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GCC Code Coverage Report

Directory:	./		Exec	Total	Coverage
File:	tmp_project/OptionParser/src/OptionType.cpp	Lines:	64	64	100.0 %
Date:	2024-12-09 15:30:52	Branches:	66	74	89.2 %


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

#include "OptionType.h"

///Say if the option type is a signed integer
/**	@param type : type to be checked
 * 	@return true if type is a signed integer, false otherwise
*/
bool isOptionSignedInteger(OptionType::OptionType type){
	return type >= OptionType::CHAR && type <= OptionType::LONG;
}

///Say if the option type is an unsigned integer
/**	@param type : type to be checked
 * 	@return true if type is an unsigned integer, false otherwise
*/
bool isOptionUnsignedInteger(OptionType::OptionType type){
	return type >= OptionType::UCHAR && type <= OptionType::ULONG;
}

///Say if the option type is an integer
/**	@param type : type to be checked
 * 	@return true if type is an integer, false otherwise
*/
bool isOptionInteger(OptionType::OptionType type){
	return isOptionSignedInteger(type) || isOptionUnsignedInteger(type);
}

///Say if the option type is a floating point
/**	@param type : type to be checked
 * 	@return true if type is a floating point, false otherwise
*/
bool isOptionFloatingPoint(OptionType::OptionType type){
	return type >= OptionType::FLOAT && type <= OptionType::DOUBLE;
}

///Say if the option is a filename, a drectory, both or a string
/**	@param type : type to be checked
 * 	@return true if type is a filename, a drectory, both or a string, false otherwise
*/
bool isOptionStringFileDir(OptionType::OptionType type){
	return type == OptionType::STRING || type == OptionType::FILE_OR_DIR || type == OptionType::FILENAME ||  type == OptionType::DIRECTORY;
}

///Say if two types are compatible
/**	@param typeFromParam : type from parameters user
 * 	@param typeFromType : type automatically determined with default value type
 * 	@return true if the two types are compatible, false otherwise
*/
bool isOptionTypeCompatible(OptionType::OptionType typeFromParam, OptionType::OptionType typeFromType){
	if(typeFromParam == typeFromType){return true;}
	//If we are waiting for a boolean, but we do not get one, => fail
	if(typeFromParam == OptionType::BOOL){return false;}
	if(isOptionStringFileDir(typeFromParam) && isOptionStringFileDir(typeFromType)){return true;}

	if(isOptionInteger(typeFromParam) && isOptionFloatingPoint(typeFromType)){return false;}

	return true;
}

///Convert the OptionType into string
/**	@param type : OptionType to be converted
 * 	@return string
*/
std::string convertOptionTypeToString(OptionType::OptionType type){
	switch(type){
		case OptionType::NONE:
			return "NONE";
		case OptionType::STRING:
			return "STRING";
		case OptionType::FILENAME:
			return "FILENAME";
		case OptionType::DIRECTORY:
			return "DIRECTORY";
		case OptionType::FILE_OR_DIR:
			return "FILE_OR_DIR";
		case OptionType::BOOL:
			return "BOOL";
		case OptionType::CHAR:
			return "CHAR";
		case OptionType::SHORT:
			return "SHORT";
		case OptionType::INT:
			return "INT";
		case OptionType::LONG:
			return "LONG";
		case OptionType::UCHAR:
			return "UCHAR";
		case OptionType::USHORT:
			return "USHORT";
		case OptionType::UINT:
			return "UINT";
		case OptionType::ULONG:
			return "ULONG";
		case OptionType::FLOAT:
			return "FLOAT";
		case OptionType::DOUBLE:
			return "DOUBLE";
		default:
			return "";
	}
}

template<>
OptionType::OptionType getOptionTypeFromType<std::string>(){return OptionType::STRING;}
template<>
OptionType::OptionType getOptionTypeFromType<bool>(){return OptionType::BOOL;}
template<>
OptionType::OptionType getOptionTypeFromType<char>(){return OptionType::CHAR;}
template<>
OptionType::OptionType getOptionTypeFromType<short>(){return OptionType::SHORT;}
template<>
OptionType::OptionType getOptionTypeFromType<int>(){return OptionType::INT;}
template<>
OptionType::OptionType getOptionTypeFromType<long>(){return OptionType::LONG;}
template<>
OptionType::OptionType getOptionTypeFromType<unsigned char>(){return OptionType::UCHAR;}
template<>
OptionType::OptionType getOptionTypeFromType<unsigned short>(){return OptionType::USHORT;}
template<>
OptionType::OptionType getOptionTypeFromType<unsigned int>(){return OptionType::UINT;}
template<>
OptionType::OptionType getOptionTypeFromType<unsigned long>(){return OptionType::ULONG;}
template<>
OptionType::OptionType getOptionTypeFromType<float>(){return OptionType::FLOAT;}
template<>
OptionType::OptionType getOptionTypeFromType<double>(){return OptionType::DOUBLE;}







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			#include "OptionType.h"
8
9			///Say if the option type is a signed integer
10			/** @param type : type to be checked
11			* @return true if type is a signed integer, false otherwise
12			*/
13		5	bool isOptionSignedInteger(OptionType::OptionType type){
14	✓✗✓✓	5	return type >= OptionType::CHAR && type <= OptionType::LONG;
15			}
16
17			///Say if the option type is an unsigned integer
18			/** @param type : type to be checked
19			* @return true if type is an unsigned integer, false otherwise
20			*/
21		2	bool isOptionUnsignedInteger(OptionType::OptionType type){
22	✓✗✓✗	2	return type >= OptionType::UCHAR && type <= OptionType::ULONG;
23			}
24
25			///Say if the option type is an integer
26			/** @param type : type to be checked
27			* @return true if type is an integer, false otherwise
28			*/
29		4	bool isOptionInteger(OptionType::OptionType type){
30	✓✓✓✗	4	return isOptionSignedInteger(type) \|\| isOptionUnsignedInteger(type);
31			}
32
33			///Say if the option type is a floating point
34			/** @param type : type to be checked
35			* @return true if type is a floating point, false otherwise
36			*/
37		4	bool isOptionFloatingPoint(OptionType::OptionType type){
38	✓✓✓✗	4	return type >= OptionType::FLOAT && type <= OptionType::DOUBLE;
39			}
40
41			///Say if the option is a filename, a drectory, both or a string
42			/** @param type : type to be checked
43			* @return true if type is a filename, a drectory, both or a string, false otherwise
44			*/
45		36	bool isOptionStringFileDir(OptionType::OptionType type){
46	✓✓✓✓ ✓✓✓✓	36	return type == OptionType::STRING \|\| type == OptionType::FILE_OR_DIR \|\| type == OptionType::FILENAME \|\| type == OptionType::DIRECTORY;
47			}
48
49			///Say if two types are compatible
50			/** @param typeFromParam : type from parameters user
51			* @param typeFromType : type automatically determined with default value type
52			* @return true if the two types are compatible, false otherwise
53			*/
54		54	bool isOptionTypeCompatible(OptionType::OptionType typeFromParam, OptionType::OptionType typeFromType){
55	✓✓	54	if(typeFromParam == typeFromType){return true;}
56			//If we are waiting for a boolean, but we do not get one, => fail
57	✗✓	17	if(typeFromParam == OptionType::BOOL){return false;}
58	✓✓✓✗ ✓✓	17	if(isOptionStringFileDir(typeFromParam) && isOptionStringFileDir(typeFromType)){return true;}
59
60	✓✗✓✓ ✓✓	2	if(isOptionInteger(typeFromParam) && isOptionFloatingPoint(typeFromType)){return false;}
61
62		1	return true;
63			}
64
65			///Convert the OptionType into string
66			/** @param type : OptionType to be converted
67			* @return string
68			*/
69		91	std::string convertOptionTypeToString(OptionType::OptionType type){
70	✓✓✓✓ ✓✓✓✓ ✓✓✓✓ ✓✓✓✓ ✓	91	switch(type){
71		1	case OptionType::NONE:
72	✓	1	return "NONE";
73		30	case OptionType::STRING:
74	✓	30	return "STRING";
75		17	case OptionType::FILENAME:
76	✓	17	return "FILENAME";
77		5	case OptionType::DIRECTORY:
78	✓	5	return "DIRECTORY";
79		1	case OptionType::FILE_OR_DIR:
80	✓	1	return "FILE_OR_DIR";
81		1	case OptionType::BOOL:
82	✓	1	return "BOOL";
83		1	case OptionType::CHAR:
84	✓	1	return "CHAR";
85		1	case OptionType::SHORT:
86	✓	1	return "SHORT";
87		26	case OptionType::INT:
88	✓	26	return "INT";
89		1	case OptionType::LONG:
90	✓	1	return "LONG";
91		1	case OptionType::UCHAR:
92	✓	1	return "UCHAR";
93		1	case OptionType::USHORT:
94	✓	1	return "USHORT";
95		1	case OptionType::UINT:
96	✓	1	return "UINT";
97		1	case OptionType::ULONG:
98	✓	1	return "ULONG";
99		1	case OptionType::FLOAT:
100	✓	1	return "FLOAT";
101		1	case OptionType::DOUBLE:
102	✓	1	return "DOUBLE";
103		1	default:
104	✓	1	return "";
105			}
106			}
107
108			template<>
109		91	OptionType::OptionType getOptionTypeFromType<std::string>(){return OptionType::STRING;}
110			template<>
111		1	OptionType::OptionType getOptionTypeFromType<bool>(){return OptionType::BOOL;}
112			template<>
113		1	OptionType::OptionType getOptionTypeFromType<char>(){return OptionType::CHAR;}
114			template<>
115		1	OptionType::OptionType getOptionTypeFromType<short>(){return OptionType::SHORT;}
116			template<>
117		3	OptionType::OptionType getOptionTypeFromType<int>(){return OptionType::INT;}
118			template<>
119		1	OptionType::OptionType getOptionTypeFromType<long>(){return OptionType::LONG;}
120			template<>
121		1	OptionType::OptionType getOptionTypeFromType<unsigned char>(){return OptionType::UCHAR;}
122			template<>
123		1	OptionType::OptionType getOptionTypeFromType<unsigned short>(){return OptionType::USHORT;}
124			template<>
125		1	OptionType::OptionType getOptionTypeFromType<unsigned int>(){return OptionType::UINT;}
126			template<>
127		13	OptionType::OptionType getOptionTypeFromType<unsigned long>(){return OptionType::ULONG;}
128			template<>
129		1	OptionType::OptionType getOptionTypeFromType<float>(){return OptionType::FLOAT;}
130			template<>
131		1	OptionType::OptionType getOptionTypeFromType<double>(){return OptionType::DOUBLE;}
132
133
134
135
136