test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.

test_docstrings_in_sync assert '\nThe reacti...aram.a.rx()\n' == '\nThe reacti...aram.a.rx()\n' Skipping 213 identical leading characters in diff, use -v to show ression. + + Parameters + ---------- + None Returns ------- Reactive expression The result of calling the reactive namespace is a reactive expression. User Guide ---------- https://param.holoviz.org/user_guide/Reactive_Expressions.html#special-methods-on-rx Examples -------- Create a Parameterized instance: >>> import param >>> class P(param.Parameterized): - ... a = param.Number() ? ^^^ + >>> a = param.Number() ? ^^^ - >>> p = P(a=1) + >>> b = param.String() + >>> p = P(a=1, b="hello") Get the current value: >>> a = p.param.a.rx.value Call it to get a reactive expression: >>> rx_value = p.param.a.rx()

Process completed with exit code 1.