Software zum Installieren eines Smart-Mirror Frameworks , zum Nutzen von hochschulrelevanten Informationen, auf einem Raspberry-Pi.
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test.html 11KB

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  1. <!Doctype html>
  2. <html>
  3. <head>
  4. <title>Test Font Face</title>
  5. <link rel="stylesheet" href="css/roboto/roboto-fontface.css">
  6. <link rel="stylesheet" href="css/roboto-condensed/roboto-condensed-fontface.css">
  7. <link rel="stylesheet" href="css/roboto-slab/roboto-slab-fontface.css">
  8. <style>
  9. body {
  10. background: #F2F2F2;
  11. }
  12. .test-header {
  13. text-align: center;
  14. font-family: 'Roboto-Black';
  15. font-size: 2em;
  16. padding: 0;
  17. margin: 0;
  18. }
  19. .test-header h1 {
  20. padding: 0;
  21. margin: 0;
  22. }
  23. section {
  24. padding: 2% 10%;
  25. margin: 0 auto;
  26. }
  27. /*Roboto*/
  28. .roboto {
  29. font-family: 'Roboto';
  30. }
  31. .roboto-italic {
  32. font-family: 'Roboto-RegularItalic';
  33. }
  34. .roboto-light {
  35. font-family: 'Roboto-Light';
  36. }
  37. .roboto-light-italic {
  38. font-family: 'Roboto-LightItalic';
  39. }
  40. .roboto-bold {
  41. font-family: 'Roboto-Bold';
  42. }
  43. .roboto-bold-italic {
  44. font-family: 'Roboto-BoldItalic';
  45. }
  46. .roboto-medium {
  47. font-family: 'Roboto-Medium';
  48. }
  49. .roboto-medium-italic {
  50. font-family: 'Roboto-MediumItalic';
  51. }
  52. .roboto-thin {
  53. font-family: 'Roboto-Thin';
  54. }
  55. .roboto-thin-italic {
  56. font-family: 'Roboto-ThinItalic';
  57. }
  58. /*Roboto Condensed*/
  59. .roboto-condensed {
  60. font-family: 'Roboto-Condensed';
  61. }
  62. .roboto-condensed-italic {
  63. font-family: 'Roboto-Condensed-RegularItalic';
  64. }
  65. .roboto-condensed-light {
  66. font-family: 'Roboto-Condensed-Light';
  67. }
  68. .roboto-condensed-light-italic {
  69. font-family: 'Roboto-Condensed-LightItalic';
  70. }
  71. .roboto-condensed-bold {
  72. font-family: 'Roboto-Condensed-Bold';
  73. }
  74. .roboto-condensed-bold-italic {
  75. font-family: 'Roboto-Condensed-BoldItalic';
  76. }
  77. /*Roboto Slab*/
  78. .roboto-slab {
  79. font-family: 'Roboto-Slab';
  80. }
  81. .roboto-slab-light {
  82. font-family: 'Roboto-Slab-Light';
  83. }
  84. .roboto-slab-bold {
  85. font-family: 'Roboto-Slab-Bold';
  86. }
  87. .roboto-slab-thin {
  88. font-family: 'Roboto-Slab-Thin';
  89. }
  90. </style>
  91. </head>
  92. <body>
  93. <header class="test-header">
  94. <h1>Roboto-Fontface-Bower</h1>
  95. </header>
  96. <!-- Roboto -->
  97. <section class="roboto">
  98. <header>
  99. <h1>I am Roboto</h1>
  100. </header>
  101. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  102. goodies that make writing CSS fun again.
  103. </section>
  104. <section class="roboto-italic">
  105. <header>
  106. <h1>I am Roboto Italic</h1>
  107. </header>
  108. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  109. goodies that make writing CSS fun again.
  110. </section>
  111. <section class="roboto-light">
  112. <header>
  113. <h1>I am Roboto Light</h1>
  114. </header>
  115. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  116. goodies that make writing CSS fun again.
  117. </section>
  118. <section class="roboto-light-italic">
  119. <header>
  120. <h1>I am Roboto Light Italic</h1>
  121. </header>
  122. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  123. goodies that make writing CSS fun again.
  124. </section>
  125. <section class="roboto-medium">
  126. <header>
  127. <h1>I am Roboto Medium</h1>
  128. </header>
  129. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  130. goodies that make writing CSS fun again.
  131. </section>
  132. <section class="roboto-medium-italic">
  133. <header>
  134. <h1>I am Roboto Medium Italic</h1>
  135. </header>
  136. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  137. goodies that make writing CSS fun again.
  138. </section>
  139. <section class="roboto-bold">
  140. <header>
  141. <h1>I am Roboto Bold</h1>
  142. </header>
  143. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  144. goodies that make writing CSS fun again.
  145. </section>
  146. <section class="roboto-bold-italic">
  147. <header>
  148. <h1>I am Roboto Bold Italic</h1>
  149. </header>
  150. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  151. goodies that make writing CSS fun again.
  152. </section>
  153. <section class="roboto-thin">
  154. <header>
  155. <h1>I am Roboto Thin</h1>
  156. </header>
  157. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  158. goodies that make writing CSS fun again.
  159. </section>
  160. <section class="roboto-thin-italic">
  161. <header>
  162. <h1>I am Roboto Thin Italic</h1>
  163. </header>
  164. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  165. goodies that make writing CSS fun again.
  166. </section>
  167. <!-- Roboto Condensed -->
  168. <section class="roboto-condensed">
  169. <header>
  170. <h1>I am RobotoCondensed</h1>
  171. </header>
  172. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  173. goodies that make writing CSS fun again.
  174. </section>
  175. <section class="roboto-condensed-italic">
  176. <header>
  177. <h1>I am RobotoCondensed Italic</h1>
  178. </header>
  179. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  180. goodies that make writing CSS fun again.
  181. </section>
  182. <section class="roboto-condensed-light">
  183. <header>
  184. <h1>I am RobotoCondensed Light</h1>
  185. </header>
  186. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  187. goodies that make writing CSS fun again.
  188. </section>
  189. <section class="roboto-condensed-light-italic">
  190. <header>
  191. <h1>I am RobotoCondensed Light Italic</h1>
  192. </header>
  193. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  194. goodies that make writing CSS fun again.
  195. </section>
  196. <section class="roboto-condensed-bold">
  197. <header>
  198. <h1>I am RobotoCondensed Bold</h1>
  199. </header>
  200. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  201. goodies that make writing CSS fun again.
  202. </section>
  203. <section class="roboto-condensed-bold-italic">
  204. <header>
  205. <h1>I am RobotoCondensed Bold Italic</h1>
  206. </header>
  207. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  208. goodies that make writing CSS fun again.
  209. </section>
  210. <!-- Roboto Slab -->
  211. <section class="roboto-slab">
  212. <header>
  213. <h1>I am RobotoSlab</h1>
  214. </header>
  215. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  216. goodies that make writing CSS fun again.
  217. </section>
  218. <section class="roboto-slab-light">
  219. <header>
  220. <h1>I am RobotoSlab Light</h1>
  221. </header>
  222. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  223. goodies that make writing CSS fun again.
  224. </section>
  225. <section class="roboto-slab-bold">
  226. <header>
  227. <h1>I am RobotoSlab Bold</h1>
  228. </header>
  229. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  230. goodies that make writing CSS fun again.
  231. </section>
  232. <section class="roboto-slab-thin">
  233. <header>
  234. <h1>I am RobotoSlab Thin</h1>
  235. </header>
  236. CSS on its own can be fun, but stylesheets are getting larger, more complex, and harder to maintain. This is where a preprocessor can help. Sass lets you use features that don't exist in CSS yet like variables, nesting, mixins, inheritance and other nifty
  237. goodies that make writing CSS fun again.
  238. </section>
  239. </body>
  240. </html>