tinyhttp::HttpServer Class Reference

A Simple Header only implementation of Http Server that allows the registration of callback functions. This is based on the Arduino Server class. More...

#include <HttpServer.h>

Public Member Functions
	HttpServer (WiFiServer &server_ptr, int bufferSize=1024)
void	addExtension (Extension &out)
	registers an extension
void	addHandler (HttpRequestHandlerLine *handlerLinePtr)
	adds a new handler
bool	begin (int port)
	Starts the server on the indicated port.
bool	begin (int port, const char *ssid, const char *password)
	Starts the server on the indicated port - calls WiFi.begin(ssid, password);.
WiFiClient &	client ()
	Provides the current client.
void	copy ()
	Call this method from your loop!
void	crlf ()
	print a CR LF
void	doLoop ()
	Legacy method: same as copy();.
void	end ()
	stops the server_ptr
void	endClient ()
	closes the connection to the current client_ptr
const char *	localHost ()
	Determines the local ip address.
IPAddress &	localIP ()
	Provides the local ip address.
void	login (const char *ssid, const char *password)
	Starts the Wifi connection.
void	on (const char *url, TinyMethodID method, const char *mime, const char *result)
	register a handler which provides the indicated string
void	on (const char *url, TinyMethodID method, const char *mime, web_callback_fn fn)
	register a handler with mime
void	on (const char *url, TinyMethodID method, HttpTunnel &tunnel)
	register a redirection
void	on (const char *url, TinyMethodID method, Url &redirect)
	register a redirection
void	on (const char *url, TinyMethodID method, web_callback_fn fn, void *ctx[]=nullptr, int ctxCount=0)
	register a generic handler
bool	onRequest (const char *path)
	generic handler - you can overwrite this method to provide your specifc processing logic
	operator bool ()
	Provides true if the server has been started.
void	reply (const char *contentType, const char *str, int status=200, const char *msg=SUCCESS)
	write reply - string with header size
void	reply (const char *contentType, Stream &inputStream, int size, int status=200, const char *msg=SUCCESS)
	write reply - copies data from input stream with header size
void	reply (const char *contentType, void(*callback)(Stream &out), int status=200, const char *msg=SUCCESS)
	write reply - using callback that writes to stream
void	reply (int status, const char *msg)
	Writes the status and message to the reply.
void	replyChunked (const char *contentType, int status=200, const char *msg=SUCCESS)
	start of chunked reply: use HttpChunkWriter to provde the data
void	replyChunked (const char *contentType, Stream &inputStream, int status=200, const char *msg=SUCCESS)
	chunked reply with data from an input stream
HttpReplyHeader &	replyHeader ()
	provides the reply header
void	replyNotFound ()
	write 404 reply
void	replyOK ()
	write OK reply with 200 SUCCESS
HttpRequestHeader &	requestHeader ()
	provides the request header
void	rewrite (const char *from, const char *to)
	adds a rewrite rule
void	setNoConnectDelay (int delay)

Protected Member Functions
bool	matchesMime (const char *handler_mime, const char *request_mime)
	compares mime of handler with mime of request: provides true if they match of one is null (=any value)
const char *	nullstr (const char *in)
	Converts null to an empty string.
void	processExtensions ()
	executes the doLoop of all extension_collection
void	processRequest ()
const char *	resolveRewrite (const char *from)
	determiens the potentially rewritten url which should be used for the further processing

Protected Attributes
Vector< char >	buffer {0}
int	buffer_size = 0
WiFiClient *	client_ptr = nullptr
List< Extension * >	extension_collection
List< HttpRequestHandlerLine * >	handler_collection
bool	is_active = false
const char *	local_host = nullptr
int	no_connect_dela = 20
int	port = 80
HttpReplyHeader	reply_header
HttpRequestHeader	request_header
List< HttpRequestRewrite * >	rewrite_collection
WiFiServer *	server_ptr = nullptr

Detailed Description

A Simple Header only implementation of Http Server that allows the registration of callback functions. This is based on the Arduino Server class.

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The documentation for this class was generated from the following file:

• src/Server/HttpServer.h