Pyton-2 - Versionsgeschichte

Ffadmin: /* 016 */

2024-11-16T14:04:48Z

016

← Nächstältere Version		Version vom 16. November 2024, 16:04 Uhr
Zeile 220:		Zeile 220:
	i += 1		i += 1

			# read the file
	with open("einedatei2.txt", "r") as file:		with open("einedatei2.txt", "r") as file:
	for line in file.readlines():		for line in file.readlines():
Zeile 230:		Zeile 231:
	count = lines.splitlines()		count = lines.splitlines()
	print(f"Total lines in file: {len(count)}")		print(f"Total lines in file: {len(count)}")


	</pre>		</pre>

2024-11-16T14:04:04Z

← Nächstältere Version		Version vom 16. November 2024, 16:04 Uhr
Zeile 231:		Zeile 231:
	print(f"Total lines in file: {len(count)}")		print(f"Total lines in file: {len(count)}")

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	</pre>		</pre>

2024-11-16T14:03:38Z

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@@ Zeile 204: / Zeile 204: @@
 </pre>
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+Datei Operationen - Zeilen hinzufügen, Datei ausgeben
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+# files
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2024-11-16T13:16:33Z

015

← Nächstältere Version		Version vom 16. November 2024, 15:16 Uhr
Zeile 180:		Zeile 180:
	# loop through input until "exit" is entered		# loop through input until "exit" is entered
	while True:		while True:
			student = input("student name or exit to quit: ")
			if student.lower() == "exit":
			break
	points = input("how many points? ")		points = input("how many points? ")
	~~if points.lower() == "exit":~~
	~~break~~
	~~student = input("student name? ")~~
	studi_points[student] = points		studi_points[student] = points
	# check if number within a range is given		# check if number within a range is given

2024-11-16T13:13:39Z

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@@ Zeile 165: / Zeile 165: @@
 </pre>
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+Noten berechnen. Speichern der Daten in einem dictionary.
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+# Noten berechnen
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2024-11-16T12:56:10Z

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+Punktzahl eingeben und danach die Note berechnen
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+# Noten berechnen
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2024-11-16T12:08:31Z

013

← Nächstältere Version		Version vom 16. November 2024, 14:08 Uhr
Zeile 120:		Zeile 120:
	for my_key, my_value in inventory.items():		for my_key, my_value in inventory.items():
	print(f"{my_key} : {my_value}")		print(f"{my_key} : {my_value}")

			# only print keys
			for fruit in inventory.keys():
			print(fruit)

			# only print values
			for value in inventory.values():
			print(value)

	</pre>		</pre>

2024-11-16T12:02:33Z

013

← Nächstältere Version		Version vom 16. November 2024, 14:02 Uhr
Zeile 105:		Zeile 105:
	print(nam2nick["Frankreich"])		print(nam2nick["Frankreich"])
	print(nam2nick["Schweiz"])		print(nam2nick["Schweiz"])

			# loop through
			for my_key, my_value in nam2nick.items():
			print(my_key + " : " + my_value)

	# or		# or
Zeile 113:		Zeile 117:
	print(inventory[" apples "])		print(inventory[" apples "])

			# loop through
			for my_key, my_value in inventory.items():
			print(f"{my_key} : {my_value}")
	</pre>		</pre>

2024-11-16T11:56:47Z

001

2024-11-16T11:06:10Z

012

← Nächstältere Version		Version vom 16. November 2024, 13:06 Uhr
Zeile 83:		Zeile 83:
	i = i + 1		i = i + 1
	print(f"Total Wörter mit mindestens {min_word_length} Zeichen: {i}")		print(f"Total Wörter mit mindestens {min_word_length} Zeichen: {i}")
			return i


			n = 0 # Gesamttotal aller Wörter
	cities = ["Basel", "Bern", "Lausanne", "Zug", "Lugano", "Zürich", "St. Gallen"]		cities = ["Basel", "Bern", "Lausanne", "Zug", "Lugano", "Zürich", "St. Gallen"]
	count_word(cities, 6)		countries = ["Schweiz", "Deutschland", "Italien", "Frankreich"]
			n = n + count_word(cities, 6)
			print(f"%%%% Total: {n}")
			n = n + count_word(countries, 8)
			print(f"%%%% Total: {n}")
	</pre>		</pre>