datasize | Golang helpers for data sizes | Cybersecurity library

I am trying to write a script to pull NFTs by candy machine id, but it is either failing or returning an empty array each time.

I am using the genesysgo mainnet rpc.

Here is the relevant code.

• In the following json:

I'm trying to communicate with a server running locally on my machine. I just don't know how to write the message the sever expects. I'm trying to do this on a .Net application (C#). This server expects an at least 10 byte message arranged by the following structure, from the manual:

[Full manual] http://jkca.ca/help/pages/telemetry.html#messageformat

Each message has the same basic binary format. All multi-byte values are in network-byte-order (big-endian)!! The minimum message size is 10 bytes. Clients are allowed to send Client Request messages (see Message Type Table). The server will respond with corresponding Server Reply messages. The Request ID can be freely assigned by the client and has no special meaning. The server's reply message will use the same Request ID in the corresponding answer.

(I seem to be unable to format a table in this question so I'm omitting the table that can be found in the manual)

I would like to understand how to form these messages. If anyone could explain to a non CS student how to form, for example, the message to send a "pause command" (http://jkca.ca/help/pages/telemetry.html#msg27) that would be super useful.

I've tried all sorts of variations of:

I'm trying to create a function that can be called from e.g. Python through a .dll.

I'm working on byte arrays. This is the original function I'm trying to wrap:

I have the following code to make a chart with chart.js but the main and axis title just does not work. Also I have put the legend to the bottom but does not work. Can anybody tell why it is not working?

IDE: IntelliJ
JDK: Java 11

While was testing a sample code from lecture, I have found something really weird that my program just won't stop, even though there aren't any loop!

Some background:

So my plan is to create a stippling algorithm in C++ and I basically just plan on storing a whole bunch of data for each radius of a circle to write onto a texture map in OpenGL I'm not sure if this is the right thing to do but I feel like it

would be quicker than the computer dynamically calculating the radius for each circle especially if lots of circles are the same size, my plan is to create a function that just writes a whole text document full of radiuses up to a certain size and this data will be stored bitwise inside an array of long's std::array bit = {0x21, 0x0A ect... } so that I can encode 4X4 arrays of values with 2 bits assigned to the antialiasing value of each pixel however to create this database of ant-aliased circles I need to write a function that I keep getting wrong;

The actual question:

So this may seem lazy but I can promise I have tried everything to wrap my head around what I am getting wrong here basically i have written this code to anti=alias by dividing up the pixels into sub pixels however it seems to be returning values greater than 1 which shouldn't be possible as i have divided each pixel into 100 pixels of size 0.01

I am currently working on an SPI communication between an NXP LPC55S06 processor (from the LPC55S06-EVK demoboard) and an NXP CLRC663.

I integrated the NXP NFC library to initialize the CLRC663 and configured the SPI pinouts in the .mex file. I have done my wiring and can verify the sending of SPI commands:

My problem is that the CLRC663 never responds to the commands I send it.

I have already checked my wiring several times and I think the problem is software. Since the problem can neither come from the NFC lib nor from the FSL drivers specific to the LPC55S06 processor, I suspect that it would come from the SPI configuration done by this code (called by the NFC lib):

I am planning to use Janusgraph for building graph of different uses our team handles and I see that janus graph has option to use BigTable or Cassandra as storage backend. I am looking for any recommendation on which backend is more optimal/performant ( I am mainly talking about gremlin query performance on 2 hop neighbor of a node ) with JanusGraph.

I understand that performance is pretty subjective and varies based on datasize/graph connectivity and use case so best approach will be to try out myself, which I am planning to do. But has anyone else has done similar performance comparison ? Is there any general recommendation about storage backend here ?