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#pragma once
#include <bfc/dispatch.h>
#include <time.h>
class ifc_authcallback;
enum
{
AUTHPARAM_EMPTY = 0,
AUTHPARAM_TOOSHORT = 1,
AUTHPARAM_TOOLONG = 2,
AUTHPARAM_BADFORMAT = 3,
};
enum
{
AUTH_SUCCESS = 0,
AUTH_404 = 1,
AUTH_TIMEOUT = 2,
AUTH_NOHTTP = 3,
AUTH_NOPARSER = 4,
AUTH_CONNECTIONRESET = 5,
AUTH_ERROR_PARSING_XML = 6,
AUTH_NOT_AUTHORIZED = 7,
AUTH_SECURID = 8,
AUTH_ABORT = 10,
AUTH_INVALIDCRED = 11,
AUTH_UNCONFIRMED = 12,
AUTH_UNEXPECTED = 13, // unexpected catastrophic failure
AUTH_INVALIDPASSCODE = 14,
AUTH_USERNAME = 20,
AUTH_USERNAME_EMPTY = (AUTH_USERNAME + AUTHPARAM_EMPTY),
AUTH_USERNAME_TOOSHORT = (AUTH_USERNAME + AUTHPARAM_TOOSHORT),
AUTH_USERNAME_TOOLONG = (AUTH_USERNAME + AUTHPARAM_TOOLONG),
AUTH_USERNAME_BADFORMAT = (AUTH_USERNAME + AUTHPARAM_BADFORMAT),
AUTH_PASSWORD = 30,
AUTH_PASSWORD_EMPTY = (AUTH_PASSWORD + AUTHPARAM_EMPTY),
AUTH_PASSWORD_TOOSHORT = (AUTH_PASSWORD + AUTHPARAM_TOOSHORT),
AUTH_PASSWORD_TOOLONG = (AUTH_PASSWORD + AUTHPARAM_TOOLONG),
AUTH_PASSWORD_BADFORMAT = (AUTH_PASSWORD + AUTHPARAM_BADFORMAT),
AUTH_PASSCODE = 40,
AUTH_PASSCODE_EMPTY = (AUTH_PASSCODE + AUTHPARAM_EMPTY),
AUTH_PASSCODE_TOOSHORT = (AUTH_PASSCODE + AUTHPARAM_TOOSHORT),
AUTH_PASSCODE_TOOLONG = (AUTH_PASSCODE + AUTHPARAM_TOOLONG),
AUTH_PASSCODE_BADFORMAT = (AUTH_PASSCODE + AUTHPARAM_BADFORMAT),
};
// {392839D2-640D-4961-8E2A-1B5315C2F970}
static const GUID AuthApiGUID =
{ 0x392839d2, 0x640d, 0x4961, { 0x8e, 0x2a, 0x1b, 0x53, 0x15, 0xc2, 0xf9, 0x70 } };
class api_auth : public Dispatchable
{
protected:
api_auth() {}
~api_auth() {}
public:
struct AuthResults
{
// plx2b using SecureZeroMemory when you are done :)
char session_key[256]; // seems to be strlen = ~200, but let's just be safe
char token[256]; // always seems to be strlen=44, but let's just be safe
__time64_t expire; // expiration time in absolute time [AOL's Auth API returns duration, but api_auth adds time()]
char context[512]; // dunno exact length yet
int statusCode;
int statusDetailCode;
};
static const GUID getServiceGuid() { return AuthApiGUID; }
int Login(const wchar_t *username, const wchar_t *password, AuthResults *results, ifc_authcallback *callback);
int LoginSecurID(const wchar_t *username, const wchar_t *password, const char *context, const wchar_t *securid, AuthResults *results, ifc_authcallback *callback);
// realm is just a "named account" kinda thing. pass realm = GUID_NULL for "default" account, or your own unique name if you need to login with a separate ID from the rest of Winamp
int SetCredentials(GUID realm, const char *session_key, const char *token, const wchar_t *username, __time64_t expire);
int GetCredentials(GUID realm, char *session_key, size_t session_key_len, char *token, size_t token_len, wchar_t *username, size_t username_len, __time64_t *expire);
const char *GetDevID();
int ClientToWeb(GUID realm, const wchar_t *destination_url, wchar_t *url, size_t urlcch);
HWND CreateLoginWindow(GUID realm, HWND owner, UINT style);
INT_PTR LoginBox(GUID realm, HWND owner, UINT style);
int GetUserName(GUID realm, wchar_t *username, size_t username_len);
enum
{
API_AUTH_LOGIN = 0,
API_AUTH_SETCREDENTIALS = 1,
API_AUTH_GETCREDENTIALS = 2,
API_AUTH_GETDEVID = 3,
API_AUTH_LOGIN_SECURID = 4,
API_AUTH_CLIENT_TO_WEB = 5,
API_AUTH_CREATELOGINWINDOW = 6,
API_AUTH_LOGINBOX = 7,
API_AUTH_GETUSERNAME=8,
};
};
inline int api_auth::Login(const wchar_t *username, const wchar_t *password, AuthResults *results, ifc_authcallback *callback)
{
return _call(API_AUTH_LOGIN, (int)AUTH_NOHTTP, username, password, results, callback);
}
inline int api_auth::LoginSecurID(const wchar_t *username, const wchar_t *password, const char *context, const wchar_t *securid, AuthResults *results, ifc_authcallback *callback)
{
return _call(API_AUTH_LOGIN_SECURID, (int)AUTH_NOHTTP, username, password, context, securid, results, callback);
}
inline int api_auth::SetCredentials(GUID realm, const char *session_key, const char *token, const wchar_t *username, __time64_t expire)
{
return _call(API_AUTH_SETCREDENTIALS, (int)AUTH_NOT_AUTHORIZED, realm, session_key, token, username, expire);
}
inline int api_auth::GetCredentials(GUID realm, char *session_key, size_t session_key_len, char *token, size_t token_len, wchar_t *username, size_t username_len, __time64_t *expire)
{
return _call(API_AUTH_GETCREDENTIALS, (int)AUTH_NOT_AUTHORIZED, realm, session_key, session_key_len, token, token_len, username, username_len, expire);
}
inline const char *api_auth::GetDevID()
{
return _call(API_AUTH_GETDEVID, (const char *)0);
}
inline int api_auth::ClientToWeb(GUID realm, const wchar_t *destination_url, wchar_t *url, size_t urlcch)
{
return _call(API_AUTH_CLIENT_TO_WEB, (int)1, realm, destination_url, url, urlcch);
}
inline HWND api_auth::CreateLoginWindow(GUID realm, HWND owner, UINT style)
{
return _call(API_AUTH_CREATELOGINWINDOW, (HWND)NULL, realm, owner, style);
}
inline INT_PTR api_auth::LoginBox(GUID realm, HWND owner, UINT style)
{
return _call(API_AUTH_LOGINBOX, (INT_PTR)-1, realm, owner, style);
}
inline int api_auth::GetUserName(GUID realm, wchar_t *username, size_t username_len)
{
return _call(API_AUTH_GETUSERNAME, (int)AUTH_UNEXPECTED, realm, username, username_len);
}
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