| … | |
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| 32 | void set_term (rxvt_term *term) { this->term = term; } |
32 | void set_term (rxvt_term *term) { this->term = term; } |
| 33 | |
33 | |
| 34 | char *name; |
34 | char *name; |
| 35 | codeset cs; |
35 | codeset cs; |
| 36 | bool loaded; // whether we tried loading it before (not whether it's loaded) |
36 | bool loaded; // whether we tried loading it before (not whether it's loaded) |
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37 | bool can_compose; // whether the font composes glyphs itself or not, should be a class method, but.. speed.... |
| 37 | |
38 | |
| 38 | // managed by the font object |
39 | // managed by the font object |
| 39 | int ascent, descent, |
40 | int ascent, descent, |
| 40 | width, height; |
41 | width, height; |
| 41 | |
42 | |
| … | |
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| 71 | { |
72 | { |
| 72 | char *fontdesc; |
73 | char *fontdesc; |
| 73 | |
74 | |
| 74 | // must be power-of-two - 1, also has to match RS_fontMask in rxvt.h |
75 | // must be power-of-two - 1, also has to match RS_fontMask in rxvt.h |
| 75 | #if USE_256_COLORS |
76 | #if USE_256_COLORS |
| 76 | enum { fontCount = 7 }; // 4 extra colors bits, 4 fewer fontcount bits |
77 | enum { fontCount = 7 }; // 2 extra colors bits, 2 fewer fontcount bits |
| 77 | #else |
78 | #else |
| 78 | enum { fontCount = 127 }; |
79 | enum { fontCount = 31 }; |
| 79 | #endif |
80 | #endif |
| 80 | |
81 | |
| 81 | // index of first font in set |
82 | // index of first font in set |
| 82 | enum { firstFont = 2 }; |
83 | enum { firstFont = 2 }; |
| 83 | |
84 | |
| … | |
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| 99 | find_font (unicode_t unicode) |
100 | find_font (unicode_t unicode) |
| 100 | { |
101 | { |
| 101 | return min<int> ((fontCount << 1) | 1, find_font_idx (unicode)); |
102 | return min<int> ((fontCount << 1) | 1, find_font_idx (unicode)); |
| 102 | } |
103 | } |
| 103 | |
104 | |
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105 | // find the font containing ' ' - we always assume this is font 1, as |
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106 | // every font should contain space, and font 1 is our base font. |
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107 | // pango assumes this, so it must be correct! |
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108 | int |
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109 | find_space_font () |
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110 | { |
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111 | return 1 << 1; |
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112 | } |
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113 | |
| 104 | private: |
114 | private: |
| 105 | rxvt_term *term; |
115 | rxvt_term *term; |
| 106 | rxvt_fontprop prop; |
116 | rxvt_fontprop prop; |
| 107 | bool force_prop; |
117 | bool force_prop; |
| 108 | simplevec<rxvt_font *> fonts; |
118 | simplevec<rxvt_font *> fonts; |
| 109 | const rxvt_fallback_font *fallback; |
119 | const rxvt_fallback_font *fallback; |
| 110 | |
120 | |
| 111 | // this once was a "typedef xxx pagemap[256] |
121 | // this once was a "typedef xxx pagemap[256] |
| 112 | // but c++ arrays are not normal types, and cnanot be |
122 | // but c++ arrays are not normal types, and cannot be |
| 113 | // put into containers, new doesn't work for them etc. etc. |
123 | // put into containers, new doesn't work for them etc. etc. |
| 114 | // so we wrap out array into an objetc that acts like one. doh. |
124 | // so we wrap out array into an object that acts like one. doh. |
| 115 | // example: C++ has no separate new and new [] forms, |
125 | // example: C++ has no separate new and new [] forms, |
| 116 | // and if pagemap is char[256], new incorrectly assumes we want to |
126 | // and if pagemap is char[256], new incorrectly assumes we want to |
| 117 | // allocate an array of chars instead of a single pagemap. |
127 | // allocate an array of chars instead of a single pagemap. |
| 118 | struct pagemap |
128 | struct pagemap |
| 119 | { |
129 | { |
