| -- a. CREATE EMPLOYEE table | |
| CREATE TABLE | |
| EMPLOYEE ( | |
| emp_id NUMBER (11, 0) NOT NULL, | |
| fname VARCHAR(40), | |
| lname VARCHAR(40), | |
| stor_id NUMBER (11, 0), | |
| job_id NUMBER (11, 0), | |
| pub_id NUMBER (11, 0), | |
| hire_date DATE, |
| #include <WiFi.h> | |
| #include <HTTPClient.h> | |
| #include <WiFiClientSecure.h> | |
| #include <LiquidCrystal_I2C.h> | |
| #include "DHT.h" | |
| #include <ArduinoJson.h> | |
| // === Wi-Fi Credentials === | |
| const char *ssid = "God"; | |
| const char *password = "PrayToGod"; |
So you want to write a sync system for a web app with offline and realtime support? Good luck. You might find the following resources useful.
Database in a browser, a spec (Stepan Parunashvili)
What problem are we trying to solve with a sync system?
The web of tomorrow (Nikita Prokopov)
| {"type":"doc","content":[{"type":"spacer","attrs":{"height":"lg"}},{"type":"logo","attrs":{"src":"https://maily.to/brand/logo.png","alt":null,"title":null,"maily-component":"logo","size":"sm","alignment":"left"}},{"type":"spacer","attrs":{"height":"xl"}},{"type":"paragraph","attrs":{"textAlign":"left"},"content":[{"type":"text","text":"Hey "},{"type":"variable","attrs":{"id":"username","label":null,"fallback":null}},{"type":"text","text":" 👋"}]},{"type":"paragraph","attrs":{"textAlign":"left"},"content":[{"type":"text","text":"It's been a long time coming..."}]},{"type":"paragraph","attrs":{"textAlign":"left"},"content":[{"type":"text","text":"Since our initial launch, many changes have occurred. I've rewritten the compiler using "},{"type":"text","marks":[{"type":"link","attrs":{"href":"https://react.email","target":"_blank","rel":"noopener noreferrer nofollow","class":null}}],"text":"react-email"},{"type":"text","text":", enhancing its flexibility and maintainability."}]},{"type":"bulletList","content":[{"t |
| int L_EN_FOR_ONE=3; | |
| int L_PWM_FOR_ONE=5; | |
| int R_EN_FOR_ONE=4; | |
| int R_PWM_FOR_ONE=6; | |
| int L_EN_FOR_TWO=8; | |
| int R_EN_FOR_TWO=9; | |
| int L_PWM_FOR_TWO=10; | |
| int R_PWM_FOR_TWO=11; |
| # Write a function that takes in N numbers as parameters representing marks obtained in quizzes. The function should calculate and return the average of best N-1 marks. Use variable length argument list. | |
| def average_best(N, *marks): | |
| # Sort the marks in descending order | |
| sorted_marks = sorted(marks, reverse=True) | |
| # Get the top N-1 marks | |
| top_marks = sorted_marks[: N - 1] | |
| # Calculate the average of the top marks | |
| return sum(top_marks) / len(top_marks) |
| def gpa(*subs_nums): | |
| totalGpa = 0 | |
| for num in subs_nums: | |
| if num >= 90 and num <= 100: | |
| totalGpa += 4 | |
| elif num >= 85 and num <= 89: | |
| totalGpa += 3.70 | |
| elif num >= 80 and num <= 84: | |
| totalGpa += 3.30 | |
| elif num >= 75 and num <= 79: |
| n = int(input("Enter any Real number: ")) | |
| for i in range(n): | |
| for j in range(i + 1): | |
| print("*", end=" ") | |
| print() | |
| # Result: | |
| # * | |
| # * * |
| # Assignment 01: Take a floating number as input and print it in integer. | |
| floatingNumber = float(input("Enter a floating number: ")) | |
| print(int(floatingNumber)) | |
| # Assignment 02: Print decimal number with the fixed decimal part. (up to 2 decimal places or 3 decimal places) | |
| sampleNumber = 2.44922343556 | |
| print("The number is: ", sampleNumber) | |
| print("The 2 decimal number is: ", round(sampleNumber, 2)) |
| department1 = "CSE" | |
| department2 = "CIVIL" | |
| institution1 = "IUB" | |
| institution2 = "NSU" | |
| myInstitution = input("Enter your institution name: ") | |
| myDepartment = input("Enter your department: ") | |
| # Methon 01 - Straight forward |