(10e9, "10GB"),
(100e9, "100GB"),
(1e12, "1TB"),
+ (2e12, "2TB"),
+ (5e12, "5TB"),
]
- # current allmydata average utilization 127MB per user
+ # Estimate ~5gb per user as a more realistic case
space_per_user, i_space_per_user = get_and_set("space_per_user",
space_per_user_sizes,
- 200e6)
+ 5e9)
add_input("Users",
"How much data for each user? (avg)",
i_space_per_user)
(250, "250 GB"),
(500, "500 GB"),
(750, "750 GB"),
+ (1000, "1000 GB"),
+ (2000, "2000 GB"),
+ (3000, "3000 GB"),
]
drive_size, i_drive_size = \
- get_and_set("drive_size", drive_size_choices, 750, int)
+ get_and_set("drive_size", drive_size_choices, 3000, int)
drive_size = drive_size * 1e9
add_input("Drives",
"What is the capacity of each hard drive?", i_drive_size)
T.div["Drives per server: ", drives_per_server])
# costs
- if drive_size == 750 * 1e9:
- add_output("Servers", T.div["750GB drive: $250 each"])
+ if drive_size == 3000 * 1e9:
+ add_output("Servers", T.div["3000GB drive: $250 each"])
drive_cost = 250
else:
add_output("Servers",