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@@ -132,6 +132,11 @@ class Hunk(object):
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132
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132
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out.append(line)
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133
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133
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return out
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134
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134
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135
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+ def is_completed(self):
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136
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+ old_completed = self._old_addr[1] == len(self._get_old_text())
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137
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+ new_completed = self._new_addr[1] == len(self._get_new_text())
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138
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+ return old_completed and new_completed
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139
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+
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135
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140
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136
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141
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class UnifiedDiff(object):
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137
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142
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@@ -162,14 +167,14 @@ class UnifiedDiff(object):
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162
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167
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old_addr = (int(a[0][1:]), int(a[1]))
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163
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168
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else:
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164
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169
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# @@ -1 +1,2 @@
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165
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- old_addr = (int(a[0][1:]), 0)
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170
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+ old_addr = (int(a[0][1:]), 1)
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166
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171
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167
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172
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b = hunk_meta.split()[2].split(',') # +3 6
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168
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173
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if len(b) > 1:
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169
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174
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new_addr = (int(b[0][1:]), int(b[1]))
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170
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175
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else:
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171
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176
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# @@ -0,0 +1 @@
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172
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- new_addr = (int(b[0][1:]), 0)
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177
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+ new_addr = (int(b[0][1:]), 1)
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173
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178
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174
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179
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return (old_addr, new_addr)
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175
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180
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@@ -321,15 +326,24 @@ class DiffParser(object):
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321
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326
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line = decode(line)
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322
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327
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323
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328
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if diff.is_old_path(line):
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324
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- # FIXME: '--- ' breaks here, better to probe next line
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325
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- if diff._old_path and diff._new_path and diff._hunks:
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326
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- # See a new diff, yield previous diff if exists
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327
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- yield diff
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328
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- diff = UnifiedDiff(headers, line, None, [])
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329
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- headers = []
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329
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+ # This is a new diff when current hunk is not yet genreated or
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330
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+ # is completed. We yield previous diff if exists and construct
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331
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+ # a new one for this case. Otherwise it's acutally an 'old'
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332
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+ # line starts with '--- '.
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333
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+ #
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334
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+ if (not diff._hunks or diff._hunks[-1].is_completed()):
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335
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+ if diff._old_path and diff._new_path and diff._hunks:
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336
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+ yield diff
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337
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+ diff = UnifiedDiff(headers, line, None, [])
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338
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+ headers = []
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339
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+ else:
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340
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+ diff._hunks[-1].append(diff.parse_hunk_line(line))
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330
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341
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331
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342
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elif diff.is_new_path(line) and diff._old_path:
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332
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- diff._new_path = line
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343
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+ if not diff._new_path:
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344
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+ diff._new_path = line
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345
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+ else:
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346
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+ diff._hunks[-1].append(diff.parse_hunk_line(line))
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333
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347
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334
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348
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elif diff.is_hunk_meta(line):
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335
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349
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hunk_meta = line
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Matthew Wang
9 anos atrás