Drop V: 7.0.0.0 Mac OS

• Drop V: 7.0.0.0 Mac Os Catalina
• Drop V: 7.0.0.0 Mac Os 11

Published:

Connect android phone to windows 10. February 21, 2017

How to copy files on Mac OS X using drag and drop Luckily the answer is simple and reasonably easy to remember: When working with Mac OS X, to copy a file (or multiple files) from one Mac Finder folder to another, just hold down the Option key when dragging your files from one folder to another. With so much having changed in recent versions of macOS, it’s easy to feel a little lost. Thankfully, we’ve covered most of the big changes that you need to be aware of – whether that’s how to sync music to your iPhone or iPad, back things up to Finder, or delete unwanted backups to save space on the Mac. MacOS Big Sur elevates the most advanced desktop operating system in the world to a new level of power and beauty. Experience Mac to the fullest with a refined new design. Enjoy the biggest Safari update ever. Discover new features for Maps and Messages. And get even more transparency around your privacy.

You can send large email attachments with this Apple built-in tool

If you’ve ever tried to send a large attachment with an email and found that your mail server rejected the message, or that it got lost along the way, then you’ll need to get to know Mail Drop.

What is Mail Drop?

Mail Drop is Apple’s free-to-use solution that lets you share large files from an iPhone, iPad, iPod touch, or Mac. To send email the feature only works with Apple’s own Mail app on those platforms, but you can receive the email from any platform.

Apple introduced Mail Drop in OS X Yosemite on the Mac and in iOS 9.2 for iOS devices, and it is supported in all current editions of the operating system (macOS Sierra and later as well as iOS 10 and later).

The system is designed to help users get past the file size limits many email service providers impose on email attachments. As a result, emails with an attachment bigger than the set limits bounce back, thus fail to send.

Mail Drop automatically detects the attachment (up to 5GB) and uploads it to Apple’s iCloud service, enabling you to feature it in the email without sending the data via your service provider.

When the other party receives your email, they find a link that lets them download it from iCloud. The download will have taken place automatically. There are a few restrictions, but we’ll go into those later on.

Why you need Mail Drop

Mail Drop is really handy for sharing large files. Even better, using it is almost seamless, and you need not worry which platform, application, or email application the person you are trying to send an attachment to is using. Nor do you need to go through the hassle of uploading the file to third party file exchange services, or convincing people to use online storage services they may not trust.

Some technical experts think sending attachments via Mail Drop is even more secure in transit than conventional email. Nothing is ever completely secure, but while the file may move through numerous servers in transit between you and your destination with email, with Mail Drop the majority of the journey takes place on the way to and from Apple’s relatively secure iCloud. Though this still leaves plenty of wriggle room for hackers, so it makes sense to encrypt files you send.

You can use Mail Drop to get round silly bandwidth restrictions, including Internet Service Providers file size maximums, corporate IT policies, or any other file size restriction that may make conventional email impossible.

Mail Drop limitations

There are some limitations. Attachments must be no larger than 5GB and will only be stored and made available on iCloud for 30-days before they are removed. The files do not count against your own iCloud storage limit.

You cannot send large folders unless they are compressed. To send a folder you must Control-Click on the folder in Finder and choose ‘Compress [Folder Name] in the contextual menu that appears. You can then send this item as a single large file.

Apple will keep a maximum of 1TB of Mail Drop attachments, if you try to send more after that the process will fail. However, attachments will expire after 30-days so you’ll be able to use the feature again once it does. You cannot currently control which files are left available using Mail Drop, or edit those you have sent – they will be kept for 30-days. The time taken to upload or to download a Mail Drop file will vary depending on the broadband connection you are using, of course.

How long does Apple store Mail Drop files?

Apple will only store a Mail Drop file you send for up to 30-days, after which it will automatically be deleted. If you receive a Mail Drop attachment then you should download it soon after receipt in order to ensure it isn’t deleted before you get to it. This also means that if you think you may need a file later on, then you should create a separate backup of it outside of Mail Drop/iCloud. It is not possible to change the 30-day expiry limit, nor is it possible to delete items before the 30-day storage period completes.

How to Use Mail Drop on a Mac

Apple has designed Mail Drop to be super-easy to use – you shouldn’t really need to think about it, though you will need to check you have it enabled on your email account. Here is a complete guide on how to use Mail Drop on a Mac.

To check Mail Drop is enabled

• Open Mail>Preferences.
• Tap Accounts. You should see a list of all the accounts you currently have enabled on your Mac.
• Select the account you wish to use and tap ‘Account Information’.
• You should see the tick box to enable that account, the account status and other information about that email identity. At the bottom (directly beneath ‘Download Attachments’) you should see a checkbox for “Send large attachments with Mail Drop”.
• Tick the checkbox to switch this feature on.
• You can enable Mail Drop for each account if you use lots of accounts.
• Click Done when you’ve finished. Your Mac should automatically use Mail Drop when you try to send an attachment that’s larger than your ISP supports.

To use Mail Drop

• Create a new email message
• While writing a new message use the Attach button at the top of the window and select the files you want to attach. You can also drag-&-drop items you wish to send.
• If your files are too large to send you’ll be asked if you want to use Mail Drop. When you indicate you want to use the feature the files will be uploaded to iCloud.
• Once the upload completes the attached files will appear above the email message text.
• To remove an attachment before sending it just click the remove icon (across) you can see by the file name.
• Once the files are uploaded to iCloud, tap Send and the message will be on its way.
• Recipients will either be provided with a download link with which to access the file, or they will receive it as an attachment in the ordinary way, though this depends on which platform, ISP, or email application they use.
• Recipients will be told how large the file they must download is. All files expire after 30-days.

How to Use Mail Drop on an iOS device

Mail Drop also works on iPhones, iPads, and the iPod touch. Usage is relatively similar to the manner in which you use it on the Mac, it should trigger automatically when you try to send an email containing a large attachment. Here’s what you need to know:

• Open Mail and create a new email message, or select the item you wish to send, select it, and mail it using the Share button.
• If you want to select something from within an email you should tap and release inside the body of the email message until the contextual Select dialog appears.
• When it does you must scroll through toward the right using the arrow keys that appear until you reach the ‘Add Attachment’ option.
• Now you can navigate to the item you wish to send on your device. Tap to select it.
• This item will now become an attachment within your email.
• Finish your email and write the recipient(s) address(es) and hit Send.
• A dialog will appear warning you that the message you are attempting to send may be too large to send by email.
• It will ask if you want to use Mail Drop to deliver the attachment using iCloud. You can ignore this and try sending the file as a regular attachment, or use Mail Drop.

If you use Mail Drop recipients will either receive a download link they can use to get the file, or they will see it appear as an ordinary attachment within the message they receive. They will be informed as to the size of the file you’ve asked them to download, so they can choose to pick it up at a more convenient moment (such as when on Wi-Fi). Files expire after 30-days. Here is a complete guide on How to receive Mail Drop on iOS10.

You can use Mail Drop through a Web browser

You can also use Mail Drop to send email using the iCloud Mail Web app in a Web browser. This is quite useful if you are traveling and need to use a borrowed computer to get online, as iCloud online works with most decent browsers and Windows as well as Macs.
You’ll need to visit and use your Apple ID to login to iCloud (www.icloud.com) in the browser first.

• Open the Mail app and click the Compose button inside Mail in the browser, and complete your email in the usual way.
• To attach an item to your message just tap the Attach button at the top right (it looks like a paperclip).
• Select the files you wish to send and click Choose.
• Tip: To select multiple non-adjacent files use Command-click on a Mac or Control-Click on Windows. You can also drag-&-drop files onto the message composition window on Macs.
• If the attachment(s) become too large to send using your current connection, (usually when they hit 20MB or above), Mail on the Web will ask you if you want to use Mail Drop. You can choose not to do so if you wish.
• Tap “Use Mail Drop” and the attachment will begin to upload. You must not quit the page before the upload is complete. Once the upload is complete you’ll see your attachment listed just under the Subject line in the email composition window.
• You can click the X to the right of the file name to delete it or repeat the process to add more attachments to the email.

Once you have managed to place all the attachments you want to send into your message and the upload process is complete, you’ll be able to Send your message.

Now you should be able to transfer almost any file to another person using email from any Mac, iOS device, or even a Windows PC, thanks to Mail Drop.

A self-contained application is a wrapper for your JavaFX application, making it independent of what the user might have installed.

6.1 Introduction

JavaFX packaging tools provide built-in support for several formats of self-contained application packages. The basic package is simply a single folder on your hard drive that includes all application resources as well as Java Runtime. It can be redistributed as is, or you can build an installable package (for example, EXE or DMG format).

From the standpoint of process, producing a self-contained application package is very similar to producing a basic JavaFX application package as discussed in Chapter 5, 'Packaging Basics,' with the following differences:

• Self-contained application packages can only be built using JDK 7 Update 6 or later. (The standalone JavaFX SDK does not support self-contained applications.)

• Self-contained application packages must be explicitly requested by passing additional arguments to the <fx:deploy> Ant task or javafxpackager tool.

• Operating system and tool requirements must be met to be able to build a package in a specific format.

While it is easy to create a basic self-contained application package, tailoring it to achieve the best user experience for a particular distribution method usually requires some effort and a deeper understanding of the topic.

6.2 Pros and Cons of Self-Contained Application Packages

Deciding whether the uses of self-contained application packages is the best way to deploy your application depends on your requirements.

Self-contained application packages have several benefits:

• They resemble native applications for the target platform, in that users install the application with an installer that is familiar to them and launch it in the usual way.

• They offer no-hassle compatibility. The version of Java Runtime used by the application is fully controlled by the application developer.

• Your application is easily deployed on fresh systems with no requirement for Java Runtime to be installed.

• Deployment occurs with no need for admin permissions when using ZIP or user-level installers.

On the other hand, there are a few caveats:

• 'Download and run' user experience

  Unlike web deployment, the user experience is not about 'launch the application from the web.' It is more one of 'download, install, and run' process, in which the user might need to go through additional steps to get the application launched. For example, the user might have to accept a browser security dialog, or find and launch the application installer from the download folder.

• Larger download size

  In general, the size of self-contained application packages will be noticeably larger than the size of a standalone application, because a private copy of Java Runtime is included.

• Package per target platform

  Self-contained application packages are platform specific and can only be produced for the same system that you build on. If you want to deliver self-contained application packages on Windows, Linux and Mac you will have to build your project on all three platforms.

• Application updates are the responsibility of developer

  Web-deployed Java applications automatically download application updates from the web as soon as they are available. The Java Autoupdate mechanism takes care of updating the Java and JavaFX Runtimes to the latest secure version several times every year. There is no built-in support for this in self-contained applications.

6.3 Basics

Each self-contained application package includes the following:

• The application code, packaged into a set of JAR files, plus any other application resources (data files, native libraries)

• A private copy of the Java and JavaFX Runtimes, to be used by this application only

• A native launcher for the application

• Metadata, such as icons

Multiple package formats are possible. Built-in support is provided for several types of packages, but you can assemble your own packages by post-processing a self-contained application packaged as a folder, for example if you want to distribute your application as a ZIP file.

6.3.1 Self-Contained Application Structure

The basic form of a self-contained application is a single folder on your hard drive, such as the example in Figure 6-1. When any of the installable packages are installed, the result is a folder with the same content.

Figure 6-1 Example of a Self-Contained Application Package

The internal structure of a self-contained application folder is platform-specific and may change in future. However, the following points are guaranteed:

• The application package, as defined in Chapter 5, 'Packaging Basics,', is included as a folder, preserving the application directory structure.

• A copy of Java Runtime is included as another folder, and the Java Runtime directory structure is preserved.

Because directory structure is preserved, the application can load external resources using paths relative to the application JAR or java.home system property.

6.3.2 Basic Build

The easiest way to produce a self-contained application is to modify the deployment task. To request creation of all applicable self-contained application packages simply add nativeBundles='all' to the <fx:deploy> task, as shown in Example 6-1.

Example 6-1 Simple Deployment Task to Create All Self-contained Application Packages

You can also specify the exact package format you want to produce. Use the value image to produce a basic package, exe to request an EXE installer, dmg to request a DMG installer, and so on. For the full list of attribute values, see the nativeBundles attribute in the <fx:deploy> entry in the Ant Task Reference.

If you have a JavaFX project in Netbeans 7.2, you can add the above snippet as a post-build step by overriding the '-post-jfx-deploy' target, as shown in Example 6-2. Add the following code to the build.xml file in the main project directory.

Example 6-2 Custom build.xml Script to Create Self-contained Application Packages in NetBeans IDE

You can also produce native packages using the JavaFX Packager tool. self-contained application packages are built by default if you use the -makeall command, or you can request them explicitly using the -native option in the -deploy command. See the javafxpackager command reference.

Example 6-3 shows the use of the -native option with the -deploy command, used to generate all applicable self-contained application packages for the BrickBreaker application. The -deploy command requires a JAR file as input, so it assumes that dist/BrickBreaker.jar has already been built:

Example 6-3 JavaFX Packager Command to Generate Self-Contained Application Packages

6.3.3 Customization Using Drop-In Resources

The packaging tools use several built-in resources to produce a package, such as the application icon or config files. One way to customize the resulting package is to substitute built-in resource with your customized version.

For this you need to:

• Know what resources are used

• Drop custom resources into a location where the packaging tool will look for them

The following sections explain how to do this.

6.3.3.1 Preparing Custom Resources

To get more insight into what resources are being used, enable verbose mode by adding the verbose='true' attribute to <fx:deploy>, or pass the -v option to the javafxpackager -deploy command.

Verbose mode does the following:

• It prints the following items:

  • A list of config resources used for the package you are generating

  • The role of each resource

  • The expected custom resource name

• It saves a copy of all config files to the temp folder, so you can use and customize it.

Example 6-4 shows sample output, with the important parts highlighted:

Now you can grab a copy of the config file and tune it to your needs. For example, you can take Info.plist and add localized package names.

Note: It is recommended that you disable verbose mode once you are done with customization or add a custom cleanup action to remove sample config files.

6.3.3.2 Substituting a Built-In Resource

Packaging tools look for customized resources on the classpath before reverting to built-in resource. The Javafx Packager has '.' (the current working directory) added to the classpath by default. Hence, to replace the application icon, simply copy your custom icon to ./package/macosx/DemoApp.icns in the directory where javafxpackager is run (typically, the root project directory).

The classpath for JavaFX Ant tasks is defined when task definitions are loaded. You must add an additional path to the lookup before the path ant-javafx.jar.

Example 6-5 shows how to add '.' to the classpath. For a more detailed code snippet, see Example 10-1).

Example 6-5 Enabling Resource Customization for JavaFX Ant Tasks

If you created a JavaFX project using Netbeans 7.2 or later, then the JavaFX Ant tasks are predefined, and '.' is already added to the classpath by default.

Once you provide a customized resource, verbose build output will report that it is used. For example, if you added a custom icon to an application, then the verbose output would report the addition, shown in Example 6-6.

Example 6-6 Verbose Output After Adding a Customized Icon Resource

6.3.4 Customization Options

Many of the existing JavaFX Ant elements are used to customize self-contained application packages. Different sets or parameters are needed for different packages, and the same element might have different roles. Table 6-1 introduces most of the customization options.

Table 6-1 Customization Options with Ant Elements and Attributes

6.3.5 Platform-Specific Customization for Basic Packages

Creation and customization of the basic form of self-contained application packages is a fairly straightforward process, but note the following points:

• Different icon types are needed for different platforms.

  For example, on Windows, the .ico format is expected, and on Mac it is .icns. No icon is embedded into launcher on Linux.

• To ensure that the icon is set in runtime, you also need to add it to the application stage. For example, add the following code to to the start() method of your application:

• Consider signing files in output folder if you plan to redistribute them.

  For example, on Windows, the launcher executable can be signed using signtool.exe.

6.3.5.1 Mac OS X

The resulting package on Mac OS X is an 'application bundle' (or .app) in the Mac OS 'dialect/jargon'.

Several config parameters end up in the Info.plist file in the application bundle and need to conform to the rules:

• Application ID (or main class name if ID is not specified) is used as CFBundleIdentifier.

• Application version is used as CFBundleShortVersionString.

Mac OS X 10.8 introduces Gatekeeper, which prevents execution of untrusted code by default (regardless of whether this code was implemented in Objective-C or Java).

The user can manually enable the application to run, but this is not a perfect user experience. To get optimal user experience, you need to obtain a Developer ID Certificate from Apple and sign the .app folder produced by JavaFX packaging tools, as follows:

For more details, see the Developer ID and Gatekeeper topic at the Apple Developer site.

6.4 Installable Packages

A self-contained application can be wrapped into a platform-specific installable package to simplify redistribution. JavaFX packaging tools provide built-in support for several formats of installable packages, depending on the availability of third-party tools.

Tuning the user experience for the installation process is specific to the particular installer technology, as described in other sections in this chapter. However, you must decide what type of installer you need. The following considerations that might help with your decision.

• System-wide or per-user installation?

  System-wide installation results in a package installed into a shared location and can be used by any user on the system. On the other hand it assumes admin permissions and will likely result in additional steps during the installation process, such as an OS prompt to approve elevating installer permissions.

  Per-user installation copies the package into a private user directory and does not require admin permissions. This enables you to show as little dialogs as possible and run the program even if user is not eligible for admin privileges.

  https://eng-torrent.mystrikingly.com/blog/play-free-keno-no-download. Note that whenever a user- or system-level installable package is requested, the build procedure itself does not require admin permissions.

• Do you need a click-through license?

  Some installable packages support showing license text before initiating the installation. The installation process starts only after the user accepts the license.

  Think carefully if you really need this, because extra dialogs degrade the user experience.

• What menu/desktop integration is needed?

  The user should be able to launch your application easily. Therefore, we assume that having a desktop shortcut or adding the application to the list of applications in the menu is required.

Note that the current implementation contains many simplifying assumptions.

For example, installers never ask the user to choose the location to install the package. Developers also have limited control of the installation location—they can only choose system or private user location).

If this is not sufficient for your needs you can try advanced customizations by tuning the config file templates (see Section 6.3.3, 'Customization Using Drop-In Resources') or packaging a basic self-contained application and then wrapping it into an installable package on your own.

As of JDK 7u6, the following installable package formats are supported:

Table 6-2 Installable Package Formats

6.4.1 EXE Package

As of JavaFX 2.2, in order to generate an EXE package, you must have Inno Setup 5 or later installed and available on the PATH. To validate that it is available, try running iscc.exehttps://downaload493.weebly.com/a-gambler-loses-ten-times-running-at-roulette.html. from the command line where you launch the build or from your build script.

By default, the generated package:

• Does not require admin privileges to install

• Is optimized to have a minimum number of dialogs

• Must be referenced from programs menu or have desktop shortcut (having both are fine)

• Is configured so the application launches at the end of installation

Figure 6-2 shows a typical dialog box for a self-contained JavaFX application being installed on Windows.

Figure 6-2 Windows Installation Dialog for a Self-Contained JavaFX Application

Customization tips:

• If you chose system-wide installation, then the user will need to have admin permissions, and the application will not be launched at the end of installation.

• A click-through license is supported (an .rtf file is required).

• The image shown in the installation dialogs is different from the application icon.

  You can customize it using the 'drop-in technique' described in Section 6.3.3, 'Customization Using Drop-In Resources.'

  The current version of Inno Setup assumes the image is a bitmap file with maximum size of 55x58 pixels.

• To ensure the icon is set in the runtime, make sure to explicitly add it to the stage. See Section 6.3.5, 'Platform-Specific Customization for Basic Packages.'

• Consider signing the resulting .exe package. If you distribute an unsigned executable, then many versions of Windows will scare the user with an 'Unknown Publisher' warning dialog.

  If you sign your package, then this warning will be removed. You will need to get a certificate and then can use the signtool.exe utility to sign the code.

• You can fine tune the self-contained application folder before it is wrapped into an .exe file, for example to sign the launcher executable.

  To do this, provide a Windows script file, using the technique from Section 6.3.3, 'Customization Using Drop-In Resources.'

6.4.2 MSI Package

MSI packages are generated using the Windows Installer XML (WiX) toolset (also known as WiX). As of JavaFX 2.2, WiX 3.0 or later is required, and it must be available on the PATH. To validate, try running candle /? from the command line where you launch the build or from your build script.

By default, a generated MSI package:

• Is optimized for deployment using enterprise deployment tools

• Installs to a system-wide location

• Does not have any click-through UI. Only a progress dialog is shown.

• Must to be referenced from the programs menu or have a desktop shortcut (having both is fine)

• Will remove all files in the installation folder, even if they were created outside of the installation process. (WiX 3.5 or later is required.)

• Will try to use the application identifier as UpgradeCode.

  If the application identifier is not a valid GUID, then a random GUID for UpgradeCode is generated.

• ProductCode is randomly generated. To use a fixed Product code, customize the WiX template file using the technique from Section 6.3.3, 'Customization Using Drop-In Resources.'

If you plan to distribute your MSI package on the network, then consider signing it for the best user experience.

You can also fine tune the self-contained application folder before it is wrapped into the .msi file, (for example, to sign the launcher executable). For details, see Section 6.4.1, 'EXE Package.'

To add a custom UI to the MSI package, you can customize WiX template file used by JavaFX Packager using technique from Section 6.3.3, 'Customization Using Drop-In Resources.'. Consult WiX documentation for more details.

6.4.3 DMG Package

By default, a DMG package provides a simple drag-and-drop installation experience. Figure 6-3 shows an example of the default behavior during installation.

Figure 6-3 Example of Default Installer for Mac OS X

To customize the appearance of the installation window, you can provide a custom background image.

If the background image has different dimensions or you need to position the icons differently, then you must also customize the DMG setup script that is used to tweak sizes and positions of elements on the install view. For details about how to do this, see Section 6.3.3, 'Customization Using Drop-In Resources.'

To fine tune the self-contained application folder before it is wrapped, you can provide your own bash script to be executed after the application folder is populated. You can use it, for example, to enrich it with localization files, and so on. Figure 6-4 shows an example of a 'tuned' application installer.

Figure 6-4 Example of Customized Appearance of Installable Package for Mac OS X

To create a Gatekeeper-friendly package (for Mac OS X 10.8 or later, see Section 6.3.5.1, 'Mac OS X'), the application in the DMG package must be signed. It is not necessary to sign the DMG file itself. To sign the application, you can use a technique described in Section 6.3.3, 'Customization Using Drop-In Resources' to provide a config script to be executed after the application bundle is populated. For sample DemoApp, the config script is located in the package/macosx/DemoApp-post-image.sh and has the content shown in Example 6-7.

Example 6-7 Example of Config Script to Sign the Application

The DMG installer also supports a click-though license provided in the text format. If use of rich text format is desired, then prepare the license.plist file externally, then add it to the package using the technique from Section 6.3.3, 'Customization Using Drop-In Resources.'

No third party tools are needed to create a DMG package.

6.4.4 Linux Packages

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Producing install packages for Linux assumes that the native tools needed to build install packages are installed. For RPM packages, this typically means the RPMBuild package and its dependencies. For DEB packages, dpkg-deb and dependencies are needed.

No admin permissions are needed to build the package.

By default the resulting package:

• Will install the application to /opt

• Will add a shortcut to the application menu

• Does not have any UI for installation (normal behavior for Linux packages)

Customization tips:

• To place the application into a specific category in the application menu, use the category attribute of <fx:info>.

  Refer to Desktop Menu Specification and your window manager docs for the list of category names.

• The icon is expected to be a .png file

• Advanced customization is possible by tuning the build template files using techniques from Section 6.3.3, 'Customization Using Drop-In Resources.'.

  Consult the DEB/RPM packaging guides to get more background on available options.

6.5 Working Through a Deployment Scenario

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Consider following scenario. You have a JavaFX application that:

• Uses several third-party libraries

• One of the third-party libraries uses JNI and loads a platform-specific native library using System.loadLibrary()

• Needs a large 1Gb heap

How do you package it as a self-contained application that does not need admin permissions to install?

It is assumed that your application works fine as a standalone, that the main JAR file is built in the dist folder (using <fx:jar>) and that third-party libraries are copied to the dist/lib directory.

One way to assemble a self-contained application package is shown in Example 6-8. The approach is:

• Include all application JAR files.

• Add native libraries applicable to current platform as resources of type data.

  Ensure that the fileset base directory is set to the folder containing the library. This ensures that the libraries are copied to the top-level application folder.

• Request a user-level installation with <fx:preferences install='false'/>

Note that the top-level application folder is added to the library search path, and therefore System.loadLibrary() will work fine.

Example 6-8 shows an example <fx:deploy> task.

Drop V: 7.0.0.0 Mac OS