英語 での We can define の使用例とその 日本語 への翻訳
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Consequently, we can define a reasonably complex set of rules with a minimum amount of code.
Using the mechanism, we can define a build-level default setting for frequently used keys such as version, scalaVersion, and organization.
We can define default values for constructor parameters using the$di->params array on the Container.
For example, we can define a new instance of ColorModule by extending the default instance.
By applying this we can define a narrowing down between two or more items.
In analogy with integers, we can define the infinite stream of Fibonacci numbers.
More generally, we can define G> H as G- H> 0, and similarly for<.
With pattern matching we can define callbacks for many different requests and states.
If we can't modify a class, we can define a conversion operator from a different class.
For any state S, any value function V, we can define a policy, and that's the one that picks the action under argmax that maximizes the expression over here.
To avoid markup being printed and scripts being enqueued when they are not needed, we can define a function to help us make these decisions.
The example where we wanted the transcription text to be red highlighted and the other part to remain normal, we can define it as follows using CSS.
With flatMap we can define a Future that is the result of two futures sequenced, the second future computed based on the result of the first one.
With regular expressions, we can define phone numbers, words, numbers, quoted strings, and given a regular expression, we can search for and match it in a bigger string.
Now that we have cleared out the precedence, let's review where we can define our implicits to design an API without the import tax.
To change the location of where our log file gets saved to somewhere other than log/, we can define a new logger and specify our own path like this.
For example, we can define a functor that takes an int n and returns a collection of array operations that work exclusively on arrays of length n.
Therefore, we can define the term as"the only and true gospel that make its believers be born again and enter the Kingdom of God.".
It turns out that the free monoid is an example of free objects, which we can define using a functor Set[ A]: C[ A]=> Set[ A].
Taking into account this definition, we can define Alzheimer's disease as a neurodegenerative disease characterized by the presence of cognitive and behavioral impairment.