def inner(srv, run_id, accum):
root = getRoot(accum)
script = script_ # seems necessary for maintaining script in scope
if not script.endswith('.java'): script += '.java'
path = rjoin(root, inject_folder_name)
cmd = 'javac -cp %s/*.jar %s' % (path, rjoin(path, script))
logger.info('execute: ' + cmd)
print_remote_out( srv.execute(cmd))
def inner(srv, run_id, accum):
root = getRoot(accum)
path = rjoin(root, inject_folder_name, "run")
cmd = "cd %s; chmod -R 777 *; ./%s -c %s" % (path, command, program)
logger.info("execute: " + cmd)
print_remote_out(srv.execute(cmd))
def inner(srv, run_id, accum):
root = getRoot(accum)
logger.info("bob on host: " + getMetadata(accum).get("host"))
command = "run_bob"
path = rjoin(root, inject_folder_name, "run")
cmd = r"cd %s; echo %d | ./%s -r %s abcdefghijk 4" % (path, fortune, command, program)
logger.info("execute: " + cmd)
t1 = clock()
(stdout, stderr) = srv.execute(cmd)
t2 = clock()
print_remote_out((None, stderr))
logger.info("".join(stdout).replace("\n", ". "))
logger.info("execution time took %d seconds" % (t2 - t1))
def put_my_init_file(srv, run_id, accum): my_tag = getTag(accum) root = getRoot(accum) lpath = ljoin(ctx.local_output_dir, my_tag+'.ini') put(srv, lpath, rjoin(root, 'inject'))
def let_my_millionaire_participate(srv, run_id, accum):
tag = getTag(accum)
root = getRoot(accum)
params = '--no-ssl {my_initfile}'.format(my_initfile=(rjoin(root,'inject', tag+'.ini')))
execute_injected_python_script(srv, 'millionaires', root, params)
def inner(srv, run_id, accum):
root = getRoot(accum)
path = rjoin(root, inject_folder_name)
cmd = 'java -cp %s/.:%s/* %s %s' % (path, path, script, remote_results_dir_F(root))
logger.info('execute: ' + cmd)
print_remote_out( srv.execute(cmd) )
slave4 : ('hello world', lambda srv, run_id, accum: logger.info('hello world from %s' % run_id)),
},
# tier 2: setup
# setup four remote servers,
# slave1: setup with access to slave_script_1.py
# slave2: setup with access to slave_script_2.py
# slave3: setup with access to slave_script_2.py : duplicates are allowed
# slave4: setup with access to slave_script_3 : which is a folder
# containing slave_script_3.py, slave_script_4.py, and some additiona lib files
#
# tier 3: setup the slaves for later script execution
# it is possible to partially specify what the containing remote folder should be named
# which is practical for repeated executions without removal
# if none is specified, a unique temporary folder is created
{
slave1 : ('setup script 1.', deploy(rjoin(ipath, 'slave_scripts', 'slave_script_1.py'), 'test_framework/slave1')),
slave2 : ('setup script 2.', deploy(rjoin(ipath, 'slave_scripts', 'slave_script_2.py'), 'test_framework/slave2')),
slave3 : ('setup script 2. again ', deploy(rjoin(ipath, 'slave_scripts', 'slave_script_2.py'), 'test_framework/slave3')),
slave4 : ('setup folder with script 3, 4, 5', deploy(rjoin(ipath, 'some_other_slave_scripts'), 'test_framework/slave4')),
},
# tier 4: call a script and see how the logger handles remote prints
# call slave_script 3: which simply prints to stdout what parameters is gets
# this is an example of directly executing a remote script.
# note the necessity of supplying a function which takes srv, run_id and accum
# note also how to get the name of the root folder (as it might be generated on runtime, we need this)
# should simply be evident in the log output
{
slave4 : ('echo', lambda srv, run_id, accum :
execute_injected_python_script(srv, 'slave_script_3.py', getRoot(accum),
{'Sherlock Holmes':'Arthur Conan Doyle', 'Conan the barbarian': 'Robert E. Howard'})),
def calculate(srv, run_id, accum):
root = getRoot(accum)
tag = getTag(accum)
params = "--no-ssl {my_initfile}".format(my_initfile=rjoin(root, "inject", tag + ".ini"))
execute_injected_python_script(srv, "benchmark.py", root, params)
