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729 lines
20 KiB
729 lines
20 KiB
#include <kio/global.h>
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#include <kdebug.h>
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#include <tqstring.h>
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#include <tqcstring.h>
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#include <tqstringlist.h>
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//#include <iostream>
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//using std::cout;
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//using std::endl;
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namespace KioSMTP {
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class Response;
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};
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// fake
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class SMTPProtocol {
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public:
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SMTPProtocol() { clear(); }
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//
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// public members to control the API emulation below:
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//
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int startTLSReturnCode;
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bool usesSSL;
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bool usesTLS;
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int lastErrorCode;
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TQString lastErrorMessage;
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int lastMessageBoxCode;
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TQString lastMessageBoxText;
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TQByteArray nextData;
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int nextDataReturnCode;
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TQStringList caps;
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TDEIO::MetaData metadata;
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void clear() {
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startTLSReturnCode = 1;
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usesSSL = usesTLS = false;
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lastErrorCode = lastMessageBoxCode = 0;
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lastErrorMessage = lastMessageBoxText = TQString::null;
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nextData.resize( 0 );
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nextDataReturnCode = -1;
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caps.clear();
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metadata.clear();
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}
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//
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// emulated API:
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//
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void parseFeatures( const KioSMTP::Response & ) { /* noop */ }
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int startTLS() {
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if ( startTLSReturnCode == 1 )
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usesTLS = true;
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return startTLSReturnCode;
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}
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bool usingSSL() const { return usesSSL; }
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bool usingTLS() const { return usesTLS; }
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bool haveCapability( const char * cap ) const { return caps.contains( cap ); }
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void error( int id, const TQString & msg ) {
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lastErrorCode = id;
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lastErrorMessage = msg;
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}
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void messageBox( int id, const TQString & msg, const TQString & ) {
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lastMessageBoxCode = id;
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lastMessageBoxText = msg;
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}
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void dataReq() { /* noop */ }
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int readData( TQByteArray & ba ) { ba = nextData; return nextDataReturnCode; }
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TQString metaData( const TQString & key ) const { return metadata[key]; }
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};
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#define _SMTP_H
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#define KIOSMTP_COMPARATORS // for TransactionState::operator==
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#include "command.h"
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#include "response.h"
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#include "transactionstate.h"
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#include <assert.h>
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using namespace KioSMTP;
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static const char * foobarbaz = ".Foo bar baz";
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static const unsigned int foobarbaz_len = tqstrlen( foobarbaz );
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static const char * foobarbaz_dotstuffed = "..Foo bar baz";
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static const unsigned int foobarbaz_dotstuffed_len = tqstrlen( foobarbaz_dotstuffed );
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static const char * foobarbaz_lf = ".Foo bar baz\n";
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static const unsigned int foobarbaz_lf_len = tqstrlen( foobarbaz_lf );
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static const char * foobarbaz_crlf = "..Foo bar baz\r\n";
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static const unsigned int foobarbaz_crlf_len = tqstrlen( foobarbaz_crlf );
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static void checkSuccessfulTransferCommand( bool, bool, bool, bool, bool );
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int main( int, char** ) {
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// FIXME: Port this to new API.
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#if 0
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SMTPProtocol smtp;
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Response r;
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TransactionState ts, ts2;
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//
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// EHLO / HELO
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//
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smtp.clear();
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EHLOCommand ehlo( &smtp, "mail.example.com" );
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// flags
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assert( ehlo.closeConnectionOnError() );
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assert( ehlo.mustBeLastInPipeline() );
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assert( !ehlo.mustBeFirstInPipeline() );
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// initial state
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assert( !ehlo.isComplete() );
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assert( !ehlo.doNotExecute( 0 ) );
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assert( !ehlo.needsResponse() );
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// dynamics 1: EHLO succeeds
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assert( ehlo.nextCommandLine( 0 ) == "EHLO mail.example.com\r\n" );
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assert( !ehlo.isComplete() ); // EHLO may fail and we then try HELO
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assert( ehlo.needsResponse() );
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r.clear();
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r.parseLine( "250-mail.example.net\r\n" );
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r.parseLine( "250-PIPELINING\r\n" );
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r.parseLine( "250 8BITMIME\r\n" );
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assert( ehlo.processResponse( r, 0 ) == true );
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assert( ehlo.isComplete() );
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assert( !ehlo.needsResponse() );
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assert( smtp.lastErrorCode == 0 );
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assert( smtp.lastErrorMessage.isNull() );
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// dynamics 2: EHLO fails with "unknown command"
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smtp.clear();
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EHLOCommand ehlo2( &smtp, "mail.example.com" );
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ehlo2.nextCommandLine( 0 );
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r.clear();
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r.parseLine( "500 unknown command\r\n" );
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assert( ehlo2.processResponse( r, 0 ) == true );
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assert( !ehlo2.isComplete() );
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assert( !ehlo2.needsResponse() );
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assert( ehlo2.nextCommandLine( 0 ) == "HELO mail.example.com\r\n" );
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assert( ehlo2.isComplete() );
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assert( ehlo2.needsResponse() );
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r.clear();
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r.parseLine( "250 mail.example.net\r\n" );
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assert( ehlo2.processResponse( r, 0 ) == true );
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assert( !ehlo2.needsResponse() );
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assert( smtp.lastErrorCode == 0 );
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assert( smtp.lastErrorMessage.isNull() );
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// dynamics 3: EHLO fails with unknown response code
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smtp.clear();
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EHLOCommand ehlo3( &smtp, "mail.example.com" );
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ehlo3.nextCommandLine( 0 );
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r.clear();
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r.parseLine( "545 you don't know me\r\n" );
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assert( ehlo3.processResponse( r, 0 ) == false );
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assert( ehlo3.isComplete() );
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assert( !ehlo3.needsResponse() );
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assert( smtp.lastErrorCode == TDEIO::ERR_UNKNOWN );
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// dynamics 4: EHLO _and_ HELO fail with "command unknown"
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smtp.clear();
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EHLOCommand ehlo4( &smtp, "mail.example.com" );
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ehlo4.nextCommandLine( 0 );
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r.clear();
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r.parseLine( "500 unknown command\r\n" );
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ehlo4.processResponse( r, 0 );
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ehlo4.nextCommandLine( 0 );
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r.clear();
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r.parseLine( "500 unknown command\r\n" );
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assert( ehlo4.processResponse( r, 0 ) == false );
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assert( ehlo4.isComplete() );
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assert( !ehlo4.needsResponse() );
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assert( smtp.lastErrorCode == TDEIO::ERR_INTERNAL_SERVER );
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//
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// STARTTLS
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//
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smtp.clear();
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StartTLSCommand tls( &smtp );
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// flags
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assert( tls.closeConnectionOnError() );
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assert( tls.mustBeLastInPipeline() );
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assert( !tls.mustBeFirstInPipeline() );
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// initial state
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assert( !tls.isComplete() );
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assert( !tls.doNotExecute( 0 ) );
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assert( !tls.needsResponse() );
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// dynamics 1: ok from server, TLS negotiation successful
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ts.clear();
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ts2 = ts;
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assert( tls.nextCommandLine( &ts ) == "STARTTLS\r\n" );
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assert( ts == ts2 );
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assert( tls.isComplete() );
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assert( tls.needsResponse() );
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r.clear();
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r.parseLine( "220 Go ahead" );
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smtp.startTLSReturnCode = 1;
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assert( tls.processResponse( r, &ts ) == true );
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assert( !tls.needsResponse() );
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assert( smtp.lastErrorCode == 0 );
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// dynamics 2: NAK from server
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smtp.clear();
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StartTLSCommand tls2( &smtp );
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ts.clear();
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tls2.nextCommandLine( &ts );
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r.clear();
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r.parseLine( "454 TLS temporarily disabled" );
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smtp.startTLSReturnCode = 1;
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assert( tls2.processResponse( r, &ts ) == false );
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assert( !tls2.needsResponse() );
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assert( smtp.lastErrorCode == TDEIO::ERR_SERVICE_NOT_AVAILABLE );
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// dynamics 3: ok from server, TLS negotiation unsuccessful
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smtp.clear();
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StartTLSCommand tls3( &smtp );
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ts.clear();
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tls3.nextCommandLine( &ts );
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r.clear();
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r.parseLine( "220 Go ahead" );
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smtp.startTLSReturnCode = -1;
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assert( tls.processResponse( r, &ts ) == false );
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assert( !tls.needsResponse() );
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//
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// AUTH
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//
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smtp.clear();
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TQStrIList mechs;
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mechs.append( "PLAIN" );
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smtp.metadata["sasl"] = "PLAIN";
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AuthCommand auth( &smtp, mechs, "user", "pass" );
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// flags
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assert( auth.closeConnectionOnError() );
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assert( auth.mustBeLastInPipeline() );
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assert( !auth.mustBeFirstInPipeline() );
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// initial state
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assert( !auth.isComplete() );
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assert( !auth.doNotExecute( 0 ) );
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assert( !auth.needsResponse() );
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// dynamics 1: TLS, so AUTH should include initial-response:
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smtp.usesTLS = true;
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ts.clear();
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ts2 = ts;
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assert( auth.nextCommandLine( &ts ) == "AUTH PLAIN dXNlcgB1c2VyAHBhc3M=\r\n" );
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assert( auth.isComplete() );
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assert( auth.needsResponse() );
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assert( ts == ts2 );
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r.clear();
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r.parseLine( "250 OK" );
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// dynamics 2: No TLS, so AUTH should not include initial-response:
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smtp.clear();
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smtp.metadata["sasl"] = "PLAIN";
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smtp.usesTLS = false;
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AuthCommand auth2( &smtp, mechs, "user", "pass" );
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ts.clear();
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assert( auth2.nextCommandLine( &ts ) == "AUTH PLAIN\r\n" );
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assert( !auth2.isComplete() );
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assert( auth2.needsResponse() );
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r.clear();
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r.parseLine( "334 Go on" );
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assert( auth2.processResponse( r, &ts ) == true );
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assert( auth2.nextCommandLine( &ts ) == "dXNlcgB1c2VyAHBhc3M=\r\n" );
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assert( auth2.isComplete() );
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assert( auth2.needsResponse() );
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// dynamics 3: LOGIN
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smtp.clear();
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smtp.metadata["sasl"] = "LOGIN";
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mechs.clear();
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mechs.append( "LOGIN" );
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AuthCommand auth3( &smtp, mechs, "user", "pass" );
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ts.clear();
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ts2 = ts;
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assert( auth3.nextCommandLine( &ts ) == "AUTH LOGIN\r\n" );
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assert( !auth3.isComplete() );
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assert( auth3.needsResponse() );
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r.clear();
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r.parseLine( "334 VXNlcm5hbWU6" );
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assert( auth3.processResponse( r, &ts ) == true );
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assert( !auth3.needsResponse() );
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assert( auth3.nextCommandLine( &ts ) == "dXNlcg==\r\n" );
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assert( !auth3.isComplete() );
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assert( auth3.needsResponse() );
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r.clear();
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r.parseLine( "334 go on" );
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assert( auth3.processResponse( r, &ts ) == true );
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assert( !auth3.needsResponse() );
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assert( auth3.nextCommandLine( &ts ) == "cGFzcw==\r\n" );
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assert( auth3.isComplete() );
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assert( auth3.needsResponse() );
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r.clear();
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r.parseLine( "250 OK" );
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assert( auth3.processResponse( r, &ts ) == true );
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assert( !auth3.needsResponse() );
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assert( !smtp.lastErrorCode );
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assert( ts == ts2 );
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//
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// MAIL FROM:
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//
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smtp.clear();
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MailFromCommand mail( &smtp, "joe@user.org" );
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// flags
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assert( !mail.closeConnectionOnError() );
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assert( !mail.mustBeLastInPipeline() );
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assert( !mail.mustBeFirstInPipeline() );
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// initial state
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assert( !mail.isComplete() );
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assert( !mail.doNotExecute( 0 ) );
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assert( !mail.needsResponse() );
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// dynamics: success, no size, no 8bit
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ts.clear();
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ts2 = ts;
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assert( mail.nextCommandLine( &ts ) == "MAIL FROM:<joe@user.org>\r\n" );
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assert( ts2 == ts );
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assert( mail.isComplete() );
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assert( mail.needsResponse() );
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r.clear();
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r.parseLine( "250 Ok" );
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assert( mail.processResponse( r, &ts ) == true );
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assert( !mail.needsResponse() );
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assert( ts == ts2 );
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assert( smtp.lastErrorCode == 0 );
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// dynamics: success, size, 8bit, but no SIZE, 8BITMIME caps
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smtp.clear();
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MailFromCommand mail2( &smtp, "joe@user.org", true, 500 );
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ts.clear();
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ts2 = ts;
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assert( mail2.nextCommandLine( &ts ) == "MAIL FROM:<joe@user.org>\r\n" );
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assert( ts == ts2 );
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// dynamics: success, size, 8bit, SIZE, 8BITMIME caps
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smtp.clear();
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MailFromCommand mail3( &smtp, "joe@user.org", true, 500 );
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ts.clear();
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ts2 = ts;
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smtp.caps << "SIZE" << "8BITMIME" ;
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assert( mail3.nextCommandLine( &ts ) == "MAIL FROM:<joe@user.org> BODY=8BITMIME SIZE=500\r\n" );
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assert( ts == ts2 );
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// dynamics: failure
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smtp.clear();
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MailFromCommand mail4( &smtp, "joe@user.org" );
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ts.clear();
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mail4.nextCommandLine( &ts );
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r.clear();
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r.parseLine( "503 Bad sequence of commands" );
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assert( mail4.processResponse( r, &ts ) == false );
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assert( mail4.isComplete() );
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assert( !mail4.needsResponse() );
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assert( ts.failed() );
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assert( !ts.failedFatally() );
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assert( smtp.lastErrorCode == 0 );
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//
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// RCPT TO:
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//
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smtp.clear();
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RcptToCommand rcpt( &smtp, "joe@user.org" );
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// flags
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assert( !rcpt.closeConnectionOnError() );
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assert( !rcpt.mustBeLastInPipeline() );
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assert( !rcpt.mustBeFirstInPipeline() );
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// initial state
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assert( !rcpt.isComplete() );
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assert( !rcpt.doNotExecute( 0 ) );
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assert( !rcpt.needsResponse() );
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// dynamics: success
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ts.clear();
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ts2 = ts;
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assert( rcpt.nextCommandLine( &ts ) == "RCPT TO:<joe@user.org>\r\n" );
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assert( ts == ts2 );
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assert( rcpt.isComplete() );
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assert( rcpt.needsResponse() );
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r.clear();
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r.parseLine( "250 Ok" );
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assert( rcpt.processResponse( r, &ts ) == true );
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assert( !rcpt.needsResponse() );
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assert( ts.atLeastOneRecipientWasAccepted() );
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assert( !ts.haveRejectedRecipients() );
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assert( !ts.failed() );
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assert( !ts.failedFatally() );
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assert( smtp.lastErrorCode == 0 );
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// dynamics: failure
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smtp.clear();
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RcptToCommand rcpt2( &smtp, "joe@user.org" );
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ts.clear();
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rcpt2.nextCommandLine( &ts );
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r.clear();
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r.parseLine( "530 5.7.1 Relaying not allowed!" );
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assert( rcpt2.processResponse( r, &ts ) == false );
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assert( rcpt2.isComplete() );
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assert( !rcpt2.needsResponse() );
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assert( !ts.atLeastOneRecipientWasAccepted() );
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assert( ts.haveRejectedRecipients() );
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assert( ts.rejectedRecipients().count() == 1 );
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assert( ts.rejectedRecipients().front().recipient == "joe@user.org" );
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assert( ts.failed() );
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assert( !ts.failedFatally() );
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assert( smtp.lastErrorCode == 0 );
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// dynamics: success and failure combined
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smtp.clear();
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RcptToCommand rcpt3( &smtp, "info@example.com" );
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RcptToCommand rcpt4( &smtp, "halloween@microsoft.com" );
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RcptToCommand rcpt5( &smtp, "joe@user.org" );
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ts.clear();
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rcpt3.nextCommandLine( &ts );
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r.clear();
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r.parseLine( "530 5.7.1 Relaying not allowed!" );
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rcpt3.processResponse( r, &ts );
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rcpt4.nextCommandLine( &ts );
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r.clear();
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r.parseLine( "250 Ok" );
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rcpt4.processResponse( r, &ts );
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rcpt5.nextCommandLine( &ts );
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r.clear();
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r.parseLine( "250 Ok" );
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assert( ts.failed() );
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assert( !ts.failedFatally() );
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assert( ts.haveRejectedRecipients() );
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assert( ts.atLeastOneRecipientWasAccepted() );
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assert( smtp.lastErrorCode == 0 );
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//
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// DATA (init)
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//
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smtp.clear();
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DataCommand data( &smtp );
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// flags
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assert( !data.closeConnectionOnError() );
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assert( data.mustBeLastInPipeline() );
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assert( !data.mustBeFirstInPipeline() );
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// initial state
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assert( !data.isComplete() );
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assert( !data.doNotExecute( 0 ) );
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assert( !data.needsResponse() );
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// dynamics: success
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ts.clear();
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assert( data.nextCommandLine( &ts ) == "DATA\r\n" );
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assert( data.isComplete() );
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assert( data.needsResponse() );
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assert( ts.dataCommandIssued() );
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assert( !ts.dataCommandSucceeded() );
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r.clear();
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r.parseLine( "354 Send data, end in <CR><LF>.<CR><LF>" );
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assert( data.processResponse( r, &ts ) == true );
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assert( !data.needsResponse() );
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assert( ts.dataCommandSucceeded() );
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assert( ts.dataResponse() == r );
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assert( smtp.lastErrorCode == 0 );
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// dynamics: failure
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smtp.clear();
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DataCommand data2( &smtp );
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ts.clear();
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data2.nextCommandLine( &ts );
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r.clear();
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r.parseLine( "551 No valid recipients" );
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assert( data2.processResponse( r, &ts ) == false );
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assert( !data2.needsResponse() );
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assert( !ts.dataCommandSucceeded() );
|
|
assert( ts.dataResponse() == r );
|
|
assert( smtp.lastErrorCode == 0 );
|
|
|
|
//
|
|
// DATA (transfer)
|
|
//
|
|
|
|
TransferCommand xfer( &smtp, 0 );
|
|
// flags
|
|
assert( !xfer.closeConnectionOnError() );
|
|
assert( !xfer.mustBeLastInPipeline() );
|
|
assert( xfer.mustBeFirstInPipeline() );
|
|
|
|
// initial state
|
|
assert( !xfer.isComplete() );
|
|
assert( !xfer.needsResponse() );
|
|
|
|
// dynamics 1: DATA command failed
|
|
ts.clear();
|
|
r.clear();
|
|
r.parseLine( "551 no valid recipients" );
|
|
ts.setDataCommandIssued( true );
|
|
ts.setDataCommandSucceeded( false, r );
|
|
assert( xfer.doNotExecute( &ts ) );
|
|
|
|
// dynamics 2: some recipients rejected, but not all
|
|
smtp.clear();
|
|
TransferCommand xfer2( &smtp, 0 );
|
|
ts.clear();
|
|
ts.setRecipientAccepted();
|
|
ts.addRejectedRecipient( "joe@user.org", "No relaying allowed" );
|
|
ts.setDataCommandIssued( true );
|
|
r.clear();
|
|
r.parseLine( "354 go on" );
|
|
ts.setDataCommandSucceeded( true, r );
|
|
// ### will change with allow-partial-delivery option:
|
|
assert( xfer.doNotExecute( &ts ) );
|
|
|
|
// successful dynamics with all combinations of:
|
|
enum {
|
|
EndInLF = 1,
|
|
PerformDotStuff = 2,
|
|
UngetLast = 4,
|
|
Preloading = 8,
|
|
Error = 16,
|
|
EndOfOptions = 32
|
|
};
|
|
for ( unsigned int i = 0 ; i < EndOfOptions ; ++i )
|
|
checkSuccessfulTransferCommand( i & Error, i & Preloading, i & UngetLast,
|
|
i & PerformDotStuff, i & EndInLF );
|
|
|
|
//
|
|
// NOOP
|
|
//
|
|
|
|
smtp.clear();
|
|
NoopCommand noop( &smtp );
|
|
// flags
|
|
assert( !noop.closeConnectionOnError() );
|
|
assert( noop.mustBeLastInPipeline() );
|
|
assert( !noop.mustBeFirstInPipeline() );
|
|
|
|
// initial state
|
|
assert( !noop.isComplete() );
|
|
assert( !noop.doNotExecute( &ts ) );
|
|
assert( !noop.needsResponse() );
|
|
|
|
// dynamics: success (failure is tested with RSET)
|
|
assert( noop.nextCommandLine( 0 ) == "NOOP\r\n" );
|
|
assert( noop.isComplete() );
|
|
assert( noop.needsResponse() );
|
|
r.clear();
|
|
r.parseLine( "250 Ok" );
|
|
assert( noop.processResponse( r, 0 ) == true );
|
|
assert( noop.isComplete() );
|
|
assert( !noop.needsResponse() );
|
|
assert( smtp.lastErrorCode == 0 );
|
|
assert( smtp.lastErrorMessage.isNull() );
|
|
|
|
//
|
|
// RSET
|
|
//
|
|
|
|
smtp.clear();
|
|
RsetCommand rset( &smtp );
|
|
// flags
|
|
assert( rset.closeConnectionOnError() );
|
|
assert( !rset.mustBeLastInPipeline() );
|
|
assert( !rset.mustBeFirstInPipeline() );
|
|
|
|
// initial state
|
|
assert( !rset.isComplete() );
|
|
assert( !rset.doNotExecute( &ts ) );
|
|
assert( !rset.needsResponse() );
|
|
|
|
// dynamics: failure (success is tested with NOOP/QUIT)
|
|
assert( rset.nextCommandLine( 0 ) == "RSET\r\n" );
|
|
assert( rset.isComplete() );
|
|
assert( rset.needsResponse() );
|
|
r.clear();
|
|
r.parseLine( "502 command not implemented" );
|
|
assert( rset.processResponse( r, 0 ) == false );
|
|
assert( rset.isComplete() );
|
|
assert( !rset.needsResponse() );
|
|
assert( smtp.lastErrorCode == 0 ); // an RSET failure isn't worth it, is it?
|
|
assert( smtp.lastErrorMessage.isNull() );
|
|
|
|
//
|
|
// QUIT
|
|
//
|
|
|
|
smtp.clear();
|
|
QuitCommand quit( &smtp );
|
|
// flags
|
|
assert( quit.closeConnectionOnError() );
|
|
assert( quit.mustBeLastInPipeline() );
|
|
assert( !quit.mustBeFirstInPipeline() );
|
|
|
|
// initial state
|
|
assert( !quit.isComplete() );
|
|
assert( !quit.doNotExecute( 0 ) );
|
|
assert( !quit.needsResponse() );
|
|
|
|
// dynamics 1: success
|
|
assert( quit.nextCommandLine( 0 ) == "QUIT\r\n" );
|
|
assert( quit.isComplete() );
|
|
assert( quit.needsResponse() );
|
|
r.clear();
|
|
r.parseLine( "221 Goodbye" );
|
|
assert( quit.processResponse( r, 0 ) == true );
|
|
assert( quit.isComplete() );
|
|
assert( !quit.needsResponse() );
|
|
assert( smtp.lastErrorCode == 0 );
|
|
assert( smtp.lastErrorMessage.isNull() );
|
|
|
|
// dynamics 2: success
|
|
smtp.clear();
|
|
QuitCommand quit2( &smtp );
|
|
quit2.nextCommandLine( 0 );
|
|
r.clear();
|
|
r.parseLine( "500 unknown command" );
|
|
assert( quit2.processResponse( r, 0 ) == false );
|
|
assert( quit2.isComplete() );
|
|
assert( !quit2.needsResponse() );
|
|
assert( smtp.lastErrorCode == 0 ); // an QUIT failure isn't worth it, is it?
|
|
assert( smtp.lastErrorMessage.isNull() );
|
|
#endif
|
|
|
|
return 0;
|
|
}
|
|
|
|
void checkSuccessfulTransferCommand( bool error, bool preload, bool ungetLast,
|
|
bool slaveDotStuff, bool mailEndsInNewline ) {
|
|
kdDebug() << " ===== checkTransferCommand( "
|
|
<< error << ", "
|
|
<< preload << ", "
|
|
<< ungetLast << ", "
|
|
<< slaveDotStuff << ", "
|
|
<< mailEndsInNewline << " ) =====" << endl;
|
|
|
|
SMTPProtocol smtp;
|
|
if ( slaveDotStuff )
|
|
smtp.metadata["lf2crlf+dotstuff"] = "slave";
|
|
|
|
Response r;
|
|
|
|
const char * s_pre = slaveDotStuff ?
|
|
mailEndsInNewline ? foobarbaz_lf : foobarbaz
|
|
:
|
|
mailEndsInNewline ? foobarbaz_crlf : foobarbaz_dotstuffed ;
|
|
const unsigned int s_pre_len = tqstrlen( s_pre );
|
|
|
|
const char * s_post = mailEndsInNewline ? foobarbaz_crlf : foobarbaz_dotstuffed ;
|
|
//const unsigned int s_post_len = tqstrlen( s_post );
|
|
|
|
TransferCommand xfer( &smtp, preload ? s_post : 0 );
|
|
|
|
TransactionState ts;
|
|
ts.setRecipientAccepted();
|
|
ts.setDataCommandIssued( true );
|
|
r.clear();
|
|
r.parseLine( "354 ok" );
|
|
ts.setDataCommandSucceeded( true, r );
|
|
assert( !xfer.doNotExecute( &ts ) );
|
|
if ( preload ) {
|
|
assert( xfer.nextCommandLine( &ts ) == s_post );
|
|
assert( !xfer.isComplete() );
|
|
assert( !xfer.needsResponse() );
|
|
assert( !ts.failed() );
|
|
assert( smtp.lastErrorCode == 0 );
|
|
}
|
|
smtp.nextData.duplicate( s_pre, s_pre_len );
|
|
smtp.nextDataReturnCode = s_pre_len;
|
|
assert( xfer.nextCommandLine( &ts ) == s_post );
|
|
assert( !xfer.isComplete() );
|
|
assert( !xfer.needsResponse() );
|
|
assert( !ts.failed() );
|
|
assert( smtp.lastErrorCode == 0 );
|
|
smtp.nextData.resize( 0 );
|
|
smtp.nextDataReturnCode = 0;
|
|
if ( ungetLast ) {
|
|
xfer.ungetCommandLine( xfer.nextCommandLine( &ts ), &ts );
|
|
assert( !xfer.isComplete() );
|
|
assert( !xfer.needsResponse() );
|
|
assert( !ts.complete() );
|
|
smtp.nextDataReturnCode = -1; // double read -> error
|
|
}
|
|
if ( mailEndsInNewline )
|
|
assert( xfer.nextCommandLine( &ts ) == ".\r\n" );
|
|
else
|
|
assert( xfer.nextCommandLine( &ts ) == "\r\n.\r\n" );
|
|
assert( xfer.isComplete() );
|
|
assert( xfer.needsResponse() );
|
|
assert( !ts.complete() );
|
|
assert( !ts.failed() );
|
|
assert( smtp.lastErrorCode == 0 );
|
|
r.clear();
|
|
if ( error ) {
|
|
r.parseLine( "552 Exceeded storage allocation" );
|
|
assert( xfer.processResponse( r, &ts ) == false );
|
|
assert( !xfer.needsResponse() );
|
|
assert( ts.complete() );
|
|
assert( ts.failed() );
|
|
assert( smtp.lastErrorCode == TDEIO::ERR_DISK_FULL );
|
|
} else {
|
|
r.parseLine( "250 Message accepted" );
|
|
assert( xfer.processResponse( r, &ts ) == true );
|
|
assert( !xfer.needsResponse() );
|
|
assert( ts.complete() );
|
|
assert( !ts.failed() );
|
|
assert( smtp.lastErrorCode == 0 );
|
|
}
|
|
};
|
|
|
|
#define NDEBUG
|
|
|
|
#include "command.cc"
|
|
#include "response.cc"
|
|
#include "transactionstate.cc"
|