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3762 nawk 'continue illegal outside of loops'


 225         # The array 'keyword_behavior' specifies the special treatment of
 226         # [type, keyword] combinations subject to value merging.
 227         keyword_behavior["prof", "auths"] =     "merge";
 228         keyword_behavior["prof", "profiles"] =  "merge";
 229         keyword_behavior["prof", "privs"] =     "merge";
 230         keyword_behavior["user", "auths"] =     "merge";
 231         keyword_behavior["user", "profiles"] =  "merge";
 232         keyword_behavior["user", "roles"] =     "merge";
 233 
 234         FS=":"
 235 }
 236 
 237 # When FNR (current file record number) is 1 it indicates that nawk
 238 # is starting to read the next file specified on its command line,
 239 # and is beginning the next processing pass.
 240 FNR == 1 {
 241         pass++;
 242 }
 243 
 244 /^#/ || /^$/ {
 245         continue;
 246 }
 247 
 248 {
 249         # For each input line, nawk automatically assigns the complete
 250         # line to $0 and also splits the line at field separators and
 251         # assigns each field to a variable $1..$n.  Assignment to $0
 252         # re-splits the line into the field variables.  Conversely,
 253         # assgnment to a variable $1..$n will cause $0 to be recomputed
 254         # from the field variable values.
 255         #
 256         # This code adds awareness of escaped field separators by using
 257         # a custom function to split the line into a temporary array.
 258         # It assigns the empty string to $0 to clear any excess field
 259         # variables, and assigns the desired elements of the temporary
 260         # array back to the field variables $1..$7.
 261         #
 262         # Subsequent code must not assign directly to $0 or the fields
 263         # will be re-split without regard to escaped field separators.
 264         split_escape($0, f, ":");
 265         $0 = "";
 266         $1 = f[1];
 267         $2 = f[2];
 268         $3 = f[3];
 269         $4 = f[4];
 270         $5 = f[5];
 271         $6 = f[6];
 272         $7 = f[7];
 273 }




 225         # The array 'keyword_behavior' specifies the special treatment of
 226         # [type, keyword] combinations subject to value merging.
 227         keyword_behavior["prof", "auths"] =     "merge";
 228         keyword_behavior["prof", "profiles"] =  "merge";
 229         keyword_behavior["prof", "privs"] =     "merge";
 230         keyword_behavior["user", "auths"] =     "merge";
 231         keyword_behavior["user", "profiles"] =  "merge";
 232         keyword_behavior["user", "roles"] =     "merge";
 233 
 234         FS=":"
 235 }
 236 
 237 # When FNR (current file record number) is 1 it indicates that nawk
 238 # is starting to read the next file specified on its command line,
 239 # and is beginning the next processing pass.
 240 FNR == 1 {
 241         pass++;
 242 }
 243 
 244 /^#/ || /^$/ {
 245         next;
 246 }
 247 
 248 {
 249         # For each input line, nawk automatically assigns the complete
 250         # line to $0 and also splits the line at field separators and
 251         # assigns each field to a variable $1..$n.  Assignment to $0
 252         # re-splits the line into the field variables.  Conversely,
 253         # assignment to a variable $1..$n will cause $0 to be recomputed
 254         # from the field variable values.
 255         #
 256         # This code adds awareness of escaped field separators by using
 257         # a custom function to split the line into a temporary array.
 258         # It assigns the empty string to $0 to clear any excess field
 259         # variables, and assigns the desired elements of the temporary
 260         # array back to the field variables $1..$7.
 261         #
 262         # Subsequent code must not assign directly to $0 or the fields
 263         # will be re-split without regard to escaped field separators.
 264         split_escape($0, f, ":");
 265         $0 = "";
 266         $1 = f[1];
 267         $2 = f[2];
 268         $3 = f[3];
 269         $4 = f[4];
 270         $5 = f[5];
 271         $6 = f[6];
 272         $7 = f[7];
 273 }