Public Sale, Isolated Margin, Perpetual
Here is a comprehensive article on three types of platforms for the cryptocurrency trade you mentioned: Title: Survey of the Crypto of Commerce Platforms World: Review of Cryptum Exchange, isolated Markets and Eternal Markets Introduction The Crypto Currency World has experienced rapid growth in recent years, and new exchange and markets are constantly appearing. In this article, we will explore in three types of cryptocurrency platforms: public sale, isolated margin and eternal. Each platform offers unique features and uses traders, investors and participants in the market. Public Exchange Sales The exchange of public sales is a type of cryptocurrency market where customers can buy the latest crypto currency for FIAT currency or other cryptocurrency currency. These exchange is often sponsored by well -known companies or organizations and have strict guidelines for lists. Some popular public sales exchange include: * Binance : One of the greatest and most prominent exchanges of public sales, which offers over 500 crypto currency. * Huobi : A prominent exchange with a large user base and extensive list for list. * Bitfinex : Exchange speed known for low fees and competitive conditions. isolated margin exchanges An isolated margin exchange is a type of cryptocurrency trading platform that offers both the Crypto currency and Fiat currency pairing, as well as margin trading. These stock markets allow traders to buy or sell crypto currency with the ability to borrow additional agents from the exchange vault. Isolated margin exchange usually have lower fees than traditional exchange, making them attractive traders who want to use their deposits. Some popular isolated margin exchange include: * Bitmex : Pioneer in an isolated margin space, offering a series of pairs of cryptocurrencies and competitive expressions. * Kraken : A well -established exchange that offers both cryptocurrency currencies and fiat currency pairing, as well as trade running. * SAXO BANK : A Bank based in Switzerland that offers an integrated platform for cryptocurrency trading with isolated marginal capabilities. Permanent markets An eternal market is a type of cryptocurrency exchange where merchants can buy or sell crypto currency without the need for a fixed price quote. These exchanges use algorithms for automatically adjusting prices based on market conditions, eliminating the need for human intervention. Permanent markets often use large institutional investors and traders who want to effectively manage their positions. Some popular permanent markets include: * Bitmex : known for the speed of fast execution and competitive concepts. * Huobi : offers a number of eternal markets with low fees and high liquidity. * SAXO BANK : provides an integrated platform for cryptocurrency trading with eternal market capabilities as well as other financial instruments. Conclusion In conclusion, the world of cryptocurrency trading platforms is constantly developing, and new exchanges appear regularly. Understanding the differences between public sales, isolated margins and permanent markets can help traders, investors and participants in the market make informed decisions on which platform to use. Whether you are an experienced merchant or just starting, it is crucial to explore and choose a platform that meets your needs and offers the features and benefits you want. additional resources * Exchange platforms: for a comprehensive list of cryptocurrencies, including public sale, isolated margin and permanent markets, visit [www.exchangeplatforms.io] ( * Kriptovaluta trading resources: For more information about the crypto trading strategies, market analysis tools and educational resources visit websites such as [www.crypto.com] ( or [www . Traditionview.com] ( MOVING AVERAGE DIVERGENCE SMART CONTRACT
Ethereum: Solidity fundamentals
Ethereum: Fundamentals of solidity As a developer, Building Blockchain, understanding the foundations of solidity is crucial. In this article, we will immerse ourselves in the basic concepts of the solidity programming language used for Ethereum’s intelligent contracts. What is solidity? Solide is a programming language specially designed to write intelligent contracts in Ethereum Blockchain. It is an open source language that is based on the C ++ language with additional characteristics and constructions adapted to the development of blockchain. Key concepts of solidity Before immersing ourselves on specific issues, we cover some fundamental concepts: * Variables : The variables are used to store the data in a contract. * Functions : The functions are reusable code blocks that perform a specific task. In Ethereum contracts, the functions are the constituent elements of a complex logic. * Events : events are triggered by specific actions in a contract and can be used to inform other parts of the changes in the state of the contract. Basic solidity syntax Here is an example of basic solidity syntax: `Solidity Pragma solidity ^ 0.6.0; Mycontract contract { Uint Myvariable Public; function affirmed Lessssfromdge ( Bytes calldata message, BYTES COLLDATA CERTIFIED ) public { // Comment: This is a comment in Solidey, not in the code. // To write code, use the keyword “function” and define the variables or functions here. } } ‘ In this example: Pragma solidity ^ 0.6.0;It is a pragma directive that specifies the version of the solidity used. Mycontract contract {…}defines the scope of the contract. It is not myvariable public;declares and initializes a variable with the type ‘uint ”. RE DELEASE FUNCTIONSFROMRIDGE (Bytes Calldata Message, Certified Calldata Bytes)It is an event function that takes the ‘message’ and ‘attestation’ parameters. Variables In solidity, the variables are declared using the keyword “var”: Solidity Pragma solidity ^ 0.6.0; Mycontract contract { Uint Myvariable Public; Builder () Public { // Comment: This is a comment in Solidey, not in the code. // To write code, use the keyword “manufacturer”. Myvarious = 10; // Initialize the variable with an initial value } } ‘ The variables can be declared within a function, a class or a module. Functions The solidity functions are defined using the keyword “function”: Solidity Pragma solidity ^ 0.6.0; Mycontract contract { Uint Myvariable Public; function affected Lessssfrombridge ( Bytes calldata message, BYTES COLLDATA CERTIFIED ) public { // Comment: This is a comment in Solidey, not in the code. // To write code, use the keyword “function” and define the variables or functions here. Myvarious = 20; // Update the value of the variable } } ‘ Functions can take entry parameters of any kind, including “bytes”, “uint”, “address”, etc. Events In solidity, events are triggered by specific actions in a contract. The events can be used to inform other parts of the contract declaration: Solidity Pragma solidity ^ 0.6.0; Mycontract contract { Uint Myvariable Public; The event said that Direction of the indexed sender, Uint256 quantity of the quantity )); function affected Lessssfrombridge ( Bytes calldata message, BYTES COLLDATA CERTIFIED ) public { // Comment: This is a comment in Solidey, not in the code. // To write code, use the keyword “event” and define an event here. Emi said that lesassfrombridge (msg.sender, 10); // Activate an event with a message } } ` ‘ The events can be broadcast using the keyword “emit”. ethereum json bitcoind
How to Avoid Scams When Ordering Anonymous Crypto Cards
How to Avoid Scams When Ordering Anonymous Crypto Cards The rise of cryptocurrency has brought a new level of convenience and accessibility to the world of digital payments. However, with this increased demand comes a growing threat of scammers who seek to take advantage of unsuspecting buyers. One of the most common types of scams targeting crypto enthusiasts is the sale of anonymous cryptocurrency cards, also known as ” anonymous prepaid debit card” or ” anonymous cryptocurrency cards.” These prepaid cards allow users to load cryptocurrencies onto them and then use it to make purchases online without revealing their real identity. What are Anonymous Crypto Cards? Anonymous crypto cards are essentially prepaid debit cards that use cryptographic techniques to secure transactions. They work by generating a unique, one-time code for each transaction, which is used to verify the authenticity of the card and prevent unauthorized spending. The cards themselves can be purchased online or in-person from various retailers. How to Avoid Scams When Ordering Anonymous Crypto Cards Unfortunately, anonymous crypto cards are often marketed as “untraceable” or “anonymous,” making them an attractive target for scammers. However, these prepaid cards come with a high risk of being compromised and used for illicit activities, such as cryptocurrency laundering. Here’s how you can avoid scams when ordering anonymous crypto cards: Do your research: Before purchasing an anonymous crypto card, do some research on the seller and the company behind it. Look up reviews from other customers to see if they have any issues with the product or the seller. Check the issuer: Make sure that the prepaid card is issued by a reputable company that has a solid reputation in the cryptocurrency industry. Some of the largest players in this space include BitPay, Coinbase, and Square Paypass. Verify the card’s security features: Look for cards with advanced security features such as multi-factor authentication, encryption, and secure storage of sensitive information. Read the fine print: Always read the terms and conditions carefully before making a purchase. Check if there are any fees associated with the card or if it has any limitations on usage. Use a reputable payment method: When purchasing an anonymous crypto card online, use a reputable payment method such as PayPal or a credit card that offers buyer protection. Red Flags to Watch Out For Unfortunately, even with precautions, there are several red flags to watch out for when ordering anonymous crypto cards: Too good to be true: If the price is significantly lower than market value, it’s likely a scam. Lack of transparency: If the seller is evasive about their company or the prepaid card’s features and security measures, it may be a sign that they are trying to avoid detection by law enforcement. No clear refund policy: Make sure that you can get your money back if the prepaid card is lost or stolen. What to Do If You’ve Been Scammed If you suspect that you have been scammed with an anonymous crypto card, act quickly: Contact the seller: Reach out to the seller immediately and report the incident. Report to authorities: File a complaint with your local law enforcement agency and inform them about the scam. Monitor your account: Keep a close eye on your prepaid card’s activity, including any unusual transactions or communications from the issuer. Conclusion While anonymous crypto cards can be convenient, they also carry significant risks for unsuspecting buyers. By doing your research, being cautious when purchasing online, and knowing what to watch out for, you can minimize the risk of falling victim to scams. Bridge Bitcoin Dump
Ethereum: What are the problems with naive pool sharing mechanisms?
** Ethereum: Problems with naive meter The future of the second cryptocurrency in the resulting lens of the market capitalization, Ethereum was rammed with multi -sessions in the first days, included in the scale and incorporation. One from the main problems are the naive under the management of the mining groups, which can be drawn to the multiplicity of the problems, which are under the utrosis of the network. FROM MECHANISMS NAIVED BASSIN In traditional cryptocurrencies, such as Bitcoin and Monero, mountain groups are used for the new blocks in the name. These groups allow us to work in a few miners, enhanced by the general speed of the Hash -The and resolution of the marshmatical lining. The theme is not less, it was indicated that the naive mechanisms of the compassion of the pool of the incident for several attencies. Every miner is the action, the proportional hash -the stava One from the naoble -spreading problems with naive mechanisms, the translation of the pool is concluded in the volume, that every Miner relates to the roofing, the proportional of them hash -traost. This states that the smaller miners can not reach the name -liking or it is possible to burn significant sums of the money, because the more large miners are dominated in the net. Occupied Ataki: Several attacks may be epichered against the mechanisms of consistency use of naive bassin, in Volume: * 51% Attack : 51% Attack goes, when one miner covers the more inferior semi -berness in the net. It allows them to go and manage any future transaction. * 51% attack on validator : if validator is scrambled, he can use his position for the management process of the proverb, not allowed by the other validator to turn new blocks. * 51% Sete’s attack : 51% attack can be launched by a group of miners, which will unite their strength to manage the network. This allows them to enlist the transaction and the creation of blocks. Passion: The presence of the mechanisms of the naive pool of Series, in Tom Chisles: * Potero Faith : naive mountain groups Poddorvali confused in the ecosystem ethereum, so many of the policies begin to subtract the ruler and the immobility of its own experience of the precipitation. * Snilating of the adoption : abandonment of the name and information in the naive mining groups, the benefits of the medium of new policies are taken. * Available input : mechanisms of consistency naive groups make the web for a more vicious subjects that can be adjacent to significant pitchers. conclusion The mechanisms of the section of the naive pool are a defective strike, which represents significant rishes for ecosystem ethereum. Ponima problems, connected with naive mining groups and their potential attacks, the polls can take measures for the stretching of the sieve and the predatory unproven mesh. Ethereum Read Transaction
Bridge, Futures, Fork
understanding of cryptocurrencia, blockchain and digital coins: a comprehensive guide to crypto, bridge, futures and fork In the rapid evolution of finance and technology, cryptocurrencies have appeared as a new class of digital assets, with the potential to disrupt traditional financial systems. At the center of this revolution are three key concepts: Cryptocurrency (Crypto), Bridge (Bridge), Futures (Futures) and Fork (Fork). In this article, we will deepen the complications of each of these technologies, exploring their unique features, applications and implications for investors, traders and users. Cryptocurrency (Crypto) Cryptocurrencies are digital or virtual currencies that use cryptography for safe financial transactions. They were first introduced in 2009 as Bitcoin, who was created by an anonymous person or group using the pseudonym Satoshi Nakamoto. Since then, many other cryptocurrencies have been developed, each having their own unique characteristics and uses. The key features of cryptocurrency include: * Decentralized : Cryptocurrencies are not controlled by any government, institution or entity. * Limited support : Most cryptocurrencies have a total limited offer, which helps prevent inflation. * Secure : The transactions are secured using advanced cryptography, which makes them practically unrefused. Cryptocurrency types include: * Bitcoin (BTC) : The largest and most popular cryptocurrency, launched in 2009. * Ethereum (ETH) : A decentralized platform for the construction of intelligent contracts and applications. * Litecoin (LTC) : A faster and easier alternative to bitcoin. Bridge A bridge is a financial tool that allows the transfer of assets between two different digital currencies. Bridges are often used on cryptocurrency markets to facilitate cross -border trading, market risks or to provide liquidity during high volatility periods. The key features of the bridges include: * CROSCUI DEALING : Allow traders to change one currency for another. * hedging : allows investors to manage the risk by diversifying their portfolios on multiple assets. * Liquidity challenge : Bridges can help increase market liquidity and slide on cryptocurrency markets. Bridge types include: * Cryptohotspot Bridges : Allow traders to deposit a currency in a bridge, which then changes it for another currency. * Swap Bridges : Activate users to change cryptocurrencies without changing basic assets. Futures Futures are financial contracts that oblige the parties to buy or sell an asset at a predetermined price at a specific date. In the context of cryptocurrency markets, futures offers investors and traders exposure to digital currencies, allowing it to speculate on future price movements. The key features of the future include: * Speculative betrayal : Futures allows traders to bet on future price movements. * Leading investments : Futures offers a lever effect, which can amplify potential earnings or losses. * Risk management : Futures allow investors to manage the risk by covering against potential price changes. The types of future include: * Futures Spot : Transactions for a basic asset at a specific price at the same date. * Futures contracts : Long -term contracts that oblige the parties to buy or sell an asset at a predetermined price. * Exotic Futures : Complex and specialized futures designed for high risk trading. Fork A fork is a process in which a software project is divided into two or more parallel development pieces, each branch maintaining the same functionality, but which is diverted from the original code. Forks are often used in the development of cryptocurrencies to introduce new features, to improve performance and to adapt to changing market conditions.
Metamask: Why is there a problem of insufficient funds in Opensea?
Here is an article on Insficcient Fics Fics Fics in Opensea: * Title:Manmask: because there is a problem with insufficint. Introduction ** Opense, one of the dangerous online for byyling and Digis’s sale, was an Exce with insufficient). This problem is stating a meaning us, including Thanging Tyese for the Goldese in Upnes Maxedeming, PrintsmaDsumings, Maxedsumming Maxedsumming polls, Maxeringsk poll, Apoller Brownaming. The problem * In recent weeks, the fight in Opensea fishing reports, particly Amon new users. The emission is caused by the fact that some are paying for taxes on the gas on the portfolio I Meemask, which Ilime a I Memeum al Mereum. In which he tries to pay the commission, the wallet makes information in the United States with Vice Ovaluble to cover the cost. However, if the variety is to the extent that the transaction fills and leaves the Wnelet empty. The problem of the Nector Fend ** Insufficient funds in Opensea Cho ad a a problem sexal, including: * * Losses: In some Casas, users, evaluate them to the purchase taken on Iniifeta du in Iniifa Fands. * Dffiultty in the transfer of goods: users who induce Funfs Funfs experiences Diffici were traveled in the Nether. Impact on new users The issues relating to the questions of the infections of the Fends Fesgs is a particle commanding for new users who sway to throw the courts. WILLUT SUFFIENT FUNDS, these users, unable to Orlles L’Assysy Want, led to frustration and financial losses. Furthermore, the lack of a clear guide and the suport by OpenStoretor or Protatos or the problem of the problem. Theluations and renedendars ** To add that issue, Seval Slalonestion Provose: * Increases the Blamies basketball limits*: Open has annual plans to increase the REQUINM REQUINM RIBELLE for the Plattorm gas commissions. * Enteement Meglie Mesoror Mesror*: The company provides better error messages from The Resfics insfune, making iter for the Resoloi for the Resolo Resolo. conclusion The problem of Insubify funds is limited to Opensea still buy for new users and the long estate. Although proposed, the question persists and its essential remains for Openmminal for the problem of the problem. Travelers who are extinguishing Insfifty simply trample on the shouts for the branch of the entry of education and are grabbed on a correct adequate surport. Reminder of Themetmask To avoid running out of your meuldancesk wallet, be sure to make your Valarara applaud. The sets of Canola Reminder to update the sales of your wallets, adjusting to make transactions. hardware wallets serious
Ethereum: How do you validate a bitcoin address using bitcoinjs library in javascript?
Reflection of Address Bitcoin with Bibliote Bitcoinjs At the work with cryptocurrencies, the proverbial of the Address Bitkinov can have a resolution for the predecessor of the sublime and the transaction of the transaction. In this state, we disperse, how to check the Bitcoin address, using Bitcoinjs in javascript. What is Bitcoinjs? Bitcoinjs – Popular Library JavaScript for mutuality with bitcoin -block. He introduces a simple and plenty API to work with the devices of bitcoins, transaction and costs. ADVERSE ADRESS BITCOINS CITCOINJS To verify the redireus of bitcoinjs, you can use the function of `valataDdress’, presented by the bibliote. This function accelerates two arguments: the address, which will be confirmed, and the uncertaining function of the obvious call, which is the veruter of the logic value, indicates, there is a slice of the aidal or no. Here’s the primer that, as to use the functionValideaddress: Javascript Const Bitcoinjs = Require (‘Bitcoinjs-Lib’); // Create a new bitcoinjs copy Const Bitcoinjs = new bitcoinjs ({ Net: ‘Mainnet’, }); // Decrease the address that will be confirmed Const Address = “1a1z9pf8tbb7o6pwdcteedyh6jg4gzrrc”; // ADREST ADRESS, Uspolled Function Obrahova (inappropriately) Bitcoinjs.valataDdress (address, (isvalid) => { if (! isvalid) { Console.error (Inaccessible Bitcoin address: $ {Adder}); } still { // Using the adjusted address Console.log (Angly Address Bitcoin: $ {address}); } }); In this one, we make a new copy of Bitcoinjs and delay the Oblazka of the Bitcoin Address. We use the function of the valideaddress for the reddig. If the dev lies are inaccurate, the function of the Oblata Vernets “False”, and we can vote in the design of the oblast, use Console.error. OTHER STOCKED RUNDERS BITCOINS IN JAVASCRIPT Welling the function of valideaddress, imposed by Bitcoinjs, is a plenty of solving for the bite of the Bitkinov, this is not united. Here are the few alternatives: This underwear sets over the greater code and wnimania to the children, but it causes a high staple over the process. Uspolzing Rugular Expression : You can use the regional expression for the bite of the bitcoins in javascript. For example: `Javascript Function isvalidbitcoinaddress (address) { Const Pattern = /^BC [1-9] [A-F0-9] {25} $ /; Return Pattern.test (address); } This function is verified, covers the remuneration of the prefix “BC”, behind which the six -tank string (up to 25 symbols) is followed. 3. conclusion In the conclusion, the proverbial of the reserves of the bitcoinjs are a simple process that can be distilled with the use of the functionaddress’ function or the way of the handbag and regulatory widespread. It is possible to be the other sort of consumption of this whole, these alternatives are stricting more code and wnimania to children, but more hybrace and counter over the process of drizzle. Prime Variants Uspolzing Towards the Bitkinova Address into the priming on the base JavaScript for the assimilation with the Bitcoin-May. Submit the simple walls that generate and runs Bitkinsky Address Program. Use the libraryBitcoin -validatorin the quality of the Alternations or the Addation to the Function Valideaddress`. metamask there multiple
Ethereum: How can market-based transaction fees scale?
Ethereum: How Market-Based Transaction Fees Can Scale As the second-largest cryptocurrency by market capitalization, Ethereum has been making waves in the decentralized finance (DeFi) and non-fungible token (NFT) space. However, one of the most significant challenges facing Ethereum is scaling its transaction fees, which can be a major bottleneck for users who need to make frequent transactions. What are Market-Based Transaction Fees? Market-based transaction fees, also known as gas fees, are a system imposed by Ethereum’s network on transactions that exceed certain limits. These fees are based on the amount of computational power required to execute the transaction and are typically paid in Ether (ETH), the native cryptocurrency of the Ethereum blockchain. Why Can’t We Just Scale Up Mining? You’re right; mining is currently the only way to validate transactions and create new blocks, which keeps the network secure. However, scaling up mining requires a significant amount of energy, which can be expensive. Moreover, increasing the number of miners on the network would require more computational power, which could lead to further increases in energy consumption and carbon emissions. What are Market-Based Fees? Market-based fees work as follows: Transaction data is collected: When a user initiates a transaction, their node collects relevant information about the transaction, such as the sender’s address, recipient’s address, and the amount being transferred. Gas price calculation: The collected data is then used to calculate the gas price, which represents the total cost of executing the transaction. Transaction fee paid: The user pays a portion of this gas price using Ether or other cryptocurrencies as payment. Can We Just Pay with Other Cryptocurrencies? While it’s technically possible to pay fees in other cryptocurrencies like Bitcoin (BTC), Ethereum Classic (ETC), or others, there are several reasons why market-based fees are still the primary choice: Network congestion : The current fee structure is designed to prevent network congestion and ensure that all users have an equal chance of being paid. This ensures fairness and prevents any single node from dominating the transaction flow. Security: Using a different cryptocurrency can compromise security, as it may be more vulnerable to hacking or tampering with. Interoperability: Market-based fees are designed to work across multiple blockchain platforms, making it easier for users to send and receive transactions between different ecosystems. Scaling Solutions While market-based fees will likely remain the primary method of paying transaction fees on Ethereum in the near future, several scaling solutions are being developed to mitigate this issue: Optimistic Rollups: A new layer 2 scalability solution that aims to reduce gas fees by offloading transactions to smaller nodes or “rollup” them before they reach the main blockchain. Layer 2 Solutions : More advanced layer 2 solutions like Optimism and Arbitrum are working on reducing transaction fees and improving scalability. Staking and Proof-of-Stake (PoS): Some DeFi platforms are using staking or PoS to incentivize users to participate in the network by locking up their Ether and earning rewards. Conclusion While market-based transaction fees may seem daunting, they remain an essential part of Ethereum’s ecosystem. As we continue to develop new scaling solutions, it’s likely that these fees will become increasingly less burdensome for users. However, until then, market-based fees will remain the primary payment method for transactions on the Ethereum network. Additional Resources For more information on market-based transaction fees and scaling solutions, please refer to: Ethereum’s official documentation:
Bitcoin: Where does the term “derivation path” originate
Holding the “derivative route” in Bitcoin derivatives In the world of cryptocurrencies, several terms are so mysterious and discussed among merchants and enthusiasts as a “way of derivative”. But have you ever wondered where this term came from? The answer is in a simple search consultation that sheds light on the origin of this concept. Quick search Quick online search gives many results for the “derivative route” when you are looking for Bitcoin content. The most appropriate result is a link to [Bitcoinstarch.xyz] ( which seems to be a database or recording used by developers and enthusiasts of Bitcoin. As we deepen, it is clear that this search consultation returns the results of several online platforms and forums dedicated to Bitcoin. One of these platforms is [blockchain.info] ( where users can search for terms such as “derivative route” using the search feature for their browser. BIP-32: The birth of derivative routes Following an additional investigation, it is clear that the BIP-32 (a proposal to improve Bitcoin 32 is the answer to our question. BIP-32, Bitcoin Standard, defines the concept of routes of derivative as part of its common design to create new directions and Network coins. Essentially, BIP-32 indicates how to create new addresses using existing, derivative route (that is, the Public Keys series), which leads to the Genesis key (the first key in the public portfolio list). This allows users to generate new addresses with specific characteristics or attributes, such as different results or tariffs. If we accept “derivative route” Given its generalized presence in Bitcoin content, it is likely that consumers and developers accept the term “derivative route”. However, without the BIP-32 explicitly mentioning the routes of a derivative, it seems logical to assume that this concept was introduced later. The results of the search consultation suggest that a “derivative route” was previously carried out, probably as a way of understanding or verifying the existence of this term in Bitcoin. This means that users and developers have probably found similar terms in other contexts, such as Ethereum’s (ERC-20 and ERC-721) portfolio standards or other block charters. Conclusion In conclusion, our study revealed that the “route of derivation” is in fact an important concept in the world of Bitcoin derivatives. Although the BIP-32 explicitly determines the routes of derivative, these terms were probably used in other parts of the context of cryptocurrency development and trade. As we continue to explore the complexity of Bitcoin Ecosystem, the understanding of the origin of this term will undoubtedly shed light on its meaning and applications in the broader blockchain community.
Solana: How to merge two transaction instructions into one transaction in Python?
I can provide you with an article on how to combine two event guidelines with one event with solan Python. Combining the Transaction Guidelines of Solana When working with Sorana -Blockchain, it is necessary to understand how to combine multiple instructions with one event. This is crucial for the effective and safe implementation of complex events. In this article, we will look at how to combine two event instructions with one event with Python. Prerequisites Make sure you have the following: Before diving into code: Sorana node (eg. Solana Cli or Local Development Environment) “Sorana-Program” Library Installed (PIP Install Soana-Program) Knowledge of Solana’s instructions and its different types Understanding transaction instructions In Solana, the event consists of several instructions that perform several operations. Each command is presented as objects containing relevant information such as the program ID, calculation of budget instructions and much more. For this example, we use the Sorana -Program library to create two separate events using different instructions. We then combine these events with one event with Python. Combining the events of Solana with python `Python Bring the soana_rogram Define the original events as dictionary objects Help1 = { ‘Program_id’: ‘My_token_ process’, ‘Compute_budget’: [{‘program_id’: ‘my_swap_ process’, ‘args’: [‘token_1’]}, {‘program_id’: ‘My_other_swap_rogram’, ‘args’: [‘token_2’]} ,,,,, , ‘Pay_info’: Sorana_Programaymentinfo ( 1000, payment amount in the basic unit (eg Sol) 10, Payment ID Soana_rogramaymenttype ( 1, payment type (eg. Pay or transfer) 0.01 payment price In In } Instruction2 = { ‘Program_id’: ‘My_swap_ process ‘Compute_budget’: [{‘program_id’: ‘My_other_swap_rogram’, ‘args’: [‘token_2’]}] ,, ‘Pay_info’: Sorana_Programaymentinfo ( 1000, payment amount in the basic unit (eg Sol) 10, Payment ID Soana_rogramaymenttype ( 1, payment type (eg. Pay or transfer) 0.01 payment price In In } Combine events into one event using Python’s built -in functions Def Merge_Transactions (Transaction1, Transaction2): Create a new event object Transaction = soana_ process.transaction ( program_id = transaction1 [‘program_id’], accounts = [{{ ‘Account_id’: ‘M’, Sender account ID ‘Key’: Sorana_rogramkey ( 0, ‘m’, 1, key version (eg 1 or 2) ‘M’ In }], Programs = [Transaction1 [‘program_id’], Transaction2 [‘program_id’]]] In Connect two events into one COMBINED_TRANSATION = soana_rogram.transaction ( program_id = transaction1 [‘program_id’], Accounts = [ { ‘Account_id’: ‘COMBINED_M’, Sender account ID ‘Key’: Sorana_rogramkey ( 0, ‘combination_m’, 1, key version (eg 1 or 2) ‘COMBINED_M’ In }, { ‘Account_id’: ‘M’, Sender account ID ‘Key’: Sorana_rogramkey ( 0, ‘m’, 1, Key version (e.g.