def test_decompilePoints_roundTrip(self): numPointsInGlyph = 500 # greater than 255, so we also exercise code path for 16-bit encoding compile = lambda points: GlyphVariation.compilePoints(points, numPointsInGlyph) decompile = lambda data: set(GlyphVariation.decompilePoints_(numPointsInGlyph, data, 0)[0]) for i in range(50): points = set(random.sample(range(numPointsInGlyph), 30)) self.assertSetEqual(points, decompile(compile(points)), "failed round-trip decompile/compilePoints; points=%s" % points) allPoints = set(range(numPointsInGlyph)) self.assertSetEqual(allPoints, decompile(compile(allPoints)))
def test_decompilePoints_roundTrip(self): numPointsInGlyph = 500 # greater than 255, so we also exercise code path for 16-bit encoding compile = GlyphVariation.compilePoints decompile = lambda data: set(GlyphVariation.decompilePoints_(numPointsInGlyph, data, 0)[0]) for i in range(50): points = set(random.sample(range(numPointsInGlyph), 30)) if hasattr(self, "assertSetEqual"): # Python 2.7 and later self.assertSetEqual(points, decompile(compile(points)), "failed round-trip decompile/compilePoints; points=%s" % points) else: self.assertEqual(points, decompile(compile(points)), "failed round-trip decompile/compilePoints; points=%s" % points)
def test_decompilePoints_roundTrip(self): numPointsInGlyph = 500 # greater than 255, so we also exercise code path for 16-bit encoding compile = lambda points: GlyphVariation.compilePoints( points, numPointsInGlyph) decompile = lambda data: set( GlyphVariation.decompilePoints_(numPointsInGlyph, data, 0)[0]) for i in range(50): points = set(random.sample(range(numPointsInGlyph), 30)) self.assertSetEqual( points, decompile(compile(points)), "failed round-trip decompile/compilePoints; points=%s" % points) allPoints = set(range(numPointsInGlyph)) self.assertSetEqual(allPoints, decompile(compile(allPoints)))
def decompilePoints(data, offset): points, offset = GlyphVariation.decompilePoints_(numPointsInGlyph, deHexStr(data), offset) # Conversion to list needed for Python 3. return (list(points), offset)
def decompilePoints(data, offset): points, offset = GlyphVariation.decompilePoints_( numPointsInGlyph, deHexStr(data), offset) # Conversion to list needed for Python 3. return (list(points), offset)