#spl software

[moose-mousse]

Guild Structure

Wanted to write a long reply to this post:

Spreading experience around is always awesome! :D

It is good for the firm you are working at as workers perform better.

it is good for whoever is getting taught since they get smarter.

And it is good for the one teaching, both for the pleasure but also because you learn a LOT by being forced to explain what you know to someone else. It crystalizes the knowledge and experience you have acquired, and forces you to go through the basics again, but this time with all your knowledge and experience, you often learn deeper, more complex truths, methods and skills from doing so than it is POSSIBLE to do when you learn them while having little clue what they are ( Function pointers and their safer class versions is a classic for OOP programmers ).

There is a structure a firm can use as soon as it starts having separated departments. Departments, while necessary, makes a firm more segregated, and makes it harder for knowledge to flow around.

It is called Guild Structure Or rather... some important context if you google this: "Guild Structure" is the only way I have heard of it, but "Guild Structure" is also a product from a firm called FourWeekMBA... which is a consulting firm that sells services that firms that is... basically helping them implement these ideas... So you can easily risk finding overcomplicated explanations for what it is, since if they made it easy to understand... then they do not have a product...

And it is super simple. Normal development work for engineers and software is done in smaller teams... usually 4-8 people. sometimes all are in a domain (like software, electronics, finance, marketing, etc), and sometimes mixed. Often... either being mixed, or having several teams with different domains meet relatively often, like several times a month is a good idea. Because it stops misunderstandings from developing, since they are caught early. It is a waste when the software department develops functionality that it turns out no one actually wanted (Which happens... a lot more than anyone likes)

Firms, managers and workers are often afraid to do this. Usually for 2 reasons. One bad, and one that Guild structure fixes. The bad one is not wanting to risk looking stupid in front of other people. When software, marketing and finance people talk about what to develop... each domain is asking questions in a domain they are not experts in. That is the symptom and consequences of toxic firm culture. Talk about it in the open, communication is how you slowly work on and attack this, both in firms and personal relationships. Because they are both about making humans work better together.

The other is a fair enough one. Software people will learn a lot of software tricks that are only helpful to other software people. And if software people are spread around in these teams the knowledge cannot flow very well. Basically, while mixing domains fixed a whole bunch of knowledge flowing issues... it created a new one for domain specific knowledge...

This is where you make guilds. Make public guilds. There are clear lists of the guilds, explanations of their domains and several example for each guild for what kind of domain they are covering.

In some firms, a software guild is enough. In others, embedded software, high level software, front end and back end are different guilds. It depends a lot on the firm.

The guilds have communication between all members ( chatrooms usually ) and meetings every month. They will try to encourage knowledge sharing by giving tools, like shared drives where good guides, tutorials and tricks are shared. Sometimes written by guild members, sometimes found online (If you just had the though "Wait... is that not what Codeblr does?" you have just realized that Codeblr is a naturally formed guild), having people who have good ideas they want to spread give presentations during the monthly meeting, rewarding the best idea of the month. People can participate as individuals, or small groups (Tricks are often found by 2-3 people working together).

Meetings can be physical, or remote, or switch between them, doing both.

This basically solves the issue of knowledge sharing. It also empowers workers while making the firm better. Everyone wins!

[randomfaeriedragon]

Hey, guess what I did this week?

Thats right, draw 3/5 OC Iterators that began growing in my brain on a photoediting program with my computer's touchpad!

This is the first time I've ever really drawn something digitally other than my profile pic & rw brainrot, and it's definitely the first time I've designed iterators, so yeah! Enjoy the art and subsequent Lore dumps under the cut :)

Iterator 35, Gen. 2: Shaded Pewter Lights / SPL

Built at the base of a dry, desert-like mountain, SPL preferred to occupy their time with huge, complex mechanical experiments rather than genealogical or Acension-based research. They despise thinking about the Great Problem, as no one can experiment if they're all dead, though they don't dislike iterators who attempt to solve it (for that reason alone). Their city used to harbor and attract skilled mechanics and engineers for miles around, as a particularly prodigous university was located on their can. Though they rarely interacted with their citizens, they often miss the requests they sent them, especially those sent by the less experienced artificers of their city; however, they feel little love for the Ancients beyond appreciation for their skill in mechanics (the skill required to build the iterators).

In the past, SPL has repeatedly set up projects within their can that could only be described as titanic Rube Goldberg Machines. SPL often sought to improve the functionality of their can with these experiments (plus having fun), keen to observe and record as much data as possible from the cycles-long whirring of cogs and water wheels before setting everything up again to repeat. Their main goals included lowering their needed water intake, gaining a form of low-power mode for bad weather, and utilizing lightning as a secondary power source. Though many saw these modifications as taboo, SPL couldn't care less, blocking almost all communication during their experimentation era: however, they often shared their knowledge with APS to assit in the creation of the wildlife santuary on his can, and many of the conduits used to water plants there are of their design.

Due to an integral flaw in the rerouted void fluid piping of their Easternmost Leg, SPL's can collapsed in the middle of a heated arguement with their local group, with their Westernmost Leg piercing through their can. With rust and sand permeating their structure, their many mechanisms fell silent for the first time since the Ascension. Although SPL is still connected to their can, overseers, and local communications arrays, they can no longer induldge themselves in experiments; they barely have enough power function as is. They now spend most of their time chatting with other iterators in their local group, sending overseers to APS's sanctuary, and attempting to prevent further discoloration and rust on their puppet. They're not usually bitter, but particularly vulgar arguements with EN can send them into a spiral.

SPL still feels they did the right thing in modifying their can. Though the other iterators refuse to admit it, the main reason they still function is due to the modification of their can.

Iterator 77, Gen. 3: Rain from Clear Skies / RCS

Although he often jokes around, RCS is the most calm and collected of his local group. He often finds himself mediating fights between his local group (read: SPL and EN) for this reason, as has the astonishing ability (within his local group at least) to sit back, consider something fully, and make mostly objective decisions. He also uses this ability to point out details many other iterators overlook, so is often called for help with malfunctioning software and to explain why some experiments went wrong. His citizens instilled him with a love for quiet and time to contemplate, and they had a moderately positive relationship, so often misses them. But when he isn't meditating or recording data from around his can, he's talking with EN. They have soft spots for each other.

His name comes from the already heavy rainfall in the region where his can was built, which his construction didn't help; very little non-semi-aquatic wildlife remains around his can. However, he often moderates the remaining flora and flauna to insure it's continued survival, and has sent more than a few wounded animals to APS so she can assit in their recovery. When he's not researching, RCS also acts as the jokester of his local group, and often codes pranks and malware intended to cause harmless irritation into sent messages. He's gotten quite good at it, to his local group's endless infuriation (and delight). He doesn't send these to SPL, though, as their systems likely wouldn't be able to handle the repairs.

Iterator 16, Gen. 1: Even Nightfall / EN

As one of the earliest iterators built, EN's city was particularly religious and pious, priding themselves on their virtue and detachment from the material world. This did not bode well for EN, who had an almost abusive relationship with their citizens; they treated EN as something to deal with their problems and nothing more. After they Ascended, EN felt both a weight off their shoulders and, for a reason he can't pin down, a profound sense of betrayal that their creators abandoned them. Though a few in their local group see them as nothing more than cruel and callous, EN is very emotinally reserved (but also very, very smug) and astoundingly protective and kind towards those they care for. This includes RCS, their genticially modified slugcat Arps, and to some extent APS.

APS acted as a sort of mentor to EN when they were built, helping them manage their city's requests and sneak in a few personal projects on the side. While their city didn't approve of the projects they found, and reprimanded EN, the number EN kept secret far outnumbered those discovered by the Ancients. With their creators gone, EN found a hobby genetically modifying the pre-existing wildlife around their structure, and has improved their already impressive skills; this lead many genticially modified organisms to spread out and inhabit EN's can, and is also where Arps came from.

Named after APS, Arps acts as a mix between a therapy animal and pet for both EN and RCS. Arps frequently travels between EN and RCS's cans, and EN gave them the ability to glide to ease this passage; however, they (and RCS) also always send an overseer along with Arps to ensure their safety. Even when Arps is simply gliding between trees in the Rainworld Equivalent of a Sparse Pine Forest surrounding EN's can, he always sends an overseer to make sure they're OK. They're almost overbearing!

EN and RCS are perhaps the closest out of any of the iterators within their local group, and frequently chat or play 7-dimensional chess for entire cycles before they have to check up on an experiment so it doesn't explode. Though they couldn't talk much and weren't nearly as close pre-Mass Acension, RCS was one of the few iterators who spent the time to work around EN's colony's communication restrictions and talk to them. He was a great comfort, and one of the only reasons EN didn't crack under their city's pressure.

Not Featured Here: (bios will get out eventually)

Iterator 4, Gen. 1: A Profound Serenity / APS (Any Pronouns)

Iterator 84, Gen. 3: Tide Rolling In / TRI (She/Her)

Arps (They/It)

Probably One or Two More Iterators

CREDIT WHERE CREDIT IS DUE: I used an Ancient script by @ikayblythe for the displays by my iteratoes, took heavy inspiration from iterator designs by @altitudeofalcatraz, and took the idea of Iterator Number Deisgnations from Daszombes' Iterator Logs on Youtube.

Anyways, I'm going to go drop off the face of the planet for a week. Thanks for reading this much this far, goodbye!

[onosokkiindia]

How to Choose the Right Sound Measurement Device for Your Needs

In a saturated environment, comprehension and controlling sound is extensively important than ever. Whether re monitoring noise levels on a construction site, assessing environmental noise pollution, or tuning acoustic conditions in a music studio, sound measurement plays a vital role. But with so many devices available, how do you know which one is right for you?

This guide will help you make an informed choice—without the technical overwhelm.

Understanding Your Purpose

Before diving into features and specifications, the most important question to ask is:

Why do I need a sound measurement device?

Your answer will steer the entire selection process. Different use cases require different levels of precision, durability, and functionality.

Common scenarios include:

Environmental monitoring: Measuring outdoor noise levels from traffic, airports, or industrial sources

Workplace safety: Ensuring compliance with occupational noise regulations (such as OSHA or ISO standards)

Product testing: Measuring noise levels of machines, electronics, or appliances

Acoustic engineering: Optimizing sound in concert halls, recording studios, or buildings

Educational or personal use: For students, hobbyists, or DIY sound projects

Clarifying your purpose helps narrow down the best type of device.

Types of Sound Measurement Devices

Once you’ve identified your goal, the next step is choosing the right type of sound measurement tool. Here are the most common categories:

1. Sound Level Meters (SLMs)

Sound level meter are the most widely used devices. They measure sound pressure levels (SPL) in decibels (dB). There are two main classes:

Class 1: High precision, suitable for professional and legal measurements

Class 2: Slightly less accurate but more affordable, good for general-purpose applications

For regulatory or legal use, Class 1 is recommended. For general monitoring, Class 2 is often sufficient.

2. Dosimeters

These wearable devices measure cumulative noise exposure over time. They are commonly utilized in industrial and construction environments where workers are exposed to varying sound levels throughout the day.

3. Real-Time Analyzers (RTAs)

RTAs measure not only loudness but also provide a frequency breakdown of the sound. These are often used in acoustic engineering and audio system calibration.

4. Integrated Monitoring Systems

These are fixed installations used for term sound monitoring. They are often connected to cloud platforms and are useful in applications like city noise mapping or continuous industrial monitoring.

Key Features to Consider

Every sound measurement device offers different capabilities. Here are the essential features you should pay attention to:

Measurement Range

Check whether the device can handle the loudness levels of your environment. For example, industrial machinery or jet engines require higher decibel ranges than a school classroom.

Frequency Weighting (A, C, Z)

A-weighting (dBA) mimics the human ear and is used for general sound assessments

C-weighting (dBC) captures low-frequency noises like bass or engine sounds

Z-weighting provides flat frequency response for detailed analysis

Most general-purpose and regulatory sound assessments use dBA.

Time Weighting (Fast, Slow, Impulse)

This refers to how quickly the meter responds to changes in sound levels. Use "Fast" for fluctuating noise, "Slow" for more stable readings, and "Impulse" for short, sudden bursts of sound.

Data Logging and Storage

If you're collecting sound data over time or across multiple locations, choose a device that can store data or connect to external software for analysis.

Display and Usability

Look for clear, easy-to-read displays, especially if you're using the device outdoors or in low-light conditions. Simple, user-friendly interfaces also reduce training time and errors.

Optional Features to Look For

Some devices include bonus features that enhance usability and performance:

Bluetooth or app connectivity

Weather-resistant housing for outdoor monitoring

Tripod mounts for hands-free use

Rechargeable batteries

Calibration certificate included

Budget Considerations

Sound measurement devices vary widely in cost. Here's a general idea of what to expect:

Under $300: Basic devices for education, DIY projects, or simple indoor measurements

$300–$1000: Mid-range options for workplace safety, environmental monitoring, or product testing

Over $1000: High-end models for professional use, regulatory compliance, or long-term monitoring

Choose a device that fits your needs and offers room for future applications, but avoid overpaying for features you won’t use.

Importance of Calibration

Even the most advanced sound meter is only as accurate as its calibration. For professional and regulatory measurements, this step is non-negotiable.

Look for devices that:

Include a calibration certificate

Are compatible with external calibrators

Comply with international standards like IEC 61672

Calibration ensures that your data is valid and reliable, especially when used for compliance, litigation, or scientific research.

Quick Checklist Before You Buy

Ask yourself:

What am I measuring and why?

Do I need Class 1 or Class 2 accuracy?

Will I be working in extreme or outdoor conditions?

Do I need to store or transmit sound data?

Does the device meet international sound measurement standards?

By answering these questions, you’ll confidently choose the most suitable sound measurement device for your application.

Conclusion

Choosing the right sound measurement device t have to be complicated. With a clear grasp of your purpose, the types of tools available, and the features that matter most, you can make a confident and informed decision.

Whether re monitoring workplace noise, analyzing acoustic performance, or conducting research, investing in the right sound measurement device can help you capture accurate data, meet regulatory standards, and improve your environment.

Accurate sound measurement starts with choosing the right tool. Make the right choice, and re already halfway to better results.

[stomhardy]

How to Build a Raydium Clone: A Step-by-Step Guide

Introduction

Raydium has become a pillar of the Solana technology, known for its speed, efficiency, and Serum order book integration. Creating a Raydium clone presents an interesting opportunity to develop a structured decentralized exchange using Solana infrastructure. This will guide you through the key steps in creating your own Raydium-like platform.

What is Raydium Clone

A "Raydium Clone" is a software script or platform that emulates the functionality and features of the well-known Raydium decentralized exchange (DEX), allowing users to create their own DEX with identical capabilities. Small businesses or entrepreneurs can utilize Raydium clone scripts to start their own DEX platforms , taking advantage of the tested features and user interface of Raydium. It allows users to participate in yield farming through fast and inexpensive transactions and exchange tokens and liquidity.

Steps to Build Raydium Clone

In Building of Raydium Clone there are 8 steps to do:

Understand the Core Architecture

Set Up the Development Environment

Building the AMM and Liquidity pools

Develop Frontend Dapp

Token Creation & Liquidity Management

Testing the DEX

Deploy to Mainnet

Monitor, Scale, and Secure

Step 1: Understand the Core Architecture

The first and primary step is to learn about the fundamental architecture of the Raydium by:

Start by thoroughly grasping Raydium's architecture, from its AMM model to its integration with Serum and smart contract capabilities.

Learn the Solana blockchain peculiarities, such as its Proof-of-History consensus algorithm and high throughput transactions.

Learn the fundamental smart contracts that drive Raydium.

Step 2: Set Up the Development Environment:

The second step is to:

Install the Solana command line interface (CLI) and other required tools.

Set up a Solana development wallet and create a testnet environment.

Install and familiarize yourself with the Rust programming language, which is necessary for creating Solana programs (smart contracts).

Set up a local Solana node for deeper testing.

Tools: Phantom Wallet, Solana Explorer, PostgreSQL

Step 3: Creating the AMM and Liquidity Pools:

In your Anchor smart contract:

Implement swap logic using the constant product formula.

Develop a program that :

Accepts token pairs

Calculates prices and fees

Mints and burns LP tokens

Store pool data in Solana accounts

Step 4: Develop Frontend Dapp:

This step that is connect with user with interface it is more focused on:

Design a user interface for interacting with the DEX.

Use Web3.js or equivalent libraries to connect the front-end to the Solana blockchain.

Implement token swapping, liquidity pool management, and real-time market data display features.

Step 5: Token Creation & Liquidity Management:

After frontend built, create token with desired features and do the following:

Implement functionality for users to create new SPL tokens.

Implement functionality to start and operate liquidity pools, and set the fees and parameters.

Implement the functionality to add and withdraw liquidity from pools.

Step 6: Testing the DEX:

Write extensive unit tests for your smart contracts so they can be properly tested.

Perform exhaustive testing on the Solana testnet to catch any bugs or vulnerabilities.

Run security audits.

Step 7: Deploy to Mainnet :

To deploy:

Top up your wallet with SOL

Develop and deploy smart contracts :

Connect frontend to mainnet RPC endpoint

Launch with initial token liquidity and check on Solana Explorer

Step 8: Monitor, Scale, and Secure :

Keep monitoring the performance of your DEX and resolve any issues that come up.

Execute scalability controls to manage growing transaction volumes.

Prioritize security by auditing on a regular basis and using best practices.

Features of Raydium Clone

High Speed Transactions :

Tapping into the high speed of Solana transactions.

Low Transaction Fees :

Benefiting from Solana cost effective infrastructure.

AMM and Order Book Integration:

Tapping into the strengths of AMMs and order books.

Yield Farming and Staking:

Providing opportunities for passive income.

Customizable Interface:

Providing opportunities for branding and user experience enhancement.

Token Launchpad Functionality :

Enabling the launch of new projects.

Conclusion

Creating a Raydium clone demands an in depth knowledge of Solana architecture and DeFi principles. By following these steps and keeping security and user experience at the top priority, you can develop a robust and successful decentralized exchange. Do not forget that the DeFi landscape is ever evolving, and constant learning and adjustment are necessary to achieve sustained success. Always keep in mind to make users aware of the risk involved in engaging in DeFi.

[tahla11]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[sadiya23]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[strangetalearbiter]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[mdsohaghossain]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[sompa235]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[rabulsblog]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[sifa04]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[sujon5392]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[kudam10wotld]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[mojid]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php

[rifat1030]

#programming #coding #programmer #python #developer #SQL #python #dataanalysis #computerscience #code #coder #software #webdevelopment #webdeveloper #css #codinglife #softwaredeveloper #webdesign #programminglife #programmingmemes #machinelearning #programmers #computer #pythonprogramming #softwareengineer #php