X-Git-Url: https://main.carlh.net/gitweb/?a=blobdiff_plain;ds=sidebyside;f=test%2Fref%2Fmake.py;h=ac8ff15570bad3a7d48cd26eb0aac46b1d6dd2dd;hb=422c8a63d2368a2e63aee4c391207e3332d1d4c7;hp=013a7c248bb81b0696bc7fd27dc88b5e96087b24;hpb=0e7591e3bf95d4abe08d854850b6fc4e411586b0;p=libdcp.git

diff --git a/test/ref/make.py b/test/ref/make.py
index 013a7c24..ac8ff155 100755
--- a/test/ref/make.py
+++ b/test/ref/make.py
@@ -1,22 +1,52 @@
 #!/usr/bin/python
 
+#
+# This slightly ridiculous script gets OpenDCP to generate
+# a DCP using out test reference data (in j2c/ and wav/)
+# and then adjusts its XML output to account for the fact
+# that OpenDCP will generate its own random UUIDs (and use
+# current timestamps).  We set UUIDs and timestamps back
+# to what our test suite will expect.
+#
+# The output of this script is checked into git, so
+# there's normally no need to run it.
+#
+# If you do run it, the XML should be right but the 
+# MXFs that OpenDCP generates will not be quite what
+# we expect, as they also contain random UUIDs.  I don't
+# think there's an easy way round that, so after running
+# this script you will need to check that the libdcp
+# test code generates correct MXFs (by verification on
+# a projector, probably), and then copy those MXFs into the
+# test/ref/DCP directory.
+#
+
 import os
 import sys
 import fileinput
 from lxml import etree
 
-def replace(l, a, b):
-    return l.replace(a, b)
-
+# Namespaces for the various XML files
 assetmap_namespace = 'http://www.smpte-ra.org/schemas/429-9/2007/AM'
 cpl_namespace = 'http://www.smpte-ra.org/schemas/429-7/2006/CPL'
+pkl_namespace = 'http://www.smpte-ra.org/schemas/429-8/2007/PKL'
 
-wanted_cpl_id = 'df0e4141-13c3-4a7a-bef8-b5a04fcbc4bb'
-wanted_pkl_id = '8e293965-f8ad-48c6-971d-261b01f65cdb'
-wanted_assetmap_id = '18be072e-5a0f-44e1-b2eb-c8a52ae12789'
+# The UUIDs of things that we want to put into the
+# OpenDCP-generated XML
+wanted_cpl_id = '9892e944-5046-4dbb-af7c-f50742f62fc2'
+wanted_pkl_id = 'df0e4141-13c3-4a7a-bef8-b5a04fcbc4bb'
+wanted_assetmap_id = 'b135d5cf-d180-43d8-b0b3-7373737b73bf'
 wanted_video_mxf_id = '81fb54df-e1bf-4647-8788-ea7ba154375b'
-wanted_audio_mxf_id = 'c38bdd62-ce03-4988-8603-195f134207c7'
+wanted_audio_mxf_id = '67b9341e-cadd-4dac-9d5c-f5a1d59f2d06'
+wanted_reel_id = '379fa64c-ad71-46cf-bef7-b45624006610'
+
+# The hashes of the assets: first is the video MXF, second the audio MXF and third the CPL.
+wanted_asset_hashes = ['VB9LCTmiD9OLlw4SvrEWUm5d67Q=', 'HapNpn7MjiJLa1OHRI61Rx8N/is=', 'PbXuvpUOKccTLMxg/lEbaXvNCT4=']
 
+# The issue date that we want to use
+wanted_issue_date = '2012-07-17T04:45:18+00:00'
+
+# Get OpenDCP to make the DCP
 os.system('rm -rf DCP')
 os.mkdir('DCP')
 os.system('opendcp_mxf -i j2c -o DCP/video.mxf -r 24')
@@ -24,9 +54,13 @@ os.system('opendcp_mxf -i wav -o DCP/audio.mxf -r 24')
 os.system('opendcp_xml --reel DCP/video.mxf DCP/audio.mxf -k feature -t "A Test DCP" -a "A Test DCP"')
 os.system('mv *.xml DCP')
 
+# Find what IDs it used
 cpl_id = None
 pkl_id = None
 assetmap_id = None
+video_mxf_id = None
+audio_mxf_id = None
+reel_id = None
 
 for r, d, f in os.walk('DCP'):
     for n in f:
@@ -35,6 +69,7 @@ for r, d, f in os.walk('DCP'):
         elif n.endswith('pkl.xml'):
             pkl_id = n[0:-8]
 
+# (along the way, rename the CPL/PKL files)
 os.rename('DCP/%s_cpl.xml' % cpl_id, 'DCP/%s_cpl.xml' % wanted_cpl_id)
 os.rename('DCP/%s_pkl.xml' % pkl_id, 'DCP/%s_pkl.xml' % wanted_pkl_id)
 
@@ -61,15 +96,38 @@ audio_mxf_id = xml.getroot().find(cpl_name('ReelList')).    \
                              find(cpl_name('Id')).text
 audio_mxf_id = audio_mxf_id.replace('urn:uuid:', '')
 
+reel_id =      xml.getroot().find(cpl_name('ReelList')).    \
+                             find(cpl_name('Reel')).        \
+                             find(cpl_name('Id')).text
+reel_id = reel_id.replace('urn:uuid:', '')
+
+def pkl_name(s):
+    return '{%s}%s' % (pkl_namespace, s)
+
+xml = etree.parse('DCP/%s_pkl.xml' % wanted_pkl_id)
+
+asset_list =   xml.getroot().find(pkl_name('AssetList'))
+asset_hashes = []
+for a in asset_list.iter():
+    if a.tag == "{%s}Hash" % pkl_namespace:
+        asset_hashes.append(a.text)
+
+issue_date =    xml.getroot().find(pkl_name('IssueDate')).text
+
+# Now run through the XML files doing the replacements
 for r, d, f in os.walk('DCP'):
     for n in f:
         if n.endswith('.xml'):
             for line in fileinput.input(os.path.join(r, n), inplace = 1):
-                line = replace(line, cpl_id, wanted_cpl_id)
-                line = replace(line, pkl_id, wanted_pkl_id)
-                line = replace(line, assetmap_id, wanted_assetmap_id)
-                line = replace(line, video_mxf_id, wanted_video_mxf_id)
-                line = replace(line, audio_mxf_id, wanted_audio_mxf_id)
+                line = line.replace(cpl_id, wanted_cpl_id)
+                line = line.replace(pkl_id, wanted_pkl_id)
+                line = line.replace(assetmap_id, wanted_assetmap_id)
+                line = line.replace(video_mxf_id, wanted_video_mxf_id)
+                line = line.replace(audio_mxf_id, wanted_audio_mxf_id)
+                line = line.replace(reel_id, wanted_reel_id)
+                line = line.replace(issue_date, wanted_issue_date)
+                for i in range(0, len(asset_hashes)):
+                    line = line.replace(asset_hashes[i], wanted_asset_hashes[i])
                 print line,