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#ifndef __MAIL_TYPES_H
#define __MAIL_TYPES_H
#define FLAG_ANSWERED 0
#define FLAG_FLAGGED 1
#define FLAG_DELETED 2
#define FLAG_SEEN 3
#define FLAG_DRAFT 4
#define FLAG_RECENT 5
#include <opie2/osmartpointer.h>
#include <qbitarray.h>
#include <qstring.h>
#include <qstringlist.h>
#include <qmap.h>
#include <q3valuelist.h>
class AbstractMail;
/* a class to describe mails in a mailbox */
/* Attention!
From programmers point of view it would make sense to
store the mail body into this class, too.
But: not from the point of view of the device.
Mailbodies can be real large. So we request them when
needed from the mail-wrapper class direct from the server itself
(imap) or from a file-based cache (pop3?)
So there is no interface "const QString&body()" but you should
make a request to the mailwrapper with this class as parameter to
get the body. Same words for the attachments.
*/
class RecMail:public Opie::Core::ORefCount
{
public:
RecMail();
RecMail(const RecMail&old);
virtual ~RecMail();
bool isEqual( RecMail* r1 );
const unsigned int getNumber()const{return msg_number;}
void setNumber(unsigned int number){msg_number=number;}
const QString&getDate()const{ return date; }
void setDate( const QString&a ) { date = a; }
const QString&getIsoDate()const{ return isodate; }
void setIsoDate( const QString&a ) { isodate = a; }
const QString&getFrom()const{ return from; }
void setFrom( const QString&a ) { from = a; }
const QString&getSubject()const { return subject; }
void setSubject( const QString&s ) { subject = s; }
const QString&getMbox()const{return mbox;}
void setMbox(const QString&box){mbox = box;}
void setMsgid(const QString&id){msg_id=id;}
const QString&Msgid()const{return msg_id;}
void setReplyto(const QString&reply){replyto=reply;}
const QString&Replyto()const{return replyto;}
void setMsgsize(unsigned int size){msg_size = size;}
const unsigned int Msgsize()const{return msg_size;}
const QString MsgsizeString()const {
double s = msg_size;
int w = 0;
s/=1024;
if (s>999.0) {
s/=1024.0;
++w;
}
QString fsize = QString::number( s, 'f', 2 );
if ( w == 0 ) {
fsize += "kB" ;
} else
fsize += "MB" ;
return fsize;
};
void setTo(const QStringList&list);
const QStringList&To()const;
void setCC(const QStringList&list);
const QStringList&CC()const;
void setBcc(const QStringList&list);
const QStringList&Bcc()const;
void setInreply(const QStringList&list);
const QStringList&Inreply()const;
void setReferences(const QStringList&list);
const QStringList&References()const;
const QBitArray&getFlags()const{return msg_flags;}
void setFlags(const QBitArray&flags){msg_flags = flags;}
void setWrapper(AbstractMail*wrapper);
AbstractMail* Wrapper();
// public for debugging
QString subject,date,isodate,from,mbox,msg_id,replyto;
protected:
//QString subject,date,isodate,from,mbox,msg_id,replyto;
unsigned int msg_number,msg_size;
QBitArray msg_flags;
QStringList to,cc,bcc,in_reply_to,references;
AbstractMail*wrapper;
void init();
void copy_old(const RecMail&old);
};
typedef Opie::Core::OSmartPointer<RecMail> RecMailP;
typedef QMap<QString,QString> part_plist_t;
class RecPart:public Opie::Core::ORefCount
{
protected:
QString m_type,m_subtype,m_identifier,m_encoding,m_description;
unsigned int m_lines,m_size;
part_plist_t m_Parameters;
/* describes the position in the mail */
Q3ValueList<int> m_poslist;
public:
RecPart();
RecPart(const RecPart&);
virtual ~RecPart();
const QString&Type()const;
void setType(const QString&type);
const QString&Subtype()const;
void setSubtype(const QString&subtype);
const QString&Identifier()const;
void setIdentifier(const QString&identifier);
const QString&Encoding()const;
void setEncoding(const QString&encoding);
const QString&Description()const;
void setDescription(const QString&desc);
void setLines(unsigned int lines);
const unsigned int Lines()const;
void setSize(unsigned int size);
const unsigned int Size()const;
void setParameters(const part_plist_t&list);
const part_plist_t&Parameters()const;
void addParameter(const QString&key,const QString&value);
const QString searchParamter(const QString&key)const;
void setPositionlist(const Q3ValueList<int>&poslist);
const Q3ValueList<int>& Positionlist()const;
};
typedef Opie::Core::OSmartPointer<RecPart> RecPartP;
class RecBody:public Opie::Core::ORefCount
{
protected:
QString m_BodyText;
QString mCharset;
Q3ValueList<RecPartP> m_PartsList;
RecPartP m_description;
public:
RecBody();
RecBody(const RecBody&old);
virtual ~RecBody();
void setBodytext(const QString&);
const QString& Bodytext()const;
void setCharset(const QString&);
QString getCharset()const;
void setDescription(const RecPartP&des);
const RecPartP& Description()const;
void setParts(const Q3ValueList<RecPartP>&parts);
const Q3ValueList<RecPartP>& Parts()const;
void addPart(const RecPartP&part);
};
typedef Opie::Core::OSmartPointer<RecBody> RecBodyP;
class encodedString
{
public:
encodedString();
/*
creates an new content string.
it makes a deep copy of it!
*/
encodedString(const char*nContent,unsigned int length);
/*
Take over the nContent. Means: it will just copy the pointer, not the content.
so make sure: No one else frees the string, the string has allocated with
malloc for compatibility with c-based libs
*/
encodedString(char*nContent,unsigned int nSize);
/* copy construkor - makes ALWAYS a deep copy!!!! */
encodedString(const encodedString&old);
/* assign operator - makes ALWAYS a deep copy!!!! */
encodedString& operator=(const encodedString&old);
/* destructor - cleans the content */
virtual ~encodedString();
/* returns a pointer to the content - do not delete yoursel! */
const char*Content()const;
/* returns the lengths of the content 'cause it must not be a null-terminated string! */
const int Length()const;
/*
makes a deep copy of nContent!
*/
void setContent(const char*nContent,int nSize);
/*
Take over the nContent. Means: it will just copy the pointer, not the content.
so make sure: No one else frees the string, the string has allocated with
malloc for compatibility with c-based libs
*/
void setContent(char*nContent,int nSize);
protected:
char * content;
unsigned int size;
void init();
void copy_old(const encodedString&old);
void clean();
};
struct folderStat
{
unsigned int message_count;
unsigned int message_unseen;
unsigned int message_recent;
folderStat&operator=(const folderStat&old);
};
#endif
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