So iOS browsers (chrome, safari, firefox) are not able to stream audio content when Access level is set to private. Problem get solved when access level is set to Blob but obviously we cannot use that access level if we want Squidex protected assets functionality to work.

Change Access Level of Container to see the difference on iOS mobile browser. Mp3 files are not working when access level of container is private. There might be 10 minutes delay after changes taking effects when changing azure blob storage access level.

Safari Blob Download Not Working

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You can replicate it by creating Squidex instance connected to azure blob storage with access level: private. Just try to upload it to Squidex assets using Squidex admin area and try that link Squidex provides you.

Hi,

It works on them all on desktops, windws/mac, but on iOS it only goes and downloads an actual file in safari. If using Chrome, it opens a new tab with a blob which you can then save as a csv file if you know what you are doing, but not the best user experience.

I believe this is not a completely solvable thing, as I think it is a restriction from iOS's side, but trying to figure out a better user experience/work around than instructions on how to save. So I figured I would post to see if anyone has figured something out before now. The easiest seems to be to detect user is on iOS but not in safari, and redirect them to safari before they start their work, but it seems another iOS restriction is there is no good way to launch a user into a webpage in safari from a webpage....

As you say, this is an iOS restriction I'm afraid. The other browsers do actually just use Safari under the hood (or perhaps more correctly Webkit) since they aren't allowed to have their own rendering engines on iOS. It used to be an issue in Safari itself as well - it looks like they've finally fixed that.

I'm not clear if the other browsers will need to try to interpret the blob themselves or if it is something Webkit should be doing for them. Either way, I'm afraid I don't know of any workaround for this.

@bfarkas is right,

I don't think it's an IOS issue but indeed bug issue from other browsers than Safari.

today on IOS 14.6 Safari works as expected with blob and File, or FileReader or even with an anchor, fill the anchor.href with the url created from URL.createObjectURL(),

for now I just succeeded a download on Chrome from FileReader

But unfortunately Chrome IOS show the file to download name as "Document" without the real name nor original file extension.

for Firefox ,Edge, Opera, Aloha no success at all, nothing happening.

Why the heck they didn't fix it? I saw this issue since 3 years now. Only Safari fixed it.

if anyone has a solution for these browsers pleas share thanks

Steps to reproduce: 

Downloading a file as a blob renders the raw data and doesn't prompt for download. For example go to photopea.com make a new project and export to png.

Expected behavior: 

Should prompt to download (like safari)

@Vlad Also having an issue with blobs so I thought I'd comment here rather than create a potentially duplicate ticket. One of my banks exports transaction PDFs as blobs and nothing happens when I click to access them (no new tab with file, no prompt for download.) Desktop 0.99.113.2-beta

My knowledge is limited in this field, but reading similar reports elsewhere it is proposed the problem is with the web server sending the file as a blob and not streaming the video. Is this the case with Render? Is there any workaround besides moving the content off Render?

However, since you are using a static site that should be handled correctly by the CDN. Streaming may have not worked initially while your domain was pointed at our proxy while we issued certificates, but it should have started working once the DNS was updated to use our CDN.

When a user first loads a website or application, there's often a fair amount of work involved inconstructing the initial application state that's used to render the UI. For example, sometimes theapp needs to authenticate the user client-side and then make several API requests before it has allthe data it needs to display on the page.

Storing the application state inIndexedDB can be a great way to speed upthe load time for repeat visits. The app can then sync up with any API services in the backgroundand update the UI with new data lazily, employing astale-while- revalidate strategy.

However, when using IndexedDB there are many important things to consider that may not beimmediately obvious to developers new to the APIs. This article answers common questions anddiscusses some of the most important things to keep in mind when persisting data in IndexedDB.

A lot of the complexities around IndexedDB stem from the fact that there are so many factors you(the developer) have no control over. This section explores many of the issues you must keep in mindwhen working with IndexedDB.

If you are storing large, user-generated files such as images or videos, then you may try to storethem as File or Blob objects. This will work on some platforms but fail on others. Safari oniOS, in particular, cannot store Blobs in IndexedDB.

The other direction is slightly more involved, and is an asynchronous process. You can use aFileReader object to read the blob as an ArrayBuffer. When the reading is finished a loadendevent is triggered on the reader. You can wrap this process in a Promise like so:

Errors when writing to IndexedDB can happen for a variety of reasons, and in some cases thesereasons are outside of your control as a developer. For example, some browsers currently don't allowwriting to IndexedDB when in private browsing mode.There's also the possibility that a user is on a device that's almost out of disk space, and thebrowser will restrict you from storing anything at all.

Because of this, it's critically important that you always implement proper error handling in yourIndexedDB code. This also means it's generally a good idea to keep application state in memory (inaddition to storing it), so the UI doesn't break when running in private browsing mode or whenstorage space isn't available (even if some of the other app features that require storage won'twork).

Similar to the previous section, even if the user hasn't modified the data themselves, it's alsopossible that the data they have in storage was written by an old version of your code, possibly aversion with bugs in it.

IndexedDB has built-in support for schema versions and upgrading via itsIDBOpenDBRequest.onupgradeneeded()method; however, you still need to write your upgrade code in such a way that it can handle the usercoming from a previous version (including a version with a bug).

One of the key features of IndexedDB is its asynchronous API, but don't let that fool you intothinking you don't need to worry about performance when using it. There are a number of cases whereimproper usage can still block the main thread, which can lead to jank and unresponsiveness.

While IndexedDB makes is possible to store large, nested objects as a single record (and doing so isadmittedly quite convenient from a developer perspective), this practice should be avoided. Thereason is because when IndexedDB stores an object, it must first create astructured cloneof that object, and the structured cloning process happens on the main thread. The larger theobject, the longer the blocking time will be.

This presents some challenges when planning how to persist application state to IndexedDB, as mostof the popular state management libraries (like Redux) work by managing yourentire state tree as a single JavaScript object.

While managing state in this way has many benefits (e.g. it makes your code easy to reason about anddebug), and while simply storing the entire state tree as a single record in IndexedDB may betempting and convenient, doing this after every change (even if throttled/debounced) will result inunnecessary blocking of the main thread, it will increase the likelihood of write errors, and insome cases it will even cause the browser tab to crash or become unresponsive.

The same is true if you store large items like images, music, or video in IndexedDB. Store each itemwith its own key rather than inside a larger object, so that you can retrieve the structured datawithout paying the cost of also retrieving the binary file.

As with most best practices, this is not an all-or-nothing rule. In cases where it's not feasible tobreak up a state object and just write the minimal change-set, breaking up the data into sub-treesand only writing those is still preferable to always writing the entire state tree. Littleimprovements are better than no improvements at all.

Lastly, you should always be measuring the performance impactof the code you write. While it's true that small writes to IndexedDB will perform better than largewrites, this only matters if the writes to IndexedDB that your application is doing actually lead tolong tasksthat block the main thread and degrade the user experience. It's important to measure so youunderstand what you're optimizing for.

Developers can leverage client storage mechanisms like IndexedDB to improve the user experience oftheir application by not only persisting state across sessions but also by decreasing the time ittakes to load the initial state on repeat visits.

Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.0 License, and code samples are licensed under the Apache 2.0 License. For details, see the Google Developers Site Policies. Java is a registered trademark of Oracle and/or its affiliates.

That last point was me being a little bit flippant, however, full disclosure: I wanted to be one of those people who sketch with a fountain pen because it does look so much cooler! Especially if you have a fancy looking fountain pen. There we go, my superficiality is laid bare for you all to judge me!

Fineliners are also known as technical pens. They are available in a range of thicknesses, such as 005 (which is super fine), 0.1, 0.2, 0.3 and so on. Usually, in sets of fineliners, the thickest pen will be 0.8, such as in this set of Microns I bought from Amazon. Microns are a popular brand but you can various other brands of fineliners in most art shops. Popular choices are Uni Pin, Staedtler, Copic and Faber-Castell. As long as the ink is waterproof then use whatever you can find! 152ee80cbc

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