Leaked source code of windows server 2003
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//--------------------------------------------------------------------------//
// Application Header Files. //
//--------------------------------------------------------------------------//
#include "precomp.h"
#include "callto.h"
#include "calltoContext.h"
#include "calltoResolver.h"
//--------------------------------------------------------------------------//
// CCalltoResolver::CCalltoResolver. //
//--------------------------------------------------------------------------//
CCalltoResolver::CCalltoResolver(void):
m_registeredResolvers( 0 )
{
addResolver( &m_phoneResolver );
addResolver( &m_emailResolver );
addResolver( &m_ipResolver );
addResolver( &m_computerResolver );
addResolver( &m_ilsResolver );
addResolver( &m_unrecognizedTypeResolver );
addResolver( &m_stringResolver );
} // End of CCalltoResolver::CCalltoResolver.
//--------------------------------------------------------------------------//
// CCalltoResolver::~CCalltoResolver. //
//--------------------------------------------------------------------------//
CCalltoResolver::~CCalltoResolver()
{
} // End of CCalltoResolver::~CCalltoResolver.
//--------------------------------------------------------------------------//
// CCalltoResolver::resolve. //
//--------------------------------------------------------------------------//
HRESULT
CCalltoResolver::resolve
(
ICalltoContext * const calltoContext,
CCalltoProperties * const calltoProperties,
CCalltoCollection * const resolvedCalltoCollection,
const TCHAR * url,
const bool strict
){
HRESULT result;
if( (calltoContext == NULL) || (calltoProperties == NULL) || (resolvedCalltoCollection == NULL) )
{
result = E_POINTER;
}
else
{
TCHAR * params = StrStrI( url, TEXT( "phone:+" ) );
params = StrChr( (params != NULL)? params + strlen_literal( TEXT( "phone:+" ) ): url, '+' );
int paramsLength = (params == NULL)? 0: lstrlen( params );
int urlLength = lstrlen( url ) - paramsLength + 1;
int prefixLength = 0;
if( !StrCmpNI_literal( url, TEXT( "callto:" ) ) )
{
prefixLength = strlen_literal( TEXT( "callto:" ) );
}
else if( StrCmpNI_literal( url, TEXT( "callto://" ) ) )
{
prefixLength = strlen_literal( TEXT( "callto:" ) );
url += strlen_literal( TEXT( "callto://" ) );
urlLength -= strlen_literal( TEXT( "callto://" ) ) - strlen_literal( TEXT( "callto:" ) );
}
TCHAR * urlBuffer = NULL;
if( (urlBuffer = new TCHAR [ urlLength + prefixLength ]) == NULL )
{
result = E_OUTOFMEMORY;
}
else
{
if( paramsLength > 0 )
{
// Save params...
calltoProperties->set_params( params );
}
// Save original callto...
calltoProperties->set_callto( url, urlLength );
result = S_FALSE;
resolvedCalltoCollection->reset();
if( urlLength > 1 )
{
bool strictChecked = !strict;
for( int nn = 0; nn < m_registeredResolvers; nn++ )
{
if( prefixLength > 0 )
{
lstrcpy( urlBuffer, TEXT( "callto:" ) ); // Prepend default of callto: ...
lstrcpyn( urlBuffer + strlen_literal( TEXT( "callto:" ) ), url, urlLength );
}
else
{
lstrcpyn( urlBuffer, url, urlLength );
}
if( !strictChecked )
{
if( !strictCheck( urlBuffer ) )
{
result = E_INVALIDARG;
break;
}
strictChecked = true;
}
HRESULT resolveResult = m_resolvers[ nn ]->resolve( resolvedCalltoCollection, urlBuffer );
if( FAILED( resolveResult ) && (!FAILED( result )) )
{
result = resolveResult;
}
}
if( !FAILED( result ) )
{
result = (resolvedCalltoCollection->get_count() > 0)? S_OK: S_FALSE;
}
}
}
delete [] urlBuffer;
}
return( result );
} // End of class CCalltoResolver::resolve.
//--------------------------------------------------------------------------//
// CCalltoResolver::addResolver. //
//--------------------------------------------------------------------------//
bool
CCalltoResolver::addResolver
(
IResolver * const resolver
){
//assert( resolver != NULL, TEXT( "attempted to add NULL resolver\r\n" ) );
//assert( m_registeredResolvers < elementsof( m_resolvers ), TEXT( "attempted to add to many resolvers: %d\r\n" ), m_registeredResolvers );
if( (resolver != NULL) && (m_registeredResolvers < elementsof( m_resolvers )) )
{
m_resolvers[ m_registeredResolvers++ ] = resolver;
}
return( (resolver != NULL) && (m_registeredResolvers <= elementsof( m_resolvers )) );
} // End of CCalltoResolver::addResolver.
//--------------------------------------------------------------------------//
// CCalltoResolver::strictCheck. //
//--------------------------------------------------------------------------//
const bool
CCalltoResolver::strictCheck
(
const TCHAR * const url
) const
{
//assert( url != NULL, TEXT( "attempted to strictCheck NULL url\r\n" ) );
return( (url != NULL) &&
(StrCmpNI_literal( url, TEXT( "callto:phone:" ) ) ||
StrCmpNI_literal( url, TEXT( "callto:email:" ) ) ||
StrCmpNI_literal( url, TEXT( "callto:ip:" ) ) ||
StrCmpNI_literal( url, TEXT( "callto:computer:" ) ) ||
StrCmpNI_literal( url, TEXT( "callto:ils:" ) ) ||
StrCmpNI_literal( url, TEXT( "callto:string:" ) ) ||
(StrStrI( url, TEXT( "|phone:" ) ) != NULL) ||
(StrStrI( url, TEXT( "|email:" ) ) != NULL) ||
(StrStrI( url, TEXT( "|ip:" ) ) != NULL) ||
(StrStrI( url, TEXT( "|computer:" ) ) != NULL) ||
(StrStrI( url, TEXT( "|ils:" ) ) != NULL) ||
(StrStrI( url, TEXT( "|string:" ) ) != NULL)) );
} // End of CCalltoResolver::strictCheck.
//--------------------------------------------------------------------------//
// CPhoneResolver::resolve. //
//--------------------------------------------------------------------------//
HRESULT
CPhoneResolver::resolve
(
IMutableCalltoCollection * const calltoCollection,
TCHAR * const url
){
HRESULT result = E_INVALIDARG;
if( (calltoCollection != NULL) && (url != NULL) )
{
TCHAR * phoneType;
TCHAR * phoneNumber = NULL;
result = S_FALSE;
if( StrCmpNI_literal( url, TEXT( "callto:phone:" ) ) ) // Check for phone type without gateway...
{
phoneType = url;
phoneNumber = url + strlen_literal( TEXT( "callto:phone:" ) );
}
else if( (phoneType = StrStrI( url, TEXT( "|phone:" ) )) != NULL ) // Check for phone type with gateway...
{
phoneNumber = phoneType + strlen_literal( TEXT( "|phone:" ) );
}
if( phoneNumber != NULL )
{
// phone: type was specified for this callto:...
if( CCalltoContext::toE164( phoneNumber, NULL, 0 ) )
{
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
CCalltoContext::toE164( phoneNumber, phoneNumber, lstrlen( phoneNumber ) );
resolvedCallto->set_qualifiedName( url );
resolvedCallto->set_confidence( S_CONFIDENCE_HIGH );
result = S_OK;
}
else
{
result = E_OUTOFMEMORY;
}
}
}
else
{
phoneNumber = url + strlen_literal( TEXT( "callto:" ) );
if( CCalltoContext::isPhoneNumber( phoneNumber ) )
{
// It smells like E164...
result = E_OUTOFMEMORY;
CCalltoContext::toE164( phoneNumber, phoneNumber, lstrlen( phoneNumber ) );
TCHAR * buffer = new TCHAR [ lstrlen( phoneNumber ) + strlen_literal( TEXT( "callto:phone:%s" ) ) ];
if( buffer != NULL )
{
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
wsprintf( buffer, TEXT( "callto:phone:%s" ), phoneNumber );
resolvedCallto->set_qualifiedName( buffer );
resolvedCallto->set_confidence( S_CONFIDENCE_MEDIUM );
result = S_OK;
}
delete [] buffer;
}
}
}
}
return( result );
} // End of CPhoneResolver::resolve.
//--------------------------------------------------------------------------//
// CEMailResolver::resolve. //
//--------------------------------------------------------------------------//
HRESULT
CEMailResolver::resolve
(
IMutableCalltoCollection * const calltoCollection,
TCHAR * const url
){
HRESULT result = E_INVALIDARG;
if( (calltoCollection != NULL) && (url != NULL) )
{
TCHAR * emailType;
TCHAR * emailAddress = NULL;
result = S_FALSE;
if( StrCmpNI_literal( url, TEXT( "callto:email:" ) ) ) // Check for email type without gateway...
{
emailType = url;
emailAddress = url + strlen_literal( TEXT( "callto:email:" ) );
}
else if( (emailType = StrStrI( url, TEXT( "|email:" ) )) != NULL ) // Check for email type with gateway...
{
emailAddress = emailType + strlen_literal( TEXT( "|email:" ) );
}
if( emailAddress != NULL )
{
// email: type was specified for this callto:...
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
resolvedCallto->set_qualifiedName( url );
resolvedCallto->set_confidence( S_CONFIDENCE_HIGH );
result = S_OK;
}
else
{
result = E_OUTOFMEMORY;
}
}
else
{
emailAddress = url + strlen_literal( TEXT( "callto:" ) );
if( (StrChr( emailAddress, ':' ) == NULL) && // isn't some other type:...
(StrChr( emailAddress, ' ' ) == NULL) && // doesn't contain spaces...
(StrChr( emailAddress, '|' ) == NULL) && // doesn't contain a bar (gateway)...
(StrChr( emailAddress, '/' ) == NULL) && // isn't an old style ilsserver/email...
((StrChr( emailAddress, '.' ) == NULL) || // doesn't have a dot unless it also
(StrChr( emailAddress, '@' ) != NULL)) ) // has a @ so it can't be an ip address...
{
// It smells like an email address...
result = E_OUTOFMEMORY;
TCHAR * buffer = new TCHAR [ lstrlen( emailAddress ) + strlen_literal( TEXT( "callto:email:%s" ) ) ];
if( buffer != NULL )
{
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
wsprintf( buffer, TEXT( "callto:email:%s" ), emailAddress );
resolvedCallto->set_qualifiedName( buffer );
resolvedCallto->set_confidence( S_CONFIDENCE_MEDIUM );
result = S_OK;
}
delete [] buffer;
}
}
}
}
return( result );
} // End of CEMailResolver::resolve.
//--------------------------------------------------------------------------//
// CIPResolver::resolve. //
//--------------------------------------------------------------------------//
HRESULT
CIPResolver::resolve
(
IMutableCalltoCollection * const calltoCollection,
TCHAR * const url
){
HRESULT result = E_INVALIDARG;
if( (calltoCollection != NULL) && (url != NULL) )
{
TCHAR * ipType;
TCHAR * ipAddress = NULL;
result = S_FALSE;
if( StrCmpNI_literal( url, TEXT( "callto:ip:" ) ) ) // Check for ip type without gateway...
{
ipType = url;
ipAddress = url + strlen_literal( TEXT( "callto:ip:" ) );
}
else if( (ipType = StrStrI( url, TEXT( "|ip:" ) )) != NULL ) // Check for ip type with gateway...
{
ipAddress = ipType + strlen_literal( TEXT( "|ip:" ) );
}
if( (ipAddress != NULL) && CCalltoContext::isIPAddress( ipAddress ) )
{
// ip: type was specified for this callto:...
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
resolvedCallto->set_qualifiedName( url );
resolvedCallto->set_confidence( S_CONFIDENCE_HIGH );
result = S_OK;
}
else
{
result = E_OUTOFMEMORY;
}
}
else
{
ipAddress = url + strlen_literal( TEXT( "callto:" ) );
if( CCalltoContext::isIPAddress( ipAddress ) )
{
// It smells like an ip address...
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
TCHAR buffer[ MAX_PATH ];
wsprintf( buffer, TEXT( "callto:ip:%s" ), ipAddress );
resolvedCallto->set_qualifiedName( buffer );
resolvedCallto->set_confidence( S_CONFIDENCE_MEDIUM );
result = S_OK;
}
else
{
result = E_OUTOFMEMORY;
}
}
}
}
return( result );
} // End of CIPResolver::resolve.
//--------------------------------------------------------------------------//
// CComputerResolver::resolve. //
//--------------------------------------------------------------------------//
HRESULT
CComputerResolver::resolve
(
IMutableCalltoCollection * const calltoCollection,
TCHAR * const url
){
HRESULT result = E_INVALIDARG;
if( (calltoCollection != NULL) && (url != NULL) )
{
TCHAR * computerType;
TCHAR * hostName = NULL;
result = S_FALSE;
if( StrCmpNI_literal( url, TEXT( "callto:computer:" ) ) ) // Check for computer type without gateway...
{
computerType = url;
hostName = url + strlen_literal( TEXT( "callto:computer:" ) );
}
else if( (computerType = StrStrI( url, TEXT( "|computer:" ) )) != NULL ) // Check for computer type with gateway...
{
hostName = computerType + strlen_literal( TEXT( "|computer:" ) );
}
if( hostName != NULL )
{
// host: type was specified for this callto:...
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
resolvedCallto->set_qualifiedName( url );
resolvedCallto->set_confidence( S_CONFIDENCE_HIGH );
result = S_OK;
}
else
{
result = E_OUTOFMEMORY;
}
}
else
{
hostName = url + strlen_literal( TEXT( "callto:" ) );
TCHAR * slash = hostName;
// Remove any trailing /....
while( (slash = StrChr( slash, '/' )) != NULL )
{
if( slash[ 1 ] == '\0' )
{
slash[ 0 ] = '\0';
break;
}
slash++;
}
if( (StrChr( hostName, ':' ) == NULL) && // isn't some other type:...
(StrChr( hostName, ' ' ) == NULL) && // doesn't contain spaces...
(StrChr( hostName, '|' ) == NULL) && // doesn't contain a bar (gateway)...
(StrChr( hostName, '/' ) == NULL) && // doesn't contain a slash (ils)...
(StrChr( hostName, '@' ) == NULL) ) // doesn't contain an @...
{
// It smells like a dns host name...
result = E_OUTOFMEMORY;
TCHAR * buffer = new TCHAR [ lstrlen( hostName ) + strlen_literal( TEXT( "callto:computer:%s" ) ) ];
if( buffer != NULL )
{
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
wsprintf( buffer, TEXT( "callto:computer:%s" ), hostName );
resolvedCallto->set_qualifiedName( buffer );
resolvedCallto->set_confidence( StrCmpNI_literal( hostName, TEXT( "\\\\" ) )? S_CONFIDENCE_HIGH: S_CONFIDENCE_MEDIUM );
result = S_OK;
}
delete [] buffer;
}
}
}
}
return( result );
} // End of CComputerResolver::resolve.
//--------------------------------------------------------------------------//
// CILSResolver::resolve. //
//--------------------------------------------------------------------------//
HRESULT
CILSResolver::resolve
(
IMutableCalltoCollection * const calltoCollection,
TCHAR * const url
){
HRESULT result = E_INVALIDARG;
if( (calltoCollection != NULL) && (url != NULL) )
{
const TCHAR * ilsType;
const TCHAR * emailAddress = NULL;
result = S_FALSE;
if( StrCmpNI_literal( url, TEXT( "callto:ils:" ) ) ) // Check for ils type without gateway...
{
ilsType = url;
emailAddress = url + strlen_literal( TEXT( "callto:ils:" ) );
}
else if( (ilsType = StrStrI( url, TEXT( "|ils:" ) )) != NULL ) // Check for ils type with gateway...
{
emailAddress = ilsType + strlen_literal( TEXT( "|ils:" ) );
}
if( emailAddress != NULL )
{
// ils: type was specified for this callto:...
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
resolvedCallto->set_qualifiedName( url );
resolvedCallto->set_confidence( S_CONFIDENCE_HIGH );
result = S_OK;
}
else
{
result = E_OUTOFMEMORY;
}
}
else
{
emailAddress = url + strlen_literal( TEXT( "callto:" ) );
if( (StrChr( emailAddress, ' ' ) == NULL) && // doesn't contain spaces...
(StrChr( emailAddress, '|' ) == NULL) && // doesn't contain a bar (gateway)...
(StrChr( emailAddress, '/' ) != NULL) ) // has a /...
{
// It smells like an ilsserver/emailaddress...
result = E_OUTOFMEMORY;
TCHAR * buffer = new TCHAR [ lstrlen( emailAddress ) + strlen_literal( TEXT( "callto:ils:%s" ) ) ];
if( buffer != NULL )
{
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
wsprintf( buffer, TEXT( "callto:ils:%s" ), emailAddress );
resolvedCallto->set_qualifiedName( buffer );
resolvedCallto->set_confidence( S_CONFIDENCE_MEDIUM );
result = S_OK;
}
delete [] buffer;
}
}
}
}
return( result );
} // End of CILSResolver::resolve.
//--------------------------------------------------------------------------//
// CUnrecognizedTypeResolver::resolve. //
//--------------------------------------------------------------------------//
HRESULT
CUnrecognizedTypeResolver::resolve
(
IMutableCalltoCollection * const calltoCollection,
TCHAR * const url
){
HRESULT result = E_INVALIDARG;
if( (calltoCollection != NULL) && (url != NULL) )
{
TCHAR * type;
TCHAR * unrecognized = url + strlen_literal( TEXT( "callto:" ) );
TCHAR * gateway = NULL;
TCHAR * value = NULL;
result = S_FALSE;
if( ((type = StrChr( unrecognized, ':' )) != NULL) && // Check for a type, but not a known one...
(!StrCmpNI_literal( url, TEXT( "callto:phone:" ) )) && (StrStrI( url, TEXT( "|phone:" ) ) == NULL) && // isn't a phone: type...
(!StrCmpNI_literal( url, TEXT( "callto:email:" ) )) && (StrStrI( url, TEXT( "|email:" ) ) == NULL) && // isn't an email: type...
(!StrCmpNI_literal( url, TEXT( "callto:computer:" ) )) && (StrStrI( url, TEXT( "|computer:" ) ) == NULL) && // isn't a computer: type...
(!StrCmpNI_literal( url, TEXT( "callto:ils:" ) )) && (StrStrI( url, TEXT( "|ils:" ) ) == NULL) && // isn't an ils: type...
(!StrCmpNI_literal( url, TEXT( "callto:ip:" ) )) && (StrStrI( url, TEXT( "|ip:" ) ) == NULL) && // isn't an ip: type...
(!StrCmpNI_literal( url, TEXT( "callto:string:" ) )) && (StrStrI( url, TEXT( "|string:" ) ) == NULL) ) // isn't an string: type...
{
*type++ = NULL;
value = type;
if( (gateway = StrChr( url, '|' )) != NULL ) // Check for a gateway...
{
*gateway++ = NULL;
type = gateway;
gateway = unrecognized;
}
}
if( value != NULL )
{
// Some unrecognized type was specified...
result = E_OUTOFMEMORY;
int length = strlen_literal( TEXT( "callto:|%s" ) ) + lstrlen( value );
if( gateway == NULL )
{
length += lstrlen( unrecognized );
}
else
{
length += lstrlen( gateway ) + lstrlen( type );
}
TCHAR * buffer = new TCHAR [ length ];
if( buffer != NULL )
{
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
if( gateway == NULL )
{
wsprintf( buffer, TEXT( "callto:%s:%s" ), unrecognized, value );
}
else
{
wsprintf( buffer, TEXT( "callto:%s|%s:%s" ), gateway, type, value );
}
resolvedCallto->set_qualifiedName( buffer );
resolvedCallto->set_confidence( S_CONFIDENCE_LOW );
result = S_OK;
}
delete [] buffer;
}
}
}
return( result );
} // End of CUnrecognizedTypeResolver::resolve.
//--------------------------------------------------------------------------//
// CStringResolver::resolve. //
//--------------------------------------------------------------------------//
HRESULT
CStringResolver::resolve
(
IMutableCalltoCollection * const calltoCollection,
TCHAR * const url
){
HRESULT result = E_INVALIDARG;
if( (calltoCollection != NULL) && (url != NULL) )
{
TCHAR * stringType;
TCHAR * string = NULL;
result = S_FALSE;
if( StrCmpNI_literal( url, TEXT( "callto:string:" ) ) ) // Check for string type without gateway...
{
stringType = url;
string = url + strlen_literal( TEXT( "callto:string:" ) );
}
else if( (stringType = StrStrI( url, TEXT( "|string:" ) )) != NULL ) // Check for string type with gateway...
{
string = stringType + strlen_literal( TEXT( "|string:" ) );
}
if( string != NULL )
{
// string: type was specified for this callto:...
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
resolvedCallto->set_qualifiedName( url );
resolvedCallto->set_confidence( S_CONFIDENCE_HIGH );
result = S_OK;
}
else
{
result = E_OUTOFMEMORY;
}
}
else
{
string = url + strlen_literal( TEXT( "callto:" ) );
if( StrChr( string, ':' ) == NULL )
{
// It doesn't have a type so set it to string...
result = E_OUTOFMEMORY;
TCHAR * slash;
TCHAR * buffer = new TCHAR [ lstrlen( string ) + strlen_literal( TEXT( "callto:%s|string:%s" ) ) ];
if( buffer != NULL )
{
ICallto * const resolvedCallto = calltoCollection->get_nextUnused();
if( resolvedCallto != NULL )
{
if( (slash = StrChr( string, '|' )) == NULL ) // Check for a gateway...
{
wsprintf( buffer, TEXT( "callto:string:%s" ), string );
}
else
{
*slash++ = NULL;
wsprintf( buffer, TEXT( "callto:%s|string:%s" ), string, slash );
}
resolvedCallto->set_qualifiedName( buffer );
resolvedCallto->set_confidence( S_CONFIDENCE_LOW );
result = S_OK;
}
delete [] buffer;
}
}
}
}
return( result );
} // End of CStringResolver::resolve.