ups | Ups XML Api 's binding for Go

Consider a very large Python dictionary of the like:

I am a Pandas newbie and I am trying to automate the processing of ticket data we get from our IT ticketing system. After experimenting I was able to get 80 percent of the way to the result I am looking for.

Currently I pull in the ticket data from a CSV into a "df" dataframe. I then want to summarize the data for the higher ups to review and get high level info like totals and average "age" of tickets (number of days between ticket creation date and current date).

Here's an example of the ticket data for "df" dataframe:

I then create "df2" dataframe to summarize df using:

For workitems i make /appbundles = "NamiliftActivity" and appbundles/:id/aliases "beta"

but while sending data on /workitems

I would like to set up an optimisation procedure identifying the hightest predicition accurancy by picking the value $\theta_{optimal} \in [-3, 3]$ according to a connectionist neuron model with binary identifyer. As there is no way to include latex code I provide an image of the model/formula instead:

Assume I already identified a certain weight vector $w=(w_1 w_2)^T$. I can therefore write the calculation as

I am calling an XML webservice. I am using the following function:

Unambiguous DNA sequences consist only of the nucleobases adenine (A), cytosine (C), guanine (G), thymine (T). For human consumption, the bases may be represented by the corresponding char in either uppercase or lowercase: A, C, G, T, or a, c, g, t. This representation is inefficient, however, when long sequences need to be stored. Since only four symbols need to be stored, each symbol can be assigned a 2-bit code. The commonly used .2bit-format specified by UCSC does exactly that, using the following encoding: T = 0b00, C = 0b01, A = 0b10, G = 0b11.

The C code below shows a reference implementation written for clarity. Various open-source software that converts genomic sequences represented as a char sequence typically uses a 256-entry lookup table indexed by each char in sequence. This also isolates from the internal representation of char. However, memory access is energetically expensive, even if the access is to an on-chip cache, and generic table look-ups are difficult to SIMDize. It would therefore be advantageous if the conversion could be accomplished by simple integer arithmetic. Given that ASCII is the dominating char encoding, one can restrict to that.

What are efficient computational approaches to convert nucleobases given as ASCII characters to their .2bit-representation?

At first I just want to say sorry because I have not seen any answer to my problem online but probably it is somewhere. Basically i want another div but don't know the syntax required to do so.

I am using UPS API for CANADA and USA countries, the shipment origin will always be Canada. The below is a request I am passing to get the UPS rates and to get an Estimated Arrival Time. If I pass the below request parameters for Canada address it works fine in response, but if I pass an US address in UPS API request parameters it throws an Invalid Shipment Contents Value error.

Here are the UPS API Request and its Response that works fine for the Canada address, but does not work for any US addresses:

Request

I am trying to re-create the Rate code sample from the current UPS Developer's Kit on .Net 5. The code sample is based on .NET Framework 4.5.

I imported the Rates_Pkg_Gnd\RatingPACKAGE\PACKAGEWebServices\SCHEMA-WSDLs\RateWS.wsdl into a completely new .NET 5 Console project as a WCF Web Service (Visual Studio 2019).

I then copied the code from the code sample exactly line-by-line. Visual Studio added a reference to the imported Web Service. However, the very first line of code is not found in the new Web Service: