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changegroup: restore default node ordering (issue6001)...
Boris Feld -
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1 1 # storageutil.py - Storage functionality agnostic of backend implementation.
2 2 #
3 3 # Copyright 2018 Gregory Szorc <gregory.szorc@gmail.com>
4 4 #
5 5 # This software may be used and distributed according to the terms of the
6 6 # GNU General Public License version 2 or any later version.
7 7
8 8 from __future__ import absolute_import
9 9
10 10 import hashlib
11 11 import re
12 12 import struct
13 13
14 14 from ..i18n import _
15 15 from ..node import (
16 16 bin,
17 17 nullid,
18 18 nullrev,
19 19 )
20 20 from .. import (
21 21 dagop,
22 22 error,
23 23 mdiff,
24 24 pycompat,
25 25 )
26 26
27 27 _nullhash = hashlib.sha1(nullid)
28 28
29 29 def hashrevisionsha1(text, p1, p2):
30 30 """Compute the SHA-1 for revision data and its parents.
31 31
32 32 This hash combines both the current file contents and its history
33 33 in a manner that makes it easy to distinguish nodes with the same
34 34 content in the revision graph.
35 35 """
36 36 # As of now, if one of the parent node is null, p2 is null
37 37 if p2 == nullid:
38 38 # deep copy of a hash is faster than creating one
39 39 s = _nullhash.copy()
40 40 s.update(p1)
41 41 else:
42 42 # none of the parent nodes are nullid
43 43 if p1 < p2:
44 44 a = p1
45 45 b = p2
46 46 else:
47 47 a = p2
48 48 b = p1
49 49 s = hashlib.sha1(a)
50 50 s.update(b)
51 51 s.update(text)
52 52 return s.digest()
53 53
54 54 METADATA_RE = re.compile(b'\x01\n')
55 55
56 56 def parsemeta(text):
57 57 """Parse metadata header from revision data.
58 58
59 59 Returns a 2-tuple of (metadata, offset), where both can be None if there
60 60 is no metadata.
61 61 """
62 62 # text can be buffer, so we can't use .startswith or .index
63 63 if text[:2] != b'\x01\n':
64 64 return None, None
65 65 s = METADATA_RE.search(text, 2).start()
66 66 mtext = text[2:s]
67 67 meta = {}
68 68 for l in mtext.splitlines():
69 69 k, v = l.split(b': ', 1)
70 70 meta[k] = v
71 71 return meta, s + 2
72 72
73 73 def packmeta(meta, text):
74 74 """Add metadata to fulltext to produce revision text."""
75 75 keys = sorted(meta)
76 76 metatext = b''.join(b'%s: %s\n' % (k, meta[k]) for k in keys)
77 77 return b'\x01\n%s\x01\n%s' % (metatext, text)
78 78
79 79 def iscensoredtext(text):
80 80 meta = parsemeta(text)[0]
81 81 return meta and b'censored' in meta
82 82
83 83 def filtermetadata(text):
84 84 """Extract just the revision data from source text.
85 85
86 86 Returns ``text`` unless it has a metadata header, in which case we return
87 87 a new buffer without hte metadata.
88 88 """
89 89 if not text.startswith(b'\x01\n'):
90 90 return text
91 91
92 92 offset = text.index(b'\x01\n', 2)
93 93 return text[offset + 2:]
94 94
95 95 def filerevisioncopied(store, node):
96 96 """Resolve file revision copy metadata.
97 97
98 98 Returns ``False`` if the file has no copy metadata. Otherwise a
99 99 2-tuple of the source filename and node.
100 100 """
101 101 if store.parents(node)[0] != nullid:
102 102 return False
103 103
104 104 meta = parsemeta(store.revision(node))[0]
105 105
106 106 # copy and copyrev occur in pairs. In rare cases due to old bugs,
107 107 # one can occur without the other. So ensure both are present to flag
108 108 # as a copy.
109 109 if meta and b'copy' in meta and b'copyrev' in meta:
110 110 return meta[b'copy'], bin(meta[b'copyrev'])
111 111
112 112 return False
113 113
114 114 def filedataequivalent(store, node, filedata):
115 115 """Determines whether file data is equivalent to a stored node.
116 116
117 117 Returns True if the passed file data would hash to the same value
118 118 as a stored revision and False otherwise.
119 119
120 120 When a stored revision is censored, filedata must be empty to have
121 121 equivalence.
122 122
123 123 When a stored revision has copy metadata, it is ignored as part
124 124 of the compare.
125 125 """
126 126
127 127 if filedata.startswith(b'\x01\n'):
128 128 revisiontext = b'\x01\n\x01\n' + filedata
129 129 else:
130 130 revisiontext = filedata
131 131
132 132 p1, p2 = store.parents(node)
133 133
134 134 computednode = hashrevisionsha1(revisiontext, p1, p2)
135 135
136 136 if computednode == node:
137 137 return True
138 138
139 139 # Censored files compare against the empty file.
140 140 if store.iscensored(store.rev(node)):
141 141 return filedata == b''
142 142
143 143 # Renaming a file produces a different hash, even if the data
144 144 # remains unchanged. Check if that's the case.
145 145 if store.renamed(node):
146 146 return store.read(node) == filedata
147 147
148 148 return False
149 149
150 150 def iterrevs(storelen, start=0, stop=None):
151 151 """Iterate over revision numbers in a store."""
152 152 step = 1
153 153
154 154 if stop is not None:
155 155 if start > stop:
156 156 step = -1
157 157 stop += step
158 158 if stop > storelen:
159 159 stop = storelen
160 160 else:
161 161 stop = storelen
162 162
163 163 return pycompat.xrange(start, stop, step)
164 164
165 165 def fileidlookup(store, fileid, identifier):
166 166 """Resolve the file node for a value.
167 167
168 168 ``store`` is an object implementing the ``ifileindex`` interface.
169 169
170 170 ``fileid`` can be:
171 171
172 172 * A 20 byte binary node.
173 173 * An integer revision number
174 174 * A 40 byte hex node.
175 175 * A bytes that can be parsed as an integer representing a revision number.
176 176
177 177 ``identifier`` is used to populate ``error.LookupError`` with an identifier
178 178 for the store.
179 179
180 180 Raises ``error.LookupError`` on failure.
181 181 """
182 182 if isinstance(fileid, int):
183 183 try:
184 184 return store.node(fileid)
185 185 except IndexError:
186 186 raise error.LookupError('%d' % fileid, identifier,
187 187 _('no match found'))
188 188
189 189 if len(fileid) == 20:
190 190 try:
191 191 store.rev(fileid)
192 192 return fileid
193 193 except error.LookupError:
194 194 pass
195 195
196 196 if len(fileid) == 40:
197 197 try:
198 198 rawnode = bin(fileid)
199 199 store.rev(rawnode)
200 200 return rawnode
201 201 except TypeError:
202 202 pass
203 203
204 204 try:
205 205 rev = int(fileid)
206 206
207 207 if b'%d' % rev != fileid:
208 208 raise ValueError
209 209
210 210 try:
211 211 return store.node(rev)
212 212 except (IndexError, TypeError):
213 213 pass
214 214 except (ValueError, OverflowError):
215 215 pass
216 216
217 217 raise error.LookupError(fileid, identifier, _('no match found'))
218 218
219 219 def resolvestripinfo(minlinkrev, tiprev, headrevs, linkrevfn, parentrevsfn):
220 220 """Resolve information needed to strip revisions.
221 221
222 222 Finds the minimum revision number that must be stripped in order to
223 223 strip ``minlinkrev``.
224 224
225 225 Returns a 2-tuple of the minimum revision number to do that and a set
226 226 of all revision numbers that have linkrevs that would be broken
227 227 by that strip.
228 228
229 229 ``tiprev`` is the current tip-most revision. It is ``len(store) - 1``.
230 230 ``headrevs`` is an iterable of head revisions.
231 231 ``linkrevfn`` is a callable that receives a revision and returns a linked
232 232 revision.
233 233 ``parentrevsfn`` is a callable that receives a revision number and returns
234 234 an iterable of its parent revision numbers.
235 235 """
236 236 brokenrevs = set()
237 237 strippoint = tiprev + 1
238 238
239 239 heads = {}
240 240 futurelargelinkrevs = set()
241 241 for head in headrevs:
242 242 headlinkrev = linkrevfn(head)
243 243 heads[head] = headlinkrev
244 244 if headlinkrev >= minlinkrev:
245 245 futurelargelinkrevs.add(headlinkrev)
246 246
247 247 # This algorithm involves walking down the rev graph, starting at the
248 248 # heads. Since the revs are topologically sorted according to linkrev,
249 249 # once all head linkrevs are below the minlink, we know there are
250 250 # no more revs that could have a linkrev greater than minlink.
251 251 # So we can stop walking.
252 252 while futurelargelinkrevs:
253 253 strippoint -= 1
254 254 linkrev = heads.pop(strippoint)
255 255
256 256 if linkrev < minlinkrev:
257 257 brokenrevs.add(strippoint)
258 258 else:
259 259 futurelargelinkrevs.remove(linkrev)
260 260
261 261 for p in parentrevsfn(strippoint):
262 262 if p != nullrev:
263 263 plinkrev = linkrevfn(p)
264 264 heads[p] = plinkrev
265 265 if plinkrev >= minlinkrev:
266 266 futurelargelinkrevs.add(plinkrev)
267 267
268 268 return strippoint, brokenrevs
269 269
270 270 def emitrevisions(store, nodes, nodesorder, resultcls, deltaparentfn=None,
271 271 candeltafn=None, rawsizefn=None, revdifffn=None, flagsfn=None,
272 272 sendfulltext=False,
273 273 revisiondata=False, assumehaveparentrevisions=False,
274 274 deltaprevious=False):
275 275 """Generic implementation of ifiledata.emitrevisions().
276 276
277 277 Emitting revision data is subtly complex. This function attempts to
278 278 encapsulate all the logic for doing so in a backend-agnostic way.
279 279
280 280 ``store``
281 281 Object conforming to ``ifilestorage`` interface.
282 282
283 283 ``nodes``
284 284 List of revision nodes whose data to emit.
285 285
286 286 ``resultcls``
287 287 A type implementing the ``irevisiondelta`` interface that will be
288 288 constructed and returned.
289 289
290 290 ``deltaparentfn`` (optional)
291 291 Callable receiving a revision number and returning the revision number
292 292 of a revision that the internal delta is stored against. This delta
293 293 will be preferred over computing a new arbitrary delta.
294 294
295 295 If not defined, a delta will always be computed from raw revision
296 296 data.
297 297
298 298 ``candeltafn`` (optional)
299 299 Callable receiving a pair of revision numbers that returns a bool
300 300 indicating whether a delta between them can be produced.
301 301
302 302 If not defined, it is assumed that any two revisions can delta with
303 303 each other.
304 304
305 305 ``rawsizefn`` (optional)
306 306 Callable receiving a revision number and returning the length of the
307 307 ``store.revision(rev, raw=True)``.
308 308
309 309 If not defined, ``len(store.revision(rev, raw=True))`` will be called.
310 310
311 311 ``revdifffn`` (optional)
312 312 Callable receiving a pair of revision numbers that returns a delta
313 313 between them.
314 314
315 315 If not defined, a delta will be computed by invoking mdiff code
316 316 on ``store.revision()`` results.
317 317
318 318 Defining this function allows a precomputed or stored delta to be
319 319 used without having to compute on.
320 320
321 321 ``flagsfn`` (optional)
322 322 Callable receiving a revision number and returns the integer flags
323 323 value for it. If not defined, flags value will be 0.
324 324
325 325 ``sendfulltext``
326 326 Whether to send fulltext revisions instead of deltas, if allowed.
327 327
328 328 ``nodesorder``
329 329 ``revisiondata``
330 330 ``assumehaveparentrevisions``
331 331 ``deltaprevious``
332 332 See ``ifiledata.emitrevisions()`` interface documentation.
333 333 """
334 334
335 335 fnode = store.node
336 336 frev = store.rev
337 337
338 338 if nodesorder == 'nodes':
339 339 revs = [frev(n) for n in nodes]
340 elif nodesorder == 'storage':
341 revs = sorted(frev(n) for n in nodes)
342 else:
340 elif nodesorder == 'linear':
343 341 revs = set(frev(n) for n in nodes)
344 342 revs = dagop.linearize(revs, store.parentrevs)
343 else: # storage and default
344 revs = sorted(frev(n) for n in nodes)
345 345
346 346 prevrev = None
347 347
348 348 if deltaprevious or assumehaveparentrevisions:
349 349 prevrev = store.parentrevs(revs[0])[0]
350 350
351 351 # Set of revs available to delta against.
352 352 available = set()
353 353
354 354 for rev in revs:
355 355 if rev == nullrev:
356 356 continue
357 357
358 358 node = fnode(rev)
359 359 p1rev, p2rev = store.parentrevs(rev)
360 360
361 361 if deltaparentfn:
362 362 deltaparentrev = deltaparentfn(rev)
363 363 else:
364 364 deltaparentrev = nullrev
365 365
366 366 # Forced delta against previous mode.
367 367 if deltaprevious:
368 368 baserev = prevrev
369 369
370 370 # We're instructed to send fulltext. Honor that.
371 371 elif sendfulltext:
372 372 baserev = nullrev
373 373
374 374 # There is a delta in storage. We try to use that because it
375 375 # amounts to effectively copying data from storage and is
376 376 # therefore the fastest.
377 377 elif deltaparentrev != nullrev:
378 378 # Base revision was already emitted in this group. We can
379 379 # always safely use the delta.
380 380 if deltaparentrev in available:
381 381 baserev = deltaparentrev
382 382
383 383 # Base revision is a parent that hasn't been emitted already.
384 384 # Use it if we can assume the receiver has the parent revision.
385 385 elif (assumehaveparentrevisions
386 386 and deltaparentrev in (p1rev, p2rev)):
387 387 baserev = deltaparentrev
388 388
389 389 # No guarantee the receiver has the delta parent. Send delta
390 390 # against last revision (if possible), which in the common case
391 391 # should be similar enough to this revision that the delta is
392 392 # reasonable.
393 393 elif prevrev is not None:
394 394 baserev = prevrev
395 395 else:
396 396 baserev = nullrev
397 397
398 398 # Storage has a fulltext revision.
399 399
400 400 # Let's use the previous revision, which is as good a guess as any.
401 401 # There is definitely room to improve this logic.
402 402 elif prevrev is not None:
403 403 baserev = prevrev
404 404 else:
405 405 baserev = nullrev
406 406
407 407 # But we can't actually use our chosen delta base for whatever
408 408 # reason. Reset to fulltext.
409 409 if baserev != nullrev and (candeltafn and not candeltafn(baserev, rev)):
410 410 baserev = nullrev
411 411
412 412 revision = None
413 413 delta = None
414 414 baserevisionsize = None
415 415
416 416 if revisiondata:
417 417 if store.iscensored(baserev) or store.iscensored(rev):
418 418 try:
419 419 revision = store.revision(node, raw=True)
420 420 except error.CensoredNodeError as e:
421 421 revision = e.tombstone
422 422
423 423 if baserev != nullrev:
424 424 if rawsizefn:
425 425 baserevisionsize = rawsizefn(baserev)
426 426 else:
427 427 baserevisionsize = len(store.revision(baserev,
428 428 raw=True))
429 429
430 430 elif baserev == nullrev and not deltaprevious:
431 431 revision = store.revision(node, raw=True)
432 432 available.add(rev)
433 433 else:
434 434 if revdifffn:
435 435 delta = revdifffn(baserev, rev)
436 436 else:
437 437 delta = mdiff.textdiff(store.revision(baserev, raw=True),
438 438 store.revision(rev, raw=True))
439 439
440 440 available.add(rev)
441 441
442 442 yield resultcls(
443 443 node=node,
444 444 p1node=fnode(p1rev),
445 445 p2node=fnode(p2rev),
446 446 basenode=fnode(baserev),
447 447 flags=flagsfn(rev) if flagsfn else 0,
448 448 baserevisionsize=baserevisionsize,
449 449 revision=revision,
450 450 delta=delta)
451 451
452 452 prevrev = rev
453 453
454 454 def deltaiscensored(delta, baserev, baselenfn):
455 455 """Determine if a delta represents censored revision data.
456 456
457 457 ``baserev`` is the base revision this delta is encoded against.
458 458 ``baselenfn`` is a callable receiving a revision number that resolves the
459 459 length of the revision fulltext.
460 460
461 461 Returns a bool indicating if the result of the delta represents a censored
462 462 revision.
463 463 """
464 464 # Fragile heuristic: unless new file meta keys are added alphabetically
465 465 # preceding "censored", all censored revisions are prefixed by
466 466 # "\1\ncensored:". A delta producing such a censored revision must be a
467 467 # full-replacement delta, so we inspect the first and only patch in the
468 468 # delta for this prefix.
469 469 hlen = struct.calcsize(">lll")
470 470 if len(delta) <= hlen:
471 471 return False
472 472
473 473 oldlen = baselenfn(baserev)
474 474 newlen = len(delta) - hlen
475 475 if delta[:hlen] != mdiff.replacediffheader(oldlen, newlen):
476 476 return False
477 477
478 478 add = "\1\ncensored:"
479 479 addlen = len(add)
480 480 return newlen >= addlen and delta[hlen:hlen + addlen] == add
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@@ -1,402 +1,402 b''
1 1 #require no-reposimplestore
2 2
3 3 Check whether size of generaldelta revlog is not bigger than its
4 4 regular equivalent. Test would fail if generaldelta was naive
5 5 implementation of parentdelta: third manifest revision would be fully
6 6 inserted due to big distance from its paren revision (zero).
7 7
8 8 $ hg init repo --config format.generaldelta=no --config format.usegeneraldelta=no
9 9 $ cd repo
10 10 $ echo foo > foo
11 11 $ echo bar > bar
12 12 $ echo baz > baz
13 13 $ hg commit -q -Am boo
14 14 $ hg clone --pull . ../gdrepo -q --config format.generaldelta=yes
15 15 $ for r in 1 2 3; do
16 16 > echo $r > foo
17 17 > hg commit -q -m $r
18 18 > hg up -q -r 0
19 19 > hg pull . -q -r $r -R ../gdrepo
20 20 > done
21 21
22 22 $ cd ..
23 23 >>> from __future__ import print_function
24 24 >>> import os
25 25 >>> regsize = os.stat("repo/.hg/store/00manifest.i").st_size
26 26 >>> gdsize = os.stat("gdrepo/.hg/store/00manifest.i").st_size
27 27 >>> if regsize < gdsize:
28 28 ... print('generaldata increased size of manifest')
29 29
30 30 Verify rev reordering doesnt create invalid bundles (issue4462)
31 31 This requires a commit tree that when pulled will reorder manifest revs such
32 32 that the second manifest to create a file rev will be ordered before the first
33 33 manifest to create that file rev. We also need to do a partial pull to ensure
34 34 reordering happens. At the end we verify the linkrev points at the earliest
35 35 commit.
36 36
37 37 $ hg init server --config format.generaldelta=True
38 38 $ cd server
39 39 $ touch a
40 40 $ hg commit -Aqm a
41 41 $ echo x > x
42 42 $ echo y > y
43 43 $ hg commit -Aqm xy
44 44 $ hg up -q '.^'
45 45 $ echo x > x
46 46 $ echo z > z
47 47 $ hg commit -Aqm xz
48 48 $ hg up -q 1
49 49 $ echo b > b
50 50 $ hg commit -Aqm b
51 51 $ hg merge -q 2
52 52 $ hg commit -Aqm merge
53 53 $ echo c > c
54 54 $ hg commit -Aqm c
55 55 $ hg log -G -T '{rev} {shortest(node)} {desc}'
56 56 @ 5 ebb8 c
57 57 |
58 58 o 4 baf7 merge
59 59 |\
60 60 | o 3 a129 b
61 61 | |
62 62 o | 2 958c xz
63 63 | |
64 64 | o 1 f00c xy
65 65 |/
66 66 o 0 3903 a
67 67
68 68 $ cd ..
69 69 $ hg init client --config format.generaldelta=false --config format.usegeneraldelta=false
70 70 $ cd client
71 71 $ hg pull -q ../server -r 4
72 72 $ hg debugdeltachain x
73 73 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
74 74 0 1 1 -1 base 3 2 3 1.50000 3 0 0.00000
75 75
76 76 $ cd ..
77 77
78 78 Test "usegeneraldelta" config
79 79 (repo are general delta, but incoming bundle are not re-deltafied)
80 80
81 81 delta coming from the server base delta server are not recompressed.
82 82 (also include the aggressive version for comparison)
83 83
84 84 $ hg clone repo --pull --config format.usegeneraldelta=1 usegd
85 85 requesting all changes
86 86 adding changesets
87 87 adding manifests
88 88 adding file changes
89 89 added 4 changesets with 6 changes to 3 files (+2 heads)
90 90 new changesets 0ea3fcf9d01d:bba78d330d9c
91 91 updating to branch default
92 92 3 files updated, 0 files merged, 0 files removed, 0 files unresolved
93 93 $ hg clone repo --pull --config format.generaldelta=1 full
94 94 requesting all changes
95 95 adding changesets
96 96 adding manifests
97 97 adding file changes
98 98 added 4 changesets with 6 changes to 3 files (+2 heads)
99 99 new changesets 0ea3fcf9d01d:bba78d330d9c
100 100 updating to branch default
101 101 3 files updated, 0 files merged, 0 files removed, 0 files unresolved
102 102 $ hg -R repo debugdeltachain -m
103 103 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
104 104 0 1 1 -1 base 104 135 104 0.77037 104 0 0.00000
105 105 1 1 2 0 prev 57 135 161 1.19259 161 0 0.00000
106 106 2 1 3 1 prev 57 135 218 1.61481 218 0 0.00000
107 107 3 2 1 -1 base 104 135 104 0.77037 104 0 0.00000
108 108 $ hg -R usegd debugdeltachain -m
109 109 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
110 110 0 1 1 -1 base 104 135 104 0.77037 104 0 0.00000
111 111 1 1 2 0 p1 57 135 161 1.19259 161 0 0.00000
112 112 2 1 3 1 prev 57 135 218 1.61481 218 0 0.00000
113 113 3 1 2 0 p1 57 135 161 1.19259 275 114 0.70807
114 114 $ hg -R full debugdeltachain -m
115 115 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
116 116 0 1 1 -1 base 104 135 104 0.77037 104 0 0.00000
117 117 1 1 2 0 p1 57 135 161 1.19259 161 0 0.00000
118 118 2 1 2 0 p1 57 135 161 1.19259 218 57 0.35404
119 119 3 1 2 0 p1 57 135 161 1.19259 275 114 0.70807
120 120
121 121 Test revlog.optimize-delta-parent-choice
122 122
123 123 $ hg init --config format.generaldelta=1 aggressive
124 124 $ cd aggressive
125 125 $ cat << EOF >> .hg/hgrc
126 126 > [format]
127 127 > generaldelta = 1
128 128 > EOF
129 129 $ touch a b c d e
130 130 $ hg commit -Aqm side1
131 131 $ hg up -q null
132 132 $ touch x y
133 133 $ hg commit -Aqm side2
134 134
135 135 - Verify non-aggressive merge uses p1 (commit 1) as delta parent
136 136 $ hg merge -q 0
137 137 $ hg commit -q -m merge
138 138 $ hg debugdeltachain -m
139 139 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
140 140 0 1 1 -1 base 59 215 59 0.27442 59 0 0.00000
141 141 1 1 2 0 prev 61 86 120 1.39535 120 0 0.00000
142 142 2 1 2 0 p2 62 301 121 0.40199 182 61 0.50413
143 143
144 144 $ hg strip -q -r . --config extensions.strip=
145 145
146 146 - Verify aggressive merge uses p2 (commit 0) as delta parent
147 147 $ hg up -q -C 1
148 148 $ hg merge -q 0
149 149 $ hg commit -q -m merge --config storage.revlog.optimize-delta-parent-choice=yes
150 150 $ hg debugdeltachain -m
151 151 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
152 152 0 1 1 -1 base 59 215 59 0.27442 59 0 0.00000
153 153 1 1 2 0 prev 61 86 120 1.39535 120 0 0.00000
154 154 2 1 2 0 p2 62 301 121 0.40199 182 61 0.50413
155 155
156 156 Test that strip bundle use bundle2
157 157 $ hg --config extensions.strip= strip .
158 158 0 files updated, 0 files merged, 5 files removed, 0 files unresolved
159 159 saved backup bundle to $TESTTMP/aggressive/.hg/strip-backup/1c5d4dc9a8b8-6c68e60c-backup.hg
160 160 $ hg debugbundle .hg/strip-backup/*
161 161 Stream params: {Compression: BZ}
162 162 changegroup -- {nbchanges: 1, version: 02} (mandatory: True)
163 163 1c5d4dc9a8b8d6e1750966d343e94db665e7a1e9
164 164 cache:rev-branch-cache -- {} (mandatory: False)
165 165 phase-heads -- {} (mandatory: True)
166 166 1c5d4dc9a8b8d6e1750966d343e94db665e7a1e9 draft
167 167
168 168 $ cd ..
169 169
170 170 test maxdeltachainspan
171 171
172 172 $ hg init source-repo
173 173 $ cd source-repo
174 174 $ hg debugbuilddag --new-file '.+5:brancha$.+11:branchb$.+30:branchc<brancha+2<branchb+2'
175 175 # add an empty revision somewhere
176 176 $ hg up tip
177 177 14 files updated, 0 files merged, 0 files removed, 0 files unresolved
178 178 $ hg rm .
179 179 removing nf10
180 180 removing nf11
181 181 removing nf12
182 182 removing nf13
183 183 removing nf14
184 184 removing nf15
185 185 removing nf16
186 186 removing nf17
187 187 removing nf51
188 188 removing nf52
189 189 removing nf6
190 190 removing nf7
191 191 removing nf8
192 192 removing nf9
193 193 $ hg commit -m 'empty all'
194 194 $ hg revert --all --rev 'p1(.)'
195 195 adding nf10
196 196 adding nf11
197 197 adding nf12
198 198 adding nf13
199 199 adding nf14
200 200 adding nf15
201 201 adding nf16
202 202 adding nf17
203 203 adding nf51
204 204 adding nf52
205 205 adding nf6
206 206 adding nf7
207 207 adding nf8
208 208 adding nf9
209 209 $ hg commit -m 'restore all'
210 210 $ hg up null
211 211 0 files updated, 0 files merged, 14 files removed, 0 files unresolved
212 212 $
213 213 $ cd ..
214 214 $ hg -R source-repo debugdeltachain -m
215 215 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
216 216 0 1 1 -1 base 46 45 46 1.02222 46 0 0.00000
217 217 1 1 2 0 p1 57 90 103 1.14444 103 0 0.00000
218 218 2 1 3 1 p1 57 135 160 1.18519 160 0 0.00000
219 219 3 1 4 2 p1 57 180 217 1.20556 217 0 0.00000
220 220 4 1 5 3 p1 57 225 274 1.21778 274 0 0.00000
221 221 5 1 6 4 p1 57 270 331 1.22593 331 0 0.00000
222 222 6 2 1 -1 base 46 45 46 1.02222 46 0 0.00000
223 223 7 2 2 6 p1 57 90 103 1.14444 103 0 0.00000
224 224 8 2 3 7 p1 57 135 160 1.18519 160 0 0.00000
225 225 9 2 4 8 p1 57 180 217 1.20556 217 0 0.00000
226 226 10 2 5 9 p1 58 226 275 1.21681 275 0 0.00000
227 227 11 2 6 10 p1 58 272 333 1.22426 333 0 0.00000
228 228 12 2 7 11 p1 58 318 391 1.22956 391 0 0.00000
229 229 13 2 8 12 p1 58 364 449 1.23352 449 0 0.00000
230 230 14 2 9 13 p1 58 410 507 1.23659 507 0 0.00000
231 231 15 2 10 14 p1 58 456 565 1.23904 565 0 0.00000
232 232 16 2 11 15 p1 58 502 623 1.24104 623 0 0.00000
233 233 17 2 12 16 p1 58 548 681 1.24270 681 0 0.00000
234 234 18 3 1 -1 base 47 46 47 1.02174 47 0 0.00000
235 235 19 3 2 18 p1 58 92 105 1.14130 105 0 0.00000
236 236 20 3 3 19 p1 58 138 163 1.18116 163 0 0.00000
237 237 21 3 4 20 p1 58 184 221 1.20109 221 0 0.00000
238 238 22 3 5 21 p1 58 230 279 1.21304 279 0 0.00000
239 239 23 3 6 22 p1 58 276 337 1.22101 337 0 0.00000
240 240 24 3 7 23 p1 58 322 395 1.22671 395 0 0.00000
241 241 25 3 8 24 p1 58 368 453 1.23098 453 0 0.00000
242 242 26 3 9 25 p1 58 414 511 1.23430 511 0 0.00000
243 243 27 3 10 26 p1 58 460 569 1.23696 569 0 0.00000
244 244 28 3 11 27 p1 58 506 627 1.23913 627 0 0.00000
245 245 29 3 12 28 p1 58 552 685 1.24094 685 0 0.00000
246 246 30 3 13 29 p1 58 598 743 1.24247 743 0 0.00000
247 247 31 3 14 30 p1 58 644 801 1.24379 801 0 0.00000
248 248 32 3 15 31 p1 58 690 859 1.24493 859 0 0.00000
249 249 33 3 16 32 p1 58 736 917 1.24592 917 0 0.00000
250 250 34 3 17 33 p1 58 782 975 1.24680 975 0 0.00000
251 251 35 3 18 34 p1 58 828 1033 1.24758 1033 0 0.00000
252 252 36 3 19 35 p1 58 874 1091 1.24828 1091 0 0.00000
253 253 37 3 20 36 p1 58 920 1149 1.24891 1149 0 0.00000
254 254 38 3 21 37 p1 58 966 1207 1.24948 1207 0 0.00000
255 255 39 3 22 38 p1 58 1012 1265 1.25000 1265 0 0.00000
256 256 40 3 23 39 p1 58 1058 1323 1.25047 1323 0 0.00000
257 257 41 3 24 40 p1 58 1104 1381 1.25091 1381 0 0.00000
258 258 42 3 25 41 p1 58 1150 1439 1.25130 1439 0 0.00000
259 259 43 3 26 42 p1 58 1196 1497 1.25167 1497 0 0.00000
260 260 44 3 27 43 p1 58 1242 1555 1.25201 1555 0 0.00000
261 261 45 3 28 44 p1 58 1288 1613 1.25233 1613 0 0.00000
262 262 46 3 29 45 p1 58 1334 1671 1.25262 1671 0 0.00000
263 263 47 3 30 46 p1 58 1380 1729 1.25290 1729 0 0.00000
264 264 48 3 31 47 p1 58 1426 1787 1.25316 1787 0 0.00000
265 265 49 4 1 -1 base 197 316 197 0.62342 197 0 0.00000
266 266 50 4 2 49 p1 58 362 255 0.70442 255 0 0.00000
267 267 51 4 3 50 prev 356 594 611 1.02862 611 0 0.00000
268 268 52 4 4 51 p1 58 640 669 1.04531 669 0 0.00000
269 269 53 5 1 -1 base 0 0 0 0.00000 0 0 0.00000
270 270 54 6 1 -1 base 369 640 369 0.57656 369 0 0.00000
271 271 $ hg clone --pull source-repo --config experimental.maxdeltachainspan=2800 relax-chain --config format.generaldelta=yes
272 272 requesting all changes
273 273 adding changesets
274 274 adding manifests
275 275 adding file changes
276 276 added 55 changesets with 53 changes to 53 files (+2 heads)
277 277 new changesets 61246295ee1e:c930ac4a5b32
278 278 updating to branch default
279 279 14 files updated, 0 files merged, 0 files removed, 0 files unresolved
280 280 $ hg -R relax-chain debugdeltachain -m
281 281 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
282 0 1 1 -1 base 47 46 47 1.02174 47 0 0.00000
283 1 1 2 0 p1 58 92 105 1.14130 105 0 0.00000
284 2 1 3 1 p1 58 138 163 1.18116 163 0 0.00000
285 3 1 4 2 p1 58 184 221 1.20109 221 0 0.00000
286 4 1 5 3 p1 58 230 279 1.21304 279 0 0.00000
287 5 1 6 4 p1 58 276 337 1.22101 337 0 0.00000
288 6 1 7 5 p1 58 322 395 1.22671 395 0 0.00000
289 7 1 8 6 p1 58 368 453 1.23098 453 0 0.00000
290 8 1 9 7 p1 58 414 511 1.23430 511 0 0.00000
291 9 1 10 8 p1 58 460 569 1.23696 569 0 0.00000
292 10 1 11 9 p1 58 506 627 1.23913 627 0 0.00000
293 11 1 12 10 p1 58 552 685 1.24094 685 0 0.00000
294 12 1 13 11 p1 58 598 743 1.24247 743 0 0.00000
295 13 1 14 12 p1 58 644 801 1.24379 801 0 0.00000
296 14 1 15 13 p1 58 690 859 1.24493 859 0 0.00000
297 15 1 16 14 p1 58 736 917 1.24592 917 0 0.00000
298 16 1 17 15 p1 58 782 975 1.24680 975 0 0.00000
299 17 1 18 16 p1 58 828 1033 1.24758 1033 0 0.00000
300 18 1 19 17 p1 58 874 1091 1.24828 1091 0 0.00000
301 19 1 20 18 p1 58 920 1149 1.24891 1149 0 0.00000
302 20 1 21 19 p1 58 966 1207 1.24948 1207 0 0.00000
303 21 1 22 20 p1 58 1012 1265 1.25000 1265 0 0.00000
304 22 1 23 21 p1 58 1058 1323 1.25047 1323 0 0.00000
305 23 1 24 22 p1 58 1104 1381 1.25091 1381 0 0.00000
306 24 1 25 23 p1 58 1150 1439 1.25130 1439 0 0.00000
307 25 1 26 24 p1 58 1196 1497 1.25167 1497 0 0.00000
308 26 1 27 25 p1 58 1242 1555 1.25201 1555 0 0.00000
309 27 1 28 26 p1 58 1288 1613 1.25233 1613 0 0.00000
310 28 1 29 27 p1 58 1334 1671 1.25262 1671 0 0.00000
311 29 1 30 28 p1 58 1380 1729 1.25290 1729 0 0.00000
312 30 1 31 29 p1 58 1426 1787 1.25316 1787 0 0.00000
313 31 2 1 -1 base 46 45 46 1.02222 46 0 0.00000
314 32 2 2 31 p1 57 90 103 1.14444 103 0 0.00000
315 33 2 3 32 p1 57 135 160 1.18519 160 0 0.00000
316 34 2 4 33 p1 57 180 217 1.20556 217 0 0.00000
317 35 2 5 34 p1 57 225 274 1.21778 274 0 0.00000
318 36 2 6 35 p1 57 270 331 1.22593 331 0 0.00000
319 37 2 7 36 p1 58 316 389 1.23101 389 0 0.00000
320 38 2 8 37 p1 58 362 447 1.23481 447 0 0.00000
321 39 3 1 -1 base 46 45 46 1.02222 46 0 0.00000
322 40 3 2 39 p1 57 90 103 1.14444 103 0 0.00000
323 41 3 3 40 p1 57 135 160 1.18519 160 0 0.00000
324 42 3 4 41 p1 57 180 217 1.20556 217 0 0.00000
325 43 3 5 42 p1 58 226 275 1.21681 275 0 0.00000
326 44 3 6 43 p1 58 272 333 1.22426 333 0 0.00000
327 45 3 7 44 p1 58 318 391 1.22956 391 0 0.00000
328 46 3 8 45 p1 58 364 449 1.23352 449 0 0.00000
329 47 3 9 46 p1 58 410 507 1.23659 507 0 0.00000
330 48 3 10 47 p1 58 456 565 1.23904 565 0 0.00000
331 49 3 11 48 p1 58 502 623 1.24104 623 0 0.00000
332 50 3 12 49 p1 58 548 681 1.24270 681 0 0.00000
333 51 3 13 50 p1 58 594 739 1.24411 739 0 0.00000
334 52 3 14 51 p1 58 640 797 1.24531 797 0 0.00000
335 53 4 1 -1 base 0 0 0 0.00000 0 0 0.00000
336 54 5 1 -1 base 369 640 369 0.57656 369 0 0.00000
282 0 1 1 -1 base 46 45 46 1.02222 46 0 0.00000
283 1 1 2 0 p1 57 90 103 1.14444 103 0 0.00000
284 2 1 3 1 p1 57 135 160 1.18519 160 0 0.00000
285 3 1 4 2 p1 57 180 217 1.20556 217 0 0.00000
286 4 1 5 3 p1 57 225 274 1.21778 274 0 0.00000
287 5 1 6 4 p1 57 270 331 1.22593 331 0 0.00000
288 6 2 1 -1 base 46 45 46 1.02222 46 0 0.00000
289 7 2 2 6 p1 57 90 103 1.14444 103 0 0.00000
290 8 2 3 7 p1 57 135 160 1.18519 160 0 0.00000
291 9 2 4 8 p1 57 180 217 1.20556 217 0 0.00000
292 10 2 5 9 p1 58 226 275 1.21681 275 0 0.00000
293 11 2 6 10 p1 58 272 333 1.22426 333 0 0.00000
294 12 2 7 11 p1 58 318 391 1.22956 391 0 0.00000
295 13 2 8 12 p1 58 364 449 1.23352 449 0 0.00000
296 14 2 9 13 p1 58 410 507 1.23659 507 0 0.00000
297 15 2 10 14 p1 58 456 565 1.23904 565 0 0.00000
298 16 2 11 15 p1 58 502 623 1.24104 623 0 0.00000
299 17 2 12 16 p1 58 548 681 1.24270 681 0 0.00000
300 18 3 1 -1 base 47 46 47 1.02174 47 0 0.00000
301 19 3 2 18 p1 58 92 105 1.14130 105 0 0.00000
302 20 3 3 19 p1 58 138 163 1.18116 163 0 0.00000
303 21 3 4 20 p1 58 184 221 1.20109 221 0 0.00000
304 22 3 5 21 p1 58 230 279 1.21304 279 0 0.00000
305 23 3 6 22 p1 58 276 337 1.22101 337 0 0.00000
306 24 3 7 23 p1 58 322 395 1.22671 395 0 0.00000
307 25 3 8 24 p1 58 368 453 1.23098 453 0 0.00000
308 26 3 9 25 p1 58 414 511 1.23430 511 0 0.00000
309 27 3 10 26 p1 58 460 569 1.23696 569 0 0.00000
310 28 3 11 27 p1 58 506 627 1.23913 627 0 0.00000
311 29 3 12 28 p1 58 552 685 1.24094 685 0 0.00000
312 30 3 13 29 p1 58 598 743 1.24247 743 0 0.00000
313 31 3 14 30 p1 58 644 801 1.24379 801 0 0.00000
314 32 3 15 31 p1 58 690 859 1.24493 859 0 0.00000
315 33 3 16 32 p1 58 736 917 1.24592 917 0 0.00000
316 34 3 17 33 p1 58 782 975 1.24680 975 0 0.00000
317 35 3 18 34 p1 58 828 1033 1.24758 1033 0 0.00000
318 36 3 19 35 p1 58 874 1091 1.24828 1091 0 0.00000
319 37 3 20 36 p1 58 920 1149 1.24891 1149 0 0.00000
320 38 3 21 37 p1 58 966 1207 1.24948 1207 0 0.00000
321 39 3 22 38 p1 58 1012 1265 1.25000 1265 0 0.00000
322 40 3 23 39 p1 58 1058 1323 1.25047 1323 0 0.00000
323 41 3 24 40 p1 58 1104 1381 1.25091 1381 0 0.00000
324 42 3 25 41 p1 58 1150 1439 1.25130 1439 0 0.00000
325 43 3 26 42 p1 58 1196 1497 1.25167 1497 0 0.00000
326 44 3 27 43 p1 58 1242 1555 1.25201 1555 0 0.00000
327 45 3 28 44 p1 58 1288 1613 1.25233 1613 0 0.00000
328 46 3 29 45 p1 58 1334 1671 1.25262 1671 0 0.00000
329 47 3 30 46 p1 58 1380 1729 1.25290 1729 0 0.00000
330 48 3 31 47 p1 58 1426 1787 1.25316 1787 0 0.00000
331 49 4 1 -1 base 197 316 197 0.62342 197 0 0.00000
332 50 4 2 49 p1 58 362 255 0.70442 255 0 0.00000
333 51 2 13 17 p1 58 594 739 1.24411 2781 2042 2.76319
334 52 5 1 -1 base 369 640 369 0.57656 369 0 0.00000
335 53 6 1 -1 base 0 0 0 0.00000 0 0 0.00000
336 54 7 1 -1 base 369 640 369 0.57656 369 0 0.00000
337 337 $ hg clone --pull source-repo --config experimental.maxdeltachainspan=0 noconst-chain --config format.generaldelta=yes
338 338 requesting all changes
339 339 adding changesets
340 340 adding manifests
341 341 adding file changes
342 342 added 55 changesets with 53 changes to 53 files (+2 heads)
343 343 new changesets 61246295ee1e:c930ac4a5b32
344 344 updating to branch default
345 345 14 files updated, 0 files merged, 0 files removed, 0 files unresolved
346 346 $ hg -R noconst-chain debugdeltachain -m
347 347 rev chain# chainlen prev delta size rawsize chainsize ratio lindist extradist extraratio
348 0 1 1 -1 base 47 46 47 1.02174 47 0 0.00000
349 1 1 2 0 p1 58 92 105 1.14130 105 0 0.00000
350 2 1 3 1 p1 58 138 163 1.18116 163 0 0.00000
351 3 1 4 2 p1 58 184 221 1.20109 221 0 0.00000
352 4 1 5 3 p1 58 230 279 1.21304 279 0 0.00000
353 5 1 6 4 p1 58 276 337 1.22101 337 0 0.00000
354 6 1 7 5 p1 58 322 395 1.22671 395 0 0.00000
355 7 1 8 6 p1 58 368 453 1.23098 453 0 0.00000
356 8 1 9 7 p1 58 414 511 1.23430 511 0 0.00000
357 9 1 10 8 p1 58 460 569 1.23696 569 0 0.00000
358 10 1 11 9 p1 58 506 627 1.23913 627 0 0.00000
359 11 1 12 10 p1 58 552 685 1.24094 685 0 0.00000
360 12 1 13 11 p1 58 598 743 1.24247 743 0 0.00000
361 13 1 14 12 p1 58 644 801 1.24379 801 0 0.00000
362 14 1 15 13 p1 58 690 859 1.24493 859 0 0.00000
363 15 1 16 14 p1 58 736 917 1.24592 917 0 0.00000
364 16 1 17 15 p1 58 782 975 1.24680 975 0 0.00000
365 17 1 18 16 p1 58 828 1033 1.24758 1033 0 0.00000
366 18 1 19 17 p1 58 874 1091 1.24828 1091 0 0.00000
367 19 1 20 18 p1 58 920 1149 1.24891 1149 0 0.00000
368 20 1 21 19 p1 58 966 1207 1.24948 1207 0 0.00000
369 21 1 22 20 p1 58 1012 1265 1.25000 1265 0 0.00000
370 22 1 23 21 p1 58 1058 1323 1.25047 1323 0 0.00000
371 23 1 24 22 p1 58 1104 1381 1.25091 1381 0 0.00000
372 24 1 25 23 p1 58 1150 1439 1.25130 1439 0 0.00000
373 25 1 26 24 p1 58 1196 1497 1.25167 1497 0 0.00000
374 26 1 27 25 p1 58 1242 1555 1.25201 1555 0 0.00000
375 27 1 28 26 p1 58 1288 1613 1.25233 1613 0 0.00000
376 28 1 29 27 p1 58 1334 1671 1.25262 1671 0 0.00000
377 29 1 30 28 p1 58 1380 1729 1.25290 1729 0 0.00000
378 30 1 31 29 p1 58 1426 1787 1.25316 1787 0 0.00000
379 31 2 1 -1 base 46 45 46 1.02222 46 0 0.00000
380 32 2 2 31 p1 57 90 103 1.14444 103 0 0.00000
381 33 2 3 32 p1 57 135 160 1.18519 160 0 0.00000
382 34 2 4 33 p1 57 180 217 1.20556 217 0 0.00000
383 35 2 5 34 p1 57 225 274 1.21778 274 0 0.00000
384 36 2 6 35 p1 57 270 331 1.22593 331 0 0.00000
385 37 2 7 36 p1 58 316 389 1.23101 389 0 0.00000
386 38 2 8 37 p1 58 362 447 1.23481 447 0 0.00000
387 39 3 1 -1 base 46 45 46 1.02222 46 0 0.00000
388 40 3 2 39 p1 57 90 103 1.14444 103 0 0.00000
389 41 3 3 40 p1 57 135 160 1.18519 160 0 0.00000
390 42 3 4 41 p1 57 180 217 1.20556 217 0 0.00000
391 43 3 5 42 p1 58 226 275 1.21681 275 0 0.00000
392 44 3 6 43 p1 58 272 333 1.22426 333 0 0.00000
393 45 3 7 44 p1 58 318 391 1.22956 391 0 0.00000
394 46 3 8 45 p1 58 364 449 1.23352 449 0 0.00000
395 47 3 9 46 p1 58 410 507 1.23659 507 0 0.00000
396 48 3 10 47 p1 58 456 565 1.23904 565 0 0.00000
397 49 3 11 48 p1 58 502 623 1.24104 623 0 0.00000
398 50 3 12 49 p1 58 548 681 1.24270 681 0 0.00000
399 51 3 13 50 p1 58 594 739 1.24411 739 0 0.00000
400 52 3 14 51 p1 58 640 797 1.24531 797 0 0.00000
348 0 1 1 -1 base 46 45 46 1.02222 46 0 0.00000
349 1 1 2 0 p1 57 90 103 1.14444 103 0 0.00000
350 2 1 3 1 p1 57 135 160 1.18519 160 0 0.00000
351 3 1 4 2 p1 57 180 217 1.20556 217 0 0.00000
352 4 1 5 3 p1 57 225 274 1.21778 274 0 0.00000
353 5 1 6 4 p1 57 270 331 1.22593 331 0 0.00000
354 6 2 1 -1 base 46 45 46 1.02222 46 0 0.00000
355 7 2 2 6 p1 57 90 103 1.14444 103 0 0.00000
356 8 2 3 7 p1 57 135 160 1.18519 160 0 0.00000
357 9 2 4 8 p1 57 180 217 1.20556 217 0 0.00000
358 10 2 5 9 p1 58 226 275 1.21681 275 0 0.00000
359 11 2 6 10 p1 58 272 333 1.22426 333 0 0.00000
360 12 2 7 11 p1 58 318 391 1.22956 391 0 0.00000
361 13 2 8 12 p1 58 364 449 1.23352 449 0 0.00000
362 14 2 9 13 p1 58 410 507 1.23659 507 0 0.00000
363 15 2 10 14 p1 58 456 565 1.23904 565 0 0.00000
364 16 2 11 15 p1 58 502 623 1.24104 623 0 0.00000
365 17 2 12 16 p1 58 548 681 1.24270 681 0 0.00000
366 18 3 1 -1 base 47 46 47 1.02174 47 0 0.00000
367 19 3 2 18 p1 58 92 105 1.14130 105 0 0.00000
368 20 3 3 19 p1 58 138 163 1.18116 163 0 0.00000
369 21 3 4 20 p1 58 184 221 1.20109 221 0 0.00000
370 22 3 5 21 p1 58 230 279 1.21304 279 0 0.00000
371 23 3 6 22 p1 58 276 337 1.22101 337 0 0.00000
372 24 3 7 23 p1 58 322 395 1.22671 395 0 0.00000
373 25 3 8 24 p1 58 368 453 1.23098 453 0 0.00000
374 26 3 9 25 p1 58 414 511 1.23430 511 0 0.00000
375 27 3 10 26 p1 58 460 569 1.23696 569 0 0.00000
376 28 3 11 27 p1 58 506 627 1.23913 627 0 0.00000
377 29 3 12 28 p1 58 552 685 1.24094 685 0 0.00000
378 30 3 13 29 p1 58 598 743 1.24247 743 0 0.00000
379 31 3 14 30 p1 58 644 801 1.24379 801 0 0.00000
380 32 3 15 31 p1 58 690 859 1.24493 859 0 0.00000
381 33 3 16 32 p1 58 736 917 1.24592 917 0 0.00000
382 34 3 17 33 p1 58 782 975 1.24680 975 0 0.00000
383 35 3 18 34 p1 58 828 1033 1.24758 1033 0 0.00000
384 36 3 19 35 p1 58 874 1091 1.24828 1091 0 0.00000
385 37 3 20 36 p1 58 920 1149 1.24891 1149 0 0.00000
386 38 3 21 37 p1 58 966 1207 1.24948 1207 0 0.00000
387 39 3 22 38 p1 58 1012 1265 1.25000 1265 0 0.00000
388 40 3 23 39 p1 58 1058 1323 1.25047 1323 0 0.00000
389 41 3 24 40 p1 58 1104 1381 1.25091 1381 0 0.00000
390 42 3 25 41 p1 58 1150 1439 1.25130 1439 0 0.00000
391 43 3 26 42 p1 58 1196 1497 1.25167 1497 0 0.00000
392 44 3 27 43 p1 58 1242 1555 1.25201 1555 0 0.00000
393 45 3 28 44 p1 58 1288 1613 1.25233 1613 0 0.00000
394 46 3 29 45 p1 58 1334 1671 1.25262 1671 0 0.00000
395 47 3 30 46 p1 58 1380 1729 1.25290 1729 0 0.00000
396 48 3 31 47 p1 58 1426 1787 1.25316 1787 0 0.00000
397 49 1 7 5 p1 58 316 389 1.23101 2857 2468 6.34447
398 50 1 8 49 p1 58 362 447 1.23481 2915 2468 5.52125
399 51 2 13 17 p1 58 594 739 1.24411 2642 1903 2.57510
400 52 2 14 51 p1 58 640 797 1.24531 2700 1903 2.38770
401 401 53 4 1 -1 base 0 0 0 0.00000 0 0 0.00000
402 402 54 5 1 -1 base 369 640 369 0.57656 369 0 0.00000
General Comments 0
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