David Teller Yoric

## gist:985817
server = one_page_server("Hello", -> <>Hello, web!</>)

## gist:985820
server = Server.simple_dispatch(_ ->
  html("Hello", <>Hello, web!</>)
)

## wiki.js
/**
 * {1 Database and database interaction}
 */

/**
 * Contents of the wiki.
 *
 * Pages which do not exist have content "This page is empty".
 * Note: By definition, pages stored in the database are always well-formed.
 */

## chat.js
/**
 * {1 Network infrastructure}
 */

/**
 * The type of messages sent by a client to the chatroom
 */
type message = {author: string /**Arbitrary, untrusted, name*/
                ,text: string} /**Content entered by the user*/

## storage.js
/**
 * Add a path called [/storage] to the schema of our graph database.
 *
 * This path is is a dictionary indexed by [string]s of values
 * of type [option(string)], i.e. values that may either be
 * a string or omitted. To find out whether the value is present,
 * one should use pattern-matching - case [{some: ...}] if the
 * value is present, [{none}] if the value is omitted.
 *
 * Note: db is a keyword.

## wiki.opapy
##
#  {1 Database and database interaction}
#

##
#  Contents of the wiki.
#
#  Pages which do not exist have content "This page is empty".
#  Note: By definition, pages stored in the database are always well-formed.
#

## chat.boo
/**
 *{1 Network infrastructure}
 */

/**
 *The type of messages sent by a client to the chatroom
 */
type message:
   author as string //Arbitrary, untrusted, name
   text   as string   //Content entered by the user

## storage.py
/**
 * Add a path called [/storage] to the schema of our graph database.
 *
 * This path is is a dictionary indexed by [string]s of values
 * of type [option(string)], i.e. values that may either be
 * a string or omitted. To find out whether the value is present,
 * one should use pattern-matching - case [{some = ...}] if the
 * value is present, [{none}] if the value is omitted.
 *
 * Note: db is a keyword.

## hello_web.js
/**
 * The function defining our user interface.
 */
start() {
  <>Hello, web!</>; //HTML-like content. As the last value of the function, this is the result.
}


/**
 * Create and start a server delivering user interface [start]

## hello_web2.js
start_server(one_page_server("Hello", -> <>Hello, web!</>));
	server = Server.simple_dispatch(_ ->
	html("Hello", <>Hello, web!</>)
	)
	/**
	* {1 Database and database interaction}
	*/

	/**
	* Contents of the wiki.
	*
	* Pages which do not exist have content "This page is empty".
	* Note: By definition, pages stored in the database are always well-formed.
	*/
	/**
	* {1 Network infrastructure}
	*/

	/**
	* The type of messages sent by a client to the chatroom
	*/
	type message = {author: string /*Arbitrary, untrusted, name/
	,text: string} /*Content entered by the user/
	/**
	* Add a path called [/storage] to the schema of our graph database.
	*
	* This path is is a dictionary indexed by [string]s of values
	* of type [option(string)], i.e. values that may either be
	* a string or omitted. To find out whether the value is present,
	* one should use pattern-matching - case [{some: ...}] if the
	* value is present, [{none}] if the value is omitted.
	*
	* Note: db is a keyword.
	##
	# {1 Database and database interaction}
	#

	##
	# Contents of the wiki.
	#
	# Pages which do not exist have content "This page is empty".
	# Note: By definition, pages stored in the database are always well-formed.
	#
	/**
	*{1 Network infrastructure}
	*/

	/**
	*The type of messages sent by a client to the chatroom
	*/
	type message:
	author as string //Arbitrary, untrusted, name
	text as string //Content entered by the user
	/**
	* The function defining our user interface.
	*/
	start() {
	<>Hello, web!</>; //HTML-like content. As the last value of the function, this is the result.
	}


	/**
	* Create and start a server delivering user interface [start]