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194 lines
5.9 KiB
194 lines
5.9 KiB
# Examples for the Python GNUnet REST Connector
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import gnunet
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# make instance of connector,
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# without arguments it defaults to localhost, port 7776
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print("\nMaking instance of connector")
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conn = gnunet.GNUnetConnector()
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# it is also possible to specify host and port, for example:
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# conn=gnunet.GNUnetConnector("localhost","7771")
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# test if connection is possible
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print("\nTesting Connector")
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if conn.test() == True:
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print("Connection established")
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else:
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print("Connection not possible")
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quit()
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# IDENTITIES#
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# ==========#
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# first we create an identity named alice.
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# the function createIdentity returns a boolean for success or failure.
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print("\nCreating some identities")
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idname = "alice"
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success = conn.createIdentity(idname)
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if success == True:
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print("Identity ", idname, " created")
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else:
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print("Error: Identity not created")
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# then we create two more identities, bob and carol.
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idname = "bob"
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success = conn.createIdentity(idname)
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if success == True:
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print("Identity ", idname, " created")
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else:
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print("Error: Identity not created")
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idname = "carol"
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success = conn.createIdentity(idname)
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if success == True:
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print("Identity ", idname, " created")
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else:
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print("Error: Identity not created")
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# now we retrieve a list of all existing identities.
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# the function returns a list of dictionaries.
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print("\nRetrieving identities")
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ids = conn.getIdentityList()
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for x in ids:
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print("Name: ", x["name"], "\nPublic Key: ", x["pubkey"], "\n")
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# to retrieve the public key of specific identity, we use this:
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pubkey_alice = conn.getIdentityPubkey("alice")
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print("Public key of alice: ", pubkey_alice)
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# to get the identity name corresponding to a public key, we use this:
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name_alice = conn.getIdentityName(pubkey_alice)
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print("Name for public key ", pubkey_alice, ": ", name_alice)
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# next we change the name of identity "bob" to "dorothy".
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print("\Changing name of identity")
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from_id = "bob"
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to_id = "dorothy"
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success = conn.changeIdentityName("bob", "dorothy")
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if success == True:
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print("Changed identity ", from_id, " to ", to_id)
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else:
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print("Error: Identity not changed")
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# in the end, we delete all created identities.
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print("\nDeleting identities")
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if conn.deleteIdentity("alice"):
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print("deleted alice")
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if conn.deleteIdentity("dorothy"):
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print("deleted dorothy")
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if conn.deleteIdentity("carol"):
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print("deleted carol")
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# NAMESTORE#
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# =========#
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# to use the namestore subsystem, we first need an identity (also called 'ego')
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print("\nCreating identity for namestore")
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idname = "emily"
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success = conn.createIdentity(idname)
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if success == True:
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print("Identity ", idname, " created")
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else:
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print("Error: Identity not created")
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# then, we have to make the created identity the default ego of namestore subsystem.
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# note: the name of that identity (or ego) is also the name of the zone
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print("\nMake identity the namestore default ego")
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success = conn.setNamestoreIdentity(idname)
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if success == True:
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print(idname, " is now the namestore default identity.")
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else:
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print("Setting namestore default identity failed")
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# now we add some namestore entries to the zone.
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# syntax is: addNamestoreEntry(zone,name,value,type)
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print("\nAdding some namestore entries")
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zonename = idname
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success1 = conn.addNamestoreEntry(zonename, "google", "8.8.8.8", "A")
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success2 = conn.addNamestoreEntry(
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zonename, "pepfoundation", "95.128.36.146", "A"
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)
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success3 = conn.addNamestoreEntry(zonename, "gnunet", "131.159.74.67", "A")
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if success1 and success2 and success3:
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print("3 records created")
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else:
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print("failure creating records")
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# we can change existing namestore entries.
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print("\nChanging namestore entry")
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success = conn.changeNamestoreEntry(zonename, "google", "6.6.6.6", "A")
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if success:
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print("Namestore entry changed")
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else:
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print("failure changing namestore entry")
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# now we show all existing namestore entries.
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print("\nRetrieving namestore entries")
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entries = conn.getNamestoreEntries(zonename)
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for x in entries:
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print("\n")
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print("Name: ", x["record_name"])
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for y in x["data"]:
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print("Value: ", y["value"], " Type:", y["record_type"])
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# delete all the namestore entries
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print("\nDeleting all namestore entries")
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success1 = conn.deleteNamestoreEntry(zonename, "google")
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success2 = conn.deleteNamestoreEntry(zonename, "pepfoundation")
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success3 = conn.deleteNamestoreEntry(zonename, "gnunet")
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if success1 and success2 and success2:
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print("Namestore entries successfully deleted")
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else:
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print("Error deleting namestore entries")
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# GNS#
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# ===#
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# first we create a test record with 3 namestore entries.
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print("\nCreating namestore entries")
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zonename = idname
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success1 = conn.addNamestoreEntry(zonename, "testrecord", "95.128.36.146", "A")
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success2 = conn.addNamestoreEntry(
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zonename, "testrecord", "Notes for the record", "TXT"
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)
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success3 = conn.addNamestoreEntry(
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zonename, "testrecord", "Further notes for the record", "TXT"
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)
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# success3=True
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# forgot why i did this
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if success1 and success2 and success3:
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print("3 records created")
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else:
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print("failure creating records")
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# then we retrieve all entries for the test record
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print("\nRetrieving GNS records by name")
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entries = conn.getGNSValuesOfName(zonename, "testrecord")
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print("\n")
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print("Record name: ", entries["record_name"])
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for x in entries["data"]:
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print("Type: ", x["record_type"], " Value: ", x["value"])
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# now we only retrieve entries for the test of type "TXT"
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print("\nRetrieving GNS records by name and type")
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entries = conn.getGNSValuesOfNameAndType(zonename, "testrecord", "TXT")
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print("\n")
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print("Record name: ", entries["record_name"])
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for x in entries["data"]:
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print("Type: ", x["record_type"], " Value: ", x["value"])
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# in the end, we delete the test record.
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print("\nDeleting test record")
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success = conn.deleteNamestoreEntry(zonename, "testrecord")
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if success:
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print("Namestore entry successfully deleted")
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else:
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print("Error deleting namestore entries")
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