def go(sTargetDirectory, iMaxFiles):
print( 'go' )
if not os.path.isdir( sTargetDirectory ):
os.makedirs( sTargetDirectory )
index_processor.get_fileInfos( sTargetDirectory )
zip_downloader.downloadFiles( sTargetDirectory )
test_samples = dataset_partitioner.draw_test_samples( sTargetDirectory )
zipsToDats( sTargetDirectory, test_samples, 'test' )
createSingleDat(sTargetDirectory, 'test', test_samples )
train10k_samples = dataset_partitioner.draw_training_10k( sTargetDirectory )
zipsToDats( sTargetDirectory, train10k_samples, 'train10k' )
createSingleDat(sTargetDirectory, 'train10k', train10k_samples )
def draw_samples( dataDirectory, numSamples ):
# draws filename, and game index number, from the available games
# without replacement (so we should check for dupes :-( )
# first we should create a single list, containing pairs of ( filename, gameindex )
# then we will draw samples from this
# we should restrict the available games to something static, eg everything up to dec 2014, inclusive
availableGames = []
fileinfos = index_processor.get_fileInfos( dataDirectory )
for fileinfo in fileinfos:
filename = fileinfo['filename']
year = int( filename.split('-')[1].split('_')[0] )
if year > 2014:
continue # ignore after 2014, to keep the set of games fixed
numgames = fileinfo['numGames']
for i in range( numgames ):
availableGames.append( ( filename, i ) )
print( 'total num games: ' + str( len( availableGames ) ) )
# need to seed random first
random.seed(0)
samplesSet = set()
while len( samplesSet ) < numSamples:
sample = random.choice( availableGames )
if sample not in samplesSet:
samplesSet.add( sample )
print( 'Drawn ' + str( numSamples ) + ' samples:' )
# copy to list
samples = list( samplesSet )
return samples
def draw_all_training( dataDirectory ):
test_samples = draw_test_samples( dataDirectory )
availableGames = []
fileinfos = index_processor.get_fileInfos( dataDirectory )
for fileinfo in fileinfos:
filename = fileinfo['filename']
year = int( filename.split('-')[1].split('_')[0] )
if year > 2014:
continue # ignore after 2014, to keep the set of games fixed
numgames = fileinfo['numGames']
for i in range( numgames ):
availableGames.append( ( filename, i ) )
print( 'total num games: ' + str( len( availableGames ) ) )
# need to seed random first
random.seed(0)
# I suppose the first 100 samples will be the testing ones :-P
# anyway, just skip those....
samplesSet = set()
for sample in availableGames:
if sample not in test_samples:
samplesSet.add( sample )
print( 'Drawn all samples, ie ' + str( len( samplesSet ) ) + ' samples:' )
# copy to list
samples = list( samplesSet )
return samples
def draw_samples(dataDirectory, numSamples):
# draws filename, and game index number, from the available games
# without replacement (so we should check for dupes :-( )
# first we should create a single list, containing pairs of ( filename, gameindex )
# then we will draw samples from this
# we should restrict the available games to something static, eg everything up to dec 2014, inclusive
availableGames = []
fileinfos = index_processor.get_fileInfos(dataDirectory)
for fileinfo in fileinfos:
filename = fileinfo['filename']
year = int(filename.split('-')[1].split('_')[0])
if year > 2014:
continue # ignore after 2014, to keep the set of games fixed
numgames = fileinfo['numGames']
for i in range(numgames):
availableGames.append((filename, i))
print('total num games: ' + str(len(availableGames)))
# need to seed random first
random.seed(0)
samplesSet = set()
while len(samplesSet) < numSamples:
sample = random.choice(availableGames)
if sample not in samplesSet:
samplesSet.add(sample)
print('Drawn ' + str(numSamples) + ' samples:')
# copy to list
samples = list(samplesSet)
return samples
def draw_all_training(dataDirectory):
test_samples = draw_test_samples(dataDirectory)
availableGames = []
fileinfos = index_processor.get_fileInfos(dataDirectory)
for fileinfo in fileinfos:
filename = fileinfo['filename']
year = int(filename.split('-')[1].split('_')[0])
if year > 2014:
continue # ignore after 2014, to keep the set of games fixed
numgames = fileinfo['numGames']
for i in range(numgames):
availableGames.append((filename, i))
print('total num games: ' + str(len(availableGames)))
# need to seed random first
random.seed(0)
# I suppose the first 100 samples will be the testing ones :-P
# anyway, just skip those....
samplesSet = set()
for sample in availableGames:
if sample not in test_samples:
samplesSet.add(sample)
print('Drawn all samples, ie ' + str(len(samplesSet)) + ' samples:')
# copy to list
samples = list(samplesSet)
return samples
def downloadFiles(sTargetDirectory):
fileInfos = index_processor.get_fileInfos(sTargetDirectory)
urlsToDo = []
for fileinfo in fileInfos:
url = fileinfo['url']
print(url)
sFilename = fileinfo['filename']
if not os.path.isfile(sTargetDirectory + '/' + sFilename):
urlsToDo.append((url, sTargetDirectory + '/' + sFilename))
print('to do: ' + url + ' ... ')
pool = multiprocessing.Pool(processes=16)
try:
it = pool.imap(
worker,
urlsToDo,
)
for i in it:
# print( i )
pass
pool.close()
pool.join()
except KeyboardInterrupt:
print("Caught KeyboardInterrupt, terminating workers")
pool.terminate()
pool.join()
sys.exit(-1)
def draw_training_games( dataDirectory ):
# gets list of all non-test games, that are no later than dec 2014
global testGames
train_games = []
fileinfos = index_processor.get_fileInfos( dataDirectory )
for fileinfo in fileinfos:
filename = fileinfo['filename']
year = int( filename.split('-')[1].split('_')[0] )
if year > 2014:
continue # ignore after 2014, to keep the set of games fixed
numgames = fileinfo['numGames']
for i in range( numgames ):
sample = ( filename, i )
if sample not in testGames:
train_games.append( sample )
print( 'total num training games: ' + str( len( train_games ) ) )
def draw_training_games(dataDirectory):
# gets list of all non-test games, that are no later than dec 2014
global testGames
train_games = []
fileinfos = index_processor.get_fileInfos(dataDirectory)
for fileinfo in fileinfos:
filename = fileinfo['filename']
year = int(filename.split('-')[1].split('_')[0])
if year > 2014:
continue # ignore after 2014, to keep the set of games fixed
numgames = fileinfo['numGames']
for i in range(numgames):
sample = (filename, i)
if sample not in testGames:
train_games.append(sample)
print('total num training games: ' + str(len(train_games)))
def downloadFiles( sTargetDirectory ):
fileInfos = index_processor.get_fileInfos( sTargetDirectory )
urlsToDo = []
for fileinfo in fileInfos:
url = fileinfo['url']
print( url )
sFilename = fileinfo['filename']
if not os.path.isfile( sTargetDirectory + '/' + sFilename ):
urlsToDo.append( ( url, sTargetDirectory + '/' + sFilename ) )
print( 'to do: ' + url + ' ... ' )
pool = multiprocessing.Pool( processes = 16 )
try:
it = pool.imap( worker, urlsToDo, )
for i in it:
# print( i )
pass
pool.close()
pool.join()
except KeyboardInterrupt:
print( "Caught KeyboardInterrupt, terminating workers" )
pool.terminate()
pool.join()
sys.exit(-1)