LazyProperty | : rainbow : An utility to lazy-initialize object properties
kandi X-RAY | LazyProperty Summary
kandi X-RAY | LazyProperty Summary
:rainbow: An utility to lazy-initialize object properties
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Top functions reviewed by kandi - BETA
- Checks the caller scope .
- Creates an exception for the invalid context .
- Creates a new instance from a lazy property .
- Creates an exception for a non existing lazy property .
LazyProperty Key Features
LazyProperty Examples and Code Snippets
class SomeService
{
protected $dependency;
public function doWork()
{
$this->getDependency()->delegateWork();
}
protected function getDependency()
{
return $this->dependency ?: $this->dependency =
Community Discussions
Trending Discussions on LazyProperty
QUESTION
I'm using TF2.4 in a custom experimentation framework and use mlworkflow.lazyproperty
decorator to construct attributes (like the tf.keras.Model()
) the first time they are accessed.
For most of my deep learning experiments, this framework works very well, but I'm facing a TypeError: An op outside of the function building code is being passed a "Graph" tensor.
error when trying another head in my experiments.
I managed to reduce the problem to the following minimal working example in which, when using my custom object Head_1()
, the error is raised, but when using Head_2(tf.keras.layers.Layer)
, it works fine.
ANSWER
Answered 2021-May-12 at 07:24The solution is to create the model before the call to run
. Specifically
QUESTION
I am trying to run GCP TPU with Pytorch/XLA, I am using a VM with debian-9-torch-xla-v20200818 image, I initiate the TPU and check it is running using ctpu status which shows that both the CPU and TPU are running, I then activate the torch-xla-nightly environment, but when I try to invoke this simple code:
...ANSWER
Answered 2020-Aug-21 at 16:59QUESTION
This is a descriptor created to (partially) emulate the property class in python, but in a lazy fashion.
...ANSWER
Answered 2020-Apr-21 at 11:55The presence of a __set__
or __delete__
method makes a descriptor a data descriptor. Data descriptors take priority over instance __dict__
entries, so your descriptor's __get__
is called even if a previous call has already cached a value in the instance dict.
Your __get__
does not correctly handle the case where the value has already been computed. It unconditionally recomputes the value every time it is called.
QUESTION
I have a need for a simple AsyncLazy
which behaves exactly like Lazy
but correctly supports handling exceptions and avoids caching them.
Specifically the issue I am running into is as follows:
I can write a piece of code as such:
...ANSWER
Answered 2019-Jun-01 at 07:16To help you understand what's going on here is a simple program:
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