stdVBA VS VBA-Expressions

I do RPA from VBA personally using IAccessiblity. See stdAcc (https://github.com/sancarn/stdVBA/blob/master/src/stdAcc.cls) and an example (https://github.com/sancarn/stdVBA-examples/tree/main/Example...)

You could have just treated everything as variant correct? That's what we do here: https://github.com/sancarn/stdVBA/blob/master/src/stdLambda....

The responses I got was a mix. Some businesses didn't take me seriously because the main language I used was VBA. Some businesses claimed I was too eager and I "didn't have a life". No one seemed to care about the achievements I had made in the languages, like building a DSL in VBA, or this electron app. I did eventually get a job in another engineering firm though, where I spend 90% of my time to this day programming.

Really depends what you actually want to do and how neat (or fast) you want your code to be too... I typically use stdEnumerator and stdLambda from stdVBA.

Sometimes, though more of a library / tool developer here. See stdVBA or stdVBA-examples

That said it is effort. After building stdLambda which brings lambda syntax to VBA, I can tell you that error handling in this class is still trash. It's just a lot of effort to write good error messages, and handle all errors correctly. Still definitely an item on the TODO list, but will it ever be a priority? idk

Otherwise this library poses as an example of how to use stdVBA libraries. Libraries used in this project: stdEnumerator, stdArray, stdCallback, stdCOM, stdICallable, stdLambda, stdRegex.

If you want a solution though see stdSettings. There are both system and user settings. Users are bound by their domain, so should work across organisations :)

Use stdVBA's stdAcc:

Explaining code in such a way that it codes the correct thing is pretty awful though... Let's try to do that for stdTimer.

So, if a Dominican needs to calculate the taxes that will be charged to them monthly, they should take pencil and paper, compute the annual amount of income and apply the corresponding formula, or they can use the following code in conjunction with VBA Expressions and get their result in a simple way.

Systems of linear equations have been taught since high school, they are of utmost importance in mathematics. Although Excel is possible to solve, manually, equations using matrix inverse and matrix multiplication. Today we will show you a practical way to solve such problems using VBA Expressions.

Here is a direct GitHub link to VBA Expressions Best regards!

After this publication, which details the reason why VBA Expressions turned out to be the most feasible option to solve the problem of integrating an expression evaluator with CSV Interface, it is time to address the process of integrating the evaluation capabilities and the ease with which this goal was achieved.

After a long search for something similar to the above, I decided to experiment and test the veracity of a warning that read: "... rather, it evaluates the infix expression directly. This approach is slightly more complicated than the traditional one". Then, I chose to develop an evaluator with its own grammar and a different approach to handle mathematical expressions. The solution I came up with is so called VBA Expressions. With VBA Expressions we can evaluate a variety of mathematical expressions, being able to work with arrays defined by text strings as in Java. A notorious feature is the ability to work with variables (Pi.e * 5.2Pie.1 + 3.1Pie), constants (3pi+ln(2e)), floating point numbers ((1.434E3+1000)*2/3.235E-5) and Boolean values (x>0 & Sqr(x-Ln(2))>=3 | tan(x)<0).