// --------------------------------------------------------------------------------
// IMNXPORT.IDL
// Copyright (c)1993-1998 Microsoft Corporation, All Rights Reserved
//
// Authors:
// Steven J. Bailey (sbailey)
// Steve Serdy (steveser)
// Raymond Cheng (raych)
// Greg Friedman (gregfrie)
//
// Date: 11/12/96
// --------------------------------------------------------------------------------
import "imnact.idl";
interface IInternetTransport;
interface ISMTPTransport;
interface IPOP3Transport;
interface INNTPTransport;
interface IRASTransport;
interface IIMAPTransport;
interface IHTTPMailTransport;
interface IPropFindResponse;
cpp_quote("//--------------------------------------------------------------------------------")
cpp_quote("// IMNXPORT.H")
cpp_quote("//--------------------------------------------------------------------------------")
cpp_quote("// (C) Copyright 1995-1998 Microsoft Corporation. All Rights Reserved.")
cpp_quote("//")
cpp_quote("// THIS CODE AND INFORMATION IS PROVIDED \"AS IS\" WITHOUT WARRANTY OF")
cpp_quote("// ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO")
cpp_quote("// THE IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A")
cpp_quote("// PARTICULAR PURPOSE.")
cpp_quote("//--------------------------------------------------------------------------------")
cpp_quote("")
cpp_quote("#pragma comment(lib,\"uuid.lib\")")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// Dependencies")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#include <ras.h>")
cpp_quote("#include <raserror.h>")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// GUIDS")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// {CA30CC91-B1B3-11d0-85D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(CLSID_IInternetMessageUrl, 0xca30cc91, 0xb1b3, 0x11d0, 0x85, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {0DF2C7E1-3435-11d0-81D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_ITransportCallback, 0xdf2c7e1, 0x3435, 0x11d0, 0x81, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {1F636C01-364E-11d0-81D3-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_IInternetTransport, 0x1f636c01, 0x364e, 0x11d0, 0x81, 0xd3, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {1F636C02-364E-11d0-81D3-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_ISMTPCallback, 0x1f636c02, 0x364e, 0x11d0, 0x81, 0xd3, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {FD853CE6-7F86-11d0-8252-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(CLSID_ISMTPTransport, 0xfd853ce6, 0x7f86, 0x11d0, 0x82, 0x52, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("// {0DF2C7E2-3435-11d0-81D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_ISMTPTransport, 0xdf2c7e2, 0x3435, 0x11d0, 0x81, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("// {0DF2C7EC-3435-11d0-81D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_ISMTPTransport2, 0xdf2c7eC, 0x3435, 0x11d0, 0x81, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {0DF2C7E3-3435-11d0-81D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_IPOP3Callback, 0xdf2c7e3, 0x3435, 0x11d0, 0x81, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {FD853CE7-7F86-11d0-8252-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(CLSID_IPOP3Transport, 0xfd853ce7, 0x7f86, 0x11d0, 0x82, 0x52, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("// {0DF2C7E4-3435-11d0-81D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_IPOP3Transport, 0xdf2c7e4, 0x3435, 0x11d0, 0x81, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {0DF2C7E5-3435-11d0-81D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_INNTPCallback, 0xdf2c7e5, 0x3435, 0x11d0, 0x81, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {FD853CE8-7F86-11d0-8252-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(CLSID_INNTPTransport, 0xfd853ce8, 0x7f86, 0x11d0, 0x82, 0x52, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("// {0DF2C7E6-3435-11d0-81D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_INNTPTransport, 0xdf2c7e6, 0x3435, 0x11d0, 0x81, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("// {0DF2C7ED-3435-11d0-81D0-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_INNTPTransport2, 0xdf2c7eD, 0x3435, 0x11d0, 0x81, 0xd0, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {36D88911-3CD6-11d0-81DF-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_IRASCallback, 0x36d88911, 0x3cd6, 0x11d0, 0x81, 0xdf, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {FD853CE9-7F86-11d0-8252-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(CLSID_IRASTransport, 0xfd853ce9, 0x7f86, 0x11d0, 0x82, 0x52, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("// {8A950001-3CCF-11d0-81DF-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_IRASTransport, 0x8a950001, 0x3ccf, 0x11d0, 0x81, 0xdf, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {FD853CEA-7F86-11d0-8252-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(CLSID_IRangeList, 0xfd853cea, 0x7f86, 0x11d0, 0x82, 0x52, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("// {8C438160-4EF6-11d0-874F-00AA00530EE9}")
cpp_quote("DEFINE_GUID(IID_IRangeList, 0x8c438160, 0x4ef6, 0x11d0, 0x87, 0x4f, 0x0, 0xaa, 0x0, 0x53, 0xe, 0xe9);")
cpp_quote("")
cpp_quote("// {E9E9D8A3-4EDD-11d0-874F-00AA00530EE9}")
cpp_quote("DEFINE_GUID(IID_IIMAPCallback, 0xe9e9d8a3, 0x4edd, 0x11d0, 0x87, 0x4f, 0x0, 0xaa, 0x0, 0x53, 0xe, 0xe9);")
cpp_quote("")
cpp_quote("// {FD853CEB-7F86-11d0-8252-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(CLSID_IIMAPTransport, 0xfd853ceb, 0x7f86, 0x11d0, 0x82, 0x52, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("// {E9E9D8A8-4EDD-11d0-874F-00AA00530EE9}")
cpp_quote("DEFINE_GUID(IID_IIMAPTransport, 0xe9e9d8a8, 0x4edd, 0x11d0, 0x87, 0x4f, 0x0, 0xaa, 0x0, 0x53, 0xe, 0xe9);")
cpp_quote("")
cpp_quote("// {DA8283C0-37C5-11d2-ACD9-0080C7B6E3C5}")
cpp_quote("DEFINE_GUID(IID_IIMAPTransport2, 0xda8283c0, 0x37c5, 0x11d2, 0xac, 0xd9, 0x0, 0x80, 0xc7, 0xb6, 0xe3, 0xc5);")
cpp_quote("")
cpp_quote("// {07849A11-B520-11d0-85D5-00C04FD85AB4}")
cpp_quote("DEFINE_GUID(IID_IBindMessageStream, 0x7849a11, 0xb520, 0x11d0, 0x85, 0xd5, 0x0, 0xc0, 0x4f, 0xd8, 0x5a, 0xb4);")
cpp_quote("")
cpp_quote("// {CA30F3FF-C9AC-11d1-9A3A-00C04FA309D4}")
cpp_quote("DEFINE_GUID(IID_ITransportCallbackService, 0xca30f3ff, 0xc9ac, 0x11d1, 0x9a, 0x3a, 0x0, 0xc0, 0x4f, 0xa3, 0x9, 0xd4);")
cpp_quote("")
cpp_quote("// {19F6481C-E5F0-11d1-A86E-0000F8084F96}")
cpp_quote("DEFINE_GUID(IID_IHTTPMailCallback, 0x19f6481c, 0xe5f0, 0x11d1, 0xa8, 0x6e, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("")
cpp_quote("// {5A580C11-E5EB-11d1-A86E-0000F8084F96}")
cpp_quote("DEFINE_GUID(CLSID_IHTTPMailTransport,0x5a580c11, 0xe5eb, 0x11d1, 0xa8, 0x6e, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("// {B8BDE03C-E548-11d1-A86E-0000F8084F96}")
cpp_quote("DEFINE_GUID(IID_IHTTPMailTransport, 0xb8bde03c, 0xe548, 0x11d1, 0xa8, 0x6e, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("")
cpp_quote("// {BB847B8A-054A-11d2-A894-0000F8084F96}")
cpp_quote("DEFINE_GUID(CLSID_IPropFindRequest, 0xbb847b8a, 0x54a, 0x11d2, 0xa8, 0x94, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("// {5CFC6308-0544-11d2-A894-0000F8084F96}")
cpp_quote("DEFINE_GUID(IID_IPropFindRequest, 0x5cfc6308, 0x544, 0x11d2, 0xa8, 0x94, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("")
cpp_quote("// {0DEE87DE-0547-11d2-A894-0000F8084F96}")
cpp_quote("DEFINE_GUID(IID_IPropFindMultiResponse, 0xdee87de, 0x547, 0x11d2, 0xa8, 0x94, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("")
cpp_quote("// {8A523716-0548-11d2-A894-0000F8084F96}")
cpp_quote("DEFINE_GUID(IID_IPropFindResponse, 0x8a523716, 0x548, 0x11d2, 0xa8, 0x94, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("")
cpp_quote("// {72A58FF8-227D-11d2-A8B5-0000F8084F96}")
cpp_quote("DEFINE_GUID(IID_IDAVNamespaceArbiter, 0x72a58ff8, 0x227d, 0x11d2, 0xa8, 0xb5, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("")
cpp_quote("// {EA678830-235D-11d2-A8B6-0000F8084F96}")
cpp_quote("DEFINE_GUID(CLSID_IPropPatchRequest, 0xea678830, 0x235d, 0x11d2, 0xa8, 0xb6, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("// {AB8B8D2A-227F-11d2-A8B5-0000F8084F96}")
cpp_quote("DEFINE_GUID(IID_IPropPatchRequest, 0xab8b8d2a, 0x227f, 0x11d2, 0xa8, 0xb5, 0x0, 0x0, 0xf8, 0x8, 0x4f, 0x96);")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// Errors")
cpp_quote("// --------------------------------------------------------------------------------")
//;begin_internal
//
// NOTE: All inetcomm error codes must reside between CC00 and CFFF (a 1k block).
// This has been approved by Johann Posch (johannp)
// We further subdivide this range as follows:
// CC00-CCFF IMNXPORT results
// CD00-CDFF IMNACCT results
// CE00-CEFF MIMEOLE results
// CF00-CFFF undefined, do not use
// (t-erikne 03/24/97)
//
//;end_internal
cpp_quote("#ifndef FACILITY_INTERNET")
cpp_quote("#define FACILITY_INTERNET 12")
cpp_quote("#endif")
cpp_quote("#ifndef HR_E")
cpp_quote("#define HR_E(n) MAKE_SCODE(SEVERITY_ERROR, FACILITY_INTERNET, n)")
cpp_quote("#endif")
cpp_quote("#ifndef HR_S")
cpp_quote("#define HR_S(n) MAKE_SCODE(SEVERITY_SUCCESS, FACILITY_INTERNET, n)")
cpp_quote("#endif")
cpp_quote("#ifndef HR_CODE")
cpp_quote("#define HR_CODE(hr) (INT)(hr & 0xffff)")
cpp_quote("#endif")
cpp_quote("")
//;begin_internal
// HRESULTS are even further subdivided in this file
// NOTE: you should never progammatically rely on this ordering
// it simply gives you a visual cue in the DOUTs
// CC00-CC2F General
// CC30-CC3F HTTPMail (first range)
// CC40-CC5F WINSOCK
// CC60-CC8F SMTP
// CC90-CC9F POP3
// CCA0-CCBF NNTP
// CCC0-CCCF RAS
// CCD0-CCEF IMAP
// CCF0-CCFF HTTPMail (second range)
//;end_internal
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// General Imnxport Return Values")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#define IXP_E_LOAD_SICILY_FAILED HR_E(0xCC00)") // hrFailedToLoadSicily
cpp_quote("#define IXP_E_INVALID_CERT_CN HR_E(0xCC01)") // hrInvalidCertCN
cpp_quote("#define IXP_E_INVALID_CERT_DATE HR_E(0xCC02)") // hrInvalidCertDate
cpp_quote("#define IXP_E_ALREADY_CONNECTED HR_E(0xCC03)") // hrAlreadyConnected
cpp_quote("#define IXP_E_CONN HR_E(0xCC04)") // hrConn
cpp_quote("#define IXP_E_NOT_CONNECTED HR_E(0xCC05)") // hrNotConnected
cpp_quote("#define IXP_E_CONN_SEND HR_E(0xCC06)") // hrConnSend
cpp_quote("#define IXP_E_WOULD_BLOCK HR_E(0xCC07)") // hrWouldBlock
cpp_quote("#define IXP_E_INVALID_STATE HR_E(0xCC08)") // hrInvalidState
cpp_quote("#define IXP_E_CONN_RECV HR_E(0xCC09)") // hrConnRecv
cpp_quote("#define IXP_E_INCOMPLETE HR_E(0xCC0A)") // hrIncomplete
cpp_quote("#define IXP_E_BUSY HR_E(0xCC0B)")
cpp_quote("#define IXP_E_NOT_INIT HR_E(0xCC0C)")
cpp_quote("#define IXP_E_CANT_FIND_HOST HR_E(0xCC0D)")
cpp_quote("#define IXP_E_FAILED_TO_CONNECT HR_E(0xCC0E)")
cpp_quote("#define IXP_E_CONNECTION_DROPPED HR_E(0xCC0F)")
cpp_quote("#define IXP_E_INVALID_ADDRESS HR_E(0xCC10)")
cpp_quote("#define IXP_E_INVALID_ADDRESS_LIST HR_E(0xCC11)")
cpp_quote("#define IXP_E_SOCKET_READ_ERROR HR_E(0xCC12)")
cpp_quote("#define IXP_E_SOCKET_WRITE_ERROR HR_E(0xCC13)")
cpp_quote("#define IXP_E_SOCKET_INIT_ERROR HR_E(0xCC14)")
cpp_quote("#define IXP_E_SOCKET_CONNECT_ERROR HR_E(0xCC15)")
cpp_quote("#define IXP_E_INVALID_ACCOUNT HR_E(0xCC16)")
cpp_quote("#define IXP_E_USER_CANCEL HR_E(0xCC17)")
cpp_quote("#define IXP_E_SICILY_LOGON_FAILED HR_E(0xCC18)") // hrSicilyLogonFailed
cpp_quote("#define IXP_E_TIMEOUT HR_E(0xCC19)")
cpp_quote("#define IXP_E_SECURE_CONNECT_FAILED HR_E(0xCC1A)")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// WINSOCK Errors")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#define IXP_E_WINSOCK_WSASYSNOTREADY HR_E(0xCC40)")
cpp_quote("#define IXP_E_WINSOCK_WSAVERNOTSUPPORTED HR_E(0xCC41)")
cpp_quote("#define IXP_E_WINSOCK_WSAEPROCLIM HR_E(0xCC42)")
cpp_quote("#define IXP_E_WINSOCK_WSAEFAULT HR_E(0xCC43)")
cpp_quote("#define IXP_E_WINSOCK_FAILED_WSASTARTUP HR_E(0xCC44)")
cpp_quote("#define IXP_E_WINSOCK_WSAEINPROGRESS HR_E(0xCC45)")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// SMTP Command Response Values")
cpp_quote("//--------------------------------------------------------------------------------")
cpp_quote("#define IXP_E_SMTP_RESPONSE_ERROR HR_E(0xCC60)")
cpp_quote("#define IXP_E_SMTP_UNKNOWN_RESPONSE_CODE HR_E(0xCC61)")
cpp_quote("#define IXP_E_SMTP_500_SYNTAX_ERROR HR_E(0xCC62)")
cpp_quote("#define IXP_E_SMTP_501_PARAM_SYNTAX HR_E(0xCC63)")
cpp_quote("#define IXP_E_SMTP_502_COMMAND_NOTIMPL HR_E(0xCC64)")
cpp_quote("#define IXP_E_SMTP_503_COMMAND_SEQ HR_E(0xCC65)")
cpp_quote("#define IXP_E_SMTP_504_COMMAND_PARAM_NOTIMPL HR_E(0xCC66)")
cpp_quote("#define IXP_E_SMTP_421_NOT_AVAILABLE HR_E(0xCC67)")
cpp_quote("#define IXP_E_SMTP_450_MAILBOX_BUSY HR_E(0xCC68)")
cpp_quote("#define IXP_E_SMTP_550_MAILBOX_NOT_FOUND HR_E(0xCC69)")
cpp_quote("#define IXP_E_SMTP_451_ERROR_PROCESSING HR_E(0xCC6A)")
cpp_quote("#define IXP_E_SMTP_551_USER_NOT_LOCAL HR_E(0xCC6B)")
cpp_quote("#define IXP_E_SMTP_452_NO_SYSTEM_STORAGE HR_E(0xCC6C)")
cpp_quote("#define IXP_E_SMTP_552_STORAGE_OVERFLOW HR_E(0xCC6D)")
cpp_quote("#define IXP_E_SMTP_553_MAILBOX_NAME_SYNTAX HR_E(0xCC6E)")
cpp_quote("#define IXP_E_SMTP_554_TRANSACT_FAILED HR_E(0xCC6F)")
cpp_quote("")
cpp_quote("#define IXP_S_SMTP_211_SYSTEM_STATUS HR_S(0xCC70)")
cpp_quote("#define IXP_S_SMTP_214_HELP_MESSAGE HR_S(0xCC71)")
cpp_quote("#define IXP_S_SMTP_220_READY HR_S(0xCC72)")
cpp_quote("#define IXP_S_SMTP_221_CLOSING HR_S(0xCC73)")
cpp_quote("#define IXP_S_SMTP_250_MAIL_ACTION_OKAY HR_S(0xCC74)")
cpp_quote("#define IXP_S_SMTP_251_FORWARDING_MAIL HR_S(0xCC75)")
cpp_quote("#define IXP_S_SMTP_354_START_MAIL_INPUT HR_S(0xCC76)")
cpp_quote("#define IXP_S_SMTP_CONTINUE HR_S(0xCC77)")
cpp_quote("#define IXP_S_SMTP_334_AUTH_READY_RESPONSE HR_S(0xCC78)")
cpp_quote("#define IXP_S_SMTP_245_AUTH_SUCCESS HR_S(0xCC79)")
cpp_quote("")
cpp_quote("#define IXP_E_SMTP_REJECTED_SENDER HR_E(0xCC78)")
cpp_quote("#define IXP_E_SMTP_REJECTED_RECIPIENTS HR_E(0xCC79)")
cpp_quote("#define IXP_E_SMTP_NO_SENDER HR_E(0xCC7A)")
cpp_quote("#define IXP_E_SMTP_NO_RECIPIENTS HR_E(0xCC7B)")
cpp_quote("#define IXP_E_SMTP_530_STARTTLS_REQUIRED HR_E(0xCC7C)")
cpp_quote("#define IXP_E_SMTP_NO_STARTTLS_SUPPORT HR_E(0xCC7D)")
cpp_quote("#define IXP_S_SMTP_NO_DSN_SUPPORT HR_E(0xCC7E)")
cpp_quote("#define IXP_E_SMTP_454_STARTTLS_FAILED HR_E(0xCC7F)")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// POP3 Command Response Values")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#define IXP_E_POP3_RESPONSE_ERROR HR_E(0xCC90)")
cpp_quote("#define IXP_E_POP3_INVALID_USER_NAME HR_E(0xCC91)") // hrPOP3BadUserName
cpp_quote("#define IXP_E_POP3_INVALID_PASSWORD HR_E(0xCC92)") // hrPOP3BadPassword
cpp_quote("#define IXP_E_POP3_PARSE_FAILURE HR_E(0xCC93)")
cpp_quote("#define IXP_E_POP3_NEED_STAT HR_E(0xCC94)")
cpp_quote("#define IXP_E_POP3_NO_MESSAGES HR_E(0xCC95)")
cpp_quote("#define IXP_E_POP3_NO_MARKED_MESSAGES HR_E(0xCC96)")
cpp_quote("#define IXP_E_POP3_POPID_OUT_OF_RANGE HR_E(0xCC97)")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// NNTP Command Response Values")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#define IXP_E_NNTP_RESPONSE_ERROR HR_E(0xCCA0)") // hrInvalidResponse
cpp_quote("#define IXP_E_NNTP_NEWGROUPS_FAILED HR_E(0xCCA1)")
cpp_quote("#define IXP_E_NNTP_LIST_FAILED HR_E(0xCCA2)")
cpp_quote("#define IXP_E_NNTP_LISTGROUP_FAILED HR_E(0xCCA3)")
cpp_quote("#define IXP_E_NNTP_GROUP_FAILED HR_E(0xCCA4)")
cpp_quote("#define IXP_E_NNTP_GROUP_NOTFOUND HR_E(0xCCA5)")
cpp_quote("#define IXP_E_NNTP_ARTICLE_FAILED HR_E(0xCCA6)")
cpp_quote("#define IXP_E_NNTP_HEAD_FAILED HR_E(0xCCA7)")
cpp_quote("#define IXP_E_NNTP_BODY_FAILED HR_E(0xCCA8)")
cpp_quote("#define IXP_E_NNTP_POST_FAILED HR_E(0xCCA9)")
cpp_quote("#define IXP_E_NNTP_NEXT_FAILED HR_E(0xCCAA)")
cpp_quote("#define IXP_E_NNTP_DATE_FAILED HR_E(0xCCAB)")
cpp_quote("#define IXP_E_NNTP_HEADERS_FAILED HR_E(0xCCAC)")
cpp_quote("#define IXP_E_NNTP_XHDR_FAILED HR_E(0xCCAD)")
cpp_quote("#define IXP_E_NNTP_INVALID_USERPASS HR_E(0xCCAE)")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// NNTP Server Response Values")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#define IXP_NNTP_DATE_RESPONSE 111")
cpp_quote("#define IXP_NNTP_POST_ALLOWED 200")
cpp_quote("#define IXP_NNTP_POST_NOTALLOWED 201")
cpp_quote("#define IXP_NNTP_GROUP_SELECTED 211")
cpp_quote("#define IXP_NNTP_LIST_DATA_FOLLOWS 215")
cpp_quote("#define IXP_NNTP_ARTICLE_FOLLOWS 220")
cpp_quote("#define IXP_NNTP_HEAD_FOLLOWS 221")
cpp_quote("#define IXP_NNTP_BODY_FOLLOWS 222")
cpp_quote("#define IXP_NNTP_ARTICLE_RETRIEVED 223")
cpp_quote("#define IXP_NNTP_OVERVIEW_FOLLOWS 224")
cpp_quote("#define IXP_NNTP_NEWNEWSGROUPS_FOLLOWS 231")
cpp_quote("#define IXP_NNTP_ARTICLE_POSTED_OK 240")
cpp_quote("#define IXP_NNTP_AUTHORIZATION_ACCEPTED 250")
cpp_quote("#define IXP_NNTP_AUTH_OK 281")
cpp_quote("#define IXP_NNTP_SEND_ARTICLE_TO_POST 340")
cpp_quote("#define IXP_NNTP_CONTINUE_AUTHORIZATION 350")
cpp_quote("#define IXP_NNTP_PASSWORD_REQUIRED 381")
cpp_quote("#define IXP_NNTP_NO_SUCH_NEWSGROUP 411")
cpp_quote("#define IXP_NNTP_NO_NEXT_ARTICLE 421")
cpp_quote("#define IXP_NNTP_NO_PREV_ARTICLE 422")
cpp_quote("#define IXP_NNTP_NO_SUCH_ARTICLE_NUM 423")
cpp_quote("#define IXP_NNTP_NO_SUCH_ARTICLE_FOUND 430")
cpp_quote("#define IXP_NNTP_POSTING_NOT_ALLOWED 441")
cpp_quote("#define IXP_NNTP_PROTOCOLS_SUPPORTED 485")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// RAS Errors")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#define IXP_S_RAS_NOT_NEEDED HR_S(0xCCC0)")
cpp_quote("#define IXP_S_RAS_USING_CURRENT HR_S(0xCCC1)")
cpp_quote("#define IXP_E_RAS_NOT_INSTALLED HR_E(0xCCC2)")
cpp_quote("#define IXP_E_RAS_PROCS_NOT_FOUND HR_E(0xCCC3)")
cpp_quote("#define IXP_E_RAS_ERROR HR_E(0xCCC4)")
cpp_quote("#define IXP_E_RAS_INVALID_CONNECTOID HR_E(0xCCC5)")
cpp_quote("#define IXP_E_RAS_GET_DIAL_PARAMS HR_E(0xCCC6)")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// IMAP Return Codes")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#define IXP_S_IMAP_UNRECOGNIZED_RESP HR_S(0xCCD0) // Did not recognize IMAP response CODE")
cpp_quote("#define IXP_S_IMAP_VERBATIM_MBOX HR_S(0xCCE1) // Could not xlate mbox to target CP (or it's disabled): copying verbatim")
cpp_quote("")
cpp_quote("#define IXP_E_IMAP_LOGINFAILURE HR_E(0xCCD1) // LOGIN cmd failed")
cpp_quote("#define IXP_E_IMAP_TAGGED_NO_RESPONSE HR_E(0xCCD2) // Received tagged NO response")
cpp_quote("#define IXP_E_IMAP_BAD_RESPONSE HR_E(0xCCD3) // Received tagged BAD response")
cpp_quote("#define IXP_E_IMAP_SVR_SYNTAXERR HR_E(0xCCD4) // Syntax error in svr response")
cpp_quote("#define IXP_E_IMAP_NOTIMAPSERVER HR_E(0xCCD5) // This is not an IMAP server")
cpp_quote("#define IXP_E_IMAP_BUFFER_OVERFLOW HR_E(0xCCD6) // Buffer overflow occurred")
cpp_quote("#define IXP_E_IMAP_RECVR_ERROR HR_E(0xCCD7) // An error occurred in the recvr code")
cpp_quote("#define IXP_E_IMAP_INCOMPLETE_LINE HR_E(0xCCD8) // Received incomplete line")
cpp_quote("#define IXP_E_IMAP_CONNECTION_REFUSED HR_E(0xCCD9) // Received BYE on greeting")
cpp_quote("#define IXP_E_IMAP_UNRECOGNIZED_RESP HR_E(0xCCDA) // Did not recognize IMAP response")
cpp_quote("#define IXP_E_IMAP_CHANGEDUID HR_E(0xCCDB) // UID changed unexpectedly!")
cpp_quote("#define IXP_E_IMAP_UIDORDER HR_E(0xCCDC) // UIDs not strictly ascending!")
cpp_quote("#define IXP_E_IMAP_UNSOLICITED_BYE HR_E(0xCCDD) // Server issued UNSOLICITED BYE")
cpp_quote("#define IXP_E_IMAP_IMPROPER_SVRSTATE HR_E(0xCCDE) // eg, Attempt to send FETCH before SELECT finishes")
cpp_quote("#define IXP_E_IMAP_AUTH_NOT_POSSIBLE HR_E(0xCCDF) // No common authentication methods btwn client/svr")
cpp_quote("#define IXP_E_IMAP_OUT_OF_AUTH_METHODS HR_E(0xCCE0) // We tried >= 1 auth method, no more left to try")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// HTTPMail Return Codes")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// http errors are discontiguous.")
cpp_quote("#define IXP_E_HTTP_USE_PROXY HR_E(0xCC30) // http status 305")
cpp_quote("#define IXP_E_HTTP_BAD_REQUEST HR_E(0xCC31) // http status 400")
cpp_quote("#define IXP_E_HTTP_UNAUTHORIZED HR_E(0xCC32) // http status 401")
cpp_quote("#define IXP_E_HTTP_FORBIDDEN HR_E(0xCC33) // http status 403")
cpp_quote("#define IXP_E_HTTP_NOT_FOUND HR_E(0xCC34) // http status 404")
cpp_quote("#define IXP_E_HTTP_METHOD_NOT_ALLOW HR_E(0xCC35) // http status 405")
cpp_quote("#define IXP_E_HTTP_NOT_ACCEPTABLE HR_E(0xCC36) // http status 406")
cpp_quote("#define IXP_E_HTTP_PROXY_AUTH_REQ HR_E(0xCC37) // http status 407")
cpp_quote("#define IXP_E_HTTP_REQUEST_TIMEOUT HR_E(0xCC38) // http status 408")
cpp_quote("#define IXP_E_HTTP_CONFLICT HR_E(0xCC39) // http status 409")
cpp_quote("#define IXP_E_HTTP_GONE HR_E(0xCC3A) // http status 410")
cpp_quote("#define IXP_E_HTTP_LENGTH_REQUIRED HR_E(0xCC3B) // http status 411")
cpp_quote("#define IXP_E_HTTP_PRECOND_FAILED HR_E(0xCC3C) // http status 412")
cpp_quote("#define IXP_E_HTTP_INTERNAL_ERROR HR_E(0xCC3D) // http status 500")
cpp_quote("#define IXP_E_HTTP_NOT_IMPLEMENTED HR_E(0xCC3E) // http status 501")
cpp_quote("#define IXP_E_HTTP_BAD_GATEWAY HR_E(0xCC3F) // http status 502")
cpp_quote("// begin second range")
cpp_quote("#define IXP_E_HTTP_SERVICE_UNAVAIL HR_E(0xCCF0) // http status 503")
cpp_quote("#define IXP_E_HTTP_GATEWAY_TIMEOUT HR_E(0xCCF1) // http status 504")
cpp_quote("#define IXP_E_HTTP_VERS_NOT_SUP HR_E(0xCCF2) // http status 505")
cpp_quote("#define IXP_E_HTTP_INSUFFICIENT_STORAGE HR_E(0xCCF3) // http status 425 or 507")
cpp_quote("#define IXP_E_HTTP_ROOT_PROP_NOT_FOUND HR_E(0xCCF4) // see IHTTPMailTransport::GetProperty")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// String Length Constants")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("")
// ---------------------------------------------------------------------------------------
// All of the transports in this file work in an asyncronous mode. It is assumed that
// the client application has a message pump on the thread in which a transport object
// is created.
// ---------------------------------------------------------------------------------------
// ---------------------------------------------------------------------------------------
// String Lengths
// ---------------------------------------------------------------------------------------
const SHORT CCHMAX_DOMAIN = 256;
const SHORT CCHMAX_PHONE_NUMBER = 128; // RAS_MaxPhoneNumber
// ---------------------------------------------------------------------------------------
// Default Port Numbers
// ---------------------------------------------------------------------------------------
const DWORD DEFAULT_IMAP_PORT = 143;
const DWORD DEFAULT_POP3_PORT = 110;
const DWORD DEFAULT_SMTP_PORT = 25;
const DWORD DEFAULT_NNTP_PORT = 119;
// ---------------------------------------------------------------------------------------
// Internet Address Type
//
// There are only two address types because the SMTP protocol only distinguishes
// between a sender (ADDR_FROM) and recipients. ADDR_TO should include all Bcc, Cc and
// To recipients.
//
// additional DSN flags may be anded in and will result in a DSN request only if the
// SMTP server supports DSNs (rfc1891) and the transport connected with an EHLO command
// ---------------------------------------------------------------------------------------
typedef enum tagINETADDRTYPE {
ADDR_TO, // Recipient of the message (To, CC, Bcc, etc)
ADDR_FROM, // Sender of the message
ADDR_DSN_NEVER = 16, // suppress all delivery status notification
ADDR_DSN_SUCCESS = 32, // request DSN on successful delivery
ADDR_DSN_FAILURE = 64, // request DSN on delivery failure
ADDR_DSN_DELAY = 128 // request DSN if delivery is delayed
} INETADDRTYPE;
const DWORD ADDR_TOFROM_MASK = 0x1; // INETADDRTYPE & ADDR_TOFROM_MASK gives raw type
const DWORD ADDR_DSN_MASK = 0xf0;
// ---------------------------------------------------------------------------------------
// DSNRET
// controls what whether full message or headers only will be returned with DSNs
// ---------------------------------------------------------------------------------------
typedef enum tagDSNRET {
DSNRET_DEFAULT, // use SMTP server default
DSNRET_HDRS, // return 822 headers only
DSNRET_FULL, // return full message - headers + body
} DSNRET;
// ---------------------------------------------------------------------------------------
// Internet Address
// ---------------------------------------------------------------------------------------
typedef struct tagINETADDR {
INETADDRTYPE addrtype;
CHAR szEmail[CCHMAX_EMAIL_ADDRESS]; // A person's e-mail address
} INETADDR, *LPINETADDR;
// ---------------------------------------------------------------------------------------
// Internet Address List
// ---------------------------------------------------------------------------------------
typedef struct tagINETADDRLIST {
ULONG cAddress; // Number of elements in prgInetAddr
LPINETADDR prgAddress; // Array of internet addresses
} INETADDRLIST, *LPINETADDRLIST;
// -----------------------------------------------------------------------------------
// RAS Connection Type
// -----------------------------------------------------------------------------------
typedef enum tagRASCONNTYPE {
RAS_CONNECT_LAN,
RAS_CONNECT_MANUAL,
RAS_CONNECT_RAS
} RASCONNTYPE;
// -----------------------------------------------------------------------------------
// HTTPMAIL Root Property Types
// -----------------------------------------------------------------------------------
typedef enum tagHTTPMAILPROPTYPE {
HTTPMAIL_PROP_INVALID,
HTTPMAIL_PROP_ADBAR,
HTTPMAIL_PROP_CONTACTS,
HTTPMAIL_PROP_INBOX,
HTTPMAIL_PROP_OUTBOX,
HTTPMAIL_PROP_SENDMSG,
HTTPMAIL_PROP_SENTITEMS,
HTTPMAIL_PROP_DELETEDITEMS,
HTTPMAIL_PROP_DRAFTS,
HTTPMAIL_PROP_MSGFOLDERROOT,
HTTPMAIL_PROP_SIG,
HTTPMAIL_PROP_LAST
} HTTPMAILPROPTYPE;
// -----------------------------------------------------------------------------------
// HTTPMAIL Special Folder Types
// -----------------------------------------------------------------------------------
typedef enum tagHTTPMAILSPECIALFOLDER {
HTTPMAIL_SF_NONE = 0,
HTTPMAIL_SF_UNRECOGNIZED,
HTTPMAIL_SF_INBOX,
HTTPMAIL_SF_DELETEDITEMS,
HTTPMAIL_SF_DRAFTS,
HTTPMAIL_SF_OUTBOX,
HTTPMAIL_SF_SENTITEMS,
HTTPMAIL_SF_CONTACTS,
HTTPMAIL_SF_CALENDAR,
HTTPMAIL_SF_MSNPROMO,
HTTPMAIL_SF_LAST
} HTTPMAILSPECIALFOLDER;
// -----------------------------------------------------------------------------------
// HTTPMAIL Contact Types
// -----------------------------------------------------------------------------------
typedef enum tagHTTPMAILCONTACTTYPE {
HTTPMAIL_CT_CONTACT = 0, // default
HTTPMAIL_CT_GROUP,
HTTPMAIL_CT_LAST
} HTTPMAILCONTACTTYPE;
// -----------------------------------------------------------------------------------
// DAV Namespaces
// -----------------------------------------------------------------------------------
const DWORD DAVNAMESPACE_UNKNOWN = 0xFFFFFFFF;
const DWORD DAVNAMESPACE_DAV = 0;
const DWORD DAVNAMESPACE_HOTMAIL = 1;
const DWORD DAVNAMESPACE_HTTPMAIL = 2;
const DWORD DAVNAMESPACE_MAIL = 3;
const DWORD DAVNAMESPACE_CONTACTS = 4;
// ---------------------------------------------------------------------------------------
// Internet Server Flags...
// ---------------------------------------------------------------------------------------
cpp_quote("#define ISF_SMTP_USEIPFORHELO 0x00000001 // For HELO or EHLO Command")
cpp_quote("#define ISF_ALWAYSPROMPTFORPASSWORD 0x00000002 // For HELO or EHLO Command") // Never save password (boolean)
cpp_quote("#define ISF_SSLONSAMEPORT 0x00000004 // For SMTP Only - use STARTTLS") // For STARTTLS Support
cpp_quote("#define ISF_QUERYDSNSUPPORT 0x00000008 // For SMTP Only - issue EHLO on connect and check for DSN")
cpp_quote("#define ISF_QUERYAUTHSUPPORT 0x00000010 // For SMTP Only - issue EHLO on connect and check for AUTH")
// ---------------------------------------------------------------------------------------
// Internet Server Information...
// ---------------------------------------------------------------------------------------
typedef struct INETSERVER {
CHAR szAccount[CCHMAX_ACCOUNT_NAME]; // IMN Account Name
CHAR szUserName[CCHMAX_USERNAME]; // User's connection name
CHAR szPassword[CCHMAX_PASSWORD]; // User's password
CHAR szServerName[CCHMAX_SERVER_NAME]; // Server name (or IP address string)
CHAR szConnectoid[CCHMAX_CONNECTOID]; // RAS Connection Name
RASCONNTYPE rasconntype; // RAS connection type
DWORD dwPort; // Port name
BOOL fSSL; // Using SSL
BOOL fTrySicily; // Try using sicily authentication
DWORD dwTimeout; // Timeout in seconds
DWORD dwFlags; // ISF_xxx Flags (above)
} INETSERVER, *LPINETSERVER;
// -----------------------------------------------------------------------------------
// Internet Transport Types
// -----------------------------------------------------------------------------------
typedef enum tagIXPTYPE {
IXP_NNTP, // NNTP (News)
IXP_SMTP, // SMTP (Send)
IXP_POP3, // POP3 (Recv)
IXP_IMAP, // IMAP (Recv / remote store)
IXP_RAS,
IXP_HTTPMail // HTTPMail (Recv / remote store)
} IXPTYPE;
// -----------------------------------------------------------------------------------
// IXPSTATUS - Transport Status Types
//
// These values are returned in the ITransportCallback::OnStatus callback method
// and in the IInternetTransport::GetStatus member.
// -----------------------------------------------------------------------------------
typedef enum tagIXPSTATUS
{
IXP_FINDINGHOST, // Attempting to find host (IP/host name resolution)
IXP_CONNECTING, // TCP/IP connection is in progress
IXP_SECURING, // TCP/IP socket connection has been established, securing an SSL connection
IXP_CONNECTED, // TCP/IP socket connection has been established, waiting for protcol response
IXP_AUTHORIZING, // Performing authorization with the server
IXP_AUTHRETRY, // Retrying authorization
IXP_AUTHORIZED, // Authorization successful (transient state, heads directly to IXP_CONNECTED after)
IXP_DISCONNECTING, // The connection is being closed
IXP_DISCONNECTED, // The transport has been disconnected from the server
IXP_LAST // Last status value (for boundschecking purposes)
} IXPSTATUS;
// DEPTH_INFINITY : this constant can be passed to any member of IHTTPMailTransport
// that takes a DWORD parameter to specify depth in a propfind request.
const DWORD DEPTH_INFINITY = 0xFFFFFFFE;
// IHTTPMailTransport::MemberInfo Flags.
typedef DWORD MEMBERINFOFLAGS;
const MEMBERINFOFLAGS HTTP_MEMBERINFO_COMMONPROPS = 0x00000000;
const MEMBERINFOFLAGS HTTP_MEMBERINFO_FOLDERPROPS = 0x00000001; // common props and folder props
const MEMBERINFOFLAGS HTTP_MEMBERINFO_MESSAGEPROPS = 0x00000002; // common props and message props
const MEMBERINFOFLAGS HTTP_MEMBERINFO_ALLPROPS = (HTTP_MEMBERINFO_FOLDERPROPS | HTTP_MEMBERINFO_MESSAGEPROPS);
// ***NB: You have to be careful when changing IMAP_MSGFLAGS.
// The function, IMAPMsgFlagsToARF in imapfldr.cpp will have to be updated.
typedef DWORD IMAP_MSGFLAGS; // Message flags returned by FLAGS response,
// PERMANENTFLAGS response code and FETCH
const IMAP_MSGFLAGS IMAP_MSG_NOFLAGS = 0x00000000;
const IMAP_MSGFLAGS IMAP_MSG_ANSWERED = 0x00000001;
const IMAP_MSGFLAGS IMAP_MSG_FLAGGED = 0x00000002;
const IMAP_MSGFLAGS IMAP_MSG_DELETED = 0x00000004;
const IMAP_MSGFLAGS IMAP_MSG_SEEN = 0x00000008;
const IMAP_MSGFLAGS IMAP_MSG_DRAFT = 0x00000010;
const IMAP_MSGFLAGS IMAP_MSG_ALLFLAGS = 0x0000001F; // Keep this updated
// ---------------------------------------------------------------------------------------
// IID_ITransportCallbackService
// ---------------------------------------------------------------------------------------
[
uuid(CA30F3FF-C9AC-11d1-9A3A-00C04FA309D4),
local,
]
interface ITransportCallbackService : IUnknown
{
HRESULT GetParentWindow(
[in] DWORD dwReserved,
[out] HWND *phwndParent);
HRESULT GetAccount(
[out] LPDWORD pdwServerType, // SRV_xxx Bit
[out] IImnAccount **ppAccount);
}
// ---------------------------------------------------------------------------------------
// IID_ITransportCallback
// ---------------------------------------------------------------------------------------
[
uuid(0DF2C7E1-3435-11d0-81D0-00C04FD85AB4),
helpstring("Base Transport Callback Interface"),
local,
]
interface ITransportCallback : IUnknown
{
// -----------------------------------------------------------------------------------
// IXPRESULT
//
// This structure holds information about a server response or a transport result /
// error.
// -----------------------------------------------------------------------------------
typedef struct tagIXPRESULT {
HRESULT hrResult; // Error Code
LPSTR pszResponse; // Last server response
UINT uiServerError; // Server generated error number
HRESULT hrServerError; // Associated HRESULT of server error
DWORD dwSocketError; // Socket error as defined in winsock.h
LPSTR pszProblem; // Additional information
} IXPRESULT, *LPIXPRESULT;
// -----------------------------------------------------------------------------------
// OnTimeout
//
// Description:
// This method is called by a transport when a timeout period has expired. A timeout
// is defined as a period of time in which no activity has occurred. A client
// can specify a timeout in the INETSERVER structure that is passed to the
// IInternetTransport::Connect method.
//
// When this method is called, the client MUST return a value that indicates
// whether the transport should wait another dwTimeout (seconds), or should
// terminate the connection to the server.
//
// Parameters:
// pdwTimeout Specifies the current timeout value in seconds. A
// client can reset this value to a new timeout value,
// and return S_OK in which case the client will
// continue waiting for the new timeout period.
// pTransport The transport that generated the timeout
//
// Returns:
// S_OK Tells the transport to wait another timeout period
// as specified by the value of *pdwTimeout (seconds).
// S_FALSE Tells the transport to terminate it's connection and
// return to the disconnected state.
//
// -----------------------------------------------------------------------------------
HRESULT OnTimeout(
[in,out]
DWORD *pdwTimeout,
[in]
IInternetTransport *pTransport);
// -----------------------------------------------------------------------------------
// OnLogonPrompt
//
// Description:
// This method is called when the transport requires logon information. The client
// is expected to prompt the user and fill the szUserName, szPassword fields of
// the INETSERVER structure passed in. The client should not attempt to change
// any other fields in this structure, they should be used only for display.
//
// Parameters:
// pInetServer Information about the current internet server.
// pTransport The transport that generated the timeout
//
// Returns:
// S_OK The user entered new logon information and the
// transport should try to re-connect.
// S_FALSE The user wants to cancel the current logon attempt.
// If this value is returned, the transport returns
// to the disconnected state.
//
// -----------------------------------------------------------------------------------
HRESULT OnLogonPrompt(
[in,out]
LPINETSERVER pInetServer,
[in]
IInternetTransport *pTransport);
// -----------------------------------------------------------------------------------
// OnPrompt
//
// Description:
// This method is called when the transport requires user input. This method is called
// in the following cases:
//
// 1) hrError == IXP_E_INVALID_CERT_CN, Invalid certificate, SSL error
// 2) hrError == IXP_E_INVALID_CERT_DATE, Invalid certificate date, SSL error
//
// Parameters:
// hrError HRESULT of reason for user prompt, usually an error
// pszText Suggested text of question to be displayed
// pszCaption Suggested caption of messagebox
// uType Same parameter as passed into MessageBox (Yes, no, etc)
// pTransport The transport object that generated the OnPrompt
//
// Returns
// INT This method should return the same value as the
// standard windows MessageBox API function.
//
// -----------------------------------------------------------------------------------
INT OnPrompt(
[in]
HRESULT hrError,
[in]
LPCTSTR pszText,
[in]
LPCTSTR pszCaption,
[in]
UINT uType,
[in]
IInternetTransport *pTransport);
// -----------------------------------------------------------------------------------
// OnStatus
//
// Description:
// This method is called to allow the client to provide a user with a high level
// progress indicator.
//
// Parameters:
// ixpstatus Current status of the transport, described above
// pTransport Transport object that generated the OnStatus call
//
// Returns:
// HRESULT A client should always return S_OK
//
// -----------------------------------------------------------------------------------
HRESULT OnStatus(
[in]
IXPSTATUS ixpstatus,
[in]
IInternetTransport *pTransport);
// -----------------------------------------------------------------------------------
// OnError
//
// Description:
// This method is called when a transport encounters a fatal error that will most
// likely result is a disconnection from the server. Normal protocol errors are
// returned through each transports OnResponse metho. This method is used to handle
// high-level errors such eas TCP/IP and connection failures.
//
// Parameters:
// ixpstatus Current status of the transport (described above)
// pResult Error information
// pTransport Transport object that generated the OnError call
//
// Return Values:
// HRESULT A client should always return S_OK
//
// -----------------------------------------------------------------------------------
HRESULT OnError(
[in]
IXPSTATUS ixpstatus,
[in]
LPIXPRESULT pResult,
[in]
IInternetTransport *pTransport);
// -----------------------------------------------------------------------------------
// OnCommand
//
// Description:
// This method is called for every command send to the server and for every respsonse
// received from the server. This method is provided ONLY for logging and debugging
// purposes. If you pass FALSE for fCommandLogging in the call to
// IInternetTransport::Connect, this method will not be called. There is a small
// amount of overhead when this function is called.
//
// Parameters:
// cmdtype Is this a Send Line or a Response Line
// pszLine Data send to or received from the server
// hrResponse HRESULT of response code (see codes above). If this
// is a failure code, then it indicates that the
// transport just received an error from the server
// and the current operation is going to fail, possible.
// pTransport Transport that generated the call to OnCommand
//
// Returns:
// S_OK The client should always return S_OK
//
// -----------------------------------------------------------------------------------
typedef enum tagCMDTYPE {
CMD_SEND,
CMD_RESP
} CMDTYPE;
HRESULT OnCommand(
[in]
CMDTYPE cmdtype,
[in]
LPSTR pszLine,
[in]
HRESULT hrResponse,
[in]
IInternetTransport *pTransport);
}
// ---------------------------------------------------------------------------------------
// IID_IInternetTransport
// ---------------------------------------------------------------------------------------
[
uuid(1F636C01-364E-11d0-81D3-00C04FD85AB4),
helpstring("Internet Transport Interface"),
local,
]
interface IInternetTransport : IUnknown
{
// Interface Constants
const boolean iitAUTHENTICATE = TRUE;
const boolean iitDONT_AUTHENTICATE = FALSE;
const boolean iitENABLE_ONCOMMAND = TRUE;
const boolean iitDISABLE_ONCOMMAND = FALSE;
// -----------------------------------------------------------------------------------
// GetServerInfo
//
// Description:
// Allows the client to retreive server information for the transport. The data in
// this structure is valid only after a call to IInternetTransport::Connect.
//
// Parameters:
// pInetServer Current server information for the transport
//
// Returns:
// E_INVALIDARG pInetServer is NULL
//
// -----------------------------------------------------------------------------------
HRESULT GetServerInfo(
[in,out]
LPINETSERVER pInetServer);
// -----------------------------------------------------------------------------------
// GetIXPType
//
// Description:
// This method returns the IXPTYPE of the transport.
//
// Parameters:
// None
//
// Returns:
// IXPTYPE Internet Transport Type
//
// -----------------------------------------------------------------------------------
IXPTYPE GetIXPType(void);
// -----------------------------------------------------------------------------------
// IsState
//
// Description:
// This method allows a client to query the transport for validity of different states.
//
// Parameters:
// isstate The State in which to query
//
// Returns:
// IXP_E_NOT_INIT The transport has not been initialized
// IXP_E_NOT_CONNECTED The transport is not connected (return if isstate != IXP_IS_CONNECTED)
// S_OK The IXP_IS_xxx state is true
// S_FALSE The IXP_IS_xxx state is false
//
// -----------------------------------------------------------------------------------
typedef enum tagIXPISSTATE {
IXP_IS_CONNECTED, // Is the transport currently connected
IXP_IS_BUSY, // Is the transport currently processing a command
IXP_IS_READY, // Is the transport ready for input
IXP_IS_AUTHENTICATED, // Has the transport performed authentication
} IXPISSTATE;
HRESULT IsState(
[in]
IXPISSTATE isstate);
// -----------------------------------------------------------------------------------
// InetServerFromAccount
//
// Description:
// This method takes an Internet Mail and News Account object and returns a filled
// INETSERVER structure.
//
// Parameters:
// pAccount Internet Mail and News Account
// pInetServer Upon successful return contains server information
// required to call IInternetTransport::Connect.
//
// Return Values:
// E_INVALIDARG pAccount is NULL or pInetServer is NULL
//
// -----------------------------------------------------------------------------------
HRESULT InetServerFromAccount(
[in]
IImnAccount *pAccount,
[in,out]
LPINETSERVER pInetServer);
// -----------------------------------------------------------------------------------
// Connect
//
// Description:
// Connects the transport to the server specified in pInetServer struct. This call
// is asyncronous. Each transport defines that terminal connect state. For example,
// for SMTP, the connect state (::Connect is done) is defined by the SMTP_CONNECTED,
// state.
//
// Parameters:
// pInetServer Internet Server connection information.
// fAuthenticate Tells the transport whether of or not to perform
// authentication with the server. If you client
// passes FALSE, it is responsible for authentication.
// fCommandLogging If you pass FALSE, the ITransportCallback::OnCommand
// method will never be called.
//
// Returns:
// E_INVALIDARG pInetServer is NULL, or a member of it is invalid
// E_OUTOFMEMORY An memory allocation failed
// E_FAIL Socket initialization or connection failed.
// IXP_E_ALREADY_CONNECTED The transport is currently connected and busy
// IXP_E_NOT_INIT The transport has not been Initialized
// IXP_E_SOCKET_INIT_ERROR Unable to initilize the TCP/IP socket connection
// IXP_E_SOCKET_CONNECT_ERROR Unable to connect the TCP/IP socket
//
// In general this function succeeds, even if the server does not exist. If the
// server can not be found, the client will receive error information through
// ITransportCallback::OnError, and the terminal connection state can be detected
// when ITransportCallback::OnStatus(IXP_DISCONNECTED) is called.
//
// -----------------------------------------------------------------------------------
HRESULT Connect(
[in]
LPINETSERVER pInetServer,
[in]
boolean fAuthenticate,
[in]
boolean fCommandLogging);
// -----------------------------------------------------------------------------------
// HandsOffCallback
//
// Description:
// This method forces the Transport to release the callback interface that was
// passed into the InitNew method of the transport. After this method is called,
// no more calls will be made to the callback function. This method is provided
// so that clients can resolve possible circurlar references.
//
// Parameters:
// None
//
// Returns:
// S_OK The callback was release
// S_FALSE There is currently no callback registered
//
// -----------------------------------------------------------------------------------
HRESULT HandsOffCallback(void);
// -----------------------------------------------------------------------------------
// Disconnect
//
// Description:
// This method disconnects the transport. This method may cause the transport to
// send a command, such as the QUIT command, to the server. This is the clean
// method of terminating the connection to the server, as opposed to DropConnection.
//
// Parameters:
// None
//
// Returns:
// S_OK The connection has been dropped.
// IXP_E_NOT_INIT The transport has not been Initialized
// IXP_E_NOT_CONNECTED The transport is not connected.
//
// -----------------------------------------------------------------------------------
HRESULT Disconnect(void);
// -----------------------------------------------------------------------------------
// DropConnection
//
// Description:
// This method disconnects the transport. This is an un-clean way, but guaranteed
// method of dropping the connection between the client and the server. To allow
// the protocol to shutdown in a normal fashion, call Disconnect.
//
// Parameters:
// None
//
// Returns:
// S_OK The connection has been dropped.
// IXP_E_NOT_INIT The transport has not been Initialized
// IXP_E_NOT_CONNECTED The transport is not connected.
//
// -----------------------------------------------------------------------------------
HRESULT DropConnection(void);
// -----------------------------------------------------------------------------------
// GetStatus
//
// Description:
// This function returns the current status of the transport.
//
// Parameters:
// IXPSTATUS *pCurrentStatus [out] - current status of the transport is returned here.
//
// Returns:
// HRESULT indicating success or failure.
// -----------------------------------------------------------------------------------
HRESULT GetStatus([out]IXPSTATUS *pCurrentStatus);
}
// ---------------------------------------------------------------------------------------
// IID_ISMTPCallback
// ---------------------------------------------------------------------------------------
[
uuid(1F636C02-364E-11d0-81D3-00C04FD85AB4),
helpstring("SMTP Callback Interface"),
local,
]
interface ISMTPCallback : ITransportCallback
{
// -----------------------------------------------------------------------------------
// SMTPCOMMAND
// -----------------------------------------------------------------------------------
typedef enum tagSMTPCOMMAND {
SMTP_NONE,
SMTP_BANNER,
SMTP_CONNECTED,
SMTP_SEND_MESSAGE,
SMTP_AUTH,
SMTP_EHLO,
SMTP_HELO,
SMTP_MAIL,
SMTP_RCPT,
SMTP_RSET,
SMTP_QUIT,
SMTP_DATA,
SMTP_DOT,
SMTP_SEND_STREAM,
SMTP_CUSTOM
} SMTPCOMMAND;
// -----------------------------------------------------------------------------------
// SMTPSTREAM return OnResponse - command == SMTP_SEND_STREAM
// -----------------------------------------------------------------------------------
typedef struct tagSMTPSTREAM {
DWORD cbIncrement;
DWORD cbCurrent;
DWORD cbTotal;
} SMTPSTREAM, *LPSMTPSTREAM;
// -----------------------------------------------------------------------------------
// SMTPRESPONSE
//
// Description:
// command SMTPCOMMAND that generated the response
// fDone Is the command finished. If TRUE, the client
// can issue another command through ISMTPTransport,
// otherwise, the client should continue to pump
// messages until fDone = TRUE is received.
// rIxpResult Result Information for the response. If
// rIxpResult::hrResult specifies a FAILED result,
// the structure contains other information.
// pTransport Transport that generated the OnResponse call.
//
// -----------------------------------------------------------------------------------
typedef struct tagSMTPRESPONSE {
SMTPCOMMAND command; // Command in which the response was generated for
BOOL fDone; // Is this an SMTP continuation response?
IXPRESULT rIxpResult; // Result Information
ISMTPTransport *pTransport; // Pointer to the SMTP transport that generated the response
// This is a union of response information based on the command
[switch_type(SMTPCOMMAND), switch_is((SMTPCOMMAND)command)]
union {
[case(SMTP_SEND_STREAM)] SMTPSTREAM rStreamInfo;
[default];
};
} SMTPRESPONSE, *LPSMTPRESPONSE;
// -----------------------------------------------------------------------------------
// OnResponse
//
// Description:
// Called by ISMTPTransport when a command response is received from the SMTP server.
//
// Parameters:
// pResponse Response information
//
// Return Values:
// S_OK The client should always return S_OK
//
// -----------------------------------------------------------------------------------
HRESULT OnResponse(
[in]
LPSMTPRESPONSE pResponse);
}
// ---------------------------------------------------------------------------------------
// IID_ISMTPTransport
// ---------------------------------------------------------------------------------------
[
uuid(0DF2C7E2-3435-11d0-81D0-00C04FD85AB4),
helpstring("SMTP Transport Interface"),
local,
]
interface ISMTPTransport : IInternetTransport
{
// -----------------------------------------------------------------------------------
// SMTPMESSAGE
// -----------------------------------------------------------------------------------
typedef struct tagSMTPMESSAGE {
ULONG cbSize; // Size of the message in bytes
LPSTREAM pstmMsg; // Stream containing ANSI MIME/rfc822 message stream
INETADDRLIST rAddressList; // Internet Address List containing sender and recipients
} SMTPMESSAGE, *LPSMTPMESSAGE;
// -----------------------------------------------------------------------------------
// InitNew
//
// Description:
// This method Initializes the internet transport. This method be called before
// the transport can doing anything.
//
// Parameters:
// pszLogFilePath Full file path in which to log the protocol commands.
// NULL is a valid value (no logging)
// pCallback(required) Specifies the Transport callback interface.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT InitNew(
[in]
LPSTR pszLogFilePath,
[in]
ISMTPCallback *pCallback);
// -----------------------------------------------------------------------------------
// SendMessage
//
// Description:
// This method initiates the sending process. IInternetTransport::Connect must have
// been called before this method is called (i.e. the transport must be in the
// ready state). This method calls OnProgress throughout the transmission of
// pMessage->pstmMsg so that the client can display progress. When the message is
// fisnished, or if an error ocurrs, ITransportCallback::OnComplete is called.
//
// Parameters:
// pMessage(required) Contains the information for the message to send. This
// method duplicates the contents of pMessage and AddRefs,
// pMessage->pstmMsg so that the client can free pMessage
// immediately after calling this method.
//
// Returns:
// E_INVALIDARG pMessage is invalid or one of its members is invalid
// E_OUTOFMEMORY A memory allocation failed
// IXP_E_BUSY The transport is busy
// IXP_E_INVALID_ADDRESS_LIST SMTPMESSAGE::rInetAddrList contains invalid entries
// IXP_E_NOT_CONNECTED IInternetTransport::Connect has not been called, or
// the current connection has been lost. The transport
// will not automatically re-connect.
//
// -----------------------------------------------------------------------------------
HRESULT SendMessage(
[in]
LPSMTPMESSAGE pMessage);
// -----------------------------------------------------------------------------------
// CommandMAIL
// -----------------------------------------------------------------------------------
HRESULT CommandMAIL(
[in]
LPSTR pszEmailFrom);
// -----------------------------------------------------------------------------------
// CommandRCPT
// -----------------------------------------------------------------------------------
HRESULT CommandRCPT(
[in]
LPSTR pszEmailTo);
// -----------------------------------------------------------------------------------
// CommandEHLO
// -----------------------------------------------------------------------------------
HRESULT CommandEHLO(void);
// -----------------------------------------------------------------------------------
// CommandHELO
// -----------------------------------------------------------------------------------
HRESULT CommandHELO(void);
// -----------------------------------------------------------------------------------
// CommandHELO
// -----------------------------------------------------------------------------------
HRESULT CommandAUTH(
[in]
LPSTR pszAuthType);
// -----------------------------------------------------------------------------------
// CommandQUIT
// -----------------------------------------------------------------------------------
HRESULT CommandQUIT(void);
// -----------------------------------------------------------------------------------
// CommandRSET
// -----------------------------------------------------------------------------------
HRESULT CommandRSET(void);
// -----------------------------------------------------------------------------------
// CommandDATA
// -----------------------------------------------------------------------------------
HRESULT CommandDATA(void);
// -----------------------------------------------------------------------------------
// CommandDOT
// -----------------------------------------------------------------------------------
HRESULT CommandDOT(void);
// -----------------------------------------------------------------------------------
// SendDataStream - This method does a CommandDOT when it is finished.
// -----------------------------------------------------------------------------------
HRESULT SendDataStream(
[in]
IStream *pStream,
[in]
ULONG cbSize);
}
// ---------------------------------------------------------------------------------------
// IID_ISMTPTransport2
// ---------------------------------------------------------------------------------------
[
uuid(0DF2C7EC-3435-11d0-81D0-00C04FD85AB4),
helpstring("SMTP Transport Interface"),
local,
]
interface ISMTPTransport2 : ISMTPTransport
{
// -----------------------------------------------------------------------------------
// SMTPMESSAGE2
//
// Adds DSN (rfc1891) support. To receive DSNs the SMTP server must implement rfc1891
// and the SMTP transport must be initialized with an EHLO command
// -----------------------------------------------------------------------------------
typedef struct tagSMTPMESSAGE2 {
SMTPMESSAGE smtpMsg; // SMTPMESSAGE structure
LPSTR pszDSNENVID; // value for MAIL ENVID paramter
DSNRET dsnRet; // value for MAIL RET parameter
DWORD dwReserved;
DWORD dwReserved2;
} SMTPMESSAGE2, *LPSMTPMESSAGE2;
//***************************************************************************
// Function: SetWindow
//
// Purpose:
// This function creates a new window for async winsock processing
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT SetWindow(void);
//***************************************************************************
// Function: ResetWindow
//
// Purpose:
// This function closes a window for async winsock processing
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT ResetWindow(void);
// -----------------------------------------------------------------------------------
// SendMessage2
//
// Description:
// This method initiates the sending process. IInternetTransport::Connect must have
// been called before this method is called (i.e. the transport must be in the
// ready state). This method calls OnProgress throughout the transmission of
// pMessage->pstmMsg so that the client can display progress. When the message is
// fisnished, or if an error ocurrs, ITransportCallback::OnComplete is called.
//
// Parameters:
// pMessage(required) Contains the information for the message to send. This
// method duplicates the contents of pMessage and AddRefs,
// pMessage->pstmMsg so that the client can free pMessage
// immediately after calling this method.
//
// Returns:
// E_INVALIDARG pMessage is invalid or one of its members is invalid
// E_OUTOFMEMORY A memory allocation failed
// IXP_E_BUSY The transport is busy
// IXP_E_INVALID_ADDRESS_LIST SMTPMESSAGE::rInetAddrList contains invalid entries
// IXP_E_NOT_CONNECTED IInternetTransport::Connect has not been called, or
// the current connection has been lost. The transport
// will not automatically re-connect.
//
// -----------------------------------------------------------------------------------
HRESULT SendMessage2(
[in]
LPSMTPMESSAGE2 pMessage);
// -----------------------------------------------------------------------------------
// CommandRCPT2
// -----------------------------------------------------------------------------------
HRESULT CommandRCPT2(
[in]
LPSTR pszEmailTo,
[in]
INETADDRTYPE atDSN);
}
// ---------------------------------------------------------------------------------------
// IID_IDAVNamespaceArbiter
// ---------------------------------------------------------------------------------------
[
uuid(72A58FF8-227D-11d2-A8B5-0000F8084F96),
helpstring("DAV Namespace Arbiter"),
local,
]
interface IDAVNamespaceArbiter : IUnknown
{
HRESULT AddNamespace(
[in]
LPCSTR pszNamespace,
[out]
DWORD *pdwNamespaceID);
HRESULT GetNamespaceID(
[in]
LPCSTR pszNamespace,
[out]
DWORD *pdwNamespaceID);
HRESULT GetNamespacePrefix(
[in]
DWORD dwNamespaceID,
[out]
LPSTR *ppszNamespacePrefix);
}
// ---------------------------------------------------------------------------------------
// IID_IPropPatchRequest
// ---------------------------------------------------------------------------------------
[
uuid(AB8B8D2A-227F-11d2-A8B5-0000F8084F96),
helpstring("DAV PropPatch Request"),
local,
]
interface IPropPatchRequest : IDAVNamespaceArbiter
{
HRESULT SetProperty(
[in]
DWORD dwNamespaceID,
[in]
LPCSTR pszPropertyName,
[in]
LPCSTR pszNewValue);
HRESULT RemoveProperty(
[in]
DWORD dwNamespaceID,
[in]
LPCSTR pszPropertyName);
HRESULT GenerateXML(
[out]
LPSTR *pszXML);
}
// ---------------------------------------------------------------------------------------
// IID_IPropFindRequest
// ---------------------------------------------------------------------------------------
[
uuid(5CFC6308-0544-11d2-A894-0000F8084F96),
helpstring("DAV PropFind Request"),
local,
]
interface IPropFindRequest : IDAVNamespaceArbiter
{
HRESULT AddProperty(
[in]
DWORD dwNamespaceID,
[in]
LPCSTR pszPropertyName);
HRESULT GenerateXML(
[out]
LPSTR *pszXML);
}
// ---------------------------------------------------------------------------------------
// IID_IPropFindMultiResponse
// ---------------------------------------------------------------------------------------
[
uuid(0DEE87DE-0547-11d2-A894-0000F8084F96),
helpstring("DAV PropFind MultiResponse"),
local,
]
interface IPropFindMultiResponse : IUnknown
{
BOOL IsComplete(void);
HRESULT GetLength(
[out]
ULONG *pulLength);
HRESULT GetResponse(
[in]
ULONG ulIndex,
[out]
IPropFindResponse **ppResponse);
}
// ---------------------------------------------------------------------------------------
// IID_IPropFindResponse
// ---------------------------------------------------------------------------------------
[
uuid(8A523716-0548-11d2-A894-0000F8084F96),
helpstring("DAV PropFind Response"),
local,
]
interface IPropFindResponse : IUnknown
{
BOOL IsComplete(void);
HRESULT GetHref(
[out]
LPSTR *ppszHref);
HRESULT GetProperty(
[in]
DWORD dwNamespaceID,
[in]
LPCSTR pszPropertyName,
[out]
LPSTR *ppszPropertyValue);
}
// ---------------------------------------------------------------------------------------
// IID_IHTTPMailCallback
// ---------------------------------------------------------------------------------------
[
uuid(19F6481C-E5F0-11d1-A86E-0000F8084F96),
helpstring("HTTPMail Callback Interface"),
local,
]
interface IHTTPMailCallback : ITransportCallback
{
// -----------------------------------------------------------------------------------
// HTTPMAILCOMMAND
// -----------------------------------------------------------------------------------
typedef enum tagHTTPMAILCOMMAND
{
HTTPMAIL_NONE,
HTTPMAIL_GETPROP,
HTTPMAIL_GET,
HTTPMAIL_PUT,
HTTPMAIL_POST,
HTTPMAIL_DELETE,
HTTPMAIL_BDELETE,
HTTPMAIL_PROPFIND,
HTTPMAIL_PROPPATCH,
HTTPMAIL_MKCOL,
HTTPMAIL_COPY,
HTTPMAIL_BCOPY,
HTTPMAIL_MOVE,
HTTPMAIL_BMOVE,
HTTPMAIL_MEMBERINFO,
HTTPMAIL_FINDFOLDERS,
HTTPMAIL_MARKREAD,
HTTPMAIL_SENDMESSAGE,
HTTPMAIL_LISTCONTACTS,
HTTPMAIL_CONTACTINFO,
HTTPMAIL_POSTCONTACT,
HTTPMAIL_PATCHCONTACT
} HTTPMAILCOMMAND;
// -----------------------------------------------------------------------------------
// HTTPMAILGETPROP
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMAILGETPROP
{
HTTPMAILPROPTYPE type;
LPSTR pszProp;
} HTTPMAILGETPROP, *LPHTTPMAILGETPROP;
// -----------------------------------------------------------------------------------
// HTTPMAILGET
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMAILGET
{
BOOL fTotalKnown; // server provided a content-length (cbTotal is valid)
DWORD cbIncrement; // bytes in this response
DWORD cbCurrent; // bytes downloaded so far
DWORD cbTotal; // total bytes in the response (if fTotalKnown == TRUE)
LPVOID pvBody; // content bytes
LPSTR pszContentType;
} HTTPMAILGET, *LPHTTPMAILGET;
// -----------------------------------------------------------------------------------
// HTTPMAILPOST
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMAILPOST
{
LPSTR pszLocation;
BOOL fResend;
DWORD cbIncrement;
DWORD cbCurrent;
DWORD cbTotal;
} HTTPMAILPOST, *LPHTTPMAILPOST;
// -----------------------------------------------------------------------------------
// HTTPMAILPROPFIND
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMAILPROPFIND
{
IPropFindMultiResponse *pMultiResponse; // parsed propfind response
} HTTPMAILPROPFIND, *LPHTTPMAILPROPFIND;
// -----------------------------------------------------------------------------------
// HTTPMAILLOCATION
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMAILLOCATION
{
LPSTR pszLocation;
} HTTPMAILLOCATION, *LPHTTPMAILLOCATION;
// -----------------------------------------------------------------------------------
// HTTPMAILBCOPYMOVE
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMAILBCOPYMOVE
{
LPSTR pszHref;
LPSTR pszLocation;
HRESULT hrResult;
} HTTPMAILBCOPYMOVE, *LPHTTPMAILBCOPYMOVE;
// -----------------------------------------------------------------------------------
// HTTPMAILBCOPYMOVELIST
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMAILBCOPYMOVELIST
{
ULONG cBCopyMove;
LPHTTPMAILBCOPYMOVE prgBCopyMove;
} HTTPMAILBCOPYMOVELIST, *LPHTTPMAILBCOPYMOVELIST;
// -----------------------------------------------------------------------------------
// HTTPMAILMEMBERINFO
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMEMBERINFO
{
// common properties
LPSTR pszHref;
BOOL fIsFolder;
// folder properties
LPSTR pszDisplayName;
BOOL fHasSubs;
BOOL fNoSubs;
DWORD dwUnreadCount;
DWORD dwVisibleCount;
HTTPMAILSPECIALFOLDER tySpecial;
// message properties
BOOL fRead;
BOOL fHasAttachment;
LPSTR pszTo;
LPSTR pszFrom;
LPSTR pszSubject;
LPSTR pszDate;
DWORD dwContentLength;
} HTTPMEMBERINFO, *LPHTTPMEMBERINFO;
// -----------------------------------------------------------------------------------
// HTTPMEMBERINFOLIST
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMEMBERINFOLIST
{
ULONG cMemberInfo; // count of elements in prgMemberInfo
LPHTTPMEMBERINFO prgMemberInfo; // array of HTTPMEMBERINFO
} HTTPMEMBERINFOLIST, *LPHTTPMEMBERINFOLIST;
// -----------------------------------------------------------------------------------
// HTTPMEMBERERROR
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMEMBERERROR
{
LPSTR pszHref;
HRESULT hrResult;
} HTTPMEMBERERROR, *LPHTTPMEMBERERROR;
// -----------------------------------------------------------------------------------
// HTTPMEMBERERRORLIST
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMEMBERERRORLIST
{
ULONG cMemberError;
LPHTTPMEMBERERROR prgMemberError;
} HTTPMEMBERERRORLIST, *LPHTTPMEMBERERRORLIST;
// -----------------------------------------------------------------------------------
// HTTPCONTACTID
// -----------------------------------------------------------------------------------
typedef struct tagHTTPCONTACTID
{
LPSTR pszHref;
LPSTR pszId;
HTTPMAILCONTACTTYPE tyContact;
LPSTR pszModified;
} HTTPCONTACTID, *LPHTTPCONTACTID;
// -----------------------------------------------------------------------------------
// HTTPCONTACTIDLIST
// -----------------------------------------------------------------------------------
typedef struct tagHTTPCONTACTIDLIST
{
ULONG cContactId; // number of elements in prgContactId
LPHTTPCONTACTID prgContactId; // array cf contact ids
} HTTPCONTACTIDLIST, *LPHTTPCONTACTIDLIST;
// -----------------------------------------------------------------------------------
// HTTPCONTACTINFO
// -----------------------------------------------------------------------------------
typedef struct tagHTTPCONTACTINFO
{
LPSTR pszHref;
LPSTR pszId;
HTTPMAILCONTACTTYPE tyContact;
LPSTR pszModified;
LPSTR pszDisplayName;
LPSTR pszGivenName;
LPSTR pszSurname;
LPSTR pszNickname;
LPSTR pszEmail;
LPSTR pszHomeStreet;
LPSTR pszHomeCity;
LPSTR pszHomeState;
LPSTR pszHomePostalCode;
LPSTR pszHomeCountry;
LPSTR pszCompany;
LPSTR pszWorkStreet;
LPSTR pszWorkCity;
LPSTR pszWorkState;
LPSTR pszWorkPostalCode;
LPSTR pszWorkCountry;
LPSTR pszHomePhone;
LPSTR pszHomeFax;
LPSTR pszWorkPhone;
LPSTR pszWorkFax;
LPSTR pszMobilePhone;
LPSTR pszOtherPhone;
LPSTR pszBday;
LPSTR pszPager;
} HTTPCONTACTINFO, *LPHTTPCONTACTINFO;
// -----------------------------------------------------------------------------------
// HTTPCONTACTINFOLIST
// -----------------------------------------------------------------------------------
typedef struct tagHTTPCONTACTINFOLIST
{
ULONG cContactInfo;
LPHTTPCONTACTINFO prgContactInfo;
} HTTPCONTACTINFOLIST, *LPHTTPCONTACTINFOLIST;
// -----------------------------------------------------------------------------------
// HTTPMAILRESPONSE
// -----------------------------------------------------------------------------------
typedef struct tagHTTPMAILRESPONSE
{
HTTPMAILCOMMAND command; // Command for which the response was generated
DWORD dwContext; // Client context
BOOL fDone; // Is this the last response for the command
IXPRESULT rIxpResult; // Result information
IHTTPMailTransport *pTransport; // Pointer to the HTTPMail transport that generated the response
// This is a union of response information based on the command
[switch_type(HTTPMAILCOMMAND), switch_is((HTTPMAILCOMMAND)command)]
union
{
[case(HTTPMAIL_GETPROP)] HTTPMAILGETPROP rGetPropInfo;
[case(HTTPMAIL_GET)] HTTPMAILGET rGetInfo;
[case(HTTPMAIL_PUT)] HTTPMAILPOST rPutInfo;
[case(HTTPMAIL_POST)] HTTPMAILPOST rPostInfo;
[case(HTTPMAIL_PROPFIND)] HTTPMAILPROPFIND rPropFindInfo;
[case(HTTPMAIL_MKCOL)]HTTPMAILLOCATION rMkColInfo;
[case(HTTPMAIL_COPY)]HTTPMAILLOCATION rCopyMoveInfo;
[case(HTTPMAIL_BCOPY)]HTTPMAILBCOPYMOVELIST rBCopyMoveList;
[case(HTTPMAIL_MEMBERINFO)] HTTPMEMBERINFOLIST rMemberInfoList; // response for MemberInfo, FindFolders
[case(HTTPMAIL_MARKREAD)] HTTPMEMBERERRORLIST rMemberErrorList; // response for MarkRead, BDELETE
[case(HTTPMAIL_SENDMESSAGE)] HTTPMAILPOST rSendMessageInfo;
[case(HTTPMAIL_LISTCONTACTS)] HTTPCONTACTIDLIST rContactIdList;
[case(HTTPMAIL_CONTACTINFO)] HTTPCONTACTINFOLIST rContactInfoList;
[case(HTTPMAIL_POSTCONTACT)] HTTPCONTACTID rPostContactInfo;
[case(HTTPMAIL_PATCHCONTACT)] HTTPCONTACTID rPatchContactInfo;
[default];
};
} HTTPMAILRESPONSE, *LPHTTPMAILRESPONSE;
// -----------------------------------------------------------------------------------
// OnResponse
//
// Description
// Called by IHTTPMailTransport when a command response is received from the HTTP server
//
// Paramters
// pResponse Response information
//
// Return values:
// S_OK The client should always return S_OK
//
// -----------------------------------------------------------------------------------
HRESULT OnResponse(
[in]
LPHTTPMAILRESPONSE pResponse);
HRESULT GetParentWindow(
[out]
HWND *phwndParent);
}
// ---------------------------------------------------------------------------------------
// IID_IHTTPMailTransport
// ---------------------------------------------------------------------------------------
[
uuid(B8BDE03C-E548-11d1-A86E-0000F8084F96),
helpstring("HTTPMail Internet Transport Interface"),
local,
]
interface IHTTPMailTransport : IInternetTransport
{
typedef struct tagHTTPTARGETLIST
{
ULONG cTarget;
LPCSTR *prgTarget;
} HTTPTARGETLIST, *LPHTTPTARGETLIST;
// -----------------------------------------------------------------------------------
// InitNew
//
// Description:
// This method Initializes the internet transport. This method be called before
// the transport can doing anything.
//
// Parameters:
// pszUserAgent User agent string sent in http queries
//
// pszLogFilePath Full file path in which to log the protocol commands.
// NULL is a valid value (no logging)
// pCallback(required) Specifies the Transport callback interface.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT InitNew(
[in]
LPCSTR pszUserAgent,
[in]
LPCSTR pszLogFilePath,
[in]
IHTTPMailCallback *pCallback);
// -----------------------------------------------------------------------------------
// CommandGET
// rgszAcceptTypes is a null terminated list of accept types.
// -----------------------------------------------------------------------------------
HRESULT CommandGET(
[in]
LPCSTR pszPath,
[in]
LPCSTR *rgszAcceptTypes,
[in]
BOOL fTranslate,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandPUT
// -----------------------------------------------------------------------------------
HRESULT CommandPUT(
[in]
LPCSTR pszPath,
[in]
LPVOID lpvData,
[in]
ULONG cbSize,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandPOST
// -----------------------------------------------------------------------------------
HRESULT CommandPOST(
[in]
LPCSTR pszPath,
[in]
IStream *pStream,
[in]
LPCSTR pszContentType,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandDELETE
// -----------------------------------------------------------------------------------
HRESULT CommandDELETE(
[in]
LPCSTR pszPath,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandBDELETE
// -----------------------------------------------------------------------------------
HRESULT CommandBDELETE(
[in]
LPCSTR pszSourceCollection,
[in]
LPHTTPTARGETLIST pTargets,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandPROPFIND
// -----------------------------------------------------------------------------------
HRESULT CommandPROPFIND(
[in]
LPCSTR pszPath,
[in]
IPropFindRequest *pRequest,
[in]
DWORD dwDepth,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandPROPPATCH
// -----------------------------------------------------------------------------------
HRESULT CommandPROPPATCH(
[in]
LPCSTR pszPath,
[in]
IPropPatchRequest *pRequest,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandMKCOL
// -----------------------------------------------------------------------------------
HRESULT CommandMKCOL(
[in]
LPCSTR pszPath,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandCOPY
// -----------------------------------------------------------------------------------
HRESULT CommandCOPY(
[in]
LPCSTR pszPath,
[in]
LPCSTR pszDestination,
[in]
BOOL fAllowRename,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandBCOPY
// -----------------------------------------------------------------------------------
HRESULT CommandBCOPY(
[in]
LPCSTR pszSourceCollection,
[in]
LPHTTPTARGETLIST pTargets,
[in]
LPCSTR pszDestCollection,
[in]
LPHTTPTARGETLIST pDestinations,
[in]
BOOL fAllowRename,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandMOVE
// -----------------------------------------------------------------------------------
HRESULT CommandMOVE(
[in]
LPCSTR pszPath,
[in]
LPCSTR pszDestination,
[in]
BOOL fAllowRename,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// CommandBMOVE
// -----------------------------------------------------------------------------------
HRESULT CommandBMOVE(
[in]
LPCSTR pszSourceCollection,
[in]
LPHTTPTARGETLIST pTargets,
[in]
LPCSTR pszDestCollection,
[in]
LPHTTPTARGETLIST pDestinations,
[in]
BOOL fAllowRename,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// GetProperty
// Retrieves the requested account property synchronously or asynchronously.
// If the property is immediately available, it is returned synchronously,
// and the result of the function is S_OK. In the sync case, it is the caller's
// responsibility to free the property string by calling CoTaskMemFree.
// If the property is not available immediately, the function result is
// E_PENDING, and the result is returned via a call to the callback's
// OnResponse method.
//
// The caller can force the call to return async by passing a null ppszProp.
// The call CANNOT force the call to return sync.
//
// Returns: if requesting the root props succeeded, and the server returned
// xml that did not contain the specific root property requested by the client,
// the return value will be IXP_E_HTTP_ROOT_PROP_NOT_FOUND.
// -----------------------------------------------------------------------------------
HRESULT GetProperty(
[in]
HTTPMAILPROPTYPE proptype,
[out]
LPSTR *ppszProp);
// -----------------------------------------------------------------------------------
// MemberInfo
//
// Description:
// This method is called to discover folders, messages, and specific properties
// of folders and messages.
//
// Parameters:
//
// pszPath null terminated string that is the complete path
// to the resource (or collection)
// examples:
// a message: "http://www.hotmail.com/inbox/msg12345
// a folder: "http://www.hotmail.com/inbox/"
// MEMBERINFOFLAGS flags that define which properties should be requested
// dwDepth maps to the DAV depth header. Can be an integer or the
// constant DEPTH_INFINITY. A depth of 0 means request
// properties on the resource at pszPath. A depth of
// 1 means request properties on the resource at pszPath
// and at all of its first-level children, etc.
// fIncludeRoot boolean indicating whether or not to include the item
// at pszPath in the response. Maps to the "noroot" token
// optionally included in the DAV depth header. To request
// properties on all of the first-level members of a
// resource, and omit the resource itself from the response,
// set dwDepth = 1 and fIncludeRoot = FALSE.
// -----------------------------------------------------------------------------------
HRESULT MemberInfo(
[in]
LPCSTR pszPath,
[in]
MEMBERINFOFLAGS flags,
[in]
DWORD dwDepth,
[in]
BOOL fIncludeRoot,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// FindFolders
//
// Description:
// This method is called to discover the collection hierarchy that exists underneath
// the pszPath URL. The response is identical to the MemberInfo response. This method
// causes a non-DAV 1.0 verb (SEARCH) to be sent to the server. Callers should be
// prepared to fallback to other forms of folder discovery if this method fails.
//
// Parameters:
//
// pszPath null terminated string that is the complete path
// to the root of the folder hiearchy. The collection at
// pszPath will not be included in the response.
//
// dwContext context provided by caller.
// -----------------------------------------------------------------------------------
HRESULT FindFolders(
[in]
LPCSTR pszPath,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// MarkRead
// -----------------------------------------------------------------------------------
HRESULT MarkRead(
[in]
LPCSTR pszPath,
[in]
LPHTTPTARGETLIST pTargets,
[in]
BOOL fMarkRead,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// SendMessage:
// Send a message using an http server that supports the http-based RFC821
// send protocol.
//
// Parameters:
//
// pszPath "sendmsg" url. server url that can receive
// "POST" commands with request bodies that
// conform to the http mail spec.
// pszFrom The "from" address associated with the outbound
// mail. This address must be of the form:
// foo@bar.com
// pTargets List of e-mail address that will receive
// copies of the message. This list should include
// all direct recipients as well as "cc" and "bcc"
// recipients. Addresses must be of the form:
// foo@bar.com
// fSaveInSent Indicates whether or not the server should save
// a copy of the outbound message in the users
// "Sent Items" folder. It is up to the server
// to determine the specific behavior associated
// with saving an outboundmessage.
// pMessageStream A stream that contains an rfc822 compliant
// message. The contents of this stream are not
// validated by this API. It is the responsibility
// of the caller to insure that the message is
// rfc822 compliant.
// dwContext A dword which indentifies the specific request.
// This dword will be included in all async responses,
// and enables the caller to uniquely identify the request.
// -----------------------------------------------------------------------------------
HRESULT SendMessage(
[in]
LPCSTR pszPath,
[in]
LPCSTR pszFrom,
[in]
LPHTTPTARGETLIST pTargets,
[in]
BOOL fSaveInSent,
[in]
IStream *pMessageStream,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// ListContacts
// -----------------------------------------------------------------------------------
HRESULT ListContacts(
[in]
LPCSTR pszPath,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// ListContactInfos : temporary method. pszPath is assumed to be a collection.
// returns all contacts in the specified collection. this method will go away
// when the hotmail server supports bpropfind. response is contained in the
// rContactInfoList and the command is the same as ContactInfo.
// -----------------------------------------------------------------------------------
HRESULT ListContactInfos(
[in]
LPCSTR pszCollectionPath,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// ContactInfo
// -----------------------------------------------------------------------------------
HRESULT ContactInfo(
[in]
LPCSTR pszPath,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// PostContact
// -----------------------------------------------------------------------------------
HRESULT PostContact(
[in]
LPCSTR pszPath,
[in]
LPHTTPCONTACTINFO pciInfo,
[in]
DWORD dwContext);
// -----------------------------------------------------------------------------------
// PatchContact
// -----------------------------------------------------------------------------------
HRESULT PatchContact(
[in]
LPCSTR pszPath,
[in]
LPHTTPCONTACTINFO pciInfo,
[in]
DWORD dwContext);
}
// ---------------------------------------------------------------------------------------
// IID_IPOP3Callback
// ---------------------------------------------------------------------------------------
[
uuid(0DF2C7E3-3435-11d0-81D0-00C04FD85AB4),
helpstring("POP3 Callback Interface"),
local,
]
interface IPOP3Callback : ITransportCallback
{
// -----------------------------------------------------------------------------------
// POP3COMMAND
// -----------------------------------------------------------------------------------
typedef enum tagPOP3COMMAND {
POP3_NONE,
POP3_BANNER,
POP3_CONNECTED,
POP3_USER,
POP3_PASS,
POP3_AUTH,
POP3_UIDL,
POP3_STAT,
POP3_LIST,
POP3_DELE,
POP3_RETR,
POP3_TOP,
POP3_NOOP,
POP3_QUIT,
POP3_RSET,
POP3_CUSTOM
} POP3COMMAND;
// -----------------------------------------------------------------------------------
// POP3RETR
// -----------------------------------------------------------------------------------
typedef struct tagPOP3RETR {
BOOL fHeader; // The full rfc/mime header has been downloaded.
BOOL fBody; // The body has been downloaded.
DWORD dwPopId; // POP session message id
DWORD cbSoFar; // Number of bytes downloaded since start of download
LPSTR pszLines; // Lines of the message (do not free this).
ULONG cbLines; // Number of bytes in pszLines
} POP3RETR, *LPPOP3RETR;
// -----------------------------------------------------------------------------------
// POP3TOP
// -----------------------------------------------------------------------------------
typedef struct tagPOP3TOP {
BOOL fHeader; // The header has been downloaded.
BOOL fBody; // The body has been downloaded.
DWORD dwPopId; // POP session message id
DWORD cPreviewLines; // Number of lines being previewed
DWORD cbSoFar; // Number of bytes downloaded since start of download
LPSTR pszLines; // Header lines
ULONG cbLines; // Number of bytes in pszLines
} POP3TOP, *LPPOP3TOP;
// -----------------------------------------------------------------------------------
// POP3LIST
// -----------------------------------------------------------------------------------
typedef struct tagPOP3LIST {
DWORD dwPopId; // POP session message id
DWORD cbSize; // Message Size
} POP3LIST, *LPPOP3LIST;
// -----------------------------------------------------------------------------------
// POP3UIDL
// -----------------------------------------------------------------------------------
typedef struct tagPOP3UIDL {
DWORD dwPopId; // POP session message id
LPSTR pszUidl; // POP UIDL
} POP3UIDL, *LPPOP3UIDL;
// -----------------------------------------------------------------------------------
// POP3STAT
// -----------------------------------------------------------------------------------
typedef struct tagPOP3STAT {
DWORD cMessages; // Number of messages on the server
DWORD cbMessages; // Number of bytes of messages on the server
} POP3STAT, *LPPOP3STAT;
// -----------------------------------------------------------------------------------
// POP3RESPONSE
// -----------------------------------------------------------------------------------
typedef struct tagPOP3RESPONSE {
POP3COMMAND command; // Command in which the response was generated for
BOOL fDone; // Was this the last response for this command
IXPRESULT rIxpResult; // Result Information
IPOP3Transport *pTransport; // Pointer to the POP3 transport that generated the response
BOOL fValidInfo; // The data in the union below is valid. This can be FALSE due to the
// fact that the fDone == TRUE response can be received with
// no data.
// This is a union of response information based on the command
[switch_type(POP3COMMAND), switch_is((POP3COMMAND)command)]
union {
[case(POP3_UIDL)] POP3UIDL rUidlInfo;
[case(POP3_STAT)] POP3STAT rStatInfo;
[case(POP3_LIST)] POP3LIST rListInfo;
[case(POP3_DELE)] DWORD dwPopId;
[case(POP3_RETR)] POP3RETR rRetrInfo;
[case(POP3_TOP)] POP3TOP rTopInfo;
[default];
};
} POP3RESPONSE, *LPPOP3RESPONSE;
// -----------------------------------------------------------------------------------
// OnResponse
// -----------------------------------------------------------------------------------
HRESULT OnResponse(
[in]
LPPOP3RESPONSE pResponse);
}
// ---------------------------------------------------------------------------------------
// IID_IPOP3Transport
// ---------------------------------------------------------------------------------------
[
uuid(0DF2C7E4-3435-11d0-81D0-00C04FD85AB4),
helpstring("POP3 Internet Transport Interface"),
local,
]
interface IPOP3Transport : IInternetTransport
{
// -----------------------------------------------------------------------------------
// POP3 Group/List/Single Item commands
// -----------------------------------------------------------------------------------
typedef enum tagPOP3CMDTYPE {
POP3CMD_GET_POPID,
POP3CMD_GET_MARKED,
POP3CMD_GET_ALL
} POP3CMDTYPE;
// -----------------------------------------------------------------------------------
// InitNew
//
// Description:
// This method Initializes the internet transport. This method be called before
// the transport can doing anything.
//
// Parameters:
// pszLogFilePath Full file path in which to log the protocol commands.
// NULL is a valid value (no logging)
// pCallback(required) Specifies the Transport callback interface.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT InitNew(
[in]
LPSTR pszLogFilePath,
[in]
IPOP3Callback *pCallback);
// -----------------------------------------------------------------------------------
// MarkItem
// -----------------------------------------------------------------------------------
typedef enum tagPOP3MARKTYPE {
POP3_MARK_FOR_TOP = 0x00000001,
POP3_MARK_FOR_RETR = 0x00000002,
POP3_MARK_FOR_DELE = 0x00000004,
POP3_MARK_FOR_UIDL = 0x00000008,
POP3_MARK_FOR_LIST = 0x00000010
} POP3MARKTYPE;
HRESULT MarkItem(
[in]
POP3MARKTYPE marktype,
[in]
DWORD dwPopId,
[in]
boolean fMarked);
// -----------------------------------------------------------------------------------
// CommandAUTH
// -----------------------------------------------------------------------------------
HRESULT CommandAUTH(
[in]
LPSTR pszAuthType);
// -----------------------------------------------------------------------------------
// CommandUSER
// -----------------------------------------------------------------------------------
HRESULT CommandUSER(
[in]
LPSTR pszUserName);
// -----------------------------------------------------------------------------------
// CommandPass
// -----------------------------------------------------------------------------------
HRESULT CommandPASS(
[in]
LPSTR pszPassword);
// -----------------------------------------------------------------------------------
// CommandLIST
// -----------------------------------------------------------------------------------
HRESULT CommandLIST(
[in]
POP3CMDTYPE cmdtype,
[in]
DWORD dwPopId);
// -----------------------------------------------------------------------------------
// CommandTOP
// -----------------------------------------------------------------------------------
HRESULT CommandTOP(
[in]
POP3CMDTYPE cmdtype,
[in]
DWORD dwPopId,
[in]
DWORD cPreviewLines);
// -----------------------------------------------------------------------------------
// CommandQUIT
// -----------------------------------------------------------------------------------
HRESULT CommandQUIT(void);
// -----------------------------------------------------------------------------------
// CommandSTAT
// -----------------------------------------------------------------------------------
HRESULT CommandSTAT(void);
// -----------------------------------------------------------------------------------
// CommandNOOP
// -----------------------------------------------------------------------------------
HRESULT CommandNOOP(void);
// -----------------------------------------------------------------------------------
// CommandRSET
// -----------------------------------------------------------------------------------
HRESULT CommandRSET(void);
// -----------------------------------------------------------------------------------
// CommandUIDL
// -----------------------------------------------------------------------------------
HRESULT CommandUIDL(
[in]
POP3CMDTYPE cmdtype,
[in]
DWORD dwPopId);
// -----------------------------------------------------------------------------------
// CommandDELE
// -----------------------------------------------------------------------------------
HRESULT CommandDELE(
[in]
POP3CMDTYPE cmdtype,
[in]
DWORD dwPopId);
// -----------------------------------------------------------------------------------
// CommandRETR
// -----------------------------------------------------------------------------------
HRESULT CommandRETR(
[in]
POP3CMDTYPE cmdtype,
[in]
DWORD dwPopId);
}
// ---------------------------------------------------------------------------------------
// IID_INNTPCallback
// ---------------------------------------------------------------------------------------
[
uuid(0DF2C7E6-3435-11d0-81D0-00C04FD85AB4),
helpstring("NNTP Callback Interface"),
local,
]
interface INNTPCallback : ITransportCallback
{
// -----------------------------------------------------------------------------------
// NNTPSTATE - These are the various states the NNTP Transport can be in. These
// states are also used to determine which type of data is being returned
// in the client's OnResponse() callback.
// -----------------------------------------------------------------------------------
typedef enum tagNNTPSTATE {
NS_DISCONNECTED, // not connected
NS_CONNECT, // awaiting connect response
NS_AUTHINFO, // awaiting authorization
NS_POST, // awaiting CommandPOST() to complete
NS_IDLE, // connected (& authorized if necessary)
NS_LIST, // awaiting LIST data
NS_LISTGROUP, // awaiting LISTGROUP data
NS_NEWGROUPS, // awaiting NEWGROUPS data
NS_GROUP, // awaiting GROUP response
NS_LAST, // awaiting LAST response
NS_NEXT, // awaiting NEXT response
NS_STAT, // awaiting STAT response
NS_ARTICLE, // awaiting ARTICLE data
NS_HEAD, // awaiting HEAD data
NS_BODY, // awaiting BODY data
NS_DATE, // awaiting DATE response
NS_MODE, // awaiting MODE response
NS_QUIT, // awaiting QUIT response
NS_HEADERS, // awaiting XOVER or XHDR data from GetHeaders()
NS_XHDR // awaiting XHDR data
} NNTPSTATE;
// -----------------------------------------------------------------------------------
// NNTPGROUP - This is the response from the CommandGROUP() function. The data is
// the current status of the group that was switched to.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPGROUP {
DWORD dwCount; // Estimated number of articles in the group
DWORD dwFirst; // First article number in the group
DWORD dwLast; // Last article number in the group
LPSTR pszGroup; // Name of the group
} NNTPGROUP, *LPNNTPGROUP;
// -----------------------------------------------------------------------------------
// NNTPNEXT - This structure will be used for the response from CommandNEXT(),
// CommandLAST(), and CommandSTAT(). The data returned is the article
// number and message id for the article that is selected by the command
// that was issued.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPNEXT {
DWORD dwArticleNum; // Article number
LPSTR pszMessageId; // Message ID
} NNTPNEXT, *LPNNTPNEXT;
// -----------------------------------------------------------------------------------
// NNTPARTICLE - This structure returns the data from a CommandARTICLE() function.
// Depending on the size of the article being retrieved, the callback
// may recieve multiple calls for a single article. When fDone is TRUE
// then all of the article data has been retrieved. pszLines is not
// accumulated over all of the callbacks, it is the client's
// responsibility to assemble all of the pszLines that are returned to
// build the message.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPARTICLE {
DWORD dwArticleNum; // Article number
LPSTR pszMessageId; // Message ID
LPSTR pszLines; // Lines of the message
ULONG cbLines; // Number of bytes in pszLines
ULONG cLines; // Number of lines in pszLines
DWORD dwReserved; // Reserved for system use
} NNTPARTICLE, *LPNNTPARTICLE;
// -----------------------------------------------------------------------------------
// NNTPLIST - This structure is the data returned from the CommandLIST() function.
// Since the NNTP LIST command can have multiple extensions, the data
// returned is relatively unparsed to provide greater flexibility to the
// client. The data is returned in array of NULL terminated strings that
// contain the lines returned from the server. When fDone is TRUE, then
// all of the data has been retrieved. rgszLines is not accumulated by
// the transport between calls to OnResponse(). It is the client's
// responsibility to store this information as it comes in.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPLIST {
DWORD cLines; // Number of lines returned
LPSTR *rgszLines; // Array of lines returned by the LIST command. The
// number of lines in rgszLines is cLines. The recipient
// must call INNTPCallback::FreeListResponse() to free
// this structure.
} NNTPLIST, *LPNNTPLIST;
// -----------------------------------------------------------------------------------
// NNTPLISTGROUP - This structure is sent in response to a CommandLISTGROUP() call.
// rgArticles is an array of article numbers that are contained in
// the newsgroup. Since there can be quite a few articles,
// OnResponse() may be called multiple times with the data as it
// arrives. rgArticles is not accumulated between calls to
// OnResponse() so it is up to the client to store this information
// as it arrives. fDone will be TRUE when all the information has
// been returned.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPLISTGROUP {
DWORD cArticles; // Number of article numbers in rgArticles
DWORD *rgArticles; // Array of article numbers available in the group
} NNTPLISTGROUP, *LPNNTPLISTGROUP;
// -----------------------------------------------------------------------------------
// NNTPHEADER - This structure contains the parsed information for a single header
// returned from the GetHeaders() command. An array of these headers
// is contained in the NNTPHEADERRESP struct.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPHEADER {
DWORD dwArticleNum; // Article number
LPSTR pszSubject; // Article subject
LPSTR pszFrom; // Who the article is from
LPSTR pszDate; // Date the article was posted
LPSTR pszMessageId; // Message id
LPSTR pszReferences; // References
DWORD dwBytes; // Size of the message in bytes (might not be filled in)
DWORD dwLines; // Size of the message in lines
LPSTR pszXref; // XREF: header for cross post managment
} NNTPHEADER, *LPNNTPHEADER;
// -----------------------------------------------------------------------------------
// NNTPHEADERRESP - This structure will be returned in response to the GetHeaders()
// command. Since the number of headers requested may be large,
// OnResponse() may be called multiple times in response to this
// command. rgHeaders is not accumulated by the transport between
// calls to OnResponse() therefore it is the responsibility of the
// caller to store this information as it is retrieved. When all
// the data is retrieved, then fDone will be set to TRUE. Since
// not all servers provide the XREF: header in their XOVER records,
// fSupportsXRef will be set to TRUE if the pszXref field in
// NNTPHEADER is valid. If this is FALSE, the client can retrieve
// this header with a call to CommandXHDR().
// -----------------------------------------------------------------------------------
typedef struct tagNNTPHEADERRESP {
DWORD cHeaders; // Number of headers in rgHeaders
LPNNTPHEADER rgHeaders; // Array of header structures
BOOL fSupportsXRef; // TRUE if the headers have a valid pszXref value.
// Otherwise, the client needs to issue an XHdr to
// retrieve that value if they're interested.
DWORD dwReserved; // Reserved for system use
} NNTPHEADERRESP, *LPNNTPHEADERRESP;
// -----------------------------------------------------------------------------------
// NNTPXHDR - An array of these structures will be returned in the NNTPXHDRRESP
// structure.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPXHDR {
DWORD dwArticleNum; // Article number this header is for
LPSTR pszHeader; // Requested article header for this article
} NNTPXHDR, *LPNNTPXHDR;
// -----------------------------------------------------------------------------------
// NNTPXHDRRESP - This will be returned in response to a CommandXHDR() call. Since
// the number of headers returned is potentially large, OnResponse()
// may be called multiple times in response to this command. rgHeaders
// is not accumulated between calls to OnResponse(), therefore it is
// up to the client to store this data as it arrives. fDone will be
// set to TRUE when all of the headers have been returned.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPXHDRRESP {
DWORD cHeaders; // Number of header values in rgHeaders
LPNNTPXHDR rgHeaders; // Array of NNTPXHDR structs containing the requested headers
DWORD dwReserved; // Reserved for system use
} NNTPXHDRRESP, *LPNNTPXHDRRESP;
// -----------------------------------------------------------------------------------
// NNTPRESPONSE - This structure is the general holder for all of the data returned
// from the INNTPTransport commands. The state member tells the
// receiver which command this data is in response to. If fMustRelease
// is TRUE, then when the client is done with this data, it should
// call INNTPTransport::ReleaseResponse() to free that memory. See
// the explanation of the various structures to see the details on
// each type of response.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPRESPONSE {
NNTPSTATE state; // Command in which the response was generated for
BOOL fMustRelease; // TRUE if the data contained within this struct must be
// freed with a call to INNTPTransport::ReleaseResponse()
BOOL fDone; // TRUE when there is no more data that will arrive for this
// command
IXPRESULT rIxpResult; // Result Information
INNTPTransport *pTransport; // Pointer to the NNTP transport that generated the response
// This is a union of response information based on the command
[switch_type(NNTPSTATE), switch_is((NNTPSTATE) state)]
union {
[case(NS_GROUP)] NNTPGROUP rGroup;
[case(NS_LAST)] NNTPNEXT rLast;
[case(NS_NEXT)] NNTPNEXT rNext;
[case(NS_STAT)] NNTPNEXT rStat;
[case(NS_ARTICLE)] NNTPARTICLE rArticle;
[case(NS_HEAD)] NNTPARTICLE rHead;
[case(NS_BODY)] NNTPARTICLE rBody;
[case(NS_LIST)] NNTPLIST rList;
[case(NS_LISTGROUP)] NNTPLISTGROUP rListGroup;
[case(NS_NEWGROUPS)] NNTPLIST rNewgroups;
[case(NS_DATE)] SYSTEMTIME rDate;
[case(NS_HEADERS)] NNTPHEADERRESP rHeaders;
[case(NS_XHDR)] NNTPXHDRRESP rXhdr;
[default];
};
} NNTPRESPONSE, *LPNNTPRESPONSE;
// -----------------------------------------------------------------------------------
// OnResponse
// -----------------------------------------------------------------------------------
HRESULT OnResponse(
[in]
LPNNTPRESPONSE pResponse);
}
// ---------------------------------------------------------------------------------------
// IID_INNTPTransport
// ---------------------------------------------------------------------------------------
[
uuid(0DF2C7E5-3435-11d0-81D0-00C04FD85AB4),
helpstring("NNTP Internet Transport Interface"),
local,
]
interface INNTPTransport : IInternetTransport
{
// -----------------------------------------------------------------------------------
// AUTHTYPE
// -----------------------------------------------------------------------------------
typedef enum tagAUTHTYPE {
AUTHTYPE_USERPASS,
AUTHTYPE_SIMPLE,
AUTHTYPE_SASL
} AUTHTYPE;
// -----------------------------------------------------------------------------------
// AUTHINFO - This structure is used to specify the type of authentication to use
// in the CommandAUTHINFO() command. For AUTHTYPE_USERPASS and
// AUTHTYPE_SIMPLE, pszUser and pszPass are the user name and password
// to send with the command.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPAUTHINFO {
AUTHTYPE authtype;
LPSTR pszUser;
LPSTR pszPass;
} NNTPAUTHINFO, *LPNNTPAUTHINFO;
// -----------------------------------------------------------------------------------
// ARTICLEIDTYPE
// -----------------------------------------------------------------------------------
typedef enum tagARTICLEIDTYPE {
AID_MSGID,
AID_ARTICLENUM
} ARTICLEIDTYPE;
// -----------------------------------------------------------------------------------
// ARTICLEID
//
// This structure is used to specify an article id to the various NNTP commands that
// require one (i.e. ARTICLE, BODY, STAT). These commands accept either a message-id
// or if the user is current in a the context of a newsgroup the article number within
// that group. When filling in this structure the user should set idType to either
// AID_MSGID of pszMessageId is valid, or AID_ARTICLENUM if dwArticleNum.
// -----------------------------------------------------------------------------------
typedef struct ARTICLEID {
ARTICLEIDTYPE idType;
[switch_type(ARTICLEIDTYPE), switch_is((ARTICLEIDTYPE)idType)]
union {
[case(AID_MSGID)]
LPSTR pszMessageId;
[case(AID_ARTICLENUM)]
DWORD dwArticleNum;
[default];
};
} ARTICLEID, *LPARTICLEID;
// -----------------------------------------------------------------------------------
// NNTPMESSAGE
//
// This structure provides the information needed to post a message to the news server
// using the POST command.
// -----------------------------------------------------------------------------------
typedef struct tagNNTPMESSAGE {
ULONG cbSize; // Size of the message in bytes
LPSTREAM pstmMsg; // Stream containing a ANSI MIME/rfc822/rfc1036 message stream
} NNTPMESSAGE, *LPNNTPMESSAGE;
// -----------------------------------------------------------------------------------
// RANGE
//
// The range structure allows the caller to provide arguments for commands that allow
// a range of headers to be retrieved. The range structure can be used to specify a
// single number (ie XOVER 2010), or bounded range (ie XOVER 2000-2010) to request all
// of the headers within that range [inclusive]. Use the idType field to specify
// which range you are requesting.
// -----------------------------------------------------------------------------------
typedef enum tagRANGETYPE {
RT_SINGLE, // num
RT_RANGE, // num-num
} RANGETYPE;
typedef struct tagRANGE {
RANGETYPE idType;
DWORD dwFirst;
DWORD dwLast;
} RANGE, *LPRANGE;
// -----------------------------------------------------------------------------------
// InitNew
//
// Description:
// This method Initializes the internet transport. This method be called before
// the transport can doing anything.
//
// Parameters:
// pszLogFilePath Full file path in which to log the protocol commands.
// NULL is a valid value (no logging)
// pCallback(required) Specifies the Transport callback interface.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT InitNew(
[in]
LPSTR pszLogFilePath,
[in]
INNTPCallback *pCallback);
// -----------------------------------------------------------------------------------
// CommandAUTHINFO
//
// Description:
// The function issues an NNTPAUTHINFO command to the server along with the information
// provided in the pszAuth parameter. RFC 977 provides the following formats as
// valid AUTHINFO commands:
//
// AUTHINFO USER name|PASS password
// AUTHINFO SIMPLE
// user password
//
//
// Parameters:
// pAuthInfo
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandAUTHINFO(
[in]
LPNNTPAUTHINFO pAuthInfo);
// -----------------------------------------------------------------------------------
// CommandGROUP
//
// Description:
// The function issues an GROUP command to the server. The server's response string
// will be returned to the INNTPCallback::OnResponse().
//
// Parameters:
// pszGroup Name of the newsgroup to enter.
//
// Returns:
// E_INVALIDARG pszGroup is not a valid string pointer
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandGROUP(
[in]
LPSTR pszGroup);
// -----------------------------------------------------------------------------------
// CommandLAST
//
// Description:
// This function issues the LAST command to the server. This has the effect of
// moving the current article pointer to the article immediately preceeding the
// current article pointer in the newsgroup. This command is only valid if a GROUP
// command has been issued previously. The article number and message-id pointed to
// by the new current article pointer are returned in INNTPCallback::OnResponse().
//
// Returns:
// S_OK
// E_OUTOFMEMORY
// IXP_E_NOT_INIT
// IXP_E_NOT_CONNECTED
// IXP_E_BUSY
//
// -----------------------------------------------------------------------------------
HRESULT CommandLAST(void);
// -----------------------------------------------------------------------------------
// CommandNEXT
//
// Description:
// This function issues the NEXT command to the server. This has the effect of
// moving the current article pointer to the article immediately after the current
// article pointer in the newsgroup. This command is only valid if a GROUP command
// has been issued previously. The article number and message-id pointed to by the
// new current article pointer are returned in INNTPCallback::OnResponse().
//
// Returns:
// S_OK
// E_OUTOFMEMORY
// IXP_E_NOT_INIT
// IXP_E_NOT_CONNECTED
// IXP_E_BUSY
//
// -----------------------------------------------------------------------------------
HRESULT CommandNEXT(void);
// -----------------------------------------------------------------------------------
// CommandSTAT
//
// Description:
// The function issues a STAT command to the server. If an article is specified
// then this command has the effect of moving the current article pointer to the
// specified message and returns the article number and message-id of the new current
// article. Otherwise, the function will return the article number and message-id
// of the current article.
//
// Parameters:
// pArticleId (optional) Article number or message-id of the article to
// retrieve status for. If a message-id is specified
// the current article pointer will NOT be updated.
//
// Returns:
// E_INVALIDARG pArticleId is not valid
// E_OUTOFMEMORY An memory allocation failed
// IXP_E_NOT_INIT
// IXP_E_NOT_CONNECTED
// IXP_E_BUSY
//
// -----------------------------------------------------------------------------------
HRESULT CommandSTAT(
[in]
LPARTICLEID pArticleId);
// -----------------------------------------------------------------------------------
// CommandARTICLE
//
// Description:
// This function is used to request an article from the server. If the caller has
// previously issued a GROUP command then the article can be specified by either
// article number or message-id. If the GROUP command has not been issued, then the
// article can only be requested by message-id.
//
// Parameters:
// pArticleId Either the article number or message-id of the article
// to retrieve.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandARTICLE(
[in]
LPARTICLEID pArticleId);
// -----------------------------------------------------------------------------------
// CommandHEAD
//
// Description:
// This function retrieves just the header for the requested article. If the caller
// has previously issued a GROUP command, then the article can be specified by either
// article number or message-id. Otherwise, the article must be requested by
// message-id. The provided stream will be filled and returned to the caller in
// INNTPCallback::OnResponse().
//
// Parameters:
// pArticleId Structure specifying the article to retreive the
// header for.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandHEAD(
[in]
LPARTICLEID pArticleId);
// -----------------------------------------------------------------------------------
// CommandBODY
//
// Description:
// This function retrieves just the body for the requested article. If the caller
// has previously issued a GROUP command, then the article can be specified by either
// article number or message-id. Otherwise, the article must be requested by
// message-id. The provided stream will be filled and returned to the caller in
// INNTPCallback::OnResponse().
//
// Parameters:
// pArticleId Structure specifying the article to retreive the
// body for.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandBODY(
[in]
LPARTICLEID pArticleId);
// -----------------------------------------------------------------------------------
// CommandPOST
//
// Description:
// Posts the specified message to the server.
//
// Parameters:
// pMessage Specifies a stream that contains a valid RFC1036
// message.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandPOST(
[in]
LPNNTPMESSAGE pMessage);
// -----------------------------------------------------------------------------------
// CommandLIST
//
// Description:
// Sends a LIST command to the news server. If pszArgs is NULL, then the command will
// retrieve a list of newsgroups available on the news server. The pszArgs parameter
// can be used to issue one of the various extensions to the LIST command, ie.
// LIST NEWSGROUPS, LIST ACTIVE, LIST OVERVIEW.FMT, or LIST SUBSCRIPTIONS. See
// RFC 977 at http://ds.internic.net/rfc/rfc977.txt for a full list of extensions.
//
// Parameters:
// pszArgs Any optional parameters that the user wants to
// send with the LIST command. See the "Description"
// above for more details.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandLIST(
[in]
LPSTR pszArgs);
// -----------------------------------------------------------------------------------
// CommandLISTGROUP
//
// Description:
// Retrieves a list of all the article numbers in a particular news group. If the
// caller specifies a newsgroup name, then the articles are listed for the specified
// newsgroup. Otherwise, the currently selected newsgroup is listed. NOTE - this
// command will reset the current article pointer is reset to the first article in
// the newsgroup that was specified.
//
// Parameters:
// pszGroup Optional newsgroup name to list articles for.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandLISTGROUP(
[in]
LPSTR pszGroup);
// -----------------------------------------------------------------------------------
// CommandNEWGROUPS
//
// Description:
// Retrieves the list of newsgroups which have been added to the server since the
// date specified in stLast. The caller can restrict the list by specifying a list
// of distributions in pszDist. For example:
//
// CommandNEWGROUPS(&stLast, "alt.tv")
//
// will return the list of newsgroups that begin with "alt.tv" that have been added
// to the server since the time in stLast.
//
// Parameters:
// pstLast The time to specify as the last time groups were checked.
// pszDist Distributions to check. This can be a single dist
// such as "alt" or a list of dists such as "alt.tv,comp".
// The list of distributions must be separated by commas.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandNEWGROUPS(
[in]
SYSTEMTIME *pstLast,
[in]
LPSTR pszDist);
// -----------------------------------------------------------------------------------
// CommandDATE
//
// Description:
// Retrieves the date and time from the news server.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandDATE(void);
// -----------------------------------------------------------------------------------
// CommandMODE
//
// Description:
// Issues a MODE command to the server. pszMode is a required argument, an example
// of which are "MODE READER" to tell the server that the connection is for a user
// instead of another server. Refer to RFC977 for more details.
//
// Parameters:
// pszMode Required argument to the MODE command.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandMODE(
[in]
LPSTR pszMode);
// -----------------------------------------------------------------------------------
// CommandXHDR
//
// Description:
// Issues an XHDR command to the server. This command can specify a range of
// messages or a single message to retrieve the header from. If pRange is NULL and
// pszMessageId is NULL the the header is retrieved from the message pointed to by
// the server's current message pointer (see STAT, NEXT, LAST).
//
// Parameters:
// pszHeader Which header to retrieve. IE "subject" or "xref"
// pRange (optional) Range of messages to retrieve the header from
// pszMessageId (optional) Message ID of the mesage to retrieve the header from
//
// Returns:
//
// -----------------------------------------------------------------------------------
HRESULT CommandXHDR(
[in]
LPSTR pszHeader,
[in]
LPRANGE pRange,
[in]
LPSTR pszMessageId);
// -----------------------------------------------------------------------------------
// CommandQUIT()
//
// Description:
// Issues a QUIT command to the server and terminates the connect.
//
// Returns:
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT CommandQUIT(void);
// -----------------------------------------------------------------------------------
// GetHeaders
//
// Description:
// Retrieves an array of headers from the server. If a GROUP command has not been
// previously sent this command is not valid.
//
// This function will first try to retrieve the specifed range of headers using
// the XOVER command. If the server doesn't support XOVER, then the function will
// try other methods such as a series of XHDR commands.
//
// Parameters:
// pRange The range of headers to request. See the
// documentation for the RANGE structure above to see
// how to specify a range.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
// E_OUTOFMEMORY An memory allocation failed
//
// -----------------------------------------------------------------------------------
HRESULT GetHeaders(
[in]
LPRANGE pRange);
// -----------------------------------------------------------------------------------
// ReleaseResponse()
//
// Description:
// This function is used to free data returned to the client's OnResponse() callback.
//
// Parameters:
// pResponse A pointer to the NNTPRESPONSE structure passed to the
// OnResponse() callback.
//
// Returns:
// E_INVALIDARG An invalid parameter was passed in
//
// -----------------------------------------------------------------------------------
HRESULT ReleaseResponse(
[in]
LPNNTPRESPONSE pResponse);
}
// ---------------------------------------------------------------------------------------
// IID_INNTPTransport2
// ---------------------------------------------------------------------------------------
[
uuid(0DF2C7ED-3435-11d0-81D0-00C04FD85AB4),
helpstring("NNTP Transport 2 Interface"),
local,
]
interface INNTPTransport2 : INNTPTransport
{
//***************************************************************************
// Function: SetWindow
//
// Purpose:
// This function creates a new window for async winsock processing
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT SetWindow(void);
//***************************************************************************
// Function: ResetWindow
//
// Purpose:
// This function closes a window for async winsock processing
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT ResetWindow(void);
}
// ---------------------------------------------------------------------------------------
// IID_IRASCallback
// ---------------------------------------------------------------------------------------
[
uuid(36D88911-3CD6-11d0-81DF-00C04FD85AB4),
helpstring("RAS Callback Interface"),
local,
]
interface IRASCallback : IUnknown
{
// -----------------------------------------------------------------------------------
// OnReconnect
// -----------------------------------------------------------------------------------
HRESULT OnReconnect(
[in]
LPSTR pszCurrentConnectoid,
[in]
LPSTR pszNewConnectoid,
[in]
IRASTransport *pTransport);
// -----------------------------------------------------------------------------------
// OnLogonPrompt
// -----------------------------------------------------------------------------------
typedef struct tagIXPRASLOGON {
CHAR szConnectoid[CCHMAX_CONNECTOID];
CHAR szUserName[CCHMAX_USERNAME];
CHAR szPassword[CCHMAX_PASSWORD];
CHAR szDomain[CCHMAX_DOMAIN];
CHAR szPhoneNumber[CCHMAX_PHONE_NUMBER];
BOOL fSavePassword;
} IXPRASLOGON, *LPIXPRASLOGON;
HRESULT OnLogonPrompt(
[in,out]
LPIXPRASLOGON pRasLogon,
[in]
IRASTransport *pTransport);
// -----------------------------------------------------------------------------------
// OnRasDialStatus
// -----------------------------------------------------------------------------------
cpp_quote("#ifndef RASCONNSTATE")
typedef DWORD RASCONNSTATE;
cpp_quote("#endif")
HRESULT OnRasDialStatus(
[in]
RASCONNSTATE rasconnstate,
[in]
DWORD dwError,
[in]
IRASTransport *pTransport);
// -----------------------------------------------------------------------------------
// OnDisconnect
//
// Description:
// This method allows the client to decide if the current RAS connection should
// be hungup. This is useful, especially on application shutdown, in which case
// the user may want to leave their RAS connection established even after the
// application using the connection goes away. This client could show UI on this
// callback to prompt the user.
//
// Parameters:
// pTransport The RAS transport that generated the OnDisconnect call
//
// Returns:
// S_OK The client can return S_OK to "hangup" the current
// RAS connnection.
// S_FALSE The client can return S_FALSE to leave the connection
// established.
// -----------------------------------------------------------------------------------
HRESULT OnDisconnect(
[in]
LPSTR pszCurrentConnectoid,
[in]
boolean fConnectionOwner,
[in]
IRASTransport *pTransport);
}
// ---------------------------------------------------------------------------------------
// IID_IRASTransport
// ---------------------------------------------------------------------------------------
[
uuid(8A950001-3CCF-11d0-81DF-00C04FD85AB4),
helpstring("RAS Transport Interface"),
local,
]
interface IRASTransport : IInternetTransport
{
// -----------------------------------------------------------------------------------
// InitNew
// -----------------------------------------------------------------------------------
HRESULT InitNew(
[in]
IRASCallback *pCallback);
// -----------------------------------------------------------------------------------
// GetCurrentConnectoid - Returns Connectoid name of the current RAS Connection.
// If not connected, IXP_E_NOT_CONNECTED is returned. cchMax must be greater than or
// equal to CCHMAX_CONNECTOID, or E_INVALIDARG will be returned.
// -----------------------------------------------------------------------------------
HRESULT GetCurrentConnectoid(
[in,ref]
LPSTR pszConnectoid,
[in]
ULONG cchMax);
// ----------------------------------------------------------
// GetRasErrorString
// ----------------------------------------------------------
HRESULT GetRasErrorString (
[in]
UINT uRasErrorValue,
[in,ref]
LPSTR pszErrorString,
[in]
ULONG cchMax,
[out]
DWORD *pdwRASResult);
// ----------------------------------------------------------
// FillConnectoidCombo
// ----------------------------------------------------------
HRESULT FillConnectoidCombo(
[in]
HWND hwndComboBox,
[in]
boolean fUpdateOnly,
[out]
DWORD *pdwRASResult);
// ----------------------------------------------------------
// EditConnectoid
// ----------------------------------------------------------
HRESULT EditConnectoid(
[in]
HWND hwndParent,
[in]
LPSTR pszConnectoid,
[out]
DWORD *pdwRASResult);
// ----------------------------------------------------------
// CreateConnectoid
// ----------------------------------------------------------
HRESULT CreateConnectoid(
[in]
HWND hwndParent,
[out]
DWORD *pdwRASResult);
}
// ***************************************************************************************
// ---------------------------------------------------------------------------------------
// IID_IRangeList
// ---------------------------------------------------------------------------------------
[
uuid(8C438160-4EF6-11d0-874F-00AA00530EE9),
helpstring("Rangelist Interface: used to represent a range of messages."),
local,
]
interface IRangeList : IUnknown
{
// ----------------------------------
// IID_IRangeList Interface Constants
// ----------------------------------
const ULONG RL_RANGE_ERROR = ((ULONG)-1); // [out] Indicates that no match could be found
const ULONG RL_LAST_MESSAGE = ((ULONG)-1); // [in] Equivalent to "*" in an IMAP range list
// ----------------------------------
// IID_IRangeList Interface Functions
// ----------------------------------
//***********************************************************************
// Function: Clear
// Purpose: Clears all entries in the rangelist. Note that no memory
// is freed by this operation.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT Clear(void);
//***********************************************************************
// Function: IsInRange
// Purpose: Determines whether the given value is in the rangelist.
// Arguments:
// [in] const ULONG value - the value to test against the rangelist.
//
// Returns: S_OK if given value is in the rangelist, else S_FALSE.
//***********************************************************************
HRESULT IsInRange([in] const ULONG value);
//***********************************************************************
// Function: Min
// Arguments:
// [out] ULONG *pulMin - the minimum value in the rangelist is returned
// here. For example, for the rangelist "10-20,31,44,50-65", this
// function returns 10. If the rangelist is empty, a value of
// RL_RANGE_ERROR is returned.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT Min([out] ULONG *pulMin);
//***********************************************************************
// Function: Max
// Arguments:
// [out] ULONG *pulMax - the maximum value in the rangelist is returned
// here. For example, for the rangelist "10-20,31,44,50-65", this
// function returns 65. If the rangelist is empty, a value of
// RL_RANGE_ERROR is returned.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT Max([out] ULONG *pulMax); // return the maximum in-range value
//***********************************************************************
// Function: Save
// Purpose: This function returns a copy of the internal rangelist
// representation which may be loaded later via the Load() function.
// NOTE THAT THE INTERNAL RANGELIST REPRESENTATION IS NOT SUITABLE FOR
// NETWORK TRANSMITTAL.
// Arguments:
// [out] byte **ppbDestination - if successful, this function returns
// a pointer to a copy of the internal rangelist representation
// suitable for use with the Load() command (but not for
// network transmittal).
// [out] ULONG *pulSizeOfDestination - if successful, this function
// returns the size of the data pointed to by *ppbDestination.
//
// Returns: HRESULT indicating success or failure. Failure to allocate
// memory is typically the reason for failure.
//***********************************************************************
HRESULT Save([out] byte **ppbDestination,
[out] ULONG *pulSizeOfDestination);
//***********************************************************************
// Function: Load
// Purpose: This function loads the given internal rangelist
// representation, obtained via the Save() function, thus restoring
// the rangelist which was saved.
// Arguments:
// [in] byte *pbSource - a pointer to the internal rangelist
// representation obtained using the Save() function.
// [in] ULONG ulSizeOfSource - the size of the data pointed to by
// pbSource.
//
// Returns: HRESULT indicating success or failure.
//***********************************************************************
HRESULT Load([in, size_is(ulSizeOfSource)] byte *pbSource,
[in] const ULONG ulSizeOfSource);
//***********************************************************************
// Function: AddRange
// Purpose: This function adds a range of values to the rangelist.
// For example, to add 19-99 to the rangelist, call AddRange(19,99).
// Arguments:
// [in] ULONG low - low number of the range to add to the rangelist.
// [in] ULONG high - high number of the range to add to the rangelist.
//
// Returns: HRESULT indicating success or failure.
//***********************************************************************
HRESULT AddRange([in] const ULONG low,
[in] const ULONG high);
//***********************************************************************
// Function: AddSingleValue
// Purpose: This function adds a single value to the rangelist.
// For example, to add 69 to the rangelist, call AddRange(69).
// Arguments:
// [in] ULONG value - the single value to add to the rangelist.
//
// Returns: HRESULT indicating success or failure.
//***********************************************************************
HRESULT AddSingleValue([in] const ULONG value);
//***********************************************************************
// Function: AddRangeList
// Purpose: This function adds a rangelist to the rangelist.
// Arguments:
// [in] IRangeList *prl - the rangelist to add to the rangelist.
//
// Returns: HRESULT indicating success or failure.
//***********************************************************************
HRESULT AddRangeList([in] const IRangeList *prl);
//***********************************************************************
// Function: DeleteRange
// Purpose: This function deletes a range of values from the rangelist.
// For example, to remove 7-11 from the rangelist, call DeleteRange(7,11).
// Arguments:
// [in] ULONG low - low number of the range to remove from the rangelist.
// [in] ULONG high - high number of the range to remove from the rangelist.
//
// Returns: HRESULT indicating success or failure.
//***********************************************************************
HRESULT DeleteRange([in] const ULONG low,
[in] const ULONG high);
//***********************************************************************
// Function: DeleteSingleValue
// Purpose: This function removes a single value from the rangelist.
// For example, to remove 42 to the rangelist, call DeleteRange(42).
// Arguments:
// [in] ULONG value - the single value to remove from the rangelist.
//
// Returns: HRESULT indicating success or failure.
//***********************************************************************
HRESULT DeleteSingleValue([in] const ULONG value);
//***********************************************************************
// Function: DeleteRangeList
// Purpose: This function removes a rangelist from the rangelist.
// Arguments:
// [in] IRangeList *prl - the rangelist to remove from the rangelist.
//
// Returns: HRESULT indicating success or failure.
//***********************************************************************
HRESULT DeleteRangeList([in] const IRangeList *prl);
//***********************************************************************
// Function: MinOfRange
// Purpose: This function finds the range that the given value belongs
// to, and returns the minimum of that range. For example, for the
// rangelist "10-20,30,40-50", MinOfRange(45) returns 40.
// Arguments:
// [in] ULONG value - a value in the range for which you would like to
// find the minimum.
// [out] ULONG *pulMinOfRange - the minimum value in the range of which
// "value" is a member is returned here. If "value" is not in
// the rangelist, a value of RL_RANGE_ERROR is returned.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT MinOfRange([in] const ULONG value,
[out] ULONG *pulMinOfRange);
//***********************************************************************
// Function: MaxOfRange
// Purpose: This function finds the range that the given value belongs
// to, and returns the maximum of that range. For example, for the
// rangelist "10-20,30,40-50", MaxOfRange(15) returns 20.
// Arguments:
// [in] ULONG value - a value in the range for which you would like to
// find the maximum.
// [out] ULONG *pulMaxOfRange - the maximum value in the range of which
// "value" is a member is returned here. If "value" is not in the
// rangelist, a value of RL_RANGE_ERROR is returned.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT MaxOfRange([in] const ULONG value,
[out] ULONG *pulMaxOfRange);
//***********************************************************************
// Function: RangeToIMAPString
// Purpose: This function outputs the rangelist as an IMAP message set,
// as specified by the "set" terminal in RFC 1730/2060 (IMAP).
// Arguments:
// [out] LPSTR *ppszDestination - an IMAP message set string is
// returned here. It is the responsibility of the caller to CoTaskMemFree
// this buffer when he is done with it. Pass in NULL if not interested.
// [out] LPDWORD pdwLengthOfDestination - the length of the IMAP
// message set string returned by this function (does not include
// null-terminator). Pass in NULL if not interested.
// Returns: HRESULT indicating success or failure.
//***********************************************************************
HRESULT RangeToIMAPString([out] LPSTR *ppszDestination,
[out] LPDWORD pdwLengthOfDestination);
//***********************************************************************
// Function: Next
// Purpose: This function returns the smallest value in the rangelist
// which is greater than the given value. For instance, for a rangelist
// 5-10, the call Next(7) would return 8.
// Arguments:
// [in] ULONG current - the value for which you'd like to find the next
// number in the rangelist.
// [out] ULONG *pulNext - the smallest number in the rangelist greater
// than "value" is returned here, or RL_RANGE_ERROR if no such
// number could be found.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT Next([in] const ULONG current, [out] ULONG *pulNext);
//***********************************************************************
// Function: Prev
// Purpose: This function returns the largest value in the rangelist
// which is smaller than the given value. For instance, for a rangelist
// 5-10, the call Prev(7) would return 6.
// Arguments:
// [in] ULONG current - the value for which you'd like to find the
// previous number in the rangelist.
// [out] ULONG *pulPrev - the largest number in the rangelist smaller
// than "value" is returned here, or RL_RANGE_ERROR if no such
// number could be found.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT Prev([in] const ULONG current, [out] ULONG *pulPrev);
//***********************************************************************
// Function: Cardinality
// Purpose: This function counts the members in the rangelist set. For
// example, for the rangelist 1-11, Cardinality() returns 11.
// Arguments:
// [out] ULONG *pulCardinality - The number of members in the
// rangelist set is returned here.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT Cardinality(ULONG *pulCardinality);
//***********************************************************************
// Function: CardinalityFrom
// Purpose: This function counts the members in the rangelist set which
// are larger than the given starting point. For example, for the
// rangelist 1-11, Cardinality(10) returns 2.
// Arguments:
// [in] ULONG ulStartPoint - represents 1 less than the lowest number
// which should be considered in the cardinality count.
// [out] ULONG *pulCardinalityFrom - The number of members in the
// rangelist set which are larger than the given starting point
// is returned here.
// Returns: S_OK. This function cannot fail.
//***********************************************************************
HRESULT CardinalityFrom([in] const ULONG ulStartPoint,
[out] ULONG *pulCardinalityFrom);
} // interface IRangeList
// ***************************************************************************************
// ---------------------------------------------------------------------------------------
// IID_IIMAPCallback
// ---------------------------------------------------------------------------------------
[
uuid(E9E9D8A3-4EDD-11d0-874F-00AA00530EE9),
helpstring("IMAP Callback Interface: used to notify an IID_IIMAPTransport client of IMAP server events."),
local,
]
interface IIMAPCallback : ITransportCallback
{
// -------------------------------------
// IID_IIMAPCallback Interface Constants
// -------------------------------------
typedef DWORD IMAP_MBOXFLAGS; // Mailbox flags returned by the LIST/LSUB command
const IMAP_MBOXFLAGS IMAP_MBOX_NOFLAGS = 0x00000000;
const IMAP_MBOXFLAGS IMAP_MBOX_MARKED = 0x00000001;
const IMAP_MBOXFLAGS IMAP_MBOX_NOINFERIORS = 0x00000002;
const IMAP_MBOXFLAGS IMAP_MBOX_NOSELECT = 0x00000004;
const IMAP_MBOXFLAGS IMAP_MBOX_UNMARKED = 0x00000008;
const IMAP_MBOXFLAGS IMAP_MBOX_ALLFLAGS = 0x0000000F; // Keep this updated
// --------------------------------------
// IID_IIMAPCallback Interface Data Types
// --------------------------------------
// The following enumeration identifies the types of IMAP_RESPONSE structures
typedef enum tagIMAP_RESPONSE_TYPE {
irtERROR_NOTIFICATION, // Indicates an error has been encountered during response parsing
irtCOMMAND_COMPLETION, // Indicates this IMAP command is completed
irtSERVER_ALERT, // ALERT response (see IMAP spec)
irtPARSE_ERROR, // PARSE response (see IMAP spec)
irtMAILBOX_UPDATE, // EXISTS, RECENT, or UNSEEN responses (see IMAP spec)
irtDELETED_MSG, // EXPUNGE response (see IMAP spec)
irtFETCH_BODY, // Partial body from a message, returned via FETCH
irtUPDATE_MSG, // FETCH response (see IMAP spec)
irtAPPLICABLE_FLAGS, // FLAGS response (see IMAP spec)
irtPERMANENT_FLAGS, // PERMANENTFLAGS response code (see IMAP spec)
irtUIDVALIDITY, // UIDVALIDITY response code (see IMAP spec)
irtREADWRITE_STATUS, // READ-WRITE or READ-ONLY response code (see IMAP spec)
irtTRYCREATE, // TRYCREATE response code (see IMAP spec)
irtSEARCH, // SEARCH response (see IMAP spec)
irtMAILBOX_LISTING, // LIST or LSUB response (see IMAP spec)
irtMAILBOX_STATUS, // STATUS response (see IMAP spec)
irtAPPEND_PROGRESS, // Progress of APPEND stream upload
irtUPDATE_MSG_EX // Extended FETCH response (see IMAP spec)
} IMAP_RESPONSE_TYPE;
// Fetch body part - body parts requested by the client are returned piece-by-piece
// as they are received from the server, using this structure. After the entire FETCH
// response is received, the client will also receive a FETCH_CMD_RESULTS structure
// (see below) with the remaining requested information.
typedef struct tagFETCH_BODY_PART {
DWORD dwMsgSeqNum; // Message sequence number to which this FETCH resp applies
LPSTR pszBodyTag; // Pointer to the IMAP tag identifying this body part (eg,
// "RFC822.PEEK", or "BODY[2.2]<0.2048>"). NOTE that we terminate
// the tag at the FIRST SPACE. This means that even though you sent
// "BODY[HEADER.FIELDS (foo bar)]", the tag returned will only be
// "BODY[HEADER.FIELDS".
DWORD dwTotalBytes; // Total number of bytes expected for this body part
DWORD dwSizeOfData; // The number of bytes pointed to by pszData
DWORD dwOffset; // Offset of the start of this data buffer
BOOL fDone; // TRUE when this is the last data buffer
LPSTR pszData; // A pointer to the body part data
LPARAM lpFetchCookie1; // User-settable values, initially set to 0. These will persist
LPARAM lpFetchCookie2; // throughout the FETCH response, ie, for all FETCH_BODY_PART
// responses (even if multiple body parts are fetched), and for
// the final FETCH_CMD_RESULTS structure.
} FETCH_BODY_PART;
// Fetch results structure - holds data from a FETCH response. Since FETCH
// responses can be unsolicited, the recipient must check that a data item is
// valid before attempting to use it.
typedef struct tagFETCH_CMD_RESULTS {
DWORD dwMsgSeqNum; // Message sequence number to which this FETCH resp applies
BOOL bMsgFlags; // TRUE if MsgFlags (below) contains valid data
IMAP_MSGFLAGS mfMsgFlags; // Used to return the FLAGS tag of a FETCH response
BOOL bRFC822Size; // TRUE if dwRFC822Size (below) contains valid data
DWORD dwRFC822Size; // Used to return the RFC822.SIZE tag of a FETCH response
BOOL bUID; // TRUE if dwUID (below) contains valid data
DWORD dwUID; // Used to return the UID tag of a FETCH response
BOOL bInternalDate; // TRUE if ftInternalDate (below) contains valid data
FILETIME ftInternalDate; // Used to return the INTERNALDATE tag of a FETCH response
LPARAM lpFetchCookie1; // User-settable values. These will persist throughout
LPARAM lpFetchCookie2; // the FETCH, ie, for all FETCH_BODY_PART responses (even
// if multiple body parts are fetched), and for the final
// FETCH_CMD_RESULTS structure.
} FETCH_CMD_RESULTS;
typedef struct tagIMAPADDR {
LPSTR pszName; // See formal syntax for "addr_name", RFC2060
LPSTR pszADL; // See formal syntax for "addr_adl", RFC2060
LPSTR pszMailbox; // See formal syntax for "addr_mailbox", RFC2060
LPSTR pszHost; // See formal syntax for "addr_host", RFC2060
struct tagIMAPADDR *pNext; // Pointer to next address
} IMAPADDR;
typedef struct tagFETCH_CMD_RESULTS_EX {
// *** First part of this structure is exactly like FETCH_CMD_RESULTS ***
DWORD dwMsgSeqNum; // Message sequence number to which this FETCH resp applies
BOOL bMsgFlags; // TRUE if MsgFlags (below) contains valid data
IMAP_MSGFLAGS mfMsgFlags; // Used to return the FLAGS tag of a FETCH response
BOOL bRFC822Size; // TRUE if dwRFC822Size (below) contains valid data
DWORD dwRFC822Size; // Used to return the RFC822.SIZE tag of a FETCH response
BOOL bUID; // TRUE if dwUID (below) contains valid data
DWORD dwUID; // Used to return the UID tag of a FETCH response
BOOL bInternalDate; // TRUE if ftInternalDate (below) contains valid data
FILETIME ftInternalDate; // Used to return the INTERNALDATE tag of a FETCH response
LPARAM lpFetchCookie1; // User-settable values. These will persist throughout
LPARAM lpFetchCookie2; // the FETCH, ie, for all FETCH_BODY_PART responses (even
// if multiple body parts are fetched), and for the final
// FETCH_CMD_RESULTS structure.
// *** Second part of this structure contains the extensions ***
BOOL bEnvelope; // TRUE if we received an ENVELOPE response
FILETIME ftENVDate; // Date returned via ENVELOPE
LPSTR pszENVSubject; // "Subject" returned via ENVELOPE
IMAPADDR *piaENVFrom; // "From" addresses returned via ENVELOPE
IMAPADDR *piaENVSender; // "Sender" addresses returned via ENVELOPE
IMAPADDR *piaENVReplyTo; // "ReplyTo" addresses returned via ENVELOPE
IMAPADDR *piaENVTo; // "To" addresses returned via ENVELOPE
IMAPADDR *piaENVCc; // "Cc" addresses returned via ENVELOPE
IMAPADDR *piaENVBcc; // "Bcc" addresses returned via ENVELOPE
LPSTR pszENVInReplyTo; // "InReplyTo" returned via ENVELOPE
LPSTR pszENVMessageID; // "MessageID" returned via ENVELOPE
DWORD dwReserved1;
DWORD dwReserved2;
DWORD dwReserved3;
} FETCH_CMD_RESULTS_EX;
// The following structure is used to track and communicate EXISTS,
// RECENT and UNSEEN responses from the IMAP server
typedef struct tagMBOX_MSGCOUNT {
BOOL bGotExistsResponse;
DWORD dwExists;
BOOL bGotRecentResponse;
DWORD dwRecent;
BOOL bGotUnseenResponse;
DWORD dwUnseen;
} MBOX_MSGCOUNT;
// The following structure returns the results of a LIST or LSUB response
typedef struct tagIMAP_LISTLSUB_RESPONSE {
LPSTR pszMailboxName;
IMAP_MBOXFLAGS imfMboxFlags;
char cHierarchyChar;
} IMAP_LISTLSUB_RESPONSE;
// The following structure returns the results of a STATUS response
typedef struct tagIMAP_STATUS_RESPONSE {
LPSTR pszMailboxName;
BOOL fMessages;
DWORD dwMessages;
BOOL fRecent;
DWORD dwRecent;
BOOL fUIDNext;
DWORD dwUIDNext;
BOOL fUIDValidity;
DWORD dwUIDValidity;
BOOL fUnseen;
DWORD dwUnseen;
} IMAP_STATUS_RESPONSE;
// The following structure returns the progress of the current APPEND command
typedef struct tagAPPEND_PROGRESS {
DWORD dwUploaded;
DWORD dwTotal;
} APPEND_PROGRESS;
// The following union can hold the results of many types of IMAP responses
typedef [switch_type(IMAP_RESPONSE_TYPE)] union tagIMAP_RESPONSE_DATA {
[case (irtMAILBOX_UPDATE)] MBOX_MSGCOUNT *pmcMsgCount; // For mailbox update (EXISTS, RECENT, UNSEEN) data
[case (irtDELETED_MSG)] DWORD dwDeletedMsgSeqNum; // For EXPUNGE response data
[case (irtFETCH_BODY)] FETCH_BODY_PART *pFetchBodyPart; // For body parts (eg, RFC822) retrieved via FETCH
[case (irtUPDATE_MSG)] FETCH_CMD_RESULTS *pFetchResults; // For message update (FETCH) data
[case (irtAPPLICABLE_FLAGS, irtPERMANENT_FLAGS)]
IMAP_MSGFLAGS imfImapMessageFlags; // For FLAGS response or PERMANENTFLAGS response code data
[case (irtUIDVALIDITY)] DWORD dwUIDValidity; // For UIDVALIDITY response code data
[case (irtREADWRITE_STATUS)] BOOL bReadWrite; // For READ-WRITE or READ-ONLY response code data
[case (irtSEARCH)] IRangeList *prlSearchResults; // For SEARCH response data
[case (irtMAILBOX_LISTING)]
IMAP_LISTLSUB_RESPONSE illrdMailboxListing; // For LIST or LSUB response data
[case (irtMAILBOX_STATUS)]
IMAP_STATUS_RESPONSE *pisrStatusResponse; // For STATUS response data
[case (irtAPPEND_PROGRESS)]
APPEND_PROGRESS *papAppendProgress;
[case (irtUPDATE_MSG_EX)] FETCH_CMD_RESULTS_EX
*pFetchResultsEx; // For message update (FETCH) data
} IMAP_RESPONSE_DATA;
// The following structure is used to represent all IMAP responses
typedef struct tagIMAP_RESPONSE {
WPARAM wParam; // This is 0 if unsolicited response or unresolvable
LPARAM lParam; // This is 0 if unsolicited response or unresolvable
HRESULT hrResult;
LPSTR lpszResponseText;
IMAP_RESPONSE_TYPE irtResponseType;
[switch_is(irtResponseType)] IMAP_RESPONSE_DATA irdResponseData;
} IMAP_RESPONSE;
//-----------------------------------------------------------------------
// IID_IIMAPCallback Interface Functions
//-----------------------------------------------------------------------
//***********************************************************************
// Function: OnResponse
// Purpose: This function is used to report IMAP server responses to
// IMAP commands (or unsolicited responses).
// Arguments:
// [in] IMAP_RESPONSE *pirIMAPResponse - a pointer to an IMAP response
// structure is returned to the IID_IIMAPTransport user via
// this callback.
// Returns: This function should always return S_OK.
//***********************************************************************
HRESULT OnResponse([in] const IMAP_RESPONSE *pirIMAPResponse);
} // interface IIMAPCallback
// ***************************************************************************************
// ---------------------------------------------------------------------------------------
// IID_IIMAPTransport
// ---------------------------------------------------------------------------------------
[
uuid(E9E9D8A8-4EDD-11d0-874F-00AA00530EE9),
helpstring("IMAP Transport Interface: used to send IMAP commands to an IMAP server."),
local,
]
interface IIMAPTransport : IInternetTransport
{
// -------------------------------------
// IID_IIMAPTransport Interface Constants
// -------------------------------------
// The following DWORDs are returned by IIMAPTransport::Capability
const DWORD IMAP_CAPABILITY_IMAP4 = 0x00000001;
const DWORD IMAP_CAPABILITY_IMAP4rev1 = 0x00000002;
const DWORD IMAP_CAPABILITY_IDLE = 0x00000004;
const DWORD IMAP_CAPABILITY_ALLFLAGS = 0x00000007; // Keep this updated
//-----------------------------------------------------------------------
// IID_IIMAPTransport Interface Functions
//-----------------------------------------------------------------------
//***************************************************************************
// Function: InitNew
//
// Purpose:
// This function initializes the CImap4Agent class. This function
// must be the next function called after instantiating the CImap4Agent class.
//
// Arguments:
// LPSTR pszLogFilePath [in] - path to a log file (where all input and
// output is logged), if the caller wishes to log IMAP transactions.
// IIMAPCallback *pCBHandler [in] - pointer to a IIMAPCallback object.
// This object allows the CImap4Agent class to report all IMAP response
// results to its user.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT InitNew([in] LPSTR pszLogFilePath,
[in] IIMAPCallback *pCBHandler);
//***************************************************************************
// Function: NewIRangeList
//
// Purpose:
// This function returns a pointer to an IRangeList. Its purpose is to
// allow full functionality from an IIMAPTransport pointer without needing
// to resort to CoCreateInstance to get an IRangeList.
//
// Arguments:
// IRangeList **pprlNewRangeList [out] - if successful, the function
// returns a pointer to the new IRangeList.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT NewIRangeList([out] IRangeList **pprlNewRangeList);
//***************************************************************************
// Function: Capability
//
// Purpose:
// The CImap4Agent class always asks for the server's CAPABILITIES after
// a connection is established. The result is saved in a register and
// is available by calling this function.
//
// Arguments:
// [out] DWORD *pdwCapabilityFlags - this function returns a DWORD with
// bit-flags specifying which capabilities this IMAP server
// supports.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT Capability([out] DWORD *pdwCapabilityFlags);
//***************************************************************************
// Function: Select
//
// Purpose:
// This function issues a SELECT command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxName - pointer to IMAP-compliant mailbox name
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Select([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxName);
//***************************************************************************
// Function: Examine
//
// Purpose:
// This function issues an EXAMINE command to the IMAP server.
//
// Arguments:
// Same as for the Select() function.
//
// Returns:
// Same as for the Select() function.
//***************************************************************************
HRESULT Examine([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxName);
//***************************************************************************
// Function: Create
//
// Purpose:
// This function issues a CREATE command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxName - IMAP-compliant name of the mailbox.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Create([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxName);
//***************************************************************************
// Function: Delete
//
// Purpose:
// This function issues a DELETE command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxName - IMAP-compliant name of the mailbox.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Delete([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxName);
//***************************************************************************
// Function: Rename
//
// Purpose:
// This function issues a RENAME command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxName - CURRENT IMAP-compliant name of the mailbox.
// LPSTR lpszNewMailboxName - NEW IMAP-compliant name of the mailbox.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Rename([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxName,
[in] LPSTR lpszNewMailboxName);
//***************************************************************************
// Function: Subscribe
//
// Purpose:
// This function issues a SUBSCRIBE command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxName - IMAP-compliant name of the mailbox.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Subscribe([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxName);
//***************************************************************************
// Function: Unsubscribe
//
// Purpose:
// This function issues an UNSUBSCRIBE command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxName - IMAP-compliant name of the mailbox.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Unsubscribe([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxName);
//***************************************************************************
// Function: List
//
// Purpose:
// This function issues a LIST command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxNameReference - IMAP-compliant reference for mbox name
// LPSTR lpszMailboxNamePattern - IMAP-compliant pattern for mailbox name
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT List([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxNameReference,
[in] LPSTR lpszMailboxNamePattern);
//***************************************************************************
// Function: Lsub
//
// Purpose:
// This function issues a LSUB command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxNameReference - IMAP-compliant reference for mbox name
// LPSTR lpszMailboxNamePattern - IMAP-compliant pattern for mailbox name.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Lsub([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxNameReference,
[in] LPSTR lpszMailboxNamePattern);
//***************************************************************************
// Function: Append
//
// Purpose:
// This function issues an APPEND command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszMailboxName - IMAP-compliant mailbox name to append message to.
// LPSTR lpszMessageFlags - IMAP-compliant list of msg flags to set for msg.
// Set to NULL to set no message flags. (Avoid passing "()" due to old Cyrus
// server bug). $REVIEW: This should be changed to IMAP_MSGFLAGS!!!
// FILETIME ftMessageDateTime - date/time to associate with msg (GMT/UTC)
// LPSTREAM lpstmMessageToSave - the message to save, in RFC822 format.
// No need to rewind the stream, this is done by CConnection::SendStream.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Append([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszMailboxName,
[in] LPSTR lpszMessageFlags,
[in] FILETIME ftMessageDateTime,
[in] LPSTREAM lpstmMessageToSave);
//***************************************************************************
// Function: Close
//
// Purpose:
// This function issues a CLOSE command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Close([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler);
//***************************************************************************
// Function: Expunge
//
// Purpose:
// This function issues an EXPUNGE command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
//
// Returns:
// HRESULT indicating success or failure on send operation.
//***************************************************************************
HRESULT Expunge([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler);
//***************************************************************************
// Function: Search
//
// Purpose:
// This function issues a SEARCH command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR lpszSearchCriteria - IMAP-compliant list of search criteria
// boolean bReturnUIDs - if TRUE, we prepend "UID" to command.
// IRangeList *pMsgRange [in] - range of messages over which to operate
// the search. This argument should be NULL to exclude the message
// set from the search criteria.
// boolean bUIDRangeList [in] - TRUE if pMsgRange refers to a UID range,
// FALSE if pMsgRange refers to a message sequence number range. If
// pMsgRange is NULL, this argument is ignored.
//
// Returns:
// HRESULT indicating success or failure on send operation.
//***************************************************************************
HRESULT Search([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR lpszSearchCriteria,
[in] boolean bReturnUIDs,
[in] IRangeList *pMsgRange,
[in] boolean bUIDRangeList);
//***************************************************************************
// Function: Fetch
//
// Purpose:
// This function issues a FETCH command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// IRangeList *pMsgRange [in] - range of messages to fetch. The caller
// should pass NULL if he is using UIDs and he wants to generate his
// own message set (in lpszFetchArgs). If the caller is using msg
// seq nums, this argument MUST be specified to allow this class to
// resequence the msg nums as required.
// boolean bUIDMsgRange [in] - if TRUE, prepends "UID" to FETCH command and
// treats pMsgRange as a UID range.
// LPSTR lpszFetchArgs - arguments to the FETCH command
//
//
// Returns:
// HRESULT indicating success or failure of the send operation.
//***************************************************************************
HRESULT Fetch([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] IRangeList *pMsgRange,
[in] boolean bUIDMsgRange,
[in] LPSTR lpszFetchArgs);
//***************************************************************************
// Function: Store
//
// Purpose:
// This function issues a STORE command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// IRangeList *pMsgRange [in] - range of messages to store. The caller
// should pass NULL if he is using UIDs and he wants to generate his
// own message set (in lpszStoreArgs). If the caller is using msg
// seq nums, this argument MUST be specified to allow this class to
// resequence the msg nums as required.
// boolean bUIDRangeList [in] - if TRUE, we prepend "UID" to the STORE command
// LPSTR lpszStoreArgs - arguments for the STORE command.
//
// Returns:
// HRESULT indicating success or failure of the send operation.
//***************************************************************************
HRESULT Store([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] IRangeList *pMsgRange,
[in] boolean bUIDRangeList,
[in] LPSTR lpszStoreArgs);
//***************************************************************************
// Function: Copy
//
// Purpose:
// This function issues a COPY command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// IRangeList *pMsgRange [in] - the range of messages to copy. This
// argument must be supplied.
// boolean bUIDRangeList [in] - if TRUE, prepends "UID" to COPY command
// LPSTR lpszMailboxName [in] - C String of mailbox name
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Copy([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] IRangeList *pMsgRange,
[in] boolean bUIDRangeList,
[in] LPSTR lpszMailboxName);
//***************************************************************************
// Function: Noop
//
// Purpose:
// This function issues a NOOP command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
//
// Returns:
// HRESULT indicating success or failure of send operation.
//***************************************************************************
HRESULT Noop([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler);
//---------------------------------------------------------------------------
// Message Sequence Number to UID member functions - the caller may use
// these functions to map from MSN's to UID's, if the caller uses UIDs
// to refer to messages. If the caller uses MSN's, there is no need to
// invoke the following functions.
//---------------------------------------------------------------------------
//***************************************************************************
// Function: ResizeMsgSeqNumTable
//
// Purpose:
// This function is called whenever we receive an EXISTS response. It
// resizes the MsgSeqNumToUID table to match the current size of the mailbox.
//
// Arguments:
// DWORD dwSizeOfMbox [in] - the number returned via the EXISTS response.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT ResizeMsgSeqNumTable([in] DWORD dwSizeOfMbox);
//***************************************************************************
// Function: UpdateSeqNumToUID
//
// Purpose:
// This function is called whenever we receive a FETCH response which has
// both a message sequence number and a UID number. It updates the
// MsgSeqNumToUID table so that given msg seq number maps to the given UID.
//
// Arguments:
// DWORD dwMsgSeqNum [in] - the message sequence number of the FETCH
// response.
// DWORD dwUID [in] - the UID of the given message sequence number.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT UpdateSeqNumToUID([in] DWORD dwMsgSeqNum,
[in] DWORD dwUID);
//***************************************************************************
// Function: RemoveSequenceNum
//
// Purpose:
// This function is called whenever we receive an EXPUNGE response. It
// removes the given message sequence number from the MsgSeqNumToUID table,
// and compacts the table so that all message sequence numbers following
// the deleted one are re-sequenced.
//
// Arguments:
// DWORD dwDeletedMsgSeqNum [in] - message sequence number of deleted msg.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT RemoveSequenceNum([in] DWORD dwDeletedMsgSeqNum);
//***************************************************************************
// Function: MsgSeqNumToUID
//
// Purpose:
// This function takes a message sequence number and converts it to a UID
// based on the MsgSeqNumToUID table.
//
// Arguments:
// DWORD dwMsgSeqNum [in] - the sequence number for which the caller wants
// to know the UID.
// DWORD *pdwUID [out] - the UID associated with the given sequence number
// is returned here. If none could be found, this function returns 0.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT MsgSeqNumToUID([in] DWORD dwMsgSeqNum, [out] DWORD *pdwUID);
//***************************************************************************
// Function: GetMsgSeqNumToUIDArray
//
// Purpose:
// This function returns a copy of the MsgSeqNumToUID array. The caller
// will want to do this to delete messages from the cache which no longer
// exist on the server, for example.
//
// Arguments:
// DWORD **ppdwMsgSeqNumToUIDArray [out] - the function returns a pointer
// to the copy of the MsgSeqNumToUID array in this argument. Note that
// it is the caller's responsibility to MemFree the array. If no array
// is available, or it is empty, the returned pointer value is NULL.
// DWORD *pdwNumberOfElements [out] - the function returns the size of
// the MsgSeqNumToUID array.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT GetMsgSeqNumToUIDArray([out] DWORD **ppdwMsgSeqNumToUIDArray,
[out] DWORD *pdwNumberOfElements);
//***************************************************************************
// Function: GetHighestMsgSeqNum
//
// Purpose:
// This function returns the highest message sequence number reported in
// the MsgSeqNumToUID array.
//
// Arguments:
// DWORD *pdwHighestMSN [out] - the highest message sequence number in the
// table is returned here.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT GetHighestMsgSeqNum([out] DWORD *pdwHighestMSN);
//***************************************************************************
// Function: ResetMsgSeqNumToUID
//
// Purpose:
// This function resets the variables used to maintain the MsgSeqNumToUID
// table. This function is AUTOMATICALLY called whenever the MsgSeqNumToUID
// table becomes invalid (say, when a new mailbox is selected, or we are
// disconnected). This function shouldn't normally need to be called, but
// I've placed it here just in case someone needs it.
//
// Returns:
// S_OK. This function cannot fail.
//***************************************************************************
HRESULT ResetMsgSeqNumToUID(void);
//---------------------------------------------------------------------------
// Leaving Message Sequence Number to UID member functions zone
//---------------------------------------------------------------------------
//***************************************************************************
// Function: SetDefaultCBHandler
//
// Purpose: This function changes the current default IIMAPCallback handler
// to the given one.
//
// Arguments:
// IIMAPCallback *pCBHandler [in] - a pointer to the new callback handler.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT SetDefaultCBHandler([in] IIMAPCallback *pCBHandler);
//***************************************************************************
// Function: Status
//
// Purpose:
// This function issues a STATUS command to the IMAP server.
//
// Arguments:
// WPARAM wParam [in] - (see below)
// LPARAM lParam [in] - the wParam and lParam form a unique ID assigned by
// the caller to this IMAP command and its responses. Can be anything,
// but note that the value of 0, 0 is reserved for unsolicited responses.
// IIMAPCallback *pCBHandler [in] - the CB handler to use to process the
// responses for this command. If this is NULL, the default CB handler
// is used.
// LPSTR pszMailboxName [in] - the mailbox which you want to get the
// STATUS of.
// LPSTR pszStatusCmdArgs [in] - the arguments for the STATUS command,
// eg, "(MESSAGES UNSEEN)".
//
// Returns:
// HRESULT indicating success or failure of the send operation.
//***************************************************************************
HRESULT Status([in] WPARAM wParam,
[in] LPARAM lParam,
[in] IIMAPCallback *pCBHandler,
[in] LPSTR pszMailboxName,
[in] LPSTR pszStatusCmdArgs);
} // interface IIMAPTransport
// ***************************************************************************************
// ---------------------------------------------------------------------------------------
// IID_IIMAPTransport2
// ---------------------------------------------------------------------------------------
[
uuid(DA8283C0-37C5-11d2-ACD9-0080C7B6E3C5),
helpstring("IMAP Transport Interface 2: Extension to IIMAPTransport."),
local,
]
interface IIMAPTransport2 : IIMAPTransport
{
//-----------------------------------------------------------------------
// IID_IIMAPTransport Interface Functions
//-----------------------------------------------------------------------
//***************************************************************************
// Function: SetDefaultCP
//
// Purpose:
// This function allows the caller to tell IIMAPTransport what codepage to
// use for IMAP mailbox names. After calling this function, all mailbox names
// submitted to IIMAPTransport will be translated from the default codepage,
// and all mailbox names returned from the server will be translated to
// the default codepage before being returned via IIMAPCallback.
//
// Arguments:
// DWORD dwTranslateFlags [in] - enables/disables automatic translation to
// and from default codepage and IMAP-modified UTF-7. If disabled, caller
// wishes all mailbox names to be passed verbatim to/from IMAP server.
// Note that by default we translate for IMAP4 servers, even with its
// round-trippability problems, because this is how we used to do it
// in the past.
// UINT uiCodePage [in] - the default codepage to use for translations.
// By default this value is the CP returned by GetACP().
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT SetDefaultCP([in] DWORD dwTranslateFlags,
[in] UINT uiCodePage);
// TranslateFlags
const DWORD IMAP_MBOXXLATE_DEFAULT = 0x00000000; // Always translate, even for IMAP4
const DWORD IMAP_MBOXXLATE_DISABLE = 0x00000001; // Always disable
const DWORD IMAP_MBOXXLATE_DISABLEIMAP4 = 0x00000002; // Disable for IMAP4, translate for IMAP4rev1
const DWORD IMAP_MBOXXLATE_VERBATIMOK = 0x00000004; // Non-translatable mbox names can be returned verbatim
// Note if translation disabled, all mboxes will be
// returned with IXP_S_IMAP_VERBATIM_MBOX
const DWORD IMAP_MBOXXLATE_RETAINCP = 0x00000008; // Don't change codepage with this call
//***************************************************************************
// Function: MultiByteToModifiedUTF7
//
// Purpose:
// This function takes a MultiByte string and converts it to modified IMAP
// UTF7, which is described in RFC2060. This function is only needed if the
// user has disabled transparent mailbox translation using SetDefaultCP(FALSE,0).
//
// Arguments:
// LPCSTR pszSource [in] - pointer to the MultiByte string to convert to UTF7.
// LPSTR *ppszDestination [out] - a pointer to a string buffer containing
// the UTF7 equivalent of pszSource is returned here. It is the caller's
// responsibility to MemFree this string.
// UINT uiSourceCP [in] - indicates the codepage for pszSource
// Note that no translation is performed if SetDefaultCP(FALSE,.) was called.
// DWORD dwFlags [in] - Reserved. Leave as 0.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT MultiByteToModifiedUTF7([in] LPCSTR pszSource,
[out] LPSTR *ppszDestination,
[in] UINT uiSourceCP,
[in] DWORD dwFlags);
//***************************************************************************
// Function: ModifiedUTF7ToMultiByte
//
// Purpose:
// This function takes a modified IMAP UTF-7 string (as defined in RFC2060)
// and converts it to a multi-byte string. This function is only needed if the
// user has disabled transparent mailbox translation using SetDefaultCP(FALSE,0).
//
// Arguments:
// LPCSTR pszSource [in] - a null-terminated string containing the modified
// IMAP UTF-7 string to convert to multibyte.
// LPSTR *ppszDestination [out] - this function returns a pointer to the
// null-terminated multibyte string (in the system codepage) obtained
// from pszSource. It is the caller's responsiblity to MemFree this
// string when it is done with it.
// UINT uiDestintationCP [in] - indicates the desired codepage for the
// destination string. Note that no translation is performed if
// SetDefaultCP(FALSE,.) was called.
// DWORD dwFlags [in] - Reserved. Leave as 0.
//
// Returns:
// HRESULT indicating success or failure. Success result codes include:
// S_OK - pszSource successfully converted to modified UTF-7
// IXP_S_IMAP_VERBATIM_MBOX - pszSource could not be converted to multibyte,
// so ppszDestination contains a duplicate of pszSource. If target CP
// is Unicode, pszSource is converted to Unicode with the assumption
// that it is USASCII. IMAP_MBOXXLATE_VERBATIMOK must have been set via
// SetDefaultCP in order to get this behaviour.
//***************************************************************************
HRESULT ModifiedUTF7ToMultiByte([in] LPCSTR pszSource,
[out] LPSTR *ppszDestination,
[in] UINT uiDestinationCP,
[in] DWORD dwFlags);
//***************************************************************************
// Function: SetIdleMode
//
// Purpose:
// The IMAP IDLE extension allows the server to unilaterally report changes
// to the currently selected mailbox: new email, flag updates, and message
// expunges. IIMAPTransport always enters IDLE mode when no IMAP commands
// are pending, but it turns out that this can result in unnecessary
// entry and exit of IDLE mode when the caller tries to sequence IMAP commands.
// This function allows the caller to disable the use of the IDLE extension.
//
// Arguments:
// DWORD dwIdleFlags [in] - enables or disables the use of the IDLE extension.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT SetIdleMode([in] DWORD dwIdleFlags);
// Idle Flags
const DWORD IMAP_IDLE_DISABLE = 0x00000000;
const DWORD IMAP_IDLE_ENABLE = 0x00000001;
//***************************************************************************
// Function: EnableFetchEx
//
// Purpose:
// IIMAPTransport only understood a subset of FETCH response tags. Notable
// omissions included ENVELOPE and BODYSTRUCTURE. Calling this function
// changes the behaviour of IIMAPTransport::Fetch. Instead of returning
// FETCH responses via IIMAPCallback::OnResponse(irtUPDATE_MSG),
// the FETCH response is returned via OnResponse(irtUPDATE_MSG_EX).
// Other FETCH-related responses remain unaffected (eg, irtFETCH_BODY).
//
// Arguments:
// DWORD dwFetchExFlags [in] - enables or disables FETCH extensions.
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT EnableFetchEx([in] DWORD dwFetchExFlags);
// FetchEx flags
const DWORD IMAP_FETCHEX_DISABLE = 0x00000000;
const DWORD IMAP_FETCHEX_ENABLE = 0x00000001;
//***************************************************************************
// Function: SetWindow
//
// Purpose:
// This function creates a new window for async winsock processing
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT SetWindow(void);
//***************************************************************************
// Function: ResetWindow
//
// Purpose:
// This function closes a window for async winsock processing
//
// Returns:
// HRESULT indicating success or failure.
//***************************************************************************
HRESULT ResetWindow(void);
} // interface IIMAPTransport2
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// Exported C Functions")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("#if !defined(_IMNXPORT_)")
cpp_quote("#define IMNXPORTAPI DECLSPEC_IMPORT HRESULT WINAPI")
cpp_quote("#else")
cpp_quote("#define IMNXPORTAPI HRESULT WINAPI")
cpp_quote("#endif")
cpp_quote("#ifdef __cplusplus")
cpp_quote("extern \"C\" {")
cpp_quote("#endif")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// CreateRASTransport")
cpp_quote("// ")
cpp_quote("// Description:")
cpp_quote("// This method creates a IRASTransport object. The client must initialize the")
cpp_quote("// object by calling IRASTransport::InitNew")
cpp_quote("// ")
cpp_quote("// Parameters:")
cpp_quote("// ppTransport Upon successful return, contains the a pointer to")
cpp_quote("// an IRASTransport interface")
cpp_quote("// ")
cpp_quote("// Return Values:")
cpp_quote("// S_OK Successful.")
cpp_quote("// E_INVALIDARG ppTransport is NULL")
cpp_quote("// E_OUTOFMEMORY Memory allocation failure...")
cpp_quote("// ")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("IMNXPORTAPI CreateRASTransport(")
cpp_quote(" /* out */ IRASTransport **ppTransport);")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// CreateNNTPTransport")
cpp_quote("// ")
cpp_quote("// Description:")
cpp_quote("// This method creates a INNTPTransport object. The client must initialize the")
cpp_quote("// object by calling INNTPTransport::InitNew")
cpp_quote("// ")
cpp_quote("// Parameters:")
cpp_quote("// ppTransport Upon successful return, contains the a pointer to")
cpp_quote("// an INNTPTransport interface")
cpp_quote("// ")
cpp_quote("// Return Values:")
cpp_quote("// S_OK Successful.")
cpp_quote("// E_INVALIDARG ppTransport is NULL")
cpp_quote("// E_OUTOFMEMORY Memory allocation failure...")
cpp_quote("// ")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("IMNXPORTAPI CreateNNTPTransport(")
cpp_quote(" /* out */ INNTPTransport **ppTransport);")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// CreateSMTPTransport")
cpp_quote("// ")
cpp_quote("// Description:")
cpp_quote("// This method creates a ISMTPTransport object. The client must initialize the")
cpp_quote("// object by calling ISMTPTransport::InitNew")
cpp_quote("// ")
cpp_quote("// Parameters:")
cpp_quote("// ppTransport Upon successful return, contains the a pointer to")
cpp_quote("// an ISMTPTransport interface")
cpp_quote("// ")
cpp_quote("// Return Values:")
cpp_quote("// S_OK Successful.")
cpp_quote("// E_INVALIDARG ppTransport is NULL")
cpp_quote("// E_OUTOFMEMORY Memory allocation failure...")
cpp_quote("// ")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("IMNXPORTAPI CreateSMTPTransport(")
cpp_quote(" /* out */ ISMTPTransport **ppTransport);")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// CreatePOP3Transport")
cpp_quote("// ")
cpp_quote("// Description:")
cpp_quote("// This method creates a IPOP3Transport object. The client must initialize the")
cpp_quote("// object by calling IPOP3Transport::InitNew")
cpp_quote("// ")
cpp_quote("// Parameters:")
cpp_quote("// ppTransport Upon successful return, contains the a pointer to")
cpp_quote("// an IPOP3Transport interface")
cpp_quote("// ")
cpp_quote("// Return Values:")
cpp_quote("// S_OK Successful.")
cpp_quote("// E_INVALIDARG ppTransport is NULL")
cpp_quote("// E_OUTOFMEMORY Memory allocation failure...")
cpp_quote("// ")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("IMNXPORTAPI CreatePOP3Transport(")
cpp_quote(" /* out */ IPOP3Transport **ppTransport);")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// CreateIMAPTransport")
cpp_quote("// ")
cpp_quote("// Description:")
cpp_quote("// This method creates a IIMAPTransport object. The client must initialize the")
cpp_quote("// object by calling IIMAPTransport::InitNew")
cpp_quote("// ")
cpp_quote("// Parameters:")
cpp_quote("// ppTransport Upon successful return, contains the a pointer to")
cpp_quote("// an IIMAPTransport interface")
cpp_quote("// ")
cpp_quote("// Return Values:")
cpp_quote("// S_OK Successful.")
cpp_quote("// E_INVALIDARG ppTransport is NULL")
cpp_quote("// E_OUTOFMEMORY Memory allocation failure...")
cpp_quote("// ")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("IMNXPORTAPI CreateIMAPTransport(")
cpp_quote(" /* out */ IIMAPTransport **ppTransport);")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// CreateIMAPTransport2")
cpp_quote("// ")
cpp_quote("// Description:")
cpp_quote("// This method creates an IIMAPTransport2 object. The client must initialize the")
cpp_quote("// object by calling IIMAPTransport2::InitNew")
cpp_quote("// ")
cpp_quote("// Parameters:")
cpp_quote("// ppTransport Upon successful return, contains the a pointer to")
cpp_quote("// an IIMAPTransport2 interface")
cpp_quote("// ")
cpp_quote("// Return Values:")
cpp_quote("// S_OK Successful.")
cpp_quote("// E_INVALIDARG ppTransport is NULL")
cpp_quote("// E_OUTOFMEMORY Memory allocation failure...")
cpp_quote("// ")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("IMNXPORTAPI CreateIMAPTransport2(")
cpp_quote(" /* out */ IIMAPTransport2 **ppTransport);")
cpp_quote("")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("// CreateRangeList")
cpp_quote("// ")
cpp_quote("// Description:")
cpp_quote("// This method creates a IRangeList object.")
cpp_quote("// ")
cpp_quote("// Parameters:")
cpp_quote("// ppRangeList Upon successful return, contains the a pointer to")
cpp_quote("// an IRangeList interface")
cpp_quote("// ")
cpp_quote("// Return Values:")
cpp_quote("// S_OK Successful.")
cpp_quote("// E_INVALIDARG ppRangeList is NULL")
cpp_quote("// E_OUTOFMEMORY Memory allocation failure...")
cpp_quote("// ")
cpp_quote("// --------------------------------------------------------------------------------")
cpp_quote("IMNXPORTAPI CreateRangeList(")
cpp_quote(" /* out */ IRangeList **ppRangeList);")
cpp_quote("")
cpp_quote("#ifdef __cplusplus")
cpp_quote("}")
cpp_quote("#endif")
cpp_quote("")