def writeTestCollection(identifier,
title,
description,
data,
specLink=None,
credits=[]):
"""
This function generates all of the files needed by a test case and
registers the case with the suite. The arguments:
identifier: The base identifier for the test case. The identifier must be
a - separated sequence of group name (from the groupDefinitions
listed above) and test case description (arbitrary length).
title: A thorough, but not too long, title for the test case.
description: A detailed statement about what the test case is proving.
data: A list of the complete binary data for WOFF.
specLink: The anchor in the WOFF spec that the test case is testing.
credits: A list of dictionaries defining the credits for the test case. The
dictionaries must have this form:
title="Name of the autor or reviewer",
role="author or reviewer",
link="mailto:email or http://contactpage"
"""
assert description not in registeredDescriptions, "Duplicate description! %s" % description
registeredDescriptions.add(description)
specLink = expandSpecLinks(specLink)
tag = identifier.split("-")[0]
for i, d in enumerate(data):
number = "%03d" % (i + 1)
test_identifier = identifier + "-" + number
test_title = title + " " + number
print "Compiling %s..." % test_identifier
assert test_title not in registeredTitles, "Duplicate title! %s" % test_title
assert test_identifier not in registeredIdentifiers, "Duplicate identifier! %s" % test_identifier
registeredIdentifiers.add(test_identifier)
registeredTitles.add(test_title)
woffPath = os.path.join(decoderTestDirectory,
test_identifier) + ".woff2"
f = open(woffPath, "wb")
f.write(d)
f.close()
# register the test
testRegistry[tag].append(
dict(identifier=test_identifier,
title=test_title,
description=description,
roundTrip=False,
specLink=specLink))
def writeTestCollection(identifier, title, description, data, specLink=None, credits=[]):
"""
This function generates all of the files needed by a test case and
registers the case with the suite. The arguments:
identifier: The base identifier for the test case. The identifier must be
a - separated sequence of group name (from the groupDefinitions
listed above) and test case description (arbitrary length).
title: A thorough, but not too long, title for the test case.
description: A detailed statement about what the test case is proving.
data: A list of the complete binary data for WOFF.
specLink: The anchor in the WOFF spec that the test case is testing.
credits: A list of dictionaries defining the credits for the test case. The
dictionaries must have this form:
title="Name of the autor or reviewer",
role="author or reviewer",
link="mailto:email or http://contactpage"
"""
assert description not in registeredDescriptions, "Duplicate description! %s" % description
registeredDescriptions.add(description)
specLink = expandSpecLinks(specLink)
tag = identifier.split("-")[0]
for i, d in enumerate(data):
number = "%03d" % (i + 1)
test_identifier = identifier + "-" + number
test_title = title + " " + number
print "Compiling %s..." % test_identifier
assert test_title not in registeredTitles, "Duplicate title! %s" % test_title
assert test_identifier not in registeredIdentifiers, "Duplicate identifier! %s" % test_identifier
registeredIdentifiers.add(test_identifier)
registeredTitles.add(test_title)
woffPath = os.path.join(decoderTestDirectory, test_identifier) + ".woff2"
f = open(woffPath, "wb")
f.write(d)
f.close()
# register the test
testRegistry[tag].append(
dict(
identifier=test_identifier,
title=test_title,
description=description,
roundTrip=False,
specLink=specLink
)
)
def writeTest(identifier,
title,
description,
data,
specLink=None,
credits=[],
roundTrip=False,
flavor="CFF"):
"""
This function generates all of the files needed by a test case and
registers the case with the suite. The arguments:
identifier: The identifier for the test case. The identifier must be
a - separated sequence of group name (from the groupDefinitions
listed above), test case description (arbitrary length) and a number
to make the name unique. The number should be zero padded to a length
of three characters (ie "001" instead of "1").
title: A thorough, but not too long, title for the test case.
description: A detailed statement about what the test case is proving.
data: The complete binary data for either the WOFF, or both WOFF and SFNT.
specLink: The anchor in the WOFF spec that the test case is testing.
credits: A list of dictionaries defining the credits for the test case. The
dictionaries must have this form:
title="Name of the autor or reviewer",
role="author or reviewer",
link="mailto:email or http://contactpage"
roundTrip: A boolean indicating if this is a round-trip test.
flavor: The flavor of the WOFF data. The options are CFF or TTF.
"""
print "Compiling %s..." % identifier
assert identifier not in registeredIdentifiers, "Duplicate identifier! %s" % identifier
assert title not in registeredTitles, "Duplicate title! %s" % title
assert description not in registeredDescriptions, "Duplicate description! %s" % description
registeredIdentifiers.add(identifier)
registeredTitles.add(title)
registeredDescriptions.add(description)
specLink = expandSpecLinks(specLink)
# generate the SFNT
if roundTrip:
sfntPath = os.path.join(decoderTestDirectory, identifier)
if flavor == "CFF":
sfntPath += ".otf"
else:
sfntPath += ".ttf"
f = open(sfntPath, "wb")
f.write(data[1])
f.close()
data = data[0]
woffPath = os.path.join(decoderTestDirectory, identifier) + ".woff2"
f = open(woffPath, "wb")
f.write(data)
f.close()
# register the test
tag = identifier.split("-")[0]
testRegistry[tag].append(
dict(identifier=identifier,
title=title,
description=description,
roundTrip=roundTrip,
specLink=specLink))
def writeTest(identifier, title, description, data, specLink=None, credits=[], roundTrip=False, flavor="CFF"):
"""
This function generates all of the files needed by a test case and
registers the case with the suite. The arguments:
identifier: The identifier for the test case. The identifier must be
a - separated sequence of group name (from the groupDefinitions
listed above), test case description (arbitrary length) and a number
to make the name unique. The number should be zero padded to a length
of three characters (ie "001" instead of "1").
title: A thorough, but not too long, title for the test case.
description: A detailed statement about what the test case is proving.
data: The complete binary data for either the WOFF, or both WOFF and SFNT.
specLink: The anchor in the WOFF spec that the test case is testing.
credits: A list of dictionaries defining the credits for the test case. The
dictionaries must have this form:
title="Name of the autor or reviewer",
role="author or reviewer",
link="mailto:email or http://contactpage"
roundTrip: A boolean indicating if this is a round-trip test.
flavor: The flavor of the WOFF data. The options are CFF or TTF.
"""
print "Compiling %s..." % identifier
assert identifier not in registeredIdentifiers, "Duplicate identifier! %s" % identifier
assert title not in registeredTitles, "Duplicate title! %s" % title
assert description not in registeredDescriptions, "Duplicate description! %s" % description
registeredIdentifiers.add(identifier)
registeredTitles.add(title)
registeredDescriptions.add(description)
specLink = expandSpecLinks(specLink)
# generate the SFNT
if roundTrip:
sfntPath = os.path.join(decoderTestDirectory, identifier)
if flavor == "CFF":
sfntPath += ".otf"
else:
sfntPath += ".ttf"
f = open(sfntPath, "wb")
f.write(data[1])
f.close()
data = data[0]
woffPath = os.path.join(decoderTestDirectory, identifier) + ".woff2"
f = open(woffPath, "wb")
f.write(data)
f.close()
# register the test
tag = identifier.split("-")[0]
testRegistry[tag].append(
dict(
identifier=identifier,
title=title,
description=description,
roundTrip=roundTrip,
specLink=specLink
)
)
""".strip()
tableDirectoryNote = """
These files are valid SFNTs that excercise conversion of the table directory.
""".strip()
bitwiseNote = """
These files are provided as test cases for checking that the
result of converting to WOFF and back to SFNT results in a file
that is bitwise identical to the original SFNT.
""".strip()
groupDefinitions = [
# identifier, title, spec section, category note
("validsfnt", "Valid SFNTs", None, validNote),
("invalidsfnt", "Invalid SFNT Tests", expandSpecLinks("#conform-incorrect-reject"), invalidSFNTNote),
("tabledata", "SFNT Table Data Tests", expandSpecLinks("#DataTables"), tableDataNote),
("tabledirectory", "SFNT Table Directory Tests", expandSpecLinks("#DataTables"), tableDirectoryNote),
("bitwiseidentical", "SFNT Bitwise Identical Tests", expandSpecLinks("#conform-identical"), bitwiseNote),
]
testRegistry = {}
for group in groupDefinitions:
tag = group[0]
testRegistry[tag] = []
# -----------------
# Test Case Writing
# -----------------
registeredIdentifiers = set()
tableDirectoryNote = """
These files are valid SFNTs that excercise conversion of the table directory.
""".strip()
bitwiseNote = """
These files are provided as test cases for checking that the
result of converting to WOFF and back to SFNT results in a file
that is bitwise identical to the original SFNT.
""".strip()
groupDefinitions = [
# identifier, title, spec section, category note
("validsfnt", "Valid SFNTs", None, validNote),
("invalidsfnt", "Invalid SFNT Tests",
expandSpecLinks("#conform-incorrect-reject"), invalidSFNTNote),
("tabledata", "SFNT Table Data Tests", expandSpecLinks("#DataTables"),
tableDataNote),
("tabledirectory", "SFNT Table Directory Tests",
expandSpecLinks("#DataTables"), tableDirectoryNote),
("bitwiseidentical", "SFNT Bitwise Identical Tests",
expandSpecLinks("#conform-identical"), bitwiseNote),
]
testRegistry = {}
for group in groupDefinitions:
tag = group[0]
testRegistry[tag] = []
# -----------------
# Test Case Writing
tableDataNote = """
These files are valid SFNTs that excercise conversion of the table data.
""".strip()
tableDirectoryNote = """
These files are valid SFNTs that excercise conversion of the table directory.
""".strip()
collectionNote = """
These files are valid SFNTs that excercise conversion of font collections.
""".strip()
groupDefinitions = [
# identifier, title, spec section, category note
("tabledirectory", "SFNT Table Directory Tests", expandSpecLinks("#DataTables"), tableDirectoryNote),
("tabledata", "SFNT Table Data Tests", expandSpecLinks("#DataTables"), tableDataNote),
("collection", "SFNT Collection Tests", expandSpecLinks("#DataTables"), collectionNote),
]
testRegistry = {}
for group in groupDefinitions:
tag = group[0]
testRegistry[tag] = []
# -----------------
# Test Case Writing
# -----------------
registeredIdentifiers = set()
registeredTitles = set()
