Actual...

Guys, It is not so difficult task for everyone have ever done any fork.
I have the detailed guide for old version of Dash so you need only rewrite where necessary.

keychainX, I've answered you in PM

RedR00t, It's a bit strange because I recieved messages from newbies... Anyway, let's discuss my task in PM. Thank you.

Achargeturry78, It might be a good idea but not for me. I don't need for full-stack developers...

Newbies can send me. I don't see any problem.

P.S.: My topic is still actual.

Yes, but it is old doesn't work.
I need for update (based on the guide you sent)

So, it's still actual

Hello everyone!

I need someone who will write for me a detailed Guide: "How can I make a fork the latest version of Dash".
I can give an example of guide (for the old version of the Dash).
You need only correct it (actualize to latest version) and make some additions.
So, I would like to get the guide and make a fork following it completely. And my fork must be working.

Exemplary model:
1. Tools need to use (compilation must based on Debian).
2. Preparing Debian for compilation. What packages should I install on Debian? What settings need to be made? Installation of a gensis-block generator. Detailed with the execution commands. A small comment needs for each installed package (what it is and why it is used).
3. Clone the Dash repository into my own GitHub.
4. Changing the Dash source codes:
a) the fork main settings: paths to new folders and the repository, generation of digital signatures, generation of genesis-block, checkpoints, DNS, IP, ports, etc. In Details, what commands need to execute.
b) customizing cryptocurrency parameters: block-generation time, complexity and recalculation of complexity, rate of rewards, time to reduce rewards, changing graphics (using another pictures and icons) and other important parameters of the fork.
It is necessary to give brief descriptions of editable variables. For what are they responsible in the code?
You also need to comment on which source file for which part of programm is responsible.
5. The process of compiling the modified source code (wallet for Windows).
6. Testing the wallet. The process of running wallets on Virtual Machines in one network, the process of launching the cryptocurrency fork mining. Sendind test transactions between two test clients.

You have to be able to make a fork by himself.

I'll pay in BTC or Minter's BIP.
Write me in PM.

Hello everyone.

I would ask some specialist to write for me the high-quality review of the most popular (Java, JS, C ++, C #, Python, Ruby, Solidity, Golang, Scala) and new (Lisk, Scilla, Vyper) languages: their compare, advantages and disadvantages (in the the blockchain programming area - decentralized apps and smart contracts) with examples of successful/unsuccessful implementations and code comments (small and important pieces). And this one should include the brief analysis of the mistakes made during the implementation of smart contracts.

Estimated frame:
a) very briefly about what kind of language it is, how it appeared and who it develop now (history);
b) very briefly about where it is used (mostly);
c) briefly about + and - in common;
d) in detail about how it is used in the Blockchain and most important - in smart contracts; which the most famous projects used it (how and what a language is used for the project; if for a smart contract you should give examples of successful/unsuccessful code pieces with comments and analyze errors or vulnerabilities);
e) briefly + and - about using a lang in the Blockchain (conclusion).
2. The general conclusion of the article with the compare all languages ​​(compare their use in the blockchain and smart contracts). Better in table form with comments.

Uniqueness ~ 90%
Size ~ 3000 words (not including code examples).
Term - offer yourself what you will be comfortable for high-quality research.
Write me to PM
Thanks!

Здравствуйте.

Нужен качественно проработанный обзор существующих наиболее популярных (Java, JS, C++, С#, Python, Ruby, Solidity, Golang, Scala) и новых (Lisk, Scilla, Vyper) языков, их сравнение, преимущества и недостатки в области блокчейн-программирования (децентрализованные приложения и умные контракты) с примерами удачных/неудачных реализаций и комментариями кода (небольших, значимых кусков). + краткий анализ допущенных ошибок при реализации смарт-контракта (или наоборот, "изюминок").
Примерная структура:
1. По каждому языку:
а) очень коротко о том, что это за язык , как появился и кем развивается (история);
б) очень коротко о том, где используется вообще (преимущественно);
в) коротко о + и - в общем;
г) подробно о том, как используется в блокчейнах и, главное - в смарт-контрактах; какие наиболее известные проекты использовали (как и для чего язык используется в проекте; если для смарт-контракта - привести примеры кода удачных/неудачных реализаций с кодом и комментариями, провести анализ ошибок/уязвимостей);
д)  коротко + и - при использовании в блокчейнах (вывод)
2. Общий вывод по статье со сравнением всех языков (сравнивать применение их в области блокчейна и смарт-контрактах). Желательно в табличном виде с комментариями.

Уникальность ~90%
Объём ~3000 слов (не включая примеры кода).
Срок - предложите сами, какой вам будет комфортным для качественного исследования и проработки.
Цена договорная.
Пишите в ПМ
Спасибо.