src/targets/microsoft/targets/ITarget.xs - gerrit/rtsc/org.eclipse.rtsc.xdccore - Git at Google

 /* --COPYRIGHT--,EPL
  *  Copyright (c) 2008-2017 Texas Instruments Incorporated
  *  All rights reserved. This program and the accompanying materials
  *  are made available under the terms of the Eclipse Public License v1.0
  *  which accompanies this distribution, and is available at
  *  http://www.eclipse.org/legal/epl-v10.html
  *
  *  Contributors:
  *      Texas Instruments - initial implementation
  *
  * --/COPYRIGHT--*/
 var debug;
 if (debug == null) {
     debug = function (msg) {};
 }

 /*
  *  ======== _bldUtils ========
  */
 var _bldUtils = xdc.module('xdc.bld.Utils');
 var _utils = xdc.loadCapsule('microsoft/targets/_utils.xs');

 /*
  *  ======== ITarget.archive ========
  */
 function archive(goal)
 {
     var target = this;

     _utils.initTabs();

     var result = null;
     var tool2cmd = _utils.targetCmds[target.suffix];

     if (tool2cmd != null) {
 	result = new xdc.om['xdc.bld.ITarget'].CommandSet;
 	result.msg = "archiving " + goal.files + " into $@ ...";
         _utils.setEnv(target, result);
 	result.cmds = _bldUtils.expandString(tool2cmd["ar"], {
 	    AROPTS_P:	target.arOpts.prefix,
 	    AROPTS_S:	target.arOpts.suffix,
 	    aropts:	goal.opts,
 	    files:	goal.files,
 	});
     }

     return (result);
 }

 /*
  *  ======== ITarget.compile ========
  */
 function compile(goal) {
     return (_utils.compile(this, goal, false));
 }

 /*
  *  ======== ITarget.getVersion ========
  */
 function getVersion()
 {
     var target = this;

     if (target.$private._version != null) {
         return (target.$private._version);
     }

     _utils.initTabs();

     var result = target.$name + "{";

     /* the command to get the version is the first word of the cl command */
     var tool2cmd = _utils.targetCmds[target.suffix];

     var cmd = _bldUtils.expandString(tool2cmd["c"], {
         rootDir: target.rootDir,
     })

     /* At this moment, cmd is a long string that contains cmdPrefix and the
      * complete compiler command line with all options and MKDEP command.
      * This complex match is used to split that command line into tokens,
      * separated by spaces, but ignoring spaces within quotes.
      */
     var cmdTokens = cmd.match(/(?:[^\s'"]+|(['"])[^'"]*\1)+/g);

     var cmd = cmdTokens[0];
     /* If there is no cmdPrefix, cmd now contains only the path to the
      * compiler executable. Otherwise, it contains the first token of the
      * cmdPrefix, which can be either remote script or an environment
      * variable that needs to be set for that script.
      */

     var prefEnv = [];
     if (target.cmdPrefix != null && target.cmdPrefix != "") {
         /* When there is a command prefix, we need to attach to it an optional
          * remote init script and the compiler path to get the version.
          * Since we are using the same regular expression as above, the tokens
          * in prefTokens are the same as the tokens at the head of cmdTokens.
          */
         var prefTokens = target.cmdPrefix.match
             (/(?:[^\s'"]+|(['"])[^'"]*\1)+/g);
         var compLine = prefTokens.length;
         var newCmd = target.cmdPrefix;

         if ("remoteInitScript" in target
             && target.remoteInitScript != undefined) {
             /* once for the actual script and again for ' \\& ' */
             newCmd += cmdTokens[compLine++] + " ";
             newCmd += cmdTokens[compLine++] + " ";
         }

         newCmd += cmdTokens[compLine];
         cmd = newCmd;
     }

     /* Check if rootDir is set correctly, but only if cmdPrefix is not
      * specified. If it is, we are going somewhere else for the execution,
      * and the file system might look different.
      */
     var file = new java.io.File(target.rootDir);
     if (target.cmdPrefix == null && !file.exists()) {
         throw new Error(target.rootDir + " cannot be found. Ensure that" +
             " rootDir for the " + target.name + " target is set correctly in " +
             java.lang.System.getenv("XDCBUILDCFG"));
     }

     /* must set path so Windows can find DLLs such as mspdb70.dll */
     var path = _bldUtils.expandString(".;" + target.$orig.setPath(),
         {
             rootDir: target.rootDir,
         }
     );

     var attrs = {
         envs: prefEnv.concat(["PATH=" + path, "Path=" + path, "TERM=dumb"]),
         useEnv: true
     }

     var status = {};
     if (xdc.exec(cmd, attrs, status) >= 0) {
 	var va = status.output.match(/Version\s+[0-9\.]+/mg);
 	if (va != null) {
 	    var cver = va[0].replace(/[Version\s]/g, "");
 	    var key = target.versionMap["cl_" + cver];
 	    if (key == null) {
 //		    print(target.$name + " can't find 'cl_" + cver + "'");
 		/* MS version numbers are x.y.z, where z is a build number */
 		key = "1,0," +
 		    cver.replace(/([0-9]+\.[0-9]+)\.([0-9]+).*/, "$1,$2");
 	    }
 	    result += key;
 	}
 	else {
 	    print("microsoft.targets: warning: version match failed on '"
 		+ status.output + "'");
 	}
     }
     else {
 	print("microsoft.targets: warning: exec of: '" + cmd + "' failed");
 	$trace(status.output, 0);
     }

     target.$private._version = result;  /* cache result for later use */

     return (result);
 }

 /*
  *  ======== ITarget.getRawVersion ========
  */
 function getRawVersion()
 {
     var target = this;

     if (target.$private._rawVersion != null) {
         return (target.$private._rawVersion);
     }

     _utils.initTabs();

     var result = "";

     /* the command to get the version is the first word of the cl command */
     var tool2cmd = _utils.targetCmds[target.suffix];

     var cmd = _bldUtils.expandString(tool2cmd["c"], {
         rootDir: target.rootDir,
     })

     /* At this moment, cmd is a long string that contains cmdPrefix and the
      * complete compiler command line with all options and MKDEP command.
      * This complex match is used to split that command line into tokens,
      * separated by spaces, but ignoring spaces within quotes.
      */
     var cmdTokens = cmd.match(/(?:[^\s'"]+|(['"])[^'"]*\1)+/g);

     var cmd = cmdTokens[0];
     /* If there is no cmdPrefix, cmd now contains only the path to the
      * compiler executable. Otherwise, it contains the first token of the
      * cmdPrefix, which can be either remote script or an environment
      * variable that needs to be set for that script.
      */

     var prefEnv = [];
     if (target.cmdPrefix != null && target.cmdPrefix != "") {
         /* When there is a command prefix, we need to attach to it an optional
          * remote init script and the compiler path to get the version.
          * Since we are using the same regular expression as above, the tokens
          * in prefTokens are the same as the tokens at the head of cmdTokens.
          */
         var prefTokens = target.cmdPrefix.match
             (/(?:[^\s'"]+|(['"])[^'"]*\1)+/g);
         var compLine = prefTokens.length;
         var newCmd = target.cmdPrefix;

         if ("remoteInitScript" in target
             && target.remoteInitScript != undefined) {
             /* once for the actual script and again for ' \\& ' */
             newCmd += cmdTokens[compLine++] + " ";
             newCmd += cmdTokens[compLine++] + " ";
         }

         newCmd += cmdTokens[compLine];
         cmd = newCmd;
     }

     /* Check if rootDir is set correctly, but only if cmdPrefix is not
      * specified. If it is, we are going somewhere else for the execution,
      * and the file system might look different.
      */
     var file = new java.io.File(target.rootDir);
     if (target.cmdPrefix == null && !file.exists()) {
         throw new Error(target.rootDir + " cannot be found. Ensure that" +
             " rootDir for the " + target.name + " target is set correctly in " +
             java.lang.System.getenv("XDCBUILDCFG"));
     }

     /* must set path so Windows can find DLLs such as mspdb70.dll */
     var path = _bldUtils.expandString(".;" + target.$orig.setPath(),
         {
             rootDir: target.rootDir,
         }
     );

     var attrs = {
         envs: prefEnv.concat(["PATH=" + path, "Path=" + path, "TERM=dumb"]),
         useEnv: true
     }

     var status = {};
     if (xdc.exec(cmd, attrs, status) >= 0) {
 	  var va = status.output.match(/Version\s+[0-9\.]+/mg);
 	if (va != null) {
 	     result += va[0].replace(/[Version\s]/g, "");
 	}
 	else {
 	    print("microsoft.targets: warning: version match failed on '"
 		+ status.output + "'");
 	}
 	}
     else {
 	print("microsoft.targets: warning: exec of: '" + cmd + "' failed");
 	$trace(status.output, 0);
     }

     target.$private._rawVersion = result;  /* cache result for later use */

     return (result);
 }

 /*
  *  ======== ITarget.link ========
  */
 function link(goal)
 {
     var target = this;
     _utils.initTabs();

     var result = null;
     var tool2cmd = _utils.targetCmds[target.suffix];

     if (tool2cmd != null) {
 	result = new xdc.om['xdc.bld.ITarget'].CommandSet;
 	result.msg = "lnk" + target.suffix + " $@ ...";

 	var fileList = goal.files.replace(/(^|\s+)([\/\w\\\.]+\.xdl)($|\s+)/,
 					  " @$2 ");

         _utils.setEnv(target, result);

 	var dllOpts = "-dll -map:$(XDCCFGDIR)/$@.map -mapinfo:exports ";

 	result.cmds = _bldUtils.expandString(tool2cmd["link"], {
 	    LOPTS_P:	target.lnkOpts == null ? "" : target.lnkOpts.prefix,
 	    LOPTS_S:	target.lnkOpts == null ? "" : (goal.dllMode ? dllOpts : "") + target.lnkOpts.suffix,
 	    lopts:	goal.opts,
 	    files:	fileList,
 	});

 	if (goal.dllMode) {
 	    var ext = (this.dllExt != null) ? this.dllExt : ".p";
 	    result.cmds += "$(MV) $(basename $@).exp $(XDCCFGDIR)/$(basename $@)"
 	        + ext + target.suffix + ".exp\n";
 	    result.cmds += "$(MV) $(basename $@).lib $(XDCCFGDIR)/$(basename $@)"
 	        + ext + target.suffix + ".lib\n";
         }
     }

     return (result);
 }

 /*
  *  ======== ITarget.scompile ========
  */
 function scompile(goal) {
     return (_utils.compile(this, goal, true));
 }

 /*
  *  ======== setPath ========
  *
  *  Default implementation of setPath().
  */
 function setPath()
 {
     if ("path" in this.$orig) {
         return (this.$orig.path);
     }
     else {
         return "";
     }
 }
	/* --COPYRIGHT--,EPL
	* Copyright (c) 2008-2017 Texas Instruments Incorporated
	* All rights reserved. This program and the accompanying materials
	* are made available under the terms of the Eclipse Public License v1.0
	* which accompanies this distribution, and is available at
	* http://www.eclipse.org/legal/epl-v10.html
	*
	* Contributors:
	* Texas Instruments - initial implementation
	*
	* --/COPYRIGHT--*/
	var debug;
	if (debug == null) {
	debug = function (msg) {};
	}

	/*
	* ======== _bldUtils ========
	*/
	var _bldUtils = xdc.module('xdc.bld.Utils');
	var _utils = xdc.loadCapsule('microsoft/targets/_utils.xs');

	/*
	* ======== ITarget.archive ========
	*/
	function archive(goal)
	{
	var target = this;

	_utils.initTabs();

	var result = null;
	var tool2cmd = _utils.targetCmds[target.suffix];

	if (tool2cmd != null) {
	result = new xdc.om['xdc.bld.ITarget'].CommandSet;
	result.msg = "archiving " + goal.files + " into $@ ...";
	_utils.setEnv(target, result);
	result.cmds = _bldUtils.expandString(tool2cmd["ar"], {
	AROPTS_P: target.arOpts.prefix,
	AROPTS_S: target.arOpts.suffix,
	aropts: goal.opts,
	files: goal.files,
	});
	}

	return (result);
	}

	/*
	* ======== ITarget.compile ========
	*/
	function compile(goal) {
	return (_utils.compile(this, goal, false));
	}

	/*
	* ======== ITarget.getVersion ========
	*/
	function getVersion()
	{
	var target = this;

	if (target.$private._version != null) {
	return (target.$private._version);
	}

	_utils.initTabs();

	var result = target.$name + "{";

	/* the command to get the version is the first word of the cl command */
	var tool2cmd = _utils.targetCmds[target.suffix];

	var cmd = _bldUtils.expandString(tool2cmd["c"], {
	rootDir: target.rootDir,
	})

	/* At this moment, cmd is a long string that contains cmdPrefix and the
	* complete compiler command line with all options and MKDEP command.
	* This complex match is used to split that command line into tokens,
	* separated by spaces, but ignoring spaces within quotes.
	*/
	var cmdTokens = cmd.match(/(?:[^\s'"]+\|(['"])[^'"]*\1)+/g);

	var cmd = cmdTokens[0];
	/* If there is no cmdPrefix, cmd now contains only the path to the
	* compiler executable. Otherwise, it contains the first token of the
	* cmdPrefix, which can be either remote script or an environment
	* variable that needs to be set for that script.
	*/

	var prefEnv = [];
	if (target.cmdPrefix != null && target.cmdPrefix != "") {
	/* When there is a command prefix, we need to attach to it an optional
	* remote init script and the compiler path to get the version.
	* Since we are using the same regular expression as above, the tokens
	* in prefTokens are the same as the tokens at the head of cmdTokens.
	*/
	var prefTokens = target.cmdPrefix.match
	(/(?:[^\s'"]+\|(['"])[^'"]*\1)+/g);
	var compLine = prefTokens.length;
	var newCmd = target.cmdPrefix;

	if ("remoteInitScript" in target
	&& target.remoteInitScript != undefined) {
	/* once for the actual script and again for ' \\& ' */
	newCmd += cmdTokens[compLine++] + " ";
	newCmd += cmdTokens[compLine++] + " ";
	}

	newCmd += cmdTokens[compLine];
	cmd = newCmd;
	}

	/* Check if rootDir is set correctly, but only if cmdPrefix is not
	* specified. If it is, we are going somewhere else for the execution,
	* and the file system might look different.
	*/
	var file = new java.io.File(target.rootDir);
	if (target.cmdPrefix == null && !file.exists()) {
	throw new Error(target.rootDir + " cannot be found. Ensure that" +
	" rootDir for the " + target.name + " target is set correctly in " +
	java.lang.System.getenv("XDCBUILDCFG"));
	}

	/* must set path so Windows can find DLLs such as mspdb70.dll */
	var path = _bldUtils.expandString(".;" + target.$orig.setPath(),
	{
	rootDir: target.rootDir,
	}
	);

	var attrs = {
	envs: prefEnv.concat(["PATH=" + path, "Path=" + path, "TERM=dumb"]),
	useEnv: true
	}

	var status = {};
	if (xdc.exec(cmd, attrs, status) >= 0) {
	var va = status.output.match(/Version\s+[0-9\.]+/mg);
	if (va != null) {
	var cver = va[0].replace(/[Version\s]/g, "");
	var key = target.versionMap["cl_" + cver];
	if (key == null) {
	// print(target.$name + " can't find 'cl_" + cver + "'");
	/* MS version numbers are x.y.z, where z is a build number */
	key = "1,0," +
	cver.replace(/([0-9]+\.[0-9]+)\.([0-9]+).*/, "$1,$2");
	}
	result += key;
	}
	else {
	print("microsoft.targets: warning: version match failed on '"
	+ status.output + "'");
	}
	}
	else {
	print("microsoft.targets: warning: exec of: '" + cmd + "' failed");
	$trace(status.output, 0);
	}

	target.$private._version = result; /* cache result for later use */

	return (result);
	}

	/*
	* ======== ITarget.getRawVersion ========
	*/
	function getRawVersion()
	{
	var target = this;

	if (target.$private._rawVersion != null) {
	return (target.$private._rawVersion);
	}

	_utils.initTabs();

	var result = "";

	/* the command to get the version is the first word of the cl command */
	var tool2cmd = _utils.targetCmds[target.suffix];

	var cmd = _bldUtils.expandString(tool2cmd["c"], {
	rootDir: target.rootDir,
	})

	/* At this moment, cmd is a long string that contains cmdPrefix and the
	* complete compiler command line with all options and MKDEP command.
	* This complex match is used to split that command line into tokens,
	* separated by spaces, but ignoring spaces within quotes.
	*/
	var cmdTokens = cmd.match(/(?:[^\s'"]+\|(['"])[^'"]*\1)+/g);

	var cmd = cmdTokens[0];
	/* If there is no cmdPrefix, cmd now contains only the path to the
	* compiler executable. Otherwise, it contains the first token of the
	* cmdPrefix, which can be either remote script or an environment
	* variable that needs to be set for that script.
	*/

	var prefEnv = [];
	if (target.cmdPrefix != null && target.cmdPrefix != "") {
	/* When there is a command prefix, we need to attach to it an optional
	* remote init script and the compiler path to get the version.
	* Since we are using the same regular expression as above, the tokens
	* in prefTokens are the same as the tokens at the head of cmdTokens.
	*/
	var prefTokens = target.cmdPrefix.match
	(/(?:[^\s'"]+\|(['"])[^'"]*\1)+/g);
	var compLine = prefTokens.length;
	var newCmd = target.cmdPrefix;

	if ("remoteInitScript" in target
	&& target.remoteInitScript != undefined) {
	/* once for the actual script and again for ' \\& ' */
	newCmd += cmdTokens[compLine++] + " ";
	newCmd += cmdTokens[compLine++] + " ";
	}

	newCmd += cmdTokens[compLine];
	cmd = newCmd;
	}

	/* Check if rootDir is set correctly, but only if cmdPrefix is not
	* specified. If it is, we are going somewhere else for the execution,
	* and the file system might look different.
	*/
	var file = new java.io.File(target.rootDir);
	if (target.cmdPrefix == null && !file.exists()) {
	throw new Error(target.rootDir + " cannot be found. Ensure that" +
	" rootDir for the " + target.name + " target is set correctly in " +
	java.lang.System.getenv("XDCBUILDCFG"));
	}

	/* must set path so Windows can find DLLs such as mspdb70.dll */
	var path = _bldUtils.expandString(".;" + target.$orig.setPath(),
	{
	rootDir: target.rootDir,
	}
	);

	var attrs = {
	envs: prefEnv.concat(["PATH=" + path, "Path=" + path, "TERM=dumb"]),
	useEnv: true
	}

	var status = {};
	if (xdc.exec(cmd, attrs, status) >= 0) {
	var va = status.output.match(/Version\s+[0-9\.]+/mg);
	if (va != null) {
	result += va[0].replace(/[Version\s]/g, "");
	}
	else {
	print("microsoft.targets: warning: version match failed on '"
	+ status.output + "'");
	}
	}
	else {
	print("microsoft.targets: warning: exec of: '" + cmd + "' failed");
	$trace(status.output, 0);
	}

	target.$private._rawVersion = result; /* cache result for later use */

	return (result);
	}

	/*
	* ======== ITarget.link ========
	*/
	function link(goal)
	{
	var target = this;
	_utils.initTabs();

	var result = null;
	var tool2cmd = _utils.targetCmds[target.suffix];

	if (tool2cmd != null) {
	result = new xdc.om['xdc.bld.ITarget'].CommandSet;
	result.msg = "lnk" + target.suffix + " $@ ...";

	var fileList = goal.files.replace(/(^\|\s+)([\/\w\\\.]+\.xdl)($\|\s+)/,
	" @$2 ");

	_utils.setEnv(target, result);

	var dllOpts = "-dll -map:$(XDCCFGDIR)/$@.map -mapinfo:exports ";

	result.cmds = _bldUtils.expandString(tool2cmd["link"], {
	LOPTS_P: target.lnkOpts == null ? "" : target.lnkOpts.prefix,
	LOPTS_S: target.lnkOpts == null ? "" : (goal.dllMode ? dllOpts : "") + target.lnkOpts.suffix,
	lopts: goal.opts,
	files: fileList,
	});

	if (goal.dllMode) {
	var ext = (this.dllExt != null) ? this.dllExt : ".p";
	result.cmds += "$(MV) $(basename $@).exp $(XDCCFGDIR)/$(basename $@)"
	+ ext + target.suffix + ".exp\n";
	result.cmds += "$(MV) $(basename $@).lib $(XDCCFGDIR)/$(basename $@)"
	+ ext + target.suffix + ".lib\n";
	}
	}

	return (result);
	}

	/*
	* ======== ITarget.scompile ========
	*/
	function scompile(goal) {
	return (_utils.compile(this, goal, true));
	}

	/*
	* ======== setPath ========
	*
	* Default implementation of setPath().
	*/
	function setPath()
	{
	if ("path" in this.$orig) {
	return (this.$orig.path);
	}
	else {
	return "";
	}
	}