Sn Write Tool Download

[Krysta Cirilo]

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I have the need to push data into a server/db and am wondering that since the Data-Stream-In tool can create a table whether or not the Write-In-DB tool is necessary following the stream in tool as some sort of commit? I have had issues with trying to use the stream-in tool to actually create the table by itself.

@Joe_McCoy In your scenario, the write in-db tool might not be necessary. What i have seen people do is create a temp table using the data stream in tool, manipulate the data set using the other tools then write out to the database using the write in-db tool.

When processing data from a database, a standard Input Data tool downloads all of the specified input data to a temporary file on the local machine. All subsequent processing in Alteryx occurs locally. The download process has the potential to slow things down, especially when connecting to large tables in a database. The large input dataset (wherever it resides) has to be brought over the network to your computer and then processed. The in-db tools go around this.

@DiganP Thanks for the reply. I am basically moving a massive table (237MM rows) from one server to another using the in-db tools as we are not allowed to create a linked server so my workflow looks like the following and I wanted to know if the stream in tool could just write to the new server or is the write-in-db tool necessary. I have used the stream in tool in other work flows before and it never completed the actual writing of the table without the write tool at the end. Once the data is transferred, I have to transpose it into a shorter, wider table.

@Joe_McCoy The data stream in tool should be able to create a table (if chosen). I don't think you need the write in-db tool within this design. You can transpose the table in the middle section (green to green), before using the data stream in tool.

Thanks @DiganP for your help. The table transfer takes so long that I do not want to add any complexity to it by transposing it. If I can avoid any errors on the load, I will worry about it later. I will try the stream in tool writing to a table on another smaller data set and see if I have been setting something up wrong.

And, Since my source query joins 5 tables and gathering lot of data, lets say around 200MB, "Data stream-In" is not writing data until "Data stream-out" loading complete data. Is there is faster way, can the "Data stream-in" write the data as the stream out receiving data?

Is there a reason why your Write Data has to be done using an in-DB tool?

I think this would be quicker if you used a regular Output Data tool to write out the final output.

As I understand In-DB - this process will stream out from your query (against source 1) into alteryx, then write into source 2 as a temp table, and finally write that temp table to a permanent location in the database. I think that the Output Data tool should skip the "temp table" at the beginning of source 2.

At my current place of work, I am (currently) the only Operations & Platformfocused engineer, in a technology team of around 30 people who are eitherSoftware Engineers, Technical Leads and Technical Architects.

I had dabbled with writing a command-line tool in a previous position, and whenI started here, one of the first things I did was write a command-line tool toreplace homespun scripts used by most of the Tech Team.

I decided that if I could roll all of this functionality into a single tool, itwould be much easier for new starters to pick up a single tool. They would beable to use --help if they got stuck, rather than having to root around inour documentation on how to perform a particular function.

This taught me that most engineers will not explore alternatives until itdirectly impacts them. This is because most people are focused on the work, notthe tools, and this highlighted that having engineers focused on tools as thework itself, is absolutely vital to reducing that drag.

Firstly, and probably I think is the biggest benefit, is that working oninternal tooling in this way gives you a massive insight to the everydayprocesses and Continuous Tasks that every engineer engages in.

This is key to understanding exactly what small things are taking preciousminutes away from each engineer everyday, and it also may bubble up some largerorganisational processes that should be changed in the process.

The next benefit is that it can be a project with minimal impact and immediatefeedback. I think this is why I love writing CLI tools. Engineers have a placewhere they can write code for fun, without risk, and with the potential ofbeing able to unlock productivity for their colleagues.

Last but not least, it is great for new starters to hit the ground running. Oneof the most intimidating things when starting at a new place is getting togrips with all the internal tooling, and being given access to 20 odd SaaSaccounts (a modern horror story).

Hi, I cannot seem to use this extension on the current version of Aseprite even with the most up to date version. Would it be possible to update this?

Also, the 'Supported Fonts' link leads to an Error 404.

Hey EyeDonutz,
Thanks fo your post.
I've updated the links to the correct pages.
Also, I tested the script with version Aseprite 1.2.40-x64 and it worked fine.
Could you provide me with some additional information about the issue? Like the Aseprite version you're using and the text you're trying to write.

In the middle of writing this reply and retesting the script, it turns out I didn't activate it properly; it was late at night and I was too tired to realize it was a script; not an extension. The issues resolved now. I profusely apologise for this! It works entirely fine.

Thanks! For now it's not possible to add custom fonts to the tool without some scripting knowledge. Though I'm working on a little script with which you can add your own font based of an image. Once the script is available i'll reply to you again.

I want to write a command line tool like git which will follow the POSIX standards. It will take the options like --help or -h , --version ..etc. But i am not getting how to do it. Can anybody tell me how to do this using bash scripting. Please help me. This is something very new to me.

This only works for single character options, not for long options like -help or --help. In practice, I've never found that this is a significant restriction; any script which is complex enough to require long options is probably something that I would write in a different language.

There is probably a better way to do this, but here is what I find useful:Each argument is represented by a variable in BASH. The first argument is $1. The second is $2, and so on. Match an option string with the first argument, and if it matches run some code accordingly.

When I select the "write tool list" button in the post properties it does not list duplicate tools. If I use T101 (tool 1 offset 1) and T131 (tool 1 offset 31) It will not write the T131 in the tool list at the beginning of the program. Is there a way to make it do this? Can F360 add this?

Why not just create a setup sheet? Put revision letter in both description or comment fields to match each other. It's also a nice place to take notes as the program runs for improving it on the next revision. Also, if you save the pdf to the network or the machine in the same folder as the NC file the operator can open it and skim it at the machine as the newer Haas machines have PDF reading capability (albeit clunky)

In-Database enables blending and analysis against large sets of data without moving the data out of a database and can provide significant performance improvements over traditional analysis methods. For more about the In-Database tool category, visit In-Database Overview.

Delete Data & Append: Deletes all the original records from the table and then appends the data into the existing table. Note that this mode is different depending on the database you write to:

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