Created by Christopher Manning
Nodes are linked to nodes in neighboring cells. The cell's color is a function of its area.
The white lines are the Delaunay triangulation and the purple cells are the Voronoi diagram.
Created by Christopher Manning
Nodes are linked to nodes in neighboring cells. The cell's color is a function of its area.
The white lines are the Delaunay triangulation and the purple cells are the Voronoi diagram.
@interface NSArray (Extensions) | |
- (NSArray *)mapObjectsUsingBlock:(id (^)(id obj, NSUInteger idx))block; | |
@end | |
@implementation NSArray (Extensions) | |
- (NSArray *)mapObjectsUsingBlock:(id (^)(id obj, NSUInteger idx))block { | |
NSMutableArray *result = [NSMutableArray arrayWithCapacity:[self count]]; |
using System.Net; | |
using System.Web.Mvc; | |
namespace ProjectName.Controllers | |
{ | |
public class ErrorController : Controller | |
{ | |
public ViewResult NotFound() { | |
Response.StatusCode = (int)HttpStatusCode.NotFound; |
<binding protocol="http" bindingInformation="*:<port>:dev.example.com" />
to the bindings section.netsh http add urlacl url=http://dev.example.com:<port>/ user=everyone
127.0.0.1 dev.example.com
to the hosts file.hub push | |
hub checkout master | |
hub pull | |
hub checkout <feature_branch> | |
hub pull-request -m "description" | |
hub checkout master | |
hub merge <pr_url> | |
hub push | |
hub push origin :<feature_branch> | |
hub branch -d <feature_branch> |
Briefly state your (2-5) core priorities that represent your primary areas of focus and the targeted business impact. Also include your critical indicators of success for each
Lower the barrier of entry to adopting and understanding TypeScript. Will validate by re-requesting feedback from the community a second time like issues #31983 and hopefully it should be a new set of problems.
Provide resources for people wanting to improve the TypeScript community. Validated by seeing more meetups, conferences rely on infra we provide.
Make it easier to people wanting to build tooling around TypeScript. Some of this can be think this can be validated by making a community survey and comparing to internal feedback. I have some personal docs, and ideas in the website overview but would be good to get overall ideas.
A Range Type is a type that produces a new tuple or array type that derives from T
by dropping the excess ordered
elements of T
outside of the range starting at offset X
(inclusive) through offset Y
(exclusive).
A Range Type is denoted using a :
operator in what would otherwise be an Indexed Access Type:
type T = [1, 2, 3][0:2];