OpenCores
URL https://opencores.org/ocsvn/openrisc_2011-10-31/openrisc_2011-10-31/trunk

Subversion Repositories openrisc_2011-10-31

[/] [openrisc/] [trunk/] [rtos/] [ecos-2.0/] [packages/] [ecosadmin.tcl] - Blame information for rev 629

Go to most recent revision | Details | Compare with Previous | View Log

Line No. Rev Author Line
1 27 unneback
#!/bin/bash
2
# restart using a Tcl shell \
3
    exec sh -c 'for tclshell in tclsh tclsh83 cygtclsh80 ; do \
4
            ( echo | $tclshell ) 2> /dev/null && exec $tclshell "`( cygpath -w \"$0\" ) 2> /dev/null || echo $0`" "$@" ; \
5
        done ; \
6
        echo "ecosadmin.tcl: cannot find Tcl shell" ; exit 1' "$0" "$@"
7
 
8
# {{{  Banner
9
 
10
#===============================================================================
11
#
12
#       ecosadmin.tcl
13
#
14
#       A package install/uninstall tool.
15
#
16
#===============================================================================
17
#####ECOSGPLCOPYRIGHTBEGIN####
18
## -------------------------------------------
19
## This file is part of eCos, the Embedded Configurable Operating System.
20
## Copyright (C) 1998, 1999, 2000, 2001, 2002 Red Hat, Inc.
21
##
22
## eCos is free software; you can redistribute it and/or modify it under
23
## the terms of the GNU General Public License as published by the Free
24
## Software Foundation; either version 2 or (at your option) any later version.
25
##
26
## eCos is distributed in the hope that it will be useful, but WITHOUT ANY
27
## WARRANTY; without even the implied warranty of MERCHANTABILITY or
28
## FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License
29
## for more details.
30
##
31
## You should have received a copy of the GNU General Public License along
32
## with eCos; if not, write to the Free Software Foundation, Inc.,
33
## 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA.
34
##
35
## As a special exception, if other files instantiate templates or use macros
36
## or inline functions from this file, or you compile this file and link it
37
## with other works to produce a work based on this file, this file does not
38
## by itself cause the resulting work to be covered by the GNU General Public
39
## License. However the source code for this file must still be made available
40
## in accordance with section (3) of the GNU General Public License.
41
##
42
## This exception does not invalidate any other reasons why a work based on
43
## this file might be covered by the GNU General Public License.
44
##
45
## Alternative licenses for eCos may be arranged by contacting Red Hat, Inc.
46
## at http://sources.redhat.com/ecos/ecos-license/
47
## -------------------------------------------
48
#####ECOSGPLCOPYRIGHTEND####
49
#===============================================================================
50
######DESCRIPTIONBEGIN####
51
#
52
# Author(s):    jld
53
# Contributors: bartv
54
# Date:         1999-06-18
55
# Purpose:      To install and uninstall packages from an eCos component
56
#               repository
57
# Description:
58
# Usage:
59
#
60
#####DESCRIPTIONEND####
61
#===============================================================================
62
#
63
 
64
# }}}
65
# {{{  Version check
66
 
67
# ----------------------------------------------------------------------------
68
# ecosadmin.tcl requires at least version 8.0 of Tcl, since it makes use of
69
# namespaces. It is possible that some users still have older versions.
70
 
71
if { [info tclversion] < 8.0 } {
72
        puts "This script requires Tcl 8.0 or later. You are running Tcl [info patchlevel]."
73
        return
74
}
75
 
76
# }}}
77
# {{{  Namespace definition
78
 
79
# ----------------------------------------------------------------------------
80
# Namespaces. All code and variables in this script are kept in the namespace
81
# "ecosadmin". This is not really necessary for stand-alone operation, but if it
82
# ever becomes desirable to embed this script in a larger application then
83
# using a namespace is a lot easier.
84
#
85
# As a fringe benefit, all global variables can be declared inside this
86
# namespace and initialised.
87
#
88
 
89
namespace eval ecosadmin {
90
 
91
        # Is this program running under Windows ?
92
        variable windows_host [expr {$tcl_platform(platform) == "windows"}]
93
        variable null_device ""
94
        if { $windows_host != 0 } {
95
                set ecosadmin::null_device "nul"
96
        } else {
97
                set ecosadmin::null_device "/dev/null"
98
        }
99
 
100
 
101
        # Where is the component repository ? The following input sources
102
        # are available:
103
        # 1) the environment variable ECOS_REPOSITORY.
104
        # 2) $argv0 should correspond to the location of the ecosadmin.tcl
105
        #    script.
106
        #
107
        variable component_repository ""
108
        if { [info exists ::env(ECOS_REPOSITORY)] } {
109
                # override the calculation of the repository location using the 
110
                # (undocumented) ECOS_REPOSITORY environment variable
111
                set component_repository $::env(ECOS_REPOSITORY)
112
        } else {
113
                set component_repository [pwd]
114
                if { [file dirname $argv0] != "." } {
115
                        set component_repository [file join $component_repository [file dirname $argv0]]
116
                }
117
        }
118
 
119
        # Details of the command line arguments, if any.
120
        variable list_packages_arg   0;     # list
121
        variable accept_license_arg  0;     # --accept_license
122
        variable extract_license_arg 0;     # --extract_license
123
        variable add_package        "";     # add FILE
124
        variable remove_package     "";     # remove PACKAGE
125
        variable version_arg        "";     # --version VER
126
 
127
        # Details of all known packages, targets and templates
128
        # read from the ecos.db file
129
        variable known_packages ""
130
        variable known_targets ""
131
        variable known_templates ""
132
        array set package_data {};
133
        array set target_data {};
134
        array set template_data {};
135
 
136
        # What routines should be invoked for outputting fatal errors and
137
        # for warning messages ?
138
        variable fatal_error_handler ecosadmin::cli_fatal_error
139
        variable warning_handler     ecosadmin::cli_warning
140
        variable report_handler      ecosadmin::cli_report
141
 
142
        # Keep or remove the CVS directories?
143
        variable keep_cvs 0
144
}
145
 
146
# }}}
147
# {{{  Infrastructure
148
 
149
# ----------------------------------------------------------------------------
150
# Minimal infrastructure support.
151
#
152
# There must be some way of reporting fatal errors, of outputting warnings,
153
# and of generating report messages. The implementation of these things
154
# obviously depends on whether or not TK is present. In addition, if this
155
# script is being run inside a larger application then that larger
156
# application must be able to install its own versions of the routines.
157
#
158
# Once it is possible to report fatal errors, an assertion facility becomes
159
# feasible.
160
#
161
# These routines output fatal errors, warnings or miscellaneous messages.
162
# Their implementations depend on the mode in which this script is operating.
163
#
164
proc ecosadmin::fatal_error { msg } {
165
        $ecosadmin::fatal_error_handler "$msg"
166
}
167
 
168
proc ecosadmin::warning { msg } {
169
        $ecosadmin::warning_handler "$msg"
170
}
171
 
172
proc ecosadmin::report { msg } {
173
        $ecosadmin::report_handler "$msg"
174
}
175
 
176
#
177
# Command line versions.
178
# NOTE: some formatting so that there are linebreaks at ~72 columns would be
179
# a good idea.
180
#
181
proc ecosadmin::cli_fatal_error_handler { msg } {
182
        error "$msg"
183
}
184
 
185
proc ecosadmin::cli_warning_handler { msg } {
186
        puts "ecosadmin warning: $msg"
187
}
188
 
189
proc ecosadmin::cli_report_handler { msg } {
190
        puts "$msg"
191
}
192
 
193
#
194
# Determine the default destination for warnings and for fatal errors.
195
# After the first call to this function it is possible to use assertions.
196
#
197
proc ecosadmin::initialise_error_handling { } {
198
        set ecosadmin::fatal_error_handler ecosadmin::cli_fatal_error_handler
199
        set ecosadmin::warning_handler     ecosadmin::cli_warning_handler
200
        set ecosadmin::report_handler      ecosadmin::cli_report_handler
201
}
202
 
203
#
204
# These routines can be used by containing programs to provide their
205
# own error handling.
206
#
207
proc ecosadmin::set_fatal_error_handler { fn } {
208
        ASSERT { $fn != "" }
209
        set ecosadmin::fatal_error_handler $fn
210
}
211
 
212
proc ecosadmin::set_warning_handler { fn } {
213
        ASSERT { $fn != "" }
214
        set ecosadmin::warning_handler $fn
215
}
216
 
217
proc ecosadmin::set_report_handler { fn } {
218
        ASSERT { $fn != "" }
219
        set ecosadmin::report_handler $fn
220
}
221
 
222
#
223
# A very simple assertion facility. It takes a single argument, an expression
224
# that should be evaluated in the calling function's scope, and on failure it
225
# should generate a fatal error.
226
#
227
proc ecosadmin::ASSERT { condition } {
228
        set result [uplevel 1 [list expr $condition]]
229
 
230
        if { $result == 0 } {
231
                fatal_error "assertion predicate \"$condition\"\nin \"[info level -1]\""
232
        }
233
}
234
 
235
# }}}
236
# {{{  Utilities
237
 
238
# ----------------------------------------------------------------------------
239
# cdl_compare_version. This is a partial implementation of the full
240
# cdl_compare_version facility defined in the product specification. Its
241
# purpose is to order the various versions of a given package with
242
# the most recent version first. As a special case, "current" is
243
# always considered the most recent.
244
#
245
# There are similarities between cdl_compare_version and with Tcl's
246
# package vcompare, but cdl_compare_version is more general.
247
#
248
 
249
proc ecosadmin::cdl_compare_version { arg1 arg2 } {
250
 
251
        if { $arg1 == $arg2 } {
252
                return 0
253
        }
254
        if { $arg1 == "current"} {
255
                return -1
256
        }
257
        if { $arg2 == "current" } {
258
                return 1
259
        }
260
 
261
        set index1 0
262
        set index2 0
263
        set ch1    ""
264
        set ch2    ""
265
        set num1   ""
266
        set num2   ""
267
 
268
        while { 1 } {
269
 
270
                set ch1 [string index $arg1 $index1]
271
                set ch2 [string index $arg2 $index2]
272
                set num1 ""
273
                set num2 ""
274
 
275
                if { ($ch1 == "") && ($ch2 == "") } {
276
 
277
                        # Both strings have terminated at the same time. There may have
278
                        # been some spurious leading zeroes in numbers.
279
                        return 0
280
 
281
                } elseif { $ch1 == "" } {
282
 
283
                        # The first string has ended first. If ch2 is a separator then
284
                        # arg2 is a derived version, e.g. v0.3.p1 and hence newer. Otherwise ch2
285
                        # is an experimental version v0.3beta and hence older.
286
                        if { [string match \[-._\] $ch2] } {
287
                                return 1
288
                        } else {
289
                                return -1
290
                        }
291
                } elseif { $ch2 == "" } {
292
 
293
                        # Equivalent to the above.
294
                        if { [string match \[-._\] $ch1] } {
295
                                return -1
296
                        } else {
297
                                return 1
298
                        }
299
                }
300
 
301
                # There is still data to be processed.
302
                # Check for both strings containing numbers at the current index.
303
                if { ( [string match \[0-9\] $ch1] ) && ( [string match \[0-9\] $ch2] ) } {
304
 
305
                        # Extract the entire numbers from the version string.
306
                        while { [string match \[0-9\] $ch1] } {
307
                                set  num1 "$num1$ch1"
308
                                incr index1
309
                                set  ch1 [string index $arg1 $index1]
310
                        }
311
                        while { [string match \[0-9\] $ch2] } {
312
                                set  num2 "$num2$ch2"
313
                                incr index2
314
                                set ch2 [string index $arg2 $index2]
315
                        }
316
 
317
                        if { $num1 < $num2 } {
318
                                return 1
319
                        } elseif { $num1 > $num2 } {
320
                                return -1
321
                        }
322
                        continue
323
                }
324
 
325
                # This is not numerical data. If the two characters are the same then
326
                # move on.
327
                if { $ch1 == $ch2 } {
328
                        incr index1
329
                        incr index2
330
                        continue
331
                }
332
 
333
                # Next check if both strings are at a separator. All separators can be
334
                # used interchangeably.
335
                if { ( [string match \[-._\] $ch1] ) && ( [string match \[-._\] $ch2] ) } {
336
                        incr index1
337
                        incr index2
338
                        continue
339
                }
340
 
341
                # There are differences in the characters and they are not interchangeable.
342
                # Just return a standard string comparison.
343
                return [string compare $ch1 $ch2]
344
        }
345
}
346
 
347
# }}}
348
# {{{  Argument parsing
349
 
350
# ----------------------------------------------------------------------------
351
# The argv0 argument should be the name of this script. It can be used
352
# to get at the component repository location. If this script has been
353
# run incorrectly then currently it will fail: in future it may be
354
# desirable to check an environment variable instead.
355
#
356
# The argv argument is a string containing the rest of the arguments.
357
# If any of the arguments contain spaces then this argument will be
358
# surrounded by braces. If any of the arguments contain braces then
359
# things will break.
360
#
361
 
362
proc ecosadmin::parse_arguments { argv0 argv } {
363
 
364
        if { $argv != "" } {
365
 
366
                # There are arguments. If any of the arguments contained
367
                # spaces then these arguments will have been surrounded
368
                # by braces, which is a nuisance. So start by turning the
369
                # arguments into a numerically indexed array.
370
 
371
                set argc 0
372
                array set args { }
373
                foreach arg $argv {
374
                        set args([incr argc]) $arg
375
                }
376
 
377
                # Now examine each argument with regular expressions. It is
378
                # useful to have some variables filled in by the regexp
379
                # matching.
380
                set dummy  ""
381
                set match1 ""
382
                set match2 ""
383
                for { set i 1 } { $i <= $argc } { incr i } {
384
 
385
                        # Check for --list and the other simple ones.
386
                        if { [regexp -- {^-?-?list$} $args($i)] == 1 } {
387
                                set ecosadmin::list_packages_arg 1
388
                                continue
389
                        }
390
 
391
                        # check for --version
392
                        if { [regexp -- {^-?-version=?(.*)$} $args($i) dummy match1] == 1 } {
393
                                if { $match1 != "" } {
394
                                        set ecosadmin::version_arg $match1
395
                                } else {
396
                                        if { $i == $argc } {
397
                                                fatal_error "missing argument after --version"
398
                                        } else {
399
                                                set ecosadmin::version_arg $args([incr i])
400
                                        }
401
                                }
402
                                continue
403
                        }
404
 
405
                        # check for --accept_license
406
                        if { [regexp -- {^-?-accept_license$} $args($i)] == 1 } {
407
                                set ecosadmin::accept_license_arg 1
408
                                continue
409
                        }
410
 
411
                        # check for --extract_license
412
                        if { [regexp -- {^-?-extract_license$} $args($i)] == 1 } {
413
                                set ecosadmin::extract_license_arg 1
414
                                continue
415
                        }
416
 
417
                        # check for the add command
418
                        if { [regexp -- {^-?-?add=?(.*)$} $args($i) dummy match1] == 1 } {
419
                                if { $match1 != "" } {
420
                                        set ecosadmin::add_package $match1
421
                                } else {
422
                                        if { $i == $argc } {
423
                                                fatal_error "missing argument after add"
424
                                        } else {
425
                                                set ecosadmin::add_package $args([incr i])
426
                                        }
427
                                }
428
                                continue
429
                        }
430
 
431
                        # check for the remove command
432
                        if { [regexp -- {^-?-?remove=?(.*)$} $args($i) dummy match1] == 1 } {
433
                                if { $match1 != "" } {
434
                                        set ecosadmin::remove_package $match1
435
                                } else {
436
                                        if { $i == $argc } {
437
                                                fatal_error "missing argument after remove"
438
                                        } else {
439
                                                set ecosadmin::remove_package $args([incr i])
440
                                        }
441
                                }
442
                                continue
443
                        }
444
 
445
                        # Check for --srcdir
446
                        if { [regexp -- {^-?-srcdir=?([ \.\\/:_a-zA-Z0-9-]*)$} $args($i) dummy match1] == 1 } {
447
                                if { $match1 == "" } {
448
                                        if { $i == $argc } {
449
                                                puts "ecosrelease: missing argument after --srcdir"
450
                                                exit 1
451
                                        } else {
452
                                                set match1 $args([incr i])
453
                                        }
454
                                }
455
                                set ecosadmin::component_repository $match1
456
                                continue
457
                        }
458
 
459
                        # An unrecognised argument.
460
                        fatal_error "invalid argument $args($i)"
461
                }
462
        }
463
 
464
        # Convert user-specified UNIX-style Cygwin pathnames to Windows Tcl-style as necessary
465
        set ecosadmin::component_repository [get_pathname_for_tcl $ecosadmin::component_repository]
466
        set ecosadmin::add_package [get_pathname_for_tcl $ecosadmin::add_package]
467
}
468
 
469
#
470
# Display help information if the user has typed --help, -H, --H, or -help.
471
# The help text uses two hyphens for consistency with configure.
472
# Arguably this should change.
473
 
474
proc ecosadmin::argument_help { } {
475
 
476
        puts "Usage: ecosadmin \[ command \]"
477
        puts "  commands are:"
478
        puts "    list                                   : list packages"
479
        puts "    add FILE                               : add packages"
480
        puts "    remove PACKAGE \[ --version VER \]       : remove a package"
481
}
482
 
483
# }}}
484
# {{{  Packages file
485
 
486
proc ecosadmin::read_data { } {
487
 
488
        ASSERT { $ecosadmin::component_repository != "" }
489
 
490
        set ecosadmin::known_packages ""
491
        set ecosadmin::known_targets ""
492
        set ecosadmin::known_templates ""
493
 
494
        # A safe interpreter is used to process the packages file.
495
        # This is somewhat overcautious, but it is also harmless.
496
        # The following two commands are made accessible to the slave
497
        # interpreter and are responsible for updating the actual data.
498
        proc add_known_package { name } {
499
                lappend ::ecosadmin::known_packages $name
500
        }
501
        proc add_known_target { name } {
502
                lappend ::ecosadmin::known_targets $name
503
        }
504
        proc add_known_template { name } {
505
                lappend ::ecosadmin::known_templates $name
506
        }
507
        proc set_package_data { name value } {
508
                set ::ecosadmin::package_data($name) $value
509
        }
510
        proc set_target_data { name value } {
511
                set ::ecosadmin::target_data($name) $value
512
        }
513
        proc set_template_data { name value } {
514
                set ::ecosadmin::template_data($name) $value
515
        }
516
 
517
        # Create the parser, add the aliased commands, and then define
518
        # the routines that do the real work.
519
        set parser [interp create -safe]
520
        $parser alias add_known_package ecosadmin::add_known_package
521
        $parser alias add_known_target ecosadmin::add_known_target
522
        $parser alias add_known_template ecosadmin::add_known_template
523
        $parser alias set_package_data  ecosadmin::set_package_data
524
        $parser alias set_target_data  ecosadmin::set_target_data
525
        $parser alias set_template_data  ecosadmin::set_template_data
526
 
527
        $parser eval {
528
 
529
        set current_package ""
530
        set current_target ""
531
        set current_template ""
532
 
533
        proc package { name body } {
534
                add_known_package $name
535
                set_package_data "$name,alias" ""
536
                set_package_data "$name,versions" ""
537
                set_package_data "$name,dir" ""
538
                set ::current_package $name
539
                eval $body
540
                set ::current_package ""
541
        }
542
 
543
        proc target { name body } {
544
                add_known_target $name
545
                set_target_data "$name,packages" ""
546
                set ::current_target $name
547
                eval $body
548
                set ::current_target ""
549
        }
550
 
551
#if 0
552
        # templates are no longer specified in the package database
553
        proc template { name body } {
554
                add_known_template $name
555
                set_template_data "$name,packages" ""
556
                set ::current_template $name
557
                eval $body
558
                set ::current_template ""
559
        }
560
#endif
561
 
562
        proc packages { str } {
563
                if { $::current_template != "" } {
564
                        set_template_data "$::current_template,packages" $str
565
                } elseif { $::current_target != "" } {
566
                        set_target_data "$::current_target,packages" $str
567
                } else {
568
                        ASSERT 0
569
                }
570
        }
571
 
572
        proc directory { dir } {
573
                set_package_data "$::current_package,dir" $dir
574
        }
575
 
576
        proc alias { str } {
577
                if { $::current_package != "" } {
578
                        set_package_data "$::current_package,alias" $str
579
                }
580
        }
581
 
582
        proc description { str } { }
583
        proc disable { str } { }
584
        proc enable { str } { }
585
        proc hardware { } { }
586
        proc script { str } { }
587
        proc set_value { str1 str2 } { }
588
        }
589
 
590
        # The parser is ready to evaluate the script. To avoid having to give the
591
        # safe interpreter file I/O capabilities, the file is actually read in
592
        # here and then evaluated.
593
        set filename [file join $ecosadmin::component_repository "ecos.db"]
594
        set status [ catch {
595
                set fd [open $filename r]
596
                set script [read $fd]
597
                close $fd
598
                $parser eval $script
599
} message ]
600
 
601
        if { $status != 0 } {
602
                ecosadmin::fatal_error "parsing $filename:\n$message"
603
        }
604
 
605
        # The interpreter and the aliased commands are no longer required.
606
        rename set_package_data {}
607
        rename set_target_data {}
608
        rename set_template_data {}
609
        rename add_known_package {}
610
        interp delete $parser
611
 
612
        # At this stage the packages file has been read in. It is a good idea to
613
        # check that all of these packages are present and correct, and incidentally
614
        # figure out which versions are present.
615
        foreach pkg $ecosadmin::known_packages {
616
 
617
                set pkgdir [file join $ecosadmin::component_repository $ecosadmin::package_data($pkg,dir)]
618
                if { ![file exists $pkgdir] || ![file isdir $pkgdir] } {
619
                        warning "package $pkg at $pkgdir missing"
620
                } else {
621
 
622
                        # Each subdirectory should correspond to a release. A utility routine
623
                        # is available for this.
624
                        set ecosadmin::package_data($pkg,versions) [locate_subdirs $pkgdir]
625
                        if { $ecosadmin::package_data($pkg,versions) == "" } {
626
                            fatal_error "package $pkg has no version directories"
627
                        }
628
                }
629
 
630
                # Sort all the versions using a version-aware comparison version
631
                set ecosadmin::package_data($pkg,versions) [
632
                        lsort -command ecosadmin::cdl_compare_version $ecosadmin::package_data($pkg,versions)
633
                ]
634
        }
635
}
636
 
637
#
638
# Given a package name as supplied by the user, return the internal package name.
639
# This involves searching through the list of aliases.
640
#
641
proc ecosadmin::find_package { name } {
642
 
643
        foreach pkg $ecosadmin::known_packages {
644
                if { [string toupper $pkg] == [string toupper $name] } {
645
                        return $pkg
646
                }
647
 
648
                foreach alias $ecosadmin::package_data($pkg,alias) {
649
                        if { [string toupper $alias] == [string toupper $name] } {
650
                                return $pkg
651
                        }
652
                }
653
        }
654
 
655
        return ""
656
}
657
 
658
# }}}
659
# {{{  Directory and file utilities
660
 
661
# ----------------------------------------------------------------------------
662
# Start with a number of utility routines to access all files in
663
# a directory, stripping out well-known files such as makefile.am.
664
# The routines take an optional pattern argument if only certain
665
# files are of interest.
666
#
667
# Note that symbolic links are returned as well as files.
668
#
669
proc ecosadmin::locate_files { dir { pattern "*"} } {
670
 
671
        ASSERT { $dir != "" }
672
 
673
        # Start by getting a list of all the files.
674
        set filelist [glob -nocomplain -- [file join $dir $pattern]]
675
 
676
        if { $pattern == "*" } {
677
                # For "everything", include ".*" files, but excluding .
678
                # and .. directories
679
                lappend filelist [glob -nocomplain -- [file join $dir ".\[a-zA-Z0-9\]*"]]
680
        }
681
 
682
        # Eliminate the pathnames from all of these files
683
        set filenames ""
684
        foreach file $filelist {
685
                if { [string range $file end end] != "~" } {
686
                        lappend filenames [file tail $file]
687
                }
688
        }
689
 
690
        # Eliminate any subdirectories.
691
        set subdirs ""
692
        foreach name $filenames {
693
                if { [file isdir [file join $dir $name]] } {
694
                        lappend subdirs $name
695
                }
696
        }
697
        foreach subdir $subdirs {
698
                set index [lsearch -exact $filenames $subdir]
699
                set filenames [lreplace $filenames $index $index]
700
        }
701
 
702
        return $filenames
703
}
704
 
705
#
706
# This utility returns all sub-directories, as opposed to all files.
707
# A variant glob pattern is used here. This version is not recursive.
708
proc ecosadmin::locate_subdirs { dir { pattern "*" }} {
709
 
710
        ASSERT { $dir != "" }
711
 
712
        set dirlist [glob -nocomplain -- [file join $dir $pattern "."]]
713
 
714
        # Eliminate the pathnames and the spurious /. at the end of each entry
715
        set dirnames ""
716
        foreach dir $dirlist {
717
                lappend dirnames [file tail [file dirname $dir]]
718
        }
719
 
720
        # Get rid of the CVS directory, if any
721
        if { $ecosadmin::keep_cvs == 0 } {
722
                set index [lsearch -exact $dirnames "CVS"]
723
                if { $index != -1 } {
724
                        set dirnames [lreplace $dirnames $index $index]
725
                }
726
        }
727
 
728
        # That should be it.
729
        return $dirnames
730
}
731
 
732
#
733
# A variant which is recursive. This one does not support a pattern.
734
#
735
proc ecosadmin::locate_all_subdirs { dir } {
736
 
737
        ASSERT { $dir != "" }
738
 
739
        set result ""
740
        foreach subdir [locate_subdirs $dir] {
741
                lappend result $subdir
742
                foreach x [locate_all_subdirs [file join $dir $subdir]] {
743
                        lappend result [file join $subdir $x]
744
                }
745
        }
746
        return $result
747
}
748
 
749
#
750
# This routine returns a list of all the files in a given directory and in
751
# all subdirectories, preserving the subdirectory name.
752
#
753
proc ecosadmin::locate_all_files { dir { pattern "*" } } {
754
 
755
        ASSERT { $dir != "" }
756
 
757
        set files   [locate_files $dir $pattern]
758
        set subdirs [locate_subdirs $dir]
759
 
760
        foreach subdir $subdirs {
761
                set subfiles [locate_all_files [file join $dir $subdir] $pattern]
762
                foreach file $subfiles {
763
                        lappend files [file join $subdir $file]
764
                }
765
        }
766
 
767
        return $files
768
}
769
 
770
#
771
# Sometimes a directory may be empty, or contain just a CVS subdirectory,
772
# in which case there is no point in copying it across.
773
#
774
proc ecosadmin::is_empty_directory { dir } {
775
 
776
        ASSERT { $dir != "" }
777
 
778
        set contents [glob -nocomplain -- [file join $dir "*"]]
779
        if { [llength $contents] == 0 } {
780
                return 1
781
        }
782
        if { ([llength $contents] == 1) && [string match {*CVS} $contents] } {
783
                return 1
784
        }
785
        return 0
786
}
787
 
788
#
789
# ----------------------------------------------------------------------------
790
# Take a cygwin32 filename such as //d/tmp/pkgobj and turn it into something
791
# acceptable to Tcl, i.e. d:/tmp/pkgobj. There are a few other complications...
792
 
793
proc ecosadmin::get_pathname_for_tcl { name } {
794
 
795
        if { ( $ecosadmin::windows_host ) && ( $name != "" ) } {
796
 
797
                # If there is no logical drive letter specified
798
                if { [ string match "?:*" $name ] == 0 } {
799
 
800
                        # Invoke cygpath to resolve the POSIX-style path
801
                        if { [ catch { exec cygpath -w $name } result ] != 0 } {
802
                                fatal_error "processing filepath $name:\n$result"
803
                        }
804
                } else {
805
                        set result $name
806
                }
807
 
808
                # Convert backslashes to forward slashes
809
                regsub -all -- {\\} $result "/" name
810
        }
811
 
812
        return $name
813
}
814
 
815
# ----------------------------------------------------------------------------
816
# Make sure that a newly created or copied file is writable. This operation
817
# is platform-specific. Under Unix at most the current user is given
818
# permission, since there does not seem to be any easy way to get hold
819
# of the real umask.
820
 
821
proc ecosadmin::make_writable { name } {
822
 
823
        ASSERT { $name != "" }
824
        ASSERT { [file isfile $name] }
825
 
826
        if { [file writable $name] == 0 } {
827
                if { $ecosadmin::windows_host != 0 } {
828
                        file attributes $name -readonly 0
829
                } else {
830
                        set mask [file attributes $name -permissions]
831
                        set mask [expr $mask | 0200]
832
                        file attributes $name -permissions $mask
833
                }
834
        }
835
}
836
 
837
# }}}
838
# {{{  main()
839
 
840
#-----------------------------------------------------------------------
841
# Procedure target_requires_missing_package determines whether a
842
# target entry is dependent on missing packages. It is called when
843
# filtering templates out of the database
844
 
845
proc ecosadmin::target_requires_missing_package { target } {
846
        foreach package $ecosadmin::target_data($target,packages) {
847
                if { [ lsearch $ecosadmin::known_packages $package ] == -1 } {
848
                        return 1
849
                }
850
        }
851
        return 0
852
}
853
 
854
#-----------------------------------------------------------------------
855
# Procedure template_requires_missing_package determines whether a
856
# template entry is dependent on missing packages. It is called when
857
# filtering templates out of the database
858
 
859
proc ecosadmin::template_requires_missing_package { template } {
860
        foreach package $ecosadmin::template_data($template,packages) {
861
                if { [ lsearch $ecosadmin::known_packages $package ] == -1 } {
862
                        return 1
863
                }
864
        }
865
        return 0
866
}
867
 
868
#-----------------------------------------------------------------------
869
# Procedure target_requires_any_package determines whether a target entry
870
# is dependent on specified packages. It is called when removing packages
871
# to determine whether a target should also be removed
872
 
873
proc ecosadmin::target_requires_any_package { target packages } {
874
        foreach package $packages {
875
                if { [ lsearch $ecosadmin::target_data($target,packages) $package ] != -1 } {
876
                        return 1
877
                }
878
        }
879
        return 0
880
}
881
 
882
#-----------------------------------------------------------------------
883
# Procedure template_requires_any_package determines whether a template entry
884
# is dependent on specified packages. It is called when removing packages
885
# to determine whether a template should also be removed
886
 
887
proc ecosadmin::template_requires_any_package { template packages } {
888
        foreach package $packages {
889
                if { [ lsearch $ecosadmin::template_data($template,packages) $package ] != -1 } {
890
                        return 1
891
                }
892
        }
893
        return 0
894
}
895
 
896
#-----------------------------------------------------------------------
897
# Procedure merge_new_packages adds any entries in the specified data
898
# file to the eCos repository database iff they are not already present
899
 
900
proc ecosadmin::merge_new_packages { datafile } {
901
 
902
        # open the eCos database file for appending
903
        set ecosfile [ file join $ecosadmin::component_repository "ecos.db" ]
904
        variable outfile [ open $ecosfile a+ ]
905
 
906
        # this procedure is called when the interpreter encounters a
907
        # package command in the datafile
908
        proc merge { command name body } {
909
                ecosadmin::report "adding $command $name"
910
                # append the new package/target/template only if it is not already known
911
                if { ( ( $command == "package" ) && ( [ lsearch -exact $ecosadmin::known_packages $name ] == -1 ) ) ||
912
                        ( ( $command == "target" ) && ( [ lsearch -exact $ecosadmin::known_targets $name ] == -1 ) ) ||
913
                        ( ( $command == "template" ) && ( [ lsearch -exact $ecosadmin::known_templates $name ] == -1 ) ) } {
914
                        puts $ecosadmin::outfile "$command $name {$body}\n"
915
                }
916
        }
917
 
918
        # Create the parser, add the aliased commands, and then define
919
        # the routines that do the real work.
920
        set parser [ interp create -safe ]
921
        $parser alias merge ecosadmin::merge
922
        $parser eval {
923
                proc package { name body } {
924
                        merge "package" $name $body
925
                }
926
 
927
                proc template { name body } {
928
                        merge "template" $name $body
929
                }
930
 
931
                proc target { name body } {
932
                        merge "target" $name $body
933
                }
934
        }
935
 
936
        # The parser is ready to evaluate the script. To avoid having to give the
937
        # safe interpreter file I/O capabilities, the file is actually read in
938
        # here and then evaluated.
939
        set filename [ file join $ecosadmin::component_repository $datafile ]
940
        set status [ catch {
941
                set fd [ open $filename r ]
942
                set script [ read $fd ]
943
                close $fd
944
                $parser eval $script
945
        } message ]
946
 
947
        # The interpreter and the aliased commands are no longer required.
948
        rename merge {}
949
        interp delete $parser
950
 
951
        # close the eCos database file
952
        close $outfile
953
 
954
        # report errors
955
        if { $status != 0 } {
956
                ecosadmin::fatal_error "parsing $filename:\n$message"
957
        }
958
}
959
 
960
#-----------------------------------------------------------------------
961
# Procedure filter_old_packages removes the specified packages/versions
962
# from the eCos repository database. Any targets and templates dependent
963
# on the removed packages are also removed.
964
 
965
proc ecosadmin::filter_old_packages { old_packages } {
966
 
967
        # open the new eCos database file for writing
968
        set ecosfile [ file join $ecosadmin::component_repository "ecos.db.new" ]
969
        variable outfile [ open $ecosfile w ]
970
        variable filter_list $old_packages
971
        variable removed_packages ""
972
 
973
        # this procedure is called when the interpreter encounters a command in the datafile on the first pass
974
        # it generates a list of packages which will be removed on the second pass
975
        proc removelist { command name body } {
976
                if { [ lsearch $ecosadmin::filter_list $name ] != -1 } {
977
                        # the package is in the filter list
978
                        if { ( $ecosadmin::version_arg == "" ) || ( [ llength $ecosadmin::package_data($name,versions) ] == 1 ) } {
979
                                # there is no version argument or only one version so add the package to the remove list
980
                                set ::ecosadmin::removed_packages [ lappend ::ecosadmin::removed_packages $name ]
981
                        }
982
                }
983
        }
984
 
985
        # this procedure is called when the interpreter encounters a command in the datafile on the second pass
986
        proc filter { command name body } {
987
                if { ( $command == "target" ) && ( ( [ target_requires_any_package $name $ecosadmin::removed_packages ] != 0 ) || ( [ target_requires_missing_package $name ] != 0 ) ) } {
988
                        # the target requires a package which has been removed so remove the target
989
                        ecosadmin::report "removing target $name"
990
                } elseif { ( $command == "template" ) && ( ( [ template_requires_any_package $name $ecosadmin::removed_packages ] != 0 ) || ( [ template_requires_missing_package $name ] != 0 ) ) } {
991
                        # the template requires a package which has been removed so remove the template
992
                        ecosadmin::report "removing template $name"
993
                } elseif { [ lsearch $ecosadmin::filter_list $name ] == -1 } {
994
                        # the package is not in the filter list so copy the data to the new database
995
                        puts $ecosadmin::outfile "$command $name {$body}\n"
996
                } else {
997
                        # the package is in the filter list
998
                        set package_dir [ file join $ecosadmin::component_repository $ecosadmin::package_data($name,dir) ]
999
                        if { ( $ecosadmin::version_arg != "" ) && ( [ llength $ecosadmin::package_data($name,versions) ] > 1 ) } {
1000
                                # there are multiple versions and only one version will be removed
1001
                                # so copy the data to the new database and only remove one version directory
1002
                                set package_dir [ file join $package_dir $ecosadmin::version_arg ]
1003
                                ecosadmin::report "removing package $name $ecosadmin::version_arg"
1004
                                puts $ecosadmin::outfile "$command $name {$body}\n"
1005
                        } else {
1006
                                # there is no version argument or only one version so delete the package directory
1007
                                ecosadmin::report "removing package $name"
1008
                        }
1009
                        if { [ catch { file delete -force -- $package_dir } message ] != 0 } {
1010
                                # issue a warning if package deletion failed - this is not fatal
1011
                                ecosadmin::warning $message
1012
                        }
1013
                }
1014
        }
1015
 
1016
        # Create the parser, add the aliased commands, and then define
1017
        # the routines that do the real work.
1018
        set parser [ interp create -safe ]
1019
        $parser eval {
1020
                proc package { name body } {
1021
                        filter "package" $name $body
1022
                }
1023
 
1024
                proc template { name body } {
1025
                        filter "template" $name $body
1026
                }
1027
 
1028
                proc target { name body } {
1029
                        filter "target" $name $body
1030
                }
1031
        }
1032
 
1033
        # The parser is ready to evaluate the script. To avoid having to give the
1034
        # safe interpreter file I/O capabilities, the file is actually read in
1035
        # here and then evaluated.
1036
        set filename [ file join $ecosadmin::component_repository "ecos.db" ]
1037
        set status [ catch {
1038
                set fd [ open $filename r ]
1039
                set script [ read $fd ]
1040
                close $fd
1041
 
1042
                # first pass to generate a list of packages which will be removed
1043
                $parser alias filter ecosadmin::removelist
1044
                $parser eval $script
1045
 
1046
                # second pass to remove the packages, targets and templates
1047
                $parser alias filter ecosadmin::filter
1048
                $parser eval $script
1049
        } message ]
1050
 
1051
        # The interpreter and the aliased commands are no longer required.
1052
        rename filter {}
1053
        interp delete $parser
1054
 
1055
        # close the new eCos database file
1056
        close $outfile
1057
 
1058
        # report errors
1059
        if { $status != 0 } {
1060
                ecosadmin::fatal_error "parsing $filename:\n$message"
1061
        }
1062
 
1063
        # replace the old eCos database file with the new one
1064
        file rename -force $ecosfile $filename
1065
}
1066
 
1067
# ----------------------------------------------------------------------------
1068
# Process_add_packages. This routine is responsible for installing packages
1069
# into the eCos repository using the gzip and tar tools which must be on
1070
# the path
1071
#
1072
 
1073
proc ecosadmin::process_add_package { } {
1074
        ASSERT { $ecosadmin::add_package != "" }
1075
        ASSERT { $ecosadmin::component_repository != "" }
1076
 
1077
        # calculate the absolute path of the specified package archive
1078
        # since we must change directory before extracting files
1079
        # note that we cannot use "tar -C" to avoid changing directory
1080
        # since "tar -C" only accepts relative paths
1081
        set abs_package [ file join [ pwd ] $ecosadmin::add_package ]
1082
        set datafile "pkgadd.db"
1083
        set licensefile "pkgadd.txt"
1084
        set logfile "pkgadd.log"
1085
        cd $ecosadmin::component_repository
1086
 
1087
        # check for --extract_license on command line
1088
        if { $ecosadmin::extract_license_arg == 1 } {
1089
                # extract the license file (if any) from the specified gzipped tar archive
1090
                file delete $licensefile
1091
                catch { exec > $ecosadmin::null_device gzip -d < $abs_package | tar xf - $licensefile }
1092
                return
1093
        }
1094
 
1095
        # extract the package data file from the specified gzipped tar archive
1096
        if { [ catch { exec > $ecosadmin::null_device gzip -d < $abs_package | tar xf - $datafile } message ] != 0 } {
1097
                fatal_error "extracting $datafile:\n$message"
1098
        }
1099
 
1100
        # obtain license acceptance
1101
        if { [ ecosadmin::accept_license $abs_package $licensefile ] != "y" } {
1102
                file delete $datafile
1103
                file delete $licensefile
1104
                fatal_error "license agreement not accepted"
1105
        }
1106
 
1107
        # extract the remaining package contents and generate a list of extracted files
1108
        if { [ catch { exec gzip -d < $abs_package | tar xvf - > $logfile } message ] != 0 } {
1109
                file delete $logfile
1110
                fatal_error "extracting files:\n$message"
1111
        }
1112
 
1113
        # read the list of extracted files from the log file
1114
        set fd [ open $logfile r ]
1115
        set message [ read $fd ]
1116
        close $fd
1117
        file delete $logfile
1118
 
1119
        # convert extracted text files to use the line-ending convention of the host
1120
        set filelist [ split $message "\n" ]
1121
        set binary_extension ".bin"
1122
        foreach filename $filelist {
1123
                if { [ file isfile $filename ] != 0 } {
1124
                        if { [ file extension $filename ] == $binary_extension } {
1125
                                # a binary file - so remove the binary extension
1126
                                file rename -force -- $filename [ file rootname $filename ]
1127
                        } else {
1128
                                # a text file - so convert file to use native line-endings
1129
                                # read in the file (line-ending conversion is implicit)
1130
                                set fd [ open $filename "r" ]
1131
                                set filetext [ read $fd ]
1132
                                close $fd
1133
 
1134
                                # write the file out again
1135
                                set fd [ open $filename "w" ]
1136
                                puts -nonewline $fd $filetext
1137
                                close $fd
1138
                        }
1139
                }
1140
        }
1141
 
1142
        # merge the new package information into the eCos database file as necessary
1143
        ecosadmin::merge_new_packages $datafile
1144
 
1145
        # delete the database and license files
1146
        file delete $datafile
1147
        file delete $licensefile
1148
 
1149
        # read the revised database back in and remove any
1150
        # targets and templates with missing packages
1151
        read_data
1152
        filter_old_packages ""
1153
}
1154
 
1155
# ----------------------------------------------------------------------------
1156
# Process_remove_package. This routine is responsible for uninstalling a
1157
# package from the eCos repository
1158
#
1159
 
1160
proc ecosadmin::process_remove_package { } {
1161
        ASSERT { $ecosadmin::remove_package != "" }
1162
 
1163
        # get the formal package name
1164
        set package_name [ ecosadmin::find_package $ecosadmin::remove_package ]
1165
        if { $package_name == "" } {
1166
                # package not found
1167
                fatal_error "package not found"
1168
        } elseif { $ecosadmin::version_arg == "" } {
1169
                # version not specified
1170
#               if { [ llength $ecosadmin::package_data($package_name,versions) ] > 1 } {
1171
#                       fatal_error "multiple versions, use --version"
1172
#               }
1173
        } elseif { [ lsearch $ecosadmin::package_data($package_name,versions) $ecosadmin::version_arg ] == -1 } {
1174
                # specified version not found
1175
                fatal_error "version not found"
1176
        }
1177
 
1178
        # filter out the old package from the eCos database file
1179
        filter_old_packages $package_name
1180
}
1181
 
1182
# ----------------------------------------------------------------------------
1183
# Accept_license. This routine is responsible for displaying the package
1184
# license and obtaining user acceptance. It returns "y" if the license is
1185
# accepted.
1186
#
1187
 
1188
proc ecosadmin::accept_license { archivename filename } {
1189
        ASSERT { $ecosadmin::add_package != "" }
1190
 
1191
        # check for --accept_license on command line
1192
        if { $ecosadmin::accept_license_arg == 1 } {
1193
                # --accept_license specified so do not prompt for acceptance
1194
                return "y"
1195
        }
1196
 
1197
        # extract the specified license file from the specified gzipped tar archive
1198
        if { [ catch { exec > $ecosadmin::null_device gzip -d < $archivename | tar xf - $filename } message ] != 0 } {
1199
                # no license file
1200
                return "y"
1201
        }
1202
 
1203
        # read in the file and output to the user
1204
        set fd [ open $filename "r" ]
1205
        set filetext [ read $fd ]
1206
        close $fd
1207
        puts $filetext
1208
 
1209
        # prompt for acceptance
1210
        puts -nonewline "Do you accept all the terms of the preceding license agreement? (y/n) "
1211
        flush "stdout"
1212
        gets "stdin" response
1213
 
1214
        # return the first character of the response in lowercase
1215
        return [ string tolower [ string index $response 0 ] ]
1216
}
1217
 
1218
# ----------------------------------------------------------------------------
1219
# Main(). This code only runs if the script is being run stand-alone rather
1220
# than as part of a larger application. The controlling predicate is the
1221
# existence of the variable ecosadmin_not_standalone which can be set by
1222
# the containing program if any.
1223
#
1224
 
1225
if { ! [info exists ecosadmin_not_standalone] } {
1226
 
1227
        # Decide where warnings and fatal errors should go.
1228
        ecosadmin::initialise_error_handling
1229
 
1230
        # First, check for --help or any of the variants. If this script
1231
        # is running in a larger program then it is assumed that the
1232
        # containing program will not pass --help as an argument.
1233
        if { ( $argv == "--help" ) || ( $argv == "-help" ) ||
1234
             ( $argv == "--H"    ) || ( $argv == "-H" ) || ($argv == "" ) } {
1235
 
1236
                ecosadmin::argument_help
1237
                return
1238
        }
1239
 
1240
        # catch any errors while processing the specified command
1241
        if { [ catch {
1242
 
1243
                # Parse the arguments and set the global variables appropriately.
1244
                ecosadmin::parse_arguments $argv0 $argv
1245
 
1246
                # Read in the eCos repository database.
1247
                ecosadmin::read_data
1248
 
1249
                # Process the ecosadmin command
1250
                if { $ecosadmin::list_packages_arg != 0 } {
1251
                        foreach pkg $ecosadmin::known_packages {
1252
                                ecosadmin::report "$pkg: $ecosadmin::package_data($pkg,versions)"
1253
                        }
1254
                } elseif { $ecosadmin::add_package != "" } {
1255
                        ecosadmin::process_add_package
1256
                } elseif { $ecosadmin::remove_package != "" } {
1257
                        ecosadmin::process_remove_package
1258
                }
1259
 
1260
        } error_message ] != 0 } {
1261
 
1262
                # handle error message
1263
                if { [ info exists gui_mode ] } {
1264
                        return $error_message
1265
                }
1266
                puts "ecosadmin error: $error_message"
1267
        }
1268
        return
1269
}
1270
 
1271
# }}}

powered by: WebSVN 2.1.0

© copyright 1999-2024 OpenCores.org, equivalent to Oliscience, all rights reserved. OpenCores®, registered trademark.