This project uses mocha, chai, typescript and vs code debug toghether, so you can write your api tests easily.
This is useful for scenarios when you've some api developed in python for example, but you'd prefer to develop tests in typescript/javascript.
Another use case is when you've some legacy api and you want to develop some tests to make [risk free change] of your legacy api possibel!
I’ve been building some ASP.NET Core apps as of late and had to dig into how Dependency Injection works there. After talking with Julie Lerman a bit on Twitter about it, I realized that there might be some confusing things about how it works in ASP.NET Core, so I’m hoping I can add some clarity in this post.
This unexpected app port is arrives courtesy of the Uno Platform. They took the source code for Windows’s default Calculator app (which Microsoft made open source last year) and got it up and running on Linux desktops.
We developers spend lot of our time reading code. We read code so that we know how to change it to implement a new feature, fix a bug, etc. It is much better to work in a code base where code is easy to read and understand.
One thing that can make code readable is good naming. Giving variables, classes, and methods good names makes code easier to read.
Vue.component('todo-item', {
template: '\
<li>\
{{ title }}\
<button v-on:click="$emit(\'remove\')">Remove</button>\
</li>\
'
})
Vue.component('custom-input', {
template: `
<input
v-bind:value="value"
v-on:input="$emit('input', $event.target.value)"
>
`
}) <script type="x-template" id="my-template" src="template.js"> </script>
<div id="app"></div>
new Vue({
el: '#app',
template: '#my-template'
}) <div id="app">
<gallery inline-template>
....
Vue.component('gallery', {
... const template = `
<ul>
<li v-for="item in items">
{{ item }}
</li>
</ul>`;
const compiledTemplate = Vue.compile(template);
new Vue({
el: '#app',
data() {
return {
items: ['Item1', 'Item2']
}
},
render(createElement) {
return compiledTemplate.render.call(this, createElement);
}
}); new Vue({
el: '#app',
data: {
msg: 'Show the message'
},
methods: {
hello () {
alert('Here is the message')
}
},
render (createElement) {
return createElement(
'span',
{
class: { 'my-class': true },
on: {
click: this.hello
}
},
[ this.msg ]
);
},
}); new Vue({
el: '#app',
data: {
msg: 'Show the message.'
},
methods: {
hello () {
alert('This is the message.')
}
},
render(h) {
return (
<span class={{ 'my-class': true }} on-click={ this.hello } >
{ this.msg }
</span>
)
}
}); In this video Anders Hejlsberg spends some time discussing TypeScript. He starts with the reasons behind creating TypeScript (the so called elevator speech) and then moves on to some of the features coming in the next release. He mentions a number of features but spends the time discussing the null (and corresponding undefined) types and how TypeScript 2 makes handling them much easier.
A Gantt chart is mainly used in project management. It is a bar chart, designed by Henry Gantt, that shows a project schedule. Gantt chart illustrates elements contained in the work breakdown structure (WBS) of the project. Gantt charts usually show the start and finish dates of WBS elements and also show the dependency relationships between them.
Imagine that you're using the standard route configuration created by the Visual Studio project template:
name: "API Default",
routeTemplate: "api/{controller}/{id}",
defaults: new { id = RouteParameter.Optional } In that case, you can create an URI to a the resource handled by the FooController.GetById Action Method like this:
var uri = linker.GetUri<FooController>(r => r.GetById(1337));
This will create a URI like this:
http://localhost/api/foo/1337 
CVE-2020-0899 Microsoft Visual Studio Elevation of Privilege Vulnerability
CVE-2020-0900 Visual Studio Extension Installer Service Elevation of Privilege Vulnerability
CVE-2020-5260 Git for Visual Studio Credential Leak Vulnerability due to insufficient validation on URLs
Google's Carbon Is Trying To Be A Better C++
