Mercurial > repos > iuc > table_compute
view table_compute.xml @ 4:93a3ce78ce55 draft
"planemo upload for repository https://github.com/galaxyproject/tools-iuc/tree/master/tools/table_compute commit d741508e5ed912cdeee4f67ec8451b6e6865363c"
| author | iuc |
|---|---|
| date | Tue, 20 Apr 2021 15:46:10 +0000 |
| parents | 60ff16842fcd |
| children | 3bf5661c0280 |
line wrap: on
line source
<tool id="table_compute" name="Table Compute" version="@VERSION@+galaxy@WRAPPER_VERSION@"> <description>computes operations on table data</description> <macros> <token name="@VERSION@">1.2.4</token> <token name="@WRAPPER_VERSION@">0</token> <token name="@COPEN@"><![CDATA[<code>]]></token> <token name="@CCLOSE@"><![CDATA[</code>]]></token> <import>allowed_functions.xml</import> <!-- text field validators --> <macro name="validator_text" > <validator type="regex" message="No special characters allowed">^(?:\w+)?$</validator> <sanitizer sanitize="false" /> </macro> <macro name="validator_text_required" > <validator type="regex" message="No special characters allowed">^(?:\w+)?$</validator> <validator type="empty_field" /> </macro> <macro name="validator_index_identifiers" > <validator type="regex" message="Specify a comma-separated list of index names without special characters">^(?:\w+(?:, *\w+)*)?$</validator> <sanitizer sanitize="false" /> </macro> <macro name="validator_index_ranges"> <validator type="regex" message="Specify a comma-separated list index numbers or ranges">^(?:-?\d+(?::-?\d+)*(?:, *-?\d+(?::-?\d+)*)*)?$</validator> <sanitizer sanitize="false" /> </macro> <macro name="validator_functiondef"> <validator type="regex" message="An expression is required and is allowed to contain only letters, numbers and the characters _ !-+=/*%.<>()">^[\w !\-+=/*%,.<>()]+$</validator> <sanitizer sanitize="false" /> </macro> <!-- macro for main input tests --> <macro name="test_inputs_single" > <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="small.tsv" /> <conditional name="user" > <yield /> </conditional> </conditional> </macro> <macro name="test_inputs_ranges" > <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.1.tsv" /> <conditional name="user" > <param name="mode" value="select" /> <yield /> </conditional> </conditional> </macro> <!-- macro for umi to transcript tests --> <macro name="umi2trans" > <yield /> <conditional name="user" > <param name="mode" value="element" /> <conditional name="elem_val"> <param name="element_op" value="None" /> </conditional> <conditional name="element" > <param name="mode" value="custom" /> <param name="custom_expr" value="-math.log(1 - elem/4096) * 4096 if elem != 4096 else elem - 0.5" /> </conditional> </conditional> </macro> <!-- macro for file inputs --> <macro name="file_opts"> <param name="input" type="data" format="tsv,tabular" label="Table" /> <param name="col_row_names" type="select" display="checkboxes" multiple="true" optional="true" label="Input data has"> <option value="has_col_names" selected="true">Column names on the first row</option> <option value="has_row_names" selected="true">Row names on the first column</option> </param> <section name="adv" title="Advanced File Options " expanded="false" > <param name="header" type="integer" min="0" optional="true" label="Header begins at line N" help="All lines before line N will be skipped. If a value is set, this will override the above 'Column names on the first row' parameter." /> <param name="nrows" type="integer" min="0" optional="true" label="Read N lines only" help="Parses only N lines after the header line." /> <param name="skipfooter" type="integer" min="0" optional="true" label="Skip N lines from bottom" help="Do not use this in conjunction with the 'Read N lines only' parameter." /> <param name="skip_blank_lines" type="boolean" checked="true" falsevalue="False" truevalue="True" label="Skip blank lines" help="Otherwise it will insert NaN values for every blank line detected." /> </section> </macro> <!-- element value macro --> <macro name="elem_val_macro" token_when="@WHEN@" > <when value="@WHEN@" > <param name="element_value" type="text" optional="true" label="Filter value" help="This value is converted to numeric if possible, otherwise it is treated as a string" /> </when> </macro> <!-- Row/Col macro --> <macro name="select_rowcols" > <param name="select_cols_wanted" type="text" optional="true" label="List of columns to select" help="Comma separated. (e.g. @COPEN@3:5,10,-1,2:-2@CCLOSE@ will select columns @COPEN@3,4,5,10,-1,2,1,0,-1,-2@CCLOSE@, where negative indices refer to the offset from the last index). Columns can be duplicated by specifying them multiple times. Leave blank to retain all columns. See Example #1 for an example of using this mode." > <expand macro="validator_index_ranges" /> </param> <param name="select_rows_wanted" type="text" optional="true" label="List of rows to select" help="The same rules apply as above" > <expand macro="validator_index_ranges" /> </param> </macro> </macros> <requirements> <requirement type="package" version="1.2.4">pandas</requirement> <requirement type="package" version="1.19.2">numpy</requirement> </requirements> <version_command><![CDATA[ python '$__tool_directory__/scripts/table_compute.py' --version ]]></version_command> <command detect_errors="exit_code"><![CDATA[ ## Can only import generated userconfig.py if calling ## script is in the same directory. Soft-linking does ## not satisfy importing, so we copy everything. cp '$userconf' ./userconfig.py && cp '$__tool_directory__/scripts/safety.py' ./safety.py && cp '$__tool_directory__/scripts/table_compute.py' ./table_compute.py && python ./table_compute.py ]]></command> <configfiles> <configfile name="userconf"><![CDATA[ Default = { "reader_skip": 0, "precision": $precision, #if 'ignore_nas' in str($out_opts): "narm": True, #else: "narm": False, #end if #if 'output_headers_row' in str($out_opts): "out_headers_row": True, #else: "out_headers_row": False, #end if #if 'output_headers_col' in str($out_opts): "out_headers_col": True, #else: "out_headers_col": False, #end if "user_mode": '$singtabop.use_type', "outtable": '$table' } #if str($singtabop.use_type) == "single": #set $op_mode = str($singtabop.user.mode) Data = { "tables": [ { "file": '$singtabop.input', #if $singtabop.adv.header: "header": int('$singtabop.adv.header'), #elif 'has_col_names' in str($singtabop.col_row_names): "header": 0, #else: "header": None, #end if "row_names": #if ('has_row_names' in str($singtabop.col_row_names)) then 0 else False#, "skipfooter": #if $singtabop.adv.skipfooter then int($singtabop.adv.skipfooter) else 0#, #if $singtabop.adv.skip_blank_lines "skip_blank_lines": $singtabop.adv.skip_blank_lines, #else "skip_blank_lines": None, #end if #if $singtabop.adv.nrows "nrows": int('$singtabop.adv.nrows'), #else "nrows": None, #end if } ], "params": { "user_mode_single": '$op_mode', #if $op_mode == 'precision': ## Literally do nothing, the user just sets the precision slider ## at the top default level } #elif $op_mode == 'select': "select_cols_unique": #echo 'select_cols_keepdupe' in str($singtabop.user.select_keepdupe)#, "select_rows_unique": #echo 'select_rows_keepdupe' in str($singtabop.user.select_keepdupe)#, #if $singtabop.user.select_cols_wanted: "select_cols_wanted": '$singtabop.user.select_cols_wanted', #else "select_cols_wanted": None, #end if #if $singtabop.user.select_rows_wanted: "select_rows_wanted": '$singtabop.user.select_rows_wanted', #else "select_rows_wanted": None, #end if } #elif $op_mode == 'filtersumval': #set $filter_type = str($singtabop.user.filtersumval_mode.use) "filtersumval_mode": '$filter_type', "filtersumval_axis": $singtabop.user.axis, #if $filter_type == 'operation': "filtersumval_compare": '$singtabop.user.filtersumval_mode.compare_op', "filtersumval_op": '$singtabop.user.filtersumval_mode.operation', "filtersumval_against": $singtabop.user.filtersumval_mode.against, "filtersumval_minmatch": None, #elif $filter_type == 'element': "filtersumval_compare": None, "filtersumval_op": '$singtabop.user.filtersumval_mode.operation', ## against could be string or float, so we parse this in the code "filtersumval_against": '$singtabop.user.filtersumval_mode.against', "filtersumval_minmatch": $singtabop.user.filtersumval_mode.minmatch, #end if } #elif $op_mode == 'matrixapply': "matrixapply_dimension": $singtabop.user.dimension, #if str($singtabop.user.matrixapply_func.vector_op) == 'custom': #set $custom_func = str($singtabop.user.matrixapply_func.custom_func).strip() "matrixapply_custom": True, "matrixapply_custom_func": '$custom_func', "matrixapply_op": None, #else "matrixapply_custom": False, "matrixapply_custom_func": None, "matrixapply_op": '$singtabop.user.matrixapply_func.vector_op', #end if } #elif $op_mode == 'element': #set $filter_type = str($singtabop.user.elem_val.element_op) #set $element_mode = str($singtabop.user.element.mode) #if $filter_type == "None": "element_op": None, #elif $filter_type == "rowcol": "element_op": "rowcol", #if $singtabop.user.elem_val.select_rows_wanted "element_rows": '$singtabop.user.elem_val.select_rows_wanted', #end if #if $singtabop.user.elem_val.select_cols_wanted "element_cols": '$singtabop.user.elem_val.select_cols_wanted', #end if "element_inclusive": $singtabop.user.elem_val.inclusive_selection, #else: "element_op": '$filter_type', ## Value is string or float, parsed in code later "element_value" : '$singtabop.user.elem_val.element_value', #end if "element_mode": '$element_mode', #if $element_mode == "replace": "element_replace": '$singtabop.user.element.replace_value', #elif $element_mode == "modify": "element_modify_op": '$singtabop.user.element.modify_op', #elif $element_mode == "scale": "element_scale_op": '$singtabop.user.element.scale_op', "element_scale_value": $singtabop.user.element.scale_value, #elif $element_mode == "custom": #set $custom_func = str($singtabop.user.element.custom_expr).strip() "element_customop": '$custom_func', #end if } #elif $op_mode == 'fulltable': "mode": '$singtabop.user.general.use', #if str($singtabop.user.general.use) == 'melt': #if str($singtabop.user.general.id_vars).strip(): #set $melt_ids = [i.strip() for i in str($singtabop.user.general.id_vars).split(',')] #else #set $melt_ids = 'None' #end if #if str($singtabop.user.general.value_vars).strip(): #set $melt_values = [i.strip() for i in str($singtabop.user.general.value_vars).split(',')] #else #set $melt_values = 'None' #end if "MELT": { "melt_ids": $melt_ids, "melt_values": $melt_values, }, #elif str($singtabop.user.general.use) == 'pivot': #set $pivot_index = None #set $pivot_columns = None #set $pivot_values = None #set $pivot_aggfunc = None #if str($singtabop.user.general.index).strip() #set $pivot_index = [i.strip() for i in str($singtabop.user.general.index).split(',')] #if len($pivot_index)==1 #set $pivot_index = "'"+$pivot_index[0]+"'" #end if #else #set $pivot_index = 'None' #end if #if str($singtabop.user.general.column).strip() #set $pivot_columns = [i.strip() for i in str($singtabop.user.general.column).split(',')] #if len($pivot_columns)==1 #set $pivot_columns = "'"+$pivot_columns[0]+"'" #end if #else #set $pivot_columns = 'None' #end if #if str($singtabop.user.general.values).strip() #set $pivot_values = [i.strip() for i in str($singtabop.user.general.values).split(',')] #if len($pivot_values)==1 #set $pivot_values = "'"+$pivot_values[0]+"'" #end if #else #set $pivot_values = 'None' #end if ## The aggfunc is either a - column : [array] map ## or just an [array] #if str($singtabop.user.general.aggfunc).strip() == 'None' #set $pivot_aggfunc = 'None' #end if #if not($pivot_aggfunc) #set $pivot_aggfunc = [i.strip() for i in str($singtabop.user.general.aggfunc).split(',')] #if len($pivot_aggfunc)==1 #set $pivot_aggfunc = "'"+$pivot_aggfunc[0]+"'" #end if #end if "PIVOT": { "pivot_index": $pivot_index, "pivot_columns": $pivot_columns, "pivot_values": $pivot_values, #if $pivot_aggfunc == 'None': "pivot_aggfunc": { #for $i, $s in enumerate($singtabop.user.general.colfun_map) #echo 16*' ' + "'" + str($s.column) + "'" + ' : [' #echo ','.join([ "'%s'" % $t.aggfunc for $j, $t in enumerate($s.functions) ]) #echo '],\n' #end for } #else "pivot_aggfunc": $pivot_aggfunc #end if }, #elif str($singtabop.user.general.use) == 'custom': #set $custom_func = str($singtabop.user.general.fulltable_custom_expr).strip() "fulltable_customop": '$custom_func', #end if }, #end if } #elif str($singtabop.use_type) == "multiple": #set $custom_func = str($singtabop.fulltable_custom_expr).strip() Data = { "tables": [ #for $i, $s in enumerate($singtabop.tables) { "file": '${s.input}', #if $s.adv.header: "header": int('${s.adv.header}'), #elif 'has_col_names' in str($s.col_row_names): "header": 0, #else: "header": None, #end if "row_names": #if ('has_row_names' in str($s.col_row_names)) then 0 else False#, "skipfooter": #if $s.adv.skipfooter then int('$s.adv.skipfooter') else 0#, #if $s.adv.skip_blank_lines: "skip_blank_lines": $s.adv.skip_blank_lines, #else "skip_blank_lines": None, #end if #if $s.adv.nrows: "nrows": int('${s.adv.nrows}'), #else "nrows": None, #end if }, #end for ], 'params': { "fulltable_customop" : '$custom_func', } } #end if ]]> </configfile> </configfiles> <inputs> <conditional name="singtabop" > <param name="use_type" type="select" label="Input Single or Multiple Tables" help="Operations on single tables are better tailored towards more general use-cases. For multiple tables usage, all tables should ideally be of the same dimensions for simple operations, although complex operations are also supported for unequally sized tables (see Help section)." > <option value="single">Single Table</option> <option value="multiple">Multiple Tables</option> </param> <when value="single"> <expand macro="file_opts" /> <conditional name="user" > <param name="mode" type="select" label="Type of table operation" > <option value="precision">No operation (just reformat on output)</option> <option value="select">Drop, keep or duplicate rows and columns</option> <option value="filtersumval">Filter rows or columns by their properties</option> <option value="matrixapply">Compute expression across rows or columns</option> <option value="element">Manipulate selected table elements</option> <option value="fulltable">Perform a full table operation</option> </param> <when value="precision" /> <when value="select"> <expand macro="select_rowcols" /> <param name="select_keepdupe" type="select" display="checkboxes" multiple="true" label="Duplicate Indices" help="Keep duplicates when specifying ranges (e.g. if unset, @COPEN@1:3,2:4@CCLOSE@ will yield @COPEN@1,2,3,4@CCLOSE@ instead of @COPEN@1,2,3,2,3,4@CCLOSE@)" > <option value="select_cols_keepdupe" selected="true" >Keep duplicate columns</option> <option value="select_rows_keepdupe" selected="true" >Keep duplicate rows</option> </param> </when> <when value="filtersumval" > <param name="axis" type="select" display="radio" label="Filter" > <option value="1">Rows</option> <option value="0">Columns</option> </param> <conditional name="filtersumval_mode" > <param name="use" type="select" label="Filter criterion" help="See Example #2 for an example of using this mode." > <option value="operation" >Result of function applied to columns/rows</option> <option value="element" >Number of column/row elements passing filter</option> </param> <when value="operation"> <param name="operation" type="select" label="Keep column/row if its observed" > <expand macro="select_vectorops" /> </param> <param name="compare_op" type="select" label="is" > <expand macro="select_twovaluebooleanops" /> </param> <param name="against" type="float" label="this value" value="0" /> </when> <when value="element"> <param name="minmatch" type="integer" min="1" value="0" label="Keep column/row if at least" /> <param name="operation" type="select" label="of its element are" > <expand macro="select_twovaluebooleanops" > <option value="str_eq" >~ (Matching)</option> <option value="str_ne" >!~ (not Matching)</option> </expand> </param> <param name="against" type="text" label="this value"> <expand macro="validator_functiondef" /> </param> </when> </conditional> </when> <when value="matrixapply" > <conditional name="matrixapply_func"> <param name="vector_op" type="select" label="Calculate"> <option value="custom">Custom Function</option> <expand macro="select_vectorops" > <option value="rank">Ranks</option> <option value="cumsum" >Cumulative Sum</option> <option value="cumprod" >Cumulative Product</option> <option value="cummin" >Cumulative Minimum</option> <option value="cummax" >Cumulative Maximum</option> </expand> </param> <when value="custom"> <param name="custom_func" type="text" label="Custom function on 'vec'" help="The parameter name is @COPEN@vec@CCLOSE@, referring to a vector of a specific row or column being operated on. Numpy and Pandas DataFrame operators are supported. e.g. @COPEN@np.sum(vec) + np.median(vec)@CCLOSE@, and @COPEN@vec.sum() + vec.median()@CCLOSE@ are equivalent operations." > <expand macro="validator_functiondef" /> </param> </when> <when value="min" /> <when value="max" /> <when value="sum" /> <when value="count" /> <when value="nunique" /> <when value="mean" /> <when value="median" /> <when value="std" /> <when value="sem" /> <when value="var" /> <when value="mad" /> <when value="product" /> <when value="rank" /> <when value="cumsum" /> <when value="cumprod" /> <when value="cummin" /> <when value="cummax" /> </conditional> <param name="dimension" type="select" label="For each"> <option value="0">Column</option> <option value="1">Row</option> </param> </when> <when value="fulltable"> <conditional name="general" > <param name="use" type="select" label="Operation" help="See Examples 5, 7, and 8 for usage" > <option value="transpose">Transpose</option> <option value="melt">Melt</option> <option value="pivot">Pivot</option> <option value="custom">Custom</option> </param> <when value="transpose" /> <when value="melt" > <param name="id_vars" type="text" value="" label="Variable IDs" help="Comma-delimited list of column names to use as identifiers" > <expand macro="validator_index_identifiers" /> </param> <param name="value_vars" type="text" value="" label="Unpivoted IDs" help="Comma-delimited list of column names to un-pivot. Leave blank to use all." > <expand macro="validator_index_identifiers" /> </param> </when> <when value="pivot" > <param name="index" type="text" value="" label="Index" help="Name of the column to use as new index" > <expand macro="validator_text" /> </param> <param name="column" type="text" value="" label="Column" help="Name of the column to use to generate the columns of the new table from. Cannot be used in conjunction with the Column-Function Mapping parameter." optional="true"> <expand macro="validator_text_required" /> </param> <param name="values" type="text" value="" label="Values" help="Names of the columns to use for populating the cells of the new table. Leave blank to use all." > <expand macro="validator_index_identifiers" /> </param> <param name="aggfunc" type="select" optional="true" label="Aggregator Function" help="The function used to aggregate the values for each unique index. Cannot be used with the Column-Function Mapping parameter below. By default this value is np.mean. Leave blank for default behaviour. See Example 10 for more information on its usage." > <expand macro="select_vectorops"> <option value="all">All</option> <option value="any">Any</option> </expand> </param> <repeat name="colfun_map" title="Column-Function Mapping" min="0"> <param name="column" type="text" label="Value Column" help="Either a numeric index, or a value column name." /> <repeat name="functions" title="Aggregator Function" min="0" > <!-- if zero, then this defaults to np.mean --> <param name="aggfunc" type="select" label="Function" help="The function used to aggregate the values for each unique index. By default this is np.mean. See Example 11 for more information on its usage." > <expand macro="select_vectorops"> <option value="all">All</option> <option value="any">Any</option> </expand> </param> </repeat> </repeat> </when> <when value="custom" > <param name="fulltable_custom_expr" type="text" label="Custom expression on 'table', along 'axis' (0 or 1)" help="The parameter name is @COPEN@table@CCLOSE@ and @COPEN@axis@CCLOSE@, referring to the table being acted on and the column (@COPEN@0@CCLOSE@) or row (@COPEN@1@CCLOSE@) to perform the operation on. Numpy, math, Pandas DataFrame operators, and inline @COPEN@if else@CCLOSE@ are supported (e.g. @COPEN@np.log(table) - table.mean(0) / table.std(1)@CCLOSE@). See Example #5 in the Help section. "> <expand macro="validator_functiondef" /> </param> </when> </conditional> </when> <when value="element"> <conditional name="element" > <param name="mode" type="select" label="Operation to perform" > <option value="replace">Replace values</option> <option value="modify">Transform</option> <option value="scale">Arithmetic operation</option> <option value="custom">Custom</option> </param> <when value="replace" > <param name="replace_value" type="text" label="Replacement value" help="If you want to reuse the current value of each element as part of the replacement value, you can refer to it using the special @COPEN@{elem}@CCLOSE@ placeholder (see Example #9 in the Help section)."> <sanitizer> <valid> <add value="{" /> <add value="}" /> </valid> </sanitizer> </param> </when> <when value="modify" > <param name="modify_op" type="select" label="Transformation function" help="Example: to transform values to their square root, select @COPEN@Square Root@CCLOSE@ here."> <expand macro="select_onevalueoperator" /> </param> </when> <when value="scale"> <param name="scale_op" type="select" label="Operation" help="The selected operation will be applied to the table elements as the first operand. The value of the second operand can be provided in the next box. Example: to raise all values to the power of 5, select @COPEN@Power@CCLOSE@ here and type @COPEN@5@CCLOSE@ in the box below." > <expand macro="select_twovaluenumericoperator" /> </param> <param name="scale_value" type="float" value="0" label="Second operand value" /> </when> <when value="custom"> <param name="custom_expr" type="text" label="Custom expression on 'elem'" help="The parameter name is @COPEN@elem@CCLOSE@, referring to the element being acted on. Most operators and @COPEN@if@CCLOSE@ @COPEN@else@CCLOSE@ statements are supported. See Examples #3 and #4 in the Help section."> <expand macro="validator_functiondef" /> </param> </when> </conditional> <conditional name="elem_val" > <param name="element_op" type="select" label="Operate on elements" help="Only selected elements will be manipulated. Other elements will retain their original value." > <expand macro="select_twovaluebooleanops" > <option value="None" selected="true">All</option> <option value="rowcol" >Specific Rows and/or Columns</option> </expand> </param> <when value="None" /> <expand macro="elem_val_macro" when="lt" /> <expand macro="elem_val_macro" when="le" /> <expand macro="elem_val_macro" when="gt" /> <expand macro="elem_val_macro" when="ge" /> <expand macro="elem_val_macro" when="eq" /> <expand macro="elem_val_macro" when="ne" /> <when value="rowcol" > <expand macro="select_rowcols" /> <param name="inclusive_selection" type="boolean" truevalue="True" falsevalue="False" checked="true" label="Inclusive Selection" help="If enabled, all elements that match ANY row or column given above will be acted on. Otherwise, only the elements that match BOTH a row or column given above will be acted on." /> </when> </conditional> </when> </conditional> </when> <when value="multiple"> <repeat name="tables" title="Tables" min="1" default="1"> <expand macro="file_opts" /> </repeat> <param name="fulltable_custom_expr" type="text" label="Custom expression on 'tableN'" help="The parameter name is @COPEN@tableN@CCLOSE@, where @COPEN@N@CCLOSE@ refers to a specific table. e.g. @COPEN@table1 + table3 - table2@CCLOSE@, will add the first and third input tables and then subtract the second. Most operators and @COPEN@if@CCLOSE@ @COPEN@else@CCLOSE@ statements are supported. See Example #6 in the Help section for further examples."> <expand macro="validator_functiondef" /> </param> </when> </conditional> <param name="out_opts" type="select" display="checkboxes" multiple="true" optional="true" label="Output formatting options"> <option value="ignore_nas" selected="true">Ignore NA values</option> <option value="output_headers_col" selected="true">Output column headers</option> <option value="output_headers_row" selected="true">Output row headers</option> </param> <param name="precision" type="integer" min="0" max="20" value="6" label="Output decimal precision" /> </inputs> <outputs> <data name="table" format="tabular" label="${tool.name} on ${on_string}" /> </outputs> <tests> <test expect_num_outputs="1"> <!-- Test 1: Select --> <expand macro="test_inputs_single" > <param name="mode" value="select" /> <param name="select_cols_wanted" value="2:4,2,2" /> <param name="select_rows_wanted" value="2:5,3,3" /> <param name="select_keepdupe" value="select_cols_keepdupe" /> </expand> <param name="precision" value="2" /> <output name="table" value="small.select.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 2: Select, cols only --> <expand macro="test_inputs_single" > <param name="mode" value="select" /> <param name="select_cols_wanted" value="2:4,2,2" /> <param name="select_keepdupe" value="select_cols_keepdupe,select_rows_keepdupe" /> </expand> <param name="precision" value="2" /> <output name="table" value="small.select.colsonly.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 3: Select, rows only --> <expand macro="test_inputs_single" > <param name="mode" value="select" /> <param name="select_rows_wanted" value="2:5,3,3" /> <param name="select_keepdupe" value="select_cols_keepdupe" /> </expand> <param name="precision" value="2" /> <output name="table" value="small.select.rowsonly.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 4: Filtersumval, row --> <expand macro="test_inputs_single" > <param name="mode" value="filtersumval" /> <param name="axis" value="1" /> <conditional name="filtersumval_mode" > <param name="use" value="operation" /> <param name="operation" value="sum" /> <param name="compare_op" value="gt" /> <param name="against" value="50" /> </conditional> </expand> <param name="precision" value="2" /> <output name="table" value="small.fs.rowsum.gt.50.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 5: Filtersumval, col neq 0 --> <expand macro="test_inputs_single" > <param name="mode" value="filtersumval" /> <param name="axis" value="0" /> <conditional name="filtersumval_mode" > <param name="use" value="operation" /> <param name="operation" value="sum" /> <param name="compare_op" value="ne" /> <param name="against" value="0" /> </conditional> </expand> <param name="precision" value="2" /> <output name="table" value="small.fs.colsum.neq0.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 6: Filtersumval, col val gt 10 --> <expand macro="test_inputs_single" > <param name="mode" value="filtersumval" /> <param name="axis" value="0" /> <conditional name="filtersumval_mode" > <param name="use" value="operation" /> <param name="operation" value="sum" /> <param name="compare_op" value="gt" /> <param name="against" value="10" /> </conditional> </expand> <param name="precision" value="2" /> <output name="table" value="small.fs.colsum.gt10.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 7: Filtersumval, median val col >= 2 --> <expand macro="test_inputs_single" > <param name="mode" value="filtersumval" /> <param name="axis" value="0" /> <conditional name="filtersumval_mode" > <param name="use" value="operation" /> <param name="operation" value="median" /> <param name="compare_op" value="ge" /> <param name="against" value="2" /> </conditional> </expand> <param name="precision" value="5" /> <output name="table" value="small.fs.medvalcol.ge2.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 8: Filtersumval, keep rows with at least two values > 2 --> <expand macro="test_inputs_single" > <param name="mode" value="filtersumval" /> <param name="axis" value="1" /> <conditional name="filtersumval_mode" > <param name="use" value="element" /> <param name="operation" value="gt" /> <param name="against" value="2" /> <param name="minmatch" value="2" /> </conditional> </expand> <param name="precision" value="5" /> <output name="table" value="small.fs.elemgt2.mm2.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 9: Filtersumval, keep cols with at least 4 string values matching "0" --> <expand macro="test_inputs_single" > <param name="mode" value="filtersumval" /> <param name="axis" value="0" /> <conditional name="filtersumval_mode" > <param name="use" value="element" /> <param name="operation" value="str_ne" /> <param name="against" value="0" /> <param name="minmatch" value="4" /> </conditional> </expand> <param name="precision" value="3" /> <output name="table" value="small.fs.elemnmatch0.mm4.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 10: Matrix Apply, row max --> <expand macro="test_inputs_single" > <param name="mode" value="matrixapply" /> <param name="dimension" value="1" /> <conditional name="matrixapply_func" > <param name="vector_op" value="max" /> </conditional> </expand> <param name="precision" value="0" /> <param name="out_opts" value="ignore_nas,output_headers_row" /> <output name="table" value="small.matapp.rowmax.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 11: Element, all, scale, remainder 5 --> <expand macro="test_inputs_single" > <param name="mode" value="element" /> <conditional name="elem_val"> <param name="element_op" value="None" /> </conditional> <conditional name="element" > <param name="mode" value="scale" /> <param name="scale_op" value="mod" /> <param name="scale_value" value="5" /> </conditional> </expand> <param name="precision" value="2" /> <output name="table" value="small.element.scalerem5.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 12: Matrix Apply, column custom --> <expand macro="test_inputs_single" > <param name="mode" value="matrixapply" /> <param name="dimension" value="0" /> <conditional name="matrixapply_func" > <param name="vector_op" value="custom" /> <param name="custom_func" value="vec.sum()+vec.median()" /> </conditional> </expand> <param name="precision" value="2" /> <param name="out_opts" value="ignore_nas,output_headers_row" /> <output name="table" value="small.matapp.colcust.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 13: Element, non-zero, custom --> <expand macro="test_inputs_single" > <param name="mode" value="element" /> <conditional name="elem_val"> <param name="element_op" value="gt" /> <param name="element_value" value="0" /> </conditional> <conditional name="element" > <param name="mode" value="custom" /> <!-- valid complex expression for non-zero vals --> <param name="custom_expr" value="(math.log10(elem)+elem)/elem if (elem < math.inf) else 1.0" /> </conditional> </expand> <output name="table" value="small.element.custom.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 14: umi2transcript test1 --> <expand macro="umi2trans" > <param name="input" value="mat1.umi.tsv" /> <output name="table" value="mat1.trans.tsv" /> </expand> </test> <test expect_num_outputs="1"> <!-- Test 15: umi2transcript test2 --> <expand macro="umi2trans" > <param name="input" value="mat2.umi.tsv" /> <output name="table" value="mat2.trans.tsv" /> </expand> </test> <test expect_num_outputs="1"> <!-- Test 16: B-test - mean and sd in custom func --> <expand macro="test_inputs_single" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="custom" /> <param name="fulltable_custom_expr" value="table - table.mean(0) / table.std(0)" /> </conditional> </expand> <output name="table" value="small.fulltable.tsv" /> </test> <test expect_num_outputs="1"> <!-- Test 17: Multiple table test --> <conditional name="singtabop" > <param name="use_type" value="multiple" /> <repeat name="tables"> <param name="input" value="small.tsv" /> </repeat> <repeat name="tables"> <param name="input" value="small.tsv" /> </repeat> <repeat name="tables"> <param name="input" value="small.tsv" /> </repeat> <param name="fulltable_custom_expr" value="(3 * table1) + np.log(table3 + 20) - table2" /> </conditional> <output name="table" value="small.multiple.tsv" /> </test> <!-- User tests that failed previously --> <test expect_num_outputs="1"> <!-- Test 18 --> <expand macro="test_inputs_single" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="custom" /> <param name="fulltable_custom_expr" value="table * 2" /> </conditional> </expand> <output name="table" > <assert_contents> <has_n_columns n="10" /> <has_line_matching expression="^gene1\s20\.000000\s0\s12\s-20\.200000\s20\s2\.200000\s0\.000000\s0\s0\.000000$" /> <has_line_matching expression="gene5\s2\.000000\s0\s0\s-20\.000000\s880\s12\.000000\s0\.000000\s0\s3\.800000" /> </assert_contents> </output> </test> <test expect_num_outputs="1"> <!-- Test 19 --> <expand macro="test_inputs_single" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="custom" /> <param name="fulltable_custom_expr" value="table == 5" /> </conditional> </expand> <output name="table" > <assert_contents> <has_n_columns n="10" /> <has_line_matching expression="^gene1(\sFalse)+$" /> <has_line_matching expression="gene5(\sFalse)+$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" expect_failure="true"> <!-- Test 20 --> <expand macro="test_inputs_single" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="custom" /> <param name="fulltable_custom_expr" value="for n in table: n = n + 1" /> </conditional> </expand> </test> <test expect_num_outputs="1" expect_failure="true"> <!-- Test 21 --> <expand macro="test_inputs_single" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="custom" /> <param name="fulltable_custom_expr" value="table + table[0,0]" /> </conditional> </expand> </test> <test expect_num_outputs="1"> <!-- Test 22: Transpose --> <expand macro="test_inputs_single" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="transpose" /> </conditional> </expand> <param name="out_opts" value="ignore_nas,output_headers_col" /> <output name="table" > <assert_contents> <has_n_columns n="5" /> </assert_contents> </output> </test> <test expect_num_outputs="1"> <!-- Test 23: Melt --> <expand macro="test_inputs_single" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="melt" /> <param name="id_vars" value="cell1,cell3" /> <param name="value_vars" value="cell5,cell6" /> </conditional> </expand> <param name="out_opts" value="ignore_nas,output_headers_col" /> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^cell1\scell3\svariable\svalue$" /> <has_line_matching expression="^1\.0+\s0+\scell6\s6\.0+$" /> </assert_contents> </output> </test> <test expect_num_outputs="1"> <!-- Test 24: Pivot --> <expand macro="test_inputs_single" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="pivot" /> <param name="index" value="cell1" /> <param name="column" value="cell2" /> <param name="values" value="cell3,cell7,cell9" /> </conditional> </expand> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^\scell3\scell7\scell9$" /> <has_line_matching expression="^1\.0+\s0\.0+\s0\.0+\s1\.90+$" /> <has_line_matching expression="^10\.0+\s6\.0+\s0\.0+\s0\.0+$" /> </assert_contents> </output> </test> <!-- Add Example Text Tests --> <test expect_num_outputs="1" > <!-- Test 25: Ex 1 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.1.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="select" /> <param name="select_cols_wanted" value="1,1,3" /> <param name="select_rows_wanted" value="1:3,2" /> <param name="select_keepdupe" value="select_cols_keepdupe,select_rows_keepdupe" /> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^\s+c1\s+c1\s+c3$" /> <has_line_matching expression="^g2\s+3\s+3\s+9$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 26: Ex 2 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.2.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="filtersumval" /> <param name="axis" value="1" /> <conditional name="filtersumval_mode" > <param name="use" value="operation" /> <param name="operation" value="sum" /> <param name="compare_op" value="lt" /> <param name="against" value="50" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^\s+c1\s+c2\s+c3$" /> <has_line_matching expression="^g3\s+4\s+8\s+12$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 27: Ex 3_P1 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.3p1.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="element" /> <conditional name="element" > <param name="mode" value="custom" /> <param name="custom_expr" value="elem < 10" /> </conditional> <conditional name="elem_val" > <param name="element_op" value="None" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^g1\s+False\s+False\s+False$" /> <has_line_matching expression="^g4\s+False\s+True\s+True$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 28: Ex 3_P2 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.3p2.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="matrixapply" /> <param name="dimension" value="1" /> <conditional name="matrixapply_func" > <param name="vector_op" value="sum" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="2" /> <has_line_matching expression="^g1\s+0$" /> <has_line_matching expression="^g4\s+2$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 29: Ex 4 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.4.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="element" /> <conditional name="element" > <param name="mode" value="custom" /> <param name="custom_expr" value="(math.log(elem) / elem) if (elem > 5) else 1" /> </conditional> <conditional name="elem_val" > <param name="element_op" value="All" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^g1\s+1\.00\d+\s+0\.149\d+\s+0\.113\d+$" /> <has_line_matching expression="^g4\s+0\.05\d+\s+1\.000\d+\s+1\.000\d+$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 30: Ex 5 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.5.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="custom" /> <param name="fulltable_custom_expr" value="table - table.mean(0)/table.std(0)" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^g1\s+9\.\d+\s+17\.\d+\s+28\.\d+$" /> <has_line_matching expression="^g4\s+80\.\d+\s+7\.\d+\s+8\.\d+$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 31: Ex 6 --> <conditional name="singtabop" > <param name="use_type" value="multiple" /> <repeat name="tables" > <param name="input" value="examples.6p1.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> </repeat> <repeat name="tables" > <param name="input" value="examples.6p2.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> </repeat> <repeat name="tables" > <param name="input" value="examples.6p3.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> </repeat> <param name="fulltable_custom_expr" value="table1 / min(np.max(np.max(table2)), np.max(np.max(table3)))" /> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^g1\s+3\.3\d+\s+6\.6\d+\s+10\.0\d+$" /> <has_line_matching expression="^g3\s+1\.3\d+\s+2\.6\d+\s+3\.3\d+$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 32: Ex 7 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.7.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user"> <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="melt" /> <param name="id_vars" value="A" /> <param name="value_vars" value="B,C" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^0\s+a\s+B\s+B\s*$" /> <has_line_matching expression="^5\s+c\s+C\s+5\s*$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 33: Ex 8 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.8.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="pivot" /> <param name="index" value="foo" /> <param name="column" value="bar" /> <param name="values" value="baz" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^one\s+1\s+2\s+3$" /> <has_line_matching expression="^two\s+4\s+5\s+6$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 34: Negative range test #1 --> <expand macro="test_inputs_ranges" > <param name="select_cols_wanted" value="-2:2,1,-1" /> <param name="select_rows_wanted" value="1,3:-3,1" /> </expand> <output name="table" > <assert_contents> <has_n_columns n="7" /> <has_line_matching expression="^\s*c2\s+c3\s+c1\s+c2\s+c1\s+c3$" /> <has_line_matching expression="^g1\s+20\s+30\s+10\s+20\s+10\s+30$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 35: Negative range test #2 --> <expand macro="test_inputs_ranges" > <param name="select_cols_wanted" value="-1,-3,3:-3,2" /> <param name="select_rows_wanted" value="3:-1" /> <param name="select_keepdupe" value="" /> </expand> <output name="table" > <assert_contents> <has_n_columns n="7" /> <has_line_matching expression="^\s*c3\s+c1\s+c3\s+c2\s+c1\s+c2$" /> <has_line_matching expression="^g4\s+3\s+81\s+3\s+6\s+81\s+6$" /> </assert_contents> </output> </test> <test expect_num_outputs="1"> <!-- Test 36: Skip first 3 lines --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="skiplines.tsv" /> <section name="adv" > <param name="header" value="2" /> <param name="nrows" value="4" /> <param name="skip_blank_lines" value="true" /> </section> <conditional name="user" > <param name="mode" value="precision" /> </conditional> </conditional> <param name="precision" value="2" /> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^\s+c1\s+c2\s+c3$" /> <has_line_matching expression="^g4\s+81\s+6\s+3$" /> </assert_contents> </output> </test> <test expect_num_outputs="1"> <!-- Test 37: Skip first 3 lines --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="skiplines.tsv" /> <section name="adv" > <param name="header" value="2" /> <param name="skipfooter" value="2" /> <param name="skip_blank_lines" value="false" /> </section> <conditional name="user" > <param name="mode" value="precision" /> </conditional> </conditional> <param name="precision" value="2" /> <param name="out_opts" value="" /> <output name="table" > <assert_contents> <has_n_columns n="3" /> <has_line_matching expression="^10.00\s+20.00\s+30.00$" /> <has_line_matching expression="^\s+$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 38: Row Col replace with format spec #1 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.1.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="element" /> <conditional name="element" > <param name="mode" value="replace" /> <param name="replace_value" value="chr{elem:.0f}" /> </conditional> <conditional name="elem_val" > <param name="element_op" value="rowcol" /> <param name="select_cols_wanted" value="2" /> <param name="select_rows_wanted" value="2,4" /> <param name="inclusive_selection" value="True" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^g2\s+chr3\s+chr6\s+chr9$" /> <has_line_matching expression="^g4\s+chr81\s+chr6\s+chr3$" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Test 39: Row Col replace with format spec #2 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.1.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="element" /> <conditional name="element" > <param name="mode" value="replace" /> <param name="replace_value" value="chr{elem:.0f}" /> </conditional> <conditional name="elem_val" > <param name="element_op" value="rowcol" /> <param name="select_cols_wanted" value="2" /> <param name="select_rows_wanted" value="2,4" /> <param name="inclusive_selection" value="False" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^g2\s+3\s+chr6\s+9$" /> <has_line_matching expression="^g4\s+81\s+chr6\s+3$" /> </assert_contents> </output> </test> <test expect_num_outputs="1"> <!-- Test 40: Test safety of Replacement value free text Tries to escape/reenter config file quoting. If the test fails, this shows that Python has performed string concatenation upon importing the config file. --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.1.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="element" /> <conditional name="elem_val"> <param name="element_op" value="None" /> </conditional> <conditional name="element" > <param name="mode" value="replace" /> <param name="scale_op" value="mod" /> <param name="replace_value" value="a'+'b" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <not_has_text text="g1	ab" /> <not_has_text text="g2	ab" /> <not_has_text text="g3	ab" /> <not_has_text text="g4	ab" /> </assert_contents> </output> </test> <test expect_num_outputs="1" expect_failure="true"> <!-- Test 41: Test safety of custom expression free text Tries to escape/reenter config file quoting. This test is expected to fail if either - a validator disallows the use of single quotes or - the single quotes get sanitized (which is unlikely to result in a valid expression); note that in this situation, it cannot be guaranteed that the single quote sanitization is safe with *every* input If the test succeeds unexpectedly, this shows that Python has performed string concatenation upon importing the config file resulting in each element of the test table being retained. --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="examples.4.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="element" /> <conditional name="element" > <param name="mode" value="custom" /> <param name="custom_expr" value="el'+'em" /> </conditional> <conditional name="elem_val" > <param name="element_op" value="All" /> </conditional> </conditional> </conditional> </test> <test expect_num_outputs="1" > <!-- Pivot aggregator operations --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="pivot.tsv" /> <param name="col_row_names" value="has_col_names,has_row_names" /> <conditional name="user" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="pivot" /> <param name="index" value="Position" /> <repeat name="colfun_map" > <param name="column" value="Age" /> <repeat name="functions"><param name="aggfunc" value="mean" /></repeat> </repeat> <repeat name="colfun_map" > <param name="column" value="Random" /> <repeat name="functions"><param name="aggfunc" value="mean" /></repeat> <repeat name="functions"><param name="aggfunc" value="std" /></repeat> </repeat> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_n_columns n="4" /> <has_line_matching expression="^Manager\s+34.3\d+\s+0.325\d+\s+0.306\d+" /> <has_line_matching expression="^Programmer\s+32.3\d+\s+0.423\d+\s+0.477\d+" /> </assert_contents> </output> </test> <test expect_num_outputs="1" > <!-- Pivot table operations from PR 3480 --> <conditional name="singtabop" > <param name="use_type" value="single" /> <param name="input" value="table1.tsv" /> <param name="col_row_names" value="has_col_names" /> <conditional name="user" > <param name="mode" value="fulltable" /> <conditional name="general" > <param name="use" value="pivot" /> <param name="index" value="A" /> <param name="column" value="C" /> <param name="values" value="D" /> <param name="aggfunc" value="max" /> </conditional> </conditional> </conditional> <output name="table" > <assert_contents> <has_text_matching expression="bar\t7\t6" /> </assert_contents> </output> </test> </tests> <help><![CDATA[ Table Compute ------------- This tool is a Galaxy wrapper for the `Pandas Data Analysis Library <https://pandas.pydata.org/>`_ in Python, for manipulating and computing expressions upon tabular data and matrices. It can perform functions on the element, row, and column basis, as well as sub-select, duplicate, replace, and perform general and custom expressions on rows, columns, and elements. .. class:: infomark Only a single operation can be performed on the data. Multiple operations can be performed by chaining successive runs of this tool. This is to provide a more transparent workflow for complex operations. Many of the examples given below relate to common research use-cases such as filtering large matrices for specific values, counting unique instances of elements, conditionally manipulating the data, and replacing unwanted values. Full table operations such as normalisation can be easily performed by scaling the data via mean/median/min/max (and many other) metrics, and general expressions can even be computed across multiple tables. Examples ======== Example 1: Sub-selecting from a table ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We have the following table: === === === === . c1 c2 c3 === === === === g1 10 20 30 g2 3 6 9 g3 4 8 12 g4 81 6 3 === === === === and we want to duplicate c1 and remove c2. Also select g1 to g3 and add g2 at the end as well. This would result in the output table: === === === === . c1 c1 c3 === === === === g1 10 10 30 g2 3 3 9 g3 4 4 12 g2 3 3 9 === === === === In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Drop, keep or duplicate rows and columns** * *List of columns to select* → ``1,1,3`` * *List of rows to select* → ``1:3,2`` * *Keep duplicate columns* → **Yes** * *Keep duplicate rows* → **Yes** Example 2: Filter for rows with row sums less than 50 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We have the following table: === === === === . c1 c2 c3 === === === === g1 10 20 30 g2 3 6 9 g3 4 8 12 g4 81 6 3 === === === === and we want: === === === === . c1 c2 c3 === === === === g2 3 6 9 g3 4 8 12 === === === === In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Filter rows or columns by their properties** * *Filter* → **Rows** * *Filter Criterion* → **Result of function applied to columns/rows** * *Keep column/row if its observed* → **Sum** * *is* → **< (Less Than)** * *this value* → ``50`` Example 3: Count the number of values per row smaller than a specified value ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We have the following table: === === === === . c1 c2 c3 === === === === g1 10 20 30 g2 3 6 9 g3 4 8 12 g4 81 6 3 === === === === and we want to count how many elements in each row are smaller than 10, i.e., we want to obtain the following results table: === === . vec === === g1 0 g2 3 g3 2 g4 2 === === In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Manipulate selected table elements** * *Operation to perform* → **Custom** * *Custom Expression on 'elem'* → ``elem < 10`` * *Operate on elements* → **All** **Note:** *There are actually simpler ways to achieve our purpose, but here we are demonstrating the use of a custom expression.* After executing, we would then be presented with a table like so: === ===== ===== ===== . c1 c2 c3 === ===== ===== ===== g1 False False False g2 True True True g3 True True False g4 False True True === ===== ===== ===== To get to our desired table, we would then process this table with the tool again: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Compute Expression across Rows or Columns** * *Calculate* → **Sum** * *For each* → **Row** Executing this will sum all the 'True' values in each row. Note that the values must have no extra whitespace in them for this to work (e.g. 'True ' or ' True' will not be parsed correctly). Example 4: Perform a scaled log-transformation conditionally ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We want to perform a scaled log transformation on all values greater than 5, and set all other values to 1. We have the following table: === === === === . c1 c2 c3 === === === === g1 0 20 30 g2 3 0 9 g3 4 8 0 g4 81 0 0 === === === === and we want: === ========== ========= ========= . c1 c2 c3 === ========== ========= ========= g1 1.00000000 0.1497866 0.1133732 g2 1.00000000 1.0000000 0.2441361 g3 1.00000000 0.2599302 1.0000000 g4 0.05425246 1.0000000 1.0000000 === ========== ========= ========= In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Manipulate selected table elements** * *Operation to perform* → **Custom** * *Custom Expression* → ``(math.log(elem) / elem) if (elem > 5) else 1`` * *Operate on elements* → **All** Example 5: Perform a Full table operation ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We have the following table: === === === === . c1 c2 c3 === === === === g1 10 20 30 g2 3 10 9 g3 4 8 10 g4 81 10 10 === === === === and we want to subtract from each column the mean of that column divided by the standard deviation of it to yield: === ========= ========= ========= . c1 c2 c3 === ========= ========= ========= g1 9.351737 17.784353 28.550737 g2 2.351737 7.784353 7.550737 g3 3.351737 5.784353 8.550737 g4 80.351737 7.784353 8.550737 === ========= ========= ========= In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Perform a Full Table Operation** * *Operation* → **Custom** * *Custom Expression on 'table' along axis (0 or 1)* → ``table - table.mean(0)/table.std(0)`` Example 6: Perform operations on multiple tables ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We have the following three input tables: Table 1 === === === === . c1 c2 c3 === === === === g1 10 20 30 g2 3 10 9 g3 4 8 10 === === === === Table 2 === === === . c1 c2 === === === g1 1 2 g2 3 4 g3 6 5 === === === Table 3 === === === === . c1 c2 c3 === === === === g1 1 2 3 g2 1 2 3 === === === === *Note that the dimensions of these tables do not match.* Dimensions: * Table1 [3,3] * Table2 [3,2] * Table3 [2,3] In order to perform simple operations between Tables, they must be of the same dimensions. To add Table2 to Table3 we would have to transpose one of the tables using the in-built `T` method:: table2 + table3.T or:: table2.T + table3 We can also perform more general operations using all 3 tables, such as taking the minimum value of the maximum values of Table2 and Table3, and dividing the Table1 values by it:: table1 / min(table2.values.max(), table3.values.max()) To perform these types of operations in Galaxy we would select the following: * *Input Single or Multiple Tables* → **Multiple Tables** * *(For each inserted table)* * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Custom Expression* → :: <insert your desired function> Please note that the last example shown above was chosen to illustrate the limitations of the tool. Nested attributes like `table2.values.max` are disallowed in expressions in the tool so the above would have to be replaced with the harder to read workaround:: table1 / min(np.max(np.max(table2)), np.max(np.max(table3))) .. class:: infomark Complex operations (like ones that would benefit from specifying nested attributes) can often be broken into subsequent runs ot the tool, in which the first run generates an intermediate table representing the result of the "inner" operation that the second run can then use as input to perform the "outer" operation. Also note that, currently `min()`, `max()` and `sum()` are the only built-in Python functions that can be used inside expressions. If you want to use additional functions, these have to be qualified functions from the `math`, `np` or `pd` libraries. Example 7: Melt ~~~~~~~~~~~~~~~ We have the following table === === === === . A B C === === === === 0 a B 1 1 b B 3 2 c B 5 === === === === and we want: === === ======== ===== . A variable value === === ======== ===== 0 a B B 1 b B B 2 c B B 3 a C 1 4 b C 3 5 c C 5 === === ======== ===== In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Perform a Full Table Operation** * *Operation* → **Melt** * *Variable IDs* → ``A`` * *Unpivoted IDs* → ``B,C`` This converts the "B" and "C" columns into variables. Example 8: Pivot ~~~~~~~~~~~~~~~~ We have the following table === === === === === . foo bar baz zoo === === === === === 0 one A 1 x 1 one B 2 y 2 one C 3 z 3 two A 4 q 4 two B 5 w 5 two C 6 t === === === === === and we want: === === === === . A B C === === === === one 1 2 3 two 4 5 6 === === === === In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Perform a Full Table Operation** * *Operation* → **Pivot** * *Index* → ``foo`` * *Column* → ``bar`` * *Values* → ``baz`` This splits the matrix using "foo" and "bar" using only the values from "baz". Header values may contain extra information. Example 9: Replacing text in specific rows or columns ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ We have the following table === === === === . c1 c2 c3 === === === === g1 10 20 30 g2 3 3 9 g3 4 8 12 g4 81 6 3 === === === === and we want to add "chr" to the elements in column 2 AND rows 2 and 4: === === ==== === . c1 c2 c3 === === ==== === g1 10 20 30 g2 3 chr3 9 g3 4 8 12 g4 81 chr6 3 === === ==== === In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Manipulate selected table elements** * *Operation to perform* → **Replace values** * *Replacement value* → ``chr{elem:.0f}`` Here, the placeholder ``{elem}`` lets us refer to each element's current value, while the ``:.0f`` part is a format specifier that makes sure numbers are printed without decimals (for a complete description of the available syntax see the `Python Format Specification Mini-Language <https://docs.python.org/3/library/string.html#formatspec>`_). * *Operate on elements* → **Specific Rows and/or Columns** * *List of columns to select* → ``2`` * *List of rows to select* → ``2,4`` * *Inclusive Selection* → ``No`` If we wanted to instead add "chr" to the ALL elements in column 2 and rows 2 and 4, we would repeat the steps above but set the *Inclusive Selection* to "Yes", to give: === ===== ===== ===== . c1 c2 c3 === ===== ===== ===== g1 10 chr20 30 g2 chr3 chr3 chr9 g3 4 8 12 g4 chr81 chr6 chr3 === ===== ===== ===== Example 10: Pivot Table with unified Aggregator ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For an input table of: === === ===== === === A B C D E === === ===== === === foo one small 1 2 foo one large 2 4 foo one large 2 5 foo two small 3 5 foo two small 3 6 bar one large 4 6 bar one small 5 8 bar two small 6 9 bar two large 7 9 === === ===== === === we wish to pivot the table with the 'A' column as the new row index and use the values of the column 'C' as the new column indexes, based on the aggregated values of 'D'. By default the aggregator function is the mean, but here we will instead pick the max, to yield: === == == C l s A === == == bar 7 6 foo 2 3 === == == In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Perform a Full Table Operation** * *Operation* → **Pivot** * *Index* → ``A`` * *Column* → ``C`` * *Values* → ``D`` * *Aggregator Function* → ``max`` Example 11: Pivot Table with custom Aggregrator ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ For an input table of: ==== ========== =========== === ======== Name Position City Age Random ==== ========== =========== === ======== Mary Manager Boston 34 0.678577 Josh Programmer New York 37 0.973168 Jon Manager Chicago 29 0.146668 Lucy Manager Los Angeles 40 0.150120 Jane Programmer Chicago 29 0.112769 Sue Programmer Boston 31 0.185198 ==== ========== =========== === ======== we wish to pivot the table with the 'Position' column as the new index and transform the 'Age' and 'Random' columns to have mean and standard deviation values ========== ========= ======== ======== Position Age Random Random . mean mean std ========== ========= ======== ======== Manager 34.333333 0.325122 0.306106 Programmer 32.333333 0.423712 0.477219 ========== ========= ======== ======== In Galaxy we would select the following: * *Input Single or Multiple Tables* → **Single Table** * *Column names on first row?* → **Yes** * *Row names on first column?* → **Yes** * *Type of table operation* → **Perform a Full Table Operation** * *Operation* → **Pivot** * *Index* → ``Position`` * *Column-Function Mapping* * *Value Column* → ``Age`` * *Function* → ``mean`` * *Value Column* → ``Random`` * *Function* → ``mean`` * *Function* → ``std`` This splits the matrix using "foo" and "bar" using only the values from "baz". Header values may contain extra information. ]]></help> <citations></citations> </tool>