But these are not void compatible, because the expressions that they return are not in acceptable forms: ? 1 2 Runnable r1 = () -> "Hello"; Runnable r2 = () -> { return "Hello".toUpperCase(); } Quite separately
So we'll need to define a regular expression that matches the pattern. This one should do the trick (though it's far from perfect): ^m[A-Z].* Let's break down what that does: The "^" matches the beginning of the line Next we match a lowercase "m" ...
Kotlin programs can use all existing Java frameworks and libraries, even advanced frameworks that rely on annotation processing. The interop is seamless and does not require wrappers or adapter layers. It integrates with Maven, Gradle, and other build systems. It is approachable and it can be lea...
If you're looking for a code-level solution, there's a hack you can try. Begin by usingJavaScriptto convert all the letters to lowercase. Next, use\ \ \ \ \ /\b\(\w\)/g\ \ \ \to locate the instances of the first letters, and finally, applytoUpperCase()to each one individually...
Kotlin programs can use all existing Java frameworks and libraries, even advanced frameworks that rely on annotation processing. The interop is seamless and does not require wrappers or adapter layers. It integrates with Maven, Gradle, and other build systems. It is approachable and it can be lea...
Kotlin programs can use all existing Java frameworks and libraries, even advanced frameworks that rely on annotation processing. The interop is seamless and does not require wrappers or adapter layers. It integrates with Maven, Gradle, and other build systems. ...
Kotlin programs can use all existing Java frameworks and libraries, even advanced frameworks that rely on annotation processing. The interop is seamless and does not require wrappers or adapter layers. It integrates with Maven, Gradle, and other build systems. ...
Kotlin programs can use all existing Java frameworks and libraries, even advanced frameworks that rely on annotation processing. The interop is seamless and does not require wrappers or adapter layers. It integrates with Maven, Gradle, and other build systems. ...
Kotlin programs can use all existing Java frameworks and libraries, even advanced frameworks that rely on annotation processing. The interop is seamless and does not require wrappers or adapter layers. It integrates with Maven, Gradle, and other build systems. ...
Kotlin programs can use all existing Java frameworks and libraries, even advanced frameworks that rely on annotation processing. The interop is seamless and does not require wrappers or adapter layers. It integrates with Maven, Gradle, and other build systems. ...