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+# $Id$
+
+# Quality test of media calls.
+# - UA1 calls UA2
+# - UA1 plays a file until finished to be streamed to UA2
+# - UA2 records from stream
+# - Apply PESQ to played file (reference) and recorded file (degraded)
+#
+# File should be:
+# - naming: xxxxxx.CLOCK_RATE.wav, e.g: test1.8.wav
+# - clock-rate of those files can only be 8khz or 16khz
+
+import time
+import imp
+import os
+import sys
+import re
+import subprocess
+import wave
+import shutil
+import inc_const as const
+
+from inc_cfg import *
+
+# Load configuration
+cfg_file = imp.load_source("cfg_file", ARGS[1])
+
+# PESQ configs
+PESQ = "tools/pesq"			# PESQ executable path
+PESQ_DEFAULT_THRESHOLD = 3.4		# Default minimum acceptable PESQ MOS value
+
+# PESQ params
+pesq_sample_rate_opt = ""		# Sample rate option for PESQ
+input_filename	= ""			# Input/Reference filename
+output_filename = ""			# Output/Degraded filename
+
+
+# Test body function
+def test_func(t):
+	global pesq_sample_rate_opt
+	global input_filename
+	global output_filename
+
+	ua1 = t.process[0]
+	ua2 = t.process[1]
+
+	# Get input file name
+	input_filename = re.compile(const.MEDIA_PLAY_FILE).search(ua1.inst_param.arg).group(1)
+
+	# Get output file name
+	output_filename = re.compile(const.MEDIA_REC_FILE).search(ua2.inst_param.arg).group(1)
+
+	# Get WAV input length, in seconds
+	fin = wave.open(input_filename, "r")
+	if fin == None:
+		raise TestError("Failed opening input WAV file")
+	inwavlen = fin.getnframes() * 1.0 / fin.getframerate()
+	inwavlen += 0.2
+	fin.close()
+	print "WAV input len = " + str(inwavlen) + "s"
+
+	# Get clock rate of the output
+	mo_clock_rate = re.compile("\.(\d+)\.wav").search(output_filename)
+	if (mo_clock_rate==None):
+		raise TestError("Cannot compare input & output, incorrect output filename format")
+	clock_rate = mo_clock_rate.group(1)
+	
+	# Get channel count of the output
+	channel_count = 1
+	if re.search("--stereo", ua2.inst_param.arg) != None:
+		channel_count = 2
+	
+	# Get matched input file from output file
+	# (PESQ evaluates only files whose same clock rate & channel count)
+	if channel_count == 2:
+	    if re.search("\.\d+\.\d+\.wav", input_filename) != None:
+		    input_filename = re.sub("\.\d+\.\d+\.wav", "." + str(channel_count) + "."+clock_rate+".wav", input_filename)
+	    else:
+		    input_filename = re.sub("\.\d+\.wav", "." + str(channel_count) + "."+clock_rate+".wav", input_filename)
+
+	if (clock_rate != "8") & (clock_rate != "16"):
+		raise TestError("PESQ only works on clock rate 8kHz or 16kHz, clock rate used = "+clock_rate+ "kHz")
+
+	# Get conference clock rate of UA2 for PESQ sample rate option
+	pesq_sample_rate_opt = "+" + clock_rate + "000"
+
+	# UA1 making call
+	ua1.send("m")
+	ua1.send(t.inst_params[1].uri)
+	ua1.expect(const.STATE_CALLING)
+
+	# UA2 wait until call established
+	ua2.expect(const.STATE_CONFIRMED)
+
+	ua1.sync_stdout()
+	ua2.sync_stdout()
+	time.sleep(2)
+
+	# Disconnect mic -> rec file, to avoid echo recorded when using sound device
+	# Disconnect stream -> spk, make it silent
+	# Connect stream -> rec file, start recording
+	ua2.send("cd 0 1\ncd 4 0\ncc 4 1")
+
+	# Disconnect mic -> stream, make stream purely sending from file
+	# Disconnect stream -> spk, make it silent
+	# Connect file -> stream, start sending
+	ua1.send("cd 0 4\ncd 4 0\ncc 1 4")
+
+	time.sleep(inwavlen)
+
+	# Disconnect files from bridge
+	ua2.send("cd 4 1")
+	ua2.expect(const.MEDIA_DISCONN_PORT_SUCCESS)
+	ua1.send("cd 1 4")
+	ua1.expect(const.MEDIA_DISCONN_PORT_SUCCESS)
+
+
+# Post body function
+def post_func(t):
+	global pesq_sample_rate_opt
+	global input_filename
+	global output_filename
+
+	endpt = t.process[0]
+
+	# Execute PESQ
+	fullcmd = os.path.normpath(PESQ) + " " + pesq_sample_rate_opt + " " + input_filename + " " + output_filename
+	endpt.trace("Popen " + fullcmd)
+	pesq_proc = subprocess.Popen(fullcmd, shell=True, stdout=subprocess.PIPE, universal_newlines=True)
+	pesq_out  = pesq_proc.communicate()
+
+	# Parse ouput
+	mo_pesq_out = re.compile("Prediction[^=]+=\s+([\-\d\.]+)\s*").search(pesq_out[0])
+	if (mo_pesq_out == None):
+		raise TestError("Failed to fetch PESQ result")
+
+	# Get threshold
+	if (cfg_file.pesq_threshold != None) | (cfg_file.pesq_threshold > -0.5 ):
+		threshold = cfg_file.pesq_threshold
+	else:
+		threshold = PESQ_DEFAULT_THRESHOLD
+
+	# Evaluate the PESQ MOS value
+	pesq_res = mo_pesq_out.group(1)
+	if (float(pesq_res) >= threshold):
+		endpt.trace("Success, PESQ result = " + pesq_res + " (target=" + str(threshold) + ").")
+	else:
+		endpt.trace("Failed, PESQ result = " + pesq_res + " (target=" + str(threshold) + ").")
+		# Save the wav file
+		wavoutname = ARGS[1]
+		wavoutname = re.sub("[\\\/]", "_", wavoutname)
+		wavoutname = re.sub("\.py$", ".wav", wavoutname)
+		wavoutname = "logs/" + wavoutname
+		try:
+			shutil.copyfile(output_filename, wavoutname)
+			print "Output WAV is copied to " + wavoutname
+		except:
+			print "Couldn't copy output WAV, please check if 'logs' directory exists."
+
+		raise TestError("WAV seems to be degraded badly, PESQ = "+ pesq_res + " (target=" + str(threshold) + ").")
+
+
+# Here where it all comes together
+test = cfg_file.test_param
+test.test_func = test_func
+test.post_func = post_func
+