1 // Copyright (c) 2012 Dennco Project
3 // This program is free software: you can redistribute it and/or modify
4 // it under the terms of the GNU General Public License as published by
5 // the Free Software Foundation, either version 3 of the License, or
6 // (at your option) any later version.
8 // This program is distributed in the hope that it will be useful,
9 // but WITHOUT ANY WARRANTY; without even the implied warranty of
10 // MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
11 // GNU General Public License for more details.
13 // You should have received a copy of the GNU General Public License
14 // along with this program. If not, see <http://www.gnu.org/licenses/>.
17 // Created by tkawata on Sep-30, 2012.
22 #include "TKContainer.h"
31 class DCUIGraphicsScene;
33 #include "dcvcomponent.h"
38 class DCContainer : public TKContainer
43 std::string d_factoryCachedLocation;
44 DCVCRefHolder d_factoryCachedPageObject;
46 QString d_workDirRoot;
47 QString d_workDirCellRoot;
48 QString d_workDirCellCodeRoot;
52 virtual ~DCContainer();
54 bool getIsModified() const;
56 virtual TKCell* addCell(std::string theLocation, std::string theName, std::string type, std::string customScript);
57 virtual TKCell* addCell(std::string theLocation, std::string theName, TKCellCode *cellCode, std::string customScript);
58 virtual TKCellCode* addCellCode(std::string theName, std::string theAPIType, std::string code);
60 virtual TKCell* cellFactory(std::string location, std::string name, std::string type, bool canInterface = true);
61 virtual TKAxon* axonFactory(TKCell *theOwner);
62 virtual TKReceptor* receptorFactory(TKCell *theOwner);
63 virtual TKAxonTerminal* axonTerminalFactory(TKAxon *theOwner);
64 virtual TKCellCode* cellCodeFactory(std::string name, std::string cellapi, std::string code);
67 * @brief remove cell from container and the page (DCVCPage) belonging.
70 * All the axon terminals connected to this cell will also be removed after this.
71 * This expected to only be called from command classes which are defined in dceditcommands.h
73 * @return true for success, false for failure
75 bool removeCell(DCCell *cell);
78 * @brief remove cell code from container and the page (DCVCPage) belonging.
81 * The cells which use the deleting cell code will have empty cell code after this.
82 * This expected to only be called from command classes which are defined in dceditcommands.h
84 * @return true for success, false for failure
86 bool removeCellCode(DCCellCode *cellcode);
91 * @param oldContainerBasedPathName
92 * @param newContainerBasedPathName
94 * Change the name / path for a container file.
95 * All cells, cell codes and connections are updated accordingly.
96 * This expected to be called from command classes which are defined in dceditcommands.h
98 * @return pointer to a page object for the new file path or NULL when this failed.
100 DCVCPage* movePage(const QString &oldContainerBasedPathName, const QString &newContainerBasedPathName);
103 * @brief change the path information of a cell.
105 * @param pageNewContainerBasedPathName
107 * @note This will be called from DCVCCell::changePageBelonging().
108 * This shouldn't be directly called from other methods.
111 bool moveCell(DCCell*cell, const QString& pageNewContainerBasedPathName);
114 * @brief change the path information of a cell code.
116 * @param pageNewContainerBasedPathName
118 * @note This will be called from DCVCCellCode::changePageBelonging().
119 * This shouldn't be directly called from other methods.
122 bool moveCellCodeClass(DCCellCode*cellcode, const QString& pageNewContainerBasedPathName);
124 bool renameCell(DCCell *cell, const QString& newName);
126 bool renameCellCodeClass(DCCellCode *cellcode, const QString& newName);
129 DCContent* getContent() const { return d_content; }
130 DCScene* getScene() const { return d_scene; }
131 QList<DCVComponent*> getSelectedCellObjects() const;
132 virtual float getValue(std::string key) const { Q_UNUSED(key); return 0; }
134 TKCellCode* getEmptyCellCodeClass() const { return mEmptyCellClass; }
135 bool isScriptableCell(DCCell *cell);
138 void setContent(DCContent *content);
140 void unselectCellObjectAll();
142 virtual void setValue(std::string key, float value) { Q_UNUSED(key); Q_UNUSED(value);}
144 virtual void beganParsePage(const char *docRoot, const char *path);
145 virtual void endedParsePage(const char *docRoot, const char *path);
147 void beganBuildContainer();
148 void endedBuildContainer();
150 bool saveCustomScriptToWorkFile(DCCell *cell, std::string customScript);
151 bool saveClassScriptToWorkFile(DCCellCode *cellCode, std::string code);
153 QString sysFilePathToContainerBasedPath(const QString& sysFilePath);
154 QString containerBasedPathToSysFilePath(const QString& containerBasedPath);
156 QString readCustomScriptFromWorkFile(const DCCell *cell);
157 QString readCellCodeScriptFromFile(const DCCellCode *cellcode);
160 /***************************************************************************
162 **************************************************************************/
165 * @brief return the avaiable cell types as the list of QString
168 QList<QString> getAvailableCellTypes() const;
170 QList<QString> getAvailableScriptableCellTypes() const;
173 * @brief check if given cell type can have script
175 * @return true if the given cell type can have script, false if no script avaiable for the cell type.
177 bool getIsScriptable(const QString& type) const;
180 * @brief return if the cell type can accept receptors.
181 * The cell which inputs value from external can not receive value from internal cells.
185 bool getIsReceptorAvailable(const QString& type) const;
189 #endif // DCCONTAINER_H