upstream/mercurial-mirror Files · tests/svnxml.py

help: scripting help topic...

help: scripting help topic There are a lot of non-human consumers of Mercurial. And the challenges and considerations for machines consuming Mercurial is significantly different from what humans face. I think there are enough special considerations around how machines consume Mercurial that a dedicated help topic is warranted. I concede the audience for this topic is probably small compared to the general audience. However, lots of normal Mercurial users do things like create one-off shell scripts for common workflows that I think this is useful enough to be in the install (as opposed to, say, a wiki page - which most users will likely never find). This text is by no means perfect. But you have to start somewhere. I think I did cover the important parts, though.

Patrick Mezard - - Load All Authors

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      # Read the output of a "svn log --xml" command on stdin, parse it and

      # print a subset of attributes common to all svn versions tested by

      # hg.

      import xml.dom.minidom, sys

      def xmltext(e):

          return ''.join(c.data for c

                         in e.childNodes

                         if c.nodeType == c.TEXT_NODE)

      def parseentry(entry):

          e = {}

          e['revision'] = entry.getAttribute('revision')

          e['author'] = xmltext(entry.getElementsByTagName('author')[0])

          e['msg'] = xmltext(entry.getElementsByTagName('msg')[0])

          e['paths'] = []

          paths = entry.getElementsByTagName('paths')

          if paths:

              paths = paths[0]

              for p in paths.getElementsByTagName('path'):

                  action = p.getAttribute('action')

                  path = xmltext(p)

                  frompath = p.getAttribute('copyfrom-path')

                  fromrev = p.getAttribute('copyfrom-rev')

                  e['paths'].append((path, action, frompath, fromrev))

          return e

      def parselog(data):

          entries = []

          doc = xml.dom.minidom.parseString(data)

          for e in doc.getElementsByTagName('logentry'):

              entries.append(parseentry(e))

          return entries

      def printentries(entries):

          fp = sys.stdout

          for e in entries:

              for k in ('revision', 'author', 'msg'):

                  fp.write(('%s: %s\n' % (k, e[k])).encode('utf-8'))

              for path, action, fpath, frev in sorted(e['paths']):

                  frominfo = ''

                  if frev:

                      frominfo = ' (from %s@%s)' % (fpath, frev)

                  p = ' %s %s%s\n' % (action, path, frominfo)

                  fp.write(p.encode('utf-8'))

      if __name__ == '__main__':

          data = sys.stdin.read()

          entries = parselog(data)

          printentries(entries)

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				# Read the output of a "svn log --xml" command on stdin, parse it and
				# print a subset of attributes common to all svn versions tested by
				# hg.
				import xml.dom.minidom, sys

				def xmltext(e):
				return ''.join(c.data for c
				in e.childNodes
				if c.nodeType == c.TEXT_NODE)

				def parseentry(entry):
				e = {}
				e['revision'] = entry.getAttribute('revision')
				e['author'] = xmltext(entry.getElementsByTagName('author')[0])
				e['msg'] = xmltext(entry.getElementsByTagName('msg')[0])
				e['paths'] = []
				paths = entry.getElementsByTagName('paths')
				if paths:
				paths = paths[0]
				for p in paths.getElementsByTagName('path'):
				action = p.getAttribute('action')
				path = xmltext(p)
				frompath = p.getAttribute('copyfrom-path')
				fromrev = p.getAttribute('copyfrom-rev')
				e['paths'].append((path, action, frompath, fromrev))
				return e

				def parselog(data):
				entries = []
				doc = xml.dom.minidom.parseString(data)
				for e in doc.getElementsByTagName('logentry'):
				entries.append(parseentry(e))
				return entries

				def printentries(entries):
				fp = sys.stdout
				for e in entries:
				for k in ('revision', 'author', 'msg'):
				fp.write(('%s: %s\n' % (k, e[k])).encode('utf-8'))
				for path, action, fpath, frev in sorted(e['paths']):
				frominfo = ''
				if frev:
				frominfo = ' (from %s@%s)' % (fpath, frev)
				p = ' %s %s%s\n' % (action, path, frominfo)
				fp.write(p.encode('utf-8'))

				if __name__ == '__main__':
				data = sys.stdin.read()
				entries = parselog(data)
				printentries(entries)