1 | define([ |
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2 | "require", |
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3 | "./buildControlBase", |
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4 | "./fs", "./fileUtils", |
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5 | "./process", |
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6 | "dojo" |
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7 | ], function(require, bc, fs, fileUtils, process, dojo){ |
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8 | eval(require.scopeify("./fs, ./fileUtils")); |
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9 | var mix = function(dest, src){ |
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10 | dest = dest || {}; |
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11 | src = src || {}; |
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12 | for(var p in src) dest[p] = src[p]; |
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13 | return dest; |
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14 | }, |
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15 | |
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16 | // any profile properties default values that are different in a 1.6- profile are listed below |
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17 | defaultBuildProps = { |
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18 | // these are computed explicitly in processProfile() below |
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19 | //releaseName:"dojo", |
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20 | //releaseDir:"../../release", |
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21 | |
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22 | staticHasFeatures:{ |
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23 | // consider turning these hard on for standard 1.x build |
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24 | //'config-publishRequireResult':1, |
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25 | //'config-tlmSiblingOfDojo':1, |
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26 | }, |
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27 | |
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28 | defaultConfig:{ |
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29 | // no changes |
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30 | hasCache:{ |
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31 | // no changes |
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32 | } |
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33 | } |
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34 | }, |
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35 | |
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36 | processProfile = function(profile, dojoPath, utilBuildscriptsPath, profilePath){ |
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37 | // process a v1.6- profile |
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38 | // |
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39 | // v1.6- has the following relative path behavior: |
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40 | // |
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41 | // * the util/buildscripts/ directory is assumed to be the cwd upon build program startup |
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42 | // * the dojo directory as specified in profile dependencies.prefixes (if relative) is |
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43 | // assumed to be relative to util/buildscripts/; usually, it is not explicitly specified |
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44 | // and is automatically set by the v1.6 build application to ../../dojo. |
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45 | // * similarly the releaseDir directory (if relative) is assumed to be relative to util/buildscripts/ |
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46 | // * all other relative paths are relative to the dojo directory (in spite of what some docs say) |
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47 | // * all input module hierarchies are "flattened" so they are siblings of the dojo directory |
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48 | // |
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49 | // This has the net effect of forcing the assumption that build program is be executed from util/buildscripts. |
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50 | // when relative paths are used; this may be inconvenient. The behavior is probably consequent to rhino's design |
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51 | // that does not report the full path of the script being executed. |
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52 | // |
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53 | var |
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54 | p, |
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55 | result = {}, |
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56 | layers = profile.layers || [], |
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57 | prefixes = profile.prefixes || []; |
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58 | |
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59 | for(p in defaultBuildProps){ |
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60 | result[p] = defaultBuildProps[p]; |
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61 | } |
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62 | for(p in profile){ |
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63 | if(/^(loader|xdDojoPath|scopeDjConfig|xdScopeArgs|xdDojoScopeName|expandProvide|buildLayers|query|removeDefaultNameSpaces|addGuards|localeList)$/.test(p)){ |
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64 | bc.log("inputDeprecated", ["switch", p]); |
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65 | }else if(p=="staticHasFeatures"){ |
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66 | mix(result.staticHasFeatures, profile.staticHasFeatures); |
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67 | }else if(p=="defaultConfig"){ |
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68 | for(p in profile.defaultConfig){ |
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69 | if(p=="hasCache"){ |
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70 | mix(result.defaultConfig.hasCache, profile.defaultConfig.hasCache); |
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71 | }else{ |
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72 | result.defaultConfig[p] = profile.defaultConfig[p]; |
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73 | } |
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74 | } |
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75 | }else{ |
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76 | // this is gross, but it's in the v1.6 app...and it's used in some of our own profiles as of [26706] |
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77 | result[p] = (profile[p]=="false" ? false : profile[p]); |
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78 | } |
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79 | } |
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80 | |
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81 | // convert the prefix vector to a map |
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82 | var prefixMap = |
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83 | // map from top-level mid --> path |
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84 | {}, |
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85 | copyrightMap = |
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86 | // map from top-level mid --> copyright message (usually undefined) |
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87 | {}, |
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88 | runtimeMap = |
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89 | // map from top-level mid --> runtime environment for computing depenencies in transforms/depsScan (usually undefined) |
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90 | {}; |
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91 | prefixes.forEach(function(pair){ |
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92 | // pair a [mid, path], mid, a top-level module id, path relative to dojo directory |
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93 | var mid = pair[0]; |
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94 | prefixMap[mid]= pair[1]; |
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95 | // copyright is relaxed in 1.7+: it can be a string or a filename |
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96 | copyrightMap[mid] = (pair[2] && (maybeRead(computePath(pair[2], utilBuildscriptsPath)) || maybeRead(computePath(pair[2], profilePath)) || pair[2])) || ""; |
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97 | runtimeMap[mid] = pair[3]; |
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98 | }); |
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99 | |
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100 | // make sure we have a dojo path; notice we default to the dojo being used to run the build program as per the v1.6- build system |
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101 | // the only place basePath is used when processing a v1.6- profile is to compute releaseDir when releaseDir is relative |
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102 | // in this case, basePath in v1.6- is always assumed to be /util/buildscripts |
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103 | var basePath = result.basePath = utilBuildscriptsPath; |
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104 | |
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105 | if(!prefixMap.dojo){ |
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106 | prefixMap.dojo = dojoPath; |
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107 | } |
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108 | // make sure it is absolute |
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109 | prefixMap.dojo = computePath(prefixMap.dojo, basePath); |
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110 | if(prefixMap.dojo!=dojoPath){ |
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111 | bc.log("buildUsingDifferentDojo"); |
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112 | } |
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113 | dojoPath = prefixMap.dojo; |
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114 | |
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115 | // now we can compute an absolute path for each prefix (top-level module) |
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116 | // (recall , in v1.6-, relative prefix paths are relative to the dojo path because of "flattening" |
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117 | for(var mid in prefixMap){ |
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118 | if(mid!="dojo"){ |
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119 | prefixMap[mid] = computePath(prefixMap[mid], dojoPath); |
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120 | } |
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121 | } |
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122 | |
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123 | // now fixup and make absolute the releaseDir; releaseDir, if relative, is relative to /util/buildscripts |
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124 | // by making it absolute, later profiles can change basePath without affecting releaseDir |
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125 | result.releaseDir = computePath((profile.releaseDir || "../../release").replace(/\\/g, "/"), basePath); |
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126 | |
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127 | // make sure releaseName is clean |
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128 | if(typeof profile.releaseName == "undefined"){ |
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129 | profile.releaseName = "dojo"; |
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130 | } |
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131 | if(!profile.releaseName){ |
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132 | profile.releaseName = ""; |
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133 | } |
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134 | |
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135 | result.releaseName = profile.releaseName.replace(/\\/g, "/"); |
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136 | |
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137 | // now make a package for each top-level module |
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138 | var packages = result.packages = []; |
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139 | for(mid in prefixMap){ |
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140 | packages.push({ |
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141 | name:mid, |
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142 | location:prefixMap[mid], |
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143 | copyright:copyrightMap[mid]!==undefined ? copyrightMap[mid] : bc.defaultCopyright, |
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144 | runtime:runtimeMap[mid] |
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145 | }); |
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146 | } |
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147 | |
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148 | // recall the v1.6- build system "flattens" the module structure, no matter how it is arranged on input, into a set of sibling |
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149 | // top-level modules (dojo, dijit, dojox, demos, myStuff, yourStuff, etc.). The layer.name property is just a filename. Theoretically, |
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150 | // it could be placed anywhere, but in practice, it's always places somewhere in this flattened forest of module trees by giving |
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151 | // a name like "../myTopLevelModule/someModule.js". Therefore, the intendeded module name can be deduced by chopping off the "../" |
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152 | // prefix and ".js" suffix. Again, in theory, this won't work 100% of the time, but we don't have any examples of it not working. This |
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153 | // technique also works for layerDependencies. Therefore, transform a v1.6 layer object into a v1.7 layer object |
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154 | var getLayerCopyrightMessage = function(explicit, mid){ |
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155 | // this is a bit obnoxious as a default, but it's the v1.6- behavior |
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156 | // TODO: consider changing |
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157 | if(explicit!==undefined){ |
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158 | return explicit; |
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159 | } |
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160 | var copyright = copyrightMap[mid.split('/',1)[0]]; |
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161 | if(copyright){ |
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162 | return copyright; |
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163 | }else{ |
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164 | return bc.defaultCopyright + bc.defaultBuildNotice; |
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165 | } |
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166 | }, |
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167 | |
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168 | transformDependencies = function(list){ |
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169 | return list ? list.map(function(mid){ |
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170 | modulesSeen[mid = mid.replace(/\./g, "/")] = 1; |
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171 | return mid; |
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172 | }) : []; |
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173 | }, |
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174 | |
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175 | transformLayerDependencies = function(list, layerName){ |
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176 | return list ? list.map(function(mid){ |
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177 | if(!/\//.test(mid) && !/\.js$/.test(mid)){ |
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178 | // not a slash and doesn't end in .js; therefore, must be a module name |
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179 | modulesSeen[mid.split(".")[0]] = 1; |
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180 | return mid; |
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181 | } |
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182 | var match; |
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183 | if(/^\.\//.test(mid)){ |
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184 | mid = mid.substring(2); |
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185 | } |
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186 | if(mid=="dojo/dojo"){ |
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187 | return mid; |
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188 | }else if(mid=="dojo.js"){ |
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189 | return "dojo/dojo"; |
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190 | }else if((match = mid.match(nameRe))){ |
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191 | // sibling of dojo |
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192 | modulesSeen[match[1]] = 1; |
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193 | return match[1]; |
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194 | }else if((match = mid.match(dojoModuleRe))){ |
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195 | // assuming a dojo module |
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196 | bc.log("assumeLayerDependencyIsDojoModule", ["layer dependency", mid]); |
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197 | return match[1]; |
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198 | }else{ |
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199 | bc.log("cannotDeduceModuleIdFrom16LayerDependency", ["layer name", layerName, "layer dependency name", mid]); |
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200 | return "error"; |
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201 | } |
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202 | }) : []; |
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203 | }, |
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204 | |
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205 | nameRe = /^\.\.\/([^\.].*)\.js$/, |
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206 | |
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207 | dojoModuleRe = /^([^\.].*)\.js$/, |
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208 | |
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209 | modulesSeen = {}, |
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210 | |
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211 | fixedLayers = {}; |
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212 | layers.forEach(function(layer){ |
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213 | var match, name; |
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214 | if(layer.resourceName){ |
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215 | name = layer.resourceName.replace(/\./g, "/"); |
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216 | }else{ |
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217 | name = layer.name; |
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218 | if(/^\.\//.test(name)){ |
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219 | name = name.substring(2); |
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220 | } |
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221 | if(layer.name=="dojo.js"){ |
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222 | // custom base |
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223 | name = "dojo/dojo"; |
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224 | if(!layer.customBase){ |
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225 | layer.dependencies.push("dojo/main"); |
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226 | } |
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227 | layer.boot = true; |
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228 | }else if((match = name.match(nameRe))){ |
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229 | // sibling of dojo |
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230 | name = match[1]; |
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231 | }else if((match = name.match(dojoModuleRe))){ |
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232 | // hopefully a dojo module |
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233 | name = "dojo/" + match[1]; |
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234 | bc.log("assumeLayerIsDojoModule", ["layer name", layer.name]); |
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235 | }else{ |
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236 | bc.log("cannotDeduceModuleIdFrom16LayerName", ["layer name", layer.name]); |
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237 | } |
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238 | } |
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239 | layer.include = transformDependencies(layer.dependencies); |
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240 | layer.exclude = transformLayerDependencies(layer.layerDependencies, layer.name); |
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241 | if(name!="dojo/dojo" && !layer.customBase){ |
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242 | layer.exclude.push("dojo/dojo"); |
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243 | } |
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244 | layer.name = name; |
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245 | modulesSeen[name.split("/")[0]] = 1; |
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246 | layer.copyright = getLayerCopyrightMessage(layer.copyright, name); |
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247 | fixedLayers[name] = layer; |
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248 | }); |
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249 | |
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250 | // lastly, check that all the top-level module seen were in the prefixes vector |
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251 | for(p in modulesSeen){ |
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252 | var tlm = p.split("/")[0]; |
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253 | if(!prefixMap[tlm]){ |
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254 | bc.log("missingPrefix", ["top-level module", tlm]); |
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255 | } |
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256 | } |
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257 | result.layers = fixedLayers; |
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258 | |
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259 | return result; |
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260 | }, |
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261 | |
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262 | processHtmlFiles = function(files, dojoPath, utilBuildscriptsPath){ |
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263 | bc.log("processHtmlFiles", ["files", files.join(", ")]); |
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264 | var |
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265 | basePath = "", |
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266 | layers = {}, |
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267 | prefix = "", |
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268 | prefixes = {dijit: true, dojox: true}; |
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269 | files.forEach(function(htmlFile){ |
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270 | var |
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271 | priorLayers = [], |
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272 | addLayer = function(scriptName){ |
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273 | if(layers[scriptName]){ |
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274 | // if this module has been added before, find the intersection of dependencies |
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275 | layers[scriptName] = layers[scriptName].filter(function(scriptName){ |
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276 | return priorLayers.indexOf(scriptName) > -1; |
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277 | }); |
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278 | }else{ |
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279 | layers[scriptName] = priorLayers.concat(); |
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280 | } |
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281 | if(scriptName.indexOf('.') > -1){ |
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282 | prefixes[scriptName.substring(scriptName, scriptName.indexOf('.'))] = true; |
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283 | } |
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284 | priorLayers.push(scriptName); |
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285 | }; |
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286 | |
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287 | var html = fs.readFileSync(htmlFile, "utf8"); |
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288 | html.replace(/<script [^>]*src=["']([^'"]+)["']/gi, function(t, scriptName){ |
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289 | // for each script tag |
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290 | if(scriptName.indexOf("dojo/dojo.js") > -1){ |
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291 | // use dojo.js to determine the prefix for our namespaces |
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292 | prefix = scriptName.substring(0, scriptName.indexOf("dojo/dojo.js")); |
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293 | |
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294 | // the release dir is relative to the dir that contains the html file(s) |
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295 | // the prefix, if relative, is relative to basePath |
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296 | if(!basePath){ |
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297 | basePath = fileUtils.getFilepath(htmlFile); |
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298 | } |
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299 | }else{ |
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300 | // non-dojo.js script files, add it to our list of layers |
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301 | addLayer(scriptName = scriptName.substring(prefix.length, scriptName.length - 3).replace(/\//g, '.')); |
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302 | } |
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303 | }); |
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304 | html.replace(/dojo\.require\(["']([^'"]+)["']\)/g, function(t, scriptName){ |
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305 | // for each dojo.require call add it to the layers as well |
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306 | addLayer(scriptName); |
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307 | }); |
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308 | }); |
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309 | |
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310 | var prefixPaths = []; |
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311 | // normalize the prefixes into the arrays that the build expects |
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312 | for(prefix in prefixes){ |
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313 | prefixPaths.push([prefix, "../" + prefix]); |
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314 | } |
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315 | var layersArray = []; |
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316 | for(var name in layers){ |
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317 | // for each layer, create a layer object |
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318 | layersArray.push({ |
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319 | name: "../" + name.replace(/\./g,'/') + ".js", // use filename |
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320 | dependencies: [ |
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321 | name.replace(/\//g,'.') // use module name |
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322 | ], |
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323 | //use all previous layers as layer dependencies |
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324 | layerDependencies: layers[name].map(function(name){ |
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325 | return "../" + name.replace(/\./g,'/') + ".js"; |
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326 | }) |
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327 | }); |
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328 | } |
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329 | var profileProperties = { |
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330 | layers: layersArray, |
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331 | prefixes: prefixPaths, |
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332 | basePath:basePath |
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333 | }; |
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334 | |
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335 | if(bc.writeProfile){ |
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336 | fs.writeFileSync(bc.writeProfile, "dependencies = " + dojo.toJson(profileProperties, true), "utf8"); |
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337 | } |
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338 | return processProfile(profileProperties, dojoPath, utilBuildscriptsPath); |
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339 | }; |
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340 | |
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341 | return { |
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342 | processProfile:processProfile, |
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343 | processHtmlFiles:processHtmlFiles |
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344 | }; |
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345 | }); |
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