Related
Aylton Almeida What I want to know is if it is possible to use an interface to describe the parameters that need to be passed to a function. An example is as follows: interface Person {
name: string;
age: number;
}
function createPerson(n
Aylton Almeida What I want to know is if it is possible to use an interface to describe the parameters that need to be passed to a function. An example is as follows: interface Person {
name: string;
age: number;
}
function createPerson(n
Aylton Almeida What I want to know is if it is possible to use an interface to describe the parameters that need to be passed to a function. An example is as follows: interface Person {
name: string;
age: number;
}
function createPerson(n
Paul Redmond I want to use an interface to set data types and then call them in a function while setting default values without passing the data . I am getting the after canvas error ',' expected.in the function . Can't I call it that? // Options
interface opt
Paul Redmond I want to use an interface to set data types and then call them in a function while setting default values without passing the data . I am getting the after canvas error ',' expected.in the function . Can't I call it that? // Options
interface opt
Paul Redmond I want to use an interface to set data types and then call them in a function while setting default values without passing the data . I am getting the after canvas error ',' expected.in the function . Can't I call it that? // Options
interface opt
Delta Tango Is there a way to use an interface's properties/keys as function parameter types? For example, if I have an interface: interface column{
id: string,
title: string,
description: string
}
I have a function: const replaceColumnProperty = (co
Paul Redmond I want to use an interface to set data types and then call them in a function while setting default values without passing the data . I am getting the after canvas error ',' expected.in the function . Can't I call it that? // Options
interface opt
Paul Redmond I want to use an interface to set data types and then call them in a function while setting default values without passing the data . I am getting the after canvas error ',' expected.in the function . Can't I call it that? // Options
interface opt
Tired_of_nitpickers： I'm looking for an elegant way to unpack parameter lists in Go. I don't want to use a variadic function for this, because in the use case where I'm writing the use case, I already know the number of parameters and want to keep this part si
Tired_of_nitpickers： I'm looking for an elegant way to unpack parameter lists in Go. I don't want to use a variadic function for this, because in the use case where I'm writing the use case, I already know the number of parameters and want to keep this part si
Tired_of_nitpickers： I'm looking for an elegant way to unpack parameter lists in Go. I don't want to use a variadic function for this, because in the use case where I'm writing the use case, I already know the number of parameters and want to keep this part si
Tired_of_nitpickers： I'm looking for an elegant way to unpack parameter lists in Go. I don't want to use a variadic function for this, because in the use case where I'm writing the use case, I already know the number of parameters and want to keep this part si
RJM When compiling the code below, I expect two errors, but typescript compiles it without any errors. interface IFoo{
Bar(callback: (arg:string) => void):void;
}
class Foo implements IFoo {
public Bar(callback: () => void):void{
callback();
Ole Spaarmann I have the following problem: I am pulling data from JSON API. Currently, I serve each data model (e.g. article, user, etc.) and provide a model class for each data model. But this is crazy and not really maintainable. So I want to refactor to ha
RJM When compiling the code below, I expect two errors, but typescript compiles it without any errors. interface IFoo{
Bar(callback: (arg:string) => void):void;
}
class Foo implements IFoo {
public Bar(callback: () => void):void{
callback();
axon For someone reading the TypeScript manual, this might be a very simple question: Consider the following interface: (from a library simple-gitI want to use ). export interface SimpleGitTaskCallback<T = string, E extends GitError = GitError> {
(err: nul
RJM When compiling the code below, I expect two errors, but typescript compiles it without any errors. interface IFoo{
Bar(callback: (arg:string) => void):void;
}
class Foo implements IFoo {
public Bar(callback: () => void):void{
callback();
RJM When compiling the code below, I expect two errors, but typescript compiles it without any errors. interface IFoo{
Bar(callback: (arg:string) => void):void;
}
class Foo implements IFoo {
public Bar(callback: () => void):void{
callback();
RJM When compiling the code below, I expect two errors, but typescript compiles it without any errors. interface IFoo{
Bar(callback: (arg:string) => void):void;
}
class Foo implements IFoo {
public Bar(callback: () => void):void{
callback();
Ole Spaarmann I have the following problem: I am pulling data from JSON API. Currently, I serve each data model (e.g. article, user, etc.) and provide a model class for each data model. But this is crazy and not really maintainable. So I want to refactor to ha
Ole Spaarmann I have the following problem: I am pulling data from JSON API. Currently, I serve each data model (e.g. article, user, etc.) and provide a model class for each data model. But this is crazy and not really maintainable. So I want to refactor to ha
Alex Chashen I have a typescript function that accepts an options object as a parameter. I have an interface that defines options. I also have a constant that contains the default value for each option. It looks like this: interface Options {
viewportHeight:
axon For someone reading the TypeScript manual, this might be a very simple question: Consider the following interface: (from a library simple-gitI want to use ). export interface SimpleGitTaskCallback<T = string, E extends GitError = GitError> {
(err: nul
axon For someone reading the TypeScript manual, this might be a very simple question: Consider the following interface: (from a library simple-gitI want to use ). export interface SimpleGitTaskCallback<T = string, E extends GitError = GitError> {
(err: nul
RJM When compiling the code below, I expect two errors, but typescript compiles it without any errors. interface IFoo{
Bar(callback: (arg:string) => void):void;
}
class Foo implements IFoo {
public Bar(callback: () => void):void{
callback();
RJM When compiling the code below, I expect two errors, but typescript compiles it without any errors. interface IFoo{
Bar(callback: (arg:string) => void):void;
}
class Foo implements IFoo {
public Bar(callback: () => void):void{
callback();
RJM When compiling the code below, I expect two errors, but typescript compiles it without any errors. interface IFoo{
Bar(callback: (arg:string) => void):void;
}
class Foo implements IFoo {
public Bar(callback: () => void):void{
callback();
Ole Spaarmann I have the following problem: I am pulling data from JSON API. Currently, I serve each data model (e.g. article, user, etc.) and provide a model class for each data model. But this is crazy and not really maintainable. So I want to refactor to ha