"; break; case 1: out << "

#include #include #include #include #include #include "mindgen_funcs.h" using namespace std; struct tag_struct { string name; map params; bool is_closed; bool is_closing; }; void indent(ostream& _out, int _count); void write_initial_html(ostream& _out, int _part); void write_node_recursive(ostream& _out, const MindNode* _root, int _indent_count); void get_tag(istream& _in, string& _content); void generate_map(string& _content, tag_struct& _tag); // DEFININTIONS void indent(ostream& out, int count) { for (int i = 0; i < count; ++i) { out << "\t"; } } void write_initial_html(ostream& out, int part) { switch (part) { case 0: out << "" << endl; out << "" << endl; out << "" << endl; out << "" << endl; out << "\t" << endl; out << "\t\t" << endl; out << "\t\t"; break; case 1: out << "" << endl; out << "\t\t" << endl; out << "\t\t" << endl; out << "\t" << endl; out << "\t" << endl; out << "\t\t

" << endl; out << "\t\t\tExpand" << endl; out << "\t\t\t-" << endl; out << "\t\t\tCollapse" << endl; out << "\t\t

" << endl; out << "\t\t

" << endl; out << "\t\t\t

" << endl; break; case 2: out << "\t\t\t" << endl; out << "\t\t

" << endl; out << "\t" << endl; out << "" << endl; break; } } void write_node_recursive(ostream& out, const MindNode* root, int indent_count) { while (NULL != root) { indent(out, indent_count); if (NULL == root->getFirstChild()) { out << "

getID() << "FM\">" << endl; } else { out << "

getID() << "FM\">" << endl; } // If there are icons - print them if (!root->getIcons().empty()) { vector icons = root->getIcons(); for (vector::iterator it = icons.begin(); it != icons.end(); ++it) { indent(out, indent_count + 1); out << "

" << endl; } } indent(out, indent_count + 1); out << "

" << endl; indent(out, indent_count + 2); if (!root->getLink().empty()) { out << "getLink() << "\">"; } out << root->getText(); if (!root->getLink().empty()) { out << "" << endl; indent(out, indent_count + 2); out << "getLink() << "\">" << endl; indent(out, indent_count + 3); out << "

" << endl; indent(out, indent_count + 2); out << ""; } out << endl; indent(out, indent_count + 1); out << "

" << endl; if (NULL != root->getFirstChild()) { indent(out, indent_count + 1); out << "

" << endl; write_node_recursive(out, root->getFirstChild(), indent_count + 2); indent(out, indent_count + 1); out << "" << endl; } indent(out, indent_count); out << "

" << endl; root = root->getNextNode(); } } void get_tag(istream& in, string& content) { char symbol; in.get(symbol); while ('>' != symbol) { content += symbol; in.get(symbol); } } void generate_map(string& content, tag_struct& tag) { size_t index; string name; string value; tag.params.clear(); tag.name.clear(); tag.is_closed = false; tag.is_closing = false; // Removes header / trailer slashes and skips comments if ('/' == content[0]) { tag.is_closing = true; content.erase(0, 1); } if ('/' == content[content.size() - 1]) { tag.is_closed = true; content.erase(content.size() - 1, 1); } if ('!' == content[0]) { return; } // First word is the name index = content.find(' '); tag.name = content.substr(0, index); if (string::npos == index) { content.clear(); } else { content.erase(0, index + 1); } // If we have more than just a name while (!content.empty()) { index = content.find('='); name = content.substr(0, index); content.erase(0, index + 2); index = content.find('"'); value = content.substr(0, index); content.erase(0, index + 1); tag.params.insert(pair(name, value)); if (!content.empty()) { content.erase(0, 1); } } } // HEADER FUNCS int parse_mindmap(istream& in, MindNode** root) { char parse = '\0'; string search; string content; tag_struct current_tag; MindNode* current_node = NULL; while (!in.eof()) { // Find Next Tag in.get(parse); while ((parse != '<') && (!in.eof())) { in.get(parse); } if (in.eof()) { break; } content = ""; get_tag(in, content); generate_map(content, current_tag); // Map parse if ("map" == current_tag.name) { if (NULL != current_node) { return -1; } } // Node Parse if ("node" == current_tag.name) { if (current_tag.is_closing) { current_node = current_node->getParent(); } else { MindNode* node_new = new MindNode(); if (current_tag.params.end() != current_tag.params.find("ID")) { node_new->setID(current_tag.params.find("ID")->second); } if (current_tag.params.end() != current_tag.params.find("TEXT")) { node_new->setText(current_tag.params.find("TEXT")->second); } if (current_tag.params.end() != current_tag.params.find("LINK")) { node_new->setLink(current_tag.params.find("LINK")->second); } if (NULL == current_node) { *root = node_new; } else { node_new->setParent(current_node); if(NULL == current_node->getFirstChild()) { current_node->setFirstChild(node_new); } else { MindNode* last_child = current_node->getFirstChild(); while(NULL != last_child->getNextNode()) { last_child = last_child->getNextNode(); } last_child->setNextNode(node_new); } } current_node = node_new; if (current_tag.is_closed) { current_node = current_node->getParent(); } } } if ("icon" == current_tag.name) { if (current_tag.params.end() != current_tag.params.find("BUILTIN")) { current_node->addIcon(current_tag.params.find("BUILTIN")->second); } } } return 0; } void write_html(ostream& out, const MindNode* root) { if (NULL == root) { cerr << "Error at \"" << __FILE__ << "\" on line " << __LINE__ << endl; cerr << "Root node is NULL" << endl; return; } // Write first part html write_initial_html(out, 0); // Write title out << root->getText(); // Write next part html write_initial_html(out, 1); // Write node structure write_node_recursive(out, root, 4); // Write last part html write_initial_html(out, 2); }