def srcset():
values = [image_url()]
if Random.bool():
values.append("{}w".format(Random.integer()))
if Random.bool():
values.append("{}x".format(Random.integer()))
return cat(values)
def length(relative=False):
if (not relative) or Random.bool():
if Random.bool():
return "{}px".format(Random.integer())
else:
return "{}em".format(Random.number())
else:
return "{}{}".format(Random.integer(),
Random.choice(["vw", "vh", "vmin", "vmax"]))
def line_to():
if Random.bool():
cmd = Random.choice(["L", "l"])
x = Random.integer()
y = Random.integer()
return "{} {},{}".format(cmd, x, y)
else:
cmd = Random.choice(["H", "h", "V", "v"])
x = Random.integer()
return "{} {}".format(cmd, x)
def arc_curve():
cmd = Random.choice(["A", "a"])
rx = Random.integer()
ry = Random.integer()
_angle = Random.integer()
large_arc_flag = Random.range(0, 1)
sweep_flag = Random.range(0, 1)
dx = Random.integer()
dy = Random.integer()
return "{} {} {} {} {} {} {},{}".format(cmd, rx, ry, _angle,
large_arc_flag, sweep_flag, dx, dy)
def tab_index():
c = Random.selector(3)
if c == 0:
return "-1"
elif c == 1:
return str(Random.range(0, 5))
else:
return Random.integer()
def generate(self, _):
c = Random.selector(3)
if c == 0:
self.value = "auto"
elif c == 1:
self.value = "auto-reverse"
else:
self.value = Random.integer()
def generate(self, _):
if Random.bool():
self.value = "accumulate"
else:
values = ["new"]
if Random.bool():
values.extend([Random.integer() for _ in range(4)])
self.value = cat(values)
def coords():
c = Random.selector(3)
if c == 0:
n = 4
elif c == 1:
n = 3
else:
n = Random.range(3, 5) * 2
return seq([Random.integer() for _ in range(n)])
def generate_rel1(self, context):
self.abs = None
self.action = None
self.repeat_num = None
self.event = None
self.elem = context.get_object(docs.svg_animation_elements)
if self.elem is None:
self.generate_abs()
return
self.action = Random.choice(["begin", "end", "repeat"])
if self.action == "repeat":
self.repeat_num = Random.integer()
def media_query():
media_type = Random.choice(["all", "print", "screen"])
if Random.bool():
return media_type
media_feature = Random.choice(
["min-width", "max-width", "min-height", "max-height", "orientation"])
if media_feature == "orientation":
media_feature_value = Random.choice(["portrait", "landscape"])
else:
media_feature_value = "{}px".format(Random.integer())
return "{} and ({}:{})".format(media_type, media_feature,
media_feature_value)
def single():
values = [
"'{}'".format(
Random.choice([
"smcp", "c2sc", "zero", "hist", "liga", "tnum", "frac",
"swsh", "ss07", "dlig", "vert", "hwid", "twid", "qwid",
"kern", "onum"
]))
]
if Random.bool():
if Random.bool():
values.append(Random.choice(["on", "off"]))
else:
values.append(Random.integer())
return cat(values)
def generate(self, _):
self.value = Random.integer() if Random.bool() else "indefinite"
def generate(self, _):
self.value = cat([Random.integer() for _ in range(10)])
def generate(self, _):
self.value = seq([Random.integer() for _ in range(4)])
def generate(self, _):
if Random.bool():
self.value = dv.length_percentage()
else:
self.value = Random.integer()
def coordinate():
return seq([Random.integer(), Random.integer()])
def index():
if Random.selector(5) == 0:
return Random.integer()
else:
return str(Random.range(0, 8))
def generate(self, _):
self.value = Random.integer()
def generate(self, _):
if Random.bool():
self.value = "infinite"
else:
self.value = Random.integer()
def generate(self, _):
self.value = "{} x {}".format(Random.integer(), Random.integer())
def nth():
if Random.bool():
return Random.choice(["even", "odd"])
else:
return Random.integer()
def move_to():
cmd = Random.choice(["M", "m"])
x = Random.integer()
y = Random.integer()
return "{} {},{}".format(cmd, x, y)
def bezier_curve():
c = Random.selector(3)
if c == 0:
cmd = Random.choice(["C", "c"])
x1 = Random.integer()
y1 = Random.integer()
x2 = Random.integer()
y2 = Random.integer()
x = Random.integer()
y = Random.integer()
return "{} {},{} {},{} {},{}".format(cmd, x1, y1, x2, y2, x, y)
elif c == 1:
cmd = Random.choice(["Q", "q", "S", "s"])
x2 = Random.integer()
y2 = Random.integer()
x = Random.integer()
y = Random.integer()
return "{} {},{} {},{}".format(cmd, x2, y2, x, y)
else:
cmd = Random.choice(["T", "t"])
x = Random.integer()
y = Random.integer()
return "{} {},{}".format(cmd, x, y)
def generate(self, _):
values = [dv.angle()]
if Random.bool():
values.extend([Random.integer(), Random.integer()])
self.value = cat(values)
def marquee_loop():
if Random.bool():
return "-1"
else:
return Random.integer()
def generate(self, _):
order = Random.range(0, 2)
self.value = cat([Random.integer() for _ in range(order**2)])
def font_weight():
if Random.bool():
return Random.choice(["normal", "bold", "bolder", "lighter"])
else:
return Random.integer()
def generate(self, _):
self.value = "{{ delay: {}, direction: \"{}\", duration: {}, easing: \"{}\", endDelay: {}, fill: \"{}\", " \
"iterationStart: {}, iterations: {} }}".format(
dv.clock_in_ms(), dv.animation_direction(), dv.clock_in_ms(), dv.animation_easing(),
dv.clock_in_ms(), dv.animation_fill_mode(), Random.number(), Random.integer())
def single():
return "{}x{}".format(Random.integer(), Random.integer())