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Writing Makefile for config-model
/Users/cpanrun/build/5.10.0/bin/perl -MParse::RecDescent - ValueFormulaGrammar.txt Config::Model::ValueFormulaParser
precompiling grammar from file 'ValueFormulaGrammar.txt'
to class Config::Model::ValueFormulaParser in module file 'ValueFormulaParser.pm'
echo "" >> ValueFormulaParser.pm
echo "1;" >> ValueFormulaParser.pm
cp HashId.pm blib/lib/Config/Model/HashId.pm
cp Exception.pm blib/lib/Config/Model/Exception.pm
cp WarpedNode.pm blib/lib/Config/Model/WarpedNode.pm
cp Loader.pm blib/lib/Config/Model/Loader.pm
cp Searcher.pm blib/lib/Config/Model/Searcher.pm
cp ValueFormulaParser.pm blib/lib/Config/Model/ValueFormulaParser.pm
cp AnyId.pm blib/lib/Config/Model/AnyId.pm
cp WarpedThing.pm blib/lib/Config/Model/WarpedThing.pm
cp ListId.pm blib/lib/Config/Model/ListId.pm
cp Instance.pm blib/lib/Config/Model/Instance.pm
cp Model.pm blib/lib/Config/Model.pm
cp Value.pm blib/lib/Config/Model/Value.pm
cp ObjTreeScanner.pm blib/lib/Config/Model/ObjTreeScanner.pm
cp ValueComputer.pm blib/lib/Config/Model/ValueComputer.pm
cp Node.pm blib/lib/Config/Model/Node.pm
cp Dumper.pm blib/lib/Config/Model/Dumper.pm
cp AnyThing.pm blib/lib/Config/Model/AnyThing.pm
Manifying blib/man3/Config::Model::ListId.3pm
Manifying blib/man3/Config::Model::Instance.3pm
Manifying blib/man3/Config::Model.3pm
Manifying blib/man3/Config::Model::Value.3pm
Manifying blib/man3/Config::Model::HashId.3pm
Manifying blib/man3/Config::Model::Exception.3pm
Manifying blib/man3/Config::Model::WarpedNode.3pm
Manifying blib/man3/Config::Model::ObjTreeScanner.3pm
Manifying blib/man3/Config::Model::Searcher.3pm
Manifying blib/man3/Config::Model::Loader.3pm
Manifying blib/man3/Config::Model::ValueFormulaParser.3pm
Manifying blib/man3/Config::Model::AnyId.3pm
Manifying blib/man3/Config::Model::ValueComputer.3pm
Manifying blib/man3/Config::Model::Node.3pm
Manifying blib/man3/Config::Model::WarpedThing.3pm
Manifying blib/man3/Config::Model::AnyThing.3pm
Manifying blib/man3/Config::Model::Dumper.3pm
PERL_DL_NONLAZY=1 /Users/cpanrun/build/5.10.0/bin/perl "-MExtUtils::Command::MM" "-e" "test_harness(1, 'blib/lib', 'blib/arch')" t/*.t
t/array_id................1..11
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - bounded list created
ok 4 - stored in 1
ok 5 - stored in 0
ok 6 - stored in 2
ok 7 - max error
ok 8 - check ids
ok 9 - check deleted id
ok 10 - check list index_type
ok 11 - check list max boundary
ok
t/dump_tree...............1..6
ok 1 - compiled
ok 2 - created dummy instance
ok 3 - Config root created
ok 4 - set up data in tree with 'std_id:ab X=Bv - std_id:bc X=Av - a_string="toto tata"'
ok 5 - check dump of only customized values 
ok 6 - check dump of all values 
ok
t/grab....................1..27
ok 1 - compiled
ok 2 - created dummy instance
ok 3 - load 'std_id:ab X=Bv - std_id:bc X=Av - a_string="titi , toto" '
ok 4 - test grab olist:0
ok 5 - Test grab with wrong parameter
ok 6 - Test grab with wrong element
ok 7 - test grab olist
ok 8 - location test
ok 9 - grab std_id:ab...
ok 10 - ... and test its location
ok 11 - grab olist:0...
ok 12 - ... and test its location
ok 13 - grab olist:1...
ok 14 - ... and test its location
ok 15 - grab warp...
ok 16 - ... and test its location
ok 17 - grab warp std_id:toto...
ok 18 - ... and test its location
ok 19 - test grab with '?warp'
ok 20 - The object isa Config::Model::WarpedNode
ok 21 - test grab with '?std_id:ab'
ok 22 - The object isa Config::Model::Node
ok 23 - test grab with '?hash_a:ab'
ok 24 - The object isa Config::Model::Value
ok 25 - test grab with '?std_id'
ok 26 - The object isa Config::Model::HashId
ok 27 - test grab with wrong step: '?argh'
ok
t/hash_id_of_node.........1..6
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - bounded hash created
ok 4 - check hash id name
ok 5 - fetched element id 1 isa Config::Model::Node
ok 6 - check config_class_name
ok
t/hash_id_of_values.......1..32
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - bounded hash created
ok 4 - check hash id name
ok 5 - fetched element id 1 isa Config::Model::Value
ok 6 - Storing in id 1
ok 7 - Storing in id 2
ok 8 - empty index error
ok 9 - min error
ok 10 - max error
ok 11 - max nb error
ok 12 - delete id 2
ok 13 - deleted id does not exist
ok 14 - reading value_type
ok 15 - reading max boundary
ok 16 - created hash_with_auto_created_id
ok 17 - check auto-created id
ok 18 - ...idem
ok 19 - ...idem after creating another id
ok 20 - check the 2 ids
ok 21 - created hash_with_default_id ...
ok 22 - check default id
ok 23 - ...and test default id on empty hash
ok 24 - created hash_with_default_id_2 ...
ok 25 - ... store a value...
ok 26 - ...check existing id...
ok 27 - ...and test that default id is not provided
ok 28 - created hash_with_several_default_keys ...
ok 29 - ...check default id
ok 30 - created hash_with_several_auto_created_id ...
ok 31 - ... store a value...
ok 32 - ...check id...
ok
t/instance................1..19
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - test config root class isa Config::Model::Node
ok 4 - test value check, push fetch store
ok 5
ok 6
ok 7
ok 8 - test value check, push type
ok 9
ok 10
ok 11 - test value check, pop type
ok 12
ok 13
ok 14 - test value check, pop fetch store
ok 15
ok 16
ok 17 - test empty private data ...
ok 18 - store private data
ok 19 - retrieve private data
ok
t/load....................1..33
ok 1 - compiled
ok 2 - created dummy instance
ok 3 - load 'std_id:ab X=Bv - std_id:bc X=Av - a_string="titi , toto" '
ok 4 - check a_string
ok 5 - Set tree_macro
ok 6 - load wrong 'std_id:ab ZZX=Bv - std_id:bc X=Bv'
ok 7 - load 'lista=a,b,c,d olist:0 X=Av - olist:1 X=Bv - listb=b,c,d'
ok 8 - check list element_name
ok 9 - check list element 0 class
ok 10 - check list element 1 class
ok 11 - check lista class isa Config::Model::ListId
ok 12 - check lista element 0 class isa Config::Model::Value
ok 13 - check lista element 1 class isa Config::Model::Value
ok 14 - check list element 0 content
ok 15 - check list element 1 content
ok 16 - check lista element 0 content
ok 17 - check lista element 1 content
ok 18 - check lista element 2 content
ok 19 - check lista element 3 content
ok 20 - load quoted string: 'a_string="foo bar"'
ok 21 - check result
ok 22 - load : 'a_string="foo bar baz" lista=a,b,c,d,e'
ok 23 - check result
ok 24 - check lista element 0 content
ok 25 - check lista element 1 content
ok 26 - check lista element 2 content
ok 27 - check lista element 3 content
ok 28 - check lista element 4 content
ok 29 - load : 'std_id:f/o/o:b.ar X=Bv'
ok 30 - check result
ok 31 - load : 'hash_a:a=z hash_a:b=z2'
ok 32 - check result
ok 33 - check result
ok
t/multi_warp_object.......1..21
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - Created Root
ok 4 - check element bar for intermediate user (not available because macro* are undef)
ok 5 - check element bar for advanced user (not available because macro* are undef)
ok 6 - set macro1 to A
ok 7 - check element bar for intermediate user (not available because macro2 is undef)
ok 8 - check element bar for advanced user (not available because macro2 is undef)
ok 9 - writing to slave->bar (fails tree_macro is undef)
ok 10 - set macro2 to C
ok 11 - check element bar for intermediate user (not available)
ok 12 - check element bar for advanced user (now available)
ok 13 - check bar:1 config class name
ok 14 - check bar permission
ok 15 - set macro2 to D
ok 16 - check bar:1 config class name (is SlaveZ)
ok 17 - check bar permission
ok 18 - set macro1 to B
ok 19 - check bar:1 config class name (is now SlaveZ)
ok 20 - check element bar permission (back to advanced )
ok 21 - test number of warper for bar elements
ok
t/multi_warp_value........1..56
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - Test _dclone_key (single key)
ok 4 - Test _expand_key (single key)
ok 5 - Test _expand_rules ( single keys)
ok 6 - Test _dclone_key (backward)
ok 7 - Test _expand_key (backward)
ok 8 - Test _expand_rules (backward)
ok 9 - Test _dclone_key
ok 10 - Test _expand_key
ok 11 - Test _expand_rules
ok 12 - Setting Root macro1 to A1
ok 13 - Setting Root macro2 to A2
ok 14 - Setting Root macro3 to A3
ok 15 - Reading Root slot m1
ok 16 - Reading Root slot m2
ok 17 - Setting Root macro3 to B3
ok 18 - Reading Root slot m1
ok 19 - Reading Root slot m2
ok 20 - Setting Root macro2 to B2
ok 21 - Setting Root macro3 to A3
ok 22 - Reading Root slot m1
ok 23 - Reading Root slot m2
ok 24 - Setting Root macro3 to B3
ok 25 - Reading Root slot m1
ok 26 - Reading Root slot m2
ok 27 - Setting Root macro2 to C2
ok 28 - Setting Root macro3 to A3
ok 29 - Reading Root slot m1
ok 30 - Reading Root slot m2
ok 31 - Setting Root macro3 to B3
ok 32 - Reading Root slot m1
ok 33 - Reading Root slot m2
ok 34 - Setting Root macro1 to B1
ok 35 - Setting Root macro2 to A2
ok 36 - Setting Root macro3 to A3
ok 37 - Reading Root slot m1
ok 38 - Reading Root slot m2
ok 39 - Setting Root macro3 to B3
ok 40 - Reading Root slot m1
ok 41 - Reading Root slot m2
ok 42 - Setting Root macro2 to B2
ok 43 - Setting Root macro3 to A3
ok 44 - Reading Root slot m1
ok 45 - Reading Root slot m2
ok 46 - Setting Root macro3 to B3
ok 47 - Reading Root slot m1
ok 48 - Reading Root slot m2
ok 49 - Setting Root macro2 to C2
ok 50 - Setting Root macro3 to A3
ok 51 - Reading Root slot m1
ok 52 - Reading Root slot m2
ok 53 - Setting Root macro3 to B3
ok 54 - Reading Root slot m1
ok 55 - Reading Root slot m2
ok 56 - test number of warp roots
ok
t/node....................1..49
ok 1 - Model created
ok 2 - Instance created
ok 3 - Config root created
ok 4 - Created Master
Element X of node captain bar is deprecated
Element X of node captain bar is deprecated
Element X of node array_args bar is deprecated
Element X of node array_args bar is deprecated
Element X of node hash_args bar is deprecated
Element X of node hash_args bar is deprecated
ok 5 - check Master elements
ok 6 - check Master elements
ok 7 - check Master elements
ok 8 - Created Captain
ok 9 - test class_name
ok 10 - test element_name
ok 11 - test name
ok 12 - test captain location
ok 13 - Created Sarge
ok 14 - check Y permission
ok 15 - check Z permission
Element X of node captain bar is deprecated
ok 16 - check X permission
ok 17 - test X value
ok 18 - test Y value
ok 19 - test Z value
ok 20 - fetch_element with unexpected permission
Element X of node captain bar is deprecated
ok 21 - check error message
ok 22 - fetch_element with unexpected permission
ok 23 - check error message
Element X of node array_args bar is deprecated
Element X of node array_args bar is deprecated
ok 24 - Testing X modif done through array ref constructor arg
ok 25
ok 26
Element X of node hash_args bar is deprecated
ok 27 - test bar config_class_name
ok 28 - test bar element_name
ok 29 - test bar name
Element X of node hash_args bar is deprecated
ok 30 - test bar location
ok 31 - Testing X modif done through hash ref constructor arg
ok 32 - checking X permission
ok 33 - Created 2nd Master isa Config::Model::Instance
ok 34 - created 2nd tree isa Config::Model::Node
ok 35 - Test master global help
ok 36 - Test master slot help captain
ok 37 - Test master slot help hash_args
ok 38 - Test sarge slot help X
ok 39 - Non-existing element
ok 40 - test element
ok 41 - test (non) importance
ok 42 - test importance
ok 43 - test importance
ok 44 - test hidden
ok 45 - test importance
ok 46 - test next_element (undef)
ok 47 - test next_element ()
ok 48 - test next_element (captain)
ok 49 - test next_element (array_args)
ok
t/obj_tree_scanner........1..9
ok 1 - compiled
ok 2 - created dummy instance
ok 3 - set up data in tree with 'std_id:ab X=Bv - std_id:bc X=Av - a_string="toto tata"'
ok 4 - set up ObjTreeScanner
ok 5 - performed scan
ok 6 - check result
ok 7 - set up ObjTreeScanner with fallback
ok 8 - performed scan with fallback
ok 9 - check result
ok
t/recursive_warp_value....1..20
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - Set macro to A
ok 4 - Reading Master element m1
ok 5 - Reading Master element m2a
ok 6 - Reading Master element m2b
ok 7 - Reading Master element e1
ok 8 - Reading Master element e2
ok 9 - Set macro to B
ok 10 - Reading Master element m1
ok 11 - Reading Master element m2a
ok 12 - Reading Master element m2b
ok 13 - Reading Master element e1
ok 14 - Reading Master element e2
ok 15 - Set macro to C
ok 16 - Reading Master element m1
ok 17 - Reading Master element m2a
ok 18 - Reading Master element m2b
ok 19 - Reading Master element e1
ok 20 - Reading Master element e2
ok
t/search_element..........1..15
ok 1 - compiled
ok 2 - created dummy instance
ok 3 - verify search on SlaveZ
ok 4 - verify search on SlaveY
ok 5 - verify search on Master
ok 6 - check first step
ok 7 - check choosen object
ok 8 - check auto choosen object for X
ok 9 - check that no more steps are left
ok 10 - check auto choosen object for aa
ok 11 - check object of element call-back (DX))
ok 12 - check param of element call-back (DX)
ok 13 - check auto choosen object for DX (warp)
ok 14 - check auto_choose target for DX (olist)
ok 15 - check auto_choose target for DX (std_id)
ok
t/value...................1..74
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - test create expected failure
ok 4 - test create bounded integer
ok 5 - store test
ok 6 - fetch test
ok 7 - bounded integer: max error
ok 8 - bounded integer: string error
ok 9 - bounded integer: number error
ok 10 - created Master bounded_number
ok 11 - assign 1
ok 12 - assign 1.5
ok 13 - bounded integer: string error
ok 14 - store undef
ok 15 - created mandatory_string
ok 16 - mandatory string: undef error
ok 17 - mandatory_string: store
ok 18 - and read
ok 19 - created mandatory_boolean
ok 20 - mandatory bounded: undef error
ok 21 - mandatory bounded: store string error
ok 22 - mandatory bounded: store 2 error
ok 23 - mandatory boolean: set to 1
ok 24 - mandatory boolean: read
ok 25 - mandatory boolean: set to yes
ok 26 - and read
ok 27 - mandatory boolean: set to Yes
ok 28 - and read
ok 29 - mandatory boolean: set to no
ok 30 - and read
ok 31 - mandatory boolean: set to Nope
ok 32 - and read
ok 33 - mandatory boolean: set to true
ok 34 - and read
ok 35 - mandatory boolean: set to False
ok 36 - and read
ok 37 - test create expected failure with enum with wrong default
ok 38 - Created enum with correct default
ok 39 - enum: store 'toto' error
ok 40 - enum with default: read default value
ok 41 - enum with default: read custom value
ok 42 - enum: store B
ok 43 - enum: read custom value
ok 44 - enum: read standard value
ok 45 - enum: check value_type
ok 46 - enum: warping default value
ok 47 - enum: check new default value
ok 48 - enum: warped default value to wrong value
ok 49 - enum: warping choice
ok 50 - enum: warping default value to new choice
ok 51 - enum: warping choice to completely different set
ok 52 - enum: check that new default value is undef
ok 53 - enum: check that new current value is undef
ok 54 - enum:  set a new value
ok 55 - Creating enum_integer
ok 56 - enum_integer: store 1
ok 57 - and read
ok 58 - enum integer: max error
ok 59 - enum integer: string error
ok 60 - enum integer: store'none' value
ok 61 - and read
ok 62 - enum integer: negative value
ok 63 - and read
ok 64 - enum integer: too negative value
ok 65 - enum integer: too many --
ok 66 - testing convert => uc
ok 67 - uc_convert: testing store
ok 68 - uc_convert: testing read
ok 69 - testing convert => lc
ok 70 - lc_convert: testing store
ok 71 - lc_convert: testing read
ok 72 - full enum help
ok 73 - enum help on one choice
ok 74 - test undef help
ok
t/value_compute...........1..28
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - check available elements
ok 4 - created av and bv values
ok 5 - create computed integer value (av + bv)
ok 6 - test pre_compute parser on a very small formula: '$bar'
ok 7 - test compute parser on a very small formula with undef variable
ok 8 - test compute parser on a very small formula: '$bar'
ok 9 - test pre-compute parser with substitution
ok 10 - test compute parser with subsitution
ok 11 - test pre_compute parser with a string
ok 12 - test compute parser with a string
ok 13 - test pre_compute parser with function (&element)
ok 14 - test compute parser with function (&element)
ok 15 - test that compute croaks with undefined variables
ok 16 - test result :  computed integer is 3 (a: 1, b: 2)
ok 17 - test assignment to a computed value (normal error)
ok 18 - result has not changed
ok 19 - test result :  computed integer is -1 (a: 1, b: -2)
ok 20 - change bv value
ok 21 - computed integer: computed value error
ok 22 - disable fetch value check
ok 23 - test result :  computed integer is undef (a: 1, b: -2)
ok 24 - enable fetch value check
ok 25 - test for undef variables in string
ok 26 - test result :  computed string is 'meet Linus and his penguin' (a: Linus, b: his penguin)
ok 27 - test computed value
ok 28 - test overridden value
ok
t/value_refer_to..........1..13
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - Created Root
ok 4 - host setup done
ok 5 - got lan:A node:1lan:A node:1
ok 6 - setup host=A
ok 7 - set up if=eth0 
ok 8 - got ip 10.0.0.1
ok 9 - lan setup done
ok 10 - got ip 10.0.0.1
ok 11 - got ip 10.0.0.2
ok 12 - got ip 10.0.1.1
ok 13 - got ip 10.0.1.2
ok
t/value_simple_warp.......1..23
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - set up warped object with wrong rules syntax
ok 4 - set up warped object with wrong rules semantic
ok 5 - wrong rules semantic warped object blows up
ok 6 - set up warped object
ok 7 - try to read warped object while warp master is undef
ok 8 - store F in warp master
ok 9 - read warped object default value
ok 10 - store F2 in  warped object
ok 11 - and read
ok 12 - set up recursive_warped_object
ok 13 - try to read recursive warped object while its warp master is F2
ok 14 - recursive_warped_object blows up
ok 15 - store F in warped object
ok 16 - read recursive_warped_object: default value was set by warp master
ok 17 - warp 'enum' so that F2 value is clobbered (outside new choice)
ok 18 - set value valid for both warp, warp w1 to G and test that the value is still ok
ok 19 - test unset value for w2 after setting warp master
ok 20 - idem for w3
ok 21 - set warp master to G and test unset value for w1 ... 2 and w3
ok 22 - ... and w2 ...
ok 23 - ... and w3
ok
t/warped_id...............1..30
ok 1 - Compilation done
ok 2 - compiled
ok 3 - created dummy instance
ok 4 - Set macro to A
ok 5 - Check macro
ok 6 - Set one slave
ok 7 - Set second slave (normal error)
ok 8 - Set macro to B
ok 9 - Set second slave
ok 10 - Set third slave (normal error)
ok 11 - Set macro to C (warp_reset)
ok 12 - Set third slave
ok 13 - Set fourth slave (normal error)
ok 14 - Set macro to B: limit max to 2 when the hash has id '3'
ok 15 - Set macro to B (limit max to 2)
ok 16 - check reduced key set
ok 17 - check multi_warp default max
ok 18 - check multi_auto_create default max
ok 19 - set version to 2
ok 20 - set macro to C
ok 21 - check multi_warp default index parameter
ok 22 - check multi_warp default key set with different warp master
ok 23 - store Av in X
ok 24 - check X value
ok 25 - check multi_warp warped_hash max
ok 26 - check multi_auto_create default key set with different warp master
ok 27 - check X value
ok 28 - check multi_auto_create warped_hash max
ok 29 - assign new value to warp master (same effect)
ok 30 - check X value after assign
ok
t/warped_node.............1..32
ok 1 - Compilation done
ok 2 - compiled
ok 3 - created dummy instance
ok 4 - check that a_hash_of_warped_nodes is not available
ok 5 - test stored on a warped node element (should fail)
ok 6 - set master->tree_macro to XY
ok 7 - reading a_hash_of_warped_nodes (is SlaveY because tree_macro was set)
ok 8 - set master->tree_macro to XZ
ok 9 - reading a_hash_of_warped_nodes (is SlaveZ because tree_macro was set)
ok 10 - reading master a_hash_of_warped_nodes:234 X (undef)
ok 11 - set master v_macro to A
ok 12 - reading master a_hash_of_warped_nodes:234 X (default value)
ok 13 - reading master a_hash_of_warped_nodes:234 Z (default value)
ok 14 - Set master a_hash_of_warped_nodes:234 X to Cv
ok 15 - Set master a_hash_of_warped_nodes:234 Z to Cv
ok 16 - set master->tree_macro to mXY (with morphing)...
ok 17 - ... X value was kept ...
ok 18 - ... Y is back to default value
ok 19 - set master v_macro to B
ok 20 - ... X value was kept ...
ok 21 - ... Y is to new default value
ok 22 - created warped node isa Config::Model::WarpedNode
ok 23 - Check element name of warped node
ok 24 - Check index value of warped node
ok 25 - Check element name of actual node below warped node
ok 26 - Check index value of actual node below warped node
ok 27 - reading elements of root
ok 28 - set master->tree_macro to W (warp out)...
ok 29 - reading elements of root after warp out
ok 30 - reading elements of root after warp out
ok 31 - set master->b_macro to 1 (warp in bool_object)...
ok 32 - check theorical bool_object type...
ok
t/warped_value............1..43
ok 1 - Compilation done
ok 2 - created dummy instance
ok 3 - Elements of Master
ok 4 - Elements of Slave from the model
ok 5 - Created slave(bar)
ok 6 - Elements of Slave from the object
ok 7 - reading slave->W (undef value_type error)
ok 8 - reading slave->X (undef)
ok 9 - setting master->macro to A
ok 10 - reading slave->X (Av)
ok 11 - reading slave->Y (Av)
ok 12 - reading slave->Z (Av)
ok 13 - setting master->macro to C
ok 14 - reading slave->X (undef)
ok 15 - Slave elements from the object (W pops in when macro is set to A)
ok 16 - Slave elements from the object (W's out when macro is set to B)
ok 17 - Slave elements from the object for advanced level
ok 18 - reading slave->X (Bv)
ok 19 - reading slave->Y (Bv)
ok 20 - reading slave->Z (Bv)
ok 21 - Set slave->Y to Cv
ok 22 - reading slave->W (undef value_type error)
ok 23 - reading slave->X (undef)
ok 24 - reading slave->Z (undef)
ok 25 - reading slave->Y (Cv)
ok 26 - reading slave->Comp
ok 27 - set m_value to Cv
ok 28 - Created new big compute object isa Config::Model::Value
ok 29 - testing pre_compute with & and &index on $big_compute_obj
ok 30 - testing pre_compute with &element(stuff) and &index($stuff)
ok 31 - reading slave->big_compute(test1)
ok 32 - reading slave->big_compute(b1)
ok 33 - reading rslave1->big_replace(br1)
ok 34 - reading rslave2->big_replace(br1)
ok 35 - reading rslave1->macro_replace(br1)
ok 36 - reading rslave2->macro_replace(br1)
ok 37 - reading root->compute
ok 38 - reading macro slaves
ok 39 - check names of values using 'macro' element
ok 40 - reading var_path while where_is_element variable is undef
ok 41 - reading var_path while get_element variable is undef
ok 42 - reading var_path through m_value element
ok 43 - reading var_path through compute element
ok
All tests successful.
Files=20, Tests=547, 10 wallclock secs ( 7.64 cusr +  1.46 csys =  9.10 CPU)
make: *** [htmlifypods] Hangup