sterile | Ruby gem that helps you sterilize your strings | Runtime Evironment library

I've had issues updating the Home View of my app using SwiftUI.

So, I have a Dog struct (Dog.swift) :

I have some JSON objects that I am populating into the first dropdown for a material number. Some of these material numbers have more than one location. I want to be able to select a material number from the first drop down and then the second dropdown to populate the locations for the material number. For example when I select 905-830005 in the first dropdown I need the options PROD and STERILE-PK to show in the second dropdown.

JSON: //Declared as RfqData in JQUERY below

I'm trying to reformat some data from an API and I'm having trouble getting it the way I need. I need everything to be flattened and my second map function (attMap) is returning them with the an index as the key value?

We have facets showing the number of results that will show when clicking the filters (and combining them). Something like this:

Before we introduced nested objects, the following would do the job:

The goal is to determine metrics of an UDP protocol performance, specifically:

• Minimal possible Theoretical RTT (round-trip time, ping)
• Maximal possible Theoretical PPS of 1-byte-sized UDP Packets
• Maximal possible Theoretical PPS of 64-byte-sized UDP Packets
• Maximal and minimal possible theoretical jitter

This could and should be done without taking in account any slow software-caused issues(like 99% cpu usage by side process, inefficiently-written test program), or hardware (like busy channel, extremely long line, so on)

How should I go with estimating these best-possible parameters on a "real system"?

PS. I would offer a prototype, of what I call "a real system".

Consider 2 PCs, PC1 and PC2. They both are equipped with:

• modern fast processors(read "some average typical socket-1151 i7 CPU"), so processing speed and single-coreness are not an issues.
• some typical DDR4 @2400mhz..
• average NICs (read typical Realteks/Intels/Atheroses, typically embedded in mobos), so there is no very special complicated circuitry.
• a couple meters of ethernet 8 pair cable that connects their NICs, having established GBIT connection. So no internet, no traffic between them, other that generated by you.
• no monitors
• no any other I/O devices
• single USB flash per PC, that booted their initramfs to the RAM, and used to mount and store program output after test program finishes
• lightest possible software stack - There is probably busy box, running on top of latest Linux kernel, all libs are up-to-date. So virtually no software(read "busyware") runs on them.

And you run a server test program on PC1, and a client - on PC2. After program runs, USB stick is mounted and results are dumped to file, and system powers down then. So, I've described some ideal situation. I can't imagine more "sterile" conditions for such an experiment..

Situation: I'm improving some code on a PHP based monitoring web app that checks the health of other web apps/services.

Goal: we are using CURL as a primary method to get headers to ensure the monitored app is accessible via HTTP return codes. This works great as of now. However, we are trying to build in a "fallback" method in which IF the CURL HTTP code response from the monitored app is outside of our defined variables (ie http code 404), PHP would then use a PING-like function to check if there is any response at that same address (for example, webserver is still "running" (occupying the given port) but not serving proper headers).

Problem: Our fallback method (stream_socket_client) DOES work for non-secure sites as we can simply define "hostname:port" which BOTH curl and stream_socket_client can use. However, If we want to monitor a secure site (HTTPS), curl requires the HTTPS protocol to be defined before the host - which will then make our fallback method (stream_socket_client) function fail as it only uses host:port format.

So, for example:

$URL: https://example.com:443 (this would turn a "GOOD" CURL response, but a down stream_socket_client response)

$URL: example.com:443 (this would return a "UP" stream_socket_client response, but a "DOWN" CURL response)

So, if we used https://example.com:443 as our URL, and the webserver became unresponsive, but is still running on that port, both would fail because HTTPs is defined.

This is a simplified version of our current code:

I receive a CSV file from a 3rd party I need to IMPORT into Access. They claim they are unable to add any sort of Text Qualifier; all my common delimiter options (comma, tabs, pipe, $, ~, ^, etc.) all seem to appear in the data, so not reliable to use in an Import Spec. I cannot edit the data, but we can adjust the delimiter. Record counts are in 500K range x 50 columns (250MB).

I tried a non-ascii char as a delimiter (i.e., ÿ), I can add to an Import Spec, the sample data appears to delimit OK, but get a error (Subscript out of Range) when attempting the actual Import. Also tried a multi-character delimiter, but no-go.

Any suggestions to permit me to receive these csv tables? Daily task, many low-skilled users, remote locations, import function behind a button.

Sample Raw Data, truncated for width (June7, not sure if this helps the discussion)

Actual code: I am trying to scrape from several pages from a medical products website for each of their products based on different product detail features(name, brand, packaging, availability, and price). I am able to go through each of the pages and collect the data as demonstrated in the internal python output. However, only the last 25 products are transcribed in the CSV file instead of all requested in the scraping process.

I have a data.frame (tar) with a variable (clean.text) that contains a list of munged text for every row.

For example: