#!/usr/bin/python # -*- coding: utf-8 -*- # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see # # @author : pascal.fautrero@ac-versailles.fr from xiaconverter.iaobject import iaObject from xiaconverter.logger import Logger from nose.tools import * from xml.dom import minidom import tempfile import os from PIL import PILLOW_VERSION class LoggerMock(Logger): def display(self, msg): pass class TestiaObject: def test_extractRaster(self): console = LoggerMock() ia = iaObject(console) # XIA logo 16x16 originalRaster = 'data:image/png;base64,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' rasterExtracted = ia.extractRaster(originalRaster) assert_equal(rasterExtracted, originalRaster) def test_fixRaster(self): console = LoggerMock() ia = iaObject(console) # XIA logo 16x16 originalRaster = 'data:image/png;base64,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' rasterFixed = ia.fixRaster(originalRaster, 16, 16) assert_equal(rasterFixed, originalRaster) def test_imageDimensions(self): console = LoggerMock() ia = iaObject(console) maxNumPixels = 5 * 1024 * 1024 currentDir = os.path.dirname(os.path.realpath(__file__)) ia.analyzeSVG(currentDir + "/fixtures/inkscape1.svg", maxNumPixels) assert_equal(ia.scene['width'], '30') assert_equal(ia.scene['height'], '30') if PILLOW_VERSION[:1] == '2': assert_equal(ia.scene['image'], 'data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAB4AAAAeCAYAAAA7MK6iAAAH5ElEQVR4nH2X23MUxxXGf6d7ZnZmVruSVhISklaAQSADvgDGlONLVVwulysv+SeSquTJlTj5L2w/mKrkv8hbKonzlLILFxTCBpuLZWyEEFhIoPveZqb75GEXjAR2V81L1+n++pzvO1/3CL8wTn14cdjEbjRz0et4TiMcFnRKYQgk6YU1BX2ocAeVOeBiELhzzpulr94/ufJze8uzJmfOnh8q5dGYiE6J1Snv5BjINOikICNqpCpIpKqAdgQ2VfUByCLwnRi9jmcew+0sjZau/f746m6M4FnAoY+nsf49VE6o50WBRCFGJFIkEGOtQcR7B2isnhChH6UucEI9bYTL4rgUbBf/Bs7/YsYnzs6Ou9zOiNXX8PprEQ6C7H8coIrPWrSX59GsTVAdwqZVbFJBzK4cVG8pchPD/8TpeVW5fvmDE3efmbHL7Ywx/MF7OSpwQCGSHXt5iu1V1mf/Rba+ROXwqyQTR4j3TiPRTmCFOjCK1zqWUyL2b6jeQ0QfA8+cPT+U+nja4V9D5ahBx0ETkJ0a8B6ft8nX79P+8SYiBvWOqDaJiZIdoSISoGoV2auKgjtz8pPZ7fZH38xd++D4agBQyqMxZ/17eH0DYT+i6VOgqqh3+DzDtbbIHizitlYREaozb0CltptGEBFBK6jUUf+Wl8BEPtsEVoNTH14cdqJTKCcRc1ChJPIIVEGfBPe9TwEBEdQVuOYGrllFwgixIWKDXgygiEJJYFqgKeIvHP3o3FJgYjta5EwJ+gKq+0Efr+nCS+8AHu9yNM9Q9SCCWIv6gnx7FROXsXEfEiWYUoog3aXdLEIwB1Q9asJ6KuF8kHneEOEYYpJ8c4XO/Vuoy0EM0eAY4cAYqMO1G2zdOEfjh0tka/e6B+m0aC99z+oX/8AmFbAhpZEpkvEjlEbqREMTu4ufivjjhSoBjtMYM4lIXGyv0bj1FT5rISL4iSOAoL7ANdbYuvEF23Nf4PMMMYKqUmw+YGtjBfUe7wrS+jFccxNQgkrtp9IDKhKDzgjaFyB6GLQmJghdc53m7a8ptlfBFTRvf4NN+1H1aNGhc38eX+SIsZhShWhwL6aUdg/QWCN7eI9iY5mtG+fQooMWHeK9h4iG66CKoInCURUzFQjUERIgfNwy7QZFYwNdWcDnHbQnMjEWE8WE/SOEA6PEo89hkj5QyDeXsVFCvvmQzvItwv5hosG9hINjT8o8BMZRJVCVGl4DyG08dojRd39Hc/E6zfmv6SzP01lZwLscvMeEMVFtnNqrvyWZOoYpxY8dy+cZPm+xde1z1i7+k7A6Qmmk3uX+p84QQc0jA0kAwXsJKjXC6hAmqSA2QoIIn3cotldxWYtocIxkcobywZMkkzO45mZXiICEMTatoJ0W2YMF4rFDhIN7saXyU82N7L4kVFFVotp4z4P7MGFI49ZldHWJ8vRpqs+/Ttg/gmtu0rx7A9fYABGiwb0kE4dJpo6xpzpCkFawaT8SROw0g+4IgBZKgBD3mhZTSjFxmaAyhE2q3cXWEtXGiccOYkoprrlBtnybbPVut8yTM5RG9xOUBwjKA08BPZkeqgQiuopKoiqhCOZxQRDUZbh2A3U5Igab9HWzMCGu06KzMk/zzlXy9RVQR/XomxA97bY7UVEQDRRZELSGmApo+GTZTZQQ9NUwYQLekW8skz24Qzg4hiklxGPPgQ1w2xuUxg4iQdjbWnvguw+gGch9oBGgzIFMgtZ3cA3YdIB4dD/NhauoK2gt3sDGZarPv0lYG6f/pXeoFjnqFQlL2FLau0w8Yi0Y85NnA4q0BL2OsBgAF0HbopxApH+HANJ+tDaBjcv4IqezsoAEIUFlmBQIBvZgky6fRWON5uJ18rX75OtLBJUhguowpeE6Yf9oF1a1LUaue8/VIAjcubwwxgit3WzYtIrYABOX8UVGe/k2vr1F2DeIsSHlvkFM2gPeXmN77gKNHy7R+P5L4vFp0vpRqi++3fN7QLTpPVcDaz8LnDdLCvMKV0RVVagLEkDPqcISfYdOo0VOY/4y+foyjflvKLbXaS5ex8TlrnNtLNNe+p5s9R4uaxH2j1A+cIKwOoKqL4AFgSuKW2jl4XLw1fsnV176+MsFEb2kaCqYPaC22+iCBBF9B18hHNiDa23SeXiX1t052j/OgbFdAXVfm+B9t2NNQDRUp3zwFKaUKEqm6E2ws6bgzrW/9l4gnTBbSr39j1NxCuPS9dMu3yJi4pSoNsHgqd8Qjx8mW7lDvtHl0mdtECEoDxLWut4cDU6Q7juOKSUqNtgGlizymUP/m5toid16f/njS+9g+KOqzAi6TyESkfBRVr5o47ZXad66QvPeHK3FG/jWZvfuHpokmTpGMnGEpH4MCaJcjMlB7go6Z1U+mf3ziU8fC/dJYAn1mqr8HccZhLdEmQYOdHsexIbYdIB03wtEI/uoTL+KdzmCYEoptjyALVcxQQhG7ijmJuo/BzlfKFd3YLF7qMoLH8+esca8K8hJFX0JJVEkFohBIzFGENN7FQk9kjPvtS3i26i2VOWyisyifHrlTy8/9aB/+k9CRPOz57+z3mw6/AXx7AP7POgRVGcQxlU1AG/oasqDFoL8KOi3qnxrjF6TXG9rIAuZ63L6FMyzJh+Nwx9eHE5Ds8c5+ysj/gxwBuEQSiSC7RYIh5CJclPwFzzmfBRm53zb3p/9yysPfm7v/wNsPMfhskwLeQAAAABJRU5ErkJggg==') if PILLOW_VERSION[:1] == '3': assert_equal(ia.scene['image'], 'data:image/png;base64,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') assert_equal(ia.scene['creator'], 'creator') assert_equal(ia.scene['description'], 'description') assert_equal(ia.scene['title'], 'fixture 1') def test_analyzeSVG2(self): tempDirSvg = tempfile.gettempdir() maxNumPixels = 5 * 1024 * 1024 currentDir = os.path.dirname(os.path.realpath(__file__)) with open(currentDir + "/fixtures/generic1.svg", "r") as genericSvg: tempContent = genericSvg.read() tempContent = tempContent.replace("file://fixtures", "file://" + currentDir + "/fixtures") with open(tempDirSvg + "/generic1.svg", "w") as tempSvg: tempSvg.write(tempContent) console = LoggerMock() ia = iaObject(console) ia.analyzeSVG(tempSvg.name, maxNumPixels) assert_equal(ia.scene['width'], '10') assert_equal(ia.scene['height'], '10') assert_equal(ia.details[0]['width'], 205.97977516275924) assert_equal(ia.details[0]['height'], 210.30661948701845) def test_analyzeSVG3(self): console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString("\ description") desc = dom1.getElementsByTagName('desc') assert_equal("description", ia.get_tag_value(desc[0])) ia = iaObject(console) dom1 = minidom.parseString("") desc = dom1.getElementsByTagName('desc') assert_equal("",ia.get_tag_value(desc[0])) def test_analyzeSVG4(self): # check root path console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString("\ \ \ ") path = dom1.getElementsByTagName('path') newrecord = ia.extract_path(path[0], "") assert_equal(newrecord['path'], '"M0.0 0.0C0.0 0.0 10.0 0.0 10.0 0.0C10.0 0.0 10.0 10.0 10.0 10.0C10.0 10.0 0.0 10.0 0.0 10.0C0.0 10.0 0.0 0.0 0.0 0.0C0.0 0.0 0.0 0.0 0.0 0.0 z"') assert_equal(newrecord['maxX'], '10.0') assert_equal(newrecord['maxY'], '10.0') assert_equal(newrecord['minX'], '0.0') assert_equal(newrecord['minY'], '0.0') assert_equal(newrecord['x'], '0') assert_equal(newrecord['y'], '0') def test_analyzeSVG4(self): console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString("\ \ \ ") path = dom1.getElementsByTagName('path') newrecord = ia.extract_path(path[0], "") assert_equal(newrecord['path'], '"M10.0 10.0C10.0 10.0 20.0 10.0 20.0 10.0C20.0 10.0 20.0 20.0 20.0 20.0C20.0 20.0 10.0 20.0 10.0 20.0C10.0 20.0 10.0 10.0 10.0 10.0C10.0 10.0 10.0 10.0 10.0 10.0 z"') assert_equal(newrecord['maxX'], '20.0') assert_equal(newrecord['maxY'], '20.0') assert_equal(newrecord['minX'], '10.0') assert_equal(newrecord['minY'], '10.0') assert_equal(newrecord['x'], '10') assert_equal(newrecord['y'], '30') def test_analyzeSVG4(self): # check path included in a group console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString("\ \ \ ") group = dom1.getElementsByTagName('g') newrecord = ia.extract_g(group[0], "") assert_equal(newrecord["group"][0]['path'], '"M10.0 10.0C10.0 10.0 20.0 10.0 20.0 10.0C20.0 10.0 20.0 20.0 20.0 20.0C20.0 20.0 10.0 20.0 10.0 20.0C10.0 20.0 10.0 10.0 10.0 10.0C10.0 10.0 10.0 10.0 10.0 10.0 z"') assert_equal(newrecord["group"][0]['maxX'], '20.0') assert_equal(newrecord["group"][0]['maxY'], '20.0') assert_equal(newrecord["group"][0]['minX'], '10.0') assert_equal(newrecord["group"][0]['minY'], '10.0') assert_equal(newrecord["group"][0]['x'], '10') assert_equal(newrecord["group"][0]['y'], '30') def test_analyzeSVG5(self): console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString("\ \ \ ") group = dom1.getElementsByTagName('g') newrecord = ia.extract_g(group[0], "") assert_equal(newrecord["group"][0]['path'], '"M0.0 0.0C0.0 0.0 9.64966028492 -2.62374853704 9.64966028492 -2.62374853704C9.64966028492 -2.62374853704 12.273408822 7.02591174788 12.273408822 7.02591174788C12.273408822 7.02591174788 2.62374853704 9.64966028492 2.62374853704 9.64966028492C2.62374853704 9.64966028492 0.0 0.0 0.0 0.0C0.0 0.0 0.0 0.0 0.0 0.0 z"') assert_equal(newrecord["group"][0]['maxX'], '12.273408822') assert_equal(newrecord["group"][0]['maxY'], '9.64966028492') assert_equal(newrecord["group"][0]['minX'], '0.0') assert_equal(newrecord["group"][0]['minY'], '-2.62374853704') assert_equal(newrecord["group"][0]['x'], '10') assert_equal(newrecord["group"][0]['y'], '30') def test_analyzeSVG6(self): # check image included in a group console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString(' \ \ \ \ \ \ ') group = dom1.getElementsByTagName('g') ia.backgroundNode = 0 newrecord = ia.extract_g(group[0], "") assert_equal(newrecord["group"][0]['x'],'0') assert_equal(newrecord["group"][0]['y'],'0') assert_equal(newrecord["group"][0]['width'],'50') assert_equal(newrecord["group"][0]['height'],'50') def test_analyzeSVG7(self): # check rect included in a group console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString('\ \ \ \ \ ') group = dom1.getElementsByTagName('g') newrecord = ia.extract_g(group[0], "") assert_equal(newrecord["group"][0]['x'], '0') assert_equal(newrecord["group"][0]['y'], '0') assert_equal(newrecord["group"][0]['width'], '50') assert_equal(newrecord["group"][0]['height'], '50') def test_analyzeSVG8(self): # check groups included in a group console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString(' \ \ \ \ \ description \ title \ \ \ ') group = dom1.getElementsByTagName('g') newrecord = ia.extract_g(group[0], "") assert_equal(newrecord['detail'], 'description') assert_equal(newrecord['title'], 'title') def test_analyzeSVG9(self): # check metadatas console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString(' \ \ \ \ title\ 16/06/2014\ creator\ GPL\ publisher\ FR\ \ keyword1\ keyword2\ \ contributor\ \ \ ') ia.extractMetadatas(dom1) assert_equal(ia.scene['title'], 'title') assert_equal(ia.scene['date'], '16/06/2014') assert_equal(ia.scene['creator'], 'creator') assert_equal(ia.scene['rights'], 'GPL') assert_equal(ia.scene['publisher'], 'publisher') assert_equal(ia.scene['language'], 'FR') assert_equal(ia.scene['keywords'], 'keyword1,keyword2') assert_equal(ia.scene['contributor'], 'contributor') def test_analyzeSVG10(self): # check invalid path console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString("\ \ \ ") path = dom1.getElementsByTagName('path') newrecord = ia.extract_path(path[0], "") assert_equal(newrecord, None) def test_analyzeSVG11(self): # check invalid rectangle console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString("\ \ \ ") detail = dom1.getElementsByTagName('rect') newrecord = ia.extract_rect(detail[0], "") assert_equal(newrecord, None) def test_analyzeSVG12(self): # must resist if style is void console = LoggerMock() ia = iaObject(console) dom1 = minidom.parseString(' \ \ \ \ \ \ ') group = dom1.getElementsByTagName('g') ia.backgroundNode = 0 newrecord = ia.extract_g(group[0], "") assert_equal(newrecord["group"][0]['x'],'0') assert_equal(newrecord["group"][0]['y'],'0') assert_equal(newrecord["group"][0]['width'],'50') assert_equal(newrecord["group"][0]['height'],'50') # remove this test because it depends on PIL version # Travis uses precise ubuntu container and PILLOW_VERSION is not reliable #def test_generateJSON(self): # check generateJSON #tempDirSvg = tempfile.gettempdir() #maxNumPixels = 5 * 1024 * 1024 #currentDir = os.path.dirname(os.path.realpath(__file__)) #if PILLOW_VERSION[:1] == '2': # genericFile = "generic1.js" #if PILLOW_VERSION[:1] == '3': # genericFile = "generic1_pillow3.js" #if genericFile: # with open(currentDir + "/fixtures/generic1.svg", "r") as genericSvg: # tempContent = genericSvg.read() # tempContent = tempContent.replace("file://fixtures", "file://" + currentDir + "/fixtures") # with open(tempDirSvg + "/generic1.svg", "w") as tempSvg: # tempSvg.write(tempContent) # console = LoggerMock() # ia = iaObject(console) # ia.analyzeSVG(tempSvg.name, maxNumPixels) # ia.generateJSON() # temp_content = ia.jsonContent #with open(currentDir + '/fixtures/temp.js', 'w') as js: # js.write(temp_content) # with open(currentDir + '/fixtures/' + genericFile) as js: # assert_equal(js.read(),temp_content)