def test_write_path(self):
path = classes.GSPath()
# http://docu.glyphsapp.com/#gspath
# parent: not written
# nodes
node = classes.GSNode()
path.nodes.append(node)
# segments: computed, objective-c
# closed
path.closed = True
# direction: computed
# bounds: computed
# selected: not written
# bezierPath: computed
self.assertWrites(
path,
dedent("""\
{
closed = 1;
nodes = (
"0 0 LINE"
);
}
"""),
)
def test_write_hint(self):
hint = classes.GSHint()
# http://docu.glyphsapp.com/#gshint
layer = classes.GSLayer()
path1 = classes.GSPath()
layer.paths.append(path1)
node1 = classes.GSNode(Point(100, 100))
path1.nodes.append(node1)
hint.originNode = node1
node2 = classes.GSNode(Point(200, 200))
path1.nodes.append(node2)
hint.targetNode = node2
node3 = classes.GSNode(Point(300, 300))
path1.nodes.append(node3)
hint.otherNode1 = node3
path2 = classes.GSPath()
layer.paths.append(path2)
node4 = classes.GSNode(Point(400, 400))
path2.nodes.append(node4)
hint.otherNode2 = node4
hint.type = classes.CORNER
hint.options = classes.TTROUND | classes.TRIPLE
hint.horizontal = True
# selected: not written
hint.name = "My favourite hint"
self.assertWrites(
hint,
dedent(
"""\
{
horizontal = 1;
origin = "{0, 0}";
target = "{0, 1}";
other1 = "{0, 2}";
other2 = "{1, 0}";
type = 16;
name = "My favourite hint";
options = 128;
}
"""
),
)
def test_write_node(self):
node = classes.GSNode(Point(10, 30), classes.GSNode.CURVE)
# http://docu.glyphsapp.com/#gsnode
# position: already set
# #type: already set
# smooth
node.smooth = True
# connection: deprecated
# selected: not written
# index, nextNode, prevNode: computed
# name
node.name = "top-left corner"
# userData
node.userData["rememberToDownloadARealRemindersApp"] = True
self.assertWritesValue(
node,
'"10 30 CURVE SMOOTH {name = \\"top-left corner\\";\\n\
rememberToDownloadARealRemindersApp = 1;}"',
)
# Write floating point coordinates
node = classes.GSNode(Point(499.99, 512.01), classes.GSNode.OFFCURVE)
self.assertWritesValue(node, '"499.99 512.01 OFFCURVE"')
# Write userData with special characters
test_user_data = {
"\nkey\"';\n\n\n": "\"'value\nseveral lines\n;\n",
";": ";\n",
"escapeception": "\\\"\\'\\n\\\\n",
}
node = classes.GSNode(Point(130, 431), classes.GSNode.LINE)
for key, value in test_user_data.items():
node.userData[key] = value
# This is the output of Glyphs 1089
expected_output = (
'"130 431 LINE {\\"\\012key\\\\"\';\\012\\012\\012\\" '
'= \\"\\\\"\'value\\012several lines\\012;\\012\\"'
';\\n\\";\\" = \\";\\012\\";\\n'
'escapeception = \\"\\\\\\\\"\\\\\'\\\\\\n\\\\\\\\\\n\\";}"'
)
self.assertWritesValue(node, expected_output)
# Check that we can read the userData back
node = Parser(classes.GSNode).parse(expected_output)
self.assertEqual(test_user_data, dict(node.userData))
def test_node_user_data_into_glif_lib():
font = classes.GSFont()
master = classes.GSFontMaster()
master.id = "M1"
font.masters.append(master)
glyph = classes.GSGlyph("a")
layer = classes.GSLayer()
layer.layerId = "M1"
layer.associatedMasterId = "M1"
glyph.layers.append(layer)
font.glyphs.append(glyph)
path = classes.GSPath()
layer.paths.append(path)
node1 = classes.GSNode()
node1.userData["nodeUserDataKey1"] = "nodeUserDataValue1"
node1.name = "node1"
node2 = classes.GSNode()
node2.userData["nodeUserDataKey2"] = "nodeUserDataValue2"
node2.name = "node2"
path.nodes.append(classes.GSNode())
path.nodes.append(node1)
path.nodes.append(classes.GSNode())
path.nodes.append(classes.GSNode())
path.nodes.append(node2)
(ufo, ) = to_ufos(font, minimize_glyphs_diffs=True)
assert ufo["a"].lib[GLYPHLIB_PREFIX + "nodeUserData.0.1"] == {
"nodeUserDataKey1": "nodeUserDataValue1"
}
assert ufo["a"][0][2].name == "node1"
assert ufo["a"].lib[GLYPHLIB_PREFIX + "nodeUserData.0.4"] == {
"nodeUserDataKey2": "nodeUserDataValue2"
}
assert ufo["a"][0][0].name == "node2"
font = to_glyphs([ufo])
path = font.glyphs["a"].layers["M1"].paths[0]
assert path.nodes[1].userData["nodeUserDataKey1"] == "nodeUserDataValue1"
assert path.nodes[1].name == "node1"
assert path.nodes[4].userData["nodeUserDataKey2"] == "nodeUserDataValue2"
assert path.nodes[4].name == "node2"
def test_write_node(self):
node = classes.GSNode(point(10, 30), classes.GSNode.CURVE)
# http://docu.glyphsapp.com/#gsnode
# position: already set
# type: already set
# smooth
node.smooth = True
# connection: deprecated
# selected: not written
# index, nextNode, prevNode: computed
# name
node.name = "top-left corner"
# userData
node.userData["rememberToDownloadARealRemindersApp"] = True
self.assertWritesValue(
node, '"10 30 CURVE SMOOTH {\\nname = \\"top-left corner\\";\\n\
rememberToDownloadARealRemindersApp = 1;\\n}"')
# Write floating point coordinates
node = classes.GSNode(point(499.99, 512.01), classes.GSNode.OFFCURVE)
self.assertWritesValue(node, '"499.99 512.01 OFFCURVE"')
def test_node_user_data_into_glif_lib():
font = classes.GSFont()
master = classes.GSFontMaster()
master.id = "M1"
font.masters.append(master)
glyph = classes.GSGlyph('a')
layer = classes.GSLayer()
layer.layerId = "M1"
layer.associatedMasterId = "M1"
glyph.layers.append(layer)
font.glyphs.append(glyph)
path = classes.GSPath()
layer.paths.append(path)
node1 = classes.GSNode()
node1.userData['nodeUserDataKey1'] = 'nodeUserDataValue1'
node2 = classes.GSNode()
node2.userData['nodeUserDataKey2'] = 'nodeUserDataValue2'
path.nodes.append(classes.GSNode())
path.nodes.append(node1)
path.nodes.append(classes.GSNode())
path.nodes.append(classes.GSNode())
path.nodes.append(node2)
ufo, = to_ufos(font, minimize_glyphs_diffs=True)
assert ufo['a'].lib[GLYPHLIB_PREFIX + 'nodeUserData.0.1'] == {
'nodeUserDataKey1': 'nodeUserDataValue1'
}
assert ufo['a'].lib[GLYPHLIB_PREFIX + 'nodeUserData.0.4'] == {
'nodeUserDataKey2': 'nodeUserDataValue2'
}
font = to_glyphs([ufo])
path = font.glyphs['a'].layers['M1'].paths[0]
assert path.nodes[1].userData['nodeUserDataKey1'] == 'nodeUserDataValue1'
assert path.nodes[4].userData['nodeUserDataKey2'] == 'nodeUserDataValue2'
