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import * as dynamodb from "@aws-sdk/client-dynamodb"

const commands = {
	"client"             : (params:dynamodb.DynamoDBClientConfig) => new dynamodb.DynamoDBClient(params),
	"listTables"         : (params:dynamodb.ListTablesCommandInput) => new dynamodb.ListTablesCommand(params),
	"describeTable"      : (params:dynamodb.DescribeTableCommandInput)=>new dynamodb.DescribeTableCommand(params),
	"query"              : (params:dynamodb.QueryCommandInput) => new dynamodb.QueryCommand(params),
	"scan"               : (params:dynamodb.ScanCommandInput) => new dynamodb.ScanCommand(params),
	"getItem"            : (params:dynamodb.GetItemCommandInput) => new dynamodb.GetItemCommand(params),
	"putItem"            : (params:dynamodb.PutItemCommandInput) => new dynamodb.PutItemCommand(params),

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//STX12//830HR8001      20220806220113 9                               HR8      01009       SH202208062022080620240121921128      9211280001  215610            0250600209          E   5500049044     EA000                                    03SUBASH KRISHNAN                                                               04+0000000000000090AD20220805                                                   04+0000000000000075DW20220808                                                   04+0000000000000105DW20220815                                                   04+0000000000000330DW20220822                                                   04+0000000000000210DW20220829                                                   04+0000000000000000DW20220905                                                   04+0000000000000345DW20220912                                                   04+0000000000000165DW20220919                                                   04+0000000000000240DW20220926                                   

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## check_for_distinct_paths.py

""" 
Given a list of paths, return a list of distinct paths:

If path1 is the same as path2, they are considered duplicates.
For example:

>>> get_distinct_paths(['abc/def', 'abc/def'])
['abc/def']

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# You have a basket of socks
# There are a random assortment of socks
# They may have pairs

# Pick a sock out of the basket
# Keep pickings socks, one a time, until you have gone through them all
# Every time you find a match, put them together and set aside

import random
# random.seed(1)

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/**
 * rabbithole.js
 * 
 * There are 100 holes, all in a row, and a long tunnel connecting them.  
 * A rabbit lives down there, and you're trying to catch him.
 * The rabbit starts down 1 one of the holes, but you don't know which.
 * Every time you look down into a hole the rabbit moves.
 * But he only moves one hole -- either left or right.
 * How can you find the rabbit? And how long will it take?
 *

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pip install selenium
pip install pandas
pip install openpyxl
pip install sqlalchemy
pip install mysql-connector-python
pip install beautifulsoup4
pip install requests

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from selenium import webdriver

driver = webdriver.Chrome()
driver.get("https://one-shore.com/")
element = driver.find_element_by_css_selector(".oneshore.logo")
element.screenshot("logo.png")
driver.quit()

from PIL import Image

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## podio_api_example.py

## Download podio python library from https://github.com/podio/podio-py
## copy podio-py/pypodio into your project directory (pip package not available on pypi)

from pypodio2 import api 

## Get environment variables for Podio Credentials

from os import environ as env 

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import com.google.gson.Gson;
import java.io.*;
import java.sql.Connection;
import java.sql.DriverManager;
import java.sql.PreparedStatement;
import java.sql.SQLException;


public class LoadFamilyDatabase
{

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requests==2.24.0
beautifulsoup4==4.9.3

# setup: pip install -r requirements.txt