def funcify(maybe_curry):
if ':' in maybe_curry:
from functools import partial
from urllib import unquote
dotted_name, arg = maybe_curry.split(':', 1)
return partial(reify(dotted_name, globals=globals()), unquote(arg))
return reify(maybe_curry, globals=globals())
def chunk(program, tag, *urls):
"""Usage: tag [url ...]
Chunks the contents of the urls, pushes the chunks to ddfs and tags them.
"""
from itertools import chain
from disco.util import reify
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
def getSizeIfSupplied(value, default):
if value is not None:
from disco.fileutils import MB
return int(float(value) * MB)
else:
return default
from disco.fileutils import CHUNK_SIZE, MAX_RECORD_SIZE
chunk_size = getSizeIfSupplied(program.options.size, CHUNK_SIZE)
max_record_size = getSizeIfSupplied(program.options.max_record_size, MAX_RECORD_SIZE)
reader = reify(program.options.reader or 'None')
tag, blobs = program.ddfs.chunk(tag,
chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader,
replicas=program.options.replicas,
forceon=[] if not program.options.forceon else
[program.options.forceon],
chunk_size=chunk_size,
max_record_size=max_record_size,
update=program.options.update)
for replicas in blobs:
print('created: {0}'.format('\t'.join(replicas)))
def run(program, jobclass, *inputs):
"""Usage: jobclass [-n name] [--save] [--sort] [--profile] [--partitions P] [--sched_max_cores C] [--status_interval I] [input ...]
Create an instance of jobclass and run it.
Input urls are specified as arguments or read from stdin.
"""
from disco.core import Params
from disco.util import reify
def maybe_list(seq):
return seq[0] if len(seq) == 1 else seq
name = program.options.name or jobclass.split('.')[-1]
input = inputs or [
maybe_list(line.split()) for line in fileinput.input(inputs)
]
job = reify(jobclass)(program.disco, name)
try:
params = job.params
except AttributeError:
params = Params()
params.__dict__.update(**dict(program.options.params))
job.run(input=input, **program.option_parser.jobdict)
print job.name
def check_reify(option, opt, val):
from disco.util import reify
try:
return reify(val)
except Exception, e:
raise OptionValueError("%s option: %s" % (opt, str(e)))
def chunk(program, tag, *urls):
"""Usage: tag [url ...]
Chunks the contents of the urls, pushes the chunks to ddfs and tags them.
For chunking a file in the current directory, a './' must be prepended to the
file name. Otherwise, ddfs chunk assumes it is a tag name.
The character '-' can be used to specify that input can be read from stdin
for example:
cat chekhov.txt | ddfs chunk chekhov -
is the same as:
ddfs chunk chekhov ./chekhov.txt
and both of them chunk the chekhov.txt file from the local directory into
ddfs.
"""
from itertools import chain
from disco.util import reify
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
def getSizeIfSupplied(value, default):
if value is not None:
from disco.fileutils import MB
return int(float(value) * MB)
else:
return default
from disco.fileutils import CHUNK_SIZE, MAX_RECORD_SIZE
chunk_size = getSizeIfSupplied(program.options.size, CHUNK_SIZE)
max_record_size = getSizeIfSupplied(program.options.max_record_size,
MAX_RECORD_SIZE)
reader = reify(program.options.reader or 'None')
tag, blobs = program.ddfs.chunk(tag,
chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader,
replicas=program.options.replicas,
forceon=[] if not program.options.forceon
else [program.options.forceon],
chunk_size=chunk_size,
max_record_size=max_record_size,
update=program.options.update)
for replicas in blobs:
print('created: {0}'.format('\t'.join(replicas)))
def chunk(program, tag, *urls):
"""Usage: tag [url ...]
Chunks the contents of the urls, pushes the chunks to ddfs and tags them.
For chunking a file in the current directory, a './' must be prepended to the
file name. Otherwise, ddfs chunk assumes it is a tag name.
The character '-' can be used to specify that input can be read from stdin
for example:
cat chekhov.txt | ddfs chunk chekhov -
is the same as:
ddfs chunk chekhov ./chekhov.txt
and both of them chunk the chekhov.txt file from the local directory into
ddfs.
"""
from itertools import chain
from disco.util import reify
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
def getSizeIfSupplied(value, default):
if value is not None:
from disco.fileutils import MB
return int(float(value) * MB)
else:
return default
from disco.fileutils import CHUNK_SIZE, MAX_RECORD_SIZE
chunk_size = getSizeIfSupplied(program.options.size, CHUNK_SIZE)
max_record_size = getSizeIfSupplied(program.options.max_record_size, MAX_RECORD_SIZE)
reader = reify(program.options.reader or 'None')
tag, blobs = program.ddfs.chunk(tag,
chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader,
replicas=program.options.replicas,
forceon=[] if not program.options.forceon else
[program.options.forceon],
chunk_size=chunk_size,
max_record_size=max_record_size,
update=program.options.update)
for replicas in blobs:
print('created: {0}'.format('\t'.join(replicas)))
def chunk(program, tag, *urls):
"""Usage: [-n replicas] [-S stream] [-R reader] [-t token] [-u] tag [url ...]
Chunks the contents of the urls, pushes the chunks to ddfs and tags them.
"""
from disco.util import reify
tags, urls = program.separate_tags(*urls)
stream = reify(program.options.stream)
reader = reify(program.options.reader or 'None')
tag, blobs = program.ddfs.chunk(tag,
chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader,
replicas=program.options.replicas,
update=program.options.update)
for replicas in blobs:
print 'created: %s' % '\t'.join(replicas)
def chunk(program, tag, *urls):
"""Usage: tag [url ...]
Chunks the contents of the urls, pushes the chunks to ddfs and tags them.
"""
from itertools import chain
from disco.util import reify
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
reader = reify(program.options.reader or 'None')
tag, blobs = program.ddfs.chunk(tag,
chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader,
replicas=program.options.replicas,
update=program.options.update)
for replicas in blobs:
print('created: {0}'.format('\t'.join(replicas)))
def chunk(program, tag, *urls):
"""Usage: tag [url ...]
Chunks the contents of the urls, pushes the chunks to ddfs and tags them.
"""
from itertools import chain
from disco.util import reify
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
reader = reify(program.options.reader or 'None')
tag, blobs = program.ddfs.chunk(tag,
chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader,
replicas=program.options.replicas,
update=program.options.update)
for replicas in blobs:
print('created: {0}'.format('\t'.join(replicas)))
def xcat(program, *urls):
"""Usage: [urls ...]
Concatenate the extracted results stored in url[s] and print to stdout.
If any of the url[s] are tags,
the blobs reachable from the tags will be printed after any non-tag url[s].
"""
from itertools import chain
from disco.core import classic_iterator
from disco.util import iterify, reify
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
reader = program.options.reader
reader = reify('disco.func.chain_reader' if reader is None else reader)
for record in classic_iterator(chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader):
print('\t'.join('{0}'.format(e) for e in iterify(record)).rstrip())
def xcat(program, *urls):
"""Usage: [-i] [-p] [-R reader] [-t token] [urls ...]
Concatenate the extracted results stored in url[s] and print to stdout.
If any of the url[s] are tags,
the blobs reachable from the tags will be printed after any non-tag url[s].
"""
from disco.core import RecordIter
from disco.util import iterify, reify
tags, urls = program.separate_tags(*urls)
stream = reify(program.options.stream)
reader = program.options.reader
reader = reify('disco.func.chain_reader' if reader is None else reader)
for record in RecordIter(chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader):
print '\t'.join('%s' % (e,) for e in iterify(record)).rstrip()
def xcat(program, *urls):
"""Usage: [urls ...]
Concatenate the extracted results stored in url[s] and print to stdout.
If any of the url[s] are tags,
the blobs reachable from the tags will be printed after any non-tag url[s].
"""
from itertools import chain
from disco.core import classic_iterator
from disco.util import iterify, reify
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
reader = program.options.reader
reader = reify('disco.func.chain_reader' if reader is None else reader)
for record in classic_iterator(chain(urls, program.blobs(*tags)),
input_stream=stream,
reader=reader):
print('\t'.join('{0}'.format(e) for e in iterify(record)).rstrip())
def xcat(program, *urls):
"""Usage: [urls ...]
Concatenate the extracted results stored in url[s] and print to stdout.
If any of the url[s] are tags,
the blobs reachable from the tags will be printed after any non-tag url[s].
"""
from itertools import chain
from disco.core import classic_iterator
from disco.util import iterify, reify, urlresolve, proxy_url
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
reader = program.options.reader
reader = reify('disco.func.chain_reader' if reader is None else reader)
bloburls = [[proxy_url(urlresolve(u), to_master=False) for u in repset]
for repset in chain(urls, program.blobs(*tags))]
for record in classic_iterator(bloburls,
input_stream=stream,
reader=reader):
print '\t'.join('%s' % (e,) for e in iterify(record)).rstrip()
def xcat(program, *urls):
"""Usage: [urls ...]
Concatenate the extracted results stored in url[s] and print to stdout.
If any of the url[s] are tags,
the blobs reachable from the tags will be printed after any non-tag url[s].
"""
from itertools import chain
from disco.core import classic_iterator
from disco.util import iterify, reify, urlresolve, proxy_url
tags, urls = program.separate_tags(*program.input(*urls))
stream = reify(program.options.stream)
reader = program.options.reader
reader = reify('disco.func.chain_reader' if reader is None else reader)
bloburls = [[proxy_url(urlresolve(u), to_master=False) for u in repset]
for repset in chain(urls, program.blobs(*tags))]
for record in classic_iterator(bloburls,
input_stream=stream,
reader=reader):
print '\t'.join('%s' % (e, ) for e in iterify(record)).rstrip()
def run(program, jobclass, *inputs):
"""Usage: jobclass [-n name] [--save] [--sort] [--profile] [--partitions P] [--sched_max_cores C] [--status_interval I] [input ...]
Create an instance of jobclass and run it.
Input urls are specified as arguments or read from stdin.
"""
from disco.util import reify
def maybe_list(seq):
return seq[0] if len(seq) == 1 else seq
name = program.options.name or jobclass.split('.')[-1]
input = inputs or [maybe_list(line.split())
for line in fileinput.input(inputs)]
job = reify(jobclass)(program.disco, name)
job.run(input=input, **program.option_parser.jobdict)
print job.name
def xcat(program, *urls):
"""Usage: [-i] [-p] [-R reader] [urls ...]
Concatenate the extracted results stored in url[s] and print to stdout.
If any of the url[s] are tags,
the blobs reachable from the tags will be printed after any non-tag url[s].
"""
from disco.core import result_iterator
from disco.util import iterify, reify
tags, urls = program.separate_tags(*urls)
reader = reify(program.options.reader or 'disco.func.chain_reader')
for result in result_iterator(chain(urls, program.blobs(*tags)),
reader=reader):
print '\t'.join(map(str, iterify(result)))
def run(program, jobclass, *inputs):
"""Usage: jobclass [input ...]
Create an instance of jobclass and run it.
Input urls are specified as arguments or read from stdin.
"""
from disco.util import reify
sys.path.insert(0, "")
job = reify(jobclass)(name=program.options.name, master=program.disco, settings=program.settings)
input = program.input(*inputs)
if any(input):
program.options.jobargs["input"] = input
if program.options.scheduler:
program.options.jobargs["scheduler"] = program.scheduler
job.run(**program.options.jobargs)
print(job.name)
def run(program, jobclass, *inputs):
"""Usage: jobclass [input ...]
Create an instance of jobclass and run it.
Input urls are specified as arguments or read from stdin.
"""
from disco.util import reify
sys.path.insert(0, '')
job = reify(jobclass)(name=program.options.name,
master=program.disco,
settings=program.settings)
input = program.input(*inputs)
if any(input):
program.options.jobargs['input'] = input
if program.options.scheduler:
program.options.jobargs['scheduler'] = program.scheduler
job.run(**program.options.jobargs)
print(job.name)
def check_reify(option, opt, val):
from disco.util import reify
try:
return reify(val)
except Exception as e:
raise OptionValueError('{0} option: {1}'.format(opt, str(e)))
def check_reify(option, opt, val):
from disco.util import reify
try:
return reify(val)
except Exception as e:
raise OptionValueError('{0} option: {1}'.format(opt, str(e)))
def check_reify(option, opt, val):
from disco.util import reify
try:
return reify(val)
except Exception, e:
raise OptionValueError('%s option: %s' % (opt, str(e)))
