open Printf;;
+open Http_common;;
open Http_parser;;
let debug = true
let default_addr = "0.0.0.0"
let default_port = 80
let default_timeout = 300
-let default_fork = true
+let default_mode = `Fork
(** send raw data on outchan, flushing it afterwards *)
let send_raw ~data outchan =
output_string outchan data;
flush outchan
-let send_CRLF = send_raw ~data:Http_common.crlf
+let send_CRLF = send_raw ~data:crlf
(** TODO perform some sanity test on header and value *)
let send_header ~header ~value =
- send_raw ~data:(header ^ ": " ^ value ^ Http_common.crlf)
+ send_raw ~data:(header ^ ": " ^ value ^ crlf)
let send_headers ~headers outchan =
List.iter (fun (header, value) -> send_header ~header ~value outchan) headers
fun ~code ~status ->
(match code, status with
| Some c, None -> c
- | None, Some s -> Http_common.code_of_status s
+ | None, Some s -> code_of_status s
| Some _, Some _ ->
failwith (func_name ^ " you must give 'code' or 'status', not both")
| None, None ->
let status_line =
String.concat
" "
- [ Http_common.string_of_version version;
+ [ string_of_version version;
string_of_int code;
- Http_common.reason_phrase_of_code code ]
+ reason_phrase_of_code code ]
in
- send_raw ~data:(status_line ^ Http_common.crlf)
+ send_raw ~data:(status_line ^ crlf)
-let send_status_line
- ?(version = Http_common.http_version) ?code ?status outchan
- =
+let send_status_line ?(version = http_version) ?code ?status outchan =
send_status_line'
~version
~code:(get_code_argument "Daemon.send_status_line" ~code ~status)
outchan
(* FIXME duplication of code between this and response#addBasicHeaders *)
-let send_basic_headers
- ?(version = Http_common.http_version) ?code ?status outchan
- =
+let send_basic_headers ?(version = http_version) ?code ?status outchan =
send_status_line'
~version ~code:(get_code_argument "Daemon.send_basic_headers" ~code ~status)
outchan;
send_headers
- ~headers:["Date", Http_misc.date_822 (); "Server", Http_common.server_string]
+ ~headers:["Date", Http_misc.date_822 (); "Server", server_string]
outchan
- (** internal: send a fooish body explaining in HTML form the 'reason phrase'
- of an HTTP response; body, if given, will be appended to the body *)
-let send_foo_body ~code ~body =
- let reason_phrase = Http_common.reason_phrase_of_code code in
- let body =
- sprintf
+ (** internal: given a status code and an additional body return a string
+ representing an HTML document that explains the meaning of given status code.
+ Additional data can be added to the body via 'body' argument *)
+let foo_body code body =
+ let reason_phrase = reason_phrase_of_code code in
+ sprintf
"<!DOCTYPE HTML PUBLIC \"-//IETF//DTD HTML 2.0//EN\">
<HTML><HEAD>
<TITLE>%d %s</TITLE>
</HEAD><BODY>
<H1>%d - %s</H1>%s
</BODY></HTML>"
- code reason_phrase code reason_phrase
- (match body with None -> "" | Some text -> "\n" ^ text)
+ code reason_phrase code reason_phrase body
+
+ (** internal: send a fooish body explaining in HTML form the 'reason phrase'
+ of an HTTP response; body, if given, will be appended to the body *)
+let send_foo_body code body = send_raw ~data:(foo_body code body)
+
+ (* TODO add the computation of Content-Length header *)
+let respond
+ ?(body = "") ?(headers = [])
+ ?(version = http_version) ?(code = 200) ?status outchan
+ =
+ let code =
+ match status with
+ | None -> code
+ | Some s -> code_of_status s
in
- send_raw ~data:body
+ send_basic_headers ~version ~code outchan;
+ send_headers ~headers outchan;
+ send_CRLF outchan;
+ send_raw ~data:body outchan
(** internal: low level for respond_redirect, respond_error, ...
This function send a status line corresponding to a given code, some basic
reason phrase; if body is given it will be included in the body of the HTML
page *)
let send_empty_response
- f_name ?(is_valid_status = fun _ -> true) ?(headers = []) ~body () =
- fun ?(version = Http_common.http_version) ?code ?status outchan ->
- let code = get_code_argument f_name ~code ~status in
+ func_name ?(is_valid_status = fun _ -> true) ?(headers = []) ~body () =
+ fun ?(version = http_version) ?code ?status outchan ->
+ let code = get_code_argument func_name ~code ~status in
if not (is_valid_status code) then
- failwith (sprintf "'%d' isn't a valid status code for %s" code f_name)
+ failwith
+ (sprintf "'%d' isn't a valid status code for %s" code func_name)
else begin (* status code suitable for answering *)
+ let headers =
+ [
+ "Connection", "close";
+ "Content-Type", "text/html; charset=iso-8859-1"
+ ] @ headers
+ in
+ let body = (foo_body code body) ^ body in
+ respond ~version ~code ~headers ~body outchan
+(*
+ (* OLD VERSION, now use 'respond' function *)
send_basic_headers ~version ~code outchan;
send_header ~header:"Connection" ~value:"close" outchan;
send_header
send_headers ~headers outchan;
send_CRLF outchan;
send_foo_body ~code ~body outchan
+*)
end
(* TODO sanity tests on location *)
let respond_redirect
- ~location ?body
- ?(version = Http_common.http_version) ?(code = 301) ?status outchan =
- let code =
- match status with
- | None -> code
- | Some (s: Http_types.redirection_status) -> Http_common.code_of_status s
- in
- send_empty_response
- "Daemon.respond_redirect" ~is_valid_status:Http_common.is_redirection
- ~headers:["Location", location] ~body ()
- ~version ~code outchan
+ ~location ?(body = "") ?(version = http_version) ?(code = 301) ?status outchan
+ =
+ let code =
+ match status with
+ | None -> code
+ | Some (s: Http_types.redirection_status) -> code_of_status s
+ in
+ send_empty_response
+ "Daemon.respond_redirect" ~is_valid_status:is_redirection
+ ~headers:["Location", location] ~body ()
+ ~version ~code outchan
let respond_error
- ?body
- ?(version = Http_common.http_version) ?(code = 400) ?status outchan =
+ ?(body = "") ?(version = http_version) ?(code = 400) ?status outchan =
let code =
match status with
| None -> code
- | Some s -> Http_common.code_of_status s
+ | Some s -> code_of_status s
in
send_empty_response
- "Daemon.respond_error" ~is_valid_status:Http_common.is_error ~body ()
+ "Daemon.respond_error" ~is_valid_status:is_error ~body ()
~version ~code outchan
-let respond_not_found ~url ?(version = Http_common.http_version) outchan =
+let respond_not_found ~url ?(version = http_version) outchan =
send_empty_response
- "Daemon.respond_not_found" ~body:None ()
- ~version ~code:404 outchan
+ "Daemon.respond_not_found" ~body:"" () ~version ~code:404 outchan
-let respond_forbidden ~url ?(version = Http_common.http_version) outchan =
+let respond_forbidden ~url ?(version = http_version) outchan =
send_empty_response
- "Daemon.respond_permission_denied" ~body:None ()
- ~version ~code:403 outchan
+ "Daemon.respond_permission_denied" ~body:"" () ~version ~code:403 outchan
let send_file ?name ?file outchan =
let buflen = 1024 in
fprintf outchan "</body>\n</html>";
flush outchan
-let respond_file ~fname ?(version = Http_common.http_version) outchan =
+let respond_file ~fname ?(version = http_version) outchan =
(** ASSUMPTION: 'fname' doesn't begin with a "/"; it's relative to the current
document root (usually the daemon's cwd) *)
let droot = Sys.getcwd () in (* document root *)
res#serialize outchan;
flush outchan
+ (* TODO support also chroot to 'root', not only chdir *)
(* curried request *)
let start
?(addr = default_addr) ?(port = default_port)
- ?(timeout = Some default_timeout) ?(fork = default_fork)
- callback
+ ?(timeout = Some default_timeout) ?(mode = default_mode) ?root callback
=
+ (match root with (* chdir to document root *)
+ | Some dir -> Sys.chdir dir
+ | None -> ());
let sockaddr = Unix.ADDR_INET (Unix.inet_addr_of_string addr, port) in
let daemon_callback inchan outchan =
try
outchan
| Malformed_query query ->
respond_error
- ~code:400 ~body:("Malformed query string '" ^ query ^ "'") outchan
+ ~code:400 ~body:(sprintf "Malformed query string '%s'" query) outchan
| Malformed_query_binding (binding, query) ->
respond_error
~code:400
sprintf "Malformed query element '%s' in query '%s'" binding query)
outchan
in
- match fork with
- | true -> Http_tcp_server.ocaml_builtin ~sockaddr ~timeout daemon_callback
- | false -> Http_tcp_server.simple ~sockaddr ~timeout daemon_callback
+ match mode with
+ | `Single -> Http_tcp_server.simple ~sockaddr ~timeout daemon_callback
+ | `Fork -> Http_tcp_server.ocaml_builtin ~sockaddr ~timeout daemon_callback
+ | `Thread -> Http_tcp_server.thread ~sockaddr ~timeout daemon_callback
(* OO request *)
let start'
?(addr = default_addr) ?(port = default_port)
- ?(timeout = Some default_timeout) ?(fork = default_fork)
- (callback: (Http_types.request -> out_channel -> unit))
+ ?(timeout = Some default_timeout) ?(mode = default_mode) ?root callback
=
let wrapper path params outchan =
let req = new Http_request.request ~path ~params in
callback req outchan
in
- start ~addr ~port ~timeout ~fork wrapper
+ match root with
+ | None -> start ~addr ~port ~timeout ~mode wrapper
+ | Some root -> start ~addr ~port ~timeout ~mode ~root wrapper
module Trivial =
struct
projects / helm.git / blobdiff