xref: /haiku/headers/libs/print/libprint/PrinterCap.h (revision b13a0d5d32fda5e092f79b919e829bfbc573e4d0) 
1 /*
2  * PrinterCap.h
3  * Copyright 1999-2000 Y.Takagi. All Rights Reserved.
4  */
5 
6 #ifndef __PRINTERCAP_H
7 #define __PRINTERCAP_H
8 
9 #include <string>
10 #include <Rect.h>
11 #include "JobData.h"
12 
13 using namespace std;
14 
15 enum {
16 	kUnknownPrinter = 0
17 };
18 
19 struct BaseCap {
20 							BaseCap(const string &label);
21 	virtual					~BaseCap();
22 
23 			const char*		Label() const;
24 
25 			string			fLabel;
26 };
27 
28 struct EnumCap : public BaseCap {
29 							EnumCap(const string& label, bool isDefault);
30 
31 	virtual	int32			ID() const = 0;
32 			const char*		Key() const;
33 
34 			bool			fIsDefault;
35 			string			fKey;
36 };
37 
38 
39 struct PaperCap : public EnumCap {
40 							PaperCap(const string &label, bool isDefault,
41 								JobData::Paper paper, const BRect &paperRect,
42 								const BRect &physicalRect);
43 
44 			int32			ID() const;
45 
46 			JobData::Paper	fPaper;
47 			BRect			fPaperRect;
48 			BRect			fPhysicalRect;
49 };
50 
51 struct PaperSourceCap : public EnumCap {
52 							PaperSourceCap(const string &label, bool isDefault,
53 								JobData::PaperSource paperSource);
54 
55 			int32			ID() const;
56 
57 			JobData::PaperSource	fPaperSource;
58 };
59 
60 struct ResolutionCap : public EnumCap {
61 							ResolutionCap(const string &label, bool isDefault,
62 								int32 id, int xResolution, int yResolution);
63 
64 			int32			ID() const;
65 
66 			int32			fID;
67 			int				fXResolution;
68 			int				fYResolution;
69 };
70 
71 struct OrientationCap : public EnumCap {
72 							OrientationCap(const string &label, bool isDefault,
73 									JobData::Orientation orientation);
74 
75 			int32			ID() const;
76 
77 			JobData::Orientation	fOrientation;
78 };
79 
80 struct PrintStyleCap : public EnumCap {
81 							PrintStyleCap(const string &label, bool isDefault,
82 								JobData::PrintStyle printStyle);
83 
84 			int32			ID() const;
85 
86 			JobData::PrintStyle		fPrintStyle;
87 };
88 
89 struct BindingLocationCap : public EnumCap {
90 							BindingLocationCap(const string &label,
91 								bool isDefault,
92 								JobData::BindingLocation bindingLocation);
93 
94 			int32			ID() const;
95 
96 			JobData::BindingLocation	fBindingLocation;
97 };
98 
99 struct ColorCap : public EnumCap {
100 							ColorCap(const string &label, bool isDefault,
101 								JobData::Color color);
102 
103 			int32			ID() const;
104 
105 			JobData::Color	fColor;
106 };
107 
108 struct ProtocolClassCap : public EnumCap {
109 							ProtocolClassCap(const string &label,
110 								bool isDefault, int32 protocolClass,
111 								const string &description);
112 
113 			int32			ID() const;
114 
115 			int32		fProtocolClass;
116 			string		fDescription;
117 };
118 
119 
120 struct DriverSpecificCap : public EnumCap {
121 		enum Type {
122 			kList,
123 			kBoolean,
124 			kIntRange,
125 			kIntDimension,
126 			kDoubleRange
127 		};
128 
129 							DriverSpecificCap(const string& label,
130 								int32 category, Type type);
131 
132 			int32			ID() const;
133 
134 			int32			fCategory;
135 			Type			fType;
136 };
137 
138 struct ListItemCap : public EnumCap {
139 							ListItemCap(const string& label,
140 								bool isDefault, int32 id);
141 
142 			int32			ID() const;
143 
144 private:
145 			int32			fID;
146 };
147 
148 struct BooleanCap : public BaseCap {
149 							BooleanCap(const string& label, bool defaultValue);
150 
151 			bool			DefaultValue() const;
152 
153 private:
154 			bool			fDefaultValue;
155 };
156 
157 struct IntRangeCap : public BaseCap {
158 							IntRangeCap(const string& label, int lower,
159 								int upper, int defaultValue);
160 
161 			int32			Lower() const;
162 			int32			Upper() const;
163 			int32			DefaultValue() const;
164 
165 private:
166 			int32			fLower;
167 			int32			fUpper;
168 			int32			fDefaultValue;
169 };
170 
171 struct DoubleRangeCap : public BaseCap {
172 							DoubleRangeCap(const string& label, double lower,
173 								double upper, double defaultValue);
174 
175 			double			Lower() const;
176 			double			Upper() const;
177 			double			DefaultValue() const;
178 
179 			double			fLower;
180 			double			fUpper;
181 			double			fDefaultValue;
182 };
183 
184 class PrinterData;
185 
186 class PrinterCap {
187 public:
188 							PrinterCap(const PrinterData *printer_data);
189 	virtual					~PrinterCap();
190 
191 	enum CapID {
192 		kPaper,
193 		kPaperSource,
194 		kResolution,
195 		kOrientation,
196 		kPrintStyle,
197 		kBindingLocation,
198 		kColor,
199 		kProtocolClass,
200 		kDriverSpecificCapabilities,
201 
202 		// Static boolean settings follow.
203 		// For them Supports() has to be implemented only.
204 		kCopyCommand,	// supports printer page copy command?
205 		kHalftone,		// needs the printer driver the configuration
206 						// for class Halftone?
207 		kCanRotatePageInLandscape,
208 						// can the printer driver rotate the page
209 						// printing in landscape
210 
211 		// The driver specific generic capabilities start here
212 		kDriverSpecificCapabilitiesBegin = 100
213 	};
214 
215 	struct IDPredicate
216 	{
IDPredicateIDPredicate217 		IDPredicate(int id)
218 			: fID(id)
219 		{
220 		}
221 
222 
operatorIDPredicate223 		bool operator()(const BaseCap* baseCap) {
224 			const EnumCap* enumCap = dynamic_cast<const EnumCap*>(baseCap);
225 			if (enumCap == NULL)
226 				return false;
227 			return enumCap->ID() == fID;
228 		}
229 
230 		int fID;
231 	};
232 
233 	struct LabelPredicate
234 	{
LabelPredicateLabelPredicate235 		LabelPredicate(const char* label)
236 			: fLabel(label)
237 		{
238 		}
239 
240 
operatorLabelPredicate241 		bool operator()(const BaseCap* baseCap) {
242 			return baseCap->fLabel == fLabel;
243 		}
244 
245 		const char* fLabel;
246 
247 	};
248 
249 	struct KeyPredicate
250 	{
KeyPredicateKeyPredicate251 		KeyPredicate(const char* key)
252 			: fKey(key)
253 		{
254 		}
255 
256 
operatorKeyPredicate257 		bool operator()(const BaseCap* baseCap) {
258 			const EnumCap* enumCap = dynamic_cast<const EnumCap*>(baseCap);
259 			if (enumCap == NULL)
260 				return false;
261 			return enumCap->fKey == fKey;
262 		}
263 
264 		const char* fKey;
265 
266 	};
267 
268 	virtual	int				CountCap(CapID category) const = 0;
269 	virtual	bool			Supports(CapID category) const = 0;
270 	virtual	const BaseCap**	GetCaps(CapID category) const = 0;
271 
272 			const EnumCap*	GetDefaultCap(CapID category) const;
273 			const EnumCap*	FindCap(CapID category, int id) const;
274 			const BaseCap*	FindCap(CapID category, const char* label) const;
275 			const EnumCap*	FindCapWithKey(CapID category, const char* key)
276 								const;
277 
278 			const BooleanCap*		FindBooleanCap(CapID category) const;
279 			const IntRangeCap*		FindIntRangeCap(CapID category) const;
280 			const DoubleRangeCap*	FindDoubleRangeCap(CapID category) const;
281 
282 			int				GetProtocolClass() const;
283 
284 protected:
285 							PrinterCap(const PrinterCap& printerCap);
286 			PrinterCap&		operator=(const PrinterCap& printerCap);
287 			template<typename Predicate>
288 			const BaseCap*	FindCap(CapID category, Predicate& predicate) const;
289 
290 			const PrinterData*	GetPrinterData() const;
291 
292 private:
293 			const PrinterData*	fPrinterData;
294 };
295 
296 
297 
298 
299 #endif	/* __PRINTERCAP_H */
300