| #!/usr/bin/env ruby | |
| def mutate_hash_key_and_return_cache | |
| key1 = { k: 1 } | |
| key2 = { k: 2 } | |
| puts "key hash: #{key1.hash} obj_id: #{key1.object_id}" # key hash: 2866644869520814412 obj_id: 60 | |
| puts "val hash: #{key2.hash} obj_id: #{key2.object_id}" # val hash: -3505864355511529673 obj_id: 80 | |
| cache = { key1 => "x", key2 => "y" } | |
| key2[:k] = 1 # The two keys in the cache now have the same value. |
| #!/usr/bin/env python | |
| # Playing with word filters | |
| # pip install english-words | |
| from english_words import get_english_words_set | |
| web2 = get_english_words_set(['web2'], lower=True) | |
| gcide = get_english_words_set(['gcide'], lower=True) |
| -- Prompt for directory creation when attempting to save to non-existing location | |
| -- Create an autocommand group, clearing it of any existing commands | |
| vim.api.nvim_create_augroup('CreateMissingDir', { clear = true }) | |
| -- Setup an auto command that triggers prior to vim writing a buffer | |
| vim.api.nvim_create_autocmd('BufWritePre', { | |
| -- Specifies that the auto command belongs to the augroup we just created | |
| -- and that it applies to all file types (*) | |
| group = 'CreateMissingDir', | |
| pattern = '*', |
| 16:9 | |
| vs Dell P2715Q (Egmont) 27" 100% 16:9 (100:100) | 59x33cm 100x 100% | 2009cm2 100% | 3840x2160px 100x100% | 3600kr (100%) :: Display port | 100% | |
| vs Macbook Dashou 13" 48% 16:9 (100:100) | 28x16cm 48x 48% | 465cm2 23% | 2560x1600px 66x 74% | 12000kr (333%) :: | 48% | |
| vs Dell P2721Q (Mauro) 27" 100% 16:9 (100:100) | 59x33cm 100x 100% | 2009cm2 100% | 3840x2160px 100x100% | 3699kr (102%) :: usb-c | 100% | |
| 21:9 | |
| vs Samsung C34H890WG 34" 125% 21:9 (131:100) | 79x34cm 132x 101% | 2700cm2 134% | 3440x1440px 89x 66% | 4190kr (116%) :: usb-c | 132% | |
| vs Samsung C34J791 34" 125% 21:9 (131:100) | 79x34cm 132x 101% | 2700cm2 134% | 3440x1440px 89x 66% | 5799kr (161%) :: DP/HDMI/USB-C | 132% | |
| vs Samsung C34G55T 34" 125% 21:9 (131:100) | 79x34cm 132x 101% | 2700cm2 134% | 3440x1440px 89x 66% | 3999kr (111%) :: HDMI/DP | 132% | |
| vs Samsung C34J791WTU 34" 125% 21:9 (131:1 |
| -- Querying Delta Lake, 643715 rows | |
| -- Created, optimized and vacuumed with Databricks | |
| -- Partitioned by year and month (filepath 1 and 2) | |
| -- Spark parquet repartition(1) means 1 file per partition | |
| -- Runtime: | |
| -- SSMS: 01:31 | |
| -- Synapse Workspace top 5000 rows: 03:15 | |
| -- Synapse Workspace all rows: 25:29 | |
| -- Hard-coding the partition names makes no discernible difference |
Here are the simple steps needed to create a deployment from your local GIT repository to a server based on this in-depth tutorial.
You are developing in a working-copy on your local machine, lets say on the master branch. Most of the time, people would push code to a remote server like github.com or gitlab.com and pull or export it to a production server. Or you use a service like deepl.io to act upon a Web-Hook that's triggered that service.
| DROP EXTERNAL TABLE tests_external_table | |
| DROP EXTERNAL FILE FORMAT file_format_name | |
| DROP EXTERNAL DATA SOURCE extdatasource; | |
| DROP DATABASE SCOPED CREDENTIAL ADLSCredential; | |
| CREATE DATABASE SCOPED CREDENTIAL ADLSCredential | |
| WITH IDENTITY = 'User Identity', | |
| SECRET = '...............==' | |
| from time import sleep | |
| def count_sheep(): | |
| for _ in range(100): | |
| sleep(.01) | |
| yield _ | |
| def load_screen(factor = 3): | |
| for counter in count_sheep(): | |
| bar = ''.join(['#' if _ < counter/factor else ' ' for _ in range(100//factor)]) |
| # weirdness.py | |
| def loop_for(i, li=[]): | |
| while len(li) <= i: | |
| print(li) | |
| li[len(li):len(li)+1] = [len(li)] | |
| loop_for(9) | |
| loop_for(9, ['x', 'y', 'z']) | |
| """ |
| # python | |
| # Borrowing heavily from: https://stackoverflow.com/a/35286642 | |
| import winreg | |
| class RegHandler: | |
| def __init__(self, reg_path: str): | |
| self.reg_path = reg_path | |
| def set_reg(self, name, value): | |
| try: |