceHolderRE(self.expr)
for k in tokenKeys:
self.tokens[k] = ExpressionTree(tokens[k], tokens, placeHolder=placeHolder+len(tokens))
def acs_update_azconfig(gen_cluster_config):
acs_config = acs_load_azconfig()
if not gen_cluster_config:
if acs_config is None:
acs_config = acs_generate_azconfig()
acs_update_machines(acs_config)
acs_write_azconfig(acs_config)
else:
acs_init_azconfig()
bModified = acs_update_machines(acs_config)
if bModified:
acs_write_azconfig(acs_config)
else:
configNew = acs_generate_azconfig()
if acs_config is None:
acs_config = {}
acs_update_machines(acs_config)
utils.mergeDict(acs_config, configNew, False)
acs_write_azconfig(acs_config)
return acs_config
def parseStdout(f, result, mapKL, mapKV, solList):
l_SolLast = ""
n_SolStatus = 0
result["Number_Solutions"] = 0
for line in f:
line = line.rstrip() ## To remove \n and spaces on the right
res00 = {
} ## A temporary to see if we get a feasible solution separator
checkKeylines(line, mapKL, res00)
utils.mergeDict(result, res00)
checkKeyvalues(line, mapKV, result)
## See if it's a solution status
if "Sol_Status" in res00:
if 1 == res00["Sol_Status"][0]:
result["Number_Solutions"] += 1
## result["Solution_Last"] = l_SolLast ## Or save it? Need from a file then but might be great to have here
if None != solList:
solList.append(l_SolLast)
l_SolLast = "" ## Clean up
else:
l_SolLast += line
l_SolLast += '\n'
def tokenize(expr, placeHolder=0):
tokens={}
for idxFinder in [
ssf.InnerParenthesisFinder().find,
ssf.KeyWordsFinder().find,
ssf.KeyWordsArgsFinder().find,
ssf.FactorialFinder().find,
ssf.PowRootFinder().find,
ssf.MultDivFinder().find,
ssf.AddSubFinder().find
]:
expr, newTokens = decompose(expr, idxFinder, placeHolder+len(tokens.keys()))
tokens = mergeDict(tokens, newTokens)
return expr, tokens
both config.yaml and the complementary file generated are used to describe one-time action
scaleup Scale up operation.
scaledown shutdown a particular VM.
list list VMs.
interconnect create network links among VMs
genconfig Generate configuration files to describe the static status for Azure VM cluster.
'''))
parser.add_argument("command",
help="See above for the list of valid command")
parser.add_argument('nargs',
nargs=argparse.REMAINDER,
help="Additional command argument")
output_file_name = "azcluster.yaml"
parser.add_argument(
"--complementary",
help="Specify complementary file name the number of infra nodes",
action="store",
default="complementary.yaml")
args = parser.parse_args()
command = args.command
nargs = args.nargs
default_config = init_config()
# print(config["azure_cluster"])
config_file = os.path.join(dirpath, "config.yaml")
if os.path.exists(config_file):
with open(config_file) as cf:
config = yaml.safe_load(cf)
mergeDict(config, default_config, False)
# print(config["azure_cluster"])
run_command(command, config, args, nargs)
