1-- 2-- vs200x_vcproj.lua 3-- Generate a Visual Studio 2002-2008 C/C++ project. 4-- Copyright (c) 2009-2014 Jason Perkins and the Premake project 5-- 6 7 local p = premake 8 p.vstudio.vc200x = {} 9 local m = p.vstudio.vc200x 10 11 local vstudio = p.vstudio 12 local context = p.context 13 local project = p.project 14 local config = p.config 15 local fileconfig = p.fileconfig 16 17 m.elements = {} 18 19 20 21--- 22-- Generate a Visual Studio 200x C++ or Makefile project. 23--- 24 25 m.elements.project = function(prj) 26 return { 27 m.xmlElement, 28 m.visualStudioProject, 29 m.platforms, 30 m.toolFiles, 31 m.configurations, 32 m.references, 33 m.files, 34 m.globals 35 } 36 end 37 38 function m.generate(prj) 39 p.indent("\t") 40 p.callArray(m.elements.project, prj) 41 p.pop('</VisualStudioProject>') 42 p.w() 43 end 44 45 46 47--- 48-- Write the opening <VisualStudioProject> element of the project file. 49-- In this case, the call list is for XML attributes rather than elements. 50--- 51 52 m.elements.visualStudioProject = function(prj) 53 return { 54 m.projectType, 55 m.version, 56 m.projectName, 57 m.projectGUID, 58 m.rootNamespace, 59 m.keyword, 60 m.targetFrameworkVersion 61 } 62 end 63 64 function m.visualStudioProject(prj) 65 p.push('<VisualStudioProject') 66 p.callArray(m.elements.visualStudioProject, prj) 67 p.w('>') 68 end 69 70 71 72--- 73-- Write out the <Configurations> element group, enumerating each of the 74-- configuration-architecture pairings. 75--- 76 77 function m.configurations(prj) 78 p.push('<Configurations>') 79 80 -- Visual Studio requires each configuration to be paired up with each 81 -- architecture, even if the pairing doesn't make any sense (i.e. Win32 82 -- DLL DCRT|PS3). Start by building a map between configurations and 83 -- their Visual Studio names. I will use this to determine which 84 -- pairings are "real", and which need to be synthesized. 85 86 local mapping = {} 87 for cfg in project.eachconfig(prj) do 88 local name = vstudio.projectConfig(cfg) 89 mapping[cfg] = name 90 mapping[name] = cfg 91 end 92 93 -- Now enumerate each configuration and architecture pairing 94 95 for cfg in project.eachconfig(prj) do 96 for i, arch in ipairs(architectures) do 97 local target 98 99 -- Generate a Visual Studio name from this pairing and see if 100 -- it matches. If so, I can go ahead and output the markup for 101 -- this configuration. 102 103 local testName = vstudio.projectConfig(cfg, arch) 104 if testName == mapping[cfg] then 105 target = cfg 106 107 -- Okay, this pairing doesn't match this configuration. Check 108 -- the mapping to see if it matches some *other* configuration. 109 -- If it does, I can ignore it as it will getting written on 110 -- another pass through the loop. If it does not, then this is 111 -- one of those fake configurations that I have to synthesize. 112 113 elseif not mapping[testName] then 114 target = { fake = true } 115 end 116 117 -- If I'm not ignoring this pairing, output the result now 118 119 if target then 120 m.configuration(target, testName) 121 m.tools(target) 122 p.pop('</Configuration>') 123 end 124 end 125 end 126 127 p.pop('</Configurations>') 128 end 129 130 131 132--- 133-- Write out the <Configuration> element, describing a specific Premake 134-- build configuration/platform pairing. 135--- 136 137 m.elements.configuration = function(cfg) 138 if cfg.fake then 139 return { 140 m.intermediateDirectory, 141 m.configurationType 142 } 143 else 144 return { 145 m.outputDirectory, 146 m.intermediateDirectory, 147 m.configurationType, 148 m.useOfMFC, 149 m.characterSet, 150 m.managedExtensions, 151 } 152 end 153 end 154 155 function m.configuration(cfg, name) 156 p.push('<Configuration') 157 p.w('Name="%s"', name) 158 p.callArray(m.elements.configuration, cfg) 159 p.w('>') 160 end 161 162 163 164--- 165-- Return the list of tools required to build a specific configuration. 166-- Each tool gets represented by an XML element in the project file, all 167-- of which are implemented farther down in this file. 168-- 169-- @param cfg 170-- The configuration being written. 171--- 172 173 m.elements.tools = function(cfg) 174 if vstudio.isMakefile(cfg) and not cfg.fake then 175 return { 176 m.VCNMakeTool 177 } 178 end 179 if cfg.system == p.XBOX360 then 180 return { 181 m.VCPreBuildEventTool, 182 m.VCCustomBuildTool, 183 m.VCXMLDataGeneratorTool, 184 m.VCWebServiceProxyGeneratorTool, 185 m.VCMIDLTool, 186 m.VCCLCompilerTool, 187 m.VCManagedResourceCompilerTool, 188 m.VCResourceCompilerTool, 189 m.VCPreLinkEventTool, 190 m.VCLinkerTool, 191 m.VCALinkTool, 192 m.VCX360ImageTool, 193 m.VCBscMakeTool, 194 m.VCX360DeploymentTool, 195 m.VCPostBuildEventTool, 196 m.DebuggerTool, 197 } 198 else 199 return { 200 m.VCPreBuildEventTool, 201 m.VCCustomBuildTool, 202 m.VCXMLDataGeneratorTool, 203 m.VCWebServiceProxyGeneratorTool, 204 m.VCMIDLTool, 205 m.VCCLCompilerTool, 206 m.VCManagedResourceCompilerTool, 207 m.VCResourceCompilerTool, 208 m.VCPreLinkEventTool, 209 m.VCLinkerTool, 210 m.VCALinkTool, 211 m.VCManifestTool, 212 m.VCXDCMakeTool, 213 m.VCBscMakeTool, 214 m.VCFxCopTool, 215 m.VCAppVerifierTool, 216 m.VCPostBuildEventTool, 217 } 218 end 219 end 220 221 function m.tools(cfg) 222 p.callArray(m.elements.tools, cfg, config.toolset(cfg)) 223 end 224 225 226 227--- 228-- Write out the <References> element group. 229--- 230 231 m.elements.references = function(prj) 232 return { 233 m.assemblyReferences, 234 m.projectReferences, 235 } 236 end 237 238 function m.references(prj) 239 p.push('<References>') 240 p.callArray(m.elements.references, prj) 241 p.pop('</References>') 242 end 243 244 245 246--- 247-- Write out the <Files> element group. 248--- 249 250 function m.files(prj) 251 local tr = m.filesSorted(prj) 252 p.push('<Files>') 253 p.tree.traverse(tr, { 254 onbranchenter = m.filesFilterStart, 255 onbranchexit = m.filesFilterEnd, 256 onleaf = m.filesFile, 257 }, false) 258 p.pop('</Files>') 259 end 260 261 function m.filesSorted(prj) 262 -- Fetch the source tree, sorted how Visual Studio likes it: alpha 263 -- sorted, with any leading ../ sequences ignored. At the top level 264 -- of the tree, files go after folders, otherwise before. 265 return project.getsourcetree(prj, function(a,b) 266 local istop = (a.parent.parent == nil) 267 268 local aSortName = a.name 269 local bSortName = b.name 270 271 -- Only file nodes have a relpath field; folder nodes do not 272 if a.relpath then 273 if not b.relpath then 274 return not istop 275 end 276 aSortName = a.relpath:gsub("%.%.%/", "") 277 end 278 279 if b.relpath then 280 if not a.relpath then 281 return istop 282 end 283 bSortName = b.relpath:gsub("%.%.%/", "") 284 end 285 286 return aSortName < bSortName 287 end) 288 end 289 290 function m.filesFilterStart(node) 291 p.push('<Filter') 292 p.w('Name="%s"', node.name) 293 p.w('>') 294 end 295 296 function m.filesFilterEnd(node) 297 p.pop('</Filter>') 298 299 end 300 301 function m.filesFile(node) 302 p.push('<File') 303 p.w('RelativePath="%s"', path.translate(node.relpath)) 304 p.w('>') 305 local prj = node.project 306 for cfg in project.eachconfig(prj) do 307 m.fileConfiguration(cfg, node) 308 end 309 p.pop('</File>') 310 end 311 312 m.elements.fileConfigurationAttributes = function(filecfg) 313 return { 314 m.excludedFromBuild, 315 } 316 end 317 318 function m.fileConfiguration(cfg, node) 319 local filecfg = fileconfig.getconfig(node, cfg) 320 321 -- Generate the individual sections of the file configuration 322 -- element and capture the results to a buffer. I will only 323 -- write the file configuration if the buffers are not empty. 324 325 local configAttribs = p.capture(function () 326 p.push() 327 p.callArray(m.elements.fileConfigurationAttributes, filecfg) 328 p.pop() 329 end) 330 331 local compilerAttribs = p.capture(function () 332 p.push() 333 m.VCCLCompilerTool(filecfg) 334 p.pop() 335 end) 336 337 -- lines() > 3 skips empty <Tool Name="VCCLCompiler" /> elements 338 if #configAttribs > 0 or compilerAttribs:lines() > 3 then 339 p.push('<FileConfiguration') 340 p.w('Name="%s"', vstudio.projectConfig(cfg)) 341 if #configAttribs > 0 then 342 p.outln(configAttribs) 343 end 344 p.w('>') 345 p.outln(compilerAttribs) 346 p.pop('</FileConfiguration>') 347 end 348 end 349 350 351 352--- 353-- I don't do anything with globals yet, but here it is if you want to 354-- extend it. 355--- 356 357 m.elements.globals = function(prj) 358 return {} 359 end 360 361 function m.globals(prj) 362 p.push('<Globals>') 363 p.callArray(m.elements.globals, prj) 364 p.pop('</Globals>') 365 end 366 367 368 369--------------------------------------------------------------------------- 370-- 371-- Handlers for the individual tool sections of the project. 372-- 373-- There is a lot of repetition here; most of these tools are just 374-- placeholders for modules to override as needed. 375-- 376--------------------------------------------------------------------------- 377 378 379--- 380-- The implementation of a "normal" tool. Writes the opening tool element 381-- and name attribute, calls the corresponding function list, and then 382-- closes the element. 383-- 384-- @param name 385-- The name of the tool, e.g. "VCCustomBuildTool". 386-- @param ... 387-- Any additional arguments required by the call list. 388--- 389 390 function m.VCTool(name, cfg, ...) 391 p.push('<Tool') 392 393 local nameFunc = m[name .. "Name"] 394 local callFunc = m.elements[name] 395 396 if nameFunc then 397 name = nameFunc(cfg, ...) 398 end 399 p.w('Name="%s"', name) 400 401 if cfg and not cfg.fake then 402 p.callArray(callFunc, cfg, ...) 403 end 404 405 p.pop('/>') 406 end 407 408 ------------ 409 410 m.elements.DebuggerTool = function(cfg) 411 return {} 412 end 413 414 function m.DebuggerTool(cfg) 415 p.push('<DebuggerTool') 416 p.pop('/>') 417 end 418 419 ------------ 420 421 m.elements.VCALinkTool = function(cfg) 422 return {} 423 end 424 425 function m.VCALinkTool(cfg) 426 m.VCTool("VCALinkTool", cfg) 427 end 428 429 ------------ 430 431 m.elements.VCAppVerifierTool = function(cfg) 432 return {} 433 end 434 435 function m.VCAppVerifierTool(cfg) 436 if cfg.kind ~= p.STATICLIB then 437 m.VCTool("VCAppVerifierTool", cfg) 438 end 439 end 440 441 ------------ 442 443 m.elements.VCBscMakeTool = function(cfg) 444 return {} 445 end 446 447 function m.VCBscMakeTool(cfg) 448 m.VCTool("VCBscMakeTool", cfg) 449 end 450 451 ------------ 452 453 m.elements.VCCLCompilerTool = function(cfg, toolset) 454 if not toolset then 455 -- not a custom tool, use the standard set of attributes 456 return { 457 m.customBuildTool, 458 m.objectFile, 459 m.additionalCompilerOptions, 460 m.optimization, 461 m.additionalIncludeDirectories, 462 m.wholeProgramOptimization, 463 m.preprocessorDefinitions, 464 m.undefinePreprocessorDefinitions, 465 m.minimalRebuild, 466 m.basicRuntimeChecks, 467 m.bufferSecurityCheck, 468 m.stringPooling, 469 m.exceptionHandling, 470 m.runtimeLibrary, 471 m.enableFunctionLevelLinking, 472 m.enableEnhancedInstructionSet, 473 m.floatingPointModel, 474 m.runtimeTypeInfo, 475 m.treatWChar_tAsBuiltInType, 476 m.usePrecompiledHeader, 477 m.programDataBaseFileName, 478 m.warningLevel, 479 m.warnAsError, 480 m.detect64BitPortabilityProblems, 481 m.debugInformationFormat, 482 m.compileAs, 483 m.disableSpecificWarnings, 484 m.forcedIncludeFiles, 485 m.omitDefaultLib, 486 } 487 else 488 -- custom tool, use subset of attributes 489 return { 490 m.additionalExternalCompilerOptions, 491 m.additionalIncludeDirectories, 492 m.preprocessorDefinitions, 493 m.undefinePreprocessorDefinitions, 494 m.usePrecompiledHeader, 495 m.programDataBaseFileName, 496 m.debugInformationFormat, 497 m.compileAs, 498 m.forcedIncludeFiles, 499 } 500 end 501 end 502 503 function m.VCCLCompilerToolName(cfg) 504 local prjcfg, filecfg = config.normalize(cfg) 505 if filecfg and fileconfig.hasCustomBuildRule(filecfg) then 506 return "VCCustomBuildTool" 507 elseif prjcfg and prjcfg.system == p.XBOX360 then 508 return "VCCLX360CompilerTool" 509 else 510 return "VCCLCompilerTool" 511 end 512 end 513 514 function m.VCCLCompilerTool(cfg, toolset) 515 m.VCTool("VCCLCompilerTool", cfg, toolset) 516 end 517 518 ------------ 519 520 m.elements.VCCustomBuildTool = function(cfg) 521 return {} 522 end 523 524 function m.VCCustomBuildTool(cfg) 525 m.VCTool("VCCustomBuildTool", cfg) 526 end 527 528 ------------ 529 530 m.elements.VCFxCopTool = function(cfg) 531 return {} 532 end 533 534 function m.VCFxCopTool(cfg) 535 m.VCTool("VCFxCopTool", cfg) 536 end 537 538 ------------ 539 540 m.elements.VCLinkerTool = function(cfg, toolset) 541 if cfg.kind ~= p.STATICLIB then 542 return { 543 m.linkLibraryDependencies, 544 m.ignoreImportLibrary, 545 m.additionalLinkerOptions, 546 m.additionalDependencies, 547 m.outputFile, 548 m.linkIncremental, 549 m.additionalLibraryDirectories, 550 m.moduleDefinitionFile, 551 m.generateManifest, 552 m.generateDebugInformation, 553 m.programDatabaseFile, 554 m.subSystem, 555 m.largeAddressAware, 556 m.optimizeReferences, 557 m.enableCOMDATFolding, 558 m.entryPointSymbol, 559 m.importLibrary, 560 m.targetMachine, 561 } 562 else 563 return { 564 m.additionalLinkerOptions, 565 m.additionalDependencies, 566 m.outputFile, 567 m.additionalLibraryDirectories, 568 } 569 end 570 end 571 572 function m.VCLinkerToolName(cfg) 573 if cfg.kind == p.STATICLIB then 574 return "VCLibrarianTool" 575 elseif cfg.system == p.XBOX360 then 576 return "VCX360LinkerTool" 577 else 578 return "VCLinkerTool" 579 end 580 end 581 582 function m.VCLinkerTool(cfg, toolset) 583 m.VCTool("VCLinkerTool", cfg, toolset) 584 end 585 586 ------------ 587 588 m.elements.VCManagedResourceCompilerTool = function(cfg) 589 return {} 590 end 591 592 function m.VCManagedResourceCompilerTool(cfg) 593 m.VCTool("VCManagedResourceCompilerTool", cfg) 594 end 595 596 ------------ 597 598 m.elements.VCManifestTool = function(cfg) 599 return { 600 m.additionalManifestFiles, 601 } 602 end 603 604 function m.VCManifestTool(cfg) 605 if cfg.kind ~= p.STATICLIB then 606 m.VCTool("VCManifestTool", cfg) 607 end 608 end 609 610 ------------ 611 612 m.elements.VCMIDLTool = function(cfg) 613 return { 614 m.targetEnvironment 615 } 616 end 617 618 function m.VCMIDLTool(cfg) 619 m.VCTool("VCMIDLTool", cfg) 620 end 621 622 ------------ 623 624 m.elements.VCNMakeTool = function(cfg) 625 return { 626 m.buildCommandLine, 627 m.reBuildCommandLine, 628 m.cleanCommandLine, 629 m.output, 630 m.preprocessorDefinitions, 631 m.undefinePreprocessorDefinitions, 632 m.includeSearchPath, 633 m.forcedIncludes, 634 m.assemblySearchPath, 635 m.forcedUsingAssemblies, 636 m.compileAsManaged, 637 } 638 end 639 640 function m.VCNMakeTool(cfg) 641 m.VCTool("VCNMakeTool", cfg) 642 end 643 644 ------------ 645 646 m.elements.VCBuildTool = function(cfg, stage) 647 return { 648 m.commandLine, 649 } 650 end 651 652 function m.VCBuildToolName(cfg, stage) 653 return "VC" .. stage .. "EventTool" 654 end 655 656 function m.VCPreBuildEventTool(cfg) 657 m.VCTool("VCBuildTool", cfg, "PreBuild") 658 end 659 660 function m.VCPreLinkEventTool(cfg) 661 m.VCTool("VCBuildTool", cfg, "PreLink") 662 end 663 664 function m.VCPostBuildEventTool(cfg) 665 m.VCTool("VCBuildTool", cfg, "PostBuild") 666 end 667 668 ------------ 669 670 m.elements.VCResourceCompilerTool = function(cfg) 671 return { 672 m.additionalResourceOptions, 673 m.resourcePreprocessorDefinitions, 674 m.additionalResourceIncludeDirectories, 675 m.culture, 676 } 677 end 678 679 function m.VCResourceCompilerTool(cfg) 680 m.VCTool("VCResourceCompilerTool", cfg) 681 end 682 683 ------------ 684 685 m.elements.VCWebServiceProxyGeneratorTool = function(cfg) 686 return {} 687 end 688 689 function m.VCWebServiceProxyGeneratorTool(cfg) 690 m.VCTool("VCWebServiceProxyGeneratorTool", cfg) 691 end 692 693 ------------ 694 695 m.elements.VCX360DeploymentTool = function(cfg) 696 return { 697 m.deploymentType, 698 m.additionalDeploymentOptions, 699 } 700 end 701 702 function m.VCX360DeploymentTool(cfg) 703 m.VCTool("VCX360DeploymentTool", cfg) 704 end 705 706 ------------ 707 708 m.elements.VCX360ImageTool = function(cfg) 709 return { 710 m.additionalImageOptions, 711 m.outputFileName, 712 } 713 end 714 715 function m.VCX360ImageTool(cfg) 716 m.VCTool("VCX360ImageTool", cfg) 717 end 718 719 ------------ 720 721 m.elements.VCXDCMakeTool = function(cfg) 722 return {} 723 end 724 725 function m.VCXDCMakeTool(cfg) 726 m.VCTool("VCXDCMakeTool", cfg) 727 end 728 729 ------------ 730 731 m.elements.VCXMLDataGeneratorTool = function(cfg) 732 return {} 733 end 734 735 function m.VCXMLDataGeneratorTool(cfg) 736 m.VCTool("VCXMLDataGeneratorTool", cfg) 737 end 738 739 740 741--------------------------------------------------------------------------- 742-- 743-- Support functions 744-- 745--------------------------------------------------------------------------- 746 747-- 748-- Return the debugging symbol level for a configuration. 749-- 750 751 function m.symbols(cfg) 752 if not (cfg.symbols == p.ON) then 753 return 0 754 elseif cfg.debugformat == "c7" then 755 return 1 756 else 757 -- Edit-and-continue doesn't work for some configurations 758 if cfg.editandcontinue == p.OFF or 759 config.isOptimizedBuild(cfg) or 760 cfg.clr ~= p.OFF or 761 cfg.architecture == p.X86_64 762 then 763 return 3 764 else 765 return 4 766 end 767 end 768 end 769 770 771 772--------------------------------------------------------------------------- 773-- 774-- Handlers for individual project elements 775-- 776--------------------------------------------------------------------------- 777 778 779 function m.additionalCompilerOptions(cfg) 780 local opts = cfg.buildoptions 781 if cfg.flags.MultiProcessorCompile then 782 table.insert(opts, "/MP") 783 end 784 if #opts > 0 then 785 p.x('AdditionalOptions="%s"', table.concat(opts, " ")) 786 end 787 end 788 789 790 791 function m.additionalDependencies(cfg, toolset) 792 if #cfg.links == 0 then return end 793 794 local ex = vstudio.needsExplicitLink(cfg) 795 796 local links 797 if not toolset then 798 links = vstudio.getLinks(cfg, ex) 799 for i, link in ipairs(links) do 800 if link:find(" ", 1, true) then 801 link = '"' .. link .. '"' 802 end 803 links[i] = path.translate(link) 804 end 805 else 806 links = path.translate(toolset.getlinks(cfg, not ex)) 807 end 808 809 if #links > 0 then 810 p.x('AdditionalDependencies="%s"', table.concat(links, " ")) 811 end 812 end 813 814 815 816 function m.additionalDeploymentOptions(cfg) 817 if #cfg.deploymentoptions > 0 then 818 p.x('AdditionalOptions="%s"', table.concat(cfg.deploymentoptions, " ")) 819 end 820 end 821 822 823 824 function m.additionalExternalCompilerOptions(cfg, toolset) 825 local buildoptions = table.join(toolset.getcxxflags(cfg), cfg.buildoptions) 826 if not cfg.flags.NoPCH and cfg.pchheader then 827 table.insert(buildoptions, '--use_pch="$(IntDir)/$(TargetName).pch"') 828 end 829 if #buildoptions > 0 then 830 p.x('AdditionalOptions="%s"', table.concat(buildoptions, " ")) 831 end 832 end 833 834 835 836 function m.additionalImageOptions(cfg) 837 if #cfg.imageoptions > 0 then 838 p.x('AdditionalOptions="%s"', table.concat(cfg.imageoptions, " ")) 839 end 840 end 841 842 843 844 function m.additionalIncludeDirectories(cfg) 845 if #cfg.includedirs > 0 then 846 local dirs = vstudio.path(cfg, cfg.includedirs) 847 p.x('AdditionalIncludeDirectories="%s"', table.concat(dirs, ";")) 848 end 849 end 850 851 852 function m.additionalLibraryDirectories(cfg) 853 if #cfg.libdirs > 0 then 854 local dirs = vstudio.path(cfg, cfg.libdirs) 855 p.x('AdditionalLibraryDirectories="%s"', table.concat(dirs, ";")) 856 end 857 end 858 859 860 861 function m.additionalLinkerOptions(cfg, toolset) 862 local flags 863 if toolset then 864 flags = table.join(toolset.getldflags(cfg), cfg.linkoptions) 865 else 866 flags = cfg.linkoptions 867 end 868 if #flags > 0 then 869 p.x('AdditionalOptions="%s"', table.concat(flags, " ")) 870 end 871 end 872 873 874 875 function m.additionalManifestFiles(cfg) 876 local manifests = {} 877 for i, fname in ipairs(cfg.files) do 878 if path.getextension(fname) == ".manifest" then 879 table.insert(manifests, project.getrelative(cfg.project, fname)) 880 end 881 end 882 if #manifests > 0 then 883 p.x('AdditionalManifestFiles="%s"', table.concat(manifests, ";")) 884 end 885 end 886 887 888 889 function m.additionalResourceIncludeDirectories(cfg) 890 local dirs = table.join(cfg.includedirs, cfg.resincludedirs) 891 if #dirs > 0 then 892 dirs = vstudio.path(cfg, dirs) 893 p.x('AdditionalIncludeDirectories="%s"', table.concat(dirs, ";")) 894 end 895 end 896 897 898 899 function m.additionalResourceOptions(cfg) 900 if #cfg.resoptions > 0 then 901 p.x('AdditionalOptions="%s"', table.concat(cfg.resoptions, " ")) 902 end 903 end 904 905 906 907 function m.assemblyReferences(prj) 908 -- Visual Studio doesn't support per-config references 909 local cfg = project.getfirstconfig(prj) 910 local refs = config.getlinks(cfg, "system", "fullpath", "managed") 911 table.foreachi(refs, function(value) 912 p.push('<AssemblyReference') 913 p.x('RelativePath="%s"', path.translate(value)) 914 p.pop('/>') 915 end) 916 end 917 918 919 920 function m.assemblySearchPath(cfg) 921 p.w('AssemblySearchPath=""') 922 end 923 924 925 926 function m.basicRuntimeChecks(cfg) 927 local cfg, filecfg = config.normalize(cfg) 928 if not filecfg 929 and not config.isOptimizedBuild(cfg) 930 and cfg.clr == p.OFF 931 and not cfg.flags.NoRuntimeChecks 932 then 933 p.w('BasicRuntimeChecks="3"') 934 end 935 end 936 937 938 939 function m.bufferSecurityCheck(cfg) 940 if cfg.flags.NoBufferSecurityCheck then 941 p.w('BufferSecurityCheck="false"') 942 end 943 end 944 945 946 947 function m.buildCommandLine(cfg) 948 local cmds = os.translateCommandsAndPaths(cfg.buildcommands, cfg.project.basedir, cfg.project.location) 949 p.x('BuildCommandLine="%s"', table.concat(cmds, "\r\n")) 950 end 951 952 953 954 function m.characterSet(cfg) 955 if not vstudio.isMakefile(cfg) then 956 p.w('CharacterSet="%s"', iif(cfg.characterset == p.MBCS, 2, 1)) 957 end 958 end 959 960 961 962 function m.cleanCommandLine(cfg) 963 local cmds = os.translateCommandsAndPaths(cfg.cleancommands, cfg.project.basedir, cfg.project.location) 964 cmds = table.concat(cmds, "\r\n") 965 p.x('CleanCommandLine="%s"', cmds) 966 end 967 968 969 970 function m.commandLine(cfg, stage) 971 local field = stage:lower() 972 local steps = cfg[field .. "commands"] 973 local msg = cfg[field .. "message"] 974 if #steps > 0 then 975 if msg then 976 p.x('Description="%s"', msg) 977 end 978 steps = os.translateCommandsAndPaths(steps, cfg.project.basedir, cfg.project.location) 979 p.x('CommandLine="%s"', table.implode(steps, "", "", "\r\n")) 980 end 981 end 982 983 984 985 function m.compileAs(cfg, toolset) 986 local cfg, filecfg = config.normalize(cfg) 987 local c = p.languages.isc(cfg.language) 988 if filecfg then 989 if path.iscfile(filecfg.name) ~= c then 990 if path.iscppfile(filecfg.name) then 991 local value = iif(c, 2, 1) 992 p.w('CompileAs="%s"', value) 993 end 994 end 995 else 996 local compileAs 997 if toolset then 998 compileAs = "0" 999 elseif c then 1000 compileAs = "1" 1001 end 1002 if compileAs then 1003 p.w('CompileAs="%s"', compileAs) 1004 end 1005 end 1006 end 1007 1008 1009 1010 function m.disableSpecificWarnings(cfg) 1011 if #cfg.disablewarnings > 0 then 1012 p.x('DisableSpecificWarnings="%s"', table.concat(cfg.disablewarnings, ";")) 1013 end 1014 end 1015 1016 1017 1018 function m.compileAsManaged(cfg) 1019 p.w('CompileAsManaged=""') 1020 end 1021 1022 1023 1024 function m.configurationType(cfg) 1025 local cfgtypes = { 1026 Makefile = 0, 1027 None = 0, 1028 SharedLib = 2, 1029 StaticLib = 4, 1030 } 1031 p.w('ConfigurationType="%s"', cfgtypes[cfg.kind] or 1) 1032 end 1033 1034 1035 1036 function m.culture(cfg) 1037 local value = vstudio.cultureForLocale(cfg.locale) 1038 if value then 1039 p.w('Culture="%d"', value) 1040 end 1041 end 1042 1043 1044 1045 function m.customBuildTool(cfg) 1046 local cfg, filecfg = config.normalize(cfg) 1047 if filecfg and fileconfig.hasCustomBuildRule(filecfg) then 1048 local cmds = os.translateCommandsAndPaths(filecfg.buildcommands, filecfg.project.basedir, filecfg.project.location) 1049 p.x('CommandLine="%s"', table.concat(cmds,'\r\n')) 1050 1051 local outputs = project.getrelative(filecfg.project, filecfg.buildoutputs) 1052 p.x('Outputs="%s"', table.concat(outputs, ';')) 1053 1054 if filecfg.buildinputs and #filecfg.buildinputs > 0 then 1055 local inputs = project.getrelative(filecfg.project, filecfg.buildinputs) 1056 p.x('AdditionalDependencies="%s"', table.concat(inputs, ';')) 1057 end 1058 end 1059 end 1060 1061 1062 1063 function m.debugInformationFormat(cfg, toolset) 1064 local prjcfg, filecfg = config.normalize(cfg) 1065 if not filecfg then 1066 local fmt = iif(toolset, "0", m.symbols(cfg)) 1067 p.w('DebugInformationFormat="%s"', fmt) 1068 end 1069 end 1070 1071 1072 1073 function m.deploymentType(cfg) 1074 p.w('DeploymentType="0"') 1075 end 1076 1077 1078 1079 function m.detect64BitPortabilityProblems(cfg) 1080 local prjcfg, filecfg = config.normalize(cfg) 1081 if _ACTION < "vs2008" and cfg.clr == p.OFF and cfg.warnings ~= p.OFF and not filecfg then 1082 p.w('Detect64BitPortabilityProblems="%s"', tostring(not cfg.flags.No64BitChecks)) 1083 end 1084 end 1085 1086 1087 1088 function m.enableCOMDATFolding(cfg, toolset) 1089 if config.isOptimizedBuild(cfg) and not toolset then 1090 p.w('EnableCOMDATFolding="2"') 1091 end 1092 end 1093 1094 1095 1096 function m.largeAddressAware(cfg) 1097 if (cfg.largeaddressaware == true) then 1098 p.w('LargeAddressAware="2"') 1099 end 1100 end 1101 1102 1103 1104 function m.enableEnhancedInstructionSet(cfg) 1105 local map = { SSE = "1", SSE2 = "2" } 1106 local value = map[cfg.vectorextensions] 1107 if value and cfg.system ~= "Xbox360" and cfg.architecture ~= "x86_64" then 1108 p.w('EnableEnhancedInstructionSet="%d"', value) 1109 end 1110 end 1111 1112 1113 1114 function m.enableFunctionLevelLinking(cfg) 1115 local cfg, filecfg = config.normalize(cfg) 1116 if not filecfg then 1117 p.w('EnableFunctionLevelLinking="true"') 1118 end 1119 end 1120 1121 1122 1123 function m.entryPointSymbol(cfg, toolset) 1124 if cfg.entrypoint then 1125 p.w('EntryPointSymbol="%s"', cfg.entrypoint) 1126 end 1127 end 1128 1129 1130 1131 function m.exceptionHandling(cfg) 1132 if cfg.exceptionhandling == p.OFF then 1133 p.w('ExceptionHandling="%s"', iif(_ACTION < "vs2005", "FALSE", 0)) 1134 elseif cfg.exceptionhandling == "SEH" and _ACTION > "vs2003" then 1135 p.w('ExceptionHandling="2"') 1136 end 1137 end 1138 1139 1140 1141 function m.excludedFromBuild(filecfg) 1142 if not filecfg or filecfg.flags.ExcludeFromBuild then 1143 p.w('ExcludedFromBuild="true"') 1144 end 1145 end 1146 1147 1148 1149 function m.floatingPointModel(cfg) 1150 local map = { Strict = "1", Fast = "2" } 1151 local value = map[cfg.floatingpoint] 1152 if value then 1153 p.w('FloatingPointModel="%d"', value) 1154 end 1155 end 1156 1157 1158 1159 function m.forcedIncludeFiles(cfg) 1160 if #cfg.forceincludes > 0 then 1161 local includes = vstudio.path(cfg, cfg.forceincludes) 1162 p.w('ForcedIncludeFiles="%s"', table.concat(includes, ';')) 1163 end 1164 if #cfg.forceusings > 0 then 1165 local usings = vstudio.path(cfg, cfg.forceusings) 1166 p.w('ForcedUsingFiles="%s"', table.concat(usings, ';')) 1167 end 1168 end 1169 1170 1171 1172 function m.forcedIncludes(cfg) 1173 p.w('ForcedIncludes=""') 1174 end 1175 1176 1177 1178 function m.forcedUsingAssemblies(cfg) 1179 p.w('ForcedUsingAssemblies=""') 1180 end 1181 1182 1183 1184 function m.keyword(prj) 1185 local windows, managed, makefile 1186 for cfg in project.eachconfig(prj) do 1187 if cfg.system == p.WINDOWS then windows = true end 1188 if cfg.clr ~= p.OFF then managed = true end 1189 if vstudio.isMakefile(cfg) then makefile = true end 1190 end 1191 1192 if windows then 1193 local keyword = "Win32Proj" 1194 if managed then 1195 keyword = "ManagedCProj" 1196 end 1197 if makefile then 1198 keyword = "MakeFileProj" 1199 end 1200 p.w('Keyword="%s"', keyword) 1201 end 1202 end 1203 1204 1205 1206 function m.generateDebugInformation(cfg, toolset) 1207 if not toolset then 1208 p.w('GenerateDebugInformation="%s"', tostring(m.symbols(cfg) ~= 0)) 1209 end 1210 end 1211 1212 1213 1214 function m.generateManifest(cfg, toolset) 1215 if cfg.flags.NoManifest or toolset then 1216 p.w('GenerateManifest="false"') 1217 end 1218 end 1219 1220 1221 1222 function m.ignoreImportLibrary(cfg, toolset) 1223 if cfg.flags.NoImportLib and not toolset then 1224 p.w('IgnoreImportLibrary="true"') 1225 end 1226 end 1227 1228 1229 1230 function m.importLibrary(cfg, toolset) 1231 if cfg.kind == p.SHAREDLIB and not toolset then 1232 local implibdir = cfg.linktarget.abspath 1233 1234 -- I can't actually stop the import lib, but I can hide it in the objects directory 1235 if cfg.flags.NoImportLib then 1236 implibdir = path.join(cfg.objdir, path.getname(implibdir)) 1237 end 1238 1239 implibdir = vstudio.path(cfg, implibdir) 1240 p.x('ImportLibrary="%s"', implibdir) 1241 end 1242 end 1243 1244 1245 1246 function m.includeSearchPath(cfg) 1247 p.w('IncludeSearchPath=""') 1248 end 1249 1250 1251 1252 function m.intermediateDirectory(cfg) 1253 local objdir 1254 if not cfg.fake then 1255 objdir = vstudio.path(cfg, cfg.objdir) 1256 else 1257 objdir = "$(PlatformName)\\$(ConfigurationName)" 1258 end 1259 p.x('IntermediateDirectory="%s"', objdir) 1260 end 1261 1262 1263 1264 function m.linkIncremental(cfg, toolset) 1265 local value 1266 if not toolset then 1267 value = iif(config.canLinkIncremental(cfg) , 2, 1) 1268 else 1269 value = 0 1270 end 1271 p.w('LinkIncremental="%s"', value) 1272 end 1273 1274 1275 1276 function m.linkLibraryDependencies(cfg, toolset) 1277 if vstudio.needsExplicitLink(cfg) and not toolset then 1278 p.w('LinkLibraryDependencies="false"') 1279 end 1280 end 1281 1282 1283 1284 function m.managedExtensions(cfg) 1285 if cfg.clr ~= p.OFF then 1286 p.w('ManagedExtensions="1"') 1287 end 1288 end 1289 1290 1291 1292 function m.minimalRebuild(cfg) 1293 if config.isDebugBuild(cfg) and 1294 cfg.debugformat ~= "c7" and 1295 not cfg.flags.NoMinimalRebuild and 1296 cfg.clr == p.OFF and 1297 not cfg.flags.MultiProcessorCompile 1298 then 1299 p.w('MinimalRebuild="true"') 1300 end 1301 end 1302 1303 1304 1305 function m.moduleDefinitionFile(cfg, toolset) 1306 if not toolset then 1307 local deffile = config.findfile(cfg, ".def") 1308 if deffile then 1309 p.w('ModuleDefinitionFile="%s"', deffile) 1310 end 1311 end 1312 end 1313 1314 1315 1316 function m.objectFile(cfg) 1317 local cfg, filecfg = config.normalize(cfg) 1318 if filecfg and path.iscppfile(filecfg.name) then 1319 if filecfg.objname ~= path.getbasename(filecfg.abspath) then 1320 p.x('ObjectFile="$(IntDir)\\%s.obj"', filecfg.objname) 1321 end 1322 end 1323 end 1324 1325 1326 1327 function m.omitDefaultLib(cfg) 1328 if cfg.flags.OmitDefaultLibrary then 1329 p.w('OmitDefaultLibName="true"') 1330 end 1331 end 1332 1333 1334 1335 function m.omitFramePointers(cfg) 1336 if cfg.flags.NoFramePointer then 1337 p.w('OmitFramePointers="true"') 1338 end 1339 end 1340 1341 1342 1343 function m.optimization(cfg) 1344 local map = { Off=0, On=3, Debug=0, Full=3, Size=1, Speed=2 } 1345 local value = map[cfg.optimize] 1346 if value or not cfg.abspath then 1347 p.w('Optimization="%s"', value or 0) 1348 end 1349 end 1350 1351 1352 1353 function m.optimizeReferences(cfg, toolset) 1354 if config.isOptimizedBuild(cfg) and not toolset then 1355 p.w('OptimizeReferences="2"') 1356 end 1357 end 1358 1359 1360 1361 function m.output(cfg) 1362 p.w('Output="$(OutDir)%s"', cfg.buildtarget.name) 1363 end 1364 1365 1366 1367 function m.outputDirectory(cfg) 1368 local outdir = project.getrelative(cfg.project, cfg.buildtarget.directory) 1369 p.x('OutputDirectory="%s"', path.translate(outdir)) 1370 end 1371 1372 1373 1374 function m.outputFile(cfg) 1375 p.x('OutputFile="$(OutDir)\\%s"', cfg.buildtarget.name) 1376 end 1377 1378 1379 1380 function m.outputFileName(cfg) 1381 if cfg.imagepath ~= nil then 1382 p.x('OutputFileName="%s"', path.translate(cfg.imagepath)) 1383 end 1384 end 1385 1386 1387 1388 function m.platforms(prj) 1389 architectures = {} 1390 for cfg in project.eachconfig(prj) do 1391 local arch = vstudio.archFromConfig(cfg, true) 1392 if not table.contains(architectures, arch) then 1393 table.insert(architectures, arch) 1394 end 1395 end 1396 1397 p.push('<Platforms>') 1398 table.foreachi(architectures, function(arch) 1399 p.push('<Platform') 1400 p.w('Name="%s"', arch) 1401 p.pop('/>') 1402 end) 1403 p.pop('</Platforms>') 1404 end 1405 1406 1407 1408 function m.preprocessorDefinitions(cfg) 1409 if #cfg.defines > 0 or vstudio.isMakefile(cfg) then 1410 p.x('PreprocessorDefinitions="%s"', table.concat(cfg.defines, ";")) 1411 end 1412 end 1413 1414 1415 function m.undefinePreprocessorDefinitions(cfg) 1416 if #cfg.undefines > 0 then 1417 p.x('UndefinePreprocessorDefinitions="%s"', table.concat(cfg.undefines, ";")) 1418 end 1419 end 1420 1421 1422 function m.programDatabaseFile(cfg, toolset) 1423 if toolset then 1424 p.w('ProgramDatabaseFile=""') 1425 end 1426 end 1427 1428 1429 function m.programDataBaseFileName(cfg, toolset) 1430 if toolset then 1431 p.w('ProgramDataBaseFileName=""') 1432 end 1433 end 1434 1435 1436 1437 function m.projectGUID(prj) 1438 p.w('ProjectGUID="{%s}"', prj.uuid) 1439 end 1440 1441 1442 1443 function m.projectName(prj) 1444 p.x('Name="%s"', prj.name) 1445 end 1446 1447 1448 1449 function m.projectReferences(prj) 1450 local deps = project.getdependencies(prj) 1451 if #deps > 0 then 1452 -- This is a little odd: Visual Studio wants the "relative path to project" 1453 -- to be relative to the *workspace*, rather than the project doing the 1454 -- referencing. Which, in theory, would break if the project is included 1455 -- in more than one workspace. But that's how they do it. 1456 1457 for i, dep in ipairs(deps) do 1458 local relpath = vstudio.path(prj.workspace, vstudio.projectfile(dep)) 1459 1460 -- Visual Studio wants the path to start with ./ or ../ 1461 if not relpath:startswith(".") then 1462 relpath = ".\\" .. relpath 1463 end 1464 1465 p.push('<ProjectReference') 1466 p.w('ReferencedProjectIdentifier="{%s}"', dep.uuid) 1467 p.w('RelativePathToProject="%s"', relpath) 1468 p.pop('/>') 1469 end 1470 end 1471 end 1472 1473 1474 1475 function m.projectType(prj) 1476 p.w('ProjectType="Visual C++"') 1477 end 1478 1479 1480 1481 function m.reBuildCommandLine(cfg) 1482 commands = table.concat(cfg.rebuildcommands, "\r\n") 1483 p.x('ReBuildCommandLine="%s"', commands) 1484 end 1485 1486 1487 1488 function m.resourcePreprocessorDefinitions(cfg) 1489 local defs = table.join(cfg.defines, cfg.resdefines) 1490 if #defs > 0 then 1491 p.x('PreprocessorDefinitions="%s"', table.concat(defs, ";")) 1492 end 1493 end 1494 1495 1496 1497 function m.rootNamespace(prj) 1498 local hasWindows = project.hasConfig(prj, function(cfg) 1499 return cfg.system == p.WINDOWS 1500 end) 1501 1502 -- Technically, this should be skipped for pure makefile projects that 1503 -- do not contain any empty configurations. But I need to figure out a 1504 -- a good way to check the empty configuration bit first. 1505 1506 if hasWindows and _ACTION > "vs2003" then 1507 p.x('RootNamespace="%s"', prj.name) 1508 end 1509 end 1510 1511 1512 1513 function m.runtimeLibrary(cfg) 1514 local cfg, filecfg = config.normalize(cfg) 1515 if not filecfg then 1516 local runtimes = { 1517 StaticRelease = 0, 1518 StaticDebug = 1, 1519 SharedRelease = 2, 1520 SharedDebug = 3, 1521 } 1522 p.w('RuntimeLibrary="%s"', runtimes[config.getruntime(cfg)]) 1523 end 1524 end 1525 1526 1527 1528 function m.runtimeTypeInfo(cfg) 1529 if cfg.rtti == p.OFF and cfg.clr == p.OFF then 1530 p.w('RuntimeTypeInfo="false"') 1531 elseif cfg.rtti == p.ON then 1532 p.w('RuntimeTypeInfo="true"') 1533 end 1534 end 1535 1536 1537 function m.stringPooling(cfg) 1538 if config.isOptimizedBuild(cfg) then 1539 p.w('StringPooling="true"') 1540 end 1541 end 1542 1543 1544 function m.subSystem(cfg, toolset) 1545 if not toolset then 1546 p.w('SubSystem="%s"', iif(cfg.kind == "ConsoleApp", 1, 2)) 1547 end 1548 end 1549 1550 1551 function m.targetEnvironment(cfg) 1552 if cfg.architecture == "x86_64" then 1553 p.w('TargetEnvironment="3"') 1554 end 1555 end 1556 1557 1558 function m.targetFrameworkVersion(prj) 1559 local windows, makefile 1560 for cfg in project.eachconfig(prj) do 1561 if cfg.system == p.WINDOWS then windows = true end 1562 if vstudio.isMakefile(cfg) then makefile = true end 1563 end 1564 1565 local version = 0 1566 if makefile or not windows then 1567 version = 196613 1568 end 1569 p.w('TargetFrameworkVersion="%d"', version) 1570 end 1571 1572 1573 function m.targetMachine(cfg, toolset) 1574 if not toolset then 1575 p.w('TargetMachine="%d"', iif(cfg.architecture == "x86_64", 17, 1)) 1576 end 1577 end 1578 1579 1580 function m.toolFiles(prj) 1581 if _ACTION > "vs2003" then 1582 p.w('<ToolFiles>') 1583 p.w('</ToolFiles>') 1584 end 1585 end 1586 1587 1588 function m.treatWChar_tAsBuiltInType(cfg) 1589 local map = { On = "true", Off = "false" } 1590 local value = map[cfg.nativewchar] 1591 if value then 1592 p.w('TreatWChar_tAsBuiltInType="%s"', value) 1593 end 1594 end 1595 1596 1597 function m.useOfMFC(cfg) 1598 if (cfg.flags.MFC) then 1599 p.w('UseOfMFC="%d"', iif(cfg.flags.StaticRuntime, 1, 2)) 1600 end 1601 end 1602 1603 1604 function m.usePrecompiledHeader(cfg) 1605 local prj, file = config.normalize(cfg) 1606 if file then 1607 if prj.pchsource == file.abspath and 1608 not prj.flags.NoPCH and 1609 prj.system == p.WINDOWS 1610 then 1611 p.w('UsePrecompiledHeader="1"') 1612 elseif file.flags.NoPCH then 1613 p.w('UsePrecompiledHeader="0"') 1614 end 1615 else 1616 if not prj.flags.NoPCH and prj.pchheader then 1617 p.w('UsePrecompiledHeader="%s"', iif(_ACTION < "vs2005", 3, 2)) 1618 p.x('PrecompiledHeaderThrough="%s"', prj.pchheader) 1619 else 1620 p.w('UsePrecompiledHeader="%s"', iif(_ACTION > "vs2003" or prj.flags.NoPCH, 0, 2)) 1621 end 1622 end 1623 end 1624 1625 1626 1627 function m.version(prj) 1628 local map = { 1629 vs2002 = '7.0', 1630 vs2003 = '7.1', 1631 vs2005 = '8.0', 1632 vs2008 = '9.0' 1633 } 1634 p.w('Version="%s0"', map[_ACTION]) 1635 end 1636 1637 1638 1639 function m.warnAsError(cfg) 1640 if cfg.flags.FatalCompileWarnings and cfg.warnings ~= p.OFF then 1641 p.w('WarnAsError="true"') 1642 end 1643 end 1644 1645 1646 1647 function m.warningLevel(cfg) 1648 local prjcfg, filecfg = config.normalize(cfg) 1649 1650 local level 1651 if cfg.warnings == p.OFF then 1652 level = "0" 1653 elseif cfg.warnings == "Extra" then 1654 level = "4" 1655 elseif not filecfg then 1656 level = "3" 1657 end 1658 1659 if level then 1660 p.w('WarningLevel="%s"', level) 1661 end 1662 end 1663 1664 1665 1666 function m.wholeProgramOptimization(cfg) 1667 if cfg.flags.LinkTimeOptimization then 1668 p.x('WholeProgramOptimization="true"') 1669 end 1670 end 1671 1672 1673 function m.xmlElement() 1674 p.w('<?xml version="1.0" encoding="Windows-1252"?>') 1675 end 1676