Buying hash Hanko

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Buying hash Hanko

Andrew Legg Fri Dec 17, am. Russell Coker Fri Dec 17, pm. Andrew Legg Fri Dec 17, pm. RT34 Fri Dec 17, pm. Hans Vleugels Fri Dec 17, pm. RT34 Sat Dec 18, am. Russell Coker Sun Dec 19, am. Andrew Legg Mon Dec 20, pm. Russell Coker Mon Dec 20, pm. Andrew Legg Thu Jan 13, pm. Russell Coker Thu Jan 13, pm. Andrew Legg Fri Jan 14, pm. Russell Coker Fri Jan 14, pm. Russell Coker Tue Mar 01, pm. Chiang Cheng Kooi Mon May 30, am. Andrew Legg Fri Oct 26, am. Sponsored content. Internet Bonsai Club. Hi Everyone, Christmas came early this year as one of our local bonsai clubs has a show and shop. One of the members was selling this pot and I decided to sell my soul to get it. So here you go. It is a Japanese pot and I am trying to find out a bit about its origin. It has a 'chop' mark. Is this the correct name? Is there a way to know which way is up on the signatures? Thanks, Andrew. Andrew Legg Member. Like Dislike. Hi Andrew. When I saw your pot my first thought was 'Yamakou'. I have one that is identical to yours - well, the top half anyway. Same lip, same clay, same color and finish, but with a different detail around the feet. The problem is that the 'Yamakou' chop is nothing like yours, and I also can't find it. I have other, older pots that I know are Tokoname but can't find those chops too. It would be nice if we could send a picture to Tokoname and say 'who and when, please? Anyway, if you turned your picture one click clockwise you'd see it correctly. Russell Coker Member. Interesting Andrew Legg Fri Dec 17, pm. Thanks Russell, How do you know which side is up? I am going to see if I can clean the chop up a bit. There seems to be a lot of limescale I think that obscures it. Any suggestions as to how to remove it without damaging the chop? My feeling is some sort of chemical soak, and as I am unlikely to use it for quite a while I have no tree that fits it , the chemicals will have plenty of time to leach out. I read somewhere that some of the Japanese manufacturers had pots made in China, and one of the AusBonsia guys mentioned that the chop looked Chinese. Could it be that this is the case? Lots of food for thought! Cheers, Andrew. Gosh Andrew, I don't know how to tell you how to 'know'. It comes from being around it long enough and recognizing aspects of the characters. That doesn't mean I can read or translate them - but the average Japanese can't either most of the time. That pot is in this forum somewhere. I'd try a medium bristle bush to clean just the chop first. We have a product here, CLR, that does a good job of removing that limescale. Be careful, some chops are just faint and hard to read. It's really hard to say if a chop 'looks' Japanese or Chinese, but this doesn't look Chinese to me - too simple. And that clay and finish are classic Tokoname. Also, somewhere around here is a post with a pot I was asking about because I'd never seen another like it and could not find in any Tokoname catalog. I bought it in the mid '80's in California from a guy who imported nice Tokoname and Shigaraki pots from Japan. The chop is too muddy to read. We finally decided that it was made in China and sold through Tokoname, which is how it ended up in the USA. I don't think that any reputable potter would pass off Chinese pots as his own, but that's just my thinking. Your pot is in the top right corner of page 5 in the 'E' and 'F' Tokoname catalogs. My pot that I compared it to in the middle bottom of page 2. The 2 pots are sitting next to each other on the bottom of page 3 in an old catalog with a green cover from the '80's. Both pots are gone from the newish 'Y' calatog. Thanks Russell, You don't by any chance have electonic coppies of any of these catalogues do you? I am busy pulling the latest one from the Tokoname site now. When I asked how you know, I was wondering if there was a standard position and orientation for the chop on the base of the pot. This particular one has what you say is the top and I have no resaon to doubt you closest to the edge of the pot. I'll keep looking. Once there was a good Dutch site called yamadori. RT34 Member. Hans Vleugels Member. Thanks fot the info Hans, I first checked bonsaicafe but didn't found the solution there. Andrew, Rectangular chops are read vertically. I copied your picture and have looked at it both ways and my assumption may be wrong, but it's just too hard to read. I need to see a clearer picture. The old Tokoname catalog I mentioned has a list of potters and their chops with their names, but I need more detail. The pot is clearly in the catalog so the chop should be too. Hey Russell, This from the horse's mouth: The pot was made about 10 years ago. The maker name is 'Yamakou'. Regards, Tokoname Yuyaku Co. Andrew Legg wrote: I guess he knows what he is talking about. Hi Russel, and anyone else interested, I have finally gotten round to cleaning up the chop on this pot. Bit of swimming pool acid did the trick. Here is the image, and please feel free to use it or file it as you wish. Cheers, Andrew Here is the last e-mail content from my correspondence with Kojima San: Hi, I started this bonsai pot business about 10 years ago. And Yamakou stopped his work soon. So, I don't know much about what kind stamp he used. But I found the pot must be 5F13, because the foot are very special design. Sorry, I don't know it is made by Yamakou or just imitation of China. Thanks Andrew. That's interesting, what Mr. Kojima has to say. Now I wonder when the chop changed, because everything I have shows 'Yamakou' just like my chop, and if the difference has a meaning. Sometimes the potters used different chops on different pots, but they read the same, like ours. If you look at the picture of my chop, it is written in standard kanji, not typical of chops. The first character in the upper left is 'yama' mountain , and the one below it is 'kou' or 'ko' , light. I have no idea about the other 4 characters, or their purpose. The chop on your pot is more typical of what you see, and can be difficult to read even by Japanese who aren't bonsai people. One thing for sure, many of the old potters are retiring or dying and no one is carrying on their work. They had their own clays, styles, finishes and secrets - and they're gone. Thanks for cleaning up the chop and sharing the picture, it's a big help. And hang on to that pot, it certainly won't be going down in value! Russell, The chop Andrew wants identified, first is sideways and the last picture is upside down. I think this is in fact Yamakou. Like you stated, potters do change stamps from time to time. Some do it to broaden their market, others to celebrate a specific date. Kind regards, Jose Luis. Hi Jose Luis, How do you know it is upside down? Are some characters familiar to you? Also, have you seen one like it, or would you konw what occasion may have prompted this change? Thanks for your inputs. Regards, Andrew. Hey Andrew. Last night I found something you may find interesting. I was looking through old copies of Bonsai-Shunju June, and found your pot for sale. On the inside back cover there are some pots advertised and it's one of them. I don't know if these are Tokoname ads or what, but the pots are very high quality and include Yamaaki and Seizan. Even with the bad rate of exchange the pots are cheap, but it was more than 20 years ago too! Anyway, here's the breakdown Jluis is right its upside down Alex. Chiang Cheng Kooi Member.

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Buying hash Hanko

Hanko is a platform that enables you to log in using passkeys thus eliminating the need to use passwords and 2FA and enhancing the authentication of the users while making it easy to sign in and remove the need to always memorize passwords or write them down on a notebook. Passkeys are now the future of authentication with huge organizations such as Apple, Google and Microsoft leading the front in promoting the use of the passkeys as a way to replace the day-in-day-out passwords. In this article, we will be looking at Hanko's implementation of passkeys. In this article, we will build a Next. Passkeys are a new form of authentication that is set to revamp the existing passwords and 2-Factor-Authentication 2FA and even replace them as the main form of authentication. Passkeys, here, are only created for the services that they are created for. Cryptography refers to the encoding and decoding of messages to maintain confidentiality, integrity, and authentication of information in transit. Public Key Cryptography is also known as asymmetric cryptography. In this method, there is a public key and a private key. The public key is known widely whereas the private key is the secret to a communicating pair. You can easily use the same passkey across various devices as long as you have been registered on a website using passkeys. Through passkeys, you are protected from phishing attacks since passkeys are only present in those sites that have registered their use and they cannot expose your passkey. Passkey user journey - biometric data is just used to unlock the public key cryptography. A key pair is created with the private key stored as a passkey to the password manager and the public key to the server. The passkey has metadata: username and server domain for which websites know which passkey to ask for. We will learn further how to create one when we set up Hanko authentication in the system. It is termed a Full-Stack Language since you can be able to perform both front-end and back-end functions on it. For us to get started, we first need to create a directory from which we will be working and then run the following command under the bash in Visual Studio Code:. This will therefore install the Next. You can then apply the following settings:. We can also set up the. This will introduce a prisma directory which will contain the schema. In this project, we will be linking it with Supabase. Once you have created your project, you can be able to find your Connection URL, under Project Settings and then Database, which will be used to link your Supabase database to the schema models in the schema. Once we have finished creating the database schema, we can push it to the database by running this command:. We will need the Prisma Client so that we can be able to query the database. To install it, we need to run this:. We can then be able to introduce Prisma into our project by creating a directory called server and a file under it called prisma. To use Hanko with Next. If you do not have one, you can sign up for one by just typing out your email and the system will review if your email exists or not. Since you will be creating a new account, the system will guide you into creating a new account with the use of passkeys. We can then implement this code after creating a components directory on the root of the application folder. We will call this file HankoAuth. After this, we will use this component to create a Login page under the app directory under src. We will create a Login folder and place a page. We can do this by creating a HankoProfile. We can then customize the dashboard and create one under the app directory by creating a folder called Dashboard and then pages. We can also create a logout functionality for logging out users by using a logout button that Hanko has created. We can implement this under the LogoutButton. We will also use React hooks where they will check the state of the system first before processing the logout function. This will then ensure that there are secure routes offered to the termed routes in the file. We can use it in extracting and verifying the JWT from cookies and redirecting unauthorized users to the login page. We can then generate this code under the middleware. We can work with a Header file which will contain the name of the application and the nav bar for easier walkthrough within the application. Under the components directory, we will create the Header. We will be working with Stripe for payments. We first need to create a Stripe account through this. After setting up your account, we will head over to the Developer part to get the API keys where we can be able to find the various key tokens which we will use in our. Below is an example of them:. Afterward, we will need to set up an endpoint onto which Stripe will look when receiving requests from the application:. We can create an API for Stripe by creating a payments folder in the api directory and create a route. The code above sends a POST request which sets up a webhook event where we get the body which will have data sent by Stripe to the event, and the Stripe signature and pass them together with your Stripe Webhook Secret which verifies the Stripe signature to the Stripe library onto the event. If the process fails, an error will be sent. We can link the Stripe Secret Key into the project by introducing it and its version by creating a lib folder in the src directory and creating a stripe. We will create an action. The system first checks if the user is logged in to be able to buy the credits, if not, an error will be displayed to indicate that one should log in first. We then bring in the price ids for the credit amounts that one can acquire, we will then get the price ids from the Stripe Product Catalog. If we find the price id successfully, we then invoke the stripe. We can be able to obtain the Current User ID from Hanko through the following command which will be in the sess. For the credit products offered, we will need to create them under Stripe and also within the system. For the one within the system, we can create a credits. The number of products here will dictate the number of products that the user will see. We can then create the products under the Product Catalog in Stripe where you can set the product details and pricing and then we can acquire the Price IDs for each product which we can place under the. After the creation of the prices in both Stripe and the system, we can therefore be able to link the product information and show them to the users of the system using this code:. The Pricing Cards will display how much each credit bundle costs based on the JSON file and then link the checkoutAction functionality when you click on buy any bundle. And once you click to buy a bundle, you will be redirected to the Stripe checkout page that will look like this:. Once you fill in the details and click on pay, the credits will be topped over onto your account. We will use Replicate API to transcribe the audio that is provided by the user. Under the api directory, we can create a transcriptions folder which we will place this code under the route. We can create a folder called transcribe and place a page. With the rise of passkeys coming in the near future, I would suggest that you start learning more about them starting with Hanko. You can find the complete code on GitHub. Implementation of Hanko Authentication on a Next. Table of contents Goal. Public Key Cryptography. Why should you use passkeys. How to create a new one. Setting up the development application. Creating the app. Running the code. Setting up Prisma. Setting up Supabase. Creating a database schema. Push the database schema. Installing Prisma Client. Prisma and Next. Migrating the database to Supabase. Setting up Hanko Authentication. Adding the Login Interface. Creation of the Dashboard. Logout Implementation. Using the Middleware for securing routes. Working with other components. Setting up Stripe. Stripe Webhooks. Obtaining Current User ID. Creation of Products. Setting up the Pricing Card and Page. Setting up Replicate. Accessing the Replicate API. Transcribing Audios. Goal In this article, we will build a Next. Prerequisites To follow along, you will need: Node. Basic knowledge of working with TypeScript. A Stripe Account. A Hanko Account. A Replicate Account. A Supabase Account. Introduction Passkeys are a new form of authentication that is set to revamp the existing passwords and 2-Factor-Authentication 2FA and even replace them as the main form of authentication. Public Key Cryptography Cryptography refers to the encoding and decoding of messages to maintain confidentiality, integrity, and authentication of information in transit. Prevents the need to memorize different passwords across your differently registered sites. How to create a new one Passkey user journey - biometric data is just used to unlock the public key cryptography. Setting up the development application The application will use the following dependencies: Hanko: You'll need Hanko for the authentication of the users. Stripe: You'll need Stripe to process payments within the system. Toast: You can use Toast to present notifications to the front end. Creating the app Next. For us to get started, we first need to create a directory from which we will be working and then run the following command under the bash in Visual Studio Code: npx create-next-app latest This will therefore install the Next. You can then apply the following settings: We can also set up the. Running the code After setting these up, you can run the code by using the following command in the bash: npm run dev The application will be running as long as one does not terminate the command. To get started with Prisma, run this in your bash: npm i prisma --save-dev After that, we need to initialize Prisma using the following command: npx prisma init This will introduce a prisma directory which will contain the schema. Once you are logged in, you can start your project in the following ways: You first need to create a new organization. You will then need to fill in these fields to create your organization. Then you can be able to create your project. Creating a database schema You can be able to edit or add items to your database using the schema. User User? To work with Jose, we first need to run this under the bash: npm install jose We can then generate this code under the middleware. Below is an example of them: Afterward, we will need to set up an endpoint onto which Stripe will look when receiving requests from the application: Stripe Webhooks We can create an API for Stripe by creating a payments folder in the api directory and create a route. Following that, we can be able to link this to the pricing page under the app directory. Accessing the Replicate API Under the api directory, we can create a transcriptions folder which we will place this code under the route. Share this.

Buying hash Hanko