def test_parse_attributes():
result = parse_text("This line is ~emph{nice}.\nSecond line")
assert result == [("text", "This line is "), ("begin", "emph"),
("text", "nice"), ("end", None), ("text", "."),
("newline", 1), ("text", "Second line")]
result = parse_text("This line is ^emph|nice|.\nSecond line", '^', '|',
'|')
assert result == [("text", "This line is "), ("begin", "emph"),
("text", "nice"), ("end", None), ("text", "."),
("newline", 1), ("text", "Second line")]
def test_svg_text():
r = RendererSVG()
r.begin(300, 300)
style = TextStyle()
style.font = "Ubuntu"
style.line_spacing = 1.2
sizes = (10, 20, 30)
colors = ("red", "green", "#0000FF")
emph = TextStyle()
emph.color = "orange"
tt = TextStyle()
tt.font = "Ubuntu Mono"
styles = {
"emph": emph,
"tt": tt
}
text = parse_text("This ~emph{is\nWide}~tt{ Window~emph{!}}")
for i, (s, c) in enumerate(zip(sizes, colors)):
st = style.copy()
st.size = s
st.color = c
r.draw_text(5, 70 * i + 20, text, st, styles)
r.end()
r.write(utils.output_name("text.svg"))
def test_parse_lines():
result = parse_text("ABC XYZ\nX\n\nY\n")
assert result == [("text", "ABC XYZ"),
("newline", 1),
("text", "X"),
("newline", 2),
("text", "Y")]
def test_svg_text():
r = RendererSVG()
r.begin(300, 300)
style = TextStyle()
style.font = "Ubuntu"
style.line_spacing = 1.2
sizes = (10, 20, 30)
colors = ("red", "green", "#0000FF")
emph = TextStyle()
emph.color = "orange"
tt = TextStyle()
tt.font = "Ubuntu Mono"
styles = {"emph": emph, "tt": tt}
text = parse_text("This ~emph{is\nWide}~tt{ Window~emph{!}}")
for i, (s, c) in enumerate(zip(sizes, colors)):
st = style.copy()
st.size = s
st.color = c
r.draw_text(5, 70 * i + 20, text, st, styles)
r.end()
r.write(utils.output_name("text.svg"))
def _get_text_size(self, ctx, text, role):
if isinstance(text, str):
text = parse_text(text)
style = self._get_text_style(ctx, role)
key = ctx.renderer.get_text_size_query_key(style, ctx.text_styles,
text)
width, height = ctx.get_query(key)
offset_x, offset_y = self.get_text_offset(style)
return width + offset_x * 2, height + offset_y * 2
def draw_text(self, ctx, x, y, text, style):
if isinstance(text, str):
text = parse_text(text)
offset_x, offset_y = self.get_text_offset(style)
if style.align == "left":
x += offset_x
elif style.align == "right":
x -= offset_x
ctx.renderer.draw_text(x, y + style.size + offset_y, text, style,
ctx.text_styles)
def test_parse_attributes():
result = parse_text("This line is ~emph{nice}.\nSecond line")
assert result == [("text", "This line is "),
("begin", "emph"),
("text", "nice"),
("end", None),
("text", "."),
("newline", 1),
("text", "Second line")]
result = parse_text("This line is ^emph|nice|.\nSecond line",
'^', '|', '|')
assert result == [("text", "This line is "),
("begin", "emph"),
("text", "nice"),
("end", None),
("text", "."),
("newline", 1),
("text", "Second line")]
def test_parser_simple():
result = parse_text("ABC")
assert result == [("text", "ABC")]
def test_parse_lines():
result = parse_text("ABC XYZ\nX\n\nY\n")
assert result == [("text", "ABC XYZ"), ("newline", 1), ("text", "X"),
("newline", 2), ("text", "Y")]
def _get_text_size_query(self, ctx, text, role):
if isinstance(text, str):
text = parse_text(text)
style = self._get_text_style(ctx, role)
return ctx.renderer.get_text_size_query(style, ctx.text_styles, text)
def __init__(self, text, show):
text = text.strip()
super().__init__(show, text)
self.content = parse_text(text)
self.show = show
self.size_cache = None
def __init__(self, text, role, show):
text = text.strip()
super().__init__(show, text)
self.content = parse_text(text)
self.role = role
self.show = show
def test_parser_simple():
result = parse_text("ABC")
assert result == [("text", "ABC")]
