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I have had the same issue. This is what I did:

1. I deleted the migrations folder as well as the dist folder
2. I ran npx mikro-orm migration:create --initial

After that, I restarted yarn watch and yarn dev and it worked for me.

Notice the --initial flag. I would recommend to check the official documentation. The migrations table is used to keep track of already executed migrations. When you only run npx mikro-orm migration:create, the table will not be created and therefore MikroORM is unable to check if the migration for the Post entity has already been performed (which includes creating the respective table on the database).

Ben does not use the --initial flag in his tutorial, he might have already ran it prior to the tutorial.

Answering my question here. Based on @Gari Singh's answer above the certificate that you have to use in the "tlsCACerts" parameter in the connection.json file has to be created by combining the intermediate and root CA into a single file. The first block in the file should be the intermediate CA and the second block should be the root CA. This certificate chaining is required because the intermediate CA is signed by the root CA and the client should pass both so that they can be validated properly. Comprehensive explanation can be found here: https://www.thesslstore.com/blog/root-certificates-intermediate/

The final thing that I was missing because of which I was getting the error "Failed to evaluate transaction: Error: Committer must be connectable" was that I was passing 3 orderers in the "channels" section of the config and only passing one of their details in the "orderers" section of the config. Adding the ip and other details for the other 2 orderers took care of that issue.

A possible and promising approach is to generate the Pydantic model starting from the corresponding JSON Schema of the STIX object.

Luckily enough the JSON schemas for all the STIX 2 objects have been defined by the OASIS Open organization on the GitHub repository CTI-STIX2-JSON-Schemas.

In particular, the JSON Schema for the Attack-Pattern is available here.

There's nothing wrong with that code.

Those are JSON Unicode escape-sequences, which encode in plain ASCII text Unicode code points.

The JSON string "\u0445\u0430\u0432\u044b" gets decoded to UTF-8 as "хавы":

This might help....

There is an open issue on how Azure hosted agents authenticate back to ADO using the az-pipelines command.

Feel this is related but if it's not feel free to respond and I'll remove the answer.

About its saying its this line service = build('sheets', 'v4', credentials=creedentials), when I saw your script, creedentials of service = build('sheets', 'v4', credentials=creedentials) is creedentials={has the appropriate stuff in it}. If {has the appropriate stuff in it} is the JSON data of the service account including private_key, client_email and so on, unfortunately, that value cannot be directly used for service = build('sheets', 'v4', credentials=creedentials). I think that this is the reason of your issue.

When you want to use service = build('sheets', 'v4', credentials=creedentials) with the service account and creedentials={has the appropriate stuff in it} is the JSON data of the service account including private_key, client_email and so on, how about the following modification? In this case, please also set the scopes.

I can't test it but I would use the same variables messages, token without 1,2,3 and results I would add to the same list with all messages. And I would run it in some loop.

Something like this

1. Try to restart the container and check the status of the container

   docker restart

2. If the status is running then login to the container using exec command

   docker exec -it bash

Your client application can use the client SDK appropriate to your pogramming language to evaluate the GetTransactionByID transaction function on the qscc system chaincode, which is available on all peers. This transaction function takes a transaction ID as its only argument and returns a peer.ProcessedTransaction protobuf, which contains the transaction envelope and a validation code.