+++ /dev/null
-mkdir minKatalog
-cd /courses/TDDE44/kursmaterial/laboration1
-ls
-cat virus.exe
-cp virus.exe /home/nilfo359/minKatalog
-mv virus.exe mitt_skript.sh
-sh mitt_skript.sh ###eller### ls -la; chmod 'u+x' mitt_skript.sh; ./mitt_skript.sh
-code virus.exe
-###Lägg till:###
-cd /home/nilfo359/
-ls
-###----------###
\ No newline at end of file
+++ /dev/null
-#!/usr/bin/env python3
-
-# OM EXEKVERBARA TEXTFILER
-#
-# När en exekverbar textfil körs i terminalen tittar systemet (dvs skalet på den
-# _första_ raden i filen. Om den första raden börjar med tecknena #! kommer
-# resten av raden att användas som en sökväg till det program som ska användas
-# för att tolka resten av filen.
-#
-# När denna fil körs i terminalen kommer python3 att användas för att tolka
-# innehållet. För användaren som kör filen är det ingen skillnad på att köra ett
-# kompilerat program och ett skript.
-#
-# Den här filen heter pythonskript.py, men filnamnet har egenligen ingen
-# betydelse. Om man döper om denna fil till dota kommer samma sak att hända när
-# man kör den.
-#
-# Det enda som har någon betydelse är om användaren har rätt att exekvera filen,
-# och innehållet i filen.
-
-# Här importeras modulen sys som hjälper oss interagera med systemet
-import sys
-
-def demonstrate_sysargv():
- print("I variabeln sys.argv hittar vi en lista vars första element är")
- print("kommandot som skrevs. Efterföljande element i listan är alla")
- print("argument som angavs. Se här:\n")
- print(sys.argv)
- print("\nProva att köra detta kommando igen och skicka med några argument")
- print("också!")
-
-# UPPGIFT!
-#
-# Er uppgift är att ta bort ordet pass i funktionen nedan och skriva Pythonkod
-# som skriver ut det första argumentet som skickades till detta skript.
-#
-# När ni gjort det, ändra på anropet längst ner i denna fil så att funktionen
-# say_hello() körs istället.
-def say_hello():
- print(sys.argv[1])
-
-# Här är anropet till den funktion som ska användas när detta skript körs.
-# När ni skrivit klart funktionen say_hello(), ändra anropet nedan så
-# att den körs istället!
-say_hello()
-
+++ /dev/null
-# Uppgift 1
-
-import math
-
-def return_five():
- return "five"
-
-def print_five():
- print("five")
-
-def add_strings():
- return "hej" + "san"
-
-def use_the_var():
- value = 5
- return value * 5
-
-def use_the_arg(a_string):
- print(a_string)
- return a_string
-
-def to_string(a_value):
- return str(a_value)
-
-def to_integer(a_value):
- return int(a_value)
-
-def to_float(a_value):
- return float(a_value)
-
-def to_any_type(a_value, a_type):
- return a_type(a_value)
-
-def print_type(a_value):
- print(type(a_value))
-
-def subtract(value1, value2):
- return value1 - value2
-
-def split_bill(amount, number_of_people):
- print(amount / number_of_people)
- return amount / number_of_people
-
-def round_up(value):
- return math.ceil(value)
-
-def round_down(value):
- return math.floor(value)
-
-def fahrenheit_to_celsius(temperature):
- return (temperature - 32) * (5/9)
-
-def celsius_to_fahrenheit(temperature):
- return (temperature * (9/5) + 32)
-
-def pythagoras(x, y):
- return (x**2 + y**2)**(1/2)
-
-if __name__ == "__main__":
- pass
\ No newline at end of file
+++ /dev/null
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-6GF1eAsAAQR6HGlZBADh9QVQSwUGAAAAAAMAAwArAQAAzAMAAAAA
\ No newline at end of file
+++ /dev/null
-# Uppgift 2
-
-import random
-
-def second_in_list(values):
- return values[1]
-
-def last_in_list(values):
- return values[-1]
-
-def second_last_in_list(values):
- return values[-2]
-
-def n_in_list(values, n):
- return values[n]
-
-def three_first_in_list(values):
- return values[:3] # return (values[0], values[1], values[2])
-
-def three_last_in_list(values):
- return values[-3:]
-
-def but_five_last_in_list(values):
- return values[:-5]
-
-def every_other_in_list(values):
- return values[::2]
-
-def two_around_n_in_list(values, n):
- return values[n-2:n+3]
-
-def new_list_with_n(values, n):
- return [*values, n]
-
-def append_n_to_list(values, a_value):
- values.append(a_value)
- return values
-
-def insert_4_on_pos_3(values):
- values.insert(3, 4)
- return values
-
-def extend_vals_to_list(values1, values2):
- values1.extend(values2)
- return values1
-
-def remove_from_third_in_list(values):
- del values[2:]
- return values
-
-def concatenate_lists(values1, values2):
- return [*values1, *values2]
-
-def select_random(values):
- return random.choice(values)
-
\ No newline at end of file
+++ /dev/null
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\ No newline at end of file
+++ /dev/null
-# Uppgift 3
-
-import random
-
-def concatenate_strings(string1, string2):
- return string1 + string2
-
-def use_the_linebreak():
- print("rad 1\nrad 2")
- return "rad 1\nrad 2"
-
-def generate_pokemon_name(prefixes, suffixes):
- return random.choice(prefixes) + random.choice(suffixes)
-
-def first_word(s):
- return s.split()[0]
-
-def join_list(values):
- return ":".join(values)
-
-def remove_spaces(s):
- return s.rstrip()
-
-def get_characters(s, pos, num_of_chars):
- return s[pos:pos+num_of_chars]
-
-
-print(get_characters("Ett ytterligare exempel", 4, 11))
-
+++ /dev/null
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-AAMAKwEAAEADAAAAAA==
\ No newline at end of file
--- /dev/null
+from .myTest import *
--- /dev/null
+mkdir minKatalog
+cd /courses/TDDE44/kursmaterial/laboration1
+ls
+cat virus.exe
+cp virus.exe /home/nilfo359/minKatalog
+mv virus.exe mitt_skript.sh
+sh mitt_skript.sh ###eller### ls -la; chmod 'u+x' mitt_skript.sh; ./mitt_skript.sh
+code virus.exe
+
+###Lägg till:###
+cd /home/nilfo359/
+ls
+###----------###
\ No newline at end of file
--- /dev/null
+# Uppgift 1
+
+import math
+
+def return_five():
+ return "five"
+
+def print_five():
+ print("five")
+
+def add_strings():
+ return "hej" + "san"
+
+def use_the_var():
+ value = 5
+ return value * 5
+
+def use_the_arg(a_string):
+ print(a_string)
+ return a_string
+
+def to_string(a_value):
+ return str(a_value)
+
+def to_integer(a_value):
+ return int(a_value)
+
+def to_float(a_value):
+ return float(a_value)
+
+def to_any_type(a_value, a_type):
+ return a_type(a_value)
+
+def print_type(a_value):
+ print(type(a_value))
+
+def subtract(value1, value2):
+ return value1 - value2
+
+def split_bill(amount, number_of_people):
+ print(amount / number_of_people)
+ return amount / number_of_people
+
+def round_up(value):
+ return math.ceil(value)
+
+def round_down(value):
+ return math.floor(value)
+
+def fahrenheit_to_celsius(temperature):
+ return (temperature - 32) * (5/9)
+
+def celsius_to_fahrenheit(temperature):
+ return (temperature * (9/5) + 32)
+
+def pythagoras(x, y):
+ return (x**2 + y**2)**(1/2)
+
+if __name__ == "__main__":
+ pass
\ No newline at end of file
--- /dev/null
+#!/usr/bin/env python3
+
+# OM EXEKVERBARA TEXTFILER
+#
+# När en exekverbar textfil körs i terminalen tittar systemet (dvs skalet på den
+# _första_ raden i filen. Om den första raden börjar med tecknena #! kommer
+# resten av raden att användas som en sökväg till det program som ska användas
+# för att tolka resten av filen.
+#
+# När denna fil körs i terminalen kommer python3 att användas för att tolka
+# innehållet. För användaren som kör filen är det ingen skillnad på att köra ett
+# kompilerat program och ett skript.
+#
+# Den här filen heter pythonskript.py, men filnamnet har egenligen ingen
+# betydelse. Om man döper om denna fil till dota kommer samma sak att hända när
+# man kör den.
+#
+# Det enda som har någon betydelse är om användaren har rätt att exekvera filen,
+# och innehållet i filen.
+
+# Här importeras modulen sys som hjälper oss interagera med systemet
+import sys
+
+def demonstrate_sysargv():
+ print("I variabeln sys.argv hittar vi en lista vars första element är")
+ print("kommandot som skrevs. Efterföljande element i listan är alla")
+ print("argument som angavs. Se här:\n")
+ print(sys.argv)
+ print("\nProva att köra detta kommando igen och skicka med några argument")
+ print("också!")
+
+# UPPGIFT!
+#
+# Er uppgift är att ta bort ordet pass i funktionen nedan och skriva Pythonkod
+# som skriver ut det första argumentet som skickades till detta skript.
+#
+# När ni gjort det, ändra på anropet längst ner i denna fil så att funktionen
+# say_hello() körs istället.
+def say_hello():
+ print(sys.argv[1])
+
+# Här är anropet till den funktion som ska användas när detta skript körs.
+# När ni skrivit klart funktionen say_hello(), ändra anropet nedan så
+# att den körs istället!
+say_hello()
+
--- /dev/null
+# Uppgift 1
+
+import math
+
+def return_five():
+ return "five"
+
+def print_five():
+ print("five")
+
+def add_strings():
+ return "hej" + "san"
+
+def use_the_var():
+ value = 5
+ return value * 5
+
+def use_the_arg(a_string):
+ print(a_string)
+ return a_string
+
+def to_string(a_value):
+ return str(a_value)
+
+def to_integer(a_value):
+ return int(a_value)
+
+def to_float(a_value):
+ return float(a_value)
+
+def to_any_type(a_value, a_type):
+ return a_type(a_value)
+
+def print_type(a_value):
+ print(type(a_value))
+
+def subtract(value1, value2):
+ return value1 - value2
+
+def split_bill(amount, number_of_people):
+ print(amount / number_of_people)
+ return amount / number_of_people
+
+def round_up(value):
+ return math.ceil(value)
+
+def round_down(value):
+ return math.floor(value)
+
+def fahrenheit_to_celsius(temperature):
+ return (temperature - 32) * (5/9)
+
+def celsius_to_fahrenheit(temperature):
+ return (temperature * (9/5) + 32)
+
+def pythagoras(x, y):
+ return (x**2 + y**2)**(1/2)
+
+if __name__ == "__main__":
+ pass
\ No newline at end of file
--- /dev/null
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\ No newline at end of file
--- /dev/null
+# test2
+#from .myTest import (add_strings, celsius_to_fahrenheit, fahrenheit_to_celsius, math, print_five, print_type, pythagoras, return_five, round_down, round_up, split_bill, subtract, to_any_type, to_float, to_integer, to_string, use_the_arg, use_the_var)
+import myTest
+
+def insert_into_namespace(func_name, space=globals()):
+ exec("global {0}\n{0} = myTest.{0}".format(func_name))
+ #space[func_name] = func_name
+
+for defined in dir(myTest):
+ if not defined[0:2] == '__' and not defined == "math":
+ insert_into_namespace(defined)
+
+#for func in (add_strings, celsius_to_fahrenheit, fahrenheit_to_celsius, math, print_five, print_type, pythagoras, return_five, round_down, round_up, split_bill, subtract, to_any_type, to_float, to_integer, to_string, use_the_arg, use_the_var):
+# type(func)
\ No newline at end of file
--- /dev/null
+# Uppgift 2
+
+import random
+
+def second_in_list(values):
+ return values[1]
+
+def last_in_list(values):
+ return values[-1]
+
+def second_last_in_list(values):
+ return values[-2]
+
+def n_in_list(values, n):
+ return values[n]
+
+def three_first_in_list(values):
+ return values[:3] # return (values[0], values[1], values[2])
+
+def three_last_in_list(values):
+ return values[-3:]
+
+def but_five_last_in_list(values):
+ return values[:-5]
+
+def every_other_in_list(values):
+ return values[::2]
+
+def two_around_n_in_list(values, n):
+ return values[n-2:n+3]
+
+def new_list_with_n(values, n):
+ return [*values, n]
+
+def append_n_to_list(values, a_value):
+ values.append(a_value)
+ return values
+
+def insert_4_on_pos_3(values):
+ values.insert(3, 4)
+ return values
+
+def extend_vals_to_list(values1, values2):
+ values1.extend(values2)
+ return values1
+
+def remove_from_third_in_list(values):
+ del values[2:]
+ return values
+
+def concatenate_lists(values1, values2):
+ return [*values1, *values2]
+
+def select_random(values):
+ return random.choice(values)
+
\ No newline at end of file
--- /dev/null
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\ No newline at end of file
--- /dev/null
+# Uppgift 3
+
+import random
+
+def concatenate_strings(string1, string2):
+ return string1 + string2
+
+def use_the_linebreak():
+ print("rad 1\nrad 2")
+ return "rad 1\nrad 2"
+
+def generate_pokemon_name(prefixes, suffixes):
+ return random.choice(prefixes) + random.choice(suffixes)
+
+def first_word(s):
+ return s.split()[0]
+
+def join_list(values):
+ return ":".join(values)
+
+def remove_spaces(s):
+ return s.rstrip()
+
+def get_characters(s, pos, num_of_chars):
+ return s[pos:pos+num_of_chars]
+
+
+print(get_characters("Ett ytterligare exempel", 4, 11))
+
--- /dev/null
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\ No newline at end of file
--- /dev/null
+def minimum_edit_distance(s1,s2):
+ """Returnera minimum edit distance för strängarna s1 och s2)."""
+ # byt värde på s1 och s2 om s1 är den längre strängen
+ if len(s1) > len(s2):
+ s1, s2 = s2, s1
+ distances = range(len(s1) + 1)
+ for index2, char2 in enumerate(s2):
+ new_distances = [index2+1]
+ for index1, char1 in enumerate(s1):
+ if char1 == char2:
+ new_distances.append(distances[index1])
+ else:
+ new_distances.append(1 + min((distances[index1],
+ distances[index1+1],
+ new_distances[-1])))
+ distances = new_distances
+ return distances[-1]
--- /dev/null
+# Uppgift 1
+
+def greeting(name):
+ return "Hej " + name + ("!" if name[0] != "M" else ", visste du att M är min favoritbokstav!")
+
+def is_this_a_long_list(values):
+ return len(values) > 5
+
+def get_grade(score):
+ if score > 80: grade = "VG"
+ elif score >=50: grade = "G"
+ else: grade = "U"
+ return grade
+
+def days_in_month(name_of_month):
+ if name_of_month == "januari": days = 31
+ elif name_of_month == "februari": days = 28
+ elif name_of_month == "mars": days = 31
+ elif name_of_month == "april": days = 30
+ elif name_of_month == "maj": days = 31
+ elif name_of_month == "juni": days = 30
+ elif name_of_month == "juli": days = 31
+ elif name_of_month == "augusti": days = 31
+ elif name_of_month == "september": days = 30
+ elif name_of_month == "oktober": days = 31
+ elif name_of_month == "november": days = 30
+ elif name_of_month == "december": days = 31
+ else: days = None
+ return days
+
+def odd(value):
+ return value % 2
+
+def get_integer_description(value):
+ if value % 2 and value > 0: desc = 1
+ elif value % 2 and value < 0: desc = -1
+ elif not value % 2 and value > 0: desc = 2
+ elif not value % 2 and value < 0: desc = -2
+ else: desc = 0
+ return desc
+
+def appraisal_factor(rare, good_condition):
+ return 1 + 0.25 * (rare or -1) + 0.5*(good_condition or -1)
+
--- /dev/null
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\ No newline at end of file
--- /dev/null
+# Uppgift 2
+
+def create_ten_list_while():
+ i = 0
+ myList = []
+ while i < 11:
+ myList.append(i)
+ i += 1
+ return myList
+
+def create_ten_list_for():
+ # Jag vill argumentera att list-comprehension använder sig av en for-loop
+ return [i for i in range(0, 11)]
+
+def create_zero_to_number_list_while(number):
+ i = 0
+ myList = []
+ while i < number + 1:
+ myList.append(i)
+ i += 1
+ return myList
+
+def create_zero_to_number_list_for(number):
+ return [i for i in range(0, number + 1)]
+
+def create_number_to_number_list_while(start_number, end_number):
+ i = start_number
+ myList = []
+ while i < end_number + 1:
+ myList.append(i)
+ i += 1
+ return myList
+
+def create_number_to_number_list_for(start_number, end_number):
+ return [i for i in range(start_number, end_number + 1)]
+
+def get_max_while(integer_list):
+ myMax = integer_list[0]
+ i = 0
+ while i < len(integer_list[1:]):
+ if integer_list[i + 1] > myMax: myMax = integer_list[i + 1]
+ i += 1
+ return myMax
+
+def get_max_for(integer_list):
+ myMax = integer_list[0]
+ for elm in integer_list[1:]:
+ if elm > myMax: myMax = elm
+ return myMax
+
+def get_min(integer_list):
+ myMin = integer_list[0]
+ for elm in integer_list[1:]:
+ if elm < myMin: myMin = elm
+ return myMin
+
+def word_in_list_while(words, word):
+ i = 0
+ while i < len(words):
+ if words[i] == word: break
+ i += 1
+ else: return False
+ return True
+
+def word_in_list_for(words, word):
+ for elm in words:
+ if elm == word:
+ break
+ else: return False
+ return True
+
+def count_integers_while(value_list):
+ count = 0
+ i = 0
+ while i < len(value_list):
+ if isinstance(value_list[i], int): count += 1
+ i += 1
+ return count
+
+def count_integers_for(value_list):
+ count = 0
+ for elm in value_list:
+ if isinstance(elm, int): count += 1
+ return count
+
+def average_while(values):
+ i = 0
+ tot = 0
+ while i < len(values):
+ tot += values[i]
+ i += 1
+ return tot/len(values)
+
+def average_for(values):
+ tot = 0
+ for elm in values:
+ tot += elm
+ return tot/len(values)
+
+def population(pop_a, rate_a, pop_b, rate_b):
+ if pop_a == pop_b: return 0
+
+ lower_pop = pop_a if pop_a < pop_b else pop_b
+ higher_pop = pop_a if lower_pop is pop_b else pop_b
+ higher_rate = rate_a if rate_a > rate_b else rate_b
+ lower_rate = rate_a if higher_rate is rate_b else rate_b
+
+ if (lower_pop is pop_a and higher_rate is rate_b) or (lower_pop is pop_b and higher_rate is rate_a):
+ return -1
+
+ years = 0
+ while lower_pop < higher_pop:
+ print(lower_pop)
+ print(higher_pop)
+ lower_pop += lower_pop*(higher_rate/100)
+ higher_pop += higher_pop*(lower_rate/100)
+ years += 1
+
+ return years
+
+def birthday(n):
+ prod = 1
+ for i in range(0,n):
+ prod *= (365-i)/365
+ return 1 - prod
+
+def sum_of_ints(value_list):
+ tot = 0
+ for elm in value_list:
+ if isinstance(elm, int): tot += elm
+ return tot
\ No newline at end of file
--- /dev/null
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\ No newline at end of file
--- /dev/null
+# Uppgift 3
+
+def replace_periods_with_newlines(string_value):
+ s = ""
+ for char in string_value:
+ if char == '.': s += '\n'
+ else: s += char
+ return s
+
+def replace_char_in_string(original_string, search_character, replacement):
+ s = ""
+ for char in original_string:
+ if char == search_character: s += replacement
+ else: s += char
+ return s
+
+def reverse_string_while(string_value):
+ i = len(string_value) - 1
+ s = ""
+ while i > -1:
+ s += string_value[i]
+ return s
+
+def reverse_string_for(string_value):
+ s = ""
+ for char in string_value:
+ s = char + s
+
+def get_five_first(value_list):
+ myList = []
+ for elm in value_list:
+ myList.append(elm)
+ if len(myList) == 5: break
+ return myList
+
+def get_nfirst(value_list, n):
+ myList = []
+ for elm in value_list:
+ myList.append(elm)
+ if len(myList) == n: break
+ return myList
+
+def get_all_less_than(values, cutoff):
+ return [elm for elm in values if elm < cutoff]
+
+def get_all_even(values):
+ return [elm for elm in values if not elm % 2]
+
+def get_all_divisible(values, divisor):
+ return [elm for elm in values if not elm % divisor]
+
+def multiply_for_each(values, multiplier):
+ for i, elm in enumerate(values):
+ values[i] = elm * multiplier
+ return values
+
+def insert_at_asc_place(values, new_value):
+ mid = len(values) // 2
+ newList = values.copy()
+ idx = mid
+ while True:
+ idx = idx - mid if new_value < newList[mid] else idx + mid
+ newList = newList[slice(0, mid, 1) if new_value < newList[mid] else slice(mid, len(values), 1)]
+ mid = len(newList) // 2
+ if mid == 0:
+ values.insert(idx, newList[0])
+ break
+ return values
+
+print(insert_at_asc_place([1,2,3,4,6,7], 2))
\ No newline at end of file
+++ /dev/null
-
-def binary_search(key: int, srt_list: list, carry=0):
- length = len(srt_list)
- idx = length // 2
-
- if key > srt_list[idx]:
- return binary_search(key, srt_list[idx:], carry=carry+idx)
- elif key < srt_list[idx]:
- return binary_search(key, srt_list[:idx], carry=carry)
- else:
- return carry + idx
-
-
-def this(keuy: int):
-
- return keuy
-
-
-if __name__ == "__main__":
- myList = [12, 45, 345, 345, 234, 13, 1, 5]
- myList.sort()
- print(myList)
- print(binary_search(345, myList))
+++ /dev/null
-from uppgift_1 import subtract
-
-print(subtract(2,4))
projects / TDDE44.git / commitdiff