From ea5ea90bb625649756afa7ae05a8fb0af860091d Mon Sep 17 00:00:00 2001
From: Marc Bonnici <marc.bonnici@arm.com>
Date: Tue, 18 Dec 2018 11:33:37 +0000
Subject: docs/dev_info/processing_output: Fix formatting

---
 .../how_tos/processing_output.rst                  | 64 +++++++++++-----------
 1 file changed, 32 insertions(+), 32 deletions(-)

diff --git a/doc/source/developer_information/how_tos/processing_output.rst b/doc/source/developer_information/how_tos/processing_output.rst
index 18b6ca3e..72151504 100644
--- a/doc/source/developer_information/how_tos/processing_output.rst
+++ b/doc/source/developer_information/how_tos/processing_output.rst
@@ -152,10 +152,6 @@ For the purposes of this report, they will be used to augment the metric's name.
 
                 scores[workload][name][freq] = metric
 
-        rows = []
-        for workload in sorted(scores.keys()):
-            wldata = scores[workload]
-
 Once the metrics have been sorted, generate the report showing the delta
 between the two configurations (indicated by the "frequency" classifier) and
 highlight any unexpected deltas (based on the ``lower_is_better`` attribute of
@@ -165,23 +161,27 @@ statically significant deltas.)
 
 .. code-block:: python
 
-        for name in sorted(wldata.keys()):
-            min_score = wldata[name]['min'].value
-            max_score = wldata[name]['max'].value
-            delta =  max_score - min_score
-            units = wldata[name]['min'].units or ''
-            lib = wldata[name]['min'].lower_is_better
+        rows = []
+        for workload in sorted(scores.keys()):
+            wldata = scores[workload]
+
+            for name in sorted(wldata.keys()):
+                min_score = wldata[name]['min'].value
+                max_score = wldata[name]['max'].value
+                delta =  max_score - min_score
+                units = wldata[name]['min'].units or ''
+                lib = wldata[name]['min'].lower_is_better
 
-            warn = ''
-            if (lib and delta > 0) or (not lib and delta < 0):
-                warn = '!!!'
+                warn = ''
+                if (lib and delta > 0) or (not lib and delta < 0):
+                    warn = '!!!'
 
-            rows.append([workload, name,
-            '{:.3f}'.format(min_score), '{:.3f}'.format(max_score),
-            '{:.3f}'.format(delta), units, warn])
+                rows.append([workload, name,
+                '{:.3f}'.format(min_score), '{:.3f}'.format(max_score),
+                '{:.3f}'.format(delta), units, warn])
 
-        # separate workloads with a blank row
-        rows.append(['', '', '', '', '', '', ''])
+            # separate workloads with a blank row
+            rows.append(['', '', '', '', '', '', ''])
 
 
         write_table(rows, sys.stdout, align='<<>>><<',
@@ -276,23 +276,23 @@ Below is the complete example code, and a report it generated for a sample run.
         for workload in sorted(scores.keys()):
             wldata = scores[workload]
 
-        for name in sorted(wldata.keys()):
-            min_score = wldata[name]['min'].value
-            max_score = wldata[name]['max'].value
-            delta =  max_score - min_score
-            units = wldata[name]['min'].units or ''
-            lib = wldata[name]['min'].lower_is_better
+            for name in sorted(wldata.keys()):
+                min_score = wldata[name]['min'].value
+                max_score = wldata[name]['max'].value
+                delta =  max_score - min_score
+                units = wldata[name]['min'].units or ''
+                lib = wldata[name]['min'].lower_is_better
 
-            warn = ''
-            if (lib and delta > 0) or (not lib and delta < 0):
-                warn = '!!!'
+                warn = ''
+                if (lib and delta > 0) or (not lib and delta < 0):
+                    warn = '!!!'
 
-            rows.append([workload, name,
-            '{:.3f}'.format(min_score), '{:.3f}'.format(max_score),
-            '{:.3f}'.format(delta), units, warn])
+                rows.append([workload, name,
+                '{:.3f}'.format(min_score), '{:.3f}'.format(max_score),
+                '{:.3f}'.format(delta), units, warn])
 
-        # separate workloads with a blank row
-        rows.append(['', '', '', '', '', '', ''])
+            # separate workloads with a blank row
+            rows.append(['', '', '', '', '', '', ''])
 
 
         write_table(rows, sys.stdout, align='<<>>><<',
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