speculate | A parallel speculation library for Rust | DevOps library

Ok, so after crafting the question and issue above, it got me thinking about maybe importing JSON payload directly into the test page (using RAW Body display) and then tested the connector. I was surprised that the JSON code ran with MULTIPLE recipients yet, when I selected back from RAW Body mode), the test page only showed one recipient. This is very misleading.

I then thought that perhaps the connector was configured correctly and it was just a limitation in the connector test process.

I went back to Power Automate and used the multi recipient connector in my flow and was surprised to see that I now had the ability to add multiple recipients and each recipient could be set up with multiple anchor tags.

In summary, the custom connector test is a basic test environment. Going forward, I would use my full JSON payload in the RAW Body view and test it that way. Also, you need to configure the JSON payload to show multiple components to enable Power Automate to configure the use of the connector with these multiple elements.

I think this issue is worth doing a video tutorial on as I am sure many other people will bump into the same issue.

I think the comments so far have summed it up, thanks.

This is just a result of having no data, so no statistics, and probably is just an arbitrary choice.

I'll update and maybe change the title accordingly once I've verified with data.

In my opinion, the option 2nd is better, it's clearer and scalable, but we can improve a bit, we can remove Engine class

In php style

;tldr add your stuff to bootargs variable in U-Boot

First of all, yes, your approach is correct - you need to pass two arguments fsck=force and fsck.repair=yes as boot arguments to your kernel while booting. But you are looking in the wrong direction. All this stuff is about booting and Linux kernel, not actually about Yocto or bitbake.

There are several ways to pass boot arguments to kernel, like

• hardcode into kernel code (brute-force option, you'll have to dig sources:) )
• use CONFIG_CMDLINE kernel config (docs say bootloader args would be appended to it)
• pass arguments via bootloader (the most flexible and usable way)
• pass arguments by .dtb-file (Device Tree Binary file, more of this here)
• invent something else, as Linux kernel is a DIY swiss-army-knife

Using CONFIG_CMDLINE is easy - just append your to this variable like

I found a way to do this via creating an a element, setting href via a.href = tmpLink and appending the button to the a element as a child. The final function is:

All elements of my problem result from:

1. bug in gnuplot 5.4.0
2. make invokes /bin/sh (linux bash) instead of the windows shell.

I submitted a bug report on gnuplot 5.4.0 in cygwin distribution to the gnuplot development group (https://sourceforge.net/p/gnuplot/bugs/2368/). The developer says it will be fixed in 5.4.1.

The bug results from deprecated $0, $1, $2 etc symbols being erroneously enabled and assigned to gnuplot (5.4.0) to command line arguments.

The bugged Gnuplot 5.4.0 is “gnuplot-base.exe” and the “obsolete” gnuplot 5.2.8 appears in the cygwin distribution as “gnuplot.exe”.

I observe command “gnuplot”:

1. from a windows cmd shell runs “gnuplot.exe” (5.2.8).
2. whereas from /bin/sh links to gnuplot point to “gnuplot-base.exe”(5.4.0).

The “make” utility submits rules through /bin/sh explaining why gnuplot fails in “make” but not from the command shell.

I’m working around by calling “gnuplot.exe” instead of “gnuplot” in "make" rules. “gnuplot.exe is the obsolete version 5.2.8.

Thank you. I love you all.

Your problem is on this statement:

From the C Standard (5.2.1 Character sets)

2 In a character constant or string literal, members of the execution character set shall be represented by corresponding members of the source character set or by escape sequences consisting of the backslash \ followed by one or more characters. A byte with all bits set to 0, called the null character, shall exist in the basic execution character set; it is used to terminate a character string.

And (7.21.6.1 The fprintf function)

8 The conversion specifiers and their meanings are:

s If no l length modifier is present, the argument shall be a pointer to the initial element of an array of character type.273) Characters from the array are written up to (but not including) the terminating null character.