Skip to main content

HOW TO INSTALL TURBO C IN WINDOWS 7

In order to install Turbo C (Which can be found here )in windows 7 you first need to download and install dosbox here.
Step 1: Create a folder in c:\ drive and name it turbo (or anything convenient for you)
Step 2: Now extract TC installer in this newly created folder
Step 3: Run dosbox from start menu.This will load dosbox emulator.
The prompt will display Z:\>
Step 4: Now you need to mount the folder that you created in the previous step.
in the prompt type:
Z:\>mount c c:\turbo
You will get a message that drive c is mounted as local directory c:\turbo.
Step 5: Now just by few commands you can open your turbo c
Just type:
Z:\> c:
c:\> cd tc/bin
c:\tc/bin:> tc
Step 4: Turbo c will start .Go to Options > Directories.
Change all the drives to c if not already there.
Example: In include Directories
H:\ TC\ INCLUDE
Simply replace 'H' with 'c'
Similarly for other options below it.
Configure DosBox to automatically load c++ in full screen
Step 1: Load the DosBox configuration file from the explorer, path for configuration file may be C:\Program                       Files\DOSBox-0.74\DOSBox 0.74 Options.bat or load it from start menu "AllPrograms->DosBox-                                     0.74->Options->DOSBox 0.74 Options".
Step 2: The file opens with default text editor. You need to make following changes in the text file.
fullscreen = true
fulldouble = true
fullresolution = original
windowresolution = original
Step 3: Scroll down and look for [autoexec]. Below that type following commands.
mount c c:\turbo
Z:\>c:
c:\>cd tc\bin
c:\tc\bin\>tc
Now whenever you load dosBox you it will automatically load turbo c.

Comments

Popular posts from this blog

Interfacing Load Cell with Raspberry Pi 3 (via HX711) ⚖️

Interfacing Load Cell with Raspberry Pi 3 (via HX711) ⚖️ Interfacing Load Cell with Raspberry Pi 3 (via HX711) ⚖️ A load cell is a transducer that converts force (weight) into an electrical signal. The HX711 is a precision 24-bit analog-to-digital converter (ADC) designed for weigh scales. Today we’ll connect a load cell to Raspberry Pi 3 using the HX711 module. πŸ§ͺ πŸ”§ Components Required Component Quantity Raspberry Pi 3 1 Load Cell 1 HX711 Module 1 Jumper Wires 6 Breadboard (optional) 1 πŸ”Œ Pin Connections HX711 Pin Raspberry Pi Pin Pin Number VCC 5V Pin 2 GND Ground Pin 6 DT GPIO 5 Pin 29 SCK GPIO 6 Pin 31 Figure: Load Cell connected to Raspberry Pi 3 via HX711 πŸ’» Python Code from hx711 import HX711 import RPi.GPIO as GPIO import time hx = HX711(dout_pin=5, pd_sck_pin=6) hx.set_reading_format("MSB", "MSB") hx.set_reference_unit(1) hx.reset()...

Interfacing Sound Sensor with Raspberry Pi 3

πŸ”Ή Overview The KY-037 is a high-sensitivity sound detection sensor that can detect noise levels in the environment. It provides both analog and digital outputs. In this tutorial, we’ll interface the digital output of KY-037 with Raspberry Pi 3 Model B+ (without using an ADC like MCP3008) and detect sound events.

Interfacing Water Flow Sensor with Raspberry Pi 3 🚿

Interfacing Water Flow Sensor with Raspberry Pi 3 🚿 🎯 Objective To measure the flow rate of water using a Water Flow Sensor (YF-S201) and Raspberry Pi 3. Useful in smart irrigation and water management systems. 🧰 Components Required Component Quantity Raspberry Pi 3 1 YF-S201 Water Flow Sensor 1 10K Pull-down Resistor 1 Jumper Wires As required Breadboard 1 ⚡ Circuit Connections Sensor Pin Connect To Red (VCC) 5V (Raspberry Pi) Black (GND) GND (Raspberry Pi) Yellow (Pulse Out) GPIO18 (Pin 12) with pull-down resistor 🧠 Python Code import RPi.GPIO as GPIO import time FLOW_SENSOR = 18 pulse_count = 0 def countPulse(channel): global pulse_count pulse_count += 1 GPIO.setmode(GPIO.BCM) GPIO.setup(FLOW_SENSOR, GPIO.IN, pull_up_down=GPIO.PUD_DOWN) GPIO.add_event_detect(FLOW_SENSOR, GPIO.FALLING, callback=countPulse) try: while True: pulse_count = 0 time.sleep(1) flow_rate = (pulse_count / 7.5) ...