5.10.1 docs

docs/cookbook.rst

@@ -532,7 +532,7 @@ Suppose you have some date-stamped data which may (or may not) be missing entrie
 ::
 
     $ wc -l data/miss-date.csv
-    1372 data/miss-date.csv
+        1372 data/miss-date.csv
 
 Since there are 1372 lines in the data file, some automation is called for. To find the missing dates, you can convert the dates to seconds since the epoch using ``strptime``, then compute adjacent differences (the ``cat -n`` simply inserts record-counters):
 

docs/data-examples.rst

@@ -96,7 +96,7 @@ Peek at the data:
 ::
 
     $ wc -l data/colored-shapes.dkvp
-    10078 data/colored-shapes.dkvp
+       10078 data/colored-shapes.dkvp
 
     $ head -n 6 data/colored-shapes.dkvp | mlr --opprint cat
     color  shape    flag i  u                   v                    w                   x

docs/data-sharing.rst

@@ -117,23 +117,23 @@ Run as-is:
 ::
 
     $ python polyglot-dkvp-io/example.py < data/small
-    a=pan,b=pan,i=1,y=0.726802862743,ab=panpan,iy=1.72680286274,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
-    a=eks,b=pan,i=2,y=0.522151108333,ab=ekspan,iy=2.52215110833,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
-    a=wye,b=wye,i=3,y=0.338318525517,ab=wyewye,iy=3.33831852552,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
-    a=eks,b=wye,i=4,y=0.134188743284,ab=ekswye,iy=4.13418874328,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
-    a=wye,b=pan,i=5,y=0.863624469903,ab=wyepan,iy=5.8636244699,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
+    a=pan,b=pan,i=1,y=0.7268028627434533,ab=panpan,iy=1.7268028627434533,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
+    a=eks,b=pan,i=2,y=0.5221511083334797,ab=ekspan,iy=2.5221511083334796,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
+    a=wye,b=wye,i=3,y=0.33831852551664776,ab=wyewye,iy=3.3383185255166477,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
+    a=eks,b=wye,i=4,y=0.13418874328430463,ab=ekswye,iy=4.134188743284304,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
+    a=wye,b=pan,i=5,y=0.8636244699032729,ab=wyepan,iy=5.863624469903273,ta=str,tb=str,ti=int,ty=float,tab=str,tiy=float
 
 Run as-is, then pipe to Miller for pretty-printing:
 
 ::
 
     $ python polyglot-dkvp-io/example.py < data/small | mlr --opprint cat
-    a   b   i y              ab     iy            ta  tb  ti  ty    tab tiy
-    pan pan 1 0.726802862743 panpan 1.72680286274 str str int float str float
-    eks pan 2 0.522151108333 ekspan 2.52215110833 str str int float str float
-    wye wye 3 0.338318525517 wyewye 3.33831852552 str str int float str float
-    eks wye 4 0.134188743284 ekswye 4.13418874328 str str int float str float
-    wye pan 5 0.863624469903 wyepan 5.8636244699  str str int float str float
+    a   b   i y                   ab     iy                 ta  tb  ti  ty    tab tiy
+    pan pan 1 0.7268028627434533  panpan 1.7268028627434533 str str int float str float
+    eks pan 2 0.5221511083334797  ekspan 2.5221511083334796 str str int float str float
+    wye wye 3 0.33831852551664776 wyewye 3.3383185255166477 str str int float str float
+    eks wye 4 0.13418874328430463 ekswye 4.134188743284304  str str int float str float
+    wye pan 5 0.8636244699032729  wyepan 5.863624469903273  str str int float str float
 
 DKVP I/O in Ruby
 ----------------------------------------------------------------
@@ -287,11 +287,11 @@ The :ref:`reference-dsl-system` DSL function allows you to run a specific shell
 
     $ mlr --opprint put '$o = system("echo -n ".$a."| sha1sum")' data/small
     a   b   i x                   y                   o
-    pan pan 1 0.3467901443380824  0.7268028627434533  bd2bd8216b9cb4aa5a12daa6cfc98eef2ee20e56  -
-    eks pan 2 0.7586799647899636  0.5221511083334797  16191338e81a46c7d127f5c8899f5c92e3cd38e3  -
-    wye wye 3 0.20460330576630303 0.33831852551664776 14ba3c3e96a2474ab6dc7409ebf9d6b9cc3d84f0  -
-    eks wye 4 0.38139939387114097 0.13418874328430463 16191338e81a46c7d127f5c8899f5c92e3cd38e3  -
-    wye pan 5 0.5732889198020006  0.8636244699032729  14ba3c3e96a2474ab6dc7409ebf9d6b9cc3d84f0  -
+    pan pan 1 0.3467901443380824  0.7268028627434533  f29c748220331c273ef16d5115f6ecd799947f13  -
+    eks pan 2 0.7586799647899636  0.5221511083334797  456d988ecb3bf1b75f057fc6e9fe70db464e9388  -
+    wye wye 3 0.20460330576630303 0.33831852551664776 eab0de043d67f441c7fd1e335f0ca38708e6ebf7  -
+    eks wye 4 0.38139939387114097 0.13418874328430463 456d988ecb3bf1b75f057fc6e9fe70db464e9388  -
+    wye pan 5 0.5732889198020006  0.8636244699032729  eab0de043d67f441c7fd1e335f0ca38708e6ebf7  -
 
 Note that running a subprocess on every record takes a non-trivial amount of time. Comparing asking the system ``date`` command for the current time in nanoseconds versus computing it in process:
 

docs/manpage.rst

@@ -28,7 +28,7 @@ This is simply a copy of what you should see on running **man mlr** at a command
            insertion-ordered hash map.  This encompasses a variety of data
            formats, including but not limited to the familiar CSV, TSV, and JSON.
            (Miller can handle positionally-indexed data as a special case.) This
-           manpage documents Miller v5.10.0.
+           manpage documents Miller v5.9.1-dev.
     
     EXAMPLES
        COMMAND-LINE SYNTAX

docs/manpage.txt

@@ -18,7 +18,7 @@ DESCRIPTION
        insertion-ordered hash map.  This encompasses a variety of data
        formats, including but not limited to the familiar CSV, TSV, and JSON.
        (Miller can handle positionally-indexed data as a special case.) This
-       manpage documents Miller v5.10.0.
+       manpage documents Miller v5.9.1-dev.
 
 EXAMPLES
    COMMAND-LINE SYNTAX

docs/mlr.1

@@ -38,7 +38,7 @@ on integer-indexed fields: if the natural data structure for the latter is the
 array, then Miller's natural data structure is the insertion-ordered hash map.
 This encompasses a variety of data formats, including but not limited to the
 familiar CSV, TSV, and JSON.  (Miller can handle positionally-indexed data as
-a special case.) This manpage documents Miller v5.10.0.
+a special case.) This manpage documents Miller v5.9.1-dev.
 .SH "EXAMPLES"
 .sp
 

docs/reference-dsl.rst

@@ -1422,7 +1422,7 @@ This produces heteregenous output which Miller, of course, has no problems with
 
     $ mlr put '$x > 0.0; $y = log10($x); $z = sqrt($y)' data/put-gating-example-1.dkvp
     x=-1,y=nan,z=nan
-    x=0,y=-inf,z=-nan
+    x=0,y=-inf,z=nan
     x=1,y=0.000000,z=0.000000
     x=2,y=0.301030,z=0.548662
     x=3,y=0.477121,z=0.690740

docs/reference-verbs.rst

@@ -3089,7 +3089,7 @@ There are two main ways to use ``mlr uniq``: the first way is with ``-g`` to spe
 ::
 
     $ wc -l data/colored-shapes.dkvp
-    10078 data/colored-shapes.dkvp
+       10078 data/colored-shapes.dkvp
 
 ::
 
@@ -3231,7 +3231,7 @@ The second main way to use ``mlr uniq`` is without group-by columns, using ``-a`
 ::
 
     $ wc -l data/repeats.dkvp
-    57 data/repeats.dkvp
+          57 data/repeats.dkvp
 
 ::
 

docs/reference.rst

@@ -1066,7 +1066,7 @@ Examples:
     For more information, please invoke mlr {subcommand} --help
     
     For more information please see http://johnkerl.org/miller/doc and/or
-    http://github.com/johnkerl/miller. This is Miller version v5.10.0.
+    http://github.com/johnkerl/miller. This is Miller version v5.9.1-dev.
 
 ::