%%--------------------------------------------------------------------
%%
%% %CopyrightBegin%
%%
%% Copyright Ericsson AB 1997-2009. All Rights Reserved.
%%
%% The contents of this file are subject to the Erlang Public License,
%% Version 1.1, (the "License"); you may not use this file except in
%% compliance with the License. You should have received a copy of the
%% Erlang Public License along with this software. If not, it can be
%% retrieved online at http://www.erlang.org/.
%%
%% Software distributed under the License is distributed on an "AS IS"
%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See
%% the License for the specific language governing rights and limitations
%% under the License.
%%
%% %CopyrightEnd%
%%
%%
%%-----------------------------------------------------------------
%% File: iop_ior.erl
%% Description:
%% This file contains the IOP::IOR handling
%%
%%-----------------------------------------------------------------
-module(iop_ior).
-include_lib("orber/include/corba.hrl").
-include_lib("orber/src/orber_iiop.hrl").
%%-----------------------------------------------------------------
%% External exports
%%-----------------------------------------------------------------
-export([code/4, decode/4, string_decode/1,
string_code/1, string_code/2, string_code/3, string_code/4,
get_key/1, get_key/2, get_typeID/1, create/9,
get_objkey/1, check_nil/1, get_privfield/1, set_privfield/2,
get_orbfield/1, set_orbfield/2,
get_flagfield/1, set_flagfield/2,
create_external/5, create_external/6, print/1, print/2,
get_alt_addr/1, add_component/2, get_peerdata/1]).
%%-----------------------------------------------------------------
%% Internal exports
%%-----------------------------------------------------------------
%%-----------------------------------------------------------------
%% Macros
%%-----------------------------------------------------------------
-define(DEBUG_LEVEL, 6).
%%-----------------------------------------------------------------
%% External interface functions
%%-----------------------------------------------------------------
%%-----------------------------------------------------------------
%% Func: create/5/6
%%-----------------------------------------------------------------
%% There are a few restrictions if a certain IIOP-version may contain certain components
%% and contexts The ones we currently, and the ones we perhaps will, support is:
%%
%% Feature 1.0 1.1 1.2
%% TransactionService Service Context yes yes yes
%% CodeSets Service Context yes yes
%% Object by Value Service Context yes
%% Bi-Directional IIOP Service Context yes
%% IOR components in IIOP profile yes yes
%% TAG_ORB_TYPE yes yes
%% TAG_CODE_SETS yes yes
%% TAG_ALTERNATE_IIOP_ADDRESS yes
%% TAG_SSL_SEC_TRANS yes yes
%% Extended IDL data types yes yes
%% Bi-Directional GIOP Features yes
%% Value types and Abstract Interfaces yes
%%
%% CSIv2:
%% A target that supports unprotected IIOP invocations shall specify in the
%% corresponding TAG_INTERNET_IOP profile a nonzero port number at which the
%% target will accept unprotected invocations.9 A target that supports only
%% protected IIOP invocations shall specify a port number of 0 (zero) in the
%% corresponding TAG_INTERNET_IOP profile.
%%-----------------------------------------------------------------
create({1, 0}, TypeID, Hosts, IIOPPort, _, Objkey, _, _, _) ->
Template = #'IIOP_ProfileBody_1_0'{iiop_version =
#'IIOP_Version'{major=1, minor=0},
port = IIOPPort,
object_key = Objkey},
#'IOP_IOR'{type_id=TypeID,
profiles=duplicate_1_0_profiles(Hosts, Template, [])};
create({1, Minor}, TypeID, Hosts, IIOPPort, -1, Objkey, MC, _, _) ->
Template = #'IIOP_ProfileBody_1_1'{iiop_version =
#'IIOP_Version'{major=1, minor=Minor},
port = IIOPPort,
object_key = Objkey,
components = MC},
#'IOP_IOR'{type_id=TypeID,
profiles=duplicate_1_1_profiles(Hosts, Template, [])};
create({1, Minor}, TypeID, Hosts, IIOPPort, SSLPort, Objkey, MC, Flags, EnvFlags) ->
V=#'IIOP_Version'{major=1, minor=Minor},
UseCSIv2 = ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_USE_CSIV2),
Template =
case ?ORB_FLAG_TEST(Flags, ?ORB_NO_SECURITY) of
true ->
#'IIOP_ProfileBody_1_1'{iiop_version = V,
port = IIOPPort,
object_key = Objkey,
components = MC};
false when UseCSIv2 == false ->
#'IIOP_ProfileBody_1_1'{iiop_version=V,
port=IIOPPort,
object_key=Objkey,
components= [#'IOP_TaggedComponent'
{tag=?TAG_SSL_SEC_TRANS,
component_data=#'SSLIOP_SSL'{target_supports = 2,
target_requires = 2,
port = SSLPort}}|MC]};
false when UseCSIv2 == true ->
#'IIOP_ProfileBody_1_1'
{iiop_version=V,
port=0,
object_key=Objkey,
components= [#'IOP_TaggedComponent'
{tag = ?TAG_CSI_SEC_MECH_LIST,
component_data =
#'CSIIOP_CompoundSecMechList'
{stateful = false,
mechanism_list =
[#'CSIIOP_CompoundSecMech'
{target_requires = 6,
transport_mech =
#'IOP_TaggedComponent'
{tag=?TAG_TLS_SEC_TRANS,
component_data=#'CSIIOP_TLS_SEC_TRANS'
{target_supports = 7,
target_requires = 8,
addresses =
[#'CSIIOP_TransportAddress'{host_name = "Host",
port = SSLPort}]}},
as_context_mech =
#'CSIIOP_AS_ContextSec'
{target_supports = 9, target_requires = 10,
client_authentication_mech = [1, 255],
target_name = [2,255]},
sas_context_mech =
#'CSIIOP_SAS_ContextSec'
{target_supports = 11, target_requires = 12,
privilege_authorities =
[#'CSIIOP_ServiceConfiguration'
{syntax = ?ULONGMAX,
name = [3,255]}],
supported_naming_mechanisms = [[4,255],[5,255]],
supported_identity_types = ?ULONGMAX}}]}}|MC]}
end,
#'IOP_IOR'{type_id=TypeID,
profiles=duplicate_1_1_profiles(Hosts, Template, [])};
create(Version, TypeID, Host, IIOPPort, SSLPort, Objkey, MC, _, _) ->
orber:dbg("[~p] iop_ior:create(~p, ~p, ~p, ~p, ~p, ~p, ~p);~n"
"Unsupported IIOP-version.",
[?LINE, Version, TypeID, Host, IIOPPort, SSLPort, Objkey, MC],
?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO}).
duplicate_1_1_profiles([], _, Profiles) ->
Profiles;
duplicate_1_1_profiles([H|T], Template, Profiles) ->
duplicate_1_1_profiles(T, Template,
[#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data =
Template#'IIOP_ProfileBody_1_1'{host = H}}|Profiles]).
duplicate_1_0_profiles([], _, Profiles) ->
Profiles;
duplicate_1_0_profiles([H|T], Template, Profiles) ->
duplicate_1_0_profiles(T, Template,
[#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data =
Template#'IIOP_ProfileBody_1_0'{host = H}}|Profiles]).
%%-----------------------------------------------------------------
%% Func: create_external/5/6
%%-----------------------------------------------------------------
create_external(Version, TypeID, Host, IIOP_port, Objkey) ->
create_external(Version, TypeID, Host, IIOP_port, Objkey, []).
create_external({1, 0}, TypeID, Host, IIOP_port, Objkey, _MC) ->
V=#'IIOP_Version'{major=1,
minor=0},
PB=#'IIOP_ProfileBody_1_0'{iiop_version=V,
host=Host,
port=IIOP_port,
object_key=Objkey},
#'IOP_IOR'{type_id=TypeID, profiles=[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP,
profile_data=PB}]};
create_external({1, 1}, TypeID, Host, IIOP_port, Objkey, Components) ->
V=#'IIOP_Version'{major=1,
minor=1},
PB=#'IIOP_ProfileBody_1_1'{iiop_version=V,
host=Host,
port=IIOP_port,
object_key=Objkey,
components=Components},
#'IOP_IOR'{type_id=TypeID,
profiles=[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP,
profile_data=PB}]};
create_external({1, 2}, TypeID, Host, IIOP_port, Objkey, Components) ->
V=#'IIOP_Version'{major=1,
minor=2},
PB=#'IIOP_ProfileBody_1_1'{iiop_version=V,
host=Host,
port=IIOP_port,
object_key=Objkey,
components=Components},
#'IOP_IOR'{type_id=TypeID,
profiles=[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP,
profile_data=PB}]};
create_external(Version, TypeID, Host, IIOP_port, Objkey, MC) ->
orber:dbg("[~p] iop_ior:create_external(~p, ~p, ~p, ~p, ~p, ~p);~n"
"Unsupported IIOP-version.",
[?LINE, Version, TypeID, Host, IIOP_port, Objkey, MC], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO}).
%%-----------------------------------------------------------------
%% Func: get_peerdata/1
%%-----------------------------------------------------------------
%% Probably an external IOR.
get_peerdata(#'IOP_IOR'{} = IOR) ->
get_peerdata(get_key(IOR), IOR, [], []);
%% Local object reference.
get_peerdata(_) ->
[].
%% "Plain" TCP/IP.
get_peerdata({'external', {Host, Port, _InitObjkey, Index, TaggedProfile,
#host_data{protocol = normal,
csiv2_mech = undefined}}},
IOR, Acc, Indexes) ->
Alts = get_alt_addr(TaggedProfile),
get_peerdata(get_key(IOR, [Index|Indexes]), IOR, [{Host, Port}|Alts] ++ Acc,
[Index|Indexes]);
%% "Plain" SSL
get_peerdata({'external', {Host, _Port, _InitObjkey, Index, TaggedProfile,
#host_data{protocol = ssl,
ssl_data = #'SSLIOP_SSL'{port = Port},
csiv2_mech = undefined}}},
IOR, Acc, Indexes) ->
Alts = get_alt_addr(TaggedProfile),
get_peerdata(get_key(IOR, [Index|Indexes]), IOR, [{Host, Port}|Alts] ++ Acc,
[Index|Indexes]);
%% TEMPORARY FIX TO SKIP CSIv2 DATA.
get_peerdata({'external', {Host, _Port, _InitObjkey, Index, TaggedProfile,
#host_data{protocol = ssl,
ssl_data = #'SSLIOP_SSL'{port = Port}}}},
IOR, Acc, Indexes) ->
Alts = get_alt_addr(TaggedProfile),
get_peerdata(get_key(IOR, [Index|Indexes]), IOR, [{Host, Port}|Alts] ++ Acc,
[Index|Indexes]);
%% CSIv2 over SSL (TAG_TLS_SEC_TRANS) using the SAS protocol. Note port must equal 0.
get_peerdata({'external',
{_Host, 0, _InitObjkey, Index, TaggedProfile,
#host_data{protocol = ssl,
csiv2_mech =
#'CSIIOP_CompoundSecMech'{target_requires = _TR} = _Mech,
csiv2_addresses = Addresses}}},
IOR, Acc, Indexes) ->
Alts = get_alt_addr(TaggedProfile),
get_peerdata(get_key(IOR, [Index|Indexes]), IOR, Addresses ++ Alts ++ Acc,
[Index|Indexes]);
%% CSIv2 over SSL (TAG_NULL_TAG) using the SAS protocol.
get_peerdata({'external',
{Host, _Port, _InitObjkey, Index, TaggedProfile,
#host_data{protocol = ssl,
ssl_data = #'SSLIOP_SSL'{port = Port},
csiv2_mech = Mech}}},
IOR, Acc, Indexes) when is_record(Mech, 'CSIIOP_CompoundSecMech') ->
Alts = get_alt_addr(TaggedProfile),
get_peerdata(get_key(IOR, [Index|Indexes]), IOR, [{Host, Port}|Alts] ++ Acc,
[Index|Indexes]);
%% CSIv2 over TCP (TAG_NULL_TAG) using the SAS protocol.
get_peerdata({'external',
{Host, Port, _InitObjkey, Index, TaggedProfile,
#host_data{protocol = normal,
csiv2_mech = Mech}}},
IOR, Acc, Indexes) when is_record(Mech, 'CSIIOP_CompoundSecMech') ->
Alts = get_alt_addr(TaggedProfile),
get_peerdata(get_key(IOR, [Index|Indexes]), IOR, [{Host, Port}|Alts] ++ Acc,
[Index|Indexes]);
get_peerdata(undefined, _IOR, Acc, _Indexes) ->
Acc;
%% Local object reference.
get_peerdata(_, _, _, _) ->
[].
%%-----------------------------------------------------------------
%% Func: get_key/1
%%-----------------------------------------------------------------
get_key(#'IOP_IOR'{profiles=P}) ->
get_key_1(P, false, 0, undefined, #host_data{});
get_key({Module, Type, Key, _UserDef, OrberDef, Flags}) ->
if
is_binary(Key) ->
{'internal', Key, OrberDef, Flags, Module};
Type == pseudo ->
{'internal_registered', {pseudo, Key}, OrberDef, Flags, Module};
is_atom(Key) ->
{'internal_registered', Key, OrberDef, Flags, Module}
end;
get_key(What) ->
orber:dbg("[~p] iop_ior:get_key(~p); Invalid IOR",
[?LINE, What], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO}).
get_key(#'IOP_IOR'{profiles=P}, Exclude) ->
get_key_1(P, true, 0, Exclude, #host_data{});
get_key(What, _Exclude) ->
orber:dbg("[~p] iop_ior:get_key(~p); Invalid IOR",
[?LINE, What], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO}).
get_key_1([], false, _, _, _) ->
orber:dbg("[~p] iop_ior:get_key_1([]); bad object reference, profile not found.",
[?LINE], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO});
get_key_1([], true, _, _, _) ->
undefined;
%%--------- Local IIOP-1.0 Profile ---------
get_key_1([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_0'
{object_key={Module, Type, Key, _UserDef, OrberDef, Flags}}}|_],
_Retry, _Counter, _Exclude, _HD) ->
if
is_binary(Key) ->
{'internal', Key, OrberDef, Flags, Module};
Type == pseudo ->
{'internal_registered', {pseudo, Key}, OrberDef, Flags, Module};
is_atom(Key) ->
{'internal_registered', Key, OrberDef, Flags, Module}
end;
%%--------- Local IIOP-1.1 & IIOP-1.2 Profiles ---------
get_key_1([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_1'
{object_key={Module, Type, Key, _UserDef, OrberDef, Flags}}}|_],
_Retry, _Counter, _Exclude, _HD) ->
if
is_binary(Key) ->
{'internal', Key, OrberDef, Flags, Module};
Type == pseudo ->
{'internal_registered', {pseudo, Key}, OrberDef, Flags, Module};
Type == passive ->
%% CHECK FOR PRIMARY COMPONENT & GROUPID! Better yet, do not.
%% This is internal key and is supposed to be well formed.
%% Also, internal keys are not searched for primary member or
%% groupid in the component-section of IOR. ObjectKey will tell
%% GroupID and database read transaction will tell primary member.
{'internal_registered', {passive, Key}, OrberDef, Flags, Module};
is_atom(Key) ->
{'internal_registered', Key, OrberDef, Flags, Module}
end;
%%--------- External IIOP-1.0 Profile ---------
get_key_1([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_0'
{host = Host, port = Port, object_key= ObjectKey}} = TP|P],
_Retry, Counter, Exclude, HD) when Exclude == undefined ->
%% This case is "necessary" if an ORB adds several IIOP-profiles since,
%% for example, wchar isn't supported for 1.0.
case get_key_1(P, true, Counter+1, Exclude, HD) of
undefined ->
%% We now it's IIOP-1.0 and it doesn't contain any
%% components. Hence, no need to check for it.
{'external', {Host, Port, ObjectKey, Counter, TP,
HD#host_data{version = {1,0}}}};
LaterVersion ->
LaterVersion
end;
get_key_1([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_0'
{host = Host, port = Port, object_key= ObjectKey}} = TP|P],
Retry, Counter, Exclude, HD) ->
case lists:member(Counter, Exclude) of
true ->
get_key_1(P, Retry, Counter+1, Exclude, HD);
false ->
%% This case is "necessary" if an ORB adds several IIOP-profiles since,
%% for example, wchar isn't supported for 1.0.
case get_key_1(P, true, Counter+1, Exclude, HD) of
undefined ->
{'external', {Host, Port, ObjectKey, Counter, TP,
HD#host_data{version = {1,0}}}};
LaterVersion ->
LaterVersion
end
end;
%%--------- External IIOP-1.1 & IIOP-1.2 Profiles ---------
get_key_1([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_1'
{iiop_version = #'IIOP_Version'{major=Major, minor=Minor},
host = Host, port = Port, object_key= ObjectKey,
components = Components}} = TP|P],
Retry, Counter, Exclude, HD) when Exclude == undefined ->
case check_components(Components, Port, HD#host_data{version = {Major,Minor}}) of
#host_data{csiv2_mech = undefined} when Port == 0 ->
get_key_1(P, Retry, Counter+1, Exclude, HD);
NewHD ->
{'external', {Host, Port, ObjectKey, Counter, TP, NewHD}}
end;
get_key_1([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_1'
{iiop_version = #'IIOP_Version'{major=Major, minor=Minor},
host = Host, port = Port, object_key= ObjectKey,
components = Components}} = TP|P],
Retry, Counter, Exclude, HD) ->
case lists:member(Counter, Exclude) of
true ->
get_key_1(P, Retry, Counter+1, Exclude, HD);
false ->
case check_components(Components, Port,
HD#host_data{version = {Major,Minor}}) of
#host_data{csiv2_mech = undefined} when Port == 0 ->
get_key_1(P, Retry, Counter+1, Exclude, HD);
NewHD ->
{'external', {Host, Port, ObjectKey, Counter, TP, NewHD}}
end
end;
get_key_1([_ | P], Retry, Counter, Exclude, HD) ->
get_key_1(P, Retry, Counter+1, Exclude, HD).
check_components([], _, HostData) ->
HostData;
check_components([#'IOP_TaggedComponent'{tag=?TAG_SSL_SEC_TRANS,
component_data=SSLStruct}|Rest],
Port, HostData) when is_record(SSLStruct, 'SSLIOP_SSL') ->
check_components(Rest, Port, HostData#host_data{protocol = ssl,
ssl_data = SSLStruct});
%% CSIv2 Components
check_components([#'IOP_TaggedComponent'{tag=?TAG_CSI_SEC_MECH_LIST,
component_data=Data}|Rest],
Port, HostData) when is_record(Data, 'CSIIOP_CompoundSecMechList') ->
case check_sec_mech(Data#'CSIIOP_CompoundSecMechList'.mechanism_list, Port) of
undefined ->
check_components(Rest, Port, HostData);
{ok, Protocol, Mech, Addresses} ->
check_components(Rest, Port,
HostData#host_data
{protocol = Protocol,
csiv2_mech = Mech,
csiv2_statefull = Data#'CSIIOP_CompoundSecMechList'.stateful,
csiv2_addresses = Addresses});
{ok, Mech} ->
check_components(Rest, Port,
HostData#host_data
{csiv2_mech = Mech,
csiv2_statefull = Data#'CSIIOP_CompoundSecMechList'.stateful})
end;
%% FT Components
check_components([#'IOP_TaggedComponent'
{tag=?TAG_FT_HEARTBEAT_ENABLED,
component_data=
#'FT_TagFTHeartbeatEnabledTaggedComponent'
{heartbeat_enabled = Boolean}}|Rest],
Port, HostData) ->
check_components(Rest, Port, HostData#host_data{ft_heartbeat = Boolean});
check_components([#'IOP_TaggedComponent'
{tag=?TAG_FT_PRIMARY,
component_data=
#'FT_TagFTPrimaryTaggedComponent'{primary = Boolean}}|Rest],
Port, HostData) ->
check_components(Rest, Port, HostData#host_data{ft_primary = Boolean});
check_components([#'IOP_TaggedComponent'
{tag=?TAG_FT_GROUP,
component_data=#'FT_TagFTGroupTaggedComponent'
{version = #'GIOP_Version'{major = 1, minor = 0},
ft_domain_id = FTDomain,
object_group_id = GroupID,
object_group_ref_version = GroupVer}}|Rest],
Port, HostData) ->
check_components(Rest, Port, HostData#host_data{ft_domain = FTDomain,
ft_group = GroupID,
ft_ref_version = GroupVer});
%% CodeSets Component
check_components([#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=#'CONV_FRAME_CodeSetComponentInfo'
{'ForCharData' = Char,
'ForWcharData' = Wchar}}|Rest],
Port, HostData) ->
CharData = check_char_codeset(Char),
WcharData = check_wchar_codeset(Wchar),
check_components(Rest, Port, HostData#host_data{charset = CharData,
wcharset = WcharData});
%% Not used
check_components([_ | Rest], Port, HostData) ->
check_components(Rest, Port, HostData).
check_sec_mech([], _) ->
undefined;
%% Not supported yet.
%check_sec_mech([#'CSIIOP_CompoundSecMech'
% {target_requires = TR,
% transport_mech=
% #'IOP_TaggedComponent'{tag=?TAG_SECIOP_SEC_TRANS}} = Mech|_],
% Port) ->
% {ok, seciop, Mech};
check_sec_mech([#'CSIIOP_CompoundSecMech'
{target_requires = TR,
transport_mech=
#'IOP_TaggedComponent'{tag = ?TAG_TLS_SEC_TRANS,
component_data = CD}} = Mech|_], _Port)
when TR =< ?CSIv2_MAX_TARGET_REQUIRES ->
{ok, ssl, Mech, extract_host_port(CD#'CSIIOP_TLS_SEC_TRANS'.addresses, [])};
%% The TAG_NULL_TAG component shall be used in the 'transport_mech' field to
%% indicate that a mechanism does not implement security functionality at the
%% transport layer.
%% If the port field in TAG_INTERNET_IOP equals 0 we must find a TAG_TLS_SEC_TRANS
%% or TAG_SECIOP_SEC_TRANS mechanism.
check_sec_mech([#'CSIIOP_CompoundSecMech'
{transport_mech=
#'IOP_TaggedComponent'{tag = ?TAG_NULL_TAG}}|Rest], 0) ->
check_sec_mech(Rest, 0);
check_sec_mech([#'CSIIOP_CompoundSecMech'
{target_requires = TR,
transport_mech=
#'IOP_TaggedComponent'{tag = ?TAG_NULL_TAG}} = Mech|_], _Port)
when TR =< ?CSIv2_MAX_TARGET_REQUIRES ->
{ok, Mech};
%% Unrecognized or the peer requires more than we support.
check_sec_mech([_ | Rest], Port) ->
check_sec_mech(Rest, Port).
extract_host_port([], Acc) ->
Acc;
extract_host_port([#'CSIIOP_TransportAddress'{host_name = Host,
port = Port}|Rest], Acc) ->
extract_host_port(Rest, [{Host, Port}|Acc]).
check_char_codeset(#'CONV_FRAME_CodeSetComponent'{native_code_set=?ISO8859_1_ID}) ->
?ISO8859_1_ID;
check_char_codeset(#'CONV_FRAME_CodeSetComponent'{native_code_set=?ISO646_IRV_ID}) ->
?ISO646_IRV_ID;
check_char_codeset(#'CONV_FRAME_CodeSetComponent'{conversion_code_sets=Converters}) ->
%% Since the list of Converters usually is very short (0 or 1 element) we
%% can use lists:member.
case lists:member(?ISO8859_1_ID, Converters) of
true ->
?ISO8859_1_ID;
false ->
%% Since we are 100% sure strings will be (e.g. IFR-ids) used we
%% can raise an exception at this point.
orber:dbg("[~p] iop_ior:check_char_codeset(~p);~n"
"Orber cannot communicate with this ORB.~n"
"It doesn't support a Char CodeSet known to Orber.",
[?LINE, Converters], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status = ?COMPLETED_NO})
end.
check_wchar_codeset(#'CONV_FRAME_CodeSetComponent'{native_code_set=?UTF_16_ID}) ->
?UTF_16_ID;
check_wchar_codeset(#'CONV_FRAME_CodeSetComponent'{native_code_set=?UCS_2_ID}) ->
?UCS_2_ID;
check_wchar_codeset(#'CONV_FRAME_CodeSetComponent'{conversion_code_sets=Converters}) ->
case lists:member(?UTF_16_ID, Converters) of
true ->
?UTF_16_ID;
false ->
%% We should not raise an exception here since we do not know if
%% wchar/wstring is used.
?UTF_16_ID
% ?UNSUPPORTED_WCHAR
end.
%%-----------------------------------------------------------------
%% Func: add_component/2
%%-----------------------------------------------------------------
add_component(Objref, Component) when is_record(Objref, 'IOP_IOR') ->
add_component_ior(Objref, Component);
add_component(Objref, Component) ->
add_component_local(Objref, Component, orber:giop_version()).
add_component_local(_, Component, {1,0}) ->
orber:dbg("[~p] iop_ior:add_component(~p);~n"
"IIOP-1.0 objects cannot contain any components.",
[?LINE, Component], ?DEBUG_LEVEL),
corba:raise(#'BAD_PARAM'{completion_status = ?COMPLETED_NO});
add_component_local(_, #'IOP_TaggedComponent'{tag = ?TAG_ALTERNATE_IIOP_ADDRESS}
= Component, {1,1}) ->
orber:dbg("[~p] iop_ior:add_component(~p);~n"
"IIOP-1.1 objects may not contain ALTERNATE_IIOP_ADDRESS components.",
[?LINE, Component], ?DEBUG_LEVEL),
corba:raise(#'BAD_PARAM'{completion_status = ?COMPLETED_NO});
add_component_local({Mod, Type, Key, UserDef, OrberDef, Flags}, Component, Version) ->
EnvFlags = orber:get_flags(),
MC = case ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_EXCLUDE_CODESET_COMPONENT) of
true ->
[Component];
false ->
[#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=?DEFAULT_CODESETS},
Component]
end,
case ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_ENABLE_NAT) of
false ->
create(Version, Mod:typeID(), orber:host(), orber:iiop_port(),
orber:iiop_ssl_port(),
{Mod, Type, Key, UserDef, OrberDef, Flags},
MC, Flags, EnvFlags);
true ->
create(Version, Mod:typeID(), orber:nat_host(),
orber:nat_iiop_port(), orber:nat_iiop_ssl_port(),
{Mod, Type, Key, UserDef, OrberDef, Flags},
MC, Flags, EnvFlags)
end.
add_component_ior(#'IOP_IOR'{profiles=P} = IOR, Component) ->
case add_component_ior_helper(P, Component, false, []) of
{false, _} ->
orber:dbg("[~p] iop_ior:add_component_ior(~p);~n"
"The IOR do not contain a valid IIOP-version for the supplied component.",
[?LINE, Component], ?DEBUG_LEVEL),
corba:raise(#'BAD_PARAM'{completion_status = ?COMPLETED_NO});
{_, NewProfiles} ->
IOR#'IOP_IOR'{profiles=NewProfiles}
end.
add_component_ior_helper([], _Component, Status, Acc) ->
{Status, Acc};
add_component_ior_helper([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_1'
{iiop_version= #'IIOP_Version'{minor=1}}}|T],
#'IOP_TaggedComponent'{tag = ?TAG_ALTERNATE_IIOP_ADDRESS}
= Component, Status, Acc) ->
%% 'ALTERNATE_IIOP_ADDRESS' may only be added to IIOP-1.2 IOR's.
add_component_ior_helper(T, Component, Status, Acc);
add_component_ior_helper([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_1'
{object_key=Objkey,
components=Components} = PB} = H|T],
Component, _Status, Acc) when is_tuple(Objkey) ->
%% The objectkey must be a tuple if it's a local object. We cannot(!!) add components
%% to an external IOR.
add_component_ior_helper(T, Component, true,
[H#'IOP_TaggedProfile'
{profile_data=PB#'IIOP_ProfileBody_1_1'
{components = [Component|Components]}}|Acc]);
add_component_ior_helper([_|T], Component, Status, Acc) ->
add_component_ior_helper(T, Component, Status, Acc).
%%-----------------------------------------------------------------
%% Func: get_alt_addr/1
%%-----------------------------------------------------------------
%% TAG_ALTERNATE_IIOP_ADDRESS may only occur in IIOP-1.2 IOR's.
get_alt_addr(#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data=#'IIOP_ProfileBody_1_1'{iiop_version=
#'IIOP_Version'{minor=2},
components=Components}}) ->
get_alt_addr_helper(Components, []);
get_alt_addr(_) ->
[].
get_alt_addr_helper([], Acc) -> Acc;
get_alt_addr_helper([#'IOP_TaggedComponent'{tag=?TAG_ALTERNATE_IIOP_ADDRESS,
component_data=#'ALTERNATE_IIOP_ADDRESS'
{'HostID'=Host, 'Port'=Port}}|T], Acc) ->
get_alt_addr_helper(T, [{Host, Port}|Acc]);
get_alt_addr_helper([_|T], Acc) ->
get_alt_addr_helper(T, Acc).
%%-----------------------------------------------------------------
%% Func: get_typeID/1
%%-----------------------------------------------------------------
get_typeID(#'IOP_IOR'{type_id=TypeID}) ->
TypeID;
get_typeID({Mod, _Type, _Key, _UserDef, _OrberDef, _Flags}) ->
Mod:typeID().
%%-----------------------------------------------------------------
%% Func: get_objkey/1
%%-----------------------------------------------------------------
get_objkey(#'IOP_IOR'{profiles=P}) ->
get_objkey_1(P);
get_objkey({Id, Type, Key, UserDef, OrberDef, Flags}) ->
{Id, Type, Key, UserDef, OrberDef, Flags}.
get_objkey_1([]) ->
orber:dbg("[~p] iop_ior:get_objkey_1([]); bad object key, profile not found.",
[?LINE], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO});
get_objkey_1([#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB} |_]) ->
[_, _, _, _, ObjectKey | _] = tuple_to_list(PB),
ObjectKey;
get_objkey_1([_ | P]) ->
get_objkey_1(P).
%%-----------------------------------------------------------------
%% Func: get_privfield/1
%%-----------------------------------------------------------------
get_privfield(#'IOP_IOR'{profiles=P}) ->
get_privfield_1(P);
get_privfield({_Id, _Type, _Key, UserDef, _OrberDef, _Flags}) ->
UserDef.
get_privfield_1([]) ->
orber:dbg("[~p] iop_ior:get_privfield_1([]); bad object key, profile not found.",
[?LINE], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO});
get_privfield_1([#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB}|_]) ->
[_, _, _, _, ObjectKey | _] = tuple_to_list(PB),
case ObjectKey of
{_Id, _Type, _Key, UserDef, _OrberDef, _Flags} ->
UserDef;
_ ->
orber:dbg("[~p] iop_ior:get_privfield_1(~p); bad object key.",
[?LINE, ObjectKey], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO})
end;
get_privfield_1([_| P]) ->
get_privfield_1(P).
%%-----------------------------------------------------------------
%% Func: set_privfield/2
%%-----------------------------------------------------------------
set_privfield(#'IOP_IOR'{type_id=Id, profiles=P}, UserData) ->
#'IOP_IOR'{type_id=Id, profiles=set_privfield_1(P, UserData)};
set_privfield({Id, Type, Key, _, OrberDef, Flags}, UserData) ->
{Id, Type, Key, UserData, OrberDef, Flags}.
set_privfield_1([], _) ->
orber:dbg("[~p] iop_ior:set_privfield_1([]); bad object key, profile not found or external object.",
[?LINE], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO});
set_privfield_1([#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB}|P], UserData) ->
[RecName, Version, Host, IIOP_port, ObjectKey | Rest] = tuple_to_list(PB),
case ObjectKey of
{Id, Type, Key, _, OrberDef, Flags} ->
[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP,
profile_data=list_to_tuple([RecName,
Version, Host,
IIOP_port,
{Id, Type, Key, UserData, OrberDef, Flags}|
Rest])} |
set_privfield_1(P, UserData)];
_ ->
[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB} | set_privfield_1(P, UserData)]
end;
set_privfield_1([PB| P], UserData) ->
[PB | set_privfield_1(P, UserData)].
%%-----------------------------------------------------------------
%% Func: get_orbfield/1
%%-----------------------------------------------------------------
get_orbfield(#'IOP_IOR'{profiles=P}) ->
get_orbfield_1(P);
get_orbfield({_Id, _Type, _Key, _UserDef, OrberDef, _Flags}) ->
OrberDef.
get_orbfield_1([]) ->
orber:dbg("[~p] iop_ior:get_orbfield_1([]);~n"
"bad object key, profile not found.", [?LINE], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO});
get_orbfield_1([#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB}|_]) ->
[_, _, _, _, ObjectKey | _] = tuple_to_list(PB),
case ObjectKey of
{_Id, _Type, _Key, _UserDef, OrberDef, _Flags} ->
OrberDef;
_ ->
orber:dbg("[~p] iop_ior:get_orbfield_1(~p);~n"
"bad object key.", [?LINE, ObjectKey], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO})
end;
get_orbfield_1([_| P]) ->
get_orbfield_1(P).
%%-----------------------------------------------------------------
%% Func: set_orbfield/2
%%-----------------------------------------------------------------
set_orbfield(#'IOP_IOR'{type_id=Id, profiles=P}, OrberDef) ->
#'IOP_IOR'{type_id=Id, profiles=set_orbfield_1(P, OrberDef)};
set_orbfield({Id, Type, Key, Priv, _, Flags}, OrberDef) ->
{Id, Type, Key, Priv, OrberDef, Flags}.
set_orbfield_1([], _) ->
orber:dbg("[~p] iop_ior:set_orbfield_1([]);~n"
"bad object key, profile not found or external object.",
[?LINE], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO});
set_orbfield_1([#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB}| P], OrberDef) ->
[RecName, Version, Host, IIOP_port, ObjectKey | Rest] = tuple_to_list(PB),
case ObjectKey of
{Id, Type, Key, Priv, _, Flags} ->
[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP,
profile_data=list_to_tuple([RecName,
Version, Host,
IIOP_port,
{Id, Type, Key, Priv, OrberDef, Flags}|
Rest])} |
set_orbfield_1(P, OrberDef)];
_ ->
[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB} | set_orbfield_1(P, OrberDef)]
end;
set_orbfield_1([PB| P], OrberDef) ->
[PB | set_orbfield_1(P, OrberDef)].
%%-----------------------------------------------------------------
%% Func: get_flagfield/1
%%-----------------------------------------------------------------
get_flagfield(#'IOP_IOR'{profiles=P}) ->
get_flagfield_1(P);
get_flagfield({_Id, _Type, _Key, _UserDef, _OrberDef, Flags}) ->
Flags.
get_flagfield_1([]) ->
orber:dbg("[~p] iop_ior:get_flagfield_1([]); bad object key, profile not found.",
[?LINE], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO});
get_flagfield_1([#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB}|_]) ->
[_, _, _, _, ObjectKey | _] = tuple_to_list(PB),
case ObjectKey of
{_Id, _Type, _Key, _UserDef, _OrberDef, Flags} ->
Flags;
_ ->
orber:dbg("[~p] iop_ior:get_flagfield_1(~p); bad object key.",
[?LINE, ObjectKey], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO})
end;
get_flagfield_1([_| P]) ->
get_flagfield_1(P).
%%-----------------------------------------------------------------
%% Func: set_flagfield/2
%%-----------------------------------------------------------------
set_flagfield(#'IOP_IOR'{type_id=Id, profiles=P}, Flags) ->
#'IOP_IOR'{type_id=Id, profiles=set_flagfield_1(P, Flags)};
set_flagfield({Id, Type, Key, Priv, OrberDef, _}, Flags) ->
{Id, Type, Key, Priv, OrberDef, Flags}.
set_flagfield_1([], _) ->
orber:dbg("[~p] iop_ior:set_flagfield_1([]); bad object key, profile not found or external object.",
[?LINE], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO});
set_flagfield_1([#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB}| P], Flags) ->
[RecName, Version, Host, IIOP_port, ObjectKey | Rest] = tuple_to_list(PB),
case ObjectKey of
{Id, Type, Key, Priv, OrberDef, _} ->
[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP,
profile_data=list_to_tuple([RecName,
Version, Host,
IIOP_port,
{Id, Type, Key, Priv, OrberDef, Flags}|
Rest])} |
set_flagfield_1(P, Flags)];
_ ->
[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=PB} | set_flagfield_1(P, Flags)]
end;
set_flagfield_1([PB| P], Flags) ->
[PB | set_flagfield_1(P, Flags)].
%%-----------------------------------------------------------------
%% Func: check_nil/1
%%-----------------------------------------------------------------
check_nil(#'IOP_IOR'{type_id="", profiles=[]}) ->
true;
check_nil({Id, _, _, _, _, _}) when is_atom(Id) ->
false;
check_nil({Id, _, _, _, _, _}) ->
case binary_to_list(Id) of
"" ->
true;
_ ->
false
end;
check_nil(_) ->
false.
%%----------------------------------------------------------------------
%% Function : print
%% Arguments : An object represented as one of the following:
%% - local (tuple)
%% - IOR
%% - stringified IOR
%% - corbaloc- or corbaname-schema
%% IoDevice - the same as the io-module defines.
%% Returns :
%% Description: Prints the object's components.
%%----------------------------------------------------------------------
print(Object) ->
print(undefined, Object).
print(IoDevice, #'IOP_IOR'{type_id="", profiles=[]}) ->
print_it(IoDevice,
"================== IOR ====================~n"
"NIL Object Reference.~n"
"================== END ====================~n");
print(IoDevice, IORStr) when is_list(IORStr) ->
IOR = corba:string_to_object(IORStr),
print_helper(IoDevice, IOR);
print(IoDevice, IOR) when is_record(IOR, 'IOP_IOR') ->
print_helper(IoDevice, IOR);
print(IoDevice, {Mod, Type, Key, UserDef, OrberDef, Flags}) ->
EnvFlags = orber:get_flags(),
MC = case ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_EXCLUDE_CODESET_COMPONENT) of
true ->
[];
false ->
[#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=?DEFAULT_CODESETS}]
end,
IOR = case ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_ENABLE_NAT) of
false ->
create(orber:giop_version(), Mod:typeID(), orber:host(),
orber:iiop_port(), orber:iiop_ssl_port(),
{Mod, Type, Key, UserDef, OrberDef, Flags},
MC, Flags, EnvFlags);
true ->
create(orber:giop_version(), Mod:typeID(), orber:nat_host(),
orber:nat_iiop_port(), orber:nat_iiop_ssl_port(),
{Mod, Type, Key, UserDef, OrberDef, Flags},
MC, Flags, EnvFlags)
end,
print_helper(IoDevice, IOR);
print(_, _) ->
exit("Bad parameter").
print_helper(IoDevice, #'IOP_IOR'{type_id=TypeID, profiles=Profs}) ->
Data = io_lib:format("================== IOR ====================~n"
"------------------ IFR ID -----------------~n~s~n",
[TypeID]),
NewData = print_profiles(Profs, []),
print_it(IoDevice, lists:flatten([Data|NewData])).
print_profiles([], Acc) ->
lists:flatten([Acc | io_lib:format("================== END ====================~n", [])]);
print_profiles([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data = #'IIOP_ProfileBody_1_0'{iiop_version=
#'IIOP_Version'{major=Major,
minor=Minor},
host=Host, port=Port,
object_key=Objkey}}|T], Acc) ->
Profile = io_lib:format("~n------------------ IIOP Profile -----------~n"
"Version.............: ~p.~p~n"
"Host................: ~s~n"
"Port................: ~p~n",
[Major, Minor, Host, Port]),
ObjKeyStr = print_objkey(Objkey),
print_profiles(T, [Profile, ObjKeyStr | Acc]);
print_profiles([#'IOP_TaggedProfile'
{tag=?TAG_INTERNET_IOP,
profile_data = #'IIOP_ProfileBody_1_1'{iiop_version=
#'IIOP_Version'{major=Major,
minor=Minor},
host=Host,
port=Port,
object_key=Objkey,
components=Components}}|T], Acc) ->
Profile = io_lib:format("~n------------------ IIOP Profile -----------~n"
"Version.............: ~p.~p~n"
"Host................: ~s~n"
"Port................: ~p~n",
[Major, Minor, Host, Port]),
ComponentsStr = print_components(Components, []),
ObjKeyStr = print_objkey(Objkey),
print_profiles(T, [Profile, ObjKeyStr, ComponentsStr |Acc]);
print_profiles([#'IOP_TaggedProfile'{tag=?TAG_MULTIPLE_COMPONENTS,
profile_data = Components}|T], Acc) ->
MComp = io_lib:format("~n------------------ Multiple Components ----~n", []),
ComponentsStr = print_components(Components, []),
print_profiles(T, [MComp, ComponentsStr | Acc]);
print_profiles([#'IOP_TaggedProfile'{tag=?TAG_SCCP_IOP,
profile_data = _Data}|T], Acc) ->
SCCP = io_lib:format("~n------------------ SCCP IOP ---------------~n", []),
print_profiles(T, [SCCP | Acc]);
print_profiles([#'IOP_TaggedProfile'{tag=Tag,
profile_data = Data}|T], Acc) ->
TAG = io_lib:format("~n------------------ TAG ~p -----------------~n"
"Data................: ~p~n", [Tag, Data]),
print_profiles(T, [TAG|Acc]).
print_components([], Data) -> lists:flatten(lists:reverse(Data));
print_components([#'IOP_TaggedComponent'{tag=?TAG_ORB_TYPE,
component_data=ORB}|T], Data) ->
OType = io_lib:format(" TAG_ORB_TYPE~n"
"ORB Type............: ~p~n", [ORB]),
print_components(T, [OType | Data]);
print_components([#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=
#'CONV_FRAME_CodeSetComponentInfo'
{'ForCharData' = Char,
'ForWcharData' = Wchar}}|T], Data) ->
CharSet = io_lib:format(" TAG_CODE_SETS~n"
"Native Char.........: ~p~n"
"Char Conversion.....: ~p~n"
"Native Wchar........: ~p~n"
"Wchar Conversion....: ~p~n",
[Char#'CONV_FRAME_CodeSetComponent'.native_code_set,
Char#'CONV_FRAME_CodeSetComponent'.conversion_code_sets,
Wchar#'CONV_FRAME_CodeSetComponent'.native_code_set,
Wchar#'CONV_FRAME_CodeSetComponent'.conversion_code_sets]),
print_components(T, [CharSet | Data]);
print_components([#'IOP_TaggedComponent'{tag=?TAG_ALTERNATE_IIOP_ADDRESS,
component_data=#'ALTERNATE_IIOP_ADDRESS'
{'HostID'=Host, 'Port'=Port}}|T], Data) ->
AltAddr = io_lib:format(" TAG_ALTERNATE_IIOP_ADDRESS~n"
"Alternate Address...: ~s:~p~n", [Host, Port]),
print_components(T, [AltAddr | Data]);
print_components([#'IOP_TaggedComponent'{tag=?TAG_SSL_SEC_TRANS,
component_data=#'SSLIOP_SSL'
{target_supports=Supports,
target_requires=Requires,
port=Port}}|T], Data) ->
SSL = io_lib:format(" TAG_SSL_SEC_TRANS~n"
"SSL Port............: ~p~n"
"SSL Requires........: ~p~n"
"SSL Supports........: ~p~n", [Port, Requires, Supports]),
print_components(T, [SSL | Data]);
%% Fault Tolerant Components
print_components([#'IOP_TaggedComponent'{tag=?TAG_FT_GROUP,
component_data=#'FT_TagFTGroupTaggedComponent'
{version = Version,
ft_domain_id = DomainId,
object_group_id = ObjectGroupId,
object_group_ref_version = ObjGrRefVer}}|T], Data) ->
Comp = io_lib:format(" TAG_FT_GROUP~n"
"Version.............: ~p~n"
"Domain Id...........: ~p~n"
"Obj Group Id........: ~p~n"
"Obj Group Ref Ver...: ~p~n",
[Version, DomainId, ObjectGroupId, ObjGrRefVer]),
print_components(T, [Comp | Data]);
print_components([#'IOP_TaggedComponent'{tag=?TAG_FT_PRIMARY,
component_data=#'FT_TagFTPrimaryTaggedComponent'
{primary = Primary}}|T], Data) ->
Comp = io_lib:format(" TAG_FT_PRIMARY~n"
"Primary.............: ~p~n", [Primary]),
print_components(T, [Comp | Data]);
print_components([#'IOP_TaggedComponent'{tag=?TAG_FT_HEARTBEAT_ENABLED,
component_data=#'FT_TagFTHeartbeatEnabledTaggedComponent'
{heartbeat_enabled = HBE}}|T], Data) ->
Comp = io_lib:format(" TAG_FT_HEARTBEAT_ENABLED~n"
"Heart Beat Enabled..: ~p~n", [HBE]),
print_components(T, [Comp | Data]);
%% Security - CSIIOP
print_components([#'IOP_TaggedComponent'{tag=?TAG_CSI_SEC_MECH_LIST,
component_data=#'CSIIOP_CompoundSecMechList'
{stateful=Stateful,
mechanism_list = MechList}}|T], Data) ->
Comp = io_lib:format(" TAG_CSI_SEC_MECH_LIST~n"
"Stateful............: ~p~n"
"Mechanisms..........: ~p~n", [Stateful, MechList]),
print_components(T, [Comp | Data]);
print_components([#'IOP_TaggedComponent'{tag=?TAG_TLS_SEC_TRANS,
component_data=#'CSIIOP_TLS_SEC_TRANS'
{target_supports = TargetS,
target_requires = TargetR,
addresses = Addresses}}|T], Data) ->
Comp = io_lib:format(" TAG_TLS_SEC_TRANS~n"
"Target Supports.....: ~p~n"
"Target Requires.....: ~p~n"
"Addresses...........: ~p~n",
[TargetS, TargetR, Addresses]),
print_components(T, [Comp | Data]);
print_components([#'IOP_TaggedComponent'{tag=?TAG_SECIOP_SEC_TRANS,
component_data=#'CSIIOP_SECIOP_SEC_TRANS'
{target_supports = TargetS,
target_requires = TargetR,
mech_oid = MechOID,
target_name = TargetName,
addresses = Addresses}}|T], Data) ->
Comp = io_lib:format(" TAG_SECIOP_SEC_TRANS~n"
"Target Supports.....: ~p~n"
"Target Requires.....: ~p~n"
"Mechanism OID.......: ~p~n"
"Target Name.........: ~p~n"
"Addresses...........: ~p~n",
[TargetS, TargetR, MechOID, TargetName, Addresses]),
print_components(T, [Comp | Data]);
%% Unused components.
print_components([#'IOP_TaggedComponent'{tag=TAG,
component_data=CData}|T], Data) ->
Unused = io_lib:format("Unused Component....: ~s~n", [match_tag(TAG)]),
Octets = print_octets(CData, [], 1, []),
print_components(T, [lists:flatten([Unused | Octets])| Data]).
print_objkey(Objkey) when is_tuple(Objkey) ->
io_lib:format("Local Object........:~n~p~n", [Objkey]);
print_objkey(Objkey) ->
Hdr = io_lib:format("External Object.....: ~n", []),
Octets = print_octets(Objkey, [], 1, []),
lists:flatten([Hdr | Octets]).
print_octets([], [], _, Data) ->
lists:reverse(Data);
print_octets([], Acc, C, Data) ->
Filling = lists:duplicate((4*(9-C)), 32),
FData = io_lib:format("~s", [Filling]),
Rest = io_lib:format(" ~p~n", [lists:reverse(Acc)]),
[lists:reverse(Data), FData | Rest];
print_octets([H|T], Acc, 8, Data) when H > 31 , H < 127 ->
D1 = io_lib:format("~4w", [H]),
D2 = io_lib:format(" ~p~n", [lists:reverse([H|Acc])]),
print_octets(T, [], 1, [D2, D1 | Data]);
print_octets([H|T], Acc, 1, Data) when H > 31 , H < 127 ->
D1 = io_lib:format("~3w", [H]),
print_octets(T, [H|Acc], 2, [D1 | Data]);
print_octets([H|T], Acc, C, Data) when H > 31 , H < 127 ->
D1 = io_lib:format("~4w", [H]),
print_octets(T, [H|Acc], C+1, [D1 | Data]);
print_octets([H|T], Acc, 8, Data) ->
D1 = io_lib:format("~4w", [H]),
D2 = io_lib:format(" ~p~n", [lists:reverse([$.|Acc])]),
print_octets(T, [], 1, [D2, D1 | Data]);
print_octets([H|T], Acc, 1, Data) ->
D1 = io_lib:format("~3w", [H]),
print_octets(T, [$.|Acc], 2, [D1|Data]);
print_octets([H|T], Acc, C, Data) ->
D1 = io_lib:format("~4w", [H]),
print_octets(T, [$.|Acc], C+1, [D1|Data]).
print_it(undefined, Data) ->
io:format(Data);
print_it(error_report, Data) ->
error_logger:error_report(Data);
print_it(info_msg, Data) ->
error_logger:info_msg(Data);
print_it(string, Data) ->
lists:flatten(Data);
print_it({error_report, Msg}, Data) ->
error_logger:error_report(io_lib:format("================== Reason =================~n~s~n~s",
[Msg, Data]));
print_it({info_msg, Msg}, Data) ->
error_logger:info_msg(io_lib:format("================== Comment ================~n~s~n~s",
[Msg, Data]));
print_it(IoDevice, Data) ->
io:format(IoDevice, Data, []).
match_tag(?TAG_ORB_TYPE) -> ?TAG_ORB_TYPE_STR;
match_tag(?TAG_CODE_SETS) -> ?TAG_CODE_SETS_STR;
match_tag(?TAG_POLICIES) -> ?TAG_POLICIES_STR;
match_tag(?TAG_ALTERNATE_IIOP_ADDRESS) -> ?TAG_ALTERNATE_IIOP_ADDRESS_STR;
match_tag(?TAG_COMPLETE_OBJECT_KEY) -> ?TAG_COMPLETE_OBJECT_KEY_STR;
match_tag(?TAG_ENDPOINT_ID_POSITION) -> ?TAG_ENDPOINT_ID_POSITION_STR;
match_tag(?TAG_LOCATION_POLICY) -> ?TAG_LOCATION_POLICY_STR;
match_tag(?TAG_ASSOCIATION_OPTIONS) -> ?TAG_ASSOCIATION_OPTIONS_STR;
match_tag(?TAG_SEC_NAME) -> ?TAG_SEC_NAME_STR;
match_tag(?TAG_SPKM_1_SEC_MECH) -> ?TAG_SPKM_1_SEC_MECH_STR;
match_tag(?TAG_SPKM_2_SEC_MECH) -> ?TAG_SPKM_2_SEC_MECH_STR;
match_tag(?TAG_KerberosV5_SEC_MECH) -> ?TAG_KerberosV5_SEC_MECH_STR;
match_tag(?TAG_CSI_ECMA_Secret_SEC_MECH) -> ?TAG_CSI_ECMA_Secret_SEC_MECH_STR;
match_tag(?TAG_CSI_ECMA_Hybrid_SEC_MECH) -> ?TAG_CSI_ECMA_Hybrid_SEC_MECH_STR;
match_tag(?TAG_SSL_SEC_TRANS) -> ?TAG_SSL_SEC_TRANS_STR;
match_tag(?TAG_CSI_ECMA_Public_SEC_MECH) -> ?TAG_CSI_ECMA_Public_SEC_MECH_STR;
match_tag(?TAG_GENERIC_SEC_MECH) -> ?TAG_GENERIC_SEC_MECH_STR;
match_tag(?TAG_FIREWALL_TRANS) -> ?TAG_FIREWALL_TRANS_STR;
match_tag(?TAG_SCCP_CONTACT_INFO) -> ?TAG_SCCP_CONTACT_INFO_STR;
match_tag(?TAG_JAVA_CODEBASE) -> ?TAG_JAVA_CODEBASE_STR;
match_tag(?TAG_TRANSACTION_POLICY) -> ?TAG_TRANSACTION_POLICY_STR;
match_tag(?TAG_FT_GROUP) -> ?TAG_FT_GROUP_STR;
match_tag(?TAG_FT_PRIMARY) -> ?TAG_FT_PRIMARY_STR;
match_tag(?TAG_FT_HEARTBEAT_ENABLED) -> ?TAG_FT_HEARTBEAT_ENABLED_STR;
match_tag(?TAG_MESSAGE_ROUTERS) -> ?TAG_MESSAGE_ROUTERS_STR;
match_tag(?TAG_OTS_POLICY) -> ?TAG_OTS_POLICY_STR;
match_tag(?TAG_INV_POLICY) -> ?TAG_INV_POLICY_STR;
match_tag(?TAG_CSI_SEC_MECH_LIST) -> ?TAG_CSI_SEC_MECH_LIST_STR;
match_tag(?TAG_NULL_TAG) -> ?TAG_NULL_TAG_STR;
match_tag(?TAG_SECIOP_SEC_TRANS) -> ?TAG_SECIOP_SEC_TRANS_STR;
match_tag(?TAG_TLS_SEC_TRANS) -> ?TAG_TLS_SEC_TRANS_STR;
match_tag(?TAG_DCE_STRING_BINDING) -> ?TAG_DCE_STRING_BINDING_STR;
match_tag(?TAG_DCE_BINDING_NAME) -> ?TAG_DCE_BINDING_NAME_STR;
match_tag(?TAG_DCE_NO_PIPES) -> ?TAG_DCE_NO_PIPES_STR;
match_tag(?TAG_DCE_SEC_MECH) -> ?TAG_DCE_SEC_MECH_STR;
match_tag(?TAG_INET_SEC_TRANS) -> ?TAG_INET_SEC_TRANS_STR;
match_tag(Tag) -> integer_to_list(Tag).
%%-----------------------------------------------------------------
%% Func: string_code/1
%%-----------------------------------------------------------------
string_code(IOR) ->
Flags = orber:get_flags(),
case ?ORB_FLAG_TEST(Flags, ?ORB_ENV_ENABLE_NAT) of
false ->
string_code(IOR, Flags, orber:host(),
orber:iiop_port(), orber:iiop_ssl_port());
true ->
string_code(IOR, Flags, orber:nat_host(),
orber:nat_iiop_port(), orber:nat_iiop_ssl_port())
end.
string_code(IOR, Host) ->
Flags = orber:get_flags(),
case ?ORB_FLAG_TEST(Flags, ?ORB_ENV_ENABLE_NAT) of
false ->
string_code(IOR, Flags, Host,
orber:iiop_port(), orber:iiop_ssl_port());
true ->
string_code(IOR, Flags, Host,
orber:nat_iiop_port(), orber:nat_iiop_ssl_port())
end.
string_code(IOR, Host, Port) ->
Flags = orber:get_flags(),
case ?ORB_FLAG_TEST(Flags, ?ORB_ENV_ENABLE_NAT) of
false ->
string_code(IOR, Flags, Host, Port, orber:iiop_ssl_port());
true ->
string_code(IOR, Flags, Host, Port, orber:nat_iiop_ssl_port())
end.
string_code(IOR, Host, Port, SSLPort) ->
string_code(IOR, orber:get_flags(), Host, Port, SSLPort).
string_code(IOR, Flags, IP, Port, SSLPort) ->
Env = #giop_env{version = orber:giop_version(),
flags = Flags, host = IP, iiop_port = Port,
iiop_ssl_port = SSLPort, domain = orber:domain(),
partial_security = orber:partial_security()},
{IorByteSeq0, Length0} = cdr_encode:enc_type('tk_octet', Env, 0, [], 0),
{IorByteSeq, _} = code(Env, IOR, IorByteSeq0, Length0),
IorByteSeq1 = binary_to_list(list_to_binary(lists:reverse(IorByteSeq))),
IorHexSeq = bytestring_to_hexstring(IorByteSeq1),
[$I,$O,$R,$: | IorHexSeq].
%%-----------------------------------------------------------------
%% Func: code/3
%%-----------------------------------------------------------------
code(#giop_env{version = Version} = Env, #'IOP_IOR'{type_id=TypeId, profiles=Profiles}, Bytes, Len) ->
ProfileSeq =code_profile_datas(Version, Profiles),
%% Byte order
cdr_encode:enc_type(?IOR_TYPEDEF,
Env,
#'IOP_IOR'{type_id=TypeId, profiles=ProfileSeq},
Bytes, Len);
%% No Local Interface supplied. Use configuration parameters.
code(#giop_env{version = Version, host = 0, flags = EnvFlags} = Env,
{Mod, Type, Key, UserDef, OrberDef, Flags}, Bytes, Len) ->
MC = case ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_EXCLUDE_CODESET_COMPONENT) of
true ->
[];
false ->
[#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=?DEFAULT_CODESETS}]
end,
IOR = case ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_ENABLE_NAT) of
false ->
create(Version, Mod:typeID(), orber_env:host(),
orber_env:iiop_port(), orber_env:iiop_ssl_port(),
{Mod, Type, Key, UserDef, OrberDef, Flags},
MC, Flags, EnvFlags);
true ->
create(Version, Mod:typeID(), orber_env:nat_host(),
orber_env:nat_iiop_port(), orber_env:nat_iiop_ssl_port(),
{Mod, Type, Key, UserDef, OrberDef, Flags},
MC, Flags, EnvFlags)
end,
code(Env, IOR, Bytes, Len);
code(#giop_env{version = Version, host = Host, iiop_port = IIOPort,
iiop_ssl_port = SSLPort, flags = EnvFlags} = Env,
{Mod, Type, Key, UserDef, OrberDef, Flags}, Bytes, Len) ->
MC = case ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_EXCLUDE_CODESET_COMPONENT) of
true ->
[];
false ->
[#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=?DEFAULT_CODESETS}]
end,
IOR = case ?ORB_FLAG_TEST(EnvFlags, ?ORB_ENV_ENABLE_NAT) of
false ->
create(Version, Mod:typeID(), Host, check_port(IIOPort, normal),
check_port(SSLPort, ssl),
{Mod, Type, Key, UserDef, OrberDef, Flags},
MC, Flags, EnvFlags);
true ->
create(Version, Mod:typeID(), orber_env:nat_host(Host),
orber_env:nat_iiop_port(check_port(IIOPort, normal)),
orber_env:nat_iiop_ssl_port(check_port(SSLPort, ssl)),
{Mod, Type, Key, UserDef, OrberDef, Flags},
MC, Flags, EnvFlags)
end,
code(Env, IOR, Bytes, Len).
check_port(Port, _Type) when is_integer(Port) ->
Port;
check_port(_, normal) ->
orber:iiop_port();
check_port(_, ssl) ->
orber:iiop_ssl_port().
code_profile_datas(_, []) ->
[];
code_profile_datas(Version, [#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=P} | Profiles]) ->
NewBytes = list_to_binary(code_profile_data(Version, P)),
[#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=NewBytes} |
code_profile_datas(Version, Profiles)];
%% Multiple Components
code_profile_datas(Version, [#'IOP_TaggedProfile'{tag=?TAG_MULTIPLE_COMPONENTS,
profile_data=P} | Profiles]) ->
Comps= code_comp(Version, P, []),
{Bytes, Length} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Length1} = cdr_encode:enc_type(?IOP_TAGGEDCOMPONENT_SEQ, Version, Comps, Bytes, Length),
Profs = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
[#'IOP_TaggedProfile'{tag=?TAG_MULTIPLE_COMPONENTS,
profile_data=Profs}| code_profile_datas(Version, Profiles)];
code_profile_datas(Version, [#'IOP_TaggedProfile'{tag=N, profile_data=P} | Profiles]) ->
[#'IOP_TaggedProfile'{tag=N, profile_data=P} | code_profile_datas(Version, Profiles)];
code_profile_datas(_, Data) ->
orber:dbg("[~p] iop_ior:code_profile_datas(~p); unsupported TaggedProfile.",
[?LINE, Data], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO}).
code_profile_data(Version, ProfileData) ->
[RecTag, V, H, P, O |Rest] = tuple_to_list(ProfileData),
{Bytes, Length} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, Length1} = cdr_encode:enc_type(?IIOP_VERSION, Version, V, Bytes, Length),
{Bytes2, Length2} = cdr_encode:enc_type({'tk_string', 0}, Version,
H, Bytes1, Length1),
{Bytes3, Length3} = cdr_encode:enc_type('tk_ushort', Version, P, Bytes2, Length2),
{Bytes4, Length4} = cdr_encode:enc_type({'tk_sequence', 'tk_octet', 0}, Version,
corba:objkey_to_string(O), Bytes3, Length3),
{Bytes5, _Length5} = code_profile_data_1(Version, RecTag, Rest, Bytes4, Length4),
Bytes6 = lists:reverse(Bytes5),
lists:flatten(Bytes6).
code_profile_data_1(_Version, 'IIOP_ProfileBody_1_0', [], Bytes, Length) ->
{Bytes, Length};
code_profile_data_1(Version, 'IIOP_ProfileBody_1_1', [TaggedComponentSeq], Bytes, Length) ->
Comps = code_comp(Version, TaggedComponentSeq, []),
cdr_encode:enc_type(?IOP_TAGGEDCOMPONENT_SEQ, Version, Comps, Bytes, Length);
code_profile_data_1(_,V,S,_,_) ->
orber:dbg("[~p] iop_ior:code_profile_datas(~p, ~p); probably unsupported IIOP-version",
[?LINE, V, S], ?DEBUG_LEVEL),
corba:raise(#'NO_IMPLEMENT'{completion_status=?COMPLETED_NO}).
code_comp(_Version, [], CompData) ->
CompData;
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=CodeSet}|Comps], CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?CONV_FRAME_CODESETCOMPONENTINFO, Version,
CodeSet, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=Bytes}|CompData]);
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_ORB_TYPE,
component_data=ORBType}|Comps], CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?ORB_TYPE, Version,
ORBType, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_ORB_TYPE,
component_data=Bytes}|CompData]);
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_ALTERNATE_IIOP_ADDRESS,
component_data=AltAddr}|Comps], CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?ALTERNATE_IIOP_ADDRESS, Version,
AltAddr, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_ALTERNATE_IIOP_ADDRESS,
component_data=Bytes}|CompData]);
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_SSL_SEC_TRANS,
component_data=SSLStruct}|Comps], CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?SSLIOP_SSL, Version,
SSLStruct, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_SSL_SEC_TRANS,
component_data=Bytes}|CompData]);
%% Fault Tolerant Components
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_FT_GROUP,
component_data=Data}|Comps], CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?FT_TagFTGroupTaggedComponent, Version,
Data, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_FT_GROUP,
component_data=Bytes}|CompData]);
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_FT_PRIMARY,
component_data=Data}|Comps], CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?FT_TagFTPrimaryTaggedComponent, Version,
Data, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_FT_PRIMARY,
component_data=Bytes}|CompData]);
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_FT_HEARTBEAT_ENABLED,
component_data=Data}|Comps], CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?FT_TagFTHeartbeatEnabledTaggedComponent, Version,
Data, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_FT_HEARTBEAT_ENABLED,
component_data=Bytes}|CompData]);
%% Security - CSIIOP
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_CSI_SEC_MECH_LIST,
component_data=Data}|Comps], CompData) ->
NewData = Data#'CSIIOP_CompoundSecMechList'
{mechanism_list = code_sec_mech(Version,
Data#'CSIIOP_CompoundSecMechList'.mechanism_list,
[])},
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?CSIIOP_CompoundSecMechList, Version,
NewData, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_CSI_SEC_MECH_LIST,
component_data=Bytes}|CompData]);
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_TLS_SEC_TRANS,
component_data=Data}|Comps],
CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?CSIIOP_TLS_SEC_TRANS, Version,
Data, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_TLS_SEC_TRANS,
component_data=Bytes}|CompData]);
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_SECIOP_SEC_TRANS,
component_data=Data}|Comps], CompData) ->
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type(?CSIIOP_SECIOP_SEC_TRANS, Version,
Data, Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_SECIOP_SEC_TRANS,
component_data=Bytes}|CompData]);
code_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_NULL_TAG}|Comps], CompData) ->
%% The body of the TAG_NULL_TAG component is a sequence of octets of
%% length 0.
{Bytes0, Len0} = cdr_encode:enc_type('tk_octet', Version, 0, [], 0),
{Bytes1, _Len1} = cdr_encode:enc_type({'tk_sequence', 'tk_octet', 0}, Version,
[], Bytes0, Len0),
Bytes = binary_to_list(list_to_binary(lists:reverse(Bytes1))),
code_comp(Version, Comps, [#'IOP_TaggedComponent'{tag=?TAG_NULL_TAG,
component_data=Bytes}|CompData]);
%% Unsupported/not used component.
code_comp(Version, [C|Comps], CompData) ->
code_comp(Version, Comps, [C|CompData]).
code_sec_mech(_, [], Acc) ->
%% We must preserver the order!!
lists:reverse(Acc);
code_sec_mech(Version, [#'CSIIOP_CompoundSecMech'{transport_mech = TagComp} = CSM|T],
Acc) ->
[EncTagComp] = code_comp(Version, [TagComp], []),
code_sec_mech(Version, T, [CSM#'CSIIOP_CompoundSecMech'
{transport_mech = EncTagComp}|Acc]).
%%-----------------------------------------------------------------
%% Func: string_decode/1
%%-----------------------------------------------------------------
string_decode([$I,$O,$R,$: | IorHexSeq]) ->
Version = orber:giop_version(),
IorByteSeq = list_to_binary(hexstring_to_bytestring(IorHexSeq)),
{ByteOrder, IorRest} = cdr_decode:dec_byte_order(IorByteSeq),
decode(Version, IorRest, 1, ByteOrder);
string_decode([$i,$o,$r,$: | IorHexSeq]) ->
Version = orber:giop_version(),
IorByteSeq = list_to_binary(hexstring_to_bytestring(IorHexSeq)),
{ByteOrder, IorRest} = cdr_decode:dec_byte_order(IorByteSeq),
decode(Version, IorRest, 1, ByteOrder);
string_decode(What) ->
orber:dbg("[~p] iop_ior:string_decode(~p); Should be IOR:.. or ior:..",
[?LINE, What], ?DEBUG_LEVEL),
corba:raise(#'BAD_PARAM'{completion_status=?COMPLETED_NO}).
%%-----------------------------------------------------------------
%% Func: decode/3
%%-----------------------------------------------------------------
decode(Version, IorByteSeq, Len, ByteOrder) ->
{#'IOP_IOR'{type_id=TypeId, profiles=Profiles}, Rest, Length} =
cdr_decode:dec_type(?IOR_TYPEDEF, Version, IorByteSeq, Len, ByteOrder),
L = decode_profiles(Version, Profiles),
{#'IOP_IOR'{type_id=TypeId, profiles=L}, Rest, Length}.
decode_profiles(_, []) ->
[];
decode_profiles(Version, [P | Profiles]) ->
Struct = decode_profile(Version, P),
L = decode_profiles(Version, Profiles),
[Struct | L].
decode_profile(Version, #'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=ProfileData}) ->
{ByteOrder, Rest} = cdr_decode:dec_byte_order(list_to_binary(ProfileData)),
Length = 1,
{V, Rest1, Length1} = cdr_decode:dec_type(?IIOP_VERSION, Version, Rest, Length,
ByteOrder),
{H, Rest2, Length2} = cdr_decode:dec_type({'tk_string', 0}, Version, Rest1, Length1,
ByteOrder),
{P, Rest3, Length3} = cdr_decode:dec_type('tk_ushort', Version, Rest2, Length2,
ByteOrder),
{ObjKey, Rest4, Length4} = cdr_decode:dec_type({'tk_sequence', 'tk_octet', 0},
Version, Rest3, Length3,
ByteOrder),
Struct = decode_profile_1(V, H, P, ObjKey, Version, Rest4, Length4, ByteOrder),
#'IOP_TaggedProfile'{tag=?TAG_INTERNET_IOP, profile_data=Struct};
%% Multiple Components
decode_profile(Version, #'IOP_TaggedProfile'{tag=?TAG_MULTIPLE_COMPONENTS,
profile_data=ProfileData}) ->
{ByteOrder, Rest} = cdr_decode:dec_byte_order(list_to_binary(ProfileData)),
{Components, <<>>, _Length1} =cdr_decode:dec_type(?IOP_TAGGEDCOMPONENT_SEQ, Version, Rest, 1, ByteOrder),
CompData = decode_comp(Version, Components, []),
#'IOP_TaggedProfile'{tag=?TAG_MULTIPLE_COMPONENTS, profile_data=CompData};
decode_profile(_, #'IOP_TaggedProfile'{tag=N, profile_data=ProfileData}) ->
#'IOP_TaggedProfile'{tag=N, profile_data=ProfileData};
decode_profile(_, Data) ->
orber:dbg("[~p] iop_ior:decode_profile(~p); unsupported TaggedProfile.",
[?LINE, Data], ?DEBUG_LEVEL),
corba:raise(#'INV_OBJREF'{completion_status=?COMPLETED_NO}).
decode_profile_1(#'IIOP_Version'{major=1, minor=0}, H, P, ObjKey, _Version, _Rest, _Length, _ByteOrder) ->
#'IIOP_ProfileBody_1_0'{iiop_version=#'IIOP_Version'{major=1,
minor=0},
host=H, port=P,
object_key=corba:string_to_objkey(ObjKey)};
decode_profile_1(#'IIOP_Version'{major=1, minor=1}, H, P, ObjKey, Version, Rest, Length, ByteOrder) ->
{Components, <<>>, _Length1} =cdr_decode:dec_type(?IOP_TAGGEDCOMPONENT_SEQ, Version, Rest, Length, ByteOrder),
CompData = decode_comp(Version, Components, []),
#'IIOP_ProfileBody_1_1'{iiop_version=#'IIOP_Version'{major=1,
minor=1},
host=H, port=P,
object_key=corba:string_to_objkey(ObjKey),
components=CompData};
decode_profile_1(#'IIOP_Version'{major=1, minor=2}, H, P, ObjKey, Version, Rest, Length, ByteOrder) ->
{Components, <<>>, _Length1} =cdr_decode:dec_type(?IOP_TAGGEDCOMPONENT_SEQ, Version, Rest, Length, ByteOrder),
CompData = decode_comp(Version, Components, []),
#'IIOP_ProfileBody_1_1'{iiop_version=#'IIOP_Version'{major=1,
minor=2},
host=H, port=P,
object_key=corba:string_to_objkey(ObjKey),
components=CompData};
decode_profile_1(V, _, _, _, _, _, _,_) ->
orber:dbg("[~p] iop_ior:decode_profile_1(~p); probably unsupported IIOP-version.",
[?LINE, V], ?DEBUG_LEVEL),
corba:raise(#'NO_IMPLEMENT'{completion_status=?COMPLETED_NO}).
decode_comp(_Version, [], Components) ->
Components;
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=Bytes}|Comps],
Components) ->
{ByteOrder, Rest} = cdr_decode:dec_byte_order(list_to_binary(Bytes)),
{CodeSet, _, _} = cdr_decode:dec_type(?CONV_FRAME_CODESETCOMPONENTINFO,
Version, Rest, 1, ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_CODE_SETS,
component_data=CodeSet}|Components]);
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_ORB_TYPE,
component_data=Bytes}|Comps],
Components) ->
{ByteOrder, Rest} = cdr_decode:dec_byte_order(list_to_binary(Bytes)),
{ORBType, _, _} = cdr_decode:dec_type(?ORB_TYPE,
Version, Rest, 1, ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_ORB_TYPE,
component_data=ORBType}|Components]);
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_ALTERNATE_IIOP_ADDRESS,
component_data=Bytes}|Comps],
Components) ->
{ByteOrder, Rest} = cdr_decode:dec_byte_order(list_to_binary(Bytes)),
{AltIIOP, _, _} = cdr_decode:dec_type(?ALTERNATE_IIOP_ADDRESS,
Version, Rest, 1, ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_ALTERNATE_IIOP_ADDRESS,
component_data=AltIIOP}|Components]);
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_SSL_SEC_TRANS,
component_data=Data}|Comps], Components) ->
{ByteOrder, R} = cdr_decode:dec_byte_order(list_to_binary(Data)),
{SSLStruct, _Rest1, _Length1} = cdr_decode:dec_type(?SSLIOP_SSL, Version, R, 1,
ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_SSL_SEC_TRANS,
component_data=SSLStruct}|Components]);
%% Fault Tolerant Components
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_FT_GROUP,
component_data=Data}|Comps], Components) ->
{ByteOrder, R} = cdr_decode:dec_byte_order(list_to_binary(Data)),
{DecodedData, _Rest1, _Length1} = cdr_decode:dec_type(?FT_TagFTGroupTaggedComponent, Version, R, 1,
ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_FT_GROUP,
component_data=DecodedData}|Components]);
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_FT_PRIMARY,
component_data=Data}|Comps], Components) ->
{ByteOrder, R} = cdr_decode:dec_byte_order(list_to_binary(Data)),
{DecodedData, _Rest1, _Length1} = cdr_decode:dec_type(?FT_TagFTPrimaryTaggedComponent, Version, R, 1,
ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_FT_PRIMARY,
component_data=DecodedData}|Components]);
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_FT_HEARTBEAT_ENABLED,
component_data=Data}|Comps], Components) ->
{ByteOrder, R} = cdr_decode:dec_byte_order(list_to_binary(Data)),
{DecodedData, _Rest1, _Length1} = cdr_decode:dec_type(?FT_TagFTHeartbeatEnabledTaggedComponent, Version, R, 1,
ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_FT_HEARTBEAT_ENABLED,
component_data=DecodedData}|Components]);
%% Security - CSIIOP
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_CSI_SEC_MECH_LIST,
component_data=Data}|Comps], Components) ->
{ByteOrder, R} = cdr_decode:dec_byte_order(list_to_binary(Data)),
{DecodedData, _Rest1, _Length1} = cdr_decode:dec_type(?CSIIOP_CompoundSecMechList, Version, R, 1,
ByteOrder),
NewDecodedData = DecodedData#'CSIIOP_CompoundSecMechList'
{mechanism_list = decode_sec_mech(Version,
DecodedData#'CSIIOP_CompoundSecMechList'.mechanism_list,
[])},
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_CSI_SEC_MECH_LIST,
component_data=NewDecodedData}|Components]);
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_TLS_SEC_TRANS,
component_data=Data}|Comps], Components) ->
{ByteOrder, R} = cdr_decode:dec_byte_order(list_to_binary(Data)),
{DecodedData, _Rest1, _Length1} = cdr_decode:dec_type(?CSIIOP_TLS_SEC_TRANS, Version, R, 1,
ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_TLS_SEC_TRANS,
component_data=DecodedData}|Components]);
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_SECIOP_SEC_TRANS,
component_data=Data}|Comps], Components) ->
{ByteOrder, R} = cdr_decode:dec_byte_order(list_to_binary(Data)),
{DecodedData, _Rest1, _Length1} = cdr_decode:dec_type(?CSIIOP_SECIOP_SEC_TRANS, Version, R, 1,
ByteOrder),
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_SECIOP_SEC_TRANS,
component_data=DecodedData}|Components]);
decode_comp(Version, [#'IOP_TaggedComponent'{tag=?TAG_NULL_TAG,
component_data=_Data}|Comps], Components) ->
%% The body of the TAG_NULL_TAG component is a sequence of octets of
%% length 0.
decode_comp(Version, Comps,
[#'IOP_TaggedComponent'{tag=?TAG_NULL_TAG,
component_data=[]}|Components]);
decode_comp(Version, [C|Comps], Components) ->
%% Not used but we cannot discard it.
decode_comp(Version, Comps, [C|Components]).
decode_sec_mech(_Version, [], Acc) ->
%% We must preserver the order!!
lists:reverse(Acc);
decode_sec_mech(Version, [#'CSIIOP_CompoundSecMech'{transport_mech = TagComp} = CSM|T],
Acc) ->
[DecTagComp] = decode_comp(Version, [TagComp], []),
decode_sec_mech(Version, T, [CSM#'CSIIOP_CompoundSecMech'
{transport_mech = DecTagComp}|Acc]).
%%-----------------------------------------------------------------
%% Func: hexstring_to_bytestring/1
%%-----------------------------------------------------------------
hexstring_to_bytestring(HexString) ->
ByteString = hexstring_to_bytestring(HexString, []),
lists:reverse(ByteString).
hexstring_to_bytestring([], Acc) ->
Acc;
hexstring_to_bytestring([H1, H2 |Rest], Acc) ->
I1 = hex_to_int(H1),
I2 = hex_to_int(H2),
I = I1 * 16 + I2,
Acc2 = cdrlib:enc_octet(I, Acc),
hexstring_to_bytestring(Rest, Acc2).
hex_to_int(H) when H >= $a ->
10 + H - $a;
hex_to_int(H) when H >= $A ->
10 + H -$A;
hex_to_int(H) ->
H - $0.
%%-----------------------------------------------------------------
%% Func: bytestring_to_hexstring/1
%% Args: A byte string
%% Returns: A list of hexadecimal digits (onebyte will be represented as
%% two hexadecimal digits).
%%-----------------------------------------------------------------
bytestring_to_hexstring(ByteString) ->
HexString = bytestring_to_hexstring(ByteString, []),
lists:reverse(HexString).
bytestring_to_hexstring([], Acc) ->
Acc;
bytestring_to_hexstring([B |Rest], Acc) ->
[C1, C2] = int_to_hex(B),
bytestring_to_hexstring(Rest,[C2, C1| Acc]).
int_to_hex(B) when B < 256, B >= 0 ->
N1 = B div 16,
N2 = B rem 16,
[code_character(N1),
code_character(N2)].
code_character(N) when N < 10 ->
$0 + N;
code_character(N) ->
$a + (N - 10).
