132 * takes place at the same time as parsing the family name.
133 * Do I really have to parse the style from the name?
134 * Need to look into having the caller provide this. */
135 if (index+1 < fullName.length()) {
136 String styleStr = fullName.substring(index+1);
137 if ("plain".equals(styleStr)) {
138 style = Font.PLAIN;
139 } else if ("bold".equals(styleStr)) {
140 style = Font.BOLD;
141 } else if ("italic".equals(styleStr)) {
142 style = Font.ITALIC;
143 } else if ("bolditalic".equals(styleStr)) {
144 style = Font.BOLD | Font.ITALIC;
145 }
146 }
147 } else {
148 familyName = fullName;
149 }
150 }
151
152 /* This method is currently intended to be called only from
153 * FontManager.getCompositeFontUIResource(Font)
154 * It creates a new CompositeFont with the contents of the Physical
155 * one pre-pended as slot 0.
156 */
157 CompositeFont(PhysicalFont physFont, CompositeFont compFont) {
158
159 isStdComposite = false;
160 handle = new Font2DHandle(this);
161 fullName = physFont.fullName;
162 familyName = physFont.familyName;
163 style = physFont.style;
164
165 numMetricsSlots = 1; /* Only the physical Font */
166 numSlots = compFont.numSlots+1;
167
168 /* Ugly though it is, we synchronize here on the FontManager class
169 * because it is the lock used to do deferred initialisation.
170 * We need to ensure that the arrays have consistent information.
171 * But it may be possible to dispense with the synchronisation if
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132 * takes place at the same time as parsing the family name.
133 * Do I really have to parse the style from the name?
134 * Need to look into having the caller provide this. */
135 if (index+1 < fullName.length()) {
136 String styleStr = fullName.substring(index+1);
137 if ("plain".equals(styleStr)) {
138 style = Font.PLAIN;
139 } else if ("bold".equals(styleStr)) {
140 style = Font.BOLD;
141 } else if ("italic".equals(styleStr)) {
142 style = Font.ITALIC;
143 } else if ("bolditalic".equals(styleStr)) {
144 style = Font.BOLD | Font.ITALIC;
145 }
146 }
147 } else {
148 familyName = fullName;
149 }
150 }
151
152 /*
153 * Build a composite from a set of individual slot fonts.
154 */
155 CompositeFont(PhysicalFont[] slotFonts) {
156
157 isStdComposite = false;
158 handle = new Font2DHandle(this);
159 fullName = slotFonts[0].fullName;
160 familyName = slotFonts[0].familyName;
161 style = slotFonts[0].style;
162
163 numMetricsSlots = 1; /* Only the physical Font */
164 numSlots = slotFonts.length;
165
166 components = new PhysicalFont[numSlots];
167 System.arraycopy(slotFonts, 0, components, 0, numSlots);
168 deferredInitialisation = new boolean[numSlots]; // all false.
169 }
170
171 /* This method is currently intended to be called only from
172 * FontManager.getCompositeFontUIResource(Font)
173 * It creates a new CompositeFont with the contents of the Physical
174 * one pre-pended as slot 0.
175 */
176 CompositeFont(PhysicalFont physFont, CompositeFont compFont) {
177
178 isStdComposite = false;
179 handle = new Font2DHandle(this);
180 fullName = physFont.fullName;
181 familyName = physFont.familyName;
182 style = physFont.style;
183
184 numMetricsSlots = 1; /* Only the physical Font */
185 numSlots = compFont.numSlots+1;
186
187 /* Ugly though it is, we synchronize here on the FontManager class
188 * because it is the lock used to do deferred initialisation.
189 * We need to ensure that the arrays have consistent information.
190 * But it may be possible to dispense with the synchronisation if
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