Exemplo n.º 1
0
    def rename_item(self, path, name, ext, original):
        newName = self.join_ext(name, ext)
        if not newName:
            return path, name, ext

        # basic settings
        search = self.search
        searchValues = search.searchValues
        if searchValues[0] == u"reg-exp" and searchValues[1]:
            isRegExp = True
        else:
            isRegExp = False

        # do the modifications based on selected operations

        # regular expression
        if isRegExp:
            try:
                newName = searchValues[2].sub(self.comds[self.op], newName)
            except (sre_constants.error, AttributeError) as err:
                main.set_status_msg(_(u"Regular-Expression: %s") % err, u'warn')
                # so we know not to change status text after RE error msg:
                app.REmsg = True
                pass
            # show RE error message from search, if any
            if search.REmsg:
                main.set_status_msg(search.REmsg, u'warn')
                app.REmsg = True
        # text
        elif searchValues[0] == u"text" and searchValues[2]:
            find = searchValues[2]
            #case insensitive
            if not searchValues[1]:
                found = search.case_insensitive(newName)
                for match in found:
                    newName = newName.replace(match, self.comds[self.op](find))
            #case sensitive:
            else:
                newName = newName.replace(find, self.comds[self.op](find))
        # between
        elif searchValues[0] == u"between":
            positions = search.get_between_to_from(newName)
            if positions:
                frm = positions[0]
                to = positions[1]
                newName = newName[:frm] + self.comds[self.op](newName[frm:to]) + newName[to:]
        # positioning:
        elif searchValues[0] == u"position":
            ss = search.repl_from.GetValue()
            sl = search.repl_len.GetValue()
            frm, to, tail = search.get_start_end_pos(ss, sl, newName)
            # apply positioning
            newName = newName[:frm] + self.comds[self.op](newName[frm:to]) + tail
        #nothing set, change entire name:
        else:
            newName = self.comds[self.op](newName)

        name, ext = self.split_ext(newName, name, ext)
        return path, name, ext
Exemplo n.º 2
0
    def find_in_name(self, newName, search, searchValues):
        # regular expression:
        frm = 0
        to = 0
        if searchValues[0] == u"reg-exp" and searchValues[1]:
            try:
                match = searchValues[2].findall(newName)[0]
                frm = newName.index(match)
                to = frm + len(match)
            except (AttributeError, IndexError):
                pass
            # show RE error message from search, if any
            if search.REmsg:
                main.set_status_msg(search.REmsg, u'warn')
                app.REmsg = True

        # text:
        elif searchValues[0] == u"text" and searchValues[2]:
            #case insensitive
            if not searchValues[1]:
                found = search.case_insensitive(newName)
                if len(found) > 0:
                    match = found[0]
                    frm = newName.index(match)
                    to = frm + len(match)
            # case sensitive
            elif searchValues[2] in newName:
                match = searchValues[2]
                frm = newName.index(match)
                to = frm + len(match)

        # position
        elif searchValues[0] == u"position":
            ss = search.repl_from.GetValue()
            sl = search.repl_len.GetValue()
            frm, to = utils.calc_slice_pos(ss, sl)

        # between
        elif searchValues[0] == u"between":
            positions = search.get_between_to_from(newName)
            if positions:
                frm = positions[0]
                to = positions[1]

        return (frm, to)
Exemplo n.º 3
0
    def find_in_name(self, newName, search, searchValues):
        # regular expression:
        frm = 0
        to = 0
        if searchValues[0] == u"reg-exp" and searchValues[1]:
            try:
                match = searchValues[2].findall(newName)[0]
                frm = newName.index(match)
                to = frm + len(match)
            except (AttributeError, IndexError):
                pass
            # show RE error message from search, if any
            if search.REmsg:
                main.set_status_msg(search.REmsg, u'warn')
                app.REmsg = True

        # text:
        elif searchValues[0] == u"text" and searchValues[2]:
            #case insensitive
            if not searchValues[1]:
                found = search.case_insensitive(newName)
                if len(found) > 0:
                    match = found[0]
                    frm = newName.index(match)
                    to = frm + len(match)
            # case sensitive
            elif searchValues[2] in newName:
                match = searchValues[2]
                frm = newName.index(match)
                to = frm + len(match)

        # position
        elif searchValues[0] == u"position":
            ss = search.repl_from.GetValue()
            sl = search.repl_len.GetValue()
            frm, to = utils.calc_slice_pos(ss, sl)

        # between
        elif searchValues[0] == u"between":
            positions = search.get_between_to_from(newName)
            if positions:
                frm = positions[0]
                to = positions[1]

        return (frm, to)
Exemplo n.º 4
0
    def rename_item(self, path, name, ext, original):
        newName = self.join_ext(name, ext)
        if not newName:
            return path, name, ext

        # basic settings
        search = self.search
        searchValues = search.searchValues

        # calculate initial values
        moveTo = u':Do_Not_Move:'
        moveMod = self.replMoveTextMod.GetStringSelection()
        # by position:
        if self.replMovePos.GetValue():
            moveByPosition = True
            moveTo = self.replMovePosValue.GetValue()
        # by searching for text:
        else:
            moveByPosition = False
            moveTxt = self.replMoveTextValue.GetValue()
            # regular expression:
            if self.regExpPanel.regExpr.GetValue():
                self.moveRE = self.regExpPanel.create_regex(moveTxt)

        # default to not finding anything:
        moveMatch = ""

        # FIRST FIND THE ORIGINAL
        # regular expression:
        if searchValues[0] == u"reg-exp" and searchValues[1]:
            try:
                moveMatch = searchValues[2].findall(newName)[0]
            except (AttributeError, IndexError):
                pass
            # show RE error message from search, if any
            if search.REmsg:
                main.set_status_msg(search.REmsg, u'warn')
                app.REmsg = True
        # text:
        elif searchValues[0] == u"text" and searchValues[2]:
            find = searchValues[2]
            #case insensitive
            if not searchValues[1]:
                found = search.case_insensitive(newName)
                if len(found) > 0:
                    moveMatch = found[0]
            # case sensitive:
            elif find in newName:
                moveMatch = find
        # position
        elif searchValues[0] == u"position":
            ss = search.repl_from.GetValue()
            sl = search.repl_len.GetValue()
            frm, to = utils.calc_slice_pos(ss, sl)
            moveMatch = newName[frm:to]
        # between
        elif searchValues[0] == u"between":
            positions = search.get_between_to_from(newName)
            if positions:
                frm = positions[0]
                to = positions[1]
                moveMatch = newName[frm:to]

        # remove the original, saving a backup in case no match found:
        oldName = newName
        newName = newName.replace(moveMatch, "", 1)

        # now find where to move to if not by position:
        if not moveByPosition:
            if moveTxt:  # text has to contain something
                # regular expression:
                if self.moveRE:
                    moveTxt = self.moveRE.findall(newName)
                    # if match is found, get first item in list:
                    if len(moveTxt) > 0:
                        moveTxt = moveTxt[0]
                    else:
                        moveTxt = ''
                # get the index of match:
                try:
                    moveTo = newName.index(moveTxt)
                except (ValueError):
                    moveTo = u':Do_Not_Move:'
                    pass
                else:
                    if moveMod == _(u"after"):
                        moveTo = moveTo + len(moveTxt)
                    elif moveMod != _(u"before"):
                        moveTo = moveMod
            else:
                moveTo = u':Do_Not_Move:'

        # finally recreate string:
        if moveTo != u':Do_Not_Move:':
            # position specified:
            if moveTo != moveMod and moveByPosition:
                if moveTo == -1:
                    newName = newName + moveMatch
                elif moveTo < -1:
                    newName = newName[:moveTo +
                                      1] + moveMatch + newName[moveTo + 1:]
                else:
                    newName = newName[:moveTo] + moveMatch + newName[moveTo:]
            # text specified
            else:
                if moveTo == _(u"replace") and moveMatch:
                    newName = newName.replace(moveTxt, moveMatch, 1)
                elif moveMatch:
                    newName = newName[:moveTo] + moveMatch + newName[moveTo:]
            del oldName
        # no match found
        else:
            newName = oldName

        name, ext = self.split_ext(newName, name, ext)
        return path, name, ext
Exemplo n.º 5
0
    def rename_item(self, path, name, ext, original):
        newName = self.join_ext(name, ext)
        if not newName:
            return path, name, ext

        # basic settings
        search = self.search
        searchValues = search.searchValues

        # calculate initial values
        moveTo = u':Do_Not_Move:'
        moveMod = self.replMoveTextMod.GetStringSelection()
        # by position:
        if self.replMovePos.GetValue():
            moveByPosition = True
            moveTo = self.replMovePosValue.GetValue()
        # by searching for text:
        else:
            moveByPosition = False
            moveTxt = self.replMoveTextValue.GetValue()
            # regular expression:
            if self.regExpPanel.regExpr.GetValue():
                self.moveRE = self.regExpPanel.create_regex(moveTxt)

        # default to not finding anything:
        moveMatch = ""

        # FIRST FIND THE ORIGINAL
        # regular expression:
        if searchValues[0] == u"reg-exp" and searchValues[1]:
            try:
                moveMatch = searchValues[2].findall(newName)[0]
            except (AttributeError, IndexError):
                pass
            # show RE error message from search, if any
            if search.REmsg:
                main.set_status_msg(search.REmsg, u'warn')
                app.REmsg = True
        # text:
        elif searchValues[0] == u"text" and searchValues[2]:
            find = searchValues[2]
            #case insensitive
            if not searchValues[1]:
                found = search.case_insensitive(newName)
                if len(found) > 0:
                    moveMatch = found[0]
            # case sensitive:
            elif find in newName:
                moveMatch = find
        # position
        elif searchValues[0] == u"position":
            ss = search.repl_from.GetValue()
            sl = search.repl_len.GetValue()
            frm, to = utils.calc_slice_pos(ss, sl)
            moveMatch = newName[frm:to]
        # between
        elif searchValues[0] == u"between":
            positions = search.get_between_to_from(newName)
            if positions:
                frm = positions[0]
                to = positions[1]
                moveMatch = newName[frm:to]

        # remove the original, saving a backup in case no match found:
        oldName = newName
        newName = newName.replace(moveMatch, "", 1)

        # now find where to move to if not by position:
        if not moveByPosition:
            if moveTxt: # text has to contain something
                # regular expression:
                if self.moveRE:
                    moveTxt = self.moveRE.findall(newName)
                    # if match is found, get first item in list:
                    if len(moveTxt) > 0:
                        moveTxt = moveTxt[0]
                    else:
                        moveTxt = ''
                # get the index of match:
                try:
                    moveTo = newName.index(moveTxt)
                except (ValueError):
                    moveTo = u':Do_Not_Move:'
                    pass
                else:
                    if moveMod == _(u"after"):
                        moveTo = moveTo + len(moveTxt)
                    elif moveMod != _(u"before"):
                        moveTo = moveMod
            else:
                moveTo = u':Do_Not_Move:'

        # finally recreate string:
        if moveTo != u':Do_Not_Move:':
            # position specified:
            if moveTo != moveMod and moveByPosition:
                if moveTo == -1:
                    newName = newName + moveMatch
                elif moveTo < -1:
                    newName = newName[:moveTo + 1] + moveMatch + newName[moveTo + 1:]
                else:
                    newName = newName[:moveTo] + moveMatch + newName[moveTo:]
            # text specified
            else:
                if moveTo == _(u"replace") and moveMatch:
                    newName = newName.replace(moveTxt, moveMatch, 1)
                elif moveMatch:
                    newName = newName[:moveTo] + moveMatch + newName[moveTo:]
            del oldName
        # no match found
        else:
            newName = oldName

        name, ext = self.split_ext(newName, name, ext)
        return path, name, ext
Exemplo n.º 6
0
    def rename_item(self, path, name, ext, original):
        newName = self.join_ext(name, ext)
        if not newName:
            return path, name, ext

        # basic settings
        search = self.search
        searchValues = search.searchValues
        if searchValues[0] == u"reg-exp" and searchValues[1]:
            isRegExp = True
        else:
            isRegExp = False

        # do the modifications based on selected operations

        # regular expression
        if isRegExp:
            try:
                newName = searchValues[2].sub(self.comds[self.op], newName)
            except (sre_constants.error, AttributeError) as err:
                main.set_status_msg(
                    _(u"Regular-Expression: %s") % err, u'warn')
                # so we know not to change status text after RE error msg:
                app.REmsg = True
                pass
            # show RE error message from search, if any
            if search.REmsg:
                main.set_status_msg(search.REmsg, u'warn')
                app.REmsg = True
        # text
        elif searchValues[0] == u"text" and searchValues[2]:
            find = searchValues[2]
            #case insensitive
            if not searchValues[1]:
                found = search.case_insensitive(newName)
                for match in found:
                    newName = newName.replace(match, self.comds[self.op](find))
            #case sensitive:
            else:
                newName = newName.replace(find, self.comds[self.op](find))
        # between
        elif searchValues[0] == u"between":
            positions = search.get_between_to_from(newName)
            if positions:
                frm = positions[0]
                to = positions[1]
                newName = newName[:frm] + self.comds[self.op](
                    newName[frm:to]) + newName[to:]
        # positioning:
        elif searchValues[0] == u"position":
            ss = search.repl_from.GetValue()
            sl = search.repl_len.GetValue()
            frm, to, tail = search.get_start_end_pos(ss, sl, newName)
            # apply positioning
            newName = newName[:frm] + self.comds[self.op](
                newName[frm:to]) + tail
        #nothing set, change entire name:
        else:
            newName = self.comds[self.op](newName)

        name, ext = self.split_ext(newName, name, ext)
        return path, name, ext