1 /** 2 Generator for VisualD project files 3 4 Copyright: © 2012-2013 Matthias Dondorff 5 License: Subject to the terms of the MIT license, as written in the included LICENSE.txt file. 6 Authors: Matthias Dondorff 7 */ 8 module dub.generators.visuald; 9 10 import dub.compilers.compiler; 11 import dub.generators.generator; 12 import dub.internal.utils; 13 import dub.internal.vibecompat.core.file; 14 import dub.internal.vibecompat.core.log; 15 import dub.package_; 16 import dub.packagemanager; 17 import dub.project; 18 19 import std.algorithm; 20 import std.array; 21 import std.conv; 22 import std.exception; 23 import std.format; 24 import std..string : format; 25 import std.uuid; 26 27 28 // Dubbing is developing dub... 29 //version = DUBBING; 30 31 // TODO: handle pre/post build commands 32 33 34 class VisualDGenerator : ProjectGenerator { 35 private { 36 PackageManager m_pkgMgr; 37 string[string] m_projectUuids; 38 } 39 40 this(Project project) 41 { 42 super(project); 43 m_pkgMgr = project.packageManager; 44 } 45 46 override void generateTargets(GeneratorSettings settings, in TargetInfo[string] targets) 47 { 48 logDebug("About to generate projects for %s, with %s direct dependencies.", m_project.rootPackage.name, m_project.rootPackage.getAllDependencies().length); 49 generateProjectFiles(settings, targets); 50 generateSolutionFile(settings, targets); 51 } 52 53 private { 54 void generateSolutionFile(GeneratorSettings settings, in TargetInfo[string] targets) 55 { 56 auto ret = appender!(char[])(); 57 auto configs = m_project.getPackageConfigs(settings.platform, settings.config); 58 auto some_uuid = generateUUID(); 59 60 // Solution header 61 ret.put("Microsoft Visual Studio Solution File, Format Version 11.00\n"); 62 ret.put("# Visual Studio 2010\n"); 63 64 bool[string] visited; 65 void generateSolutionEntry(string pack) { 66 if (pack in visited) return; 67 visited[pack] = true; 68 69 auto ti = targets[pack]; 70 71 auto uuid = guid(pack); 72 ret.formattedWrite("Project(\"%s\") = \"%s\", \"%s\", \"%s\"\n", 73 some_uuid, pack, projFileName(pack), uuid); 74 75 if (ti.linkDependencies.length && ti.buildSettings.targetType != TargetType.staticLibrary) { 76 ret.put("\tProjectSection(ProjectDependencies) = postProject\n"); 77 foreach (d; ti.linkDependencies) 78 if (!isHeaderOnlyPackage(d, targets)) { 79 // TODO: clarify what "uuid = uuid" should mean 80 ret.formattedWrite("\t\t%s = %s\n", guid(d), guid(d)); 81 } 82 ret.put("\tEndProjectSection\n"); 83 } 84 85 ret.put("EndProject\n"); 86 87 foreach (d; ti.dependencies) generateSolutionEntry(d); 88 } 89 90 auto mainpack = m_project.rootPackage.name; 91 92 generateSolutionEntry(mainpack); 93 94 // Global section contains configurations 95 ret.put("Global\n"); 96 ret.put("\tGlobalSection(SolutionConfigurationPlatforms) = preSolution\n"); 97 ret.formattedWrite("\t\t%s|%s = %s|%s\n", 98 settings.buildType, 99 settings.platform.architecture[0].vsArchitecture, 100 settings.buildType, 101 settings.platform.architecture[0].vsArchitecture); 102 ret.put("\tEndGlobalSection\n"); 103 ret.put("\tGlobalSection(ProjectConfigurationPlatforms) = postSolution\n"); 104 105 const string[] sub = ["ActiveCfg", "Build.0"]; 106 const string[] conf = [settings.buildType~"|"~settings.platform.architecture[0].vsArchitecture]; 107 foreach (t; targets.byKey) 108 foreach (c; conf) 109 foreach (s; sub) 110 formattedWrite(ret, "\t\t%s.%s.%s = %s\n", guid(t), c, s, c); 111 112 // TODO: for all dependencies 113 ret.put("\tEndGlobalSection\n"); 114 115 ret.put("\tGlobalSection(SolutionProperties) = preSolution\n"); 116 ret.put("\t\tHideSolutionNode = FALSE\n"); 117 ret.put("\tEndGlobalSection\n"); 118 ret.put("EndGlobal\n"); 119 120 // Writing solution file 121 logDebug("About to write to .sln file with %s bytes", to!string(ret.data.length)); 122 auto sln = openFile(solutionFileName(), FileMode.createTrunc); 123 scope(exit) sln.close(); 124 sln.put(ret.data); 125 sln.flush(); 126 127 logInfo("Solution '%s' generated.", solutionFileName()); 128 } 129 130 131 void generateProjectFiles(GeneratorSettings settings, in TargetInfo[string] targets) 132 { 133 bool[string] visited; 134 void performRec(string name) { 135 if (name in visited) return; 136 visited[name] = true; 137 generateProjectFile(name, settings, targets); 138 foreach (d; targets[name].dependencies) 139 performRec(d); 140 } 141 142 performRec(m_project.rootPackage.name); 143 } 144 145 bool isHeaderOnlyPackage(string pack, in TargetInfo[string] targets) 146 const { 147 auto buildsettings = targets[pack].buildSettings; 148 if (!buildsettings.sourceFiles.any!(f => f.endsWith(".d"))()) 149 return true; 150 return false; 151 } 152 153 void generateProjectFile(string packname, GeneratorSettings settings, in TargetInfo[string] targets) 154 { 155 import dub.compilers.utils : isLinkerFile; 156 157 auto ret = appender!(char[])(); 158 159 auto root_package_path = m_project.rootPackage.path; 160 auto basepath = NativePath(".dub/"); 161 if (!isWritableDir(basepath, true)) 162 throw new Exception(".dub is not writeable"); 163 ret.put("<DProject>\n"); 164 ret.formattedWrite(" <ProjectGuid>%s</ProjectGuid>\n", guid(packname)); 165 166 // Several configurations (debug, release, unittest) 167 generateProjectConfiguration(ret, packname, settings.buildType, settings, targets); 168 //generateProjectConfiguration(ret, packname, "release", settings, targets); 169 //generateProjectConfiguration(ret, packname, "unittest", settings, targets); 170 171 // Add all files 172 auto files = targets[packname].buildSettings; 173 SourceFile[string] sourceFiles; 174 void addSourceFile(NativePath file_path, NativePath structure_path, SourceFile.Action action) 175 { 176 auto key = file_path.toString(); 177 auto sf = sourceFiles.get(key, SourceFile.init); 178 sf.filePath = file_path; 179 if (sf.action == SourceFile.Action.none) { 180 sf.action = action; 181 sf.structurePath = structure_path; 182 } 183 sourceFiles[key] = sf; 184 } 185 186 void addFile(string s, SourceFile.Action action) { 187 auto sp = NativePath(s); 188 assert(sp.absolute, format("Source path in %s expected to be absolute: %s", packname, s)); 189 //if( !sp.absolute ) sp = pack.path ~ sp; 190 addSourceFile(sp.relativeTo(getWorkingDirectory() ~ basepath), determineStructurePath(sp, targets[packname]), action); 191 } 192 193 foreach (p; targets[packname].packages) 194 if (!p.recipePath.empty) 195 addFile(p.recipePath.toNativeString(), SourceFile.Action.none); 196 197 if (files.targetType == TargetType.staticLibrary) 198 foreach(s; files.sourceFiles.filter!(s => !isLinkerFile(settings.platform, s))) addFile(s, SourceFile.Action.build); 199 else 200 foreach(s; files.sourceFiles.filter!(s => !s.endsWith(".lib"))) addFile(s, SourceFile.Action.build); 201 202 foreach(s; files.importFiles) addFile(s, SourceFile.Action.none); 203 foreach(s; files.stringImportFiles) addFile(s, SourceFile.Action.none); 204 findFilesMatchingGlobs(root_package_path, files.copyFiles, s => addFile(s, SourceFile.Action.copy)); 205 findFilesMatchingGlobs(root_package_path, files.extraDependencyFiles, s => addFile(s, SourceFile.Action.none)); 206 207 // Create folders and files 208 ret.formattedWrite(" <Folder name=\"%s\">", getPackageFileName(packname)); 209 typeof(NativePath.init.head)[] lastFolder; 210 foreach(source; sortedSources(sourceFiles.values)) { 211 logDebug("source looking at %s", source.structurePath); 212 auto cur = source.structurePath.parentPath.bySegment.array; 213 if(lastFolder != cur) { 214 size_t same = 0; 215 foreach(idx; 0..min(lastFolder.length, cur.length)) 216 if(lastFolder[idx] != cur[idx]) break; 217 else same = idx+1; 218 219 const decrease = lastFolder.length - min(lastFolder.length, same); 220 const increase = cur.length - min(cur.length, same); 221 222 foreach(unused; 0..decrease) 223 ret.put("\n </Folder>"); 224 foreach(idx; 0..increase) 225 ret.formattedWrite("\n <Folder name=\"%s\">", cur[same + idx].name); 226 lastFolder = cur; 227 } 228 final switch (source.action) with (SourceFile.Action) 229 { 230 case none: 231 ret.formattedWrite("\n <File path=\"%s\" tool=\"None\" />", source.filePath.toNativeString()); 232 break; 233 case build: 234 ret.formattedWrite("\n <File path=\"%s\" />", source.filePath.toNativeString()); 235 break; 236 case copy: 237 ret.formattedWrite("\n <File customcmd=\"copy /Y $(InputPath) $(TargetDir)\" path=\"%s\" tool=\"Custom\" />", source.filePath.toNativeString()); 238 break; 239 } 240 } 241 // Finalize all open folders 242 foreach(unused; 0..lastFolder.length) 243 ret.put("\n </Folder>"); 244 ret.put("\n </Folder>\n</DProject>"); 245 246 logDebug("About to write to '%s.visualdproj' file %s bytes", getPackageFileName(packname), ret.data.length); 247 auto proj = openFile(projFileName(packname), FileMode.createTrunc); 248 scope(exit) proj.close(); 249 proj.put(ret.data); 250 proj.flush(); 251 } 252 253 void generateProjectConfiguration(Appender!(char[]) ret, string pack, string type, GeneratorSettings settings, in TargetInfo[string] targets) 254 { 255 auto buildsettings = targets[pack].buildSettings.dup; 256 auto basepath = NativePath(".dub/"); 257 258 string[] getSettings(string setting)(){ return __traits(getMember, buildsettings, setting); } 259 string[] getPathSettings(string setting)() 260 { 261 auto settings = getSettings!setting(); 262 auto ret = new string[settings.length]; 263 foreach (i; 0 .. settings.length) { 264 // \" is interpreted as an escaped " by cmd.exe, so we need to avoid that 265 auto p = NativePath(settings[i]).relativeTo(getWorkingDirectory() ~ basepath); 266 p.endsWithSlash = false; 267 ret[i] = '"' ~ p.toNativeString() ~ '"'; 268 } 269 return ret; 270 } 271 272 if (buildsettings.targetType == TargetType.none) 273 return; 274 275 foreach(architecture; settings.platform.architecture) { 276 auto arch = architecture.vsArchitecture; 277 ret.formattedWrite(" <Config name=\"%s\" platform=\"%s\">\n", to!string(type), arch); 278 279 // debug and optimize setting 280 ret.formattedWrite(" <symdebug>%s</symdebug>\n", buildsettings.options & BuildOption.debugInfo ? "1" : "0"); 281 ret.formattedWrite(" <optimize>%s</optimize>\n", buildsettings.options & BuildOption.optimize ? "1" : "0"); 282 ret.formattedWrite(" <useInline>%s</useInline>\n", buildsettings.options & BuildOption.inline ? "1" : "0"); 283 ret.formattedWrite(" <release>%s</release>\n", buildsettings.options & BuildOption.releaseMode ? "1" : "0"); 284 285 // Lib or exe? 286 enum 287 { 288 Executable = 0, 289 StaticLib = 1, 290 DynamicLib = 2 291 } 292 293 int output_type = StaticLib; // library 294 string output_ext = "lib"; 295 if (buildsettings.targetType == TargetType.executable) 296 { 297 output_type = Executable; 298 output_ext = "exe"; 299 } 300 else if (buildsettings.targetType == TargetType.dynamicLibrary) 301 { 302 output_type = DynamicLib; 303 output_ext = "dll"; 304 } 305 auto bin_path = pack == m_project.rootPackage.name ? NativePath(buildsettings.targetPath) : NativePath("lib/"); 306 bin_path.endsWithSlash = true; 307 ret.formattedWrite(" <lib>%s</lib>\n", output_type); 308 ret.formattedWrite(" <exefile>%s%s.%s</exefile>\n", bin_path.toNativeString(), buildsettings.targetName, output_ext); 309 310 // include paths and string imports 311 string imports = join(getPathSettings!"importPaths"(), " "); 312 string stringImports = join(getPathSettings!"stringImportPaths"(), " "); 313 ret.formattedWrite(" <imppath>%s</imppath>\n", imports); 314 ret.formattedWrite(" <fileImppath>%s</fileImppath>\n", stringImports); 315 316 ret.formattedWrite(" <program>%s</program>\n", "$(DMDInstallDir)windows\\bin\\dmd.exe"); // FIXME: use the actually selected compiler! 317 ret.formattedWrite(" <additionalOptions>%s</additionalOptions>\n", getSettings!"dflags"().join(" ")); 318 319 // Add version identifiers 320 string versions = join(getSettings!"versions"(), " "); 321 ret.formattedWrite(" <versionids>%s</versionids>\n", versions); 322 323 // Add libraries, system libs need to be suffixed by ".lib". 324 string linkLibs = join(map!(a => a~".lib")(getSettings!"libs"()), " "); 325 string addLinkFiles = join(getSettings!"sourceFiles"().filter!(s => s.endsWith(".lib"))(), " "); 326 if (arch == "x86") addLinkFiles ~= " phobos.lib"; 327 if (output_type != StaticLib) ret.formattedWrite(" <libfiles>%s %s</libfiles>\n", linkLibs, addLinkFiles); 328 329 // Unittests 330 ret.formattedWrite(" <useUnitTests>%s</useUnitTests>\n", buildsettings.options & BuildOption.unittests ? "1" : "0"); 331 332 // Better C 333 ret.formattedWrite(" <betterC>%s</betterC>\n", buildsettings.options & BuildOption.betterC ? "1" : "0"); 334 335 // compute directory for intermediate files (need dummy/ because of how -op determines the resulting path) 336 size_t ndummy = 0; 337 foreach (f; buildsettings.sourceFiles) { 338 auto rpath = NativePath(f).relativeTo(getWorkingDirectory() ~ basepath); 339 size_t nd = 0; 340 foreach (s; rpath.bySegment) 341 if (s == "..") 342 nd++; 343 if (nd > ndummy) ndummy = nd; 344 } 345 string intersubdir = replicate("dummy/", ndummy) ~ getPackageFileName(pack); 346 347 ret.put(" <obj>0</obj>\n"); 348 ret.put(" <link>0</link>\n"); 349 ret.put(" <subsystem>0</subsystem>\n"); 350 ret.put(" <multiobj>0</multiobj>\n"); 351 int singlefilemode; 352 final switch (settings.buildMode) with (BuildMode) { 353 case separate: singlefilemode = 2; break; 354 case allAtOnce: singlefilemode = 0; break; 355 case singleFile: singlefilemode = 1; break; 356 //case compileOnly: singlefilemode = 3; break; 357 } 358 ret.formattedWrite(" <singleFileCompilation>%s</singleFileCompilation>\n", singlefilemode); 359 ret.formattedWrite(" <mscoff>%s</mscoff>", buildsettings.dflags.canFind("-m32mscoff") ? "1" : "0"); 360 ret.put(" <oneobj>0</oneobj>\n"); 361 ret.put(" <trace>0</trace>\n"); 362 ret.put(" <quiet>0</quiet>\n"); 363 ret.formattedWrite(" <verbose>%s</verbose>\n", buildsettings.options & BuildOption.verbose ? "1" : "0"); 364 ret.put(" <vtls>0</vtls>\n"); 365 ret.put(" <cpu>0</cpu>\n"); 366 ret.formattedWrite(" <isX86_64>%s</isX86_64>\n", arch == "x64" ? 1 : 0); 367 ret.put(" <isLinux>0</isLinux>\n"); 368 ret.put(" <isOSX>0</isOSX>\n"); 369 ret.put(" <isWindows>0</isWindows>\n"); 370 ret.put(" <isFreeBSD>0</isFreeBSD>\n"); 371 ret.put(" <isSolaris>0</isSolaris>\n"); 372 ret.put(" <isDragonFlyBSD>0</isDragonFlyBSD>\n"); 373 ret.put(" <scheduler>0</scheduler>\n"); 374 ret.put(" <useDeprecated>0</useDeprecated>\n"); 375 ret.put(" <useAssert>0</useAssert>\n"); 376 ret.put(" <useInvariants>0</useInvariants>\n"); 377 ret.put(" <useIn>0</useIn>\n"); 378 ret.put(" <useOut>0</useOut>\n"); 379 ret.put(" <useArrayBounds>0</useArrayBounds>\n"); 380 ret.formattedWrite(" <noboundscheck>%s</noboundscheck>\n", buildsettings.options & BuildOption.noBoundsCheck ? "1" : "0"); 381 ret.put(" <useSwitchError>0</useSwitchError>\n"); 382 ret.put(" <preservePaths>1</preservePaths>\n"); 383 ret.formattedWrite(" <warnings>%s</warnings>\n", buildsettings.options & BuildOption.warningsAsErrors ? "1" : "0"); 384 ret.formattedWrite(" <infowarnings>%s</infowarnings>\n", buildsettings.options & BuildOption.warnings ? "1" : "0"); 385 ret.formattedWrite(" <checkProperty>%s</checkProperty>\n", buildsettings.options & BuildOption.property ? "1" : "0"); 386 ret.formattedWrite(" <genStackFrame>%s</genStackFrame>\n", buildsettings.options & BuildOption.alwaysStackFrame ? "1" : "0"); 387 ret.put(" <pic>0</pic>\n"); 388 ret.formattedWrite(" <cov>%s</cov>\n", buildsettings.options & BuildOption.coverage ? "1" : "0"); 389 ret.put(" <nofloat>0</nofloat>\n"); 390 ret.put(" <Dversion>2</Dversion>\n"); 391 ret.formattedWrite(" <ignoreUnsupportedPragmas>%s</ignoreUnsupportedPragmas>\n", buildsettings.options & BuildOption.ignoreUnknownPragmas ? "1" : "0"); 392 ret.formattedWrite(" <compiler>%s</compiler>\n", settings.compiler.name == "ldc" ? 2 : settings.compiler.name == "gdc" ? 1 : 0); 393 ret.formattedWrite(" <otherDMD>0</otherDMD>\n"); 394 ret.formattedWrite(" <outdir>%s</outdir>\n", bin_path.toNativeString()); 395 ret.formattedWrite(" <objdir>obj/%s/%s</objdir>\n", to!string(type), intersubdir); 396 ret.put(" <objname />\n"); 397 ret.put(" <libname />\n"); 398 ret.put(" <doDocComments>0</doDocComments>\n"); 399 ret.put(" <docdir />\n"); 400 ret.put(" <docname />\n"); 401 ret.put(" <modules_ddoc />\n"); 402 ret.put(" <ddocfiles />\n"); 403 ret.put(" <doHdrGeneration>0</doHdrGeneration>\n"); 404 ret.put(" <hdrdir />\n"); 405 ret.put(" <hdrname />\n"); 406 ret.put(" <doXGeneration>1</doXGeneration>\n"); 407 ret.put(" <xfilename>$(IntDir)\\$(TargetName).json</xfilename>\n"); 408 ret.put(" <debuglevel>0</debuglevel>\n"); 409 ret.put(" <versionlevel>0</versionlevel>\n"); 410 ret.put(" <debugids />\n"); 411 ret.put(" <dump_source>0</dump_source>\n"); 412 ret.put(" <mapverbosity>0</mapverbosity>\n"); 413 ret.put(" <createImplib>0</createImplib>\n"); 414 ret.put(" <defaultlibname />\n"); 415 ret.put(" <debuglibname />\n"); 416 ret.put(" <moduleDepsFile />\n"); 417 ret.put(" <run>0</run>\n"); 418 ret.put(" <runargs />\n"); 419 ret.put(" <runCv2pdb>1</runCv2pdb>\n"); 420 ret.put(" <pathCv2pdb>$(VisualDInstallDir)cv2pdb\\cv2pdb.exe</pathCv2pdb>\n"); 421 ret.put(" <cv2pdbPre2043>0</cv2pdbPre2043>\n"); 422 ret.put(" <cv2pdbNoDemangle>0</cv2pdbNoDemangle>\n"); 423 ret.put(" <cv2pdbEnumType>0</cv2pdbEnumType>\n"); 424 ret.put(" <cv2pdbOptions />\n"); 425 ret.put(" <objfiles />\n"); 426 ret.put(" <linkswitches />\n"); 427 ret.put(" <libpaths />\n"); 428 ret.put(" <deffile />\n"); 429 ret.put(" <resfile />\n"); 430 auto wdir = NativePath(buildsettings.workingDirectory); 431 if (!wdir.absolute) wdir = m_project.rootPackage.path ~ wdir; 432 ret.formattedWrite(" <debugworkingdir>%s</debugworkingdir>\n", 433 wdir.relativeTo(getWorkingDirectory() ~ basepath).toNativeString()); 434 ret.put(" <preBuildCommand />\n"); 435 ret.put(" <postBuildCommand />\n"); 436 ret.put(" <filesToClean>*.obj;*.cmd;*.build;*.dep</filesToClean>\n"); 437 ret.put(" </Config>\n"); 438 } // foreach(architecture) 439 } 440 441 void performOnDependencies(const Package main, string[string] configs, void delegate(const Package pack) op) 442 { 443 foreach (p; m_project.getTopologicalPackageList(false, main, configs)) { 444 if (p is main) continue; 445 op(p); 446 } 447 } 448 449 string generateUUID() const { 450 import std..string; 451 return "{" ~ toUpper(randomUUID().toString()) ~ "}"; 452 } 453 454 string guid(string projectName) { 455 if(projectName !in m_projectUuids) 456 m_projectUuids[projectName] = generateUUID(); 457 return m_projectUuids[projectName]; 458 } 459 460 auto solutionFileName() const { 461 version(DUBBING) return getPackageFileName(m_project.rootPackage) ~ ".dubbed.sln"; 462 else return getPackageFileName(m_project.rootPackage.name) ~ ".sln"; 463 } 464 465 NativePath projFileName(string pack) const { 466 auto basepath = NativePath(".dub/"); 467 version(DUBBING) return basepath ~ (getPackageFileName(pack) ~ ".dubbed.visualdproj"); 468 else return basepath ~ (getPackageFileName(pack) ~ ".visualdproj"); 469 } 470 } 471 472 // TODO: nice folders 473 private struct SourceFile { 474 NativePath structurePath; 475 NativePath filePath; 476 enum Action { none, build, copy }; 477 Action action = Action.none; 478 479 size_t toHash() const nothrow @trusted { return structurePath.toHash() ^ filePath.toHash() ^ (action * 0x1f3e7b2c); } 480 int opCmp(ref const SourceFile rhs) const { return sortOrder(this, rhs); } 481 // "a < b" for folder structures (deepest folder first, else lexical) 482 private final static int sortOrder(ref const SourceFile a, ref const SourceFile b) { 483 assert(!a.structurePath.empty); 484 assert(!b.structurePath.empty); 485 static if (is(typeof(a.structurePath.nodes))) { // vibe.d < 0.8.2 486 auto as = a.structurePath.nodes; 487 auto bs = b.structurePath.nodes; 488 } else { 489 auto as = a.structurePath.bySegment.array; 490 auto bs = b.structurePath.bySegment.array; 491 } 492 493 // Check for different folders, compare folders only (omit last one). 494 for(uint idx=0; idx<min(as.length-1, bs.length-1); ++idx) 495 if(as[idx] != bs[idx]) 496 return as[idx].name.cmp(bs[idx].name); 497 498 if(as.length != bs.length) { 499 // If length differ, the longer one is "smaller", that is more 500 // specialized and will be put out first. 501 return as.length > bs.length? -1 : 1; 502 } 503 else { 504 // Both paths indicate files in the same directory, use lexical 505 // ordering for those. 506 return as[$-1].name.cmp(bs[$-1].name); 507 } 508 } 509 } 510 511 private auto sortedSources(SourceFile[] sources) { 512 return sort(sources); 513 } 514 515 unittest { 516 SourceFile[] sfs = [ 517 { NativePath("b/file.d"), NativePath("") }, 518 { NativePath("b/b/fileA.d"), NativePath("") }, 519 { NativePath("a/file.d"), NativePath("") }, 520 { NativePath("b/b/fileB.d"), NativePath("") }, 521 { NativePath("b/b/b/fileA.d"), NativePath("") }, 522 { NativePath("b/c/fileA.d"), NativePath("") }, 523 ]; 524 auto sorted = sort(sfs); 525 SourceFile[] sortedSfs; 526 foreach(sr; sorted) 527 sortedSfs ~= sr; 528 assert(sortedSfs[0].structurePath == NativePath("a/file.d"), "1"); 529 assert(sortedSfs[1].structurePath == NativePath("b/b/b/fileA.d"), "2"); 530 assert(sortedSfs[2].structurePath == NativePath("b/b/fileA.d"), "3"); 531 assert(sortedSfs[3].structurePath == NativePath("b/b/fileB.d"), "4"); 532 assert(sortedSfs[4].structurePath == NativePath("b/c/fileA.d"), "5"); 533 assert(sortedSfs[5].structurePath == NativePath("b/file.d"), "6"); 534 } 535 } 536 537 private NativePath determineStructurePath(NativePath file_path, in ProjectGenerator.TargetInfo target) 538 { 539 foreach (p; target.packages) { 540 if (file_path.startsWith(p.path)) 541 return NativePath(getPackageFileName(p.name)) ~ file_path.relativeTo(p.path); 542 } 543 return NativePath("misc/") ~ file_path.head; 544 } 545 546 private string getPackageFileName(string pack) 547 { 548 return pack.replace(":", "_"); 549 } 550 551 private @property string vsArchitecture(string architecture) 552 { 553 switch(architecture) { 554 default: logWarn("Unsupported platform('%s'), defaulting to x86", architecture); goto case; 555 case "x86", "x86_mscoff": return "Win32"; 556 case "x86_64": return "x64"; 557 } 558 }