xref: /aoo42x/main/soltools/giparser/gi_list.cxx (revision 7a4715d3)
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8  * "License"); you may not use this file except in compliance
9  * with the License.  You may obtain a copy of the License at
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11  *   http://www.apache.org/licenses/LICENSE-2.0
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13  * Unless required by applicable law or agreed to in writing,
14  * software distributed under the License is distributed on an
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16  * KIND, either express or implied.  See the License for the
17  * specific language governing permissions and limitations
18  * under the License.
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21 
22 
23 
24 // MARKER(update_precomp.py): autogen include statement, do not remove
25 #include "precompiled_soltools.hxx"
26 
27 
28 #include <gi_list.hxx>
29 
30 
31 #include <gen_info.hxx>
32 
33 
34 
35 const char C_cKeySeparator = '/';
36 
37 
List_GenericInfo()38 List_GenericInfo::List_GenericInfo()
39 {
40 }
41 
List_GenericInfo(const List_GenericInfo & i_rList)42 List_GenericInfo::List_GenericInfo( const List_GenericInfo & i_rList )
43     :   aChildren(i_rList.aChildren)
44 {
45 }
46 
~List_GenericInfo()47 List_GenericInfo::~List_GenericInfo()
48 {
49 }
50 
51 List_GenericInfo &
operator =(const List_GenericInfo & i_rList)52 List_GenericInfo::operator=( const List_GenericInfo & i_rList )
53 {
54     aChildren = i_rList.aChildren;
55     return *this;
56 }
57 
58 const GenericInfo *
operator [](KeyPath i_sKeyPath) const59 List_GenericInfo::operator[]( KeyPath i_sKeyPath ) const
60 {
61     return const_cast< List_GenericInfo& >(*this)[i_sKeyPath];
62 }
63 
64 GenericInfo *
operator [](KeyPath i_sKeyPath)65 List_GenericInfo::operator[]( KeyPath i_sKeyPath )
66 {
67     bool bExists = false;
68     const char * sNextPathSegment = 0;
69     sub_iterator it = lower_bound(bExists, sNextPathSegment, i_sKeyPath);
70 
71     if ( bExists )
72     {
73         if ( sNextPathSegment == 0 )
74             return (*it);
75         else
76             return (*it)->SubList()[sNextPathSegment];
77     }
78     else
79     {
80         return 0;
81     }
82 }
83 
84 bool
InsertInfo(GenericInfo * let_dpInfo,bool i_bOverwrite)85 List_GenericInfo::InsertInfo( GenericInfo *       let_dpInfo,
86                               bool                i_bOverwrite )
87 {
88     if ( let_dpInfo == 0 )
89         return false;
90 
91     bool bExists = false;
92     const char * sNextPathSegment = 0;
93     sub_iterator it = lower_bound(bExists, sNextPathSegment, let_dpInfo->Key() );
94 
95     if ( ! bExists )
96     {
97         aChildren.insert( it, let_dpInfo );
98     }
99     else if ( i_bOverwrite )
100     {
101         delete (*it);
102         (*it) = let_dpInfo;
103     }
104     else
105     {
106      	delete let_dpInfo;
107         return false;
108     }
109 
110     return true;
111 }
112 
113 bool
InsertInfoByPath(GenericInfo * let_dpInfo,KeyPath i_sKeyPath,bool i_bCreatePath,bool i_bOverwrite)114 List_GenericInfo::InsertInfoByPath( GenericInfo *       let_dpInfo,
115                                     KeyPath             i_sKeyPath,
116                                     bool                i_bCreatePath,
117                                     bool                i_bOverwrite )
118 {
119     if ( let_dpInfo == 0 )
120         return false;
121 
122     if ( i_sKeyPath == 0 ? true : *i_sKeyPath == 0 )
123      	return InsertInfo(let_dpInfo, i_bOverwrite);
124 
125     bool bExists = false;
126     const char * sNextPathSegment = 0;
127     sub_iterator it = lower_bound(bExists, sNextPathSegment, i_sKeyPath);
128 
129     if ( bExists )
130     {
131         return (*it)->SubList().InsertInfoByPath(
132                                     let_dpInfo,
133                                     sNextPathSegment,
134                                     i_bCreatePath,
135                                     i_bOverwrite );
136     }
137     else if ( i_bCreatePath )
138     {
139         Simstr aKey( i_sKeyPath,
140                      0,
141                      sNextPathSegment -
142                         ( *sNextPathSegment == 0 ? 0 : 1)
143                         - i_sKeyPath );
144 
145         GenericInfo * pNew = new GenericInfo(aKey);
146         InsertInfo(pNew,false);
147 
148         return pNew->SubList().InsertInfoByPath(
149                                     let_dpInfo,
150                                     sNextPathSegment,
151                                     i_bCreatePath,
152                                     i_bOverwrite );
153     }
154     else
155     {
156      	delete let_dpInfo;
157         return false;
158     }
159 }
160 
161 GenericInfo *
ReleaseInfo(KeyPath i_sKeyPath)162 List_GenericInfo::ReleaseInfo( KeyPath i_sKeyPath )
163 {
164     bool bExists = false;
165     const char * sNextPathSegment = 0;
166     sub_iterator it = lower_bound(bExists, sNextPathSegment, i_sKeyPath );
167 
168     if ( bExists )
169     {
170         if ( *sNextPathSegment == 0 )
171             return (*it);
172         else
173             return (*it)->SubList().ReleaseInfo(sNextPathSegment);
174     }
175     else
176     {
177      	return 0;
178     }
179 }
180 
181 void
DeleteInfo(KeyPath i_sKeyPath)182 List_GenericInfo::DeleteInfo( KeyPath i_sKeyPath )
183 {
184     bool bExists = false;
185     const char * sNextPathSegment = 0;
186     sub_iterator it = lower_bound(bExists, sNextPathSegment, i_sKeyPath );
187 
188     if ( bExists )
189     {
190         if ( *sNextPathSegment == 0 )
191         {
192             aChildren.remove(it);
193         }
194         else
195         {
196             (*it)->SubList().DeleteInfo(sNextPathSegment);
197         }
198     }
199 }
200 
201 List_GenericInfo::sub_iterator
lower_bound(bool & o_bExists,const char * & o_sNextPathSegment,KeyPath i_sKeyPath)202 List_GenericInfo::lower_bound( bool &              o_bExists,
203                                const char * &      o_sNextPathSegment,
204                                KeyPath             i_sKeyPath )
205 {
206     o_sNextPathSegment = strchr(i_sKeyPath, '/');
207     Simstr sKey( i_sKeyPath, (o_sNextPathSegment == 0 ? strlen(i_sKeyPath) : o_sNextPathSegment++ - i_sKeyPath) );
208     GenericInfo aSearch(sKey);
209 
210     unsigned low = 0;
211     unsigned high = aChildren.size();
212 
213     for ( unsigned cur = high / 2; high > low; cur = (low + high) / 2 )
214     {
215         if ( *aChildren[cur] < aSearch )
216         {
217             low = cur+1;
218         }
219         else
220         {
221             high = cur;
222         }
223     }   // end for
224 
225     o_bExists = low < aChildren.size()
226                     ? !(aSearch < *aChildren[low] )
227                     : false;
228     return &aChildren[low];
229 }
230 
231