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Texts: Make a module overview of all program modules and their call interfaces. The module overview shows all modules (files with source code) of a project plus all function calls between modules. Functions that are only used within a module are not shown. Example: Can you create a chart like this for my module? Here is mine: Ticker Module (ticker.asm): Call Interface: No specific call interface is mentioned. In my code, I can add later. LCD Module (lcd.asm): Call Interface: No specific call interface is mentioned. In my code, I can add later. decToASCII Module (decToASCII.asm): Call Interface: No specific call interface is mentioned. In my code, I can add later. Clock Module (clock.asm): Call Interface: - void initClock(): Initializes the clock module. - void updateTime(): Updates the current time based on the 1s tick. - void displayTime(): Displays the current time on the LCD. - void switchToSetMode(): Switches the clock to the set mode. ADC Converter Module: Call Interface: Not specified. This module needs to be implemented separately as per the requirements. It should provide functions to read and convert analog voltage from the temperature-sensitive resistor on AD.7 to a temperature value in Celsius. Main Program (main.c): Call Interface: - void main(): Entry point of the program. - void initHardware(): Initializes hardware components. - void runClockAndTemperature(): Main loop that calls clock and temperature functions once per second. - void handleButtonPress(): Handles button presses and switches between modes (normal and set). - void updateTemperature(): Updates the temperature value using the ADC Converter Module and displays it on the LCD. It's important to note that the ADC Converter Module's call interface is not specified, so you will need to design and implement the necessary functions based on the requirements. Overview of all program modules and their call interfaces: - main.c (or main.asm): - Initialize HW - Endless loop with clock and temp. display - Program Logic & User Interface - initClock() -> tickClock -> clock.asm: - Clock function and display - initThermo() -> updateThermo() -> initLCD() -> initTicker() -> thermometer.asm: - Clock Event - Temp. measurement and display - HW Driver - ticker.asm: - Timer Interrupt - Timer Ch.4 - initADC() -> convertADC() -> lcd.asm -> adc.asm: - ADC Driver - writeLine() - LCD Driver - writeLine() - initLED() -> clrLED() -> toggleLED() -> led.asm: - LED Driver - decToASCII(): - Helper Functions - decToASCII.asm: - Convert decimal to ASCII String

Name: texts make a module overview of all program modules and their call interfaces the module overview shows all modules files with source code of a project plus all function calls between module 18007
Uploaded: 2023-09-20T06:35:26-08:00
Duration: 5 min 59 s
Channel: Supreeta N
Description: texts make a module overview of all program modules and their call interfaces the module overview shows all modules files with source code of a project plus all function calls between module 18007

          Texts: Make a module overview of all program modules and their call interfaces.

The module overview shows all modules (files with source code) of a project plus all function calls between modules. Functions that are only used within a module are not shown.

Example: Can you create a chart like this for my module? Here is mine:

Ticker Module (ticker.asm):
Call Interface: No specific call interface is mentioned. In my code, I can add later.

LCD Module (lcd.asm):
Call Interface: No specific call interface is mentioned. In my code, I can add later.

decToASCII Module (decToASCII.asm):
Call Interface: No specific call interface is mentioned. In my code, I can add later.

Clock Module (clock.asm):
Call Interface:
- void initClock(): Initializes the clock module.
- void updateTime(): Updates the current time based on the 1s tick.
- void displayTime(): Displays the current time on the LCD.
- void switchToSetMode(): Switches the clock to the set mode.

ADC Converter Module:
Call Interface: Not specified. This module needs to be implemented separately as per the requirements. It should provide functions to read and convert analog voltage from the temperature-sensitive resistor on AD.7 to a temperature value in Celsius.

Main Program (main.c):
Call Interface:
- void main(): Entry point of the program.
- void initHardware(): Initializes hardware components.
- void runClockAndTemperature(): Main loop that calls clock and temperature functions once per second.
- void handleButtonPress(): Handles button presses and switches between modes (normal and set).
- void updateTemperature(): Updates the temperature value using the ADC Converter Module and displays it on the LCD.

It's important to note that the ADC Converter Module's call interface is not specified, so you will need to design and implement the necessary functions based on the requirements.

Overview of all program modules and their call interfaces:
- main.c (or main.asm):
  - Initialize HW
  - Endless loop with clock and temp. display
  - Program Logic & User Interface
- initClock() -> tickClock -> clock.asm:
  - Clock function and display
- initThermo() -> updateThermo() -> initLCD() -> initTicker() -> thermometer.asm:
  - Clock Event
  - Temp. measurement and display
  - HW Driver
- ticker.asm:
  - Timer Interrupt
  - Timer Ch.4
- initADC() -> convertADC() -> lcd.asm -> adc.asm:
  - ADC Driver
  - writeLine()
  - LCD Driver
  - writeLine()
- initLED() -> clrLED() -> toggleLED() -> led.asm:
  - LED Driver
- decToASCII():
  - Helper Functions
  - decToASCII.asm:
  - Convert decimal to ASCII String

texts make a module overview of all program modules and their call interfaces the module overview shows all modules files with source code of a project plus all function calls between module 18007

Added by Donna F.

Computer Science and Information Technology

Trishna Knowledge Systems 2018 Edition

Instant Answer

Solved by Expert Supreeta N

09/20/2023

Step 1

- Ticker Module (ticker.asm) - LCD Module (lcd.asm) - decToASCII Module (decToASCII.asm) - Clock Module (clock.asm) - ADC Converter Module (not specified) - Main Program (main.c) Show more…

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Thanks for your feedback!

Texts: Make a module overview of all program modules and their call interfaces. The module overview shows all modules (files with source code) of a project plus all function calls between modules. Functions that are only used within a module are not shown. Example: Can you create a chart like this for my module? Here is mine: Ticker Module (ticker.asm): Call Interface: No specific call interface is mentioned. In my code, I can add later. LCD Module (lcd.asm): Call Interface: No specific call interface is mentioned. In my code, I can add later. decToASCII Module (decToASCII.asm): Call Interface: No specific call interface is mentioned. In my code, I can add later. Clock Module (clock.asm): Call Interface: - void initClock(): Initializes the clock module. - void updateTime(): Updates the current time based on the 1s tick. - void displayTime(): Displays the current time on the LCD. - void switchToSetMode(): Switches the clock to the set mode. ADC Converter Module: Call Interface: Not specified. This module needs to be implemented separately as per the requirements. It should provide functions to read and convert analog voltage from the temperature-sensitive resistor on AD.7 to a temperature value in Celsius. Main Program (main.c): Call Interface: - void main(): Entry point of the program. - void initHardware(): Initializes hardware components. - void runClockAndTemperature(): Main loop that calls clock and temperature functions once per second. - void handleButtonPress(): Handles button presses and switches between modes (normal and set). - void updateTemperature(): Updates the temperature value using the ADC Converter Module and displays it on the LCD. It's important to note that the ADC Converter Module's call interface is not specified, so you will need to design and implement the necessary functions based on the requirements. Overview of all program modules and their call interfaces: - main.c (or main.asm): - Initialize HW - Endless loop with clock and temp. display - Program Logic & User Interface - initClock() -> tickClock -> clock.asm: - Clock function and display - initThermo() -> updateThermo() -> initLCD() -> initTicker() -> thermometer.asm: - Clock Event - Temp. measurement and display - HW Driver - ticker.asm: - Timer Interrupt - Timer Ch.4 - initADC() -> convertADC() -> lcd.asm -> adc.asm: - ADC Driver - writeLine() - LCD Driver - writeLine() - initLED() -> clrLED() -> toggleLED() -> led.asm: - LED Driver - decToASCII(): - Helper Functions - decToASCII.asm: - Convert decimal to ASCII String

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Transcript

00:01 Hello student, here this program works by first initializing the stack pointer and the uart and then declare the buffer to store the received string.

00:09 The two functions are palindrome and string length.

00:12 So here palindrome function takes a string as the input and returns 1 if the string is palindrome and 0 if the string is not palindrome.

00:18 Then the function by comparing the character at the beginning and the end, moving the pointer inward until they meet.

00:24 If all the characters match, then the string is palindrome.

00:27 Otherwise, string is not palindrome.

00:28 For example, i have taken here x, a, ax.

00:33 If this match with this, if this match with this, then i will say it's palindrome.

00:37 String length, string length function will calculate the string length.

00:41 So here total four characters are there.

00:42 So here string length will be four.

00:44 Main function is first receive a string of the character via uart.

00:48 Then it calls a is palindrome function to check if the string is palindrome.

00:52 And finally it calls a print function to print the result.

00:55 So here plp program to implement the uart palindrome checker.

01:00 So here uart palindrome checker initializes the step pointer.

01:04 This position is given.

01:05 This address is given to us.

01:07 Initialize the uart, uart underscore init.

01:11 This will initialize the uart, uart declare the buffer to store the received string.

01:17 So here i have to take a buffer and here i have stored 100 characters in this.

01:22 Declare a buffer to check if the string is palindrome.

01:25 So here i have to check the string is palindrome or not.

01:28 So here is underscore palindrome, get the length of the string.

01:32 Now call the function string length and after this $a0 move to vnote.

01:38 So in this way i will check the palindrome or not.

01:42 Initialize the two pointer.

01:43 So now i have to take the two pointer $s0 and $s1.

01:48 So with the help of this pointer, this is at the starting and this is at the end.

01:57 $s0 and $s1.

02:01 So here add immediately.

02:03 So here i have declared these two and starting value is here zero.

02:07 So it carries zero value and it carries also the zero value.

02:11 Loop through the string comparing the character at the two pointer.

02:14 So here i have to loop the, i have to take the help of the loop and comparing the characters with the help of a two pointer.

02:24 So now get the character at the two pointer...

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