Csrf token missing kraken rc

4 stars based on 52 reviews

Debian is a website that aggregates the blogs of many Debian contributors. Planet maintainers can be reached at planet at csrf token missing kraken rc. You can also whitelist individual hosts or entire files by adding them to the end of the list.

F-Droid is the recommended source to install from. I translated that from Kotlin to Java, and cleaned up the implementation a bit:. We literally redirect your DNS servers. Meaning if your DNS server is 1. I plan to change that at some point to emulate multiple DNS servers with fake IPs, but this was a first step to get it working with fallback: Android can now transparently fallback to other DNS servers without having to be aware that they are routed via the VPN.

Csrf token missing kraken rc also need to deal with timing out queries that we received no answer for: This means that it only times out up to one request per new request, but it eventually cleans up fine. Today, new version has been deployed on Hosted Weblate.

It brings many long requested features and enhancements. Adding project to watched got way simpler, you can now do it on the project page using watch button:. Another feature which will be liked by project admins is csrf token missing kraken rc they can now change project metadata without contacting me.

This works for both project and component level:. And adding some fancy things, there is new badge showing status of translations into all languages. This csrf token missing kraken rc how it looks for Weblate itself:. As you can see it can get pretty big for projects with many csrf token missing kraken rc, but you get complete picture of the translation status in it.

You can find all these features in upcoming Weblate 2. Complete list of changes in Weblate 2. I had to write a quick program today which csrf token missing kraken rc going csrf token missing kraken rc be run many thousands of times a day so it has to run fast.

By my estimation there should only be three places in my code where memory is allocated and none of them should leak. Where do the others come from? And why is there a missing free or delete.

Now the csrf token missing kraken rc news is that valgrind is saying that the memory is not technically leaking. It is still reachable at exit but that's ok because the OS will reclaim it. But this program will run a lot and I think it could still lead to problems over time such as memory fragmentation so I wanted to understand what was going on.

Not to mention the bad aesthetics of it. My first assumption one which has served me well over the years was to assume that I had screwed up somewhere.

Or perhaps it could some behind the scenes compiler magic. It turned out to be the latter -- sort of as I found out only after two hours of jiggling code in different ways and googling for clues. That's when I found this Stack Overflow question which suggests that it is either a valgrind or compiler bug. The answer specifically mentions gcc 5. I was using Ubuntu LTS which has gcc 5. Sure enough, compiling the same program on Debian stable which has gcc 4.

The executable was substantially csrf token missing kraken rc too. The time was not a total loss however. I learned that valgrind is pronounced val-grinned it's from Norse mythology.

So I have that going for me which is nice. Lord of Emperors is the second half of a work that began with Sailing to Sarantium and is best csrf token missing kraken rc of as a single book split for publishing reasons. You want to read the two together and in order. As is typical for this sort of two-part work, it's difficult to review the second half csrf token missing kraken rc spoilers. I'll be more vague about the plot and the characters than normal, and will mark one bit that's arguably a bit of a spoiler although I don't think it would affect the enjoyment of the book.

At the end of Sailing to Sarantiumwe left Crispin in the great city, oddly and surprisingly entangled with some frighteningly powerful people and some more mundane ones insofar as anyone is mundane in a Guy Gavriel Kay novel, but more on csrf token missing kraken rc in a bit. The opening of Lord of Emperors takes a break from the city to introduce a new people, the Bassanids, and a new character, Rustem of Karakek.

While Crispin is still the heart of this story, the thread that binds the entirety of the Sarantine Mosaic together, Rustem is the primary protagonist for much of this book. I had somehow forgotten him completely since my first read of this series many years ago.

I have no idea how. I mentioned in my review of the previous book that one of the joys of reading this series is competence porn: Kay's handling of Crispin's mosaics is still the highlight of the series for me, but Rustem's medical practice and Strumosus, and the chariot races comes close. Rustem is a brilliant doctor by the standards of the time, utterly frustrated with the incompetence of the Sarantine doctors, but also weaving his own culture's belief in omens and portents into his actions.

He's more reserved, more laconic than Crispin, but is another character with focused expertise and a deep internal sense of honor, swept unexpectedly into broader affairs and attempting to navigate them by doing the right thing in each moment. Kay fills this book with people like that, and it's compelling reading. Rustem's entrance into the city accidentally sets off a complex chain of events that draws together all of the major characters of Sailing to Sarantium and adds a few more.

The stakes are no less than war and control of major empires, and here Kay departs firmly from recorded history into his own creation. I had mentioned in the previous review that Justinian and Theodora are the clear inspirations for this story; csrf token missing kraken rc remains csrf token missing kraken rc, and many other characters are easy to map, but don't expect history to go here the way that it did in our world.

Kay's version diverges significantly, and dramatically. But one of the things I love the most about this book is its focus on the individual acts of courage, empathy, and ethics of each of the characters, even when those csrf token missing kraken rc do not change the course of empires. The palace intrigue happens, and is important, but the individual acts of Kay's large cast get just as much epic narrative attention even if they would never appear in a history book.

The most globally significant moment of the book is not the most stirring; that happens slightly earlier, in a chariot race destined to be forgotten by history. And the most touching moment of the book is a moment of connection between two people who would never appear in history, over the life of a third, that matters so csrf token missing kraken rc to the reader only because of the careful attention to individual lives and personalities Kay has shown over the course of a hundreds of pages.

A minor spoiler follows in the next paragraph, although I don't think it affects the reading of the book. One brilliant part of Kay's fiction is that he doesn't have many villains, and goes to some lengths to humanize the actions of nearly everyone in the book. But sometimes the author's deep dislike of one particular character shows csrf token missing kraken rc, and here it's Pertennius the clear analogue of Procopius. In a way, one could say the entirety of the Sarantine Mosaic is a rebuttal of the Secret History.

But I think Kay's contrast between Crispin's art and Scortius's, and Strumosus's and Pertennius's history has a deeper thematic goal.

I came away from this book feeling like the Sarantine Mosaic as a whole stands in contrast to a traditional history, stands against a reduction of people to csrf token missing kraken rc and wars and buildings and governments. Crispin's greatest work attempts to capture emotion, awe, and an inner life. The endlessly complex human relationships shown in this book running beneath the political events occasionally surface in dramatic upheavals, but in Kay's telling the ones that stay below the surface are just as important.

And while much of the other art shown in this book differs from Crispin's in being inherently ephemeral, it shares that quality of being the art of life, of complexity, of people in dynamic, changing, situational understanding of the world, exercising competence in some area that may or may not be remembered. Kay raises to the level of epic the bits of history that don't get recorded, and, in his grand and self-conscious fantasy epic style, encourages the reader to feel those just as deeply as the ones that will have later historical significance.

The measure of people, their true inner selves, is often shown in moments that Pertennius would dismiss and consider unworthy of recording in his history. I think Lord of Emperors is the best part of the Sarantine Mosaic duology.

It keeps the same deeply enjoyable view of people doing things they are extremely good at while correcting some of the structural issues in the previous book. Kay continues to use a large cast, and continues to cut between viewpoint characters to show each event from multiple angles, but he has a better grasp of timing and order here than in Sailing to Sarantium.

I never got confused about the timeline, thanks in part to more frequent and more linear scene cuts. And Lord of Emperors passes, with flying colors, the hardest test of a novel with a huge number of viewpoint characters: My other main complaint about Sailing to Sarantium was the treatment of women, specifically the irresistibility of female sexual allure.

Kay thankfully tones that down a lot here. His treatment of women is still a bit odd — one notices that five women seem to all touch the lives of the same men, and little room is left for Platonic friendship between the csrf token missing kraken rc — but they're somewhat less persistently sexualized.

And the women get a great deal of agency in this book, and a great deal of narrative respect. That said, Lord of Emperors is also emotionally brutal. It's beautifully done, and entirely appropriate to the story, and Kay does provide a denouement that takes away a bit of the sting.

But it's still very hard to read in spots if you become as invested in the characters and in the world as I do. Kay is writing epic that borders on tragedy, and uses his full capabilities as a writer to make the reader feel it. I love it, but it's not a book that I want to read too often.

As with nearly all Kay, the Sarantine Mosaic as a whole is intentional, deliberate epic writing, wearing its technique on its sleeve and making no apologies. There is constant foreshadowing, constant attempts to draw larger conclusions or reveal great principles of human nature, and a very open, repeated stress on the greatness and importance of events while they're being described.

This works for me, but it doesn't work for everyone. If it doesn't work for you, the Sarantine Mosaic is unlikely to change csrf token missing kraken rc mind. But if you're in the mood for that type of story, I think this is one of Kay's best, and Lord of Emperors is the best half of the book. Given that I started the GR process, and that I called for discussion and votes, I feel somehow as my duty to also put a simple wrap-around to this process. Of course, I'll say many things already well-known to my fellow Debian people, but also non-debianers read this.

So, for further context, if you need to, please read my previous blog postwhere I was about to send a call for votes. It summarizes the situation and proposals; you will find we had a nice set of messages in debian-vote lists. So, we held the vote; you can be interested in looking at the detailed vote statistics for the correctly received votes, and most importantly, the results:.

First of all, I'll say I'm actually surprised at the results, as I expected Ian's proposal acknowledge difficulty ; I actually voted this proposal as my top option to win and mine repeal previous GR to be last; turns out, the winner option was Iain's remain private.

But all in all, I am happy with the results:

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And more importantly I need maintainers! After getting into the language I realized that most of the stdlib is pretty essential to programs these days, compression, json, IO, buffered IO, string manipulation and so on. The bulk of these APIs are well-defined, and powerful. This can be a little confusing at times but it has an interesting side-effect, you really have to review each one to determine the best solution.

We could achieve similar things in Node with generators, but in my opinion generators will only ever get us half way there. Error-handling in Go is superior in my opinion.

Node is great in the sense that you have to think about every error, and decide what to do. Node fails however because:. This is incredibly difficult to reason about in live production code, why bother?

I still hope Node does well, lots of people have heavily invested in it, and it does have potential. Streams are broken, callbacks are not great to work with, errors are vague, tooling is not great, community convention is sort of there, but lacking compared to Go. That being said there are certain tasks which I would probably still use Node for, building web sites, maybe the odd API or prototype.

See what else is out there, you just might enjoy programming again. There are a lot of awesome solutions out there, my mistake was waiting to long to play around with them! For the most part, eBay runs on a Java-based tech stack. Considering the scale of traffic and the stability required by a site like ebay. When we found that Java did not seem to fit the project requirements no offense , we began exploring the world of Node.

Today, we have a full Node. We had two primary requirements for the project. First was to make the application as real time as possible—i. Second was to orchestrate a huge number of eBay-specific services that display information on the page—i. We started with the basic Java infrastructure, but it consumed many more resources than expected, raising questions about scalability for production.

The numerous questions involved ensuring type safety, handling errors, scaling, etc. To address concerns, we created an internal wiki and invited engineers to express their questions, concerns, doubts, or anything else about Node. As expected, the most common questions centered around the reliability of the stack and the efficiency of Node.

We answered each one of the questions, providing details with real-world examples. At times this exercise was eye-opening even for us, as we had never considered the angle that some of the questions presented. We started from a clean slate. With this basic setup, we were able to get the server up and running on our developer boxes. The server accepted requests, orchestrated a few eBay APIs, and persisted some data. For end-to-end testing, we configured our frontend servers to point to the Node.

Now it was time to get more serious. We started white-boarding all of our use cases, nailed down the REST end points, designed the data model and schema, identified the best node modules for the job, and started implementing each end point. Once the application reached a stable point, it was time to move from a developer instance to a staging environment. This is when we started looking into deployment of the Node. Our objectives for deployment were simple: Automate the process, build once, and deploy everywhere.

This is how Java deployment works, and we wanted Node. We were able to leverage our existing cloud-based deployment system. Whenever code is checked in to the master branch, the Hudson CI job kicks off. Using the shell script, this job builds and packages the Node. The cloud portal provides an easy user interface to choose the environment QA, staging, or pre-production and activate the application on the associated machines. Now we had our Node. We achieved similar monitoring for the Node.

Fortunately for us, we had logging APIs to consume. We developed a logger module and implemented three different logging APIs:. We made sure the log data formats exactly matched the Java-based logs, thus generating the same dashboards and reports that everyone is familiar with. One particular logging challenge we faced was due to the asynchronous nature of the Node.

The result was that the logging of transactions was completely crossed. The process will now proceed with the next request, before the DB transaction finishes. This being a normal scenario in any event loop-based model like Node. We have worked out both short-term and long-term resolutions for this issue.

With all of the above work completed, we are ready to go live with our Hackathon project. This is indeed the first eBay application to have a backend service running on Node. Exciting times are ahead! With the success of the Node. I was floored by how cool it looked and felt. That led us toward a single-page app that would generate its UI on the client and accept data updates from a push channel.

We have consistently opted for promising and often troublesome new technologies that would deliver an awesome experience over more mature alternatives. We loved it, and soon converted the rest of the code over and started coding CoffeeScript exclusively. It existed when we started Trello, but I was worried about the added complexity of having to debug compiled code rather than directly debug the source. When we tried, it, though, the conversion was so clean that mapping the target code to the source when debugging in Chrome required little mental effort, and the gains in code brevity and readability from CoffeeScript were obvious and compelling.

JavaScript is a really cool language. Well-written CoffeeScript smooths out and shortens JavaScript, while maintaining the same semantics, and does not introduce a substantial debugging indirection problem. A Trello page is a thin 2k shell that pulls down the Trello client-side app in the form of a single minified and compressed JS file including our third-party libraries and our compiled CoffeeScript and Mustache templates and a CSS file compiled from our LESS source and including inlined images.

In reasonably high-bandwidth cases, we have the app up and running in the browser window in about half a second.

After that, we have the benefit of caching, so subsequent visits to Trello can skip that part. When the data request returns, Backbone. The idea with Backbone is that we render each Model that comes down from the server with a View, and then Backbone provides an easy way to:. Using that general approach, we get a fairly regular, comprehensible, and maintainable client.

We custom-built a client-side Model cache to handle updates and simplify client-side Model reuse. We use HTML5 pushState for moving between pages; that way we can give proper and consistent links in the location bar, and just load data and hand off to the appropriate Backbone-based controller on transition.

Where we have browser support recent Chrome, Firefox, and Safari , we make a WebSocket connection so that the server can push changes made by other people down to browsers listening on the appropriate channels. Because our server setup allows us to serve HTTPS requests with very little overhead and keep TCP connections open, we can afford to provide a decent experience over plain polling when necessary.

We tried Comet, via the downlevel transports for Socket. Also, Comet and WebSockets seemed to be a risky basis for a major feature of the app, and we wanted to be able to fall back on the most simple and well-established technologies if we hit a problem. We hit a problem right after launch. It allowed us to degrade gracefully as we increased from to 50, users in under a week. Node also turned out to be an amazing prototyping tool for a single-page app. The prototype version of the Trello server was really just a library of functions that operated on arrays of Models in the memory of a single Node.

This was a very fast way for us to get started trying things out with Trello and making sure that the design was headed in the right direction. We used the prototype version to manage the development of Trello and other internal projects at Fog Creek. By the time we had finished the prototype, we were good and comfortable in Node and excited about its capabilities and performance, so we stuck with it and made our Pinocchio proto-Trello a real boy; we gave it:.

It balances TCP between the machines round robin and leaves everything else to Node. Things like the activity level of a session or a temporary OpenID key are stored in Redis, and the application is built to recover gracefully if any of these or all of them are lost.

Our most interesting use of Redis is in our short-polling fallback for sending changes to Models down to browser clients. When an object is changed on the server, we send a JSON message down all of the appropriate WebSockets to notify those clients, and store the same message in a fixed-length list for the affected model, noting how many messages have been added to that list over all time.

Then, when a client that is on AJAX polling pings the server to see if any changes have been made to an object since its last poll, we can get the entire server-side response down to a permissions check and a check of a single Redis value in most situations.

Redis is so crazy-fast that it can handle thousands of these checks per second without making a substantial dent into a single CPU. Once you have a Redis server in place, you start using it for all sorts of things. We knew we wanted Trello to be blisteringly fast. One of the coolest and most performance-obsessed teams we know is our next-door neighbor and sister company StackExchange. Talking to their dev lead David at lunch one day, I learned that even though they use SQL Server for data storage, they actually primarily store a lot of their data in a denormalized format for performance, and normalize only when they need to.

Another neat side benefit of using a loose document store is how easy it is to run different versions of the Trello code against the same database without fooling around with DB schema migrations.

This has a lot of benefits when we push a new version of Trello; there is seldom if ever a need to stop access to the app while we do a DB update or backfill.

This is also really cool for development: We like our tech stack. There are some issues with submitting our fixes hacks!

We are working to get those changes which are fit for general consumption ready to submit back to the project.