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Rev Author Line No. Line
8 cycrow 1 
 
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#include "StringList.h"
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#include "spkdef.h"
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5 
namespace Utils {
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	CStringList::CStringList()
7 
	{
8 
		_lList = new CList<SStringList>();
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	}
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11 
	CStringList::~CStringList()
12 
	{
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		delete _lList;
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	}
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	void CStringList::pushBack(const SString &str, const SString &data)
8 cycrow 17 
	{
18 
		SStringList *strNode = new SStringList;
19 
		strNode->str = str;
20 
		strNode->data = data;
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		_lList->push_back(strNode);
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	}
160 cycrow 23 
 
179 cycrow 24 
	void CStringList::popFront()
25 
	{
26 
		if (!_lList->empty())
27 
		{
28 
			delete _lList->front();
29 
			_lList->removeAt(0);
30 
		}
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	}
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	void CStringList::popBack()
33 
	{
34 
		if (!_lList->empty())
35 
		{
36 
			delete _lList->back();
37 
			_lList->pop_back();
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		}
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	}
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	void CStringList::pushBack(const SString &str)
111 cycrow 41 
	{
42 
		pushBack(str, "");
43 
	}
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196 cycrow 45 
	void CStringList::pushFront(const SString &str, const SString &data)
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	{
47 
		SStringList *strNode = new SStringList;
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		strNode->str = str;
49 
		strNode->data = data;
50 
		_lList->push_front(strNode);
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	}
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	void CStringList::pushFront(const SString &str)
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	{
54 
		pushFront(str, "");
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	}
56 
 
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	void CStringList::insertAt(int at, const SString& str, const SString& data)
160 cycrow 58 
	{
59 
		SStringList* strNode = new SStringList;
60 
		strNode->str = str;
61 
		strNode->data = data;
62 
		_lList->insertAt(at, strNode);
63 
	}
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	void CStringList::insertAt(int at, const SString& str)
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	{
66 
		insertAt(at, str, "");
67 
	}
68 
 
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	void CStringList::clear()
70 
	{
112 cycrow 71 
		_lList->clear();
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	}
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196 cycrow 74 
	void CStringList::tokenise(const SString &str, const SString &token)
98 cycrow 75 
	{
76 
		int max = 0;
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		Utils::SString *strs = str.tokenise(token, &max);
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		for ( int i = 0; i < max; i++ ) {
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			this->pushBack(strs[i], Utils::SString::Null());
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		}
81 
 
82 
		CLEANSPLIT(strs, max);
83 
	}
84 
 
196 cycrow 85 
	Utils::SString CStringList::firstString()
98 cycrow 86 
	{
112 cycrow 87 
		SStringList *node = _lList->first();
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		if ( node ) return node->str;
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		return Utils::SString::Null();
98 cycrow 90 
	}
91 
 
196 cycrow 92 
	Utils::SString CStringList::nextString()
98 cycrow 93 
	{
112 cycrow 94 
		SStringList *node = _lList->next();
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		if ( node ) return node->str;
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		return Utils::SString::Null();
98 cycrow 97 
	}
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112 cycrow 99 
	Utils::SStringList *CStringList::first()
100 
	{
101 
		return _lList->first();
102 
	}
103 
 
104 
	Utils::SStringList *CStringList::next()
105 
	{
106 
		return _lList->next();
107 
	}
108 
 
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	CStringListIterator CStringList::begin() const
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	{
111 
		return _lList->begin();
112 
	}
113 
 
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	CStringListIterator CStringList::end() const
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	{
116 
		return _lList->end();
117 
	}
118 
 
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	Utils::SString CStringList::front() const
160 cycrow 120 
	{
121 
		auto front = _lList->front();
122 
		if (front)
123 
			return front->str;
196 cycrow 124 
		return Utils::SString::Null();
160 cycrow 125 
	}
126 
 
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	Utils::SString CStringList::back() const
160 cycrow 128 
	{
129 
		auto front = _lList->back();
130 
		if (front)
131 
			return front->str;
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		return Utils::SString::Null();
160 cycrow 133 
	}
134 
 
165 cycrow 135 
	Utils::SStringList *CStringList::get(int i) const
116 cycrow 136 
	{
137 
		return _lList->get(i);
138 
	}
139 
 
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	Utils::SString CStringList::findData(const Utils::SString &data, bool bIgnoreCase) const
101 cycrow 141 
	{
121 cycrow 142 
		for (CList<SStringList>::iterator itr = _lList->begin(); itr != _lList->end(); itr++) {
143 
			if ((*itr)->data.Compare(data, !bIgnoreCase))
112 cycrow 144 
				return (*itr)->str;
101 cycrow 145 
		}
146 
 
196 cycrow 147 
		return SString::Null();
101 cycrow 148 
	}
149 
 
196 cycrow 150 
	Utils::SString CStringList::findString(const Utils::SString &str, bool bIgnoreCase) const
101 cycrow 151 
	{
121 cycrow 152 
		for (CList<SStringList>::iterator itr = _lList->begin(); itr != _lList->end(); itr++) {
153 
			if ((*itr)->str.Compare(str, !bIgnoreCase))
112 cycrow 154 
				return (*itr)->data;
101 cycrow 155 
		}
156 
 
196 cycrow 157 
		return SString::Null();
101 cycrow 158 
	}
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196 cycrow 160 
	int CStringList::findStringAndData(const Utils::SString& str, const Utils::SString& data, bool bIgnoreCase) const
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	{
162 
		size_t pos = 0;
163 
		for (CList<SStringList>::iterator itr = _lList->begin(); itr != _lList->end(); itr++, pos++) {
164 
			if ((*itr)->str.Compare(str, !bIgnoreCase))
165 
			{
166 
				if ((*itr)->data.Compare(data, !bIgnoreCase))
167 
					return static_cast<int>(pos);
168 
			}
169 
		}
170 
 
171 
		return -1;
172 
	}
173 
 
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	int CStringList::findPos(const Utils::SString& str, bool bIgnoreCase) const
170 cycrow 175 
	{
176 
		size_t pos = 0;
177 
		for (CList<SStringList>::iterator itr = _lList->begin(); itr != _lList->end(); itr++, pos++) {
178 
			if ((*itr)->str.Compare(str, !bIgnoreCase))
179 
				return static_cast<int>(pos);
180 
		}
181 
 
182 
		return -1;
183 
	}
184 
 
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	bool CStringList::containsStringAndData(const Utils::SString& str, const Utils::SString& data, bool bIgnoreCase) const
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	{
187 
		size_t pos = 0;
188 
		for (CList<SStringList>::iterator itr = _lList->begin(); itr != _lList->end(); itr++, pos++) {
189 
			if ((*itr)->str.Compare(str, !bIgnoreCase))
190 
			{
191 
				if ((*itr)->data.Compare(data, !bIgnoreCase))
192 
					return true;
193 
			}
194 
		}
195 
 
196 
		return false;
197 
	}
198 
 
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	bool CStringList::containsData(const Utils::SString &data, bool bIgnoreCase) const
121 cycrow 200 
	{
201 
		for (CList<SStringList>::iterator itr = _lList->begin(); itr != _lList->end(); itr++) {
202 
			if ((*itr)->data.Compare(data, !bIgnoreCase))
203 
				return true;
204 
		}
205 
 
206 
		return false;
207 
	}
208 
 
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	bool CStringList::changeData(const Utils::SString &str, const Utils::SString &data, bool bIgnoreCase)
124 cycrow 210 
	{
211 
		for (CList<SStringList>::iterator itr = _lList->begin(); itr != _lList->end(); itr++) {
212 
			if ((*itr)->str.Compare(str, !bIgnoreCase))
213 
			{
214 
				(*itr)->data = data;
215 
				return true;
216 
			}
217 
		}
218 
 
219 
		return false;
220 
	}
221 
 
196 cycrow 222 
	bool CStringList::contains(const Utils::SString &str, bool bIgnoreCase) const
121 cycrow 223 
	{
224 
		for (CList<SStringList>::iterator itr = _lList->begin(); itr != _lList->end(); itr++) {
225 
			if ((*itr)->str.Compare(str, !bIgnoreCase))
226 
				return true;
227 
		}
228 
 
229 
		return false;
230 
	}
231 
 
232 
	void CStringList::removeAt(int at)
233 
	{
179 cycrow 234 
		if (!_lList->empty())
235 
		{
236 
			auto var = _lList->get(at);
237 
			if (var)
238 
				delete var;
239 
			_lList->removeAt(at);
240 
		}
121 cycrow 241 
	}
170 cycrow 242 
 
243 
	CStringListIterator CStringList::remove(CStringListIterator itr)
244 
	{
245 
		return _lList->remove(itr);
246 
	}
196 cycrow 247 
	bool CStringList::remove(const Utils::SString &str, bool single)
121 cycrow 248 
	{
249 
		bool removed = false;
250 
 
251 
		CList<Utils::SStringList>::iterator itr = _lList->begin();
252 
		while (itr != _lList->end())
253 
		{
254 
			Utils::SStringList *node = *itr;
255 
			if (node->str == str)
256 
			{
257 
				itr = _lList->remove(itr);
258 
				if (single)
259 
					break;
260 
			}
261 
			else
262 
				++itr;
263 
		}
264 
 
265 
 
266 
		return removed;
267 
	}
268 
 
269 
 
270 
 
271 
 
112 cycrow 272 
	size_t CStringList::size() const
273 
	{
274 
		return _lList->size();
275 
	}
276 
 
277 
	bool CStringList::empty() const
278 
	{
279 
		return _lList->empty();
280 
	}
165 cycrow 281 
 
282 
	const Utils::SStringList* CStringList::operator[](int num) const
283 
	{
284 
		return _lList->get(num);
285 
	}
286 
 
8 cycrow 287 
}