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# Items to export into callers namespace by default. Note: do not export |
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# names by default without a very good reason. Use EXPORT_OK instead. |
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# Do not simply export all your public functions/methods/constants. |
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# This allows declaration use HTML::HashTable ':all'; |
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# If you do not need this, moving things directly into @EXPORT or @EXPORT_OK |
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# will save memory. |
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$VERSION = $VERSION = 0.60; |
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require 5.005; |
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package HTML::HashTable; |
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require Exporter; |
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@ISA = qw( Exporter ); |
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@EXPORT = qw(tablify); |
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21
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1
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26765
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use strict; |
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1
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864
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=head1 NAME |
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25
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C - Create an HTML table from a Perl hash |
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27
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=head1 SYNOPSIS |
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29
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use HTML::HashTable; |
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30
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print tablify({ |
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31
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BORDER => 0, |
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32
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DATA => $myhashref, |
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SORTBY => 'key', |
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ORDER => 'desc'} |
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); |
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36
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37
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=head1 DESCRIPTION |
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38
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39
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This module takes an arbitrary Perl hash and presents it as an HTML |
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40
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table. The hash can contain anything you want -- scalar data, |
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41
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arrayrefs, hashrefs, whatever. Yes, this means you can use a tied |
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42
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hash if you wish. |
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43
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44
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The HTML produced is nicely formatted and indented, suitable for |
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45
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human editing and manipulation. |
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46
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47
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Some options are provided with the tablify() function to allow you |
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48
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to specify whether you wish to have a border or not, and whether you |
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49
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wish your table to be sorted by key or value (but note that sorting |
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50
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by value gives almost meaningless results if your values are |
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51
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references, as in a deeply nested Perl data structure.) |
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52
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53
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The options given to the tablify() function are: |
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54
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55
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=item C |
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56
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57
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True or false depending on whether you want your table to have a |
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58
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border. Defaults to true (1). |
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59
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60
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=item C |
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61
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62
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Reference to your hash |
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63
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64
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=item C |
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65
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66
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Either 'key' or 'value' depending on how you want your data sorted. |
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67
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Note that sorting by value is more or less meaningless if your |
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68
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values are references (as in a deeply nested data structure). Defaults |
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69
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to "key". |
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70
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71
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=item C |
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72
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73
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Either 'asc' or 'desc' depending on whether you want your sorting to |
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74
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be in ascending or descending order. Defaults to "asc". |
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75
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76
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=cut |
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77
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78
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sub tablify { |
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79
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5
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5
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0
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639
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$HTML::HashTable::output = ''; |
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80
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5
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7
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$HTML::HashTable::depth = 0; |
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81
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5
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5
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my $tsref = shift; |
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82
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5
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50
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29
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$tsref->{SORTBY} ||= "key"; |
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83
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5
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100
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17
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$tsref->{ORDER} ||= "asc"; |
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84
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5
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100
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15
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$tsref->{BORDER} = 1 unless (defined $tsref->{BORDER}); |
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85
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5
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12
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make_table($tsref); |
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86
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5
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34
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return $HTML::HashTable::output; |
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87
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} |
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88
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89
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# |
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90
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# This subroutine does most of the work by recursing through the |
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91
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# hash supplied. We look to see whether the value of any hash |
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92
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# item is a scalar, an arrayref or a hashref, and act accordingly. |
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93
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# Recursion's so rare in Perl... this is *fun* |
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94
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# |
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95
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96
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sub recurse_through { |
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97
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55
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55
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0
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56
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my $tsref = shift; |
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98
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55
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55
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my $thingy = shift; |
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99
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55
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100
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123
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if (ref($thingy) eq 'ARRAY') { |
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100
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100
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10
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14
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foreach (@$thingy) { |
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101
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30
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41
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recurse_through($tsref, $_); |
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102
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} |
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103
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} elsif (ref($thingy) eq 'HASH') { |
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104
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5
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21
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my $newref = {%$tsref}; |
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105
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5
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12
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$newref->{DATA} = $thingy; |
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106
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5
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9
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open_cell(); |
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107
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5
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9
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make_table($newref); |
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108
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5
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8
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close_cell($HTML::HashTable::depth); |
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109
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} else { # plain old scalar data |
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110
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40
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55
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open_cell(); |
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111
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40
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46
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$HTML::HashTable::output .= $thingy; |
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112
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40
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60
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close_cell(0); |
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113
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} |
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114
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} |
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115
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116
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sub open_table { |
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117
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10
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10
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0
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11
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my $tsref = shift; |
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118
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10
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15
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$HTML::HashTable::output .= "\n"; |
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119
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10
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12
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$HTML::HashTable::output .= "\t" x $HTML::HashTable::depth; |
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120
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10
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100
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29
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$HTML::HashTable::output .= $tsref->{BORDER} ? "\n" : "\n";
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121
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} |
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122
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123
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sub close_table { |
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124
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10
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10
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0
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14
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$HTML::HashTable::output .= "\t" x $HTML::HashTable::depth; |
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125
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10
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12
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$HTML::HashTable::output .= " | \n";
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126
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} |
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127
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128
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sub open_row { |
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129
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25
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25
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0
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31
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$HTML::HashTable::output .= "\t" x ($HTML::HashTable::depth); |
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130
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25
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25
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$HTML::HashTable::output .= " | \n";
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131
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25
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28
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$HTML::HashTable::depth++; |
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132
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} |
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133
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134
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sub close_row { |
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135
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25
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25
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0
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24
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$HTML::HashTable::depth--; |
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136
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25
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28
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$HTML::HashTable::output .= "\t" x ($HTML::HashTable::depth); |
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137
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25
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43
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$HTML::HashTable::output .= " | \n";
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138
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} |
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139
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140
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sub open_cell { |
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141
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70
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70
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0
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86
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$HTML::HashTable::output .= "\t" x ($HTML::HashTable::depth); |
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142
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70
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68
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$HTML::HashTable::output .= " | "; |
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143
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70
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73
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$HTML::HashTable::depth++; |
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144
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} |
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145
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146
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sub close_cell { |
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147
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70
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70
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0
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70
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my $d = shift; |
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148
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70
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100
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117
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$d-- if $d; |
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149
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70
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79
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$HTML::HashTable::output .= "\t" x ($d); |
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150
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70
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64
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$HTML::HashTable::output .= " | \n";
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151
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70
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125
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$HTML::HashTable::depth--; |
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152
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} |
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153
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154
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sub make_table { |
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155
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10
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10
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0
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11
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my $tsref = shift; |
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156
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10
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15
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open_table($tsref); |
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157
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10
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11
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foreach my $key (sort { |
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158
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20
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50
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41
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if ($tsref->{SORTBY} eq "value") { |
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10
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39
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159
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0
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0
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0
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if ($tsref->{ORDER} eq 'asc') { |
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160
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0
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0
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${$tsref->{DATA}}{$a} cmp ${$tsref->{DATA}}{$b}; |
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0
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0
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0
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0
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161
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} else { |
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162
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0
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0
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${$tsref->{DATA}}{$b} cmp ${$tsref->{DATA}}{$a}; |
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0
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0
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0
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0
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163
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} |
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164
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} else { |
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165
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20
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100
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37
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if ($tsref->{ORDER} eq 'asc') { |
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166
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16
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34
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$a cmp $b; |
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167
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} else { |
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168
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4
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10
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$b cmp $a; |
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169
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} |
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170
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} |
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171
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} keys %{$tsref->{DATA}}) { |
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172
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25
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37
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open_row; |
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173
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25
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38
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open_cell; |
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174
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25
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23
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$HTML::HashTable::output .= $key; |
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175
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25
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38
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close_cell(0); |
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176
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25
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23
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recurse_through($tsref, ${$tsref->{DATA}}{$key}); |
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25
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62
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177
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25
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41
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close_row; |
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178
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} |
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179
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10
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44
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close_table; |
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180
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} |
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181
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182
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183
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184
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185
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=head1 AUTHOR |
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186
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187
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Kirrily "Skud" Robert |
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188
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189
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=head1 SEE ALSO |
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190
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191
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L. |
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192
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193
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=cut |
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