This is a python class Suppose a dictionary empDict maps IDs to fullNames: empDict = { } Suppose a list empList consists of sublists with [id,fullName] empList = [ ] 1. Ask the user to enter their ID and name 2. Put that information into empDict 1. Ask the user to enter their ID and name 2. Put that information into empList 3. Ask the user to enter a name Print the ID of the person with that name OR “Name not found” if that name isn’t in empDict. 3. Ask the user to enter a name Print the ID of the person with that name OR “Name not found” if that name isn’t in empList. 4. Ask the user to enter an ID Remove the entry from empDict OR print “No delete – ID not found” if the name isn’t there. 4. Ask the user to enter a ID Remove that entry from empList OR print “No delete – name not found” if the ID isn’t there. 5. Ask the user to enter an ID. If empDict has that ID, ask the user for a newFullName and replace the existing entry in empDict. 5. Ask the user to enter an ID. If empList has an entry with that ID, ask the user for a newFullName and replace the existing entry in empList 6. Print the entries in empDict, one per line so the output looks like this: ID Name 123 Joe Brown 235 Molly Smith 6. Print the entries in List, one per line so that the output looks like this: ID Name 123 Joe Brown 235 Molly Smith
This is a python class
Suppose a dictionary empDict empDict = { } |
Suppose a list empList consists of sublists with [id,fullName] empList = [ ] |
1. Ask the user to enter their ID and name 2. Put that information into empDict |
1. Ask the user to enter their ID and name 2. Put that information into empList |
3. Ask the user to enter a name |
3. Ask the user to enter a name |
4. Ask the user to enter an ID |
4. Ask the user to enter a ID |
5. Ask the user to enter an ID. |
5. Ask the user to enter an ID. |
6. Print the entries in empDict, one per line so the output looks like this:
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6. Print the entries in List, one per line so that the output looks like this: |
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