!1 2. In Fixturing/Code # Several techniques can be used at the fixturing/code level. The first, ''Print'', is quick, but can often be unsatisfactory. # ----!2 2.1 Print # Use {{{ System.out.println();}}} to print information. For example, consider the following tables: !|fitlibrary.specify.log.LogExampleFromFixture| |''action that prints''|log4j| |''action that prints''|text| The underlying method as as follows:{{{ public boolean actionThatPrints(String s) { System.out.println("Output "+s); return true; } }}}The output from this is available after running a '''Test''' or '''Suite'''. * The output is accessed from the ''Output Captured'' button in the top-right-hand corner of the report. * You can see that if you run this as a '''Test'''. * The ''Output Captured'' button is only shown in a report if there is some output. The output is "escaped" so that any HTML is shown as the literal text rather than being displayed by the browser (eg, you see "text" rather than "''text''"). * But sometimes it can be more convenient to be able to structure displayed information, such as in a list or table. The major disadvantage of the ''Print'' approach is that you need to flip back and forth between the storytest and the output in order to understand what's going on. * This can be avoided by printing extra information so that you can see what-happens-when in relation to the tables. * But that's extra work, repeating information and losing the advantage of the report information being displayed directly in the tables. # ----!2 2.2 show() # Fixturing code can call the ''show()'' method to have information shown in the current row: |''action that shows''|AFTER all| The underlying method is in a subclass of ''!-DoFixture-!'':{{{ public void actionThatShows(String s) { show(s); } }}}If your class is not a subclass of ''!-DoFixture-!'' (or equivalent) but is being used as a fixturing class (ie, so that ''!-FitLibrary-!'' auto-wraps it in a ''!-DoFixture-!''), you need to do a little more. * You can access the ''show()'' method by having your class ''implement !-RuntimeContextual-!'' so that it has a runtime injected into it. * The runtime has a ''show()'' method. If your class is neither of those, then it's not possible to use this method. However, the some of the later techniques do apply. # ----!2 2.3 showAfterTable() # Fixturing code can call the ''showAsAfterTable()'' method to have information shown after the table: |''action that shows after table''|AFTER all| The underlying method is in a subclass of ''!-DoFixture-!'':{{{ public void actionThatShowsAfterTable(String s) { showAsAfterTable("My Log", s); } }}}If your class is not a subclass of ''!-DoFixture-!'' (or equivalent) but is being used as a fixturing class (ie, so that ''!-FitLibrary-!'' auto-wraps it in a ''!-DoFixture-!''), you need to do a little more. * You can access the ''showAsAfterTable()'' method by having your class ''implement !-RuntimeContextual-!'' so that it has a runtime injected into it. * The runtime has a ''showAsAfterTable()'' method. If your class is neither of those, then it's not possible to use this method. However, the next two techniques do apply. # ----!2 2.4 Request '''show''' when things go wrong # If an error is discovered by your fixture code, it can throw a ''!-FitLibraryShowException-!''. This will be caught by ''!-FitLibrary-!'' and the information will be shown after the current table. This is useful when the information displayed is best structured with HTML. For example, consider the following action: |''action that shows on error''|bad data| |''action that shows on error''|