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#!/usr/bin/env python
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import sys , re , os . path , cgi , stat , math
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from optparse import OptionParser
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from color import getColorizer , dummyColorizer
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class tblCell ( object ) :
def __init__ ( self , text , value = None , props = None ) :
self . text = text
self . value = value
self . props = props
class tblColumn ( object ) :
def __init__ ( self , caption , title = None , props = None ) :
self . text = caption
self . title = title
self . props = props
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class tblRow ( object ) :
def __init__ ( self , colsNum , props = None ) :
self . cells = [ None ] * colsNum
self . props = props
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def htmlEncode ( str ) :
return ' <br/> ' . join ( [ cgi . escape ( s ) for s in str ] )
class table ( object ) :
def_align = " left "
def_valign = " middle "
def_color = None
def_colspan = 1
def_rowspan = 1
def_bold = False
def_italic = False
def_text = " - "
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def __init__ ( self , caption = None , format = None ) :
self . format = format
self . is_markdown = self . format == ' markdown '
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self . columns = { }
self . rows = [ ]
self . ridx = - 1 ;
self . caption = caption
pass
def newRow ( self , * * properties ) :
if len ( self . rows ) - 1 == self . ridx :
self . rows . append ( tblRow ( len ( self . columns ) , properties ) )
else :
self . rows [ ridx + 1 ] . props = properties
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self . ridx + = 1
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return self . rows [ self . ridx ]
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def trimLastRow ( self ) :
if self . rows :
self . rows . pop ( )
if self . ridx > = len ( self . rows ) :
self . ridx = len ( self . rows ) - 1
def newColumn ( self , name , caption , title = None , * * properties ) :
if name in self . columns :
index = self . columns [ name ] . index
else :
index = len ( self . columns )
if isinstance ( caption , tblColumn ) :
caption . index = index
self . columns [ name ] = caption
return caption
else :
col = tblColumn ( caption , title , properties )
col . index = index
self . columns [ name ] = col
return col
def getColumn ( self , name ) :
if isinstance ( name , str ) :
return self . columns . get ( name , None )
else :
vals = [ v for v in self . columns . values ( ) if v . index == name ]
if vals :
return vals [ 0 ]
return None
def newCell ( self , col_name , text , value = None , * * properties ) :
if self . ridx < 0 :
self . newRow ( )
col = self . getColumn ( col_name )
row = self . rows [ self . ridx ]
if not col :
return None
if isinstance ( text , tblCell ) :
cl = text
else :
cl = tblCell ( text , value , properties )
row . cells [ col . index ] = cl
return cl
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def layoutTable ( self ) :
columns = self . columns . values ( )
columns . sort ( key = lambda c : c . index )
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colspanned = [ ]
rowspanned = [ ]
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self . headerHeight = 1
rowsToAppend = 0
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for col in columns :
self . measureCell ( col )
if col . height > self . headerHeight :
self . headerHeight = col . height
col . minwidth = col . width
col . line = None
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for r in range ( len ( self . rows ) ) :
row = self . rows [ r ]
row . minheight = 1
for i in range ( len ( row . cells ) ) :
cell = row . cells [ i ]
if row . cells [ i ] is None :
continue
cell . line = None
self . measureCell ( cell )
colspan = int ( self . getValue ( " colspan " , cell ) )
rowspan = int ( self . getValue ( " rowspan " , cell ) )
if colspan > 1 :
colspanned . append ( ( r , i ) )
if i + colspan > len ( columns ) :
colspan = len ( columns ) - i
cell . colspan = colspan
#clear spanned cells
for j in range ( i + 1 , min ( len ( row . cells ) , i + colspan ) ) :
row . cells [ j ] = None
elif columns [ i ] . minwidth < cell . width :
columns [ i ] . minwidth = cell . width
if rowspan > 1 :
rowspanned . append ( ( r , i ) )
rowsToAppend2 = r + colspan - len ( self . rows )
if rowsToAppend2 > rowsToAppend :
rowsToAppend = rowsToAppend2
cell . rowspan = rowspan
#clear spanned cells
for j in range ( r + 1 , min ( len ( self . rows ) , r + rowspan ) ) :
if len ( self . rows [ j ] . cells ) > i :
self . rows [ j ] . cells [ i ] = None
elif row . minheight < cell . height :
row . minheight = cell . height
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self . ridx = len ( self . rows ) - 1
for r in range ( rowsToAppend ) :
self . newRow ( )
self . rows [ len ( self . rows ) - 1 ] . minheight = 1
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while colspanned :
colspanned_new = [ ]
for r , c in colspanned :
cell = self . rows [ r ] . cells [ c ]
sum ( [ col . minwidth for col in columns [ c : c + cell . colspan ] ] )
cell . awailable = sum ( [ col . minwidth for col in columns [ c : c + cell . colspan ] ] ) + cell . colspan - 1
if cell . awailable < cell . width :
colspanned_new . append ( ( r , c ) )
colspanned = colspanned_new
if colspanned :
r , c = colspanned [ 0 ]
cell = self . rows [ r ] . cells [ c ]
cols = columns [ c : c + cell . colspan ]
total = cell . awailable - cell . colspan + 1
budget = cell . width - cell . awailable
spent = 0
s = 0
for col in cols :
s + = col . minwidth
addition = s * budget / total - spent
spent + = addition
col . minwidth + = addition
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while rowspanned :
rowspanned_new = [ ]
for r , c in rowspanned :
cell = self . rows [ r ] . cells [ c ]
cell . awailable = sum ( [ row . minheight for row in self . rows [ r : r + cell . rowspan ] ] )
if cell . awailable < cell . height :
rowspanned_new . append ( ( r , c ) )
rowspanned = rowspanned_new
if rowspanned :
r , c = rowspanned [ 0 ]
cell = self . rows [ r ] . cells [ c ]
rows = self . rows [ r : r + cell . rowspan ]
total = cell . awailable
budget = cell . height - cell . awailable
spent = 0
s = 0
for row in rows :
s + = row . minheight
addition = s * budget / total - spent
spent + = addition
row . minheight + = addition
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return columns
def measureCell ( self , cell ) :
text = self . getValue ( " text " , cell )
cell . text = self . reformatTextValue ( text )
cell . height = len ( cell . text )
cell . width = len ( max ( cell . text , key = lambda line : len ( line ) ) )
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def reformatTextValue ( self , value ) :
if isinstance ( value , str ) :
vstr = value
elif isinstance ( value , unicode ) :
vstr = str ( value )
else :
try :
vstr = ' \n ' . join ( [ str ( v ) for v in value ] )
except TypeError :
vstr = str ( value )
return vstr . splitlines ( )
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def adjustColWidth ( self , cols , width ) :
total = sum ( [ c . minWidth for c in cols ] )
if total + len ( cols ) - 1 > = width :
return
budget = width - len ( cols ) + 1 - total
spent = 0
s = 0
for col in cols :
s + = col . minWidth
addition = s * budget / total - spent
spent + = addition
col . minWidth + = addition
def getValue ( self , name , * elements ) :
for el in elements :
try :
return getattr ( el , name )
except AttributeError :
pass
try :
val = el . props [ name ]
if val :
return val
except AttributeError :
pass
except KeyError :
pass
try :
return getattr ( self . __class__ , " def_ " + name )
except AttributeError :
return None
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def consolePrintTable ( self , out ) :
columns = self . layoutTable ( )
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colrizer = getColorizer ( out ) if not self . is_markdown else dummyColorizer ( out )
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if self . caption :
out . write ( " %s %s %s " % ( os . linesep , os . linesep . join ( self . reformatTextValue ( self . caption ) ) , os . linesep * 2 ) )
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headerRow = tblRow ( len ( columns ) , { " align " : " center " , " valign " : " top " , " bold " : True , " header " : True } )
headerRow . cells = columns
headerRow . minheight = self . headerHeight
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self . consolePrintRow2 ( colrizer , headerRow , columns )
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for i in range ( 0 , len ( self . rows ) ) :
self . consolePrintRow2 ( colrizer , i , columns )
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def consolePrintRow2 ( self , out , r , columns ) :
if isinstance ( r , tblRow ) :
row = r
r = - 1
else :
row = self . rows [ r ]
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#evaluate initial values for line numbers
i = 0
while i < len ( row . cells ) :
cell = row . cells [ i ]
colspan = self . getValue ( " colspan " , cell )
if cell is not None :
cell . wspace = sum ( [ col . minwidth for col in columns [ i : i + colspan ] ] ) + colspan - 1
if cell . line is None :
if r < 0 :
rows = [ row ]
else :
rows = self . rows [ r : r + self . getValue ( " rowspan " , cell ) ]
cell . line = self . evalLine ( cell , rows , columns [ i ] )
if len ( rows ) > 1 :
for rw in rows :
rw . cells [ i ] = cell
i + = colspan
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#print content
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if self . is_markdown :
out . write ( " | " )
for c in row . cells :
text = ' ' . join ( self . getValue ( ' text ' , c ) or [ ] )
out . write ( text + " | " )
out . write ( os . linesep )
else :
for ln in range ( row . minheight ) :
i = 0
while i < len ( row . cells ) :
if i > 0 :
out . write ( " " )
cell = row . cells [ i ]
column = columns [ i ]
if cell is None :
out . write ( " " * column . minwidth )
i + = 1
else :
self . consolePrintLine ( cell , row , column , out )
i + = self . getValue ( " colspan " , cell )
if self . is_markdown :
out . write ( " | " )
out . write ( os . linesep )
if self . is_markdown and row . props . get ( ' header ' , False ) :
out . write ( " | " )
for th in row . cells :
align = self . getValue ( " align " , th )
if align == ' center ' :
out . write ( " :-:| " )
elif align == ' right ' :
out . write ( " --:| " )
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else :
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out . write ( " ---| " )
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out . write ( os . linesep )
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def consolePrintLine ( self , cell , row , column , out ) :
if cell . line < 0 or cell . line > = cell . height :
line = " "
else :
line = cell . text [ cell . line ]
width = cell . wspace
align = self . getValue ( " align " , ( ( None , cell ) [ isinstance ( cell , tblCell ) ] ) , row , column )
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if align == " right " :
pattern = " % " + str ( width ) + " s "
elif align == " center " :
pattern = " % " + str ( ( width - len ( line ) ) / 2 + len ( line ) ) + " s " + " " * ( width - len ( line ) - ( width - len ( line ) ) / 2 )
else :
pattern = " % - " + str ( width ) + " s "
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out . write ( pattern % line , color = self . getValue ( " color " , cell , row , column ) )
cell . line + = 1
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def evalLine ( self , cell , rows , column ) :
height = cell . height
valign = self . getValue ( " valign " , cell , rows [ 0 ] , column )
space = sum ( [ row . minheight for row in rows ] )
if valign == " bottom " :
return height - space
if valign == " middle " :
return ( height - space + 1 ) / 2
return 0
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def htmlPrintTable ( self , out , embeedcss = False ) :
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columns = self . layoutTable ( )
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if embeedcss :
out . write ( " <div style= \" font-family: Lucida Console, Courier New, Courier;font-size: 16px;color:#3e4758; \" > \n <table style= \" background:none repeat scroll 0 0 #FFFFFF;border-collapse:collapse;font-family: ' Lucida Sans Unicode ' , ' Lucida Grande ' ,Sans-Serif;font-size:14px;margin:20px;text-align:left;width:480px;margin-left: auto;margin-right: auto;white-space:nowrap; \" > \n " )
else :
out . write ( " <div class= \" tableFormatter \" > \n <table class= \" tbl \" > \n " )
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if self . caption :
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if embeedcss :
out . write ( " <caption style= \" font:italic 16px ' Trebuchet MS ' ,Verdana,Arial,Helvetica,sans-serif;padding:0 0 5px;text-align:right;white-space:normal; \" > %s </caption> \n " % htmlEncode ( self . reformatTextValue ( self . caption ) ) )
else :
out . write ( " <caption> %s </caption> \n " % htmlEncode ( self . reformatTextValue ( self . caption ) ) )
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out . write ( " <thead> \n " )
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headerRow = tblRow ( len ( columns ) , { " align " : " center " , " valign " : " top " , " bold " : True , " header " : True } )
headerRow . cells = columns
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header_rows = [ headerRow ]
header_rows . extend ( [ row for row in self . rows if self . getValue ( " header " ) ] )
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last_row = header_rows [ len ( header_rows ) - 1 ]
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for row in header_rows :
out . write ( " <tr> \n " )
for th in row . cells :
align = self . getValue ( " align " , ( ( None , th ) [ isinstance ( th , tblCell ) ] ) , row , row )
valign = self . getValue ( " valign " , th , row )
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cssclass = self . getValue ( " cssclass " , th )
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attr = " "
if align :
attr + = " align= \" %s \" " % align
if valign :
attr + = " valign= \" %s \" " % valign
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if cssclass :
attr + = " class= \" %s \" " % cssclass
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css = " "
if embeedcss :
css = " style= \" border:none;color:#003399;font-size:16px;font-weight:normal;white-space:nowrap;padding:3px 10px; \" "
if row == last_row :
css = css [ : - 1 ] + " padding-bottom:5px; \" "
out . write ( " <th %s %s > \n " % ( attr , css ) )
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if th is not None :
out . write ( " %s \n " % htmlEncode ( th . text ) )
out . write ( " </th> \n " )
out . write ( " </tr> \n " )
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out . write ( " </thead> \n <tbody> \n " )
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rows = [ row for row in self . rows if not self . getValue ( " header " ) ]
for r in range ( len ( rows ) ) :
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row = rows [ r ]
rowattr = " "
cssclass = self . getValue ( " cssclass " , row )
if cssclass :
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rowattr + = " class= \" %s \" " % cssclass
out . write ( " <tr %s > \n " % ( rowattr ) )
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i = 0
while i < len ( row . cells ) :
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column = columns [ i ]
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td = row . cells [ i ]
if isinstance ( td , int ) :
i + = td
continue
colspan = self . getValue ( " colspan " , td )
rowspan = self . getValue ( " rowspan " , td )
align = self . getValue ( " align " , td , row , column )
valign = self . getValue ( " valign " , td , row , column )
color = self . getValue ( " color " , td , row , column )
bold = self . getValue ( " bold " , td , row , column )
italic = self . getValue ( " italic " , td , row , column )
style = " "
attr = " "
if color :
style + = " color: %s ; " % color
if bold :
style + = " font-weight: bold; "
if italic :
style + = " font-style: italic; "
if align and align != " left " :
attr + = " align= \" %s \" " % align
if valign and valign != " middle " :
attr + = " valign= \" %s \" " % valign
if colspan > 1 :
attr + = " colspan= \" %s \" " % colspan
if rowspan > 1 :
attr + = " rowspan= \" %s \" " % rowspan
for q in range ( r + 1 , min ( r + rowspan , len ( rows ) ) ) :
rows [ q ] . cells [ i ] = colspan
if style :
attr + = " style= \" %s \" " % style
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css = " "
if embeedcss :
css = " style= \" border:none;border-bottom:1px solid #CCCCCC;color:#666699;padding:6px 8px;white-space:nowrap; \" "
if r == 0 :
css = css [ : - 1 ] + " border-top:2px solid #6678B1; \" "
out . write ( " <td %s %s > \n " % ( attr , css ) )
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if td is not None :
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out . write ( " %s \n " % htmlEncode ( td . text ) )
out . write ( " </td> \n " )
i + = colspan
out . write ( " </tr> \n " )
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out . write ( " </tbody> \n </table> \n </div> \n " )
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def htmlPrintHeader ( out , title = None ) :
if title :
titletag = " <title> %s </title> \n " % htmlEncode ( [ str ( title ) ] )
else :
titletag = " "
out . write ( """ <!DOCTYPE HTML>
< html >
< head >
< meta http - equiv = " Content-Type " content = " text/html; charset=us-ascii " >
% s < style type = " text/css " >
html , body { font - family : Lucida Console , Courier New , Courier ; font - size : 16 px ; color : #3e4758;}
. tbl { background : none repeat scroll 0 0 #FFFFFF;border-collapse:collapse;font-family:"Lucida Sans Unicode","Lucida Grande",Sans-Serif;font-size:14px;margin:20px;text-align:left;width:480px;margin-left: auto;margin-right: auto;white-space:nowrap;}
. tbl span { display : block ; white - space : nowrap ; }
. tbl thead tr : last - child th { padding - bottom : 5 px ; }
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. tbl tbody tr : first - child td { border - top : 3 px solid #6678B1;}
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. tbl th { border : none ; color : #003399;font-size:16px;font-weight:normal;white-space:nowrap;padding:3px 10px;}
. tbl td { border : none ; border - bottom : 1 px solid #CCCCCC;color:#666699;padding:6px 8px;white-space:nowrap;}
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. tbl tbody tr : hover td { color : #000099;}
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. tbl caption { font : italic 16 px " Trebuchet MS " , Verdana , Arial , Helvetica , sans - serif ; padding : 0 0 5 px ; text - align : right ; white - space : normal ; }
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. firstingroup { border - top : 2 px solid #6678B1;}
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< / style >
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< script type = " text/javascript " src = " https://ajax.googleapis.com/ajax/libs/jquery/1.6.4/jquery.min.js " > < / script >
< script type = " text/javascript " >
function abs ( val ) { return val < 0 ? - val : val }
$ ( function ( ) {
/ / generate filter rows
$ ( " div.tableFormatter table.tbl " ) . each ( function ( tblIdx , tbl ) {
var head = $ ( " thead " , tbl )
var filters = $ ( " <tr></tr> " )
var hasAny = false
$ ( " tr:first th " , head ) . each ( function ( colIdx , col ) {
col = $ ( col )
var cell
var id = " t " + tblIdx + " r " + colIdx
if ( col . hasClass ( " col_name " ) ) {
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cell = $ ( " <th><input id= ' " + id + " ' name= ' " + id + " ' type= ' text ' style= ' width:100 %% ' class= ' filter_col_name ' title= ' Regular expression for name filtering ("resize.*640x480" - resize tests on VGA resolution) ' ></input></th> " )
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hasAny = true
}
else if ( col . hasClass ( " col_rel " ) ) {
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cell = $ ( " <th><input id= ' " + id + " ' name= ' " + id + " ' type= ' text ' style= ' width:100 %% ' class= ' filter_col_rel ' title= ' Filter out lines with a x-factor of acceleration less than Nx ' ></input></th> " )
hasAny = true
}
else if ( col . hasClass ( " col_cr " ) ) {
cell = $ ( " <th><input id= ' " + id + " ' name= ' " + id + " ' type= ' text ' style= ' width:100 %% ' class= ' filter_col_cr ' title= ' Filter out lines with a percentage of acceleration less than N %% ' ></input></th> " )
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hasAny = true
}
else
cell = $ ( " <th></th> " )
cell . appendTo ( filters )
} )
if ( hasAny ) {
$ ( tbl ) . wrap ( " <form id= ' form_t " + tblIdx + " ' method= ' get ' action= ' ' ></form> " )
$ ( " <input it= ' test ' type= ' submit ' value= ' Apply Filters ' style= ' margin-left:10px; ' ></input> " )
. appendTo ( $ ( " th:last " , filters . appendTo ( head ) ) )
}
} )
/ / get filter values
var vars = [ ]
var hashes = window . location . href . slice ( window . location . href . indexOf ( ' ? ' ) + 1 ) . split ( ' & ' )
for ( var i = 0 ; i < hashes . length ; + + i )
{
hash = hashes [ i ] . split ( ' = ' )
vars . push ( decodeURIComponent ( hash [ 0 ] ) )
vars [ decodeURIComponent ( hash [ 0 ] ) ] = decodeURIComponent ( hash [ 1 ] ) ;
}
/ / set filter values
for ( var i = 0 ; i < vars . length ; + + i )
$ ( " # " + vars [ i ] ) . val ( vars [ vars [ i ] ] )
/ / apply filters
$ ( " div.tableFormatter table.tbl " ) . each ( function ( tblIdx , tbl ) {
filters = $ ( " input:text " , tbl )
var predicate = function ( row ) { return true ; }
var empty = true
$ . each ( $ ( " input:text " , tbl ) , function ( i , flt ) {
flt = $ ( flt )
var val = flt . val ( )
var pred = predicate ;
if ( val ) {
empty = false
var colIdx = parseInt ( flt . attr ( " id " ) . slice ( flt . attr ( " id " ) . indexOf ( ' r ' ) + 1 ) )
if ( flt . hasClass ( " filter_col_name " ) ) {
var re = new RegExp ( val ) ;
predicate = function ( row ) {
if ( re . exec ( $ ( row . get ( colIdx ) ) . text ( ) ) == null )
return false
return pred ( row )
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}
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} else if ( flt . hasClass ( " filter_col_rel " ) ) {
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var percent = parseFloat ( val )
if ( percent < 0 ) {
predicate = function ( row ) {
var val = parseFloat ( $ ( row . get ( colIdx ) ) . text ( ) )
if ( ! val | | val > = 1 | | val > 1 + percent )
return false
return pred ( row )
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}
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} else {
predicate = function ( row ) {
var val = parseFloat ( $ ( row . get ( colIdx ) ) . text ( ) )
if ( ! val | | val < percent )
return false
return pred ( row )
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}
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}
} else if ( flt . hasClass ( " filter_col_cr " ) ) {
var percent = parseFloat ( val )
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predicate = function ( row ) {
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var val = parseFloat ( $ ( row . get ( colIdx ) ) . text ( ) )
if ( ! val | | val < percent )
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return false
return pred ( row )
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}
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}
}
} ) ;
if ( ! empty ) {
$ ( " tbody tr " , tbl ) . each ( function ( i , tbl_row ) {
if ( ! predicate ( $ ( " td " , tbl_row ) ) )
$ ( tbl_row ) . remove ( )
} )
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if ( $ ( " tbody tr " , tbl ) . length == 0 ) {
$ ( " <tr><td colspan= ' " + $ ( " thead tr:first th " , tbl ) . length + " ' >No results mathing your search criteria</td></tr> " )
. appendTo ( $ ( " tbody " , tbl ) )
}
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}
} )
} )
< / script >
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< / head >
< body >
""" % titletag)
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def htmlPrintFooter ( out ) :
out . write ( " </body> \n </html> " )
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def getStdoutFilename ( ) :
try :
if os . name == " nt " :
import msvcrt , ctypes
handle = msvcrt . get_osfhandle ( sys . stdout . fileno ( ) )
size = ctypes . c_ulong ( 1024 )
nameBuffer = ctypes . create_string_buffer ( size . value )
ctypes . windll . kernel32 . GetFinalPathNameByHandleA ( handle , nameBuffer , size , 4 )
return nameBuffer . value
else :
return os . readlink ( ' /proc/self/fd/1 ' )
except :
return " "
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def detectHtmlOutputType ( requestedType ) :
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if requestedType in [ ' txt ' , ' markdown ' ] :
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return False
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elif requestedType in [ " html " , " moinwiki " ] :
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return True
else :
if sys . stdout . isatty ( ) :
return False
else :
outname = getStdoutFilename ( )
if outname :
if outname . endswith ( " .htm " ) or outname . endswith ( " .html " ) :
return True
else :
return False
else :
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return False
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def getRelativeVal ( test , test0 , metric ) :
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if not test or not test0 :
return None
val0 = test0 . get ( metric , " s " )
if not val0 :
return None
val = test . get ( metric , " s " )
if not val or val == 0 :
return None
return float ( val0 ) / val
def getCycleReduction ( test , test0 , metric ) :
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if not test or not test0 :
return None
val0 = test0 . get ( metric , " s " )
if not val0 or val0 == 0 :
return None
val = test . get ( metric , " s " )
if not val :
return None
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return ( 1.0 - float ( val ) / val0 ) * 100
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def getScore ( test , test0 , metric ) :
if not test or not test0 :
return None
m0 = float ( test . get ( " gmean " , None ) )
m1 = float ( test0 . get ( " gmean " , None ) )
if m0 == 0 or m1 == 0 :
return None
s0 = float ( test . get ( " gstddev " , None ) )
s1 = float ( test0 . get ( " gstddev " , None ) )
s = math . sqrt ( s0 * s0 + s1 * s1 )
m0 = math . log ( m0 )
m1 = math . log ( m1 )
if s == 0 :
return None
return ( m0 - m1 ) / s
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metrix_table = \
{
" name " : ( " Name of Test " , lambda test , test0 , units : str ( test ) ) ,
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" samples " : ( " Number of \n collected samples " , lambda test , test0 , units : test . get ( " samples " , units ) ) ,
" outliers " : ( " Number of \n outliers " , lambda test , test0 , units : test . get ( " outliers " , units ) ) ,
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" gmean " : ( " Geometric mean " , lambda test , test0 , units : test . get ( " gmean " , units ) ) ,
" mean " : ( " Mean " , lambda test , test0 , units : test . get ( " mean " , units ) ) ,
" min " : ( " Min " , lambda test , test0 , units : test . get ( " min " , units ) ) ,
" median " : ( " Median " , lambda test , test0 , units : test . get ( " median " , units ) ) ,
" stddev " : ( " Standard deviation " , lambda test , test0 , units : test . get ( " stddev " , units ) ) ,
" gstddev " : ( " Standard deviation of Ln(time) " , lambda test , test0 , units : test . get ( " gstddev " ) ) ,
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" gmean % " : ( " Geometric mean (relative) " , lambda test , test0 , units : getRelativeVal ( test , test0 , " gmean " ) ) ,
" mean % " : ( " Mean (relative) " , lambda test , test0 , units : getRelativeVal ( test , test0 , " mean " ) ) ,
" min % " : ( " Min (relative) " , lambda test , test0 , units : getRelativeVal ( test , test0 , " min " ) ) ,
" median % " : ( " Median (relative) " , lambda test , test0 , units : getRelativeVal ( test , test0 , " median " ) ) ,
" stddev % " : ( " Standard deviation (relative) " , lambda test , test0 , units : getRelativeVal ( test , test0 , " stddev " ) ) ,
" gstddev % " : ( " Standard deviation of Ln(time) (relative) " , lambda test , test0 , units : getRelativeVal ( test , test0 , " gstddev " ) ) ,
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" gmean$ " : ( " Geometric mean (cycle reduction) " , lambda test , test0 , units : getCycleReduction ( test , test0 , " gmean " ) ) ,
" mean$ " : ( " Mean (cycle reduction) " , lambda test , test0 , units : getCycleReduction ( test , test0 , " mean " ) ) ,
" min$ " : ( " Min (cycle reduction) " , lambda test , test0 , units : getCycleReduction ( test , test0 , " min " ) ) ,
" median$ " : ( " Median (cycle reduction) " , lambda test , test0 , units : getCycleReduction ( test , test0 , " median " ) ) ,
" stddev$ " : ( " Standard deviation (cycle reduction) " , lambda test , test0 , units : getCycleReduction ( test , test0 , " stddev " ) ) ,
" gstddev$ " : ( " Standard deviation of Ln(time) (cycle reduction) " , lambda test , test0 , units : getCycleReduction ( test , test0 , " gstddev " ) ) ,
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" score " : ( " SCORE " , lambda test , test0 , units : getScore ( test , test0 , " gstddev " ) ) ,
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}
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def formatValue ( val , metric , units = None ) :
if val is None :
return " - "
if metric . endswith ( " % " ) :
return " %.2f " % val
if metric . endswith ( " $ " ) :
return " %.2f %% " % val
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if metric . endswith ( " S " ) :
if val > 3.5 :
return " SLOWER "
if val < - 3.5 :
return " FASTER "
if val > - 1.5 and val < 1.5 :
return " "
if val < 0 :
return " faster "
if val > 0 :
return " slower "
#return "%.4f" % val
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if units :
return " %.3f %s " % ( val , units )
else :
return " %.3f " % val
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if __name__ == " __main__ " :
if len ( sys . argv ) < 2 :
print " Usage: \n " , os . path . basename ( sys . argv [ 0 ] ) , " <log_name>.xml "
exit ( 0 )
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parser = OptionParser ( )
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parser . add_option ( " -o " , " --output " , dest = " format " , help = " output results in text format (can be ' txt ' , ' html ' , ' markdown ' or ' auto ' - default) " , metavar = " FMT " , default = " auto " )
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parser . add_option ( " -m " , " --metric " , dest = " metric " , help = " output metric " , metavar = " NAME " , default = " gmean " )
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parser . add_option ( " -u " , " --units " , dest = " units " , help = " units for output values (s, ms (default), us, ns or ticks) " , metavar = " UNITS " , default = " ms " )
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( options , args ) = parser . parse_args ( )
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options . generateHtml = detectHtmlOutputType ( options . format )
if options . metric not in metrix_table :
options . metric = " gmean "
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#print options
#print args
# tbl = table()
# tbl.newColumn("first", "qqqq", align = "left")
# tbl.newColumn("second", "wwww\nz\nx\n")
# tbl.newColumn("third", "wwasdas")
#
# tbl.newCell(0, "ccc111", align = "right")
# tbl.newCell(1, "dddd1")
# tbl.newCell(2, "8768756754")
# tbl.newRow()
# tbl.newCell(0, "1\n2\n3\n4\n5\n6\n7", align = "center", colspan = 2, rowspan = 2)
# tbl.newCell(2, "xxx\nqqq", align = "center", colspan = 1, valign = "middle")
# tbl.newRow()
# tbl.newCell(2, "+", align = "center", colspan = 1, valign = "middle")
# tbl.newRow()
# tbl.newCell(0, "vcvvbasdsadassdasdasv", align = "right", colspan = 2)
# tbl.newCell(2, "dddd1")
# tbl.newRow()
# tbl.newCell(0, "vcvvbv")
# tbl.newCell(1, "3445324", align = "right")
# tbl.newCell(2, None)
# tbl.newCell(1, "0000")
# if sys.stdout.isatty():
# tbl.consolePrintTable(sys.stdout)
# else:
# htmlPrintHeader(sys.stdout)
# tbl.htmlPrintTable(sys.stdout)
# htmlPrintFooter(sys.stdout)
import testlog_parser
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if options . generateHtml :
htmlPrintHeader ( sys . stdout , " Tables demo " )
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getter = metrix_table [ options . metric ] [ 1 ]
for arg in args :
tests = testlog_parser . parseLogFile ( arg )
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tbl = table ( arg , format = options . format )
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tbl . newColumn ( " name " , " Name of Test " , align = " left " )
tbl . newColumn ( " value " , metrix_table [ options . metric ] [ 0 ] , align = " center " , bold = " true " )
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for t in sorted ( tests ) :
tbl . newRow ( )
tbl . newCell ( " name " , str ( t ) )
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status = t . get ( " status " )
if status != " run " :
tbl . newCell ( " value " , status )
else :
val = getter ( t , None , options . units )
if val :
if options . metric . endswith ( " % " ) :
tbl . newCell ( " value " , " %.2f " % val , val )
else :
tbl . newCell ( " value " , " %.3f %s " % ( val , options . units ) , val )
else :
tbl . newCell ( " value " , " - " )
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if options . generateHtml :
tbl . htmlPrintTable ( sys . stdout )
else :
tbl . consolePrintTable ( sys . stdout )
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if options . generateHtml :
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htmlPrintFooter ( sys . stdout )
