#!/usr/bin/env python
# coding: utf-8

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from jp_doodle import dual_canvas
from IPython.display import display
from jp_proxy_widget import notebook_test_helpers
from canvas_test_helpers import ColorTester

validators = notebook_test_helpers.ValidationSuite()


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c = dual_canvas.DualCanvasWidget(width=220, height=220)
display(c)
def two_rects(c):
    r1 = c.rect(x=0, y=0, w=100, h=100, color="rgb(123,34,222)", events=False, name=True)
    r2 = c.rect(x=0, y=0, w=100, h=100, color="rgb(234,222,111)", events=True)
    return (r1, r2)
(cr1, cr2) = two_rects(c)
cr2.change(color="rgb(111,222,222)")
c.fit()


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c_tester = ColorTester(c, "change", height=220)
c_tester.add_check(100, 100, [111,222,222, 255])
validators.add_validation(c, c_tester.validate)


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#c_tester.validate()


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f = dual_canvas.DualCanvasWidget(width=220, height=220)
display(f)
(fr1, fr2) = two_rects(f)
fr2.forget()
f.fit()


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f_tester = ColorTester(f, "forget", height=220)
f_tester.add_check(100, 100, [123,34,222, 255])
validators.add_validation(f, f_tester.validate)


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#f_tester.validate()


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v = dual_canvas.DualCanvasWidget(width=220, height=220)
display(v)
(vr1, vr2) = two_rects(v)
vr2.visible(False)
v.fit()


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v_tester = ColorTester(v, "visible", height=220)
v_tester.add_check(100, 100, [123,34,222, 255])
validators.add_validation(v, v_tester.validate)


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#v_tester.validate()


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t = dual_canvas.DualCanvasWidget(width=220, height=220)
display(t)
(tr1, tr2) = two_rects(t)
tr2.transition(color="rgb(111,222,222)", seconds_duration=0.01)
t.fit()


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t_tester = ColorTester(t, "transition", height=220)
t_tester.add_check(100, 100, [111,222,222, 255])
validators.add_validation(t, t_tester.validate)


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#t_tester.position_to_color_found = {}
#t_tester.validate()
#t.js_debug()
#t.element.request_redraw()


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n = dual_canvas.DualCanvasWidget(width=220, height=220)
display(n.debugging_display())
(nr1, nr2) = two_rects(n)
n_info = []
def n_callback(event):
    print("called back " + repr(event.get("canvas_name")))
    assert event["canvas_name"] == nr2.name,  (event["canvas_name"], nr2.name)
    n_info.append(event)
    nr2.change(color="rgb(111,222,222)")
nr2.on("click", n_callback)
n.fit()


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n_tester = ColorTester(n, "on event", height=220)
n_tester.spoof_event("click", 100, 100)
n_tester.add_check(100, 100, [111,222,222, 255])
validators.add_validation(n, n_tester.validate)


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#n_tester.validate()


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ff = dual_canvas.DualCanvasWidget(width=220, height=220)
display(ff.debugging_display())
(ffr1, ffr2) = two_rects(ff)
ff_info = []
def ff_callback(event):
    print("called back " + repr(event.get("canvas_name")))
    assert event["canvas_name"] == ffr2.name
    ff_info.append(event)
    ffr2.change(color="rgb(111,222,222)")
ffr2.on("click", n_callback)
ffr2.off("click")
ff.fit()


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ff_tester = ColorTester(ff, "off event", height=220)
ff_tester.spoof_event("click", 100, 100)
ff_tester.add_check(100, 100, [234,222,111, 255])
validators.add_validation(ff, ff_tester.validate)


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#ff_tester.validate()


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do_validations = True
if do_validations:
    delay_ms = 5000
    display(validators.run_all_in_widget(delay_ms=delay_ms))