Tle last month or so we spent learning RISCV assembler while making a board game: PROJEKT:OVERFLOW
Each day I made an exercise and then we wrote (either together or her own) the execution of the program, you can see most of the examples at https://punkx.org/overflow/#assembly
I am attaching the photos of some of the work just for the record:
Play a round of easy mode projekt:overflow https://punkx.org/overflow
Play a round of easy mode projekt:overflow https://punkx.org/overflow
Get 4 numbers from the user and print them.
#include <stdio.h>
int main(void){
int number1, number2, number3, number4;
printf("Choose 4 numbers: ");
scanf("%d %d %d %d",&number1,&number2,&number3,&number4);
printf("You chose: %d %d %d %d\n",number1,number2,number3,number4);
return 0;
}
Read all lines from a file, each containing 4 numbers, and print the numbers
file numbers.txt:
1 2 3 54
1.2 3 4 6
0 1 2 3
#include <stdio.h>
int main(void){
int number1, number2, number3, number4;
FILE *fp;
fp = open("numbers.txt","r");
while(1)
int r = fscanf(fp,"%d %d %d %d",&number1,&number2,&number3,&number4);
if (r == EOF) {
break;
}
printf("numbers: %d %d %d %d\n",number1,number2,number3,number4);
}
return 0;
}
write multipe lines in a file using python
fout = open('output.txt', 'w')
line1 = "This here\'s the wattle,\n"
fout.write(line1)
line2 = "the emblem of our land.\n"
fout.write(line2)
fout.close()
then use ls and cat to see the files and to print the contents of the file.
save and load the tictactoe state
symbol = 'X'
bord = ["-", "-", "-","-", "-", "-","-", "-", "-"]
ask = ''
while True:
print(bord[0], bord[1], bord[2])
print(bord[3], bord[4], bord[5])
print(bord[6], bord[7], bord[8])
ask = input(f"{symbol} where do u want to play: ")
if ask == 'save':
f = open('board.txt',"w")
for i in range(9):
f.write(bord[i])
f.write(symbol)
f.close()
quit()
elif ask== 'load':
f=open('board.txt','r')
data = f.read()
for i in range(9):
bord[i] = data[i]
symbol = data[9]
f.close()
continue
else:
if ask== 'a1':
bord[0] = symbol
if ask== 'a2':
bord[1] = symbol
if ask== 'a3':
bord[2] = symbol
if ask== 'b1':
bord[3] = symbol
if ask== 'b2':
bord[4] = symbol
if ask== 'b3':
bord[5] = symbol
if ask== 'c1':
bord[6] = symbol
if ask== 'c2':
bord[7] = symbol
if ask== 'c3':
bord[8] = symbol
win = False
if bord[0] != '-' and (bord[0]==bord[1] and bord[1] == bord[2]):
win = True
if bord[3] != '-' and (bord[3]==bord[4] and bord[4] == bord[5]):
win = True
if bord[6] != '-' and (bord[6]==bord[7] and bord[7] == bord[8]):
win = True
if bord[0] != '-' and (bord[0]==bord[3] and bord[3] == bord[6]):
win = True
if bord[1] != '-' and (bord[1]==bord[4] and bord[4] == bord[7]):
win = True
if bord[2] != '-' and (bord[2]==bord[5] and bord[5] == bord[8]):
win = True
if bord[0] != '-' and (bord[0]==bord[4] and bord[4] == bord[8]):
win = True
if bord[2] != '-' and (bord[2]==bord[4] and bord[4] == bord[6]):
win = True
if win == True:
print(symbol, "WINS")
quit()
if symbol =='X':
symbol = '0'
else:
symbol = 'X'
play with files, and experimenting with seek()
while True:
ask=input('What do u want to add on your duolingo file: ')
if ask == 'lessons':
f=open('duocount.txt','a')
f.write(ask)
f.write('\n')
ques=input('How many lesssons did you do: ')
f.write(ques)
if ask == 'placement':
t=open('duocout.txt','a')
t.write(ask)
t.write('\n')
question=input('which placement are your now: ')
t.write(question)
if ask == 'read':
d=open('duocount.txt','r')
d.seek(5)
print(d.read())
if ask == 'quit':
break
write few small programs, calculate area/circumference of a circle, volume and area of a rectangle, make a tiny chatgpt client, practice dictionary by making hiragana/eng and katakana/eng tabels
hiragana:
hiragana_dict = {
'a': 'あ',
'i': 'い',
'u': 'う',
'e': 'え',
'o': 'お',
'ka': 'か',
'ki': 'き',
'ku': 'く',
'ke': 'け',
'ko': 'こ',
'sa': 'さ',
'shi': 'し',
'su': 'す',
'se': 'せ',
'so': 'そ',
'ta': 'た',
'chi': 'ち',
'tsu': 'つ',
'te': 'て',
'to': 'と',
'na': 'な',
'ni': 'に',
'nu': 'ぬ',
'ne': 'ね',
'no': 'の',
'ha': 'は',
'hi': 'ひ',
'fu': 'ふ',
'he': 'へ',
'ho': 'ほ',
'ma': 'ま',
'mi': 'み',
'mu': 'む',
'me': 'め',
'mo': 'も',
'ya': 'や',
'yu': 'ゆ',
'yo': 'よ',
'ra': 'ら',
'ri': 'り',
'ru': 'る',
're': 'れ',
'ro': 'ろ',
'wa': 'わ',
'wo': 'を',
'n': 'ん',
}
while True:
eng = input("which letter do u want to translate: ")
actual = hiragana_dict[eng]
print(actual)
katakana:
japanese={
"a": "ア",
"i": "イ",
"u": "ウ",
"e": "エ",
"o": "オ",
"ka": "カ",
"ki": "キ",
"ku": "ク",
"ke": "ケ",
"ko": "コ",
"sa": "サ",
"shi": "シ",
"su": "ス",
"se": "セ",
"so": "ソ",
"ta": "タ",
"chi": "チ",
"tsu": "ツ",
"te": "テ",
"to": "ト",
"na": "ナ",
"ni": "ニ",
"nu": "ヌ",
"ne": "ネ",
"no": "ノ",
"ha": "ハ",
"hi": "ヒ",
"fu": "フ",
"he": "ヘ",
"ho": "ホ",
"ma": "マ",
"mi": "ミ",
"mu": "ム",
"me": "メ",
"mo": "モ",
"ya": "ヤ",
"yu": "ユ",
"yo": "ヨ",
"ra": "ラ",
"ri": "リ",
"ru": "ル",
"re": "レ",
"ro": "ロ",
"wa": "ワ",
"wo": "ヲ",
"n": "ン",
"ga": "ガ",
"gi": "ギ",
"gu": "グ",
"ge": "ゲ",
"go": "ゴ",
"za": "ザ",
"ji": "ジ",
"zu": "ズ",
"ze": "ゼ",
"zo": "ゾ",
"da": "ダ",
"di": "ヂ",
"du": "ヅ",
"de": "デ",
"do": "ド",
"ba": "バ",
"bi": "ビ",
"bu": "ブ",
"be": "ベ",
"bo": "ボ",
"pa": "パ",
"pi": "ピ",
"pu": "プ",
"pe": "ペ",
"po": "ポ",
"ā": "ーア",
"ē": "ーエ",
"ō": "ーオ",
"kā": "ーカ",
"kī": "ーキ",
"kū": "ーク",
"kē": "ーケ",
"kō": "ーコ",
"sā": "ーサ",
"shī": "ーシ",
"sū": "ース",
"sē": "ーセ",
"sō": "ーソ",
"tā": "ータ",
"chī": "ーチ",
"tsū": "ーツ",
"tē": "ーテ",
"tō": "ート",
"nā": "ーナ",
"nī": "ーニ",
"nū": "ーヌ",
"nē": "ーネ",
"nō": "ーノ",
"hā": "ーハ",
"hī": "ーヒ",
"fū": "ーフ",
"hē": "ーヘ",
"hō": "ーホ",
"mā": "ーマ",
"mī": "ーミ",
"mū": "ーム",
"mē": "ーメ",
"mō": "ーモ",
"yā": "ーヤ",
"yū": "ーユ",
"yō": "ーヨ",
"rā": "ーラ",
"rī": "ーリ",
"rū": "ール",
"rē": "ーレ",
"rō": "ーロ",
"wā": "ーワ",
"wō": "ーヲ",
"vū": "ーヴ",
"n": "ーン",
"ga": "ガ",
"gi": "ギ",
"gu": "グ",
"ge": "ゲ",
"go": "ゴ",
"za": "ザ",
"ji": "ジ",
"zu": "ズ",
"ze": "ゼ",
"zo": "ゾ",
"da": "ダ",
"ji": "ヂ",
"zu": "ヅ",
"de": "デ",
"do": "ド",
"ba": "バ",
"bi": "ビ",
"bu": "ブ",
"be": "ベ",
"bo": "ボ",
"pa": "パ",
"pi": "ピ",
"pu": "プ",
"pe": "ペ",
"po": "ポ",
"ya": "ャ",
"yu": "ュ",
"yo": "ョ",
"tsu": "ッ",
"a": "ァ",
"i": "ィ",
"u": "ゥ",
"e": "ェ",
"o": "ォ",
"wa": "ヮ",
"wi": "ヰ",
"we": "ヱ",
"vu": "ヴ",
}
while True:
eng = input("which letter do u want to translate: ")
actual = japanese[eng]
print(actual)
french counting:
FrenchCounting={
"one":"un",
"two":"deux",
"three":"trois",
"four":"quatre",
"five":"cinq",
"six":"six",
}
score = 0
while True:
eng = input("which number: ")
fre = input("what is the french version: ")
actual = FrenchCounting[eng]
if actual == fre:
print("success")
score +=1
print(score)
else:
print("wrong")
openai client:
import openai
openai.api_key = 'sk-..'
messages = [{"role": "system", "content": "You are a japanesec techer, and your student is asking you the following quesiton, answer with the right response."}]
while True:
question = input("what is your question: ")
messages.append({"role": "user", "content": question})
response = openai.ChatCompletion.create(
model="gpt-3.5-turbo",
messages=messages
)
content = response["choices"][0]["message"]["content"]
print('-' * 20)
print(content)
messages.append({"role":"assistant", "content": content})
print('-' * 20)
#print(messages)
area and volume of an parallelepiped:
H = float(input("what is the height: "))
W = float(input("what is the width: "))
D = float(input("what is the depth: "))
V = H*W*D
A = H*W*2 + H*D*2 + W*D*2
print("The Volume is: "+str(V))
print("The Area is: "+str(A))
area and circumference of a circle:
ask = input("How big is the radius: ")
r=float(ask)
pi = 3.1415926
C =2*pi*r
A =pi*r*r
print("the Area of your circle is: "+str(A))
print("the Circumference is: "+str(C))
Write a program to calculate the area of triangle, and write another one that asks what kind of area you want to calculate and can do circle, rectangle and triangle
those are the programs she wrote
ask = input("what height of the triangle: ")
quest = input("what is the base of the triangle: ")
height = int(ask)
base = int(quest)
Area = height * base /2
print("the area of your triangle is:" +str(Area))
and the one with menu:
print("1 = circle, 2=rectangle, 3 = triangle:")
ask = input("what do u want to do? ")
if ask == '1':
r = input('what is the radius: ')
result = float(r) * float(r) * 3.14
print(result)
elif ask == '2':
Lenght=input('what is the length: ')
Height=input('what is the height')
result = int(Lenght) * int(Height)
print(result)
elif ask == '3':
h=input("what is the height: ")
l=input("what is the length: ")
result = int(l) * int(h) /2
print(result)
the last 1-2 weeks we were doing ad-hoc small json programs, just serializing and deserializing some state, those are just some of the programs she made
make user.json file
{
"name": "Jackie",
"favoriteNumber": 14,
"IsProgrammer": true,
"hobbies": ["learning","volleybal"],
"objects": [{"name": "Defalco"},{"idol": "Defalco"}]
}
load it and get some data from the inside objects
import json
f=open("user.json","r")
r = f.read()
#print(r)
f.close()
data = json.loads(r)
print(data["objects"][1]["idol"])
save some input state:
import json
# questions = []
# for i in range(3):
# q = input("q> ")
# a = input("a> ")
# questions.append({"question":q, "answer":a })
# f = open("questions.txt","w")
# f.write(json.dumps(questions)) # serialize
# f.close()
f = open("questions.txt",'r')
data = json.loads(f.read()) # deserialize
f.close()
print(data)
some other examples
import json
game = {
"board": ['-','-','-','-','-'],
"symbol": 'X'
}
#serialization serial
f = open('tic.json','w')
f.write(json.dumps(game))
f.close()
f = open('tic.json','r')
game = json.loads(f.read())
f.close()
another user.json
[
{
"BuisnesName": "BigCorperation",
"NumberOfEmbloyes": 2000,
"Ceo": "Jim",
"rating": 4.6
},
{
"BuisnesName": "SmalBUisness",
"numberOfEmployes": 3,
"ceo": null,
"rating": 5
}
]
and read it and print something form it
import json
f=open("user.json","r")
d = f.read()
print(d)
l = json.loads(d)
f.close()
print(l[0]['rating'])
we made few other small programs on the way, but I didnt write them down. Also we spent fair amount of time going through the network tab in the chrome inspector and looking at various json payloads