|   | Print Dependencies (Multi-level) (ttpmc1440m000)Use this session to print the dependencies
		  multi-level. For each Solution in the range the dependencies are
		  listed. The way of printing depends on the dependency types. If a
		  solution has a Post-requisite dependency, a separate entry is printed
		  just like if the post-requisite solution was in the given solution range. The
		  same applies to Co-requisite solutions. So, post- and co-requisite
		  dependencies can be seen in the tree of the original solution, but they are not
		  exploded in the tree of the solution being processed, but in a separate tree. Pre-requisite solutions are shown in the
		  tree of the solution being processed. This is done multi-level. The level on
		  which pre-requisite solutions occur is printed by the system. The direct
		  pre-requisite solutions get level 1, the pre-requisites of the pre-requisite
		  solutions get level 2, etc. Example Solution: 123000 | Level | Solution |  | 1 | 112463 |  | .2 | 118403 |  | ..3 | 117043 |  | ...4 | 116432 |  | 1 | 120534 |  | 1 | 122539 |  | .2 | 118543 |  | .2 | 122463 |  | ..3 | 118403 |  | ...4 | 117043 |  | ....5 | 116432 |  | .2 | 119004 |  | 1 | 116302 |  
   If there are large dependency trees, this session may run a
		  long time. Moreover, the disk space used to store intermediate results may be
		  significant. The sessions shows a progress indicator, showing you that it is
		  still busy. The most important information in the progress indicator is the
		  size of the intermediate file. If this file becomes too large, you can stop the
		  printing. If you stop the printing, only the selection of data stops.
		  The session will still try to produce the report with the data gathered until
		  the moment of stopping. The system will need extra disk space to sort the intermediate
		  file. Several options are present to influence the output and the
		  running time of the session.   Base VRC A means in PMC to identify products in a unique way. Updates at
		the distributor side are provided with the base VRC identifier. A base VRC can
		contain the code of the physical VRC in which the related master product is
		installed, for example, B61_a, but can also be a code not related to a physical
		VRC, for example, 7.6_a_tt. At the recipient side, every update VRC is linked
		to a base VRC identifier. The installation process checks if the base VRC
		identifier of the update matches with the base VRC identifier of the update
		VRC. If not, you cannot install the update in that update VRC. Solution The unique identification code of the solution in a base VRC. Stop at Released Patches If this check box is selected, the amount of output
		  being generated will be reduced. The system will print the dependency tree
		  multi-level, but as soon as it encounters a solution in the tree, which belongs
		  to a released patch, this solution itself is printed, but the dependencies of
		  the solution are not printed. Note If the given solution or a solution in the given range
			 belongs to a released patch, the system will print all dependent solutions
			 within this released patch, but as soon as it encounters a solution belonging
			 to another released patch, this solution is not exploded anymore. Example: Solution: 123000 | Level | Solution | SP |  | 1 | 112463 |  |  | .2 | 118403 | SP2 |  | ..3 | 117043 | SP1 |  | ...4 | 116432 | SP1 |  | 1 | 120534 |  |  | 1 | 122539 |  |  | .2 | 118543 | SP2 |  | .2 | 122463 |  |  | ..3 | 118403 | SP2 |  | ...4 | 117043 | SP1 |  | ....5 | 116432 | SP1 |  | .2 | 119004 | SP2 |  | 1 | 116302 | SP1 |  
   If this check box is selected, the following data will
			 be printed: Solution: 123000 | Level | Solution | SP |  | 1 | 112463 |  |  | .2 | 118403 | SP2 |  | 1 | 120534 |  |  | 1 | 122539 |  |  | .2 | 118543 | SP2 |  | .2 | 122463 |  |  | ..3 | 118403 | SP2 |  | .2 | 119004 | SP2 |  | 1 | 116302 | SP1 |  
   Suppress Repeating Dependency Trees If this check box is selected, the amount of output
		  being generated will be reduced. As soon as a solution is processed in a tree,
		  that is printed already, the solution is printed with a * character, but is not
		  exploded anymore. Example: Solution: 123000 | Level | Solution | SP |  | 1 | 112463 |  |  | .2 | 118403 | SP2 |  | ..3 | 117043 | SP1 |  | ...4 | 116432 | SP1 |  | 1 | 120534 |  |  | 1 | 122539 |  |  | .2 | 118543 | SP2 |  | .2 | 122463 |  |  | ..3 | 118403 | SP2 |  | ...4 | 117043 | SP1 |  | ....5 | 116432 | SP1 |  | .2 | 119004 | SP2 |  | 1 | 116302 | SP1 |  
   If this check box is selected, the following data will
			 be printed: Solution: 123000 | Level | Solution | SP |  | 1 | 112463 |  |  | .2 | 118403 | SP2 |  | ..3 | 117043 | SP1 |  | ...4 | 116432 | SP1 |  | 1 | 120534 |  |  | 1 | 122539 |  |  | .2 | 118543 | SP2 |  | .2 | *122463 |  |  | .2 | 119004 | SP2 |  | 1 | 116302 | SP1 |  
   The tree of solution 122463 is not printed anymore, because
			 it was already exploded before on level 1. Skip If this check box is selected, Co-requisite dependencies are not printed. Explode You can only select this check box if you do not select the Skip Co-requisites check box. If this check box is selected, all Co-requisite dependent solutions, which are found during
		  the processing of the solutions in the given range, are also printed with their
		  own tree. If you clear this check box, the Co-requisite dependencies are
		  printed, but no separate tree is printed. Skip If this check box is selected, Post-requisite dependencies are not printed.    |   |