Mercurial > repos > fgiacomoni > lipidmaps_textsearch
view t/wsdl_lmTest.t @ 3:f4e6b77c46e3 draft default tip
Master branch Updating - - Fxx
| author | fgiacomoni |
|---|---|
| date | Wed, 03 Oct 2018 05:47:14 -0400 |
| parents | 1276908e8fc4 |
| children |
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#! perl use diagnostics; use warnings; no warnings qw/void/; use strict; no strict "refs" ; use Test::More qw( no_plan ); #use Test::More tests => 29 ; use FindBin ; ## Specific Modules use lib $FindBin::Bin ; my $binPath = $FindBin::Bin ; use lib::lmTest qw( :ALL ) ; my $current_test = 0 ; print "\n\t\t\t\t * * * * * * \n" ; print "\t * * * - - - Test LiPIDMAPS Main script - - - * * * \n\n" ; print "\n** Test $current_test build_lm_mass_query with no fam/class/subcl **\n" ; $current_test++; is( build_lm_mass_queryTest('0.5', 'NA', 'NA_1', 'NA_101'),'http://www.lipidmaps.org/data/structure/LMSDSearch.php?Mode=ProcessTextSearch&OutputColumnHeader=No&OutputMode=File&OutputType=TSV&ExactMassOffSet=0.5&ExactMass=', 'Works with no cat, no class and no subcl argvt' ) ; print "\n** Test $current_test build_lm_mass_query with a fam but no class/subcl **\n" ; $current_test++; is( build_lm_mass_queryTest('0.5', 1, 'NA_1', 'NA_101'),'http://www.lipidmaps.org/data/structure/LMSDSearch.php?Mode=ProcessTextSearch&OutputColumnHeader=No&OutputMode=File&OutputType=TSV&CoreClass=1&ExactMassOffSet=0.5&ExactMass=', 'Works with a cat, but no class and no subcl argvt' ) ; print "\n** Test $current_test build_lm_mass_query with a fam/class but no subcl **\n" ; $current_test++; is( build_lm_mass_queryTest('0.5', 1, 101, 'NA_101'),'http://www.lipidmaps.org/data/structure/LMSDSearch.php?Mode=ProcessTextSearch&OutputColumnHeader=No&OutputMode=File&OutputType=TSV&CoreClass=1&MainClass=101&ExactMassOffSet=0.5&ExactMass=', 'Works with a cat, a class but no subcl argvt' ) ; print "\n** Test $current_test build_lm_mass_query with a fam/class/subcl **\n" ; $current_test++; is( build_lm_mass_queryTest('0.5', 1, 101, 10101),'http://www.lipidmaps.org/data/structure/LMSDSearch.php?Mode=ProcessTextSearch&OutputColumnHeader=No&OutputMode=File&OutputType=TSV&CoreClass=1&MainClass=101&SubClass=10101&ExactMassOffSet=0.5&ExactMass=', 'Works with a cat, a class and a subcl argvt' ) ; print "\n** Test $current_test round_nums with a list of float and a decimal reduction of 1 **\n" ; $current_test++; is_deeply( round_numsTest( ['175.01', '238.19', '420.16', '780.32', '956.25', '1100.45' ], 1 ), ['175.0', '238.2', '420.2', '780.3', '956.2', '1100.5' ], 'Method \'round_nums\' works with a list of float and return a well rounded list'); print "\n** Test $current_test round_nums with a list of float and a decimal reduction of 0 **\n" ; $current_test++; is_deeply( round_numsTest( ['175.01', '238.19', '420.16', '780.32', '956.25', '1100.45', '111.6' ], 0 ), ['175', '238', '420', '780', '956', '1100', '112' ], 'Method \'round_nums\' works with a list of float and return a well rounded list'); print "\n** Test $current_test convert_tbody_to_globalmatrix with a list of hearders and a tbody_object **\n" ; $current_test++; is_deeply( convert_tbody_to_globalmatrixTest( ['MASS', 'CLUSTER_DELTA', 'CLUSTER_FORMULA', 'CLUSTER_NAME', 'CLUSTER_TOTAL'], [ { 'PAGE_NB' => 1, 'MASSES' => [ { 'TRANSFORMS' => [ { 'COLOR' => 'grey-bolt', 'TRANSFO_TYPE' => 'Init_MZ', 'CLUSTERS' => [ { 'CLUSTER_FORMULA' => 'C30H59O12P', 'NB_ENTRY_BY_MASS' => 0, 'NB_CLUSTER_BY_MASS' => 1, 'PARENT_ID' => '10_0_0', 'COLOR' => 'white', 'CLUSTER_NAME' => 'PI_21:0', 'CLUSTER_TOTAL' => 1, 'NB_MASS' => 10, 'CLUSTER_DELTA' => '-0.23', 'ENTRIES' => [ { 'COLOR' => 'white', 'ENTRY_FORMULA' => 'C30H59O12P', 'NB_CLUSTER_BY_MASS' => 1, 'NB_ENTRY_BY_MASS' => 1, 'ENTRY_COMMONNAME' => 'PI(21:0/0:0)', 'ENTRY_SYSTNAME' => '1-heneicosanoyl-glycero-3-phospho-(1\'-myo-inositol)', 'LM_ID' => 'LMGP06050025', 'MZ_DELTA' => '-0.23', 'NB_MASS' => 10, 'CLUSTER_ID' => 1 } ] } ] } ], 'COLOR' => 'white', 'MASS' => '642.5987', 'TOTAL' => 1, 'NB_ENTRY_BY_MASS' => 0, 'NB_CLUSTER_BY_MASS' => 0, 'NB_MASS' => 10 }, { 'COLOR' => 'green', 'TRANSFORMS' => [ { 'TRANSFO_TYPE' => 'Init_MZ', 'CLUSTERS' => [ { 'ENTRIES' => [ { 'LM_ID' => 'LMGP06050024', 'NB_MASS' => 13, 'CLUSTER_ID' => 1, 'MZ_DELTA' => '-0.18', 'ENTRY_COMMONNAME' => 'PI(22:0/0:0)', 'ENTRY_SYSTNAME' => '1-docosanoyl-glycero-3-phospho-(1\'-myo-inositol)', 'ENTRY_FORMULA' => 'C31H61O12P', 'NB_ENTRY_BY_MASS' => 1, 'NB_CLUSTER_BY_MASS' => 1, 'COLOR' => 'green' } ], 'CLUSTER_DELTA' => '-0.18', 'NB_MASS' => 13, 'CLUSTER_TOTAL' => 1, 'COLOR' => 'green', 'CLUSTER_NAME' => 'PI_22:0', 'PARENT_ID' => '13_0_0', 'NB_CLUSTER_BY_MASS' => 1, 'NB_ENTRY_BY_MASS' => 0, 'CLUSTER_FORMULA' => 'C31H61O12P' } ], 'COLOR' => 'green-bolt' } ], 'MASS' => '656.5718', 'NB_MASS' => 13, 'TOTAL' => 1, 'NB_ENTRY_BY_MASS' => 0, 'NB_CLUSTER_BY_MASS' => 0 }, { 'TRANSFORMS' => [ { 'CLUSTERS' => [ { 'ENTRIES' => [ { 'CLUSTER_ID' => 1, 'NB_MASS' => 14, 'MZ_DELTA' => '-0.19', 'LM_ID' => 'LMGP06050024', 'ENTRY_SYSTNAME' => '1-docosanoyl-glycero-3-phospho-(1\'-myo-inositol)', 'ENTRY_COMMONNAME' => 'PI(22:0/0:0)', 'NB_CLUSTER_BY_MASS' => 1, 'NB_ENTRY_BY_MASS' => 1, 'ENTRY_FORMULA' => 'C31H61O12P', 'COLOR' => 'white' } ], 'NB_MASS' => 14, 'CLUSTER_DELTA' => '-0.19', 'CLUSTER_TOTAL' => 1, 'CLUSTER_NAME' => 'PI_22:0', 'COLOR' => 'white', 'PARENT_ID' => '14_0_0', 'NB_CLUSTER_BY_MASS' => 1, 'NB_ENTRY_BY_MASS' => 0, 'CLUSTER_FORMULA' => 'C31H61O12P' } ], 'TRANSFO_TYPE' => 'Init_MZ', 'COLOR' => 'grey-bolt' } ], 'COLOR' => 'white', 'NB_CLUSTER_BY_MASS' => 0, 'NB_ENTRY_BY_MASS' => 0, 'TOTAL' => 1, 'NB_MASS' => 14, 'MASS' => '656.5802' }, { 'NB_ENTRY_BY_MASS' => 0, 'TOTAL' => 1, 'NB_CLUSTER_BY_MASS' => 0, 'NB_MASS' => 15, 'MASS' => '656.5886', 'TRANSFORMS' => [ { 'COLOR' => 'green-bolt', 'TRANSFO_TYPE' => 'Init_MZ', 'CLUSTERS' => [ { 'ENTRIES' => [ { 'ENTRY_FORMULA' => 'C31H61O12P', 'NB_ENTRY_BY_MASS' => 1, 'NB_CLUSTER_BY_MASS' => 1, 'COLOR' => 'green', 'LM_ID' => 'LMGP06050024', 'CLUSTER_ID' => 1, 'NB_MASS' => 15, 'MZ_DELTA' => '-0.20', 'ENTRY_SYSTNAME' => '1-docosanoyl-glycero-3-phospho-(1\'-myo-inositol)', 'ENTRY_COMMONNAME' => 'PI(22:0/0:0)' } ], 'CLUSTER_DELTA' => '-0.20', 'NB_MASS' => 15, 'CLUSTER_TOTAL' => 1, 'CLUSTER_NAME' => 'PI_22:0', 'COLOR' => 'green', 'PARENT_ID' => '15_0_0', 'NB_ENTRY_BY_MASS' => 0, 'NB_CLUSTER_BY_MASS' => 1, 'CLUSTER_FORMULA' => 'C31H61O12P' } ] } ], 'COLOR' => 'green' } ] } ] ), [ [ 'MASS', 'CLUSTER_DELTA', 'CLUSTER_FORMULA', 'CLUSTER_NAME', 'CLUSTER_TOTAL' ], [ '642.5987', '-0.23', 'C30H59O12P', 'PI_21:0', 1 ], [ '656.5718', '-0.18', 'C31H61O12P', 'PI_22:0', 1 ], [ '656.5802', '-0.19', 'C31H61O12P', 'PI_22:0', 1 ], [ '656.5886', '-0.20', 'C31H61O12P', 'PI_22:0', 1 ] ], 'Method \'convert_tbody_to_globalmatrix\' works with a list of headers and a wellformed tbody_object and return a well formed matrix'); print "\n** Test $current_test convert_tbody_to_globalmatrix with no headers but with a tbody_object **\n" ; $current_test++; is_deeply( convert_tbody_to_globalmatrixTest( undef, [ { 'PAGE_NB' => 1, 'MASSES' => [ { 'TRANSFORMS' => [ { 'COLOR' => 'grey-bolt', 'TRANSFO_TYPE' => 'Init_MZ', 'CLUSTERS' => [ { 'CLUSTER_FORMULA' => 'C30H59O12P', 'NB_ENTRY_BY_MASS' => 0, 'NB_CLUSTER_BY_MASS' => 1, 'PARENT_ID' => '10_0_0', 'COLOR' => 'white', 'CLUSTER_NAME' => 'PI_21:0', 'CLUSTER_TOTAL' => 1, 'NB_MASS' => 10, 'CLUSTER_DELTA' => '-0.23', 'ENTRIES' => [ { 'COLOR' => 'white', 'ENTRY_FORMULA' => 'C30H59O12P', 'NB_CLUSTER_BY_MASS' => 1, 'NB_ENTRY_BY_MASS' => 1, 'ENTRY_COMMONNAME' => 'PI(21:0/0:0)', 'ENTRY_SYSTNAME' => '1-heneicosanoyl-glycero-3-phospho-(1\'-myo-inositol)', 'LM_ID' => 'LMGP06050025', 'MZ_DELTA' => '-0.23', 'NB_MASS' => 10, 'CLUSTER_ID' => 1 } ] } ] } ], 'COLOR' => 'white', 'MASS' => '642.5987', 'TOTAL' => 1, 'NB_ENTRY_BY_MASS' => 0, 'NB_CLUSTER_BY_MASS' => 0, 'NB_MASS' => 10 }, { 'COLOR' => 'green', 'TRANSFORMS' => [ { 'TRANSFO_TYPE' => 'Init_MZ', 'CLUSTERS' => [ { 'ENTRIES' => [ { 'LM_ID' => 'LMGP06050024', 'NB_MASS' => 13, 'CLUSTER_ID' => 1, 'MZ_DELTA' => '-0.18', 'ENTRY_COMMONNAME' => 'PI(22:0/0:0)', 'ENTRY_SYSTNAME' => '1-docosanoyl-glycero-3-phospho-(1\'-myo-inositol)', 'ENTRY_FORMULA' => 'C31H61O12P', 'NB_ENTRY_BY_MASS' => 1, 'NB_CLUSTER_BY_MASS' => 1, 'COLOR' => 'green' } ], 'CLUSTER_DELTA' => '-0.18', 'NB_MASS' => 13, 'CLUSTER_TOTAL' => 1, 'COLOR' => 'green', 'CLUSTER_NAME' => 'PI_22:0', 'PARENT_ID' => '13_0_0', 'NB_CLUSTER_BY_MASS' => 1, 'NB_ENTRY_BY_MASS' => 0, 'CLUSTER_FORMULA' => 'C31H61O12P' } ], 'COLOR' => 'green-bolt' } ], 'MASS' => '656.5718', 'NB_MASS' => 13, 'TOTAL' => 1, 'NB_ENTRY_BY_MASS' => 0, 'NB_CLUSTER_BY_MASS' => 0 }, { 'TRANSFORMS' => [ { 'CLUSTERS' => [ { 'ENTRIES' => [ { 'CLUSTER_ID' => 1, 'NB_MASS' => 14, 'MZ_DELTA' => '-0.19', 'LM_ID' => 'LMGP06050024', 'ENTRY_SYSTNAME' => '1-docosanoyl-glycero-3-phospho-(1\'-myo-inositol)', 'ENTRY_COMMONNAME' => 'PI(22:0/0:0)', 'NB_CLUSTER_BY_MASS' => 1, 'NB_ENTRY_BY_MASS' => 1, 'ENTRY_FORMULA' => 'C31H61O12P', 'COLOR' => 'white' } ], 'NB_MASS' => 14, 'CLUSTER_DELTA' => '-0.19', 'CLUSTER_TOTAL' => 1, 'CLUSTER_NAME' => 'PI_22:0', 'COLOR' => 'white', 'PARENT_ID' => '14_0_0', 'NB_CLUSTER_BY_MASS' => 1, 'NB_ENTRY_BY_MASS' => 0, 'CLUSTER_FORMULA' => 'C31H61O12P' } ], 'TRANSFO_TYPE' => 'Init_MZ', 'COLOR' => 'grey-bolt' } ], 'COLOR' => 'white', 'NB_CLUSTER_BY_MASS' => 0, 'NB_ENTRY_BY_MASS' => 0, 'TOTAL' => 1, 'NB_MASS' => 14, 'MASS' => '656.5802' }, { 'NB_ENTRY_BY_MASS' => 0, 'TOTAL' => 1, 'NB_CLUSTER_BY_MASS' => 0, 'NB_MASS' => 15, 'MASS' => '656.5886', 'TRANSFORMS' => [ { 'COLOR' => 'green-bolt', 'TRANSFO_TYPE' => 'Init_MZ', 'CLUSTERS' => [ { 'ENTRIES' => [ { 'ENTRY_FORMULA' => 'C31H61O12P', 'NB_ENTRY_BY_MASS' => 1, 'NB_CLUSTER_BY_MASS' => 1, 'COLOR' => 'green', 'LM_ID' => 'LMGP06050024', 'CLUSTER_ID' => 1, 'NB_MASS' => 15, 'MZ_DELTA' => '-0.20', 'ENTRY_SYSTNAME' => '1-docosanoyl-glycero-3-phospho-(1\'-myo-inositol)', 'ENTRY_COMMONNAME' => 'PI(22:0/0:0)' } ], 'CLUSTER_DELTA' => '-0.20', 'NB_MASS' => 15, 'CLUSTER_TOTAL' => 1, 'CLUSTER_NAME' => 'PI_22:0', 'COLOR' => 'green', 'PARENT_ID' => '15_0_0', 'NB_ENTRY_BY_MASS' => 0, 'NB_CLUSTER_BY_MASS' => 1, 'CLUSTER_FORMULA' => 'C31H61O12P' } ] } ], 'COLOR' => 'green' } ] } ] ), [ [ 'MASS', 'CLUSTER_DELTA', 'CLUSTER_FORMULA', 'CLUSTER_NAME', 'CLUSTER_TOTAL' ], [ '642.5987', '-0.23', 'C30H59O12P', 'PI_21:0', 1 ], [ '656.5718', '-0.18', 'C31H61O12P', 'PI_22:0', 1 ], [ '656.5802', '-0.19', 'C31H61O12P', 'PI_22:0', 1 ], [ '656.5886', '-0.20', 'C31H61O12P', 'PI_22:0', 1 ] ], 'Method \'convert_tbody_to_globalmatrix\' works with no given list of headers and a wellformed tbody_object and return a well formed matrix');