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The QContactDetail class provides access to a single, complete detail about a contact. More...
#include <QContactDetail>
Inherited by QContactAddress, QContactAnniversary, QContactAvatar, QContactBirthday, QContactDisplayLabel, QContactEmailAddress, QContactFamily, QContactGender, QContactGeolocation, QContactGuid, QContactName, QContactNickname, QContactNote, QContactOnlineAccount, QContactOrganization, QContactPhoneNumber, QContactSyncTarget, QContactTimestamp, QContactType, and QContactUrl.
QContactDetail () | |
QContactDetail ( const QString & thisDefinitionId ) | |
QContactDetail ( const QContactDetail & other ) | |
virtual | ~QContactDetail () |
QStringList | contexts () const |
QString | definitionName () const |
bool | hasValue ( const QString & key ) const |
bool | isEmpty () const |
QList<QContactActionDescriptor> | preferredActions () const |
bool | removeValue ( const QString & key ) |
void | setContexts ( const QStringList & contexts ) |
void | setContexts ( const QString & context ) |
void | setPreferredActions ( const QList<QContactActionDescriptor> & preferredActions ) |
bool | setValue ( const QString & key, const QVariant & value ) |
T | value ( const QString & key ) const |
QString | value ( const QString & key ) const |
QVariantMap | values () const |
QVariant | variantValue ( const QString & key ) const |
bool | operator!= ( const QContactDetail & other ) const |
QContactDetail & | operator= ( const QContactDetail & other ) |
bool | operator== ( const QContactDetail & other ) const |
QContactDetail ( const QContactDetail & other, const QString & expectedDefinitionId ) | |
QContactDetail & | assign ( const QContactDetail & other, const QString & expectedDefinitionId ) |
Q_DECLARE_CUSTOM_CONTACT_DETAIL |
The QContactDetail class provides access to a single, complete detail about a contact.
All of the information for a contact is stored in one or more QContactDetail objects.
A detail is a group of logically related bits of data - for example, a street address is a single detail that has multiple fields (number, region, country etc). Every QContactDetail has an associated QContactDetailDefinition id that describes the fields, their data type, any restrictions on their values, and any restrictions on creating or updating details of that definition.
A field which is common to all details is the context field. This field is intended to store the context that this detail is associated with. Commonly this will be something like "Home" or "Work", although no limitations are placed on which values may be stored in this field.
It is possible to inherit from QContactDetail to provide convenience or standardized access to values. For example, QContactPhoneNumber provides a convenient API for manipulating a QContactDetail as a phone number, according to the schema.
If you wish to create your own, customized contact detail, you should use the Q_DECLARE_CUSTOM_CONTACT_DETAIL macro in order to ensure proper operation. See the predefined leaf classes (like QContactPhoneNumber, QContactAddress) for more information.
QContactDetail objects act like values. In general, you can assign them to and fro and have reasonable behaviour, like the following example.
QContactPhoneNumber number; number.setNumber("555-1212"); // number.value(QContactPhoneNumber::FieldNumber) == "555-1212"; // number.definitionName() == QContactPhoneNumber::staticType() QContactDetail detail = number; // detail.value(QContactPhoneNumber::FieldNumber) == "555-1212"; // detail.definitionName() == QContactPhoneNumber::staticType() QContactPhoneNumber otherNumber = detail; // otherNumber.number() == "555-1212"; // otherNumber.definitionName() == QContactPhoneNumber::staticType() QContactAddress address = detail; // address is now a default constructed QContactAddress // address.error() == QContactDetail::IncompatibleAssignmentError // address.value(QContactPhoneNumber::FieldNumber) is empty // address.definitionName() == QContactAddress::staticType() QContactAddress otherAddress = number; // otherAddress is now a default constructed QContactAddress // otherAddress.error() == QContactDetail::IncompatibleAssignmentError // otherAddress.value(QContactPhoneNumber::FieldNumber) is empty // otherAddress.definitionName() == QContactAddress::staticType()
See also QContact, QContactDetailDefinition, and Q_DECLARE_CUSTOM_CONTACT_DETAIL.
Constructs a new, empty detail
Constructs a new, empty detail of the definition identified by thisDefinitionId
Constructs a detail that is a copy of other
Constructs a detail that is a copy of other if other is of the expected definition identified by expectedDefinitionId, else constructs a new, empty detail of the definition identified by the expectedDefinitionId
Frees the memory used by this detail
Assigns this detail to other if the definition of other is that identified by the given expectedDefinitionId, else assigns this detail to be a new, empty detail of the definition identified by the given expectedDefinitionId
This is a convenience function to return the Context field of this detail.
It is equivalent to the following code:
value(QContactDetail::FieldContext);
See also setContexts() and value().
Returns the (unique) name of the definition which defines the semantics and structure of this detail
Returns true if this detail has a field with the given key, or false otherwise.
Returns true if no values are contained in this detail. Note that context is stored as a value; hence, if a context is set, this function will return false.
Returns the list of preferred actions for this detail
See also setPreferredActions().
Removes the value stored in this detail for the given key. Returns true if a value was stored for the given key and the operation succeeded, and false otherwise
This is a convenience function that sets the Context field of this detail to the given contexts.
It is equivalent to the following code:
setValue(QContactDetail::FieldContext, contexts);
See also contexts() and setValue().
This is a convenience function that sets the Context field of this detail to the given context. It is useful if the detail is only valid in a single context.
It is equivalent to the following code:
setValue(FieldContext, QStringList(context));
See also setValue().
Sets the preferred actions for this detail to be the given list of preferredActions
See also preferredActions().
Inserts value into the detail for the given key if value is valid. If value is invalid, removes the field with the given key from the detail. Returns true if the given value was set for the key (if the value was valid), or if the given key was removed from detail (if the value was invalid), and returns false if the key was unable to be removed (and the value was invalid)
See also value().
Returns the value stored in this detail for the given key as a QString, or an empty QString if no value for the given key exists
See also setValue().
This is an overloaded function.
Returns the value of the template type associated with the given key
Returns the values stored in this detail
Returns the value stored in this detail for the given key as a QVariant, or an invalid QVariant if no value for the given key exists
Returns true if the values or id of this detail is different to those of the other detail
Assigns this detail to other
Compares this detail to other. Returns true if the definition and values of other are equal to those of this detail
Macro for simplifying declaring custom (leaf) detail classes.
If you are creating a convenience class for a type of QContactDetail, you should use this macro when declaring your class to ensure that it interoperates with other contact functionality.
Here is an example of a class (QContactPhoneNumber) using this macro. Note that the class provides some predefined constants and some convenience methods that return values associated with schema fields.
class Q_CONTACTS_EXPORT QContactPhoneNumber : public QContactDetail { public: #ifdef Q_QDOC const char* DefinitionName; const char* FieldNumber; const char* FieldSubType; const char* SubTypeLandline; const char* SubTypeMobile; const char* SubTypeFacsimile; const char* SubTypePager; const char* SubTypeVoice; const char* SubTypeModem; const char* SubTypeVideo; const char* SubTypeCar; const char* SubTypeBulletinBoardSystem; const char* SubTypeMessagingCapable; const char* SubTypeAssistant; const char* SubTypeDtmfMenu; #else Q_DECLARE_CUSTOM_CONTACT_DETAIL(QContactPhoneNumber, "PhoneNumber") Q_DECLARE_LATIN1_LITERAL(FieldNumber, "PhoneNumber"); Q_DECLARE_LATIN1_LITERAL(FieldSubTypes, "SubTypes"); Q_DECLARE_LATIN1_LITERAL(SubTypeLandline, "Landline"); Q_DECLARE_LATIN1_LITERAL(SubTypeMobile, "Mobile"); Q_DECLARE_LATIN1_LITERAL(SubTypeFacsimile, "Facsimile"); Q_DECLARE_LATIN1_LITERAL(SubTypePager, "Pager"); Q_DECLARE_LATIN1_LITERAL(SubTypeVoice, "Voice"); Q_DECLARE_LATIN1_LITERAL(SubTypeModem, "Modem"); Q_DECLARE_LATIN1_LITERAL(SubTypeVideo, "Video"); Q_DECLARE_LATIN1_LITERAL(SubTypeCar, "Car"); Q_DECLARE_LATIN1_LITERAL(SubTypeBulletinBoardSystem, "BulletinBoardSystem"); Q_DECLARE_LATIN1_LITERAL(SubTypeMessagingCapable, "MessagingCapable"); Q_DECLARE_LATIN1_LITERAL(SubTypeAssistant, "Assistant"); Q_DECLARE_LATIN1_LITERAL(SubTypeDtmfMenu, "DtmfMenu"); #endif void setNumber(const QString& number) {setValue(FieldNumber, number);} QString number() const {return value(FieldNumber);} void setSubTypes(const QStringList& subTypes) {setValue(FieldSubTypes, subTypes);} void setSubTypes(const QString& subType) {setValue(FieldSubTypes, QStringList(subType));} QStringList subTypes() const {return value<QStringList>(FieldSubTypes);} };
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