HttpOutput (suave)

HttpOutput Type

Namespace: Suave
Assembly: Suave.dll
Base Type: obj

Constructors

Constructor Description

Constructor	Description
`HttpOutput(connection, runtime)` Full Usage: `HttpOutput(connection, runtime)` Parameters: connection : `Connection` runtime : `HttpRuntime` Returns: `HttpOutput`	connection : `Connection` runtime : `HttpRuntime` Returns: `HttpOutput`


                
                  
                    
                      HttpOutput(connection, runtime)

Full Usage: HttpOutput(connection, runtime)

Parameters:

connection : Connection

runtime : HttpRuntime

Returns: HttpOutput

connection : Connection
runtime : HttpRuntime

Returns: HttpOutput

Instance members

Instance member	Description
`this.Connection` Full Usage: `this.Connection` Returns: `Connection`	Returns: `Connection`
`this.executeTask task` Full Usage: `this.executeTask task` Parameters: task : `Async<HttpContext option>` Returns: `Async<HttpContext option>`	task : `Async<HttpContext option>` Returns: `Async<HttpContext option>`
`this.run request webPart` Full Usage: `this.run request webPart` Parameters: request : `HttpRequest` webPart : `WebPart` Returns: `Task<Result<bool, Error>>`	Check if the web part can perform its work on the current request. If it can't it will return None and the run method will return. request : `HttpRequest` webPart : `WebPart` Returns: `Task<Result<bool, Error>>`
`this.writeContent writePreamble context` Full Usage: `this.writeContent writePreamble context` Parameters: writePreamble : `bool` context : `HttpContext` Returns: `HttpContent -> Task<unit>`	writePreamble : `bool` context : `HttpContext` Returns: `HttpContent -> Task<unit>`
`this.writeContentLengthHeader content context` Full Usage: `this.writeContentLengthHeader content context` Parameters: content : `byte[]` context : `HttpContext` Returns: `Task<unit>` Modifiers: inline	content : `byte[]` context : `HttpContext` Returns: `Task<unit>`
`this.writeContentType headers` Full Usage: `this.writeContentType headers` Parameters: headers : `(string * string) list` Returns: `ValueTask` Modifiers: inline	headers : `(string * string) list` Returns: `ValueTask`
`this.writeHeaders exclusions headers` Full Usage: `this.writeHeaders exclusions headers` Parameters: exclusions : `string list` headers : `(string * string) list` Returns: `Task<unit>`	Walk the response headers list directly via pattern matching. Compared to the previous implementation which iterated through the `seq<_>` interface and called `GetEnumerator()`, this avoids: - enumerator allocation per response, - boxing the list into IEnumerable on the call site, - per-iteration closure allocations from `List.exists`. The cons cells of the input list already exist (the caller built them); we simply traverse them with no extra allocation. exclusions : `string list` headers : `(string * string) list` Returns: `Task<unit>`
`this.writePreamble response` Full Usage: `this.writePreamble response` Parameters: response : `HttpResult` Returns: `Task<unit>`	response : `HttpResult` Returns: `Task<unit>`
`this.writeResponse newCtx` Full Usage: `this.writeResponse newCtx` Parameters: newCtx : `HttpContext` Returns: `Task<unit>`	newCtx : `HttpContext` Returns: `Task<unit>`