diff options
Diffstat (limited to 'kab/addressbook.h')
| -rw-r--r-- | kab/addressbook.h | 32 |
1 files changed, 16 insertions, 16 deletions
diff --git a/kab/addressbook.h b/kab/addressbook.h index 5057c990c..20ebe4379 100644 --- a/kab/addressbook.h +++ b/kab/addressbook.h @@ -127,7 +127,7 @@ class CategoriesMap : public TQMap<int, TQString> * keys). Of course, in different files a key might be used twice. <BR> * The keys are objects of the type KabKey and define the section in the * addressbook database where the entry is stored (see QConfigDB - * reference). Keys invalidate on file changes, so keep track of the + * reference). Keys tqinvalidate on file changes, so keep track of the * signal ::changed. <BR> * kab watches file changes. If the opened file changes on disk, it is * automatically reloaded and ::changed() is emitted. @@ -146,7 +146,7 @@ class CategoriesMap : public TQMap<int, TQString> * \par The mirror map * The entries are stored in the QConfigDB object ::data which represents the * currently opened file. In every file there is a section with the name - * <TT> entries </TT> that contains a subsection for every entry. The name of + * <TT> entries </TT> that tqcontains a subsection for every entry. The name of * the subsection is the key of the entry. <BR> * When retrieving the sections, they are ordered alphabetically by their keys. * This is not what users expect, since the keys show the insertion order of @@ -157,10 +157,10 @@ class CategoriesMap : public TQMap<int, TQString> * created as a combination of the entry data, and then displayed in aphabetical * order in the selector combobox. This map is called the mirror map throughout * the documentation. It is created or updated every time the database changes. - * Thus the way to find a special entry is: <OL> + * Thus the way to tqfind a special entry is: <OL> * <LI> the user selects an item in the selector combo box, returning its * index, </LI> - * <LI> the index is used to find the key of the entry in the mirror map, </LI> + * <LI> the index is used to tqfind the key of the entry in the mirror map, </LI> * <LI> and finally the entry is retrieved by its key from the database. </LI> * </OL> * To modify the sorting order, the way to create the entry descriptors in the @@ -230,9 +230,9 @@ public: * First of all, kab II data files (that usually end with \c .kab, while in * kab 1 the fixed file name was \c addressbook.database) have two main * sections (see the documentation of the QConfigDB and Section classes), - * one is called \c config, it contains different file specific + * one is called \c config, it tqcontains different file specific * configuration settings like the last displayed entry, and one section - * called \c entries that in turn contains a subsection for each entry in + * called \c entries that in turn tqcontains a subsection for each entry in * the database file. The keys of this subsections are the literal strings * that are used in the KabKey class in the member KabKey::key. Each entry * subsection has some key-value-pairs described below and another @@ -260,15 +260,15 @@ public: * ... (more entries may follow) * [END] </PRE> <BR> * - * \par The fields an entry contains - * An entry contains all settings that are expected to be unique for all + * \par The fields an entry tqcontains + * An entry tqcontains all settings that are expected to be unique for all * addresses directly as key-value-pairs. Everything that is part of a * specific address of this person is part of an object of the member list * \c addresses referenced in the next paragraph. <BR> * The keys defined directly in the entry sections are: <DL> * <DT>title<DT><DD> The title of that person. </DD> * <DT>rank<DT><DD>A possible military rank of that person. </DD> - * <DT>fn<DT><DD>The formatted name. If it is not empty, it replaces the + * <DT>fn<DT><DD>The formatted name. If it is not empty, it tqreplaces the * standard combination of the other name fields in the address * display. </DD> * <DT>nameprefix<DT><DD>A possible name prefix. </DD> @@ -290,7 +290,7 @@ public: * See the next section for a description of the addresses subsections. * * \par The fields of the addresses subsections - * The section for each entry contains a subsection \c addresses with + * The section for each entry tqcontains a subsection \c addresses with * in turn a subsection for each address. The addresses are enumerated * in the order they are inserted, their keys are the numbers of * inserting converted to a string. <BR> @@ -416,7 +416,7 @@ public: TQStringList emails; /**< The email addresses. */ TQStringList keywords; /**< The user defined keywords for searching. */ /** - * Telephon numbers and types. This list contains combinations of telephone + * Telephon numbers and types. This list tqcontains combinations of telephone * numbers and the types of the phones, in this order. See enum * Telephone above. */ @@ -506,7 +506,7 @@ public: * firstname (add. name) last name, * if it is true, + last name, first name (add. name). - * If \a initials is true, the text contains initials only: + * If \a initials is true, the text tqcontains initials only: * f. a. name [with reverse==false] or * name, f. a. [with reverse==true]. * If there is no entry with this key, the method returns ::NoSuchEntry. @@ -572,7 +572,7 @@ public: ErrorCode createConfigFile(); ErrorCode loadConfigFile(); /**< Load the local configuration file. */ // ErrorCode configureKab(); /**< Open the configuration dialog for the KabAPI. */ - // TQSize sizeHint(); /**< The preferred (minimal) size of the view. */ // ni + // TQSize tqsizeHint(); /**< The preferred (minimal) size of the view. */ // ni /** * This method parses a vCard and creates an Entry object from it. */ @@ -597,7 +597,7 @@ public: */ ErrorCode categories(CategoriesMap& categories); /** - * Modify the categories for this addressbook. The map given will replace the + * Modify the categories for this addressbook. The map given will tqreplace the * previoulsy stored one. */ ErrorCode setCategories(const CategoriesMap& categories); @@ -630,12 +630,12 @@ protected: KabKey nextAvailEntryKey(); /** * Returns true if both pathes point to the same file. - * The method resolves relative file names to find this out. + * The method resolves relative file names to tqfind this out. */ bool isSameFile(const TQString& a, const TQString& b); /** * Parse the section and copy its contents into \a entry. - * The method expects a subsection called \e addresses that contains a + * The method expects a subsection called \e addresses that tqcontains a * number of subsections each containing data for one Entry::Address object. * All other fields are copied directly into the members of \a entry. */ |