Package com.sun.jna.platform.win32

Examples of com.sun.jna.platform.win32.WinNT$FILE_NOTIFY_INFORMATION


        private Map fileMap = new HashMap();
        private Map handleMap = new HashMap();
       
        private void handleChanges(FileInfo finfo) throws IOException {
            Kernel32 klib = Kernel32.INSTANCE;
            FILE_NOTIFY_INFORMATION fni = finfo.info;
            // Need an explicit read, since data was filled in asynchronously
            fni.read();
            do {
                FileEvent event = null;
                File file = new File(finfo.file, fni.getFilename());
                switch(fni.Action) {
                case Kernel32.FILE_ACTION_MODIFIED:
                    event = new FileEvent(file, FILE_MODIFIED); break;
                case Kernel32.FILE_ACTION_ADDED:
                    event = new FileEvent(file, FILE_CREATED); break;
                case Kernel32.FILE_ACTION_REMOVED:
                    event = new FileEvent(file, FILE_DELETED); break;
                case Kernel32.FILE_ACTION_RENAMED_OLD_NAME:
                    event = new FileEvent(file, FILE_NAME_CHANGED_OLD); break;
                case Kernel32.FILE_ACTION_RENAMED_NEW_NAME:
                    event = new FileEvent(file, FILE_NAME_CHANGED_NEW); break;
                default:
                    // TODO: other actions...
                    System.err.println("Unrecognized file action '" + fni.Action + "'");
                }
                if (event != null)
                    notify(event);
                fni = fni.next();
            } while (fni != null);
            // Trigger the next read
            if (!finfo.file.exists()) {
                unwatch(finfo.file);
                return;
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        private final Map fileMap = new HashMap();
        private final Map handleMap = new HashMap();
       
        private void handleChanges(FileInfo finfo) throws IOException {
            Kernel32 klib = Kernel32.INSTANCE;
            FILE_NOTIFY_INFORMATION fni = finfo.info;
            // Need an explicit read, since data was filled in asynchronously
            fni.read();
            do {
                FileEvent event = null;
                File file = new File(finfo.file, fni.getFilename());
                switch(fni.Action) {
                case Kernel32.FILE_ACTION_MODIFIED:
                    event = new FileEvent(file, FILE_MODIFIED); break;
                case Kernel32.FILE_ACTION_ADDED:
                    event = new FileEvent(file, FILE_CREATED); break;
                case Kernel32.FILE_ACTION_REMOVED:
                    event = new FileEvent(file, FILE_DELETED); break;
                case Kernel32.FILE_ACTION_RENAMED_OLD_NAME:
                    event = new FileEvent(file, FILE_NAME_CHANGED_OLD); break;
                case Kernel32.FILE_ACTION_RENAMED_NEW_NAME:
                    event = new FileEvent(file, FILE_NAME_CHANGED_NEW); break;
                default:
                    // TODO: other actions...
                    System.err.println("Unrecognized file action '" + fni.Action + "'");
                }
                if (event != null)
                    notify(event);
                fni = fni.next();
            } while (fni != null);
            // Trigger the next read
            if (!finfo.file.exists()) {
                unwatch(finfo.file);
                return;
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        int cImplTypes = typeAttr.cImplTypes.intValue();
        String interfaces = "";

        for (int i = 0; i < cImplTypes; i++) {
            HREFTYPE refTypeOfImplType = typeInfoUtil.getRefTypeOfImplType(i);
            ITypeInfo refTypeInfo = typeInfoUtil
                    .getRefTypeInfo(refTypeOfImplType);
            TypeInfoUtil refTypeInfoUtil = new TypeInfoUtil(refTypeInfo);
            this.createFunctions(refTypeInfoUtil, bindingMode);
            TypeInfoDoc documentation = refTypeInfoUtil
                    .getDocumentation(new MEMBERID(-1));
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        this.createPackageName(packagename);
        this.createClassName(this.name);
        this.setFilename(this.name);

        // Get the TypeAttributes
        TypeInfoUtil typeInfoUtil = typeLibUtil.getTypeInfoUtil(index);
        TYPEATTR typeAttr = typeInfoUtil.getTypeAttr();

        this.createJavaDocHeader(typeAttr.guid.toGuidString(), docString);

        int cFuncs = typeAttr.cFuncs.intValue();
        for (int i = 0; i < cFuncs; i++) {
            // Get the function description
            FUNCDESC funcDesc = typeInfoUtil.getFuncDesc(i);

            // Get the member ID
            MEMBERID memberID = funcDesc.memid;

            // Get the name of the method
            TypeInfoDoc typeInfoDoc2 = typeInfoUtil.getDocumentation(memberID);
            String methodName = typeInfoDoc2.getName();
            TlbAbstractMethod method = null;

            if (!isReservedMethod(methodName)) {
                if (funcDesc.invkind.equals(INVOKEKIND.INVOKE_FUNC)) {
                    method = new TlbFunctionStub(index, typeLibUtil, funcDesc,
                            typeInfoUtil);
                } else if (funcDesc.invkind
                        .equals(INVOKEKIND.INVOKE_PROPERTYGET)) {
                    method = new TlbPropertyGetStub(index, typeLibUtil,
                            funcDesc, typeInfoUtil);
                } else if (funcDesc.invkind
                        .equals(INVOKEKIND.INVOKE_PROPERTYPUT)) {
                    method = new TlbPropertyPutStub(index, typeLibUtil,
                            funcDesc, typeInfoUtil);
                } else if (funcDesc.invkind
                        .equals(INVOKEKIND.INVOKE_PROPERTYPUTREF)) {
                    method = new TlbPropertyPutStub(index, typeLibUtil,
                            funcDesc, typeInfoUtil);
                }

                this.content += method.getClassBuffer();

                if (i < cFuncs - 1)
                    this.content += CR;
            }

            // Release our function description stuff
            typeInfoUtil.ReleaseFuncDesc(funcDesc);
        }

        this.createContent(this.content);
    }
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        this.createPackageName(packagename);
        this.createClassName(this.name);
        this.setFilename(this.name);

        // Get the TypeAttributes
        TypeInfoUtil typeInfoUtil = typeLibUtil.getTypeInfoUtil(index);
        TYPEATTR typeAttr = typeInfoUtil.getTypeAttr();

        this.createJavaDocHeader(typeAttr.guid.toGuidString(), docString);

        int cVars = typeAttr.cVars.intValue();
        for (int i = 0; i < cVars; i++) {
            // Get the property description
            VARDESC varDesc = typeInfoUtil.getVarDesc(i);
            VARIANT constValue = varDesc._vardesc.lpvarValue;
            Object value = constValue.getValue();

            // Get the member ID
            MEMBERID memberID = varDesc.memid;

            // Get the name of the property
            TypeInfoDoc typeInfoDoc2 = typeInfoUtil.getDocumentation(memberID);
            this.content += TABTAB + "//" + typeInfoDoc2.getName() + CR;
            this.content += TABTAB + "public static final int "
                    + typeInfoDoc2.getName() + " = " + value.toString() + ";";

            if (i < cVars - 1)
                this.content += CR;

            // release the pointer
            typeInfoUtil.ReleaseVarDesc(varDesc);
        }

        this.createContent(this.content);
    }
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     *            the type lib util
     */
    public TlbCoClass(int index, String packagename, TypeLibUtil typeLibUtil, String bindingMode) {
        super(index, typeLibUtil, null);
       
        TypeInfoUtil typeInfoUtil = typeLibUtil.getTypeInfoUtil(index);

        TypeLibDoc typeLibDoc = this.typeLibUtil.getDocumentation(index);
        String docString = typeLibDoc.getDocString();

        if(typeLibDoc.getName().length() > 0)
            this.name = typeLibDoc.getName();
       
        this.logInfo("Type of kind 'CoClass' found: " + this.name);

        this.createPackageName(packagename);
        this.createClassName(this.name);
        this.setFilename(this.name);

        String guidStr = this.typeLibUtil.getLibAttr().guid.toGuidString();
        int majorVerNum = this.typeLibUtil.getLibAttr().wMajorVerNum.intValue();
        int minorVerNum = this.typeLibUtil.getLibAttr().wMinorVerNum.intValue();
        String version = majorVerNum + "." + minorVerNum;
        String clsid = typeInfoUtil.getTypeAttr().guid.toGuidString();
       
        this.createJavaDocHeader(guidStr, version, docString);
        this.createCLSID(clsid);
        this.createCLSIDName(this.name);
       
     // Get the TypeAttributes
        TYPEATTR typeAttr = typeInfoUtil.getTypeAttr();
        int cImplTypes = typeAttr.cImplTypes.intValue();
        String interfaces = "";

        for (int i = 0; i < cImplTypes; i++) {
            HREFTYPE refTypeOfImplType = typeInfoUtil.getRefTypeOfImplType(i);
            ITypeInfo refTypeInfo = typeInfoUtil
                    .getRefTypeInfo(refTypeOfImplType);
            TypeInfoUtil refTypeInfoUtil = new TypeInfoUtil(refTypeInfo);
            this.createFunctions(refTypeInfoUtil, bindingMode);
            TypeInfoDoc documentation = refTypeInfoUtil
                    .getDocumentation(new MEMBERID(-1));
            interfaces += documentation.getName();

            if (i < cImplTypes - 1)
                interfaces += ", ";
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            // Get the member ID
            MEMBERID memberID = varDesc.memid;

            // Get the name of the property
            TypeInfoDoc typeInfoDoc2 = typeInfoUtil.getDocumentation(memberID);
            this.content += TABTAB + "//" + typeInfoDoc2.getName() + CR;
            this.content += TABTAB + "public static final int "
                    + typeInfoDoc2.getName() + " = " + value.toString() + ";";

            if (i < cVars - 1)
                this.content += CR;
        }
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            // Get the member ID
            MEMBERID memberID = funcDesc.memid;

            // Get the name of the method
            TypeInfoDoc typeInfoDoc2 = typeInfoUtil.getDocumentation(memberID);
            String methodName = typeInfoDoc2.getName();
            TlbAbstractMethod method = null;

            if (!isReservedMethod(methodName)) {
                if (funcDesc.invkind.equals(INVOKEKIND.INVOKE_FUNC)) {
                    method = new TlbFunctionStub(index, typeLibUtil, funcDesc,
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            // Get the member ID
            MEMBERID memberID = varDesc.memid;

            // Get the name of the property
            TypeInfoDoc typeInfoDoc2 = typeInfoUtil.getDocumentation(memberID);
            this.content += TABTAB + "//" + typeInfoDoc2.getName() + CR;
            this.content += TABTAB + "public static final int "
                    + typeInfoDoc2.getName() + " = " + value.toString() + ";";

            if (i < cVars - 1)
                this.content += CR;

            // release the pointer
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            HREFTYPE refTypeOfImplType = typeInfoUtil.getRefTypeOfImplType(i);
            ITypeInfo refTypeInfo = typeInfoUtil
                    .getRefTypeInfo(refTypeOfImplType);
            TypeInfoUtil refTypeInfoUtil = new TypeInfoUtil(refTypeInfo);
            this.createFunctions(refTypeInfoUtil, bindingMode);
            TypeInfoDoc documentation = refTypeInfoUtil
                    .getDocumentation(new MEMBERID(-1));
            interfaces += documentation.getName();

            if (i < cImplTypes - 1)
                interfaces += ", ";
        }
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