Removed plenty of code which went into git-python. This is just for completeness, gitdb doesn't need to be worked on anymoregitdbmerger

1 files changed, 0 insertions, 189 deletions

diff --git a/gitdb/test/performance/test_stream.py b/gitdb/test/performance/test_stream.py
index 0e47484..d64346e 100644
--- a/gitdb/test/performance/test_stream.py
+++ b/gitdb/test/performance/test_stream.py
@@ -3,193 +3,4 @@
 # This module is part of GitDB and is released under
 # the New BSD License: http://www.opensource.org/licenses/bsd-license.php
 """Performance data streaming performance"""
-from lib import TestBigRepoR
-from gitdb.db.py import *
-from gitdb.base import *
-from gitdb.stream import *
-from gitdb.util import (
-							pool,
-							bin_to_hex
-						)
-from gitdb.typ import str_blob_type
-from gitdb.fun import chunk_size
 
-from async import ( 
-	IteratorReader, 
-	ChannelThreadTask,
-	)
-
-from cStringIO import StringIO
-from time import time
-import os
-import sys
-import stat
-import subprocess
-
-
-from lib import (
-	TestBigRepoR,
-	make_memory_file,
-	with_rw_directory
-	)
-
-
-#{ Utilities
-def read_chunked_stream(stream):
-	total = 0
-	while True:
-		chunk = stream.read(chunk_size)
-		total += len(chunk)
-		if len(chunk) < chunk_size:
-			break
-	# END read stream loop
-	assert total == stream.size
-	return stream
-	
-	
-class TestStreamReader(ChannelThreadTask):
-	"""Expects input streams and reads them in chunks. It will read one at a time, 
-	requireing a queue chunk of size 1"""
-	def __init__(self, *args):
-		super(TestStreamReader, self).__init__(*args)
-		self.fun = read_chunked_stream
-		self.max_chunksize = 1
-	
-
-#} END utilities
-
-class TestObjDBPerformance(TestBigRepoR):
-	
-	large_data_size_bytes = 1000*1000*50		# some MiB should do it
-	moderate_data_size_bytes = 1000*1000*1		# just 1 MiB
-	
-	@with_rw_directory
-	def test_large_data_streaming(self, path):
-		ldb = PureLooseObjectODB(path)
-		string_ios = list()			# list of streams we previously created
-		
-		# serial mode 
-		for randomize in range(2):
-			desc = (randomize and 'random ') or ''
-			print >> sys.stderr, "Creating %s data ..." % desc
-			st = time()
-			size, stream = make_memory_file(self.large_data_size_bytes, randomize)
-			elapsed = time() - st
-			print >> sys.stderr, "Done (in %f s)" % elapsed
-			string_ios.append(stream)
-			
-			# writing - due to the compression it will seem faster than it is 
-			st = time()
-			sha = ldb.store(IStream('blob', size, stream)).binsha
-			elapsed_add = time() - st
-			assert ldb.has_object(sha)
-			db_file = ldb.readable_db_object_path(bin_to_hex(sha))
-			fsize_kib = os.path.getsize(db_file) / 1000
-			
-			
-			size_kib = size / 1000
-			print >> sys.stderr, "Added %i KiB (filesize = %i KiB) of %s data to loose odb in %f s ( %f Write KiB / s)" % (size_kib, fsize_kib, desc, elapsed_add, size_kib / elapsed_add)
-			
-			# reading all at once
-			st = time()
-			ostream = ldb.stream(sha)
-			shadata = ostream.read()
-			elapsed_readall = time() - st
-			
-			stream.seek(0)
-			assert shadata == stream.getvalue()
-			print >> sys.stderr, "Read %i KiB of %s data at once from loose odb in %f s ( %f Read KiB / s)" % (size_kib, desc, elapsed_readall, size_kib / elapsed_readall)
-			
-			
-			# reading in chunks of 1 MiB
-			cs = 512*1000
-			chunks = list()
-			st = time()
-			ostream = ldb.stream(sha)
-			while True:
-				data = ostream.read(cs)
-				chunks.append(data)
-				if len(data) < cs:
-					break
-			# END read in chunks
-			elapsed_readchunks = time() - st
-			
-			stream.seek(0)
-			assert ''.join(chunks) == stream.getvalue()
-			
-			cs_kib = cs / 1000
-			print >> sys.stderr, "Read %i KiB of %s data in %i KiB chunks from loose odb in %f s ( %f Read KiB / s)" % (size_kib, desc, cs_kib, elapsed_readchunks, size_kib / elapsed_readchunks)
-			
-			# del db file so we keep something to do
-			os.remove(db_file)
-		# END for each randomization factor
-		
-		
-		# multi-threaded mode
-		# want two, should be supported by most of todays cpus
-		pool.set_size(2)
-		total_kib = 0
-		nsios = len(string_ios)
-		for stream in string_ios:
-			stream.seek(0)
-			total_kib += len(stream.getvalue()) / 1000
-		# END rewind
-		
-		def istream_iter():
-			for stream in string_ios:
-				stream.seek(0)
-				yield IStream(str_blob_type, len(stream.getvalue()), stream)
-			# END for each stream
-		# END util
-		
-		# write multiple objects at once, involving concurrent compression
-		reader = IteratorReader(istream_iter())
-		istream_reader = ldb.store_async(reader)
-		istream_reader.task().max_chunksize = 1
-		
-		st = time()
-		istreams = istream_reader.read(nsios)
-		assert len(istreams) == nsios
-		elapsed = time() - st
-		
-		print >> sys.stderr, "Threads(%i): Compressed %i KiB of data in loose odb in %f s ( %f Write KiB / s)" % (pool.size(), total_kib, elapsed, total_kib / elapsed)
-		
-		# decompress multiple at once, by reading them
-		# chunk size is not important as the stream will not really be decompressed
-		
-		# until its read
-		istream_reader = IteratorReader(iter([ i.binsha for i in istreams ]))
-		ostream_reader = ldb.stream_async(istream_reader)
-		
-		chunk_task = TestStreamReader(ostream_reader, "chunker", None)
-		output_reader = pool.add_task(chunk_task)
-		output_reader.task().max_chunksize = 1
-		
-		st = time()
-		assert len(output_reader.read(nsios)) == nsios
-		elapsed = time() - st
-		
-		print >> sys.stderr, "Threads(%i): Decompressed %i KiB of data in loose odb in %f s ( %f Read KiB / s)" % (pool.size(), total_kib, elapsed, total_kib / elapsed)
-		
-		# store the files, and read them back. For the reading, we use a task 
-		# as well which is chunked into one item per task. Reading all will
-		# very quickly result in two threads handling two bytestreams of 
-		# chained compression/decompression streams
-		reader = IteratorReader(istream_iter())
-		istream_reader = ldb.store_async(reader)
-		istream_reader.task().max_chunksize = 1
-		
-		istream_to_sha = lambda items: [ i.binsha for i in items ]
-		istream_reader.set_post_cb(istream_to_sha)
-		
-		ostream_reader = ldb.stream_async(istream_reader)
-		
-		chunk_task = TestStreamReader(ostream_reader, "chunker", None)
-		output_reader = pool.add_task(chunk_task)
-		output_reader.max_chunksize = 1
-		
-		st = time()
-		assert len(output_reader.read(nsios)) == nsios
-		elapsed = time() - st
-		
-		print >> sys.stderr, "Threads(%i): Compressed and decompressed and read %i KiB of data in loose odb in %f s ( %f Combined KiB / s)" % (pool.size(), total_kib, elapsed, total_kib / elapsed)