Esempio n. 1
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print results:
	outprint the local results file together with the accumulated parameters for the thread
-------------------------------------------------------------------------------
'''

from shared_lib.collection import setupLogger, INFO, ljoin, master_log_path_F, ctx
from master_lib.collection import jtf, deploy, handle_results_print, fetch_and_teardown, Master


# setup logger
import injections
ipath = ''.join(injections.__path__)
ctx.local_output_dir = ljoin(ipath, 'output')
logger = setupLogger(master_log_path_F(), INFO, INFO)


# define slave tags
slaves = [ { 'tag' : 'slave1', },]


# hierarchy
thread_hierarchy = [	{ 'slave1' : ('setup', deploy(ljoin(ipath, 'java_inject'), 'test_framework/mytmp_java')) },
                		{ 'slave1' : ('compile java', jtf.compile_java('Example')) },
						{ 'slave1' : ('run java', jtf.run_java('Example')) },
						{ 'slave1' : ('fetch and delete', fetch_and_teardown) },
						{ 'slave1' : ('print results', handle_results_print) }	]


Master(slaves, thread_hierarchy).run()  
Esempio n. 2
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                    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'})),
					
Esempio n. 3
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#deploy logger
import injections
ipath = ''.join(injections.__path__)
ctx.local_output_dir = ljoin(ipath, 'output')
logger = setupLogger(master_log_path_F(), DEBUG, None)


#define slave tags
slaves = [ { 'tag' : 'bob', }, { 'tag' : 'alice', }] 


#hierarchy
thread_hierarchy = [
                { 
					'bob' : ('deploy', deploy(ljoin(ipath, 'example'), rjoin('test_framework', 'benchmarking_example1'))),
					'alice' : ('deploy', deploy(ljoin(ipath, 'example'), rjoin('test_framework', 'benchmarking_example2'))),
#					'bob' : ('deploy', lambda a, b, c: ('metadata',  {'root' : 'test_framework/benchmarking_example1'})),
#					'alice' : ('deploy', lambda a, b, c: ('metadata', {'root' : 'test_framework/benchmarking_example2'})),
				},
                { 
					'bob' : ('compile_fairplay', ftf.compile_fairplay('run_bob', 'progs/Billionaires.txt')),
					'alice' : ('compile_fairplay', ftf.compile_fairplay('run_alice', 'progs/Billionaires.txt')),
				},
				{ 
					'bob' : ('execute_fairplay', ftf.execute_fairplay_billionare_part1(498754, 'progs/Billionaires.txt')),
					'alice' : ('execute_fairplay', ftf.execute_fairplay_billionare_part2(2987654, 'progs/Billionaires.txt')),
				},
              ]

Esempio n. 4
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def execute_deploy_1():
	''' helper method for hierarchy 1 '''
	
	localpath = ljoin(ipath, 'viff_three_millionaires')
	remote_root = rjoin('test_framework', 'benchmarking_example')
	return deploy(localpath, remote_root)
Esempio n. 5
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def execute_deploy_4():
	''' helper method for hierarchy 4 '''
	
	localpath = ljoin(ipath, 'fib')
	remotepath = rjoin('test_framework', 'benchmarking_example')
	return deploy(localpath, remotepath)
Esempio n. 6
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def execute_deploy_2():
	''' helper method for hierarchy 2 '''
	
	localpath = ljoin(ipath, 'fairplay_two_millionaires')
	remote_root = rjoin('test_framework', 'benchmarking_example')
	return deploy(localpath, remote_root)
Esempio n. 7
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# define slave tags
slaves = [{"tag": "slave1"}, {"tag": "slave2"}, {"tag": "slave3"}]


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)


# hirarchy
thread_hierarchy = [
    {
        "slave1": ("deploy", deploy(ljoin(ipath, "mult"), "test_framework/mytmp_viff_mult")),
        "slave2": ("deploy", deploy(ljoin(ipath, "mult"), "test_framework/mytmp_viff_mult")),
        "slave3": ("deploy", deploy(ljoin(ipath, "mult"), "test_framework/mytmp_viff_mult")),
    },
    {"slave1": ("generate init files", vtf.generate_init_files(["slave1", "slave2", "slave3"], 9001))},
    {
        "slave1": ("put init file", vtf.put_my_init_file),
        "slave2": ("put init file", vtf.put_my_init_file),
        "slave3": ("put init file", vtf.put_my_init_file),
    },
    {
        "slave1": ("do some multiplication", calculate),
        "slave2": ("do some multiplication", calculate),
        "slave3": ("do some multiplication", calculate),
    },
    {
Esempio n. 8
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#setup logger
logger = setupLogger(master_log_path_F(), DEBUG, None)


#define slave tags
slaves = [ { 'tag' : 'slave1', },
           { 'tag' : 'slave2', },
           { 'tag' : 'slave3', },
         ]


#hierarchy
thread_hierarchy = [
                {   
				'slave1' : ('setup', deploy(ljoin(ipath, 'example'), 'test_framework/millionaires')),
                'slave2' : ('setup', deploy(ljoin(ipath, 'example'), 'test_framework/millionaires')),
                'slave3' : ('setup', deploy(ljoin(ipath, 'example'), 'test_framework/millionaires')), 
                },
                
                {  
				'slave1' : ('generate init files', vtf.generate_init_files(['slave1', 'slave2', 'slave3'], 9050)), 
				},
                
                {   
				'slave1' : ('put init file', vtf.put_my_init_file),
                'slave2' : ('put init file', vtf.put_my_init_file),
                'slave3' : ('put init file', vtf.put_my_init_file), 
				},
                # The results will only be visible in in the log and when the debug flag is set.
                {