=== ITERATION 0 ===
The next suffix of 'ooooooooo$' to add is '{o}' at indices 0,0
 => ActiveNode:             node #0
 => ActiveEdge:             none
 => DistanceIntoActiveEdge: 0
 => UnresolvedSuffixes:     0
Existing edge for node #0 starting with 'o' not found
Adding new edge to node #0
 => node #0 --> o(0,#)

(0)──o

=== ITERATION 1 ===
The next suffix of 'ooooooooo$' to add is '{o}' at indices 1,1
 => ActiveNode:             node #0
 => ActiveEdge:             none
 => DistanceIntoActiveEdge: 0
 => UnresolvedSuffixes:     0
Existing edge for node #0 starting with 'o' found. Values adjusted to:
 => ActiveEdge is now: oo(0,#)
 => DistanceIntoActiveEdge is now: 1
 => UnresolvedSuffixes is now: 0

(0)──oo

=== ITERATION 2 ===
The next suffix of 'ooooooooo$' to add is 'o{o}' at indices 1,2
 => ActiveNode:             node #0
 => ActiveEdge:             ooo(0,#)
 => DistanceIntoActiveEdge: 1
 => UnresolvedSuffixes:     1
The next character on the current edge is 'o' (suffix added implicitly)
 => DistanceIntoActiveEdge is now: 2

(0)──ooo

=== ITERATION 3 ===
The next suffix of 'ooooooooo$' to add is 'oo{o}' at indices 1,3
 => ActiveNode:             node #0
 => ActiveEdge:             oooo(0,#)
 => DistanceIntoActiveEdge: 2
 => UnresolvedSuffixes:     2
The next character on the current edge is 'o' (suffix added implicitly)
 => DistanceIntoActiveEdge is now: 3

(0)──oooo

=== ITERATION 4 ===
The next suffix of 'ooooooooo$' to add is 'ooo{o}' at indices 1,4
 => ActiveNode:             node #0
 => ActiveEdge:             ooooo(0,#)
 => DistanceIntoActiveEdge: 3
 => UnresolvedSuffixes:     3
The next character on the current edge is 'o' (suffix added implicitly)
 => DistanceIntoActiveEdge is now: 4

(0)──ooooo

=== ITERATION 5 ===
The next suffix of 'ooooooooo$' to add is 'oooo{o}' at indices 1,5
 => ActiveNode:             node #0
 => ActiveEdge:             oooooo(0,#)
 => DistanceIntoActiveEdge: 4
 => UnresolvedSuffixes:     4
The next character on the current edge is 'o' (suffix added implicitly)
 => DistanceIntoActiveEdge is now: 5

(0)──oooooo

=== ITERATION 6 ===
The next suffix of 'ooooooooo$' to add is 'ooooo{o}' at indices 1,6
 => ActiveNode:             node #0
 => ActiveEdge:             ooooooo(0,#)
 => DistanceIntoActiveEdge: 5
 => UnresolvedSuffixes:     5
The next character on the current edge is 'o' (suffix added implicitly)
 => DistanceIntoActiveEdge is now: 6

(0)──ooooooo

=== ITERATION 7 ===
The next suffix of 'ooooooooo$' to add is 'oooooo{o}' at indices 1,7
 => ActiveNode:             node #0
 => ActiveEdge:             oooooooo(0,#)
 => DistanceIntoActiveEdge: 6
 => UnresolvedSuffixes:     6
The next character on the current edge is 'o' (suffix added implicitly)
 => DistanceIntoActiveEdge is now: 7

(0)──oooooooo

=== ITERATION 8 ===
The next suffix of 'ooooooooo$' to add is 'ooooooo{o}' at indices 1,8
 => ActiveNode:             node #0
 => ActiveEdge:             ooooooooo(0,#)
 => DistanceIntoActiveEdge: 7
 => UnresolvedSuffixes:     7
The next character on the current edge is 'o' (suffix added implicitly)
 => DistanceIntoActiveEdge is now: 8

(0)──ooooooooo

=== ITERATION 9 ===
The next suffix of 'ooooooooo$' to add is 'oooooooo{$}' at indices 1,9
 => ActiveNode:             node #0
 => ActiveEdge:             ooooooooo$(0,#)
 => DistanceIntoActiveEdge: 8
 => UnresolvedSuffixes:     8
Splitting edge ooooooooo$(0,#) at index 8 ('o')
 => Hierarchy is now: node #0 --> oooooooo(0,7) --> node #1 --> o$(8,#)
 => ActiveEdge is now: oooooooo(0,7)
Adding new edge to node #1
 => node #1 --> $(9,#)

(0)──oooooooo─(1)┬─$
                 └─o$

The next suffix of 'ooooooooo$' to add is 'ooooooo{$}' at indices 2,9
 => ActiveNode:             node #0
 => ActiveEdge:             oooooooo(0,7)
 => DistanceIntoActiveEdge: 7
 => UnresolvedSuffixes:     7
Splitting edge oooooooo(0,7) at index 7 ('o')
 => Hierarchy is now: node #0 --> ooooooo(0,6) --> node #2 --> o(7,7)
 => ActiveEdge is now: ooooooo(0,6)
 => Connected node #1 to node #2
Adding new edge to node #2
 => node #2 --> $(9,#)

(0)──ooooooo─(2)┬─$
                └─o─(1)┬─$
                       └─o$

The next suffix of 'ooooooooo$' to add is 'oooooo{$}' at indices 3,9
 => ActiveNode:             node #0
 => ActiveEdge:             ooooooo(0,6)
 => DistanceIntoActiveEdge: 6
 => UnresolvedSuffixes:     6
Splitting edge ooooooo(0,6) at index 6 ('o')
 => Hierarchy is now: node #0 --> oooooo(0,5) --> node #3 --> o(6,6)
 => ActiveEdge is now: oooooo(0,5)
 => Connected node #2 to node #3
Adding new edge to node #3
 => node #3 --> $(9,#)

(0)──oooooo─(3)┬─$
               └─o─(2)┬─$
                      └─o─(1)┬─$
                             └─o$

The next suffix of 'ooooooooo$' to add is 'ooooo{$}' at indices 4,9
 => ActiveNode:             node #0
 => ActiveEdge:             oooooo(0,5)
 => DistanceIntoActiveEdge: 5
 => UnresolvedSuffixes:     5
Splitting edge oooooo(0,5) at index 5 ('o')
 => Hierarchy is now: node #0 --> ooooo(0,4) --> node #4 --> o(5,5)
 => ActiveEdge is now: ooooo(0,4)
 => Connected node #3 to node #4
Adding new edge to node #4
 => node #4 --> $(9,#)

(0)──ooooo─(4)┬─$
              └─o─(3)┬─$
                     └─o─(2)┬─$
                            └─o─(1)┬─$
                                   └─o$

The next suffix of 'ooooooooo$' to add is 'oooo{$}' at indices 5,9
 => ActiveNode:             node #0
 => ActiveEdge:             ooooo(0,4)
 => DistanceIntoActiveEdge: 4
 => UnresolvedSuffixes:     4
Splitting edge ooooo(0,4) at index 4 ('o')
 => Hierarchy is now: node #0 --> oooo(0,3) --> node #5 --> o(4,4)
 => ActiveEdge is now: oooo(0,3)
 => Connected node #4 to node #5
Adding new edge to node #5
 => node #5 --> $(9,#)

(0)──oooo─(5)┬─$
             └─o─(4)┬─$
                    └─o─(3)┬─$
                           └─o─(2)┬─$
                                  └─o─(1)┬─$
                                         └─o$

The next suffix of 'ooooooooo$' to add is 'ooo{$}' at indices 6,9
 => ActiveNode:             node #0
 => ActiveEdge:             oooo(0,3)
 => DistanceIntoActiveEdge: 3
 => UnresolvedSuffixes:     3
Splitting edge oooo(0,3) at index 3 ('o')
 => Hierarchy is now: node #0 --> ooo(0,2) --> node #6 --> o(3,3)
 => ActiveEdge is now: ooo(0,2)
 => Connected node #5 to node #6
Adding new edge to node #6
 => node #6 --> $(9,#)

(0)──ooo─(6)┬─$
            └─o─(5)┬─$
                   └─o─(4)┬─$
                          └─o─(3)┬─$
                                 └─o─(2)┬─$
                                        └─o─(1)┬─$
                                               └─o$

The next suffix of 'ooooooooo$' to add is 'oo{$}' at indices 7,9
 => ActiveNode:             node #0
 => ActiveEdge:             ooo(0,2)
 => DistanceIntoActiveEdge: 2
 => UnresolvedSuffixes:     2
Splitting edge ooo(0,2) at index 2 ('o')
 => Hierarchy is now: node #0 --> oo(0,1) --> node #7 --> o(2,2)
 => ActiveEdge is now: oo(0,1)
 => Connected node #6 to node #7
Adding new edge to node #7
 => node #7 --> $(9,#)

(0)──oo─(7)┬─$
           └─o─(6)┬─$
                  └─o─(5)┬─$
                         └─o─(4)┬─$
                                └─o─(3)┬─$
                                       └─o─(2)┬─$
                                              └─o─(1)┬─$
                                                     └─o$

The next suffix of 'ooooooooo$' to add is 'o{$}' at indices 8,9
 => ActiveNode:             node #0
 => ActiveEdge:             oo(0,1)
 => DistanceIntoActiveEdge: 1
 => UnresolvedSuffixes:     1
Splitting edge oo(0,1) at index 1 ('o')
 => Hierarchy is now: node #0 --> o(0,0) --> node #8 --> o(1,1)
 => ActiveEdge is now: o(0,0)
 => Connected node #7 to node #8
Adding new edge to node #8
 => node #8 --> $(9,#)

(0)──o─(8)┬─$
          └─o─(7)┬─$
                 └─o─(6)┬─$
                        └─o─(5)┬─$
                               └─o─(4)┬─$
                                      └─o─(3)┬─$
                                             └─o─(2)┬─$
                                                    └─o─(1)┬─$
                                                           └─o$

The next suffix of 'ooooooooo$' to add is '{$}' at indices 9,9
 => ActiveNode:             node #0
 => ActiveEdge:             none
 => DistanceIntoActiveEdge: 0
 => UnresolvedSuffixes:     0
Existing edge for node #0 starting with '$' not found
Adding new edge to node #0
 => node #0 --> $(9,#)

(0)┬─$
   └─o─(8)┬─$
          └─o─(7)┬─$
                 └─o─(6)┬─$
                        └─o─(5)┬─$
                               └─o─(4)┬─$
                                      └─o─(3)┬─$
                                             └─o─(2)┬─$
                                                    └─o─(1)┬─$
                                                           └─o$