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GCC Code Coverage Report

Directory:	./		Exec	Total	Coverage
File:	tmp_project/PhoenixGraph/src/Node_impl.h	Lines:	79	80	98.8 %
Date:	2024-12-09 15:41:43	Branches:	42	49	85.7 %


/***************************************
	Auteur : Pierre Aubert
	Mail : pierre.aubert@lapp.in2p3.fr
	Licence : CeCILL-C
****************************************/

#ifndef __NODE_H_IMPL__
#define __NODE_H_IMPL__

#include <sstream>

#include "Node.h"

///Convert a type into a string
/**	@param val : value to be converted
 * 	@return converted string
*/
template<typename T>
std::string node_convertToString(const T & val){
	std::stringstream str;
	str << val;

	std::string varStr(str.str()), outputStr(""), strCheck(" \t\n/.:-");
	for(size_t i(0lu); i < varStr.size(); ++i){
		char ch = varStr[i];
		bool isNotFound(true);
		for(size_t j(0lu); j < strCheck.size() && isNotFound; ++j){
			isNotFound &= ch != strCheck[j];
		}
		if(isNotFound){
			outputStr += ch;
		}
	}
	return outputStr;
}

///Default constructor of Node
/**	@param name : name of th current Node
*/
template<typename T, typename UIdx>
Node<T, UIdx>::Node(const std::string & name){
	initialisationNode();
	p_name = name;
}
///Constructor of Node
/**	@param data : data of the current Node
 * 	@param name : name of th current Node
*/
template<typename T, typename UIdx>
Node<T, UIdx>::Node(const T & data, const std::string & name){
	initialisationNode();
	p_name = name;
	p_data = data;
}

///Copy constructor of Node
/**	@param other : class to copy
*/
template<typename T, typename UIdx>
Node<T, UIdx>::Node(const Node<T, UIdx> & other){
	copyNode(other);
}

///Destructor of Node
template<typename T, typename UIdx>
Node<T, UIdx>::~Node(){

}

///Definition of equal operator of Node
/**	@param other : class to copy
 * 	@return copied class
*/
template<typename T, typename UIdx>
Node<T, UIdx> & Node<T, UIdx>::operator = (const Node<T, UIdx> & other){
	copyNode(other);
	return *this;
}

///Add a child to the current Node
/**	@param child : index of the corresponding child Node
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::addChild(UIdx child){
	p_listChild.push_back(child);
}

///Add a parent to the current Node
/**	@param parent : index of the corresponding parent Node
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::addParent(UIdx parent){
	p_listParent.push_back(parent);
}

///Remove connection with child
/**	@param child : index of the child to be removed
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::removeChild(UIdx child){
	listindex_remove(p_listChild, child);
}

///Remove connection with parent
/**	@param parent : index of the parent to be removed
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::removeParent(UIdx parent){
	listindex_remove(p_listParent, parent);
}

///Set the list of children of the Node
/**	@param listChild : list of children of the Node
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::setListChild(const std::list<UIdx> & listChild){p_listChild = listChild;}

///Set the list of parents of the Node
/**	@param listParent : list of parents of the Node
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::setListParent(const std::list<UIdx> & listParent){p_listParent = listParent;}

///Set the index of the Node
/**	@param index : index of the Node
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::setIndex(UIdx index){p_index = index;}

///Set the name of the Node
/**	@param name : name of the Node
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::setName(const std::string & name){p_name = name;}

///Say if the node is updated
/**	@param isUpdated : true if the Node is updated, false otherwise
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::setIsUpdated(bool isUpdated){p_isUpdated = isUpdated;}

///Set the data of the Node
/**	@param data : data of the Node
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::setData(const T & data){p_data = data;}

///Get the list of children of the Node
/**	@return list of children of the Node
*/
template<typename T, typename UIdx>
const std::list<UIdx> & Node<T, UIdx>::getListChild() const{return p_listChild;}

///Get the list of children of the Node
/**	@return list of children of the Node
*/
template<typename T, typename UIdx>
std::list<UIdx> & Node<T, UIdx>::getListChild(){return p_listChild;}

///Get the list of parents of the Node
/**	@return list of parents of the Node
*/
template<typename T, typename UIdx>
const std::list<UIdx> & Node<T, UIdx>::getListParent() const{return p_listParent;}

///Get the list of parents of the Node
/**	@return list of parents of the Node
*/
template<typename T, typename UIdx>
std::list<UIdx> & Node<T, UIdx>::getListParent(){return p_listParent;}

///Get the index of the Node
/**	@return index of the Node
*/
template<typename T, typename UIdx>
UIdx Node<T, UIdx>::getIndex() const{return p_index;}

///Get the name of the Node
/**	@return name of the Node
*/
template<typename T, typename UIdx>
const std::string & Node<T, UIdx>::getName() const{return p_name;}

///Get the name of the Node
/**	@return name of the Node
*/
template<typename T, typename UIdx>
std::string & Node<T, UIdx>::getName(){return p_name;}

///Say if the node is updated
/**	@return true if the Node is updated, false otherwise
*/
template<typename T, typename UIdx>
bool Node<T, UIdx>::getIsUpdated() const{return p_isUpdated;}

///Say if the node is updated
/**	@return true if the Node is updated, false otherwise
*/
template<typename T, typename UIdx>
bool & Node<T, UIdx>::getIsUpdated(){return p_isUpdated;}

///Get the data of the Node
/**	@return data of the Node
*/
template<typename T, typename UIdx>
const T & Node<T, UIdx>::getData() const{return p_data;}

///Get the data of the Node
/**	@return data of the Node
*/
template<typename T, typename UIdx>
T & Node<T, UIdx>::getData(){return p_data;}

///Say if the current Node has no parent
/**	@return true if the current Node has no parent, false otherwise
*/
template<typename T, typename UIdx>
bool Node<T, UIdx>::isStart() const{return p_listParent.size() == 0lu;}

///Say if the current Node has no child
/**	@return true if the current Node has no child, false otherwise
*/
template<typename T, typename UIdx>
bool Node<T, UIdx>::isEnd() const{return p_listChild.size() == 0lu;}

///Get the dot name of the current Node
/**	@return dot name of the current Node
*/
template<typename T, typename UIdx>
std::string Node<T, UIdx>::getDotName() const{
	std::string body("");
	body += "node";
	body += node_convertToString(p_index);
	return body;
}

///Get the dot definition name of the current Node
/**	@return dot definition name of the current Node
*/
template<typename T, typename UIdx>
std::string Node<T, UIdx>::getDotDefinition() const{
	std::string body("");
	std::string strName(p_name);
	if(strName == ""){
		strName = node_convertToString(p_index);
	}
	body += "\t" + getDotName() + "[label=\"" + strName + "\"][color=\"blue\"]";
	if(isStart()){
		body += "[shape=octagon]";
	}else if(isEnd()){
		body += "[shape=cylinder]";
	}else{
		body += "[shape=record]";
	}
	body += ";\n";
	return body;
}

///Copy function of Node
/**	@param other : class to copy
*/
template<typename T, typename UIdx>
void Node<T, UIdx>::copyNode(const Node<T, UIdx> & other){
	p_listChild = other.p_listChild;
	p_listParent = other.p_listParent;
	p_index = other.p_index;
	p_name = other.p_name;
	p_isUpdated = other.p_isUpdated;
	p_data = other.p_data;
}

///Initialisation function of the class Node
template<typename T, typename UIdx>
void Node<T, UIdx>::initialisationNode(){
	p_name = "";
	p_isUpdated = false;
}





#endif





Generated by: GCOVR (Version 4.2)

Line	Branch	Exec	Source
1			/***************************************
2			Auteur : Pierre Aubert
3			Mail : pierre.aubert@lapp.in2p3.fr
4			Licence : CeCILL-C
5			****************************************/
6
7			#ifndef __NODE_H_IMPL__
8			#define __NODE_H_IMPL__
9
10			#include <sstream>
11
12			#include "Node.h"
13
14			///Convert a type into a string
15			/** @param val : value to be converted
16			* @return converted string
17			*/
18			template<typename T>
19		119	std::string node_convertToString(const T & val){
20	✓	238	std::stringstream str;
21	✓	119	str << val;
22
23	✓✓✓	357	std::string varStr(str.str()), outputStr(""), strCheck(" \t\n/.:-");
24	✓✓	238	for(size_t i(0lu); i < varStr.size(); ++i){
25	✓	119	char ch = varStr[i];
26		119	bool isNotFound(true);
27	✓✓✓✗ ✓✓	952	for(size_t j(0lu); j < strCheck.size() && isNotFound; ++j){
28	✓	833	isNotFound &= ch != strCheck[j];
29			}
30	✓✗	119	if(isNotFound){
31	✓	119	outputStr += ch;
32			}
33			}
34		238	return outputStr;
35			}
36
37			///Default constructor of Node
38			/** @param name : name of th current Node
39			*/
40			template<typename T, typename UIdx>
41		26	Node<T, UIdx>::Node(const std::string & name){
42	✓	26	initialisationNode();
43	✓	26	p_name = name;
44		26	}
45			///Constructor of Node
46			/** @param data : data of the current Node
47			* @param name : name of th current Node
48			*/
49			template<typename T, typename UIdx>
50		26	Node<T, UIdx>::Node(const T & data, const std::string & name){
51	✓	26	initialisationNode();
52	✓	26	p_name = name;
53		26	p_data = data;
54		26	}
55
56			///Copy constructor of Node
57			/** @param other : class to copy
58			*/
59			template<typename T, typename UIdx>
60		6	Node<T, UIdx>::Node(const Node<T, UIdx> & other){
61	✓	6	copyNode(other);
62		6	}
63
64			///Destructor of Node
65			template<typename T, typename UIdx>
66		116	Node<T, UIdx>::~Node(){
67
68			}
69
70			///Definition of equal operator of Node
71			/** @param other : class to copy
72			* @return copied class
73			*/
74			template<typename T, typename UIdx>
75		26	Node<T, UIdx> & Node<T, UIdx>::operator = (const Node<T, UIdx> & other){
76		26	copyNode(other);
77		26	return *this;
78			}
79
80			///Add a child to the current Node
81			/** @param child : index of the corresponding child Node
82			*/
83			template<typename T, typename UIdx>
84		25	void Node<T, UIdx>::addChild(UIdx child){
85		25	p_listChild.push_back(child);
86		25	}
87
88			///Add a parent to the current Node
89			/** @param parent : index of the corresponding parent Node
90			*/
91			template<typename T, typename UIdx>
92		25	void Node<T, UIdx>::addParent(UIdx parent){
93		25	p_listParent.push_back(parent);
94		25	}
95
96			///Remove connection with child
97			/** @param child : index of the child to be removed
98			*/
99			template<typename T, typename UIdx>
100		2	void Node<T, UIdx>::removeChild(UIdx child){
101		2	listindex_remove(p_listChild, child);
102		2	}
103
104			///Remove connection with parent
105			/** @param parent : index of the parent to be removed
106			*/
107			template<typename T, typename UIdx>
108		2	void Node<T, UIdx>::removeParent(UIdx parent){
109		2	listindex_remove(p_listParent, parent);
110		2	}
111
112			///Set the list of children of the Node
113			/** @param listChild : list of children of the Node
114			*/
115			template<typename T, typename UIdx>
116			void Node<T, UIdx>::setListChild(const std::list<UIdx> & listChild){p_listChild = listChild;}
117
118			///Set the list of parents of the Node
119			/** @param listParent : list of parents of the Node
120			*/
121			template<typename T, typename UIdx>
122			void Node<T, UIdx>::setListParent(const std::list<UIdx> & listParent){p_listParent = listParent;}
123
124			///Set the index of the Node
125			/** @param index : index of the Node
126			*/
127			template<typename T, typename UIdx>
128		26	void Node<T, UIdx>::setIndex(UIdx index){p_index = index;}
129
130			///Set the name of the Node
131			/** @param name : name of the Node
132			*/
133			template<typename T, typename UIdx>
134			void Node<T, UIdx>::setName(const std::string & name){p_name = name;}
135
136			///Say if the node is updated
137			/** @param isUpdated : true if the Node is updated, false otherwise
138			*/
139			template<typename T, typename UIdx>
140		26	void Node<T, UIdx>::setIsUpdated(bool isUpdated){p_isUpdated = isUpdated;}
141
142			///Set the data of the Node
143			/** @param data : data of the Node
144			*/
145			template<typename T, typename UIdx>
146			void Node<T, UIdx>::setData(const T & data){p_data = data;}
147
148			///Get the list of children of the Node
149			/** @return list of children of the Node
150			*/
151			template<typename T, typename UIdx>
152		47	const std::list<UIdx> & Node<T, UIdx>::getListChild() const{return p_listChild;}
153
154			///Get the list of children of the Node
155			/** @return list of children of the Node
156			*/
157			template<typename T, typename UIdx>
158		11	std::list<UIdx> & Node<T, UIdx>::getListChild(){return p_listChild;}
159
160			///Get the list of parents of the Node
161			/** @return list of parents of the Node
162			*/
163			template<typename T, typename UIdx>
164		5	const std::list<UIdx> & Node<T, UIdx>::getListParent() const{return p_listParent;}
165
166			///Get the list of parents of the Node
167			/** @return list of parents of the Node
168			*/
169			template<typename T, typename UIdx>
170		10	std::list<UIdx> & Node<T, UIdx>::getListParent(){return p_listParent;}
171
172			///Get the index of the Node
173			/** @return index of the Node
174			*/
175			template<typename T, typename UIdx>
176			UIdx Node<T, UIdx>::getIndex() const{return p_index;}
177
178			///Get the name of the Node
179			/** @return name of the Node
180			*/
181			template<typename T, typename UIdx>
182			const std::string & Node<T, UIdx>::getName() const{return p_name;}
183
184			///Get the name of the Node
185			/** @return name of the Node
186			*/
187			template<typename T, typename UIdx>
188			std::string & Node<T, UIdx>::getName(){return p_name;}
189
190			///Say if the node is updated
191			/** @return true if the Node is updated, false otherwise
192			*/
193			template<typename T, typename UIdx>
194		10	bool Node<T, UIdx>::getIsUpdated() const{return p_isUpdated;}
195
196			///Say if the node is updated
197			/** @return true if the Node is updated, false otherwise
198			*/
199			template<typename T, typename UIdx>
200		8	bool & Node<T, UIdx>::getIsUpdated(){return p_isUpdated;}
201
202			///Get the data of the Node
203			/** @return data of the Node
204			*/
205			template<typename T, typename UIdx>
206			const T & Node<T, UIdx>::getData() const{return p_data;}
207
208			///Get the data of the Node
209			/** @return data of the Node
210			*/
211			template<typename T, typename UIdx>
212			T & Node<T, UIdx>::getData(){return p_data;}
213
214			///Say if the current Node has no parent
215			/** @return true if the current Node has no parent, false otherwise
216			*/
217			template<typename T, typename UIdx>
218		46	bool Node<T, UIdx>::isStart() const{return p_listParent.size() == 0lu;}
219
220			///Say if the current Node has no child
221			/** @return true if the current Node has no child, false otherwise
222			*/
223			template<typename T, typename UIdx>
224		27	bool Node<T, UIdx>::isEnd() const{return p_listChild.size() == 0lu;}
225
226			///Get the dot name of the current Node
227			/** @return dot name of the current Node
228			*/
229			template<typename T, typename UIdx>
230		119	std::string Node<T, UIdx>::getDotName() const{
231	✓	119	std::string body("");
232	✓	119	body += "node";
233	✓✓	119	body += node_convertToString(p_index);
234		119	return body;
235			}
236
237			///Get the dot definition name of the current Node
238			/** @return dot definition name of the current Node
239			*/
240			template<typename T, typename UIdx>
241		41	std::string Node<T, UIdx>::getDotDefinition() const{
242	✓	41	std::string body("");
243	✓	82	std::string strName(p_name);
244	✗✓	41	if(strName == ""){
245			strName = node_convertToString(p_index);
246			}
247	✓✓✓✓ ✓✓	41	body += "\t" + getDotName() + "[label=\"" + strName + "\"][color=\"blue\"]";
248	✓✓	41	if(isStart()){
249	✓✗	19	body += "[shape=octagon]";
250	✓✓	22	}else if(isEnd()){
251	✓✗	7	body += "[shape=cylinder]";
252			}else{
253	✓	15	body += "[shape=record]";
254			}
255	✓	41	body += ";\n";
256		82	return body;
257			}
258
259			///Copy function of Node
260			/** @param other : class to copy
261			*/
262			template<typename T, typename UIdx>
263		32	void Node<T, UIdx>::copyNode(const Node<T, UIdx> & other){
264		32	p_listChild = other.p_listChild;
265		32	p_listParent = other.p_listParent;
266		32	p_index = other.p_index;
267		32	p_name = other.p_name;
268		32	p_isUpdated = other.p_isUpdated;
269		32	p_data = other.p_data;
270		32	}
271
272			///Initialisation function of the class Node
273			template<typename T, typename UIdx>
274		52	void Node<T, UIdx>::initialisationNode(){
275		52	p_name = "";
276		52	p_isUpdated = false;
277		52	}
278
279
280
281
282
283			#endif
284
285
286