Exemple #1
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def check_cloud_and_setup_next():
    h2b.browseTheCloud()
    h2o.verify_cloud_size()
    h2o.check_sandbox_for_errors()
    print "Tearing down cloud of size", len(h2o.nodes)
    h2o.tear_down_cloud()
    h2o.clean_sandbox()
    # wait to make sure no sticky ports or anything os-related
    # so let's expand the delay if larger number of jvms
    # 1 second per node seems good
    h2o.verboseprint("Waiting", node_count, "seconds to avoid OS sticky port problem")
    time.sleep(node_count)
Exemple #2
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def check_cloud_and_setup_next():
    h2b.browseTheCloud()
    h2o.verify_cloud_size()
    h2o.check_sandbox_for_errors()
    print "Tearing down cloud of size", len(h2o.nodes)
    h2o.tear_down_cloud()
    h2o.clean_sandbox()
    # wait to make sure no sticky ports or anything os-related
    # so let's expand the delay if larger number of jvms
    # 1 second per node seems good
    h2o.verboseprint("Waiting", node_count, "seconds to avoid OS sticky port problem")
    time.sleep(node_count)
    # stick port issues (os)
    # wait a little for jvms to really clear out?
    # and increment the base_port
    global base_port
    # if we change the port we have to upload the flatfile again
    # maybe just use_flatfile=false
    base_port += portsPerNode * node_count
Exemple #3
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    def test_remote_Cloud(self):
        trySize = 0
        # FIX! we should increment this from 1 to N? 
        for i in range(1,10):
            # timeout wants to be larger for large numbers of hosts * node_count
            # don't want to reload jar/flatfile, so use build_cloud
            timeoutSecs = max(60, 2*(len(h2o_hosts.hosts) * node_count))
            h2o.build_cloud(node_count, hosts=h2o_hosts.hosts, use_flatfile=True, 
                timeoutSecs=timeoutSecs, retryDelaySecs=0.5)
            h2o.verify_cloud_size()
            h2o.check_sandbox_for_errors()

            print "Tearing down cloud of size", len(h2o.nodes)
            h2o.tear_down_cloud()
            h2o.clean_sandbox()
            # wait to make sure no sticky ports or anything os-related
            # so let's expand the delay if larger number of jvms
            # 1 second per node seems good
            h2o.verboseprint("Waiting", node_count, "seconds to avoid OS sticky port problem")
            sys.stdout.write('.')
            sys.stdout.flush()
            time.sleep(node_count)
Exemple #4
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 def setUpClass(cls):
     h2o.clean_sandbox()
Exemple #5
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import h2o, h2o_cmd
import h2o_browse as h2b
import time
import psutil
import webbrowser
#import os, json, unittest, time, shutil, sys
#sys.path.extend(['.','..','py'])

try:
    for proc in psutil.process_iter():
      if proc.name == 'java.exe':
        proc.kill()
        
    print 'Building cloud'
    h2o.clean_sandbox()
    #h2o.parse_our_args()
    h2o.build_cloud(4, java_heap_GB=1, capture_output=False, classpath=True)
    # h2o.nodes = [h2o.ExternalH2O()]
    print 'KMeans'
    file = csvPathname = h2o.find_file('smalldata/covtype/covtype.20k.data')
    h2o_cmd.runKMeans(csvPathname=file, key='covtype', k=7)
    print 'Web'
    webbrowser.open("http://localhost:54323/KMeansProgress.html?destination_key=covtype.kmeans")
except KeyboardInterrupt:
    print 'Interrupted'
finally:
    print 'EAT THE BABIES'
    # h2o.tear_down_cloud()
Exemple #6
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 def setUpClass(cls):
     h2o.clean_sandbox()
     h2o.build_cloud(3,sigar=True)
Exemple #7
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 def setUpClass(cls):
     h2o.clean_sandbox()
     global nodes
     nodes = h2o.build_cloud(3,sigar=True)
Exemple #8
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def build_cloud_with_hosts(node_count=None, **kwargs):
    ## if not h2o.disable_time_stamp:
    ##      sys.stdout = h2o.OutWrapper(sys.stdout)
    # legacy: we allow node_count to be positional.
    # if it's used positionally, stick in in kwargs (overwrite if there too)
    if node_count is not None:
        # we use h2o_per_host in the config file. will translate to node_count for build_cloud
        kwargs['h2o_per_host'] = node_count
        # set node_count to None to make sure we don't use it below. 'h2o_per_host' should be used
        node_count = None

    # randomizing default base_port used
    offset = random.randint(0, 31)
    # for new params:
    # Just update this list with the param name and default and you're done
    allParamsDefault = {
        'use_flatfile': None,
        'use_hdfs':
        True,  # default to true, so when we flip import folder to hdfs+s3n import on ec2, the cloud is built correctly
        'hdfs_name_node': None,
        'hdfs_config': None,
        'hdfs_version': None,
        'base_port': None,
        'java_heap_GB': None,
        'java_heap_MB': None,
        'java_extra_args': None,
        'timeoutSecs': 60,
        'retryDelaySecs': 2,
        'cleanup': True,
        'slow_connection': False,
        'h2o_per_host': 2,
        'ip': '["127.0.0.1"]',  # this is for creating the hosts list
        'base_port': 54300 + offset,
        'username': '******',
        'password': None,
        'rand_shuffle': True,
        'use_home_for_ice': False,
        'key_filename': None,
        'aws_credentials': None,
        'redirect_import_folder_to_s3_path': None,
        'redirect_import_folder_to_s3n_path': None,
        'disable_h2o_log': False,
        'enable_benchmark_log': False,
        'h2o_remote_buckets_root': None,
        'conservative': False,
        'create_json': False,
        # pass this from cloud building to the common "release" h2o_test.py classes
        # for deciding whether keys should be deleted when a test ends.
        'delete_keys_at_teardown': False,
        'clone_cloud': False,
        'cloud_name': None,
    }
    # initialize the default values
    paramsToUse = {}
    for k, v in allParamsDefault.iteritems():
        paramsToUse[k] = allParamsDefault.setdefault(k, v)

    # allow user to specify the config json at the command line. config_json is a global.
    if h2o.config_json:
        configFilename = find_config(h2o.config_json)
    else:
        # configs may be in the testdir_hosts
        configFilename = find_config(h2o.default_hosts_file())

    h2o.verboseprint("Loading host config from", configFilename)
    with open(configFilename, 'rb') as fp:
        hostDict = json.load(fp)

    for k, v in hostDict.iteritems():
        # Don't take in params that we don't have in the list above
        # Because michal has extra params in here for ec2! and comments!
        if k in paramsToUse:
            paramsToUse[k] = hostDict.setdefault(k, v)

    # Now overwrite with anything passed by the test
    # whatever the test passes, always overrules the config json
    for k, v in kwargs.iteritems():
        paramsToUse[k] = kwargs.setdefault(k, v)

    # Let's assume we should set the h2o_remote_buckets_root (only affects
    # schema=local), to the home directory of whatever remote user
    # is being used for the hosts. Better than living with a decision
    # we made from scanning locally (remote might not match local)
    # assume the remote user has a /home/<username> (linux targets?)
    # This only affects import folder path name generation by python tests
    if paramsToUse['username']:
        paramsToUse[
            'h2o_remote_buckets_root'] = "/home/" + paramsToUse['username']

    h2o.verboseprint("All build_cloud_with_hosts params:", paramsToUse)

    #********************
    global hosts
    hosts = []
    # Update: special case paramsToUse['ip'] = ["127.0.0.1"] and use the normal build_cloud
    # this allows all the tests in testdir_host to be run with a special config that points to 127.0.0.1
    # hosts should be None for everyone if normal build_cloud is desired
    if paramsToUse['ip'] == ["127.0.0.1"]:
        hosts = None
    else:
        h2o.verboseprint("About to RemoteHost, likely bad ip if hangs")
        hosts = []
        for h in paramsToUse['ip']:
            h2o.verboseprint("Connecting to:", h)
            # expand any ~ or ~user in the string
            key_filename = paramsToUse['key_filename']
            if key_filename:  # don't try to expand if None
                key_filename = os.path.expanduser(key_filename)
            hosts.append(
                h2o.RemoteHost(addr=h,
                               username=paramsToUse['username'],
                               password=paramsToUse['password'],
                               key_filename=key_filename))

    # done with these, don't pass to build_cloud
    paramsToUse.pop(
        'ip'
    )  # this was the list of ip's from the config file, replaced by 'hosts' to build_cloud

    # we want to save username in the node info. don't pop
    # paramsToUse.pop('username')
    paramsToUse.pop('password')
    paramsToUse.pop('key_filename')

    # flatfile is going into sandbox (LOG_DIR) now..so clean it first (will make sandbox dir if it doesn't exist already)
    h2o.clean_sandbox()

    # handles hosts=None correctly
    h2o.write_flatfile(
        node_count=paramsToUse['h2o_per_host'],
        # let the env variable H2O_PORT_OFFSET add in there
        base_port=paramsToUse['base_port'],
        hosts=hosts,
        rand_shuffle=paramsToUse['rand_shuffle'],
        port_offset=h2o.get_port_offset(),
    )

    if hosts is not None:
        # this uploads the flatfile too
        h2o.upload_jar_to_remote_hosts(
            hosts, slow_connection=paramsToUse['slow_connection'])
        # timeout wants to be larger for large numbers of hosts * h2oPerHost
        # use 60 sec min, 5 sec per node.
        timeoutSecs = max(60, 8 * (len(hosts) * paramsToUse['h2o_per_host']))
    else:  # for 127.0.0.1 case
        timeoutSecs = 60
    paramsToUse.pop('slow_connection')

    # sandbox gets cleaned in build_cloud
    # legacy param issue
    node_count = paramsToUse['h2o_per_host']
    paramsToUse.pop('h2o_per_host')
    print "java_heap_GB", paramsToUse['java_heap_GB']
    # don't wipe out or create the sandbox. already did here, and put flatfile there
    h2o.build_cloud(node_count, hosts=hosts, init_sandbox=False, **paramsToUse)
Exemple #9
0
def build_cloud_with_hosts(node_count=None, **kwargs):
    ## if not h2o.disable_time_stamp:
    ##      sys.stdout = h2o.OutWrapper(sys.stdout)
    # legacy: we allow node_count to be positional. 
    # if it's used positionally, stick in in kwargs (overwrite if there too)
    if node_count is not None:
        # we use h2o_per_host in the config file. will translate to node_count for build_cloud
        kwargs['h2o_per_host'] = node_count
        # set node_count to None to make sure we don't use it below. 'h2o_per_host' should be used
        node_count = None

    # randomizing default base_port used
    offset = random.randint(0,31)
    # for new params:
    # Just update this list with the param name and default and you're done
    allParamsDefault = {
        'use_flatfile': None,
        'use_hdfs': True, # default to true, so when we flip import folder to hdfs+s3n import on ec2, the cloud is built correctly
        'hdfs_name_node': None, 
        'hdfs_config': None,
        'hdfs_version': None,
        'base_port': None,
        'java_heap_GB': None,
        'java_heap_MB': None,
        'java_extra_args': None,

        'timeoutSecs': 60, 
        'retryDelaySecs': 2, 
        'cleanup': True,
        'slow_connection': False,

        'h2o_per_host': 2,
        'ip':'["127.0.0.1"]', # this is for creating the hosts list
        'base_port': 54300 + offset,
        'username':'******',
        'password': None,
        'rand_shuffle': True,

        'use_home_for_ice': False,
        'key_filename': None,
        'aws_credentials': None,
        'redirect_import_folder_to_s3_path': None,
        'redirect_import_folder_to_s3n_path': None,
        'disable_h2o_log': False,
        'enable_benchmark_log': False,
        'h2o_remote_buckets_root': None,
        'conservative': False,
        'create_json': False,
        # pass this from cloud building to the common "release" h2o_test.py classes
        # for deciding whether keys should be deleted when a test ends.
        'delete_keys_at_teardown': False, 
        'clone_cloud': False,
        'cloud_name': None,
    }
    # initialize the default values
    paramsToUse = {}
    for k,v in allParamsDefault.iteritems():
        paramsToUse[k] = allParamsDefault.setdefault(k, v)

    # allow user to specify the config json at the command line. config_json is a global.
    if h2o.config_json:
        configFilename = find_config(h2o.config_json)
    else:
        # configs may be in the testdir_hosts
        configFilename = find_config(h2o.default_hosts_file())

    h2o.verboseprint("Loading host config from", configFilename)
    with open(configFilename, 'rb') as fp:
         hostDict = json.load(fp)

    for k,v in hostDict.iteritems():
        # Don't take in params that we don't have in the list above
        # Because michal has extra params in here for ec2! and comments!
        if k in paramsToUse:
            paramsToUse[k] = hostDict.setdefault(k, v)

    # Now overwrite with anything passed by the test
    # whatever the test passes, always overrules the config json
    for k,v in kwargs.iteritems():
        paramsToUse[k] = kwargs.setdefault(k, v)


    # Let's assume we should set the h2o_remote_buckets_root (only affects
    # schema=local), to the home directory of whatever remote user
    # is being used for the hosts. Better than living with a decision
    # we made from scanning locally (remote might not match local)
    # assume the remote user has a /home/<username> (linux targets?)
    # This only affects import folder path name generation by python tests
    if paramsToUse['username']:
        paramsToUse['h2o_remote_buckets_root'] = "/home/" + paramsToUse['username']

    h2o.verboseprint("All build_cloud_with_hosts params:", paramsToUse)

    #********************
    global hosts
    hosts = []
    # Update: special case paramsToUse['ip'] = ["127.0.0.1"] and use the normal build_cloud
    # this allows all the tests in testdir_host to be run with a special config that points to 127.0.0.1
    # hosts should be None for everyone if normal build_cloud is desired
    if paramsToUse['ip']== ["127.0.0.1"]:
        hosts = None
    else:
        h2o.verboseprint("About to RemoteHost, likely bad ip if hangs")
        hosts = []
        for h in paramsToUse['ip']:
            h2o.verboseprint("Connecting to:", h)
            # expand any ~ or ~user in the string
            key_filename = paramsToUse['key_filename']
            if key_filename: # don't try to expand if None
               key_filename=os.path.expanduser(key_filename)
            hosts.append(h2o.RemoteHost(addr=h, 
                username=paramsToUse['username'], password=paramsToUse['password'], key_filename=key_filename))

    # done with these, don't pass to build_cloud
    paramsToUse.pop('ip') # this was the list of ip's from the config file, replaced by 'hosts' to build_cloud

    # we want to save username in the node info. don't pop
    # paramsToUse.pop('username')
    paramsToUse.pop('password')
    paramsToUse.pop('key_filename')

    # flatfile is going into sandbox (LOG_DIR) now..so clean it first (will make sandbox dir if it doesn't exist already)    
    h2o.clean_sandbox()

    # handles hosts=None correctly
    h2o.write_flatfile(
        node_count=paramsToUse['h2o_per_host'],
        # let the env variable H2O_PORT_OFFSET add in there
        base_port=paramsToUse['base_port'],
        hosts=hosts,
        rand_shuffle=paramsToUse['rand_shuffle'],
        port_offset=h2o.get_port_offset(),
        )

    if hosts is not None:
        # this uploads the flatfile too
        h2o.upload_jar_to_remote_hosts(hosts, slow_connection=paramsToUse['slow_connection'])
        # timeout wants to be larger for large numbers of hosts * h2oPerHost
        # use 60 sec min, 5 sec per node.
        timeoutSecs = max(60, 8*(len(hosts) * paramsToUse['h2o_per_host']))
    else: # for 127.0.0.1 case
        timeoutSecs = 60
    paramsToUse.pop('slow_connection')

    # sandbox gets cleaned in build_cloud
    # legacy param issue
    node_count = paramsToUse['h2o_per_host']
    paramsToUse.pop('h2o_per_host')
    print "java_heap_GB", paramsToUse['java_heap_GB']
    # don't wipe out or create the sandbox. already did here, and put flatfile there
    h2o.build_cloud(node_count, hosts=hosts, init_sandbox=False, **paramsToUse)
Exemple #10
0
 def setUpClass(cls):
     h2o.clean_sandbox()
Exemple #11
0
import h2o, h2o_cmd
import h2o_browse as h2b
import time, sys, h2o_hosts

h2o.clean_sandbox()
h2o.parse_our_args()

try:
    while True:
        sys.stdout.write('.')
        sys.stdout.flush()
        #h2o.build_cloud(5)
        h2o_hosts.build_cloud_with_hosts()
        h2o.tear_down_cloud()
        h2o.check_sandbox_for_errors()
except KeyboardInterrupt:
    print 'Interrupted'
finally:
    print 'EAT THE BABIES'
    h2o.tear_down_cloud()
    h2o.check_sandbox_for_errors()