part = MailBase()

        part.body = data

        part.content_encoding['Content-Type'] = (ctype, {'name': filename})

        part.content_encoding['Content-Disposition'] = (disposition,

                                                        {'filename': filename})

        self.parts.append(part)

    def attach_text(self, data, ctype):

        """

        This attaches a simpler text encoded part, which doesn't have a

        filename.

        """

        ctype = ctype.lower()

        part = MailBase()

        part.body = data

        part.content_encoding['Content-Type'] = (ctype, {})

        self.parts.append(part)

    def walk(self):

        for p in self.parts:

            yield p

            for x in p.walk():

                yield x

class MailResponse(object):

    """

    You are given MailResponse objects from the lamson.view methods, and

    whenever you want to generate an email to send to someone.  It has the

    same basic functionality as MailRequest, but it is designed to be written

    to, rather than read from (although you can do both).

    You can easily set a Body or Html during creation or after by passing it

    as __init__ parameters, or by setting those attributes.

    You can initially set the From, To, and Subject, but they are headers so

    use the dict notation to change them: msg['From'] = 'joe@test.com'.

    The message is not fully crafted until right when you convert it with

    MailResponse.to_message.  This lets you change it and work with it, then

    send it out when it's ready.

    """

    def __init__(self, To=None, From=None, Subject=None, Body=None, Html=None,

                 separator="; "):

        self.Body = Body

        self.Html = Html

        self.base = MailBase([('To', To), ('From', From), ('Subject', Subject)])

        self.multipart = self.Body and self.Html

        self.attachments = []

        self.separator = separator

    def __contains__(self, key):

        return self.base.__contains__(key)

    def __getitem__(self, key):

        return self.base.__getitem__(key)

    def __setitem__(self, key, val):

        return self.base.__setitem__(key, val)

    def __delitem__(self, name):

        del self.base[name]

    def attach(self, filename=None, content_type=None, data=None,

               disposition=None):

        """

        Simplifies attaching files from disk or data as files.  To attach

        simple text simple give data and a content_type.  To attach a file,

        give the data/content_type/filename/disposition combination.

        For convenience, if you don't give data and only a filename, then it

        will read that file's contents when you call to_message() later.  If

        you give data and filename then it will assume you've filled data

        with what the file's contents are and filename is just the name to

        use.

        """

        assert filename or data, ("You must give a filename or some data to "

                                  "attach.")

        assert data or os.path.exists(filename), ("File doesn't exist, and no "

                                                  "data given.")

        self.multipart = True

        if filename and not content_type:

            content_type, encoding = mimetypes.guess_type(filename)

        assert content_type, ("No content type given, and couldn't guess "

                              "from the filename: %r" % filename)

        self.attachments.append({'filename': filename,

                                 'content_type': content_type,

                                 'data': data,

                                 'disposition': disposition,})

    def attach_part(self, part):

        """

        Attaches a raw MailBase part from a MailRequest (or anywhere)

        so that you can copy it over.

        """

        self.multipart = True

        self.attachments.append({'filename': None,

                                 'content_type': None,

                                 'data': None,

                                 'disposition': None,

                                 'part': part,

                                 })

    def attach_all_parts(self, mail_request):

        """

        Used for copying the attachment parts of a mail.MailRequest

        object for mailing lists that need to maintain attachments.

        """

        for part in mail_request.all_parts():

            self.attach_part(part)

        self.base.content_encoding = mail_request.base.content_encoding.copy()

    def clear(self):

        """

        Clears out the attachments so you can redo them.  Use this to keep the

        headers for a series of different messages with different attachments.

        """

        del self.attachments[:]

        del self.base.parts[:]

        self.multipart = False

    def update(self, message):

        """

        Used to easily set a bunch of heading from another dict

        like object.

        """

        for k in message.keys():

            self.base[k] = message[k]

    def __str__(self):

        """

        Converts to a string.

        """

        return self.to_message().as_string()

    def _encode_attachment(self, filename=None, content_type=None, data=None,

                           disposition=None, part=None):

        """

        Used internally to take the attachments mentioned in self.attachments

        and do the actual encoding in a lazy way when you call to_message.

        """

        if part:

            self.base.parts.append(part)

        elif filename:

            if not data:

                data = open(filename).read()

            self.base.attach_file(filename, data, content_type,

                                  disposition or 'attachment')

        else:

            self.base.attach_text(data, content_type)

        ctype = self.base.content_encoding['Content-Type'][0]

        if ctype and not ctype.startswith('multipart'):

            self.base.content_encoding['Content-Type'] = ('multipart/mixed', {})

    def to_message(self):

        """

        Figures out all the required steps to finally craft the

        message you need and return it.  The resulting message

        is also available as a self.base attribute.

        What is returned is a Python email API message you can

        use with those APIs.  The self.base attribute is the raw

        lamson.encoding.MailBase.

        """

        del self.base.parts[:]

        if self.Body and self.Html:

            self.multipart = True

            self.base.content_encoding['Content-Type'] = (

                'multipart/alternative', {})

        if self.multipart:

            self.base.body = None

            if self.Body:

                self.base.attach_text(self.Body, 'text/plain')

            if self.Html:

                self.base.attach_text(self.Html, 'text/html')

            for args in self.attachments:

                self._encode_attachment(**args)

        %if c.repo_changesets:

            ${h.link_to(_('Shortlog'),h.url('shortlog_home',repo_name=c.repo_name))}

        %else:

            ${_('Quick start')}

         %endif

        </div>

    </div>

    <div class="table">

        <div id="shortlog_data">

            <%include file='../shortlog/shortlog_data.html'/>

        </div>

    </div>

</div>

%if c.readme_data:

<div class="box" style="background-color: #FAFAFA">

    <div class="title">

        <div class="breadcrumbs"><a href="${h.url('files_home',repo_name=c.repo_name,revision='tip',f_path=c.readme_file)}">${c.readme_file}</a></div>

    </div>

    <div class="readme">

      <div class="readme_box">

        ${c.readme_data|n}

      </div>

    </div>

</div>

%endif

<script type="text/javascript">

var clone_url = 'clone_url';

YUE.on(clone_url,'click',function(e){

    if(YUD.hasClass(clone_url,'selected')){

        return

    }

    else{

        YUD.addClass(clone_url,'selected');

        YUD.get(clone_url).select();

    }

})

YUE.on('clone_by_name','click',function(e){

    // show url by name and hide name button

    YUD.setStyle('clone_url','display','');

    YUD.setStyle('clone_by_name','display','none');

    // hide url by id and show name button

    YUD.setStyle('clone_by_id','display','');

    YUD.setStyle('clone_url_id','display','none');

})

YUE.on('clone_by_id','click',function(e){

	// show url by id and hide id button

	YUD.setStyle('clone_by_id','display','none');

    YUD.setStyle('clone_url_id','display','');

    // hide url by name and show id button

	YUD.setStyle('clone_by_name','display','');

	YUD.setStyle('clone_url','display','none');

})

var tmpl_links = {};

%for cnt,archive in enumerate(c.rhodecode_repo._get_archives()):

  tmpl_links["${archive['type']}"] = '${h.link_to('__NAME__', h.url('files_archive_home',repo_name=c.dbrepo.repo_name, fname='__CS__'+archive['extension'],subrepos='__SUB__'),class_='archive_icon ui-btn')}';

%endfor

YUE.on(['download_options','archive_subrepos'],'change',function(e){

   var sm = YUD.get('download_options');

   var new_cs = sm.options[sm.selectedIndex];

   for(k in tmpl_links){

       var s = YUD.get(k+'_link');

       if(s){

         var title_tmpl = "${_('Download %s as %s') % ('__CS_NAME__','__CS_EXT__')}";

         title_tmpl= title_tmpl.replace('__CS_NAME__',new_cs.text);

         title_tmpl = title_tmpl.replace('__CS_EXT__',k);

         var url = tmpl_links[k].replace('__CS__',new_cs.value);

         var subrepos = YUD.get('archive_subrepos').checked;

         url = url.replace('__SUB__',subrepos);

         url = url.replace('__NAME__',title_tmpl);

         s.innerHTML = url

       }

   }

});

</script>

%if c.show_stats:

<script type="text/javascript">

var data = ${c.trending_languages|n};

var total = 0;

var no_data = true;

var tbl = document.createElement('table');

tbl.setAttribute('class','trending_language_tbl');

var cnt = 0;

for (var i=0;i<data.length;i++){

    cnt += 1;

    no_data = false;

    var hide = cnt>2;

    var tr = document.createElement('tr');

    if (hide){

        tr.setAttribute('style','display:none');

        tr.setAttribute('class','stats_hidden');

    }

    var k = data[i][0];

    var obj = data[i][1];

    var percentage = Math.round((obj.count/total*100),2);

    var td1 = document.createElement('td');

    td1.width = 150;

    var trending_language_label = document.createElement('div');

    trending_language_label.innerHTML = obj.desc+" ("+k+")";

    td1.appendChild(trending_language_label);

    var td2 = document.createElement('td');

    td2.setAttribute('style','padding-right:14px !important');

    var trending_language = document.createElement('div');

    var nr_files = obj.count+" ${_('files')}";

    trending_language.title = k+" "+nr_files;

    if (percentage>22){

        trending_language.innerHTML = "<b style='font-size:0.8em'>"+percentage+"% "+nr_files+ "</b>";

    }

    else{

        trending_language.innerHTML = "<b style='font-size:0.8em'>"+percentage+"%</b>";

    }

    trending_language.setAttribute("class", 'trending_language top-right-rounded-corner bottom-right-rounded-corner');

    trending_language.style.width=percentage+"%";

    td2.appendChild(trending_language);

    tr.appendChild(td1);

    tr.appendChild(td2);

    tbl.appendChild(tr);

    if(cnt == 3){

        var show_more = document.createElement('tr');

        var td = document.createElement('td');

        lnk = document.createElement('a');

        lnk.href='#';

        lnk.innerHTML = "${_('show more')}";

        lnk.id='code_stats_show_more';

        td.appendChild(lnk);

        show_more.appendChild(td);

        show_more.appendChild(document.createElement('td'));

        tbl.appendChild(show_more);

    }

}

YUD.get('lang_stats').appendChild(tbl);

YUE.on('code_stats_show_more','click',function(){

    l = YUD.getElementsByClassName('stats_hidden')

    for (e in l){

        YUD.setStyle(l[e],'display','');

    };

    YUD.setStyle(YUD.get('code_stats_show_more'),

            'display','none');

});

</script>

<script type="text/javascript">

/**

 * Plots summary graph

 *

 * @class SummaryPlot

 * @param {from} initial from for detailed graph

 * @param {to} initial to for detailed graph

 * @param {dataset}

 * @param {overview_dataset}

 */

function SummaryPlot(from,to,dataset,overview_dataset) {

    var initial_ranges = {

        "xaxis":{

            "from":from,

            "to":to,

        },

    };

    var dataset = dataset;

    var overview_dataset = [overview_dataset];

    var choiceContainer = YUD.get("legend_choices");

    var choiceContainerTable = YUD.get("legend_choices_tables");

    var plotContainer = YUD.get('commit_history');

    var overviewContainer = YUD.get('overview');

    var plot_options = {

        bars: {show:true,align:'center',lineWidth:4},

        legend: {show:true, container:"legend_container"},

        points: {show:true,radius:0,fill:false},

        yaxis: {tickDecimals:0,},

        xaxis: {

            mode: "time",

            timeformat: "%d/%m",

            min:from,

            max:to,

        },

        grid: {

            hoverable: true,

            clickable: true,

            autoHighlight:true,

            color: "#999"

        },

        //selection: {mode: "x"}