from __future__ import print_function, division, absolute_import from fontTools.misc.py23 import * from fontTools.misc.testTools import FakeFont, getXML, parseXML from fontTools.misc.textTools import deHexStr, hexStr from fontTools.ttLib.tables._f_v_a_r import Axis from fontTools.ttLib import newTable, TTFont import unittest MVAR_DATA = deHexStr( '0001 0000 ' # 0: version=1.0 '0000 0008 ' # 4: reserved=0, valueRecordSize=8 '0007 ' # 8: valueRecordCount=7 '0044 ' # 10: offsetToItemVariationStore=68 '6861 7363 ' # 12: ValueRecord.valueTag="hasc" '0000 ' # 16: ValueRecord.deltaSetOuterIndex '0003 ' # 18: ValueRecord.deltaSetInnerIndex '6863 6C61 ' # 20: ValueRecord.valueTag="hcla" '0000 ' # 24: ValueRecord.deltaSetOuterIndex '0003 ' # 26: ValueRecord.deltaSetInnerIndex '6863 6C64 ' # 28: ValueRecord.valueTag="hcld" '0000 ' # 32: ValueRecord.deltaSetOuterIndex '0003 ' # 34: ValueRecord.deltaSetInnerIndex '6864 7363 ' # 36: ValueRecord.valueTag="hdsc" '0000 ' # 40: ValueRecord.deltaSetOuterIndex '0000 ' # 42: ValueRecord.deltaSetInnerIndex '686C 6770 ' # 44: ValueRecord.valueTag="hlgp" '0000 ' # 48: ValueRecord.deltaSetOuterIndex '0002 ' # 50: ValueRecord.deltaSetInnerIndex '7362 796F ' # 52: ValueRecord.valueTag="sbyo" '0000 ' # 56: ValueRecord.deltaSetOuterIndex '0001 ' # 58: ValueRecord.deltaSetInnerIndex '7370 796F ' # 60: ValueRecord.valueTag="spyo" '0000 ' # 64: ValueRecord.deltaSetOuterIndex '0002 ' # 66: ValueRecord.deltaSetInnerIndex '0001 ' # 68: VarStore.format=1 '0000 000C ' # 70: VarStore.offsetToVariationRegionList=12 '0001 ' # 74: VarStore.itemVariationDataCount=1 '0000 0016 ' # 76: VarStore.itemVariationDataOffsets[0]=22 '0001 ' # 80: VarRegionList.axisCount=1 '0001 ' # 82: VarRegionList.regionCount=1 '0000 ' # 84: variationRegions[0].regionAxes[0].startCoord=0.0 '4000 ' # 86: variationRegions[0].regionAxes[0].peakCoord=1.0 '4000 ' # 88: variationRegions[0].regionAxes[0].endCoord=1.0 '0004 ' # 90: VarData.ItemCount=4 '0001 ' # 92: VarData.NumShorts=1 '0001 ' # 94: VarData.VarRegionCount=1 '0000 ' # 96: VarData.VarRegionIndex[0]=0 'FF38 ' # 98: VarData.deltaSets[0]=-200 'FFCE ' # 100: VarData.deltaSets[0]=-50 '0064 ' # 102: VarData.deltaSets[0]=100 '00C8 ' # 104: VarData.deltaSets[0]=200 ) MVAR_XML = [ '<Version value="0x00010000"/>', '<Reserved value="0"/>', '<ValueRecordSize value="8"/>', '<!-- ValueRecordCount=7 -->', '<VarStore Format="1">', ' <Format value="1"/>', ' <VarRegionList>', ' <!-- RegionAxisCount=1 -->', ' <!-- RegionCount=1 -->', ' <Region index="0">', ' <VarRegionAxis index="0">', ' <StartCoord value="0.0"/>', ' <PeakCoord value="1.0"/>', ' <EndCoord value="1.0"/>', ' </VarRegionAxis>', ' </Region>', ' </VarRegionList>', ' <!-- VarDataCount=1 -->', ' <VarData index="0">', ' <!-- ItemCount=4 -->', ' <NumShorts value="1"/>', ' <!-- VarRegionCount=1 -->', ' <VarRegionIndex index="0" value="0"/>', ' <Item index="0" value="[-200]"/>', ' <Item index="1" value="[-50]"/>', ' <Item index="2" value="[100]"/>', ' <Item index="3" value="[200]"/>', ' </VarData>', '</VarStore>', '<ValueRecord index="0">', ' <ValueTag value="hasc"/>', ' <VarIdx value="3"/>', '</ValueRecord>', '<ValueRecord index="1">', ' <ValueTag value="hcla"/>', ' <VarIdx value="3"/>', '</ValueRecord>', '<ValueRecord index="2">', ' <ValueTag value="hcld"/>', ' <VarIdx value="3"/>', '</ValueRecord>', '<ValueRecord index="3">', ' <ValueTag value="hdsc"/>', ' <VarIdx value="0"/>', '</ValueRecord>', '<ValueRecord index="4">', ' <ValueTag value="hlgp"/>', ' <VarIdx value="2"/>', '</ValueRecord>', '<ValueRecord index="5">', ' <ValueTag value="sbyo"/>', ' <VarIdx value="1"/>', '</ValueRecord>', '<ValueRecord index="6">', ' <ValueTag value="spyo"/>', ' <VarIdx value="2"/>', '</ValueRecord>', ] class MVARTest(unittest.TestCase): @classmethod def setUpClass(cls): cls.maxDiff = None def test_decompile_toXML(self): mvar = newTable('MVAR') font = TTFont() mvar.decompile(MVAR_DATA, font) self.assertEqual(getXML(mvar.toXML), MVAR_XML) def test_compile_fromXML(self): mvar = newTable('MVAR') font = TTFont() for name, attrs, content in parseXML(MVAR_XML): mvar.fromXML(name, attrs, content, font=font) data = MVAR_DATA self.assertEqual(hexStr(mvar.compile(font)), hexStr(data)) if __name__ == '__main__': import sys sys.exit(unittest.main())