1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
|
#!/usr/local/bin/tclsh
if {[catch "kanji defaultInputCode EUC" errormsg]}\
{puts "Running $argv0 without Japanese support."
puts "For Japanese support, you need to use a Japanized"
puts "Tcl interpreter.\n"}\
{}
# This script parses a database in the format used by
# the Insidious Big Brother Database for Emacs. It can
# be adapted to output LaTeX lists of contents and so forth.
set format [lindex $argv 0]
set range [lindex $argv 1]
set condition [lindex $argv 2]
set usage "Usage is: $argv0 \<SIZE\> \[<RANGE>\] \[<CONDITION>\]\
\n(Square braces are literal)\
\n(\<SIZE\> is one of \"Mieko\" or \"Frank\")"
if {[string match $format "Mieko"]+\
[string match $format "Frank"]==0}\
{puts "$usage"; exit}\
{}
if {[regexp {\[.*\]} $condition ignore]==0}\
{puts "$usage"; exit}\
{}
if {[regexp {\[.*\]} $range ignore]==0}\
{puts "$usage"; exit}\
{}
puts "Creating LaTeX2e file mkaddr.tex ..."
regexp {\[(.*)\]} $condition ignore condition
set condition "\\\[$condition\\\]"
set ifh [open "/home/bennett/.bbdb"]
set ofh [open "./mkaddr.tex" w+]
set counter 0
set temp ""
# Let's grab the content of a header file
set header [open "/etc/mkaddr.$format" r]
while 1 {
if {[gets $header line] == -1} break
if {[string match $line "%%BODY%%"]} break
puts $ofh $line
}
while 1 {
if {[gets $ifh line] == -1} break
regsub -all {([ "])\\"} $line {\1``} line
regsub -all {\\"([^A-Za-z])} $line {''\1} line
regsub -all {\\n} $line { } line
regsub -all {([^\])%} $line {\1\\%} line
regsub -all {([^\])&} $line {\1\\\&} line
set fn nil
set ln nil
set aka nil
set co nil
set ph nil
set ad nil
set net nil
set op nil
regexp {
*(nil|\"[^"]*\")\
+(nil|\"[^"]*\")\
+(nil|\(\".*\"\))\
+(nil|\"[^"]*\")\
+(nil|\(\[.*\]\))\
+(nil|\(\[.*\]\))\
+(nil|\(\".*\"\))\
+(nil|\(\(.*\)\)|\"[^"]*\")\
+nil} $line ignore fn ln aka co ph ad net op
#
# Make lone first names into lone last names
if {[string match $ln "nil"]}\
{set ln $fn
set fn nil}\
{}
# Check that we're in the range specified
if {[regexp "\"$range" $ln ignore]}\
{}\
{if {[string match $ln nil]}\
{if {[regexp "\"$range" $co ignore]}\
{}\
{continue}}\
{continue}}
#
# Fish out the notes field so we can check whether this
# record matches the specified conditions
set tempone ""
set temptwo ""
regexp {\(notes \. \"([^"]*)\"|\"([^"]*)\"$} $op \
ignore tempone temptwo
if {[string match $temptwo ""]} \
{set notes $tempone} \
{set notes $temptwo}
if {[string match "*$condition*" $notes]} {} {continue}
#
# Are all three names missing? If so, skip it.
if { [expr 3 == \
[string match $fn "nil"]+\
[string match $ln "nil"]+\
[string match $co "nil"]] }\
{}\
{
# Each entry is put in a parbox to keep it on one page.
# The parbox opens with a vskip to make a little room
# at the top of the page and between entries.
puts $ofh "\\entry\{%"
# Are both the first and last name missing? If so,
# we skip that line.
set counter [expr $counter + 1]
if { [expr 2 == \
[string match $fn "nil"]+\
[string match $ln "nil"]] }\
{}\
{regexp {\"(.*)\"} $fn ignore fn
regexp {\"(.*)\"} $ln ignore ln
puts -nonewline "$fn $ln"
set ln " \\textbf\{$ln\}"
puts $ofh "$fn$ln\\\\"}
# Is the company name missing? If so, we'll
# skip that line.
if { [string match $co "nil"] }\
{}\
{regexp {\"(.*)\"} $co ignore co
puts $ofh "\\textbf\{$co\}\\\\"
puts -nonewline $co}
puts ""
# Spit out any telephone numbers for this entry.
if {[string match $ph nil]} {set ph ""} {}
regexp {\((\[.*\])\)} $ph ignore ph
while {[string match $ph ""] == 0} {
set temp ""
regexp {\[([^]]*)\](.*)} $ph ignore temp ph
regexp {\"([^"]*)\" *\"([^"]*)\"} $temp ignore temp number
puts -nonewline $ofh " \{\\small $number ($temp)\}"
if {[string match $ph ""] == 0}\
{puts $ofh "\\\\"}\
{if {[string match $ad nil]+[string match $net nil]==2}\
{puts $ofh ""}\
{puts $ofh "\\\\"}}
}
# Spit out any addresses for this entry.
if {[string match $ad nil]} {set ad ""} {}
while {[string match $ad ""] == 0} {
set temp ""
set lineone ""
set linetwo ""
set linethree ""
set city ""
set state ""
set zip ""
set bridge ""
regexp {\(\[([^]]*)\](.*)\)} $ad ignore ad temp
regexp {\"([^"]*)\"\
+\"([^"]*)\"\
+\"([^"]*)\"\
+\"([^"]*)\"\
+\"([^"]*)\"\
+\"([^"]*)\"\
+([0-9]*)} $ad ignore ad lineone linetwo linethree city state zip
if {$zip == 0} {set zip ""} {}
set comp [expr [string match $city ""]+[string match $state ""]]
if {$comp==2}\
{}\
{if {$comp==1}\
{set bridge " "
set zip " $zip"}\
{if {$comp==0}\
{set bridge ", "
set zip " $zip"}\
{}}}
puts $ofh " \\address\{$ad\}\{\%"
if {[string match $lineone ""]}\
{puts $ofh "\\mygobble"}\
{puts $ofh " $lineone"}
if {[string match $linetwo ""]}\
{}\
{puts $ofh " \\\\$linetwo"}
if {[string match $linethree ""]}\
{}\
{puts $ofh " \\\\$linethree"}
if {[string match "$city$state$zip" ""]}\
{}\
{puts $ofh " \\\\$city$bridge$state$zip"}
puts $ofh " \}"
set ad $temp
}
# Spit out any email addresses associated with this person
if {[string match $net nil]} {set net ""} {}
regexp {\((\".*\")\)} $net ignore net
while {[string match $net ""] == 0} {
set temp ""
regexp {\"([^"]*)\"(.*)} $net ignore net temp
puts -nonewline $ofh "\\url\{$net\}"
set net $temp
if {[string match $net ""] == 0} {puts $ofh "\\\\"} {puts $ofh ""}
}
puts $ofh "\}\n"
}
}
# Once everything's finished, we send along the footer
while 1 {
if {[gets $header line] == -1} break
puts $ofh $line
}
puts "Done."
exit
|
