piet | tool helping to grasp solidity smart contract architectures | Blockchain library

I would advise you to use the image crate, to load the image (you did not specify the format, so I used a RGBA png with 4 bytes per pixel in my example).

1. Get the pixels from the image as a Vec
2. Draw those pixels using ctx.make_image and ctx.draw_image

Here is a full example based on the custom_widget example:

URLS.PY

ElasticSearch documentation:

When querying text or keyword fields, fuzziness is interpreted as a Levenshtein Edit Distance — the number of one character changes that need to be made to one string to make it the same as another string.

The Levenshtein Edit Distance essentially is a way of measuring the difference between 2 string values.

You've set the fuzziness parameter to AUTO, which is a great default decision. However, for some short strings like yours, it can prove to be not as fuzzy as you'd want it to be.

This is because ElasticSearch (ES) will generate an edit distance based on the length of the string, which will determine how many edits away the string in the index is from your search query.

You haven't specified any specific low or high values so for piet, as it's a 4 character string, only one edit will be allowed.

pietje is actually two edits away - piet needs a j as well as an e so it won't show up.

p13tje is actually four edits away - it needs a j, an e, a change from 1 to i & a change from 3 to e so it also won't show up.

The maximum allowed Levenshtein Edit Distance for ES fuzzy searching is 2 (larger differences are far more expensive to compute efficiently and are not processed by the Lucene search engine which ES is based on) so to fix this, set fuzziness to 2 manually.

Its because of some of xnodes are null

Use this code

It works :)

I would suggest the first way, but you'd have to adapt your interfaces a bit.

Idea is create DataFrame with changed order first in concat with rename, remove rows with missing values and possible duplicates and change original values by DataFrame.update:

Remember, code behind can use full file system - like any desktop code.

But if you going to use that file in the asp.net (web side), then you MUST be able to produce a valid URL path name.

So ALWAYS keep in mind the above:

Codebehind - path names are STANDARD windows file path names (and even "\" etc.).

Web pages - markup = valid URL's mapped by the web site.

If you confuse the above two concpets above? you be in for a world of pain by ignoring the above VERY simple idea.

So, you need TWO things to convert those path names to valid WEB links:

First up: The web server "site" needs rights and a "means" to point to a given folder in question.

So, you might have some say SAN or big network storage device - and you toss/place/have/put your files there.

Say like this:

I was able to get all of the drawing (creating the grid and the text) down to 4-5ms by:

• Caching values where possible (Random, StringFormat, Math.Pow)
• Using ArrayPool for scratch buffer
• Using the DrawString overload accepting a StringFormat with the following options:
  • Alignment and LineAlignment for centering (in lieu of manually calculating)
  • FormatFlags and Trimming options that disable things like overflow/wrapping since we are just writing small numbers (this had an impact, though negligible)
• Using a custom Font from the GenericMonospace font family instead of SystemFonts.DefaultFont
  • This shaved off ~15ms
• Fiddling with various Graphics options, such as TextRenderingHint and SmoothingMode
  • I got varying results so you may want to fiddle some more
• An array of Color and the ToArgb function to create an int representing the 4x bytes of the pixel's color
• Using LockBits, (semi-)unsafe code and Span to
  • Fill a buffer representing 1px high and size * countpx wide (the entire image width) with the int representing the ARGB values of the random colors
  • Copy that buffer size times (now representing an entire square in height)
  • Rinse/Repeat
  • unsafe was required to create a Span<> from the locked bit's Scan0 pointer
• Finally, using GDI/native to draw the text over the graphic

I was then able to shave a little bit of time off of the actual saving process by using the Image.Save(Stream) overload. I used a FileStream with a custom buffer-size of 16kb (over the default 4kb) which seemed to be the sweet spot. This brought the total end-to-end time down to around 40ms (on my machine).

The specification you linked to seems pretty clear:

gl_StorageSemantics* and gl_Semantics* values should be bitwise ORed together to generate the SPIR-V Semantics enums

And it also specifies how the GL atomic functions map to SPIR-V atomic operations. So the answers you seek are in the SPIR-V specification. And the deep details are defined by the Vulkan memory model, appendix B of the Vulkan specification.