https://github.com/squidkid-deluxe/bitshares-airdrop
How to airdrop a token on bitshares
https://github.com/squidkid-deluxe/bitshares-airdrop
airdrop bitshares blockchain
Last synced: 3 months ago
JSON representation
How to airdrop a token on bitshares
- Host: GitHub
- URL: https://github.com/squidkid-deluxe/bitshares-airdrop
- Owner: squidKid-deluxe
- Created: 2023-03-29T21:31:33.000Z (about 2 years ago)
- Default Branch: master
- Last Pushed: 2023-03-29T21:35:32.000Z (about 2 years ago)
- Last Synced: 2025-01-14T11:02:36.748Z (4 months ago)
- Topics: airdrop, bitshares, blockchain
- Language: Python
- Homepage:
- Size: 23.4 KB
- Stars: 0
- Watchers: 1
- Forks: 1
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
Awesome Lists containing this project
README
# Gathering data from Kibana
To get account name and count of each for an operation:
1. Go to [Kibana Lens](https://kibana.bts.mobi/app/lens).
2. Type your search term in into the search bar, i.e. `operation_history.op_object.pool.keyword : 1.19.301` gets all operations for pool 1.19.301.
3. Drag a field from the list that says availible fields, in this case `account_history.account.keyword`, into the "Add or Drag and Drop a Field" dock for the horizonal axis.
4. Click on the field you just dropped, and select your desired `Number of Values`, as the default is 5, and those more than that number are grouped into an `Other` category in the final CSV.
5. Click on "Add or Drag and Drop a Field" on the vertical axis, and select "Count".
6. Click the "Download As CSV" button in the top right corner.
7. This downloads a file named "unsaved.csv", which you may rename to something more useful.
# Parsing data
Everything from here on presumes you have a working python3 installation on a linux box (see [here](https://www.python.org/downloads/)), the scripts may or may not work on windows or macOS; cross-platform capabilities have not been tested.
It helps to have a basic python understanding for the following steps.
1. Create a folder in your working directory, and add all of the CSV files to the folder, along with `parse_csv.py`.
2. Open `parse_csv.py` in your favorite text editor, and scroll down to line 28-33.
3. Some info about the usage of the script:
- `data` is a dictionary with keys of the CSV file names, where each value is a dictionary with keys for the horizontal axis and values of the vertical axis.
- `data2` is a dictionary with keys that label the data within and values of a list of account ids or a dictionary of account ids paired with occurrence numbers.
4. Modify the script to work with your filenames and data.
5. Run the script. Open a terminal in the current directory (e.g. the one with `parse_csv.py`) and run `python3 parse_csv.py`
6. This will generate (if successful) a file in that directory named `final_data.json`
If the python program does not run successfully and throws a `Traceback`, follow the following general steps for correction:
- If you see a `KeyError` or `IndexError`: This means that you did not correctly index a dictionary. Check for typos in your CSV filenames.
- If you see a `SyntaxError`, this means that you did not write correct python code. The `Traceback` often points to the problem area, so check for unclosed brackets, double operators (i.e. `*+`), or other typos.
Now that the data is in JSON format, add `tranche.py` to your working directory, and open it in your text editor.
There are several constants as the top of this script, each are explained as follows:
- `HONEST`: This stores the number of tokens you intend to distribute
- `DIFFERENT`: This is a True/False Boolean for if your tranches should be different for each group or not.
- `PERCENTS`: The percentage of the total supply to go the a given tranche. They are in the same order as you declared them in `parse_csv.py`.
- `PRECISION`: the asset precision of your token.
Run `tranche.py`.
You should now have a file named `amt_data.json` that contains the amounts (in graphene terms) to be send to each user, review this thoroughly.
# Sending tranches
Add the rest of the files to your current folder, and make sure that you read and trust `signing_bitshares.py` and `send_tranche.py`.
Triple-check _**everything**_, then check it again, and then, and only then, run `python3 send_tranche.py`. It will ask for your WIF and username, and then confimation before each transaction.