brevity | Another useless service for shortening links in Go | Continuous Deployment library

One way:

1. Create another list of dict via to_dict('records').
2. zip and iterate over both the list of dict.
3. Update the 1st one with the other to get the desired JSON.

While most of what is discussed regarding the package visibility rules surround activities, it is also required for binding to services and, apparently, for interacting with content providers.

You issue can be solved by using Matrix Table, and also to add new column to process value before create the table:

First, add a new column using following formula:

Let's assume there's some sort of indicator for when the time change happens. Since we know it's at HE2 and HE3, we'll use the values of 2 and 3 directly for this example. Averaging two values is simply summing them and dividing by two.

We'll store the value of HE in the variable sum_values. Next, we'll check which HE we're in. If we're in 2, let's delete the row and do nothing further. If we're in 3, let's replace the value with the total values we've summed up and divide it by the number of values we're averaging (in this case, two). We'll then set its value of HE to 2.

You have to rename it inside change_table if you want it to work as you are using it now.

Even though class members are public, they still need to have get/set accessors:

The part of the answer that you quoted is incorrect. The mechanism that prevents you from opening an already open file is the share mode, not the desired access type.

When you attempt to open a file that is already in use, the share mode requested is compared against the share mode that the file was opened with. If they don't match up, your call fails.

EDIT: Just to cover all of my bases, the above only holds true on Windows. It is possible to open a file without any sort of mutual exclusion on POSIX-based systems. However, .NET was exclusive to Windows at the time of the quoted answer.

Kubernetes handles this exact process in the runtime.Scheme structure. The idea is that you register types with names or some other identifier, then you can ask for new instances of those types at will based on the identifier. Generally speaking this identifier is derived during a serialization process for example, rather then hard-coded into the source.

The catch is as you said, you need to create a new instance initially. While this pattern is un-common, I have come across two cases in my professional career where this was the logical solution. Here is an example of a very stripped down version of what the K8s runtime.Scheme does to accomplish this and it may work for what you're trying to do and here it is in action:

It turns out video/mp4 works with iOS. It can be used for audio-only as well, even though it says video.

Since other browsers don't support video/mp4, a try/catch with the video/mp4 as a fallback can be used, which results in the following solution: