def toXML(self):
'''Generate the xml representation of the letter matrix'''
# <control type="panel">
control = Element('control', type='panel', id=str(CONTROL_PANEL))
if True:
SubElement(control, 'posx').text = str(self.posx)
SubElement(control, 'posy').text = str(self.posy)
SubElement(control, 'width').text = str(self.width)
SubElement(control, 'height').text = str(self.height)
SubElement(control, 'onleft').text = '-'
SubElement(control, 'onright').text = '-'
SubElement(control, 'onup').text = '-'
SubElement(control, 'ondown').text = '-'
SubElement(control, 'viewtype', label='').text = 'panel'
SubElement(control, 'pagecontrol').text = '-'
SubElement(control, 'scrolltime').text = '-'
SubElement(control, 'hitrect', x=str(-10), y=str(-10), w=str(1), h=str(1))
# <itemlayout>
itemlayout = SubElement(control, 'itemlayout', height=str(self.letterHeight), width=str(self.letterWidth))
if True:
self.addItemLayout(itemlayout, self.theme.inactive, 1)
self.addItemLayout(itemlayout, self.theme.active, 2)
# </itemlayout>
SubElement(control, 'focusedlayout', height=str(self.height), width=str(self.width))
# <content>
content = SubElement(control, 'content')
if True:
# <item>
for letter in self.letters:
content.append(letter.toXML())
# </item>
# </content>
# </control>
return control
def TextElement(root, name, detail_value):
if detail_value:
te = SubElement(root, name)
if detail_value.type == "text/html": detail_value.type = "html"
if detail_value.type == "text/plain": detail_value.type = "text"
te.attrib["type"] = detail_value.type
te.text = detail_value.value
def CreateSourceElement(ee, feed):
"""Create an atom:source element in the provided entry element,
based on the provided feed metadata.
"""
if not feed: return
root = SubElement(ee, "source")
TextElement(root, "title", feed.get("title_detail"))
if feed.has_key("links"):
for link in feed.links:
LinkElement(root, "link", link)
TextElement(root, "subtitle", feed.get("subtitle_detail"))
TextElement(root, "rights", feed.get("rights_detail"))
SubElement(root, "generator").text = "feedarchive"
SubElement(root, "updated").text = rfc3339(time.time())
SubElementIf(root, "id", feed.get("id"))
if feed.has_key("image"):
SubElement(root, "icon").text = feed.image.href
if feed.has_key("tags"):
for tag in feed.tags:
te = SubElement(root, "category")
if tag.get("term"): te.attrib["term"] = tag.term
if tag.get("scheme"): te.attrib["scheme"] = tag.scheme
if tag.get("label"): te.attrib["label"] = tag.label
PersonElement(root, "author", feed.get("author_detail"))
def __call__ (self) :
self.processed = {}
self.pending = {}
tree = Element ("project", id = "SW-Tasks")
SubElement (tree, "label").text = ("Task(s) %s." % self.toplevel)
SubElement (tree, "import-resources", file = "workers.xml")
if self.VERBOSE > 1 :
self.debug ("Writing `part_of` tree ...")
for issue_id in self.toplevel :
if self.VERBOSE > 2 :
self.debug \
("Issue %d is top-level. Processing it now ..." % issue_id)
issue = self.db.issue.getnode (issue_id)
self.process_issue (issue, tree)
if self.VERBOSE > 1 :
self.debug ("\nWriting issues due to `depends_on` or `needs` ...")
while self.pending :
(issue_id, issue) = self.pending.popitem ()
if issue_id not in self.processed :
if self.VERBOSE > 2 :
self.debug ("Adding %s ... " % issue_id)
self.process_issue (issue, tree)
else :
if self.VERBOSE > 3 :
self.debug ("%s already included." % issue_id)
file = open (self.oname, "w")
ElementTree (tree).write (file, encoding = "utf-8")
if self.VERBOSE > 1 :
self.debug ("Done.")
def dump(self, output):
tempo = {}
root = Element('resources')
root.tail = '\n'
tempo[()] = root
for key in self._resources_order:
for i in range(1, len(key) + 1):
if key[0:i] not in tempo:
parent = tempo[key[0:i - 1]]
value = self._resources.get(key[0:i], None)
if value is None:
elem = SubElement(parent, 'node', name=key[i - 1])
else:
fullKey = key[0]
for j in range(1, i):
fullKey += '/' + key[j]
newValue = self._dictionary[fullKey]
elem = SubElement(parent,
'node',
name=key[i - 1],
value=newValue)
parent.text = elem.tail = '\n' + i * SPACES
tempo[key[0:i]] = elem
fix_it(root)
print >> output, '<?xml version="1.0" encoding="UTF-8"?>'
ElementTree(root).write(output, 'ascii')
def build_request_xml(self, data, root_tag):
root = Element(root_tag, USERID=self.user_id)
for i, address in enumerate(data):
address_element = SubElement(root, 'Address', ID=str(i))
for field in self.address_fields:
SubElement(
address_element, field).text = address.get(field.lower())
return tostring(root)
def LinkElement(root, name, link):
if link:
le = SubElement(root, name)
if (link.has_key("rel")): le.attrib["rel"] = link.rel
if (link.has_key("title")): le.attrib["title"] = link.title
if (link.has_key("type")):
le.attrib["type"] = link.type
if (link.has_key("href")): le.attrib["href"] = link.href
def addRing(self, objRing, strType):
if strType == 'Inner':
elemBnd = Element('innerBoundaryIs')
else:
elemBnd = Element('outerBoundaryIs')
elemRing = SubElement(elemBnd, 'LinearRing')
elemCoords = SubElement(elemRing, "coordinates")
elemCoords.text = self.addCoordinates(objRing[1])
return elemBnd
def toXML(self):
# <window>
window = Element('window', id=str(WINDOW_ID))
if True:
# Fade in for 1.0 second (but not in screensaver mode)
if not self.screensaverMode:
SubElement(window, 'animation', effect='fade', time=str(1000)).text = 'WindowOpen'
# <controls>
controls = SubElement(window, 'controls')
if True:
# <control type="image">
color = Image(1280, 720, BACKGROUND_IMAGE, self.theme.background)
controls.append(color.toXML())
# </control>
# <control type="image">
if self.theme.image:
image = Image(self.theme.imageWidth, self.theme.imageHeight, self.theme.image)
else:
# Placeholder for if we change the theme by pressing T
image = Image(1280, 720, '-')
controls.append(image.toXML())
# </control>
#sprites = Sprites(self.layout, self.theme)
#controls.append(sprites.toXML())
# <control type="panel">
matrix = Matrix(self.letters, self.layout, self.theme)
controls.append(matrix.toXML())
# </control>
# </controls>
# </window>
return window
def formatNetworkAdapterConfig(parent_node, adapter):
adapter_node = SubElement(parent_node, 'NetworkAdapter')
textChild(adapter_node, 'Mac', adapter['mac'])
configs_node = SubElement(adapter_node, 'IpConfigurations')
for config in adapter['configurations']:
config_node = SubElement(configs_node, 'IpConfiguration')
textChild(config_node, 'Ip', config['ip'])
textChild(config_node, 'SubnetMask', config['netmask'])
if 'gateway' in config:
textChild(config_node, 'Gateway', config['gateway'])
def GetFeedElement(feed):
"""Create an atom:feed element for the provided feed.
The provided feed must be in the format described at http://feedparser.org.
"""
rss = Element("rss")
rss.attrib["version"] = "2.0"
root = SubElement(rss, "channel")
TextElement(root, "title", feed.feed.get("title_detail"))
if feed.feed.has_key("links"):
for link in feed.feed.links:
if link.rel != "self": continue
SubElementIf(root, "link", link.href)
TextElement(root, "description", feed.feed.get("subtitle_detail"))
TextElement(root, "copyright", feed.feed.get("rights_detail"))
SubElement(root, "generator").text = "feedarchive"
if feed.feed.has_key("image"):
im = feed.feed.image
ie = SubElement(root, "image")
SubElementIf(ie, "url", im.get("href"))
SubElementIf(ie, "title", im.get("title"))
SubElementIf(ie, "link", im.get("link"))
if feed.feed.has_key("tags"):
for tag in feed.feed.tags:
te = SubElement(root, "category")
if (tag.has_key("scheme")): te.attrib["domain"] = tag.scheme
te.text = tag.term
for entry in feed.entries:
ee = SubElement(root, "item")
TextElement(ee, "title", entry.get("title_detail"))
SubElementIf(ee, "link", entry.get("link"))
TextElement(ee, "description", entry.get("summary_detail"))
SubElementIf(ee, "guid", entry.get("id"))
DateTimeElement(ee, "pubDate", entry, "published")
PersonElement(ee, "author", entry.get("author_detail"))
if entry.has_key("links"):
for link in entry.links:
if link.rel != "enclosure": continue
ence = SubElement(ee, "enclosure")
AttribIf(ence, "url", link.get("url"))
AttribIf(ence, "length", link.get("length"))
AttribIf(ence, "type", link.get("type"))
return rss
def toXML(self):
'''Generate the xml representation of this Letter'''
# <item>
item = Element('item')
if True:
# <label>$INFO[Window(Home).Property(Unqlocked.0.Background)]</label>
SubElement(item, 'label').text = '$INFO[Window(Home).Property(%s)]' % (PROPERTY_INACTIVE % self.index)
# <label2>$INFO[Window(Home).Property(Unqlocked.0.Highlight)]</label2>
SubElement(item, 'label2').text = '$INFO[Window(Home).Property(%s)]' % (PROPERTY_ACTIVE % self.index)
# <onclick>-</onclick>
SubElement(item, 'onclick').text = '-'
# </item>
return item
def gencix(major, minor):
# First generate first pass at the CILE over all of the lib tree
cixfile = "activeperl-%d.%d.cix" % (major, minor)
command = "python ../../../ci2.py scan -n -r -p -l Perl -T /tmp/ActivePerl-%d.%d/perl/lib -i \"*.pm\"> %s" % (
major, minor, cixfile)
retval = os.system(command)
if retval != 0:
print "Error scanning ActivePerl library"
sys.exit(retval)
#
# Grab the output of that scan
root = parse(cixfile).getroot()
newroot = Element("codeintel", version="2.0")
cixfile = SubElement(newroot,
"file",
lang="Perl",
mtime=str(int(time.time())),
path=os.path.basename('perl.cix'))
for file in root.getiterator('file'):
print >> sys.stderr, "Processing", file.get('path')
for blob in file:
if blob.get("src"):
# Don't want the src string.
del blob.attrib["src"]
cixfile.append(blob)
cix = genPerlStdCIX(
cixfile,
"/tmp/ActivePerl-%d.%d/perl/lib/pod/perlfunc.pod" % (major, minor))
parent_map = dict((c, p) for p in cixfile.getiterator() for c in p)
for variable in newroot.getiterator('variable'):
attributes = variable.get('attributes')
if attributes and '__local__' in variable.get('attributes'):
parent_map[variable].remove(variable)
# Generate the CIX.
print >> sys.stderr, "Prettying"
prettify(newroot)
tree = ElementTree(newroot)
#fname = '../../../lib/codeintel2/stdlibs/perl-%d.%d.cix' % (major, minor)
fname = 'perl-%d.%d.cix' % (major, minor)
#os.system('p4 edit %s' % fname)
stream = open(fname, "w")
print >> sys.stderr, "Writing"
stream.write('<?xml version="1.0" encoding="UTF-8"?>\n')
tree.write(stream)
stream.close()
def write_task (self, issue, tree) :
user = self.db.user.getnode (issue.responsible)
SubElement (tree, "label").text = \
("%s" %
( escape (issue.title [:50])
+ ("","...")[len (issue.title) > 50]
)
)
SubElement (tree, "priority").text = \
("%d" % (issue.effective_prio or issue.priority))
### XXX still not taking candidates into account
SubElement \
( tree
, "use-resource"
, idref = "%s" % (user.nickname or user.username)
, type = "worker"
)
if not issue.composed_of :
effort = issue.numeric_effort or (5, 1)[issue.status == self.s_test]
effort = int (effort + .5)
SubElement (tree, "duration", unit = "days").text = ("%s" % effort)
else : # fill containers with a dummy length of 0 days
SubElement (tree, "duration", unit = "days").text = "0"
for dep_id in issue.depends or [] :
if self.db.issue.getnode (dep_id).status != self.s_closed :
SubElement \
( tree
, "constraint"
, type = "begin-after-end"
).text = ("%s" % dep_id)
for dep_id in issue.needs or [] :
if self.db.issue.getnode (dep_id).status != self.s_closed :
SubElement \
( tree
, "constraint"
, type = "end-after-end"
).text = ("%s" % dep_id)
if issue.deadline :
SubElement \
( tree
, "constraint"
, type = "end-before-date"
).text = ("%s" % self.reduce_date (issue.deadline))
if issue.earliest_start :
SubElement \
( tree
, "constraint"
, type = "begin-after-date"
).text = ("%s" % self.reduce_date (issue.earliest_start))
def GetFeedElement(feed):
"""Create an atom:feed element for the provided feed.
The provided feed must be in the format described at http://feedparser.org.
"""
root = Element("feed")
root.attrib["xmlns"] = "http://www.w3.org/2005/Atom"
TextElement(root, "title", feed.feed.get("title_detail"))
if feed.feed.has_key("links"):
for link in feed.feed.links:
LinkElement(root, "link", link)
TextElement(root, "subtitle", feed.feed.get("subtitle_detail"))
TextElement(root, "rights", feed.feed.get("rights_detail"))
SubElement(root, "generator").text = "feedarchive"
SubElement(root, "updated").text = rfc3339(time.time())
SubElementIf(root, "id", feed.feed.get("id"))
if feed.feed.has_key("image"):
SubElement(root, "icon").text = feed.feed.image.href
if feed.feed.has_key("tags"):
for tag in feed.feed.tags:
te = SubElement(root, "category")
if tag.get("term"): te.attrib["term"] = tag.term
if tag.get("scheme"): te.attrib["scheme"] = tag.scheme
if tag.get("label"): te.attrib["label"] = tag.label
PersonElement(root, "author", feed.feed.get("author_detail"))
for entry in feed.entries:
ee = SubElement(root, "entry")
TextElement(ee, "title", entry.get("title_detail"))
if entry.has_key("links"):
for link in entry.links:
LinkElement(ee, "link", link)
TextElement(ee, "summary", entry.get("summary_detail"))
TextElement(ee, "content", entry.get("content_detail"))
DateTimeElement(ee, "published", entry, "published")
DateTimeElement(ee, "updated", entry, "updated")
SubElementIf(ee, "id", entry.get("id"))
PersonElement(ee, "author", entry.get("author_detail"))
PersonElement(ee, "publisher", entry.get("publisher_detail"))
if entry.has_key("contributors"):
for contributor in entry.contributors:
PersonElement(ee, "contributor", contributor)
CreateSourceElement(ee, entry.get("source"))
return root
def toelem(pattern, elem):
from elementtree.ElementTree import SubElement
patt = SubElement(elem, 'pattern')
patt.attrib['name'] = str(pattern.name)
patt.attrib['beats'] = str(pattern.beats)
for note in pattern:
sub = SubElement(patt, 'note')
sub.attrib['start'] = str(note.start)
sub.attrib['stop'] = str(note.stop)
sub.attrib['pitch'] = str(note.pitch)
def dump(self, output, lang):
tempo = {}
root = Element('resources')
root.tail = '\n'
tempo[()] = root
for key in self._resources_order:
for i in range(1, len(key) + 1):
if key[0:i] not in tempo:
parent = tempo[key[0:i - 1]]
value = self._resources.get(key[0:i], None)
if value is None:
elem = SubElement(parent, 'node', name=key[i - 1])
else:
localized = value.get(lang, None)
english = value.get('en', None)
if english is None:
print >> sys.stderr, 'English file does not have the string for', key[
0:i]
print >> sys.stderr, ' entry is marked as obosolete.'
elem = SubElement(parent,
'node',
name=key[i - 1],
value=localized,
obsolete='true')
elif localized is not None:
elem = SubElement(parent,
'node',
name=key[i - 1],
value=localized)
else:
elem = SubElement(parent,
'node',
name=key[i - 1],
value=english,
toBeTranslated='true')
parent.text = elem.tail = '\n' + i * SPACES
tempo[key[0:i]] = elem
fix_it(root)
print >> output, '<?xml version="1.0" encoding="UTF-8"?>'
ElementTree(root).write(output, 'utf-8')
def createFilePodcast(mediaFilePath, title, description=''):
"""
create the xml file using utf
"""
mediaItem = Element("media")
mediaItem.attrib["version"] = VERSION
titleNode = SubElement(mediaItem, "title")
titleNode.text = title
descrNode = SubElement(mediaItem, "description")
descrNode.text = description
createXmlFile(mediaFilePath + '.xml', mediaItem)
mediaItem.clear()
def main():
top_node = Element('osinfo')
if sys.platform == 'win32':
info = windowsInfo()
elif sys.platform == 'linux2':
info = linuxInfo()
elif sys.platform.startswith('freebsd'):
info = bsdInfo()
SubElement(top_node, 'name').text = info['name']
SubElement(top_node, 'version').text = info['version']
SubElement(top_node, 'details').text = info['details']
print tostring(top_node)
return 0
def ToElement(self):
"""
Gets an ElementTree.Element representation.
"""
peer = self.peer
elt = Element("entity", id=peer.id_)
SubElement(elt, "address").text = peer.address.ToString()
SubElement(elt, "version").text = str(peer.protocol_version)
hist = SubElement(elt, "history")
keys = self.intervals.keys()
keys.sort()
for k in keys:
c = SubElement(hist, "connected")
i = self.intervals[k]
c.text = "%s-%s" % (i.start, i.end)
return elt
def changeSyntaticToPhonetic(xml):
lexicon = xml.getroot()
for lemma in lexicon.getiterator('lemma'):
if lemma.get('special'): continue
phon = lemma.find('phon')
if phon is not None:
phon = phon.text.split()
phon.append('#1')
synt = lemma.find('synt')
if synt is None:
synt = SubElement(lemma, 'synt')
else:
synt.clear()
synt.tail = '\n '
if phon:
for ph in phon:
SubElement(synt, 'tok').text = ph
def gencix(major, minor):
# First generate first pass at the CILE over all of the lib tree
cixfile = "activeperl-%d.%d.cix" % (major, minor)
command = "python ../../../ci2.py scan -n -r -p -l Perl -T /tmp/ActivePerl-%d.%d/perl/lib -i \"*.pm\"> %s" % (major, minor, cixfile)
retval = os.system(command)
if retval != 0:
print "Error scanning ActivePerl library"
sys.exit(retval)
#
# Grab the output of that scan
root = parse(cixfile).getroot()
newroot = Element("codeintel", version="2.0")
cixfile = SubElement(newroot, "file", lang="Perl",
mtime=str(int(time.time())),
path=os.path.basename('perl.cix'))
for file in root.getiterator('file'):
print >> sys.stderr, "Processing", file.get('path')
for blob in file:
if blob.get("src"):
# Don't want the src string.
del blob.attrib["src"]
cixfile.append(blob)
cix = genPerlStdCIX(cixfile, "/tmp/ActivePerl-%d.%d/perl/lib/pod/perlfunc.pod" % (major, minor))
parent_map = dict((c, p) for p in cixfile.getiterator() for c in p)
for variable in newroot.getiterator('variable'):
attributes = variable.get('attributes')
if attributes and '__local__' in variable.get('attributes'):
parent_map[variable].remove(variable)
# Generate the CIX.
print >>sys.stderr, "Prettying"
prettify(newroot)
tree = ElementTree(newroot)
#fname = '../../../lib/codeintel2/stdlibs/perl-%d.%d.cix' % (major, minor)
fname = 'perl-%d.%d.cix' % (major, minor)
#os.system('p4 edit %s' % fname)
stream = open(fname, "w")
print >>sys.stderr, "Writing"
stream.write('<?xml version="1.0" encoding="UTF-8"?>\n')
tree.write(stream)
stream.close()
def add_work_unit_to_task(tree_root, task_name_or_id):
"""Adds a work unit to the specified task. If the task is not
active, the operation throws Active_error."""
# Obtain the task id.
node = find_task(tree_root, task_name_or_id)
task_id = node.find("id").text
# If the task is killed, report it.
if node.get("killed") == "yes":
raise Active_error("Task %s is dead, aborting "
"operation." % task_name_or_id)
# Create a work-unit for the found task.
work_units = tree_root.find("work-unit-list")
work_unit = SubElement(work_units, "work-unit")
work_unit.set("id", task_id)
work_unit.text = get_today()
def process_issue (self, issue, tree) :
"""Process an issue: Write the XML output, add the `issue`
to `processed` and continue recursively calling `collect_parts`.
"""
task = SubElement (tree, "task", id = ("%s" % issue.id))
self.write_task (issue, task)
self.processed [issue.id] = issue
self.collect_parts (issue, task)
def FormattedContent(self, report_obj, chart_style, request):
from atrinsic.base.models import AqWidget,UserAqWidget
x = self.widget_id
widget = AqWidget.objects.get(pk=self.widget_id)
var_columns = None
if self.user_widget_id != None:
user_widget = UserAqWidget.objects.get(pk=self.user_widget_id)
if user_widget.custom_columns != None:
var_columns = user_widget.custom_columns
if (var_columns == None) & (self.data_columns != None):
var_columns = self.data_columns
else:
var_columns = widget.data_columns
if var_columns.find(",") > 0:
col1,col2 = var_columns.split(",")
else:
col1 = var_columns
col2 = None
columns = { 'var1': col1, 'var2':col2 }
if chart_style == "table":
html = self.getReportHTML(report_obj)
return html
elif chart_style == "json-array":
import cjson
return cjson.encode(report_obj.RenderContents())
elif chart_style == "json":
import cjson
json = self.get_json(report_obj)
return cjson.encode(json)
elif chart_style == "xml":
from elementtree import ElementTree
from elementtree.ElementTree import Element,tostring,SubElement,ElementTree,dump
xmldict = {}
xmldict["xml"] = self.get_json(report_obj)
root = Element("xml")
for row in xmldict["xml"]:
item_element = SubElement(root,"item")
for field in row:
SubElement(item_element,field).text = row[field]
return tostring(root)
else:
return self.getAQChart(request=request,chart_style=chart_style,report_obj=report_obj,columns=columns)
def add_task(tree_root, task_name):
"""Adds (stripped) task_name to the tree_root."""
assert task_name == task_name.strip()
assert len(task_name) > 1
# Get a new task id, higher than all previous ones.
id_num = highest_task_id(tree_root) + 1
assert id_num >= 0
# Create the task.
tasklist = tree_root.find("task-list")
task = SubElement(tasklist, "task")
SubElement(task, "id").text = "%d" % id_num
SubElement(task, "name").text = task_name.strip()
date_today = get_today()
SubElement(task, "starting-day").text = date_today
SubElement(task, "note").text = ""
last_unit = SubElement(task, "last-unit", attrib = {"amount": "0"})
last_unit.text = date_today
def recurse_for_children(current_node, parent_node, active_cat, show_empty=True):
child_count = current_node.child.count()
if show_empty or child_count > 0 or current_node.product_set.count() > 0:
temp_parent = SubElement(parent_node, 'li')
attrs = {'href': current_node.get_absolute_url()}
if current_node == active_cat:
attrs["class"] = "current"
if current_node.parent:
link = SubElement(temp_parent, 'a', attrs)
else:
link = SubElement(temp_parent, 'span', {})
link.text = current_node.name
if child_count > 0:
new_parent = SubElement(temp_parent, 'ul')
children = current_node.child.all()
for child in children:
recurse_for_children(child, new_parent, active_cat)
def ConvertDialogToElement(dialog):
# build a tree structure
root = Element("DIALOG")
for ctrl in dialog.AllControls():
ctrlElem = SubElement(root, "CONTROL")
for name, value in ctrl.properties.items():
AddElement(ctrlElem, name, value)
return root
def AddElement(element, name, value):
# if it is a ctypes structure
if isinstance(value, ctypes.Structure):
# create an element for the structure
structElem = SubElement(element, name)
# iterate over the fields in the structure
for propName in value._fields_:
propName = propName[0]
itemVal = getattr(value, propName)
if isinstance(itemVal, (int, long)):
propName += "_LONG"
itemVal = unicode(itemVal)
structElem.set(propName, EscapeSpecials(itemVal))#.encode('utf8'))
elif isinstance(value, (list, tuple)):
# add the element to hold the values
#listElem = SubElement(element, name)
# remove the s at the end (if there)
name = name.rstrip('s')
for i, attrVal in enumerate(value):
AddElement(element, "%s_%05d"%(name, i), attrVal)
elif isinstance(value, dict):
dictElem = SubElement(element, name)
for n, val in value.items():
AddElement(dictElem, n, val)
else:
if isinstance(value, (int, long)):
name += "_LONG"
element.set(name, EscapeSpecials(value))#.encode('utf8', 'backslashreplace'))
def toelem(pattern, elem):
from elementtree.ElementTree import SubElement
patt = SubElement(elem, 'pattern')
patt.attrib['name'] = str(pattern.name)
patt.attrib['beats'] = str(pattern.beats)
for note in pattern:
sub = SubElement(patt, 'note')
sub.attrib['start'] = str(note.start)
sub.attrib['stop'] = str(note.stop)
sub.attrib['pitch'] = str(note.pitch)
def create_empty_configuration_file(file_name):
"""Creates a default empty file with today's date as starting day."""
root = Element("frequent-task-reminder")
# Create the configuration element.
config = SubElement(root, "configuration")
# Set the first day to track as today.
start = SubElement(config, "starting-day")
start.text = time.asctime()
# Create a default empty task.
tasklist = SubElement(root, "tasklist")
task = SubElement(tasklist, "task")
SubElement(task, "id").text = 0
SubElement(task, "name").text = "Default name"
SubElement(task, "notes").text = "Some random notes you can modify."
# Finally write the xml file.
ElementTree(root).write(file_name, encoding="latin1")
print "Created empty configuration file '%s'." % file_name
def _set_link_rel_edit(self, etree, id):
reledit = [
e for e in etree.findall(ATOM_LINK) if e.get('rel', '') == 'edit'
]
if not reledit:
new_lin = SubElement(etree.getroot(), ATOM_LINK)
new_lin.set('rel', 'edit')
new_lin.set('href', self.EDIT_URI_TEMPLATE % id)
else:
reledit[0].set('href', self.EDIT_URI_TEMPLATE % id)
def write(pattern, fpath):
from elementtree.ElementTree import Element, SubElement, ElementTree
from elementtree import TidyTools
root = Element('xml')
patt = SubElement(root, 'pattern')
patt.attrib['name'] = str(pattern.name)
patt.attrib['beats'] = str(pattern.beats)
for note in pattern:
sub = SubElement(patt, 'note')
sub.attrib['start'] = str(note.start)
sub.attrib['stop'] = str(note.stop)
sub.attrib['pitch'] = str(note.pitch)
ElementTree(root).write(fpath)
os.system('tidy -xml -iqm \"%s\"' % fpath)
def toElementTree(self, details):
"""
Return an Element node with the XML rappresentation of this module
"""
c = Element('module')
n = SubElement(c, 'name')
n.text = self._alias
if details:
# version
v = SubElement(c, 'version')
v.text = str(self._version)
# type
t = SubElement(c, 'type')
t.text = self._type
# lock
u = SubElement(c, 'upgradable')
u.text = repr(self._upgradable).lower()
return c
def __init__(self, lstData, GeoType, strPath, strFilename, strLayername):
dctWriteKML = {'Point': self.writePoint, 'Polyline': self.writeLine, 'Polygon': self.writePolygon}
#Create new element tree with a root of KML...
objRoot = Element("{http://earth.google.com/kml/2.1}kml")
objTree = ElementTree(element=objRoot)
elemDoc = SubElement(objRoot, 'Document')
elemDocName = SubElement(elemDoc, 'name')
#According the KML spec, default Polystyle stuff goes here...
elemDocName.text = strLayername
#Add a document name element here...populate from supplied parameters
for objRow in lstData:
elemPlace = SubElement(elemDoc, 'Placemark')
elemName =SubElement(elemPlace,'name')
elemName.text = objRow['Name']
#Add support for the description tag...
elemDesc = SubElement(elemPlace, 'description')
elemDesc.text = objRow['Description']
elemGeo = dctWriteKML.get(GeoType, self.errHandler)(objRow['Geometry'], elemPlace)
elemPlace.append(elemGeo)
self.Write(objTree, strPath, strFilename)
def toXML(self):
# <control>
control = Element('control', type='image', id=str(self.id))
if True:
SubElement(control, 'posx').text = str((1280 - self.width) / 2)
SubElement(control, 'posy').text = str((720 - self.height) / 2)
SubElement(control, 'width').text = str(self.width)
SubElement(control, 'height').text = str(self.height)
SubElement(control, 'texture').text = self.image
if self.diffuse:
SubElement(control, 'colordiffuse').text = self.diffuse # AARRGGBB
# </control>
return control
def createFilePodcast(mediaFilePath, title, description=''):
"""
create the xml file using utf
"""
mediaItem = Element("media")
mediaItem.attrib["version"] = VERSION
titleNode = SubElement(mediaItem, "title")
titleNode.text = title
descrNode = SubElement(mediaItem, "description")
descrNode.text = description
createXmlFile(mediaFilePath + '.xml', mediaItem)
mediaItem.clear()
def changeSyntaticToPhonetic(xml):
lexicon = xml.getroot()
for lemma in lexicon.getiterator('lemma'):
if lemma.get('special'): continue
phon = lemma.find('phon')
if phon is not None:
phon = phon.text.split()
phon.append('#1')
synt = lemma.find('synt')
if synt is None:
synt = SubElement(lemma, 'synt')
else:
synt.clear()
synt.tail = '\n '
if phon:
for ph in phon:
SubElement(synt, 'tok').text = ph
def add_task(self, taskid, tasktype, folder=None):
"""Add a task to the default xml task sheet
Args:
taskid: unique ID for new task for tracking individual tasks
tasktype: Identifier to track purpose of task
folder: Name of output folder if necessary
Returns:
None
Raises:
None
"""
if tasktype == "processSolr":
if folder == None:
folder = self.solrFolder
root = self.tree.getroot()
newTask = SubElement(root, "task")
newNode = Element("status")
newNode.text = "pending"
newTask.append(newNode)
newNode = Element("taskid")
newNode.text = str(taskid)
newTask.append(newNode)
newNode = Element("directory")
newNode.text = str(folder)
newTask.append(newNode)
self.tree.write("outfile.xml")
elif tasktype == "processTopic":
print "Processing topic modeling data"
if folder == None:
folder = self.topicFolder
else:
print "Unknown task" + tasktype
def changeSyntaticToPhonetic(xml):
lexicon = xml.getroot()
for lemma in lexicon.getiterator("lemma"):
if lemma.get("special"):
continue
phon = lemma.find("phon")
if phon is not None:
phon = phon.text.split()
phon.append("#1")
synt = lemma.find("synt")
if synt is None:
synt = SubElement(lemma, "synt")
else:
synt.clear()
synt.tail = "\n "
if phon:
for ph in phon:
SubElement(synt, "tok").text = ph
def formatSystemStatus(info):
top_node = Element('systemstatus')
SubElement(top_node, 'datetime',
{'value': time.strftime(TIME_FORMAT, info['datetime'])})
for cpu in info['cpus']:
cpu_node = SubElement(top_node, 'cpu', {
'value': cpu['value'],
'used': cpu['used'],
})
cores_node = SubElement(cpu_node, 'cores')
for core in cpu['cores']:
SubElement(cores_node, 'core', core)
SubElement(top_node, 'ram', info['ram'])
disks = SubElement(top_node, 'disks')
for disk in info['disks']:
SubElement(disks, 'disk', disk)
return tostring(top_node)
def output_workers (self, file = sys.stdout) :
week = []
tree = Element ("resources-list", type = "worker")
tt = SubElement (tree, "timetable", id = "weekend")
SubElement (tt, "dayoff", type = "weekday").text = "saturday"
SubElement (tt, "dayoff", type = "weekday").text = "sunday"
for day in ("monday", "tuesday", "wednesday", "thursday", "friday") :
tt = SubElement (tree, "timetable", id = day)
SubElement (tt, "dayoff", type = "weekday").text = day
week.append (day)
stati = [self.db.user_status.lookup (i)
for i in ("valid", "obsolete", "system")
]
for uid in self.db.user.filter (None, dict (status = stati)) :
dyn = self.get_user_dynamic (self.db, uid, self.now)
if not dyn :
dyn = self.last_user_dynamic (self.db, uid)
user = self.db.user.getnode (uid)
if not user.nickname and not user.username :
continue
r = SubElement \
( tree
, "resource"
, id = (user.nickname or user.username).decode ("utf-8")
, fullname = (user.realname or user.username).decode ("utf-8")
)
SubElement (r, "use-timetable", idref = "weekend")
wh = 38.5
if dyn :
wh = self.weekly_hours (dyn) or 38.5
wh *= 4
wh += 7.75 * 4 - 1
wh = int (wh)
wh = int (wh / (7.75 * 4))
for i in range (wh, 5) :
SubElement (r, "use-timetable", idref = week [i])
ElementTree (tree).write (file, encoding = "utf-8")
def _ConvertModelPerformance(perf,modelPerf):
if len(modelPerf)>3:
confMat = modelPerf[3]
accum = 0
for row in confMat:
for entry in row:
accum += entry
accum = str(accum)
else:
confMat = None
accum = 'N/A'
if len(modelPerf)>4:
elem = SubElement(perf,"ScreenThreshold")
elem.text=str(modelPerf[4])
elem = SubElement(perf,"NumScreened")
elem.text=accum
if len(modelPerf)>4:
elem = SubElement(perf,"NumSkipped")
elem.text=str(modelPerf[6])
elem = SubElement(perf,"Accuracy")
elem.text=str(modelPerf[0])
elem = SubElement(perf,"AvgCorrectConf")
elem.text=str(modelPerf[1])
elem = SubElement(perf,"AvgIncorrectConf")
elem.text=str(modelPerf[2])
if len(modelPerf)>4:
elem = SubElement(perf,"AvgSkipConf")
elem.text=str(modelPerf[5])
if confMat:
elem = SubElement(perf,"ConfusionMatrix")
elem.text = str(confMat)
def textChild(parent, name, text): n = SubElement(parent, name) n.text = text return n
def TextElement(root, name, detail_value):
if detail_value:
te = SubElement(root, name)
te.text = detail_value.value
def toElementTree(self, details):
"""
Return an Element node with the XML rappresentation of this module
"""
c = Element('module')
n = SubElement(c, 'name')
n.text = self._alias
if details:
# version
v = SubElement(c, 'version')
v.text = str(self._version)
# type
t = SubElement(c, 'type')
t.text = self._type
# lock
u = SubElement(c, 'upgradable')
u.text = repr(self._upgradable).lower()
return c
def addGraphonesToLexicon(xml, graphones):
lexicon = xml.getroot()
for letters, phonemes in graphones:
lemma = SubElement(lexicon, 'lemma')
lemma.text = '\n '
orth = SubElement(lemma, 'orth')
orth.text = '_' + ''.join(letters) + '_'
orth.tail = '\n '
phon = SubElement(lemma, 'phon')
phon.text = ' '.join(phonemes)
phon.tail = '\n '
synt = SubElement(lemma, 'synt')
SubElement(synt, 'tok').text = lmToken(letters, phonemes)
synt.tail = '\n'
# synt.tail = '\n '
# eval = SubElement(lemma, 'eval')
# SubElement(eval, 'tok').text = '[UNKNOWN]'
# eval.tail = '\n'
lemma.tail = '\n'
def genPerlStdCIX(filename, stream):
log.debug("genPerlStdCIX(filename=%r, stream=%r)", filename, stream)
root = Element("codeintel", version="2.0")
cixfile = SubElement(root, "file", lang="Perl",
mtime=str(int(time.time())),
path=os.path.basename(filename))
# Process Perl's built-ins out of perlfunc.pod.
if 1:
p4path = "//depot/main/Apps/Gecko/src/Core/pod/perlfunc.pod"
cmd = "p4 print -q %s" % p4path
i,o,e = os.popen3(cmd)
lines = o.read().splitlines(0)
i.close(); o.close(); retval = e.close()
if retval:
raise Error("error running: %s" % cmd)
else:
lines = open("perlfunc.pod", 'r').read().splitlines(0)
# Parse the "Alphabetical Listing of Perl Functions" into a list of
# 'blocks' where each block is one command-"=item" block.
start = lines.index("=head2 Alphabetical Listing of Perl Functions")
blocks = []
block = None
level = 0
def parseItem(line):
sig = line.split(None, 1)[1]
name = re.split("[ \t\n(/]", sig, 1)[0]
return name, sig
for i, line in enumerate(lines[start:]):
if line.startswith("=over"):
level += 1
if line.startswith("=back"):
level -= 1
if level == 0: # done the 'Alphabetical Listing' section
if block: blocks.append(block)
break
if level > 1:
if block:
block["lines"].append(line)
elif block is None and not line.startswith("=item"):
continue
elif block is None and line.startswith("=item"):
block = {}
name, sig = parseItem(line)
block = {
"name": name,
"sigs": [sig],
"lines": []
}
elif line.startswith("=item"):
name, sig = parseItem(line)
if name == block["name"]:
block["sigs"].append(sig)
else:
blocks.append(block)
block = {
"name": name,
"sigs": [sig],
"lines": []
}
else:
if not block["lines"] and not line.strip():
pass # drop leading empty lines
elif not line.strip() and block["lines"] and \
not block["lines"][-1].strip():
pass # collapse multiple blank lines
else:
block["lines"].append(line)
#pprint(blocks)
# Process the blocks into a list of command info dicts.
def podrender(pod):
rendered = pod
rendered = re.sub("F<(.*?)>", r"\1", rendered)
rendered = re.sub("I<(.*?)>", r"*\1*", rendered)
def quoteifspaced(match):
if ' ' in match.group(1):
return "'%s'" % match.group(1)
else:
return match.group(1)
rendered = re.sub("C<(.*?)>", quoteifspaced, rendered)
def linkrepl(match):
content = match.group(1)
if content.startswith("/"): content = content[1:]
if "/" in content:
page, section = content.split("/", 1)
content = "%s in '%s'" % (section, page)
else:
content = "'%s'" % content
return content
rendered = re.sub("L<(.*?)>", linkrepl, rendered)
return rendered
# These perl built-ins are grouped in perlfunc.pod.
commands = []
WIDTH = 60 # desc field width
syscalls = """
getpwnam getgrnam gethostbyname getnetbyname getprotobyname
getpwuid getgrgid getservbyname gethostbyaddr getnetbyaddr
getprotobynumber getservbyport getpwent getgrent gethostent
getnetent getprotoent getservent setpwent setgrent sethostent
setnetent setprotoent setservent endpwent endgrent endhostent
endnetent endprotoent endservent
""".split()
calltip_skips = "sub use require".split()
for block in blocks:
name, sigs, lines = block["name"], block["sigs"], block["lines"]
if name == "-X": # template for -r, -w, -f, ...
pattern = re.compile(r"^ (-\w)\t(.*)$")
tlines = [line for line in lines if pattern.match(line)]
for tline in tlines:
tname, tdesc = pattern.match(tline).groups()
tsigs = [s.replace("-X", tname) for s in sigs]
command = {"name": tname, "sigs": tsigs,
"desc": textwrap.fill(tdesc, WIDTH)}
commands.append(command)
elif name in ("m", "q", "qq", "qr", "qx", "qw", "s", "tr", "y"):
operators = {
"m": """\
m/PATTERN/cgimosx
/PATTERN/cgimosx
Searches a string for a pattern match, and in scalar
context returns true if it succeeds, false if it fails.
""",
"q": """\
q/STRING/
'STRING'
A single-quoted, literal string.
""",
"qq": """\
qq/STRING/
"STRING"
A double-quoted, interpolated string.
""",
"qr": """\
qr/STRING/imosx
Quotes (and possibly compiles) STRING as a regular
expression.
""",
"qx": """\
qx/STRING/
`STRING`
A string which is (possibly) interpolated and then
executed as a system command.
""",
"qw": """\
qw/STRING/
Evaluates to a list of the words extracted out of STRING,
using embedded whitespace as the word delimiters.
""",
"s": """\
s/PATTERN/REPLACEMENT/egimosx
Searches a string for a pattern, and if found, replaces
that pattern with the replacement text and returns the
number of substitutions made. Otherwise it returns the
empty string.
""",
"tr": """\
tr/SEARCHLIST/REPLACEMENTLIST/cds
y/SEARCHLIST/REPLACEMENTLIST/cds
Transliterates all occurrences of the characters found in
the search list with the corresponding character in the
replacement list. It returns the number of characters
replaced or deleted.
""",
"y": """\
tr/SEARCHLIST/REPLACEMENTLIST/cds
y/SEARCHLIST/REPLACEMENTLIST/cds
Transliterates all occurrences of the characters found in
the search list with the corresponding character in the
replacement list. It returns the number of characters
replaced or deleted.
""",
}
sigs = []
desclines = None
for line in operators[name].splitlines(0):
if desclines is not None:
desclines.append(line.strip())
elif not line.strip():
desclines = []
else:
sigs.append(line.strip())
command = {"name": name, "sigs": sigs,
"desc": textwrap.fill(' '.join(desclines), WIDTH)}
commands.append(command)
elif name in syscalls:
desc = "Performs the same function as the '%s' system call." % name
desc = textwrap.fill(desc, WIDTH)
getterListContext = {
"getpw": "\n"
" ($name,$passwd,$uid,$gid,$quota,$comment,\n"
" $gcos,$dir,$shell,$expire) = %s",
"getgr": "\n ($name,$passwd,$gid,$members) = %s",
"gethost": "\n ($name,$aliases,$addrtype,$length,@addrs) = %s",
"getnet": "\n ($name,$aliases,$addrtype,$net) = %s",
"getproto": "\n ($name,$aliases,$proto) = %s",
"getserv": "\n ($name,$aliases,$port,$proto) = %s",
}
getterScalarContext = {
"getgrent": "$name = %s",
"getgrgid": "$name = %s",
"getgrnam": "$gid = %s",
"gethostbyaddr": "$name = %s",
"gethostbyname": "$addr = %s",
"gethostent": "$name = %s",
"getnetbyaddr": "$name = %s",
"getnetbyname": "$net = %s",
"getnetent": "$name = %s",
"getprotobyname": "$num = %s",
"getprotobynumber": "$name = %s",
"getprotoent": "$name = %s",
"getpwent": "$name = %s",
"getpwnam": "$uid = %s",
"getpwuid": "$name = %s",
"getservbyname": "$num = %s",
"getservbyport": "$name = %s",
"getservent": "$name = %s",
}
for prefix, template in getterListContext.items():
if name.startswith(prefix):
desc += template % sigs[0]
if name in getterScalarContext:
desc += "\nin list context or:\n "\
+ getterScalarContext[name] % sigs[0]
command = {"name": name, "desc": desc, "sigs": sigs}
commands.append(command)
elif name == "shmread":
desc = """\
Reads the System V shared memory segment ID
starting at position POS for size SIZE by attaching to it,
copying out, and detaching from it.
"""
desc = ' '.join([ln.strip() for ln in desc.splitlines(0)])
command = {"name": name, "sigs": sigs,
"desc": textwrap.fill(desc, WIDTH)}
commands.append(command)
elif name == "shmwrite":
desc = """\
Writes the System V shared memory segment ID
starting at position POS for size SIZE by attaching to it,
copying in, and detaching from it.
"""
desc = ' '.join([ln.strip() for ln in desc.splitlines(0)])
command = {"name": name, "sigs": sigs,
"desc": textwrap.fill(desc, WIDTH)}
commands.append(command)
elif name in calltip_skips:
continue # just drop the sub calltip: annoying
else:
# Parsing the description from the full description:
# Pull out the first sentence up to a maximum of three lines
# and one paragraph. If the first *two* sentences fit on the
# first line, then use both.
desc = ""
sentencePat = re.compile(r"([^\.]+(?:\. |\.$))")
if name in ("dbmclose", "dbmopen"):
# Skip the first paragraph: "[This function...superceded by"
lines = lines[lines.index('')+1:]
elif name == "do":
# Skip the first sentence: "Not really a function."
end = sentencePat.match(lines[0]).span()[1]
lines[0] = lines[0][end:].lstrip()
for i, line in enumerate(lines):
if not line.strip(): break
sentences = sentencePat.findall(line)
if not sentences:
desc += line + ' '
continue
elif i == 0 and len(sentences) > 1:
desc += ' '.join([s.strip() for s in sentences[:2]])
else:
desc += sentences[0].strip()
break
command = {"name": name, "sigs": sigs,
"desc": textwrap.fill(podrender(desc), WIDTH)}
commands.append(command)
#for command in commands:
# print
# print banner(command["name"], '-')
# print '\n'.join(command["sigs"])
# print
# print command["desc"]
# Generate the CIX for each function.
module_elt = SubElement(cixfile, "scope", ilk="blob", name="*") # "built-ins" module
for command in commands:
name, sigs, desc = command["name"], command["sigs"], command["desc"]
func_elt = SubElement(module_elt, "scope", ilk="function", name=name)
if sigs:
func_elt.set("signature", '\n'.join(sigs))
if desc:
doclines = desc.split('\n')[:3]
#doclines = parseDocSummary(doclines)
doc = '\n'.join(doclines)
func_elt.set("doc", doc)
# Generate the CIX.
prettify(root)
tree = ElementTree(root)
stream.write('<?xml version="1.0" encoding="UTF-8"?>\n')
tree.write(stream)
def _make_mods(self, qdc, PID):
"""Create a mods xml string for use with bibutils."""
mods = Element("mods")
# Metadata from the Journal
try:
ISSN = getattr(self, 'ISSN')
except:
ISSN = self.portal_properties.dipp_properties.ISSN.strip()
if ISSN == "":
fedora = getToolByName(self, "fedora")
jqdc = fedora.getQualifiedDCMetadata(fedora.PID)
ISSN = jqdc['identifierISSN']
# Metadata stored only in Plone
try:
startpage = self.startpage
except:
startpage = None
try:
endpage = self.endpage
except:
endpage = None
# Qualified Dublin Core Metadata (qdc) stored in Fedora
# title
qTitles = qdc['title']
titleInfo = SubElement(mods, "titleInfo")
title = SubElement(titleInfo, "title")
title.text = qTitles[0]['value']
# authors
for author in qdc['creatorPerson']:
name = SubElement(mods, "name", type="personal")
namePart = SubElement(name, "namePart", type="family")
namePart.text = author['lastName']
namePart = SubElement(name, "namePart", type="given")
namePart.text = author['firstName']
# abstract
qAbstracts = qdc['DCTermsAbstract']
abstract = SubElement(mods, "abstract")
abstract.text = qAbstracts[0]['value']
# subjects
subject = SubElement(mods, "subject")
for qSubject in qdc['subject']:
topic = SubElement(subject, "topic")
topic.text = qSubject
# ddc
for qDDC in qdc['DDC']:
ddc = SubElement(mods, "classification", authority="ddc")
ddc.text = qDDC
# genre
relatedItem = SubElement(mods, "relatedItem", type="host")
genre = SubElement(relatedItem, "genre", authority="marcgt")
genre.text = "periodical"
genre = SubElement(relatedItem, "genre")
genre.text = "academic journal"
# Bibliographic Data
bc = qdc['bibliographicCitation'][0]
# Journaltitle
titleInfo = SubElement(relatedItem, "titleInfo")
title = SubElement(titleInfo, "title")
title.text = bc['journalTitle']
# Volume/Issue/Pagenumbers
part = SubElement(relatedItem, "part")
volume = SubElement(part, "detail", type="volume")
number = SubElement(volume, "number")
number.text = bc["journalVolume"]
issue = SubElement(part, "detail", type="issue")
number = SubElement(issue, "number")
number.text = bc["journalIssueNumber"]
date = SubElement(part, "date")
try:
year = DateTime(bc["journalIssueDate"]).strftime('%Y')
except:
year = "????"
date.text = year
if startpage:
extent = SubElement(part, "extent", unit="page")
start = SubElement(extent, "start")
start.text = str(startpage)
end = SubElement(extent, "end")
end.text = str(endpage)
# identifier
id = qdc['creatorPerson'][0]["lastName"].lower() + str(year)
if ISSN:
issn = SubElement(mods, "identifier", type="issn")
issn.text = ISSN
urn = SubElement(mods, "identifier", type="urn")
urn.text = qdc['identifierURN']
if qdc['identifierDOI']:
doi = SubElement(mods, "identifier", type="doi")
doi.text = qdc['identifierDOI']
uri = SubElement(mods, "identifier", type="uri")
uri.text = "http://nbn-resolving.de/" + qdc['identifierURN']
citekey = SubElement(mods, "identifier", type="citekey")
citekey.text = id
return mods
def genPerlStdCIX(filename, stream):
log.debug("genPerlStdCIX(filename=%r, stream=%r)", filename, stream)
root = Element("codeintel", version="2.0")
cixfile = SubElement(root,
"file",
lang="Perl",
mtime=str(int(time.time())),
path=os.path.basename(filename))
# Process Perl's built-ins out of perlfunc.pod.
if 1:
p4path = "//depot/main/Apps/Gecko/src/Core/pod/perlfunc.pod"
cmd = "p4 print -q %s" % p4path
i, o, e = os.popen3(cmd)
lines = o.read().splitlines(0)
i.close()
o.close()
retval = e.close()
if retval:
raise Error("error running: %s" % cmd)
else:
lines = open("perlfunc.pod", 'r').read().splitlines(0)
# Parse the "Alphabetical Listing of Perl Functions" into a list of
# 'blocks' where each block is one command-"=item" block.
start = lines.index("=head2 Alphabetical Listing of Perl Functions")
blocks = []
block = None
level = 0
def parseItem(line):
sig = line.split(None, 1)[1]
name = re.split("[ \t\n(/]", sig, 1)[0]
return name, sig
for i, line in enumerate(lines[start:]):
if line.startswith("=over"):
level += 1
if line.startswith("=back"):
level -= 1
if level == 0: # done the 'Alphabetical Listing' section
if block:
blocks.append(block)
break
if level > 1:
if block:
block["lines"].append(line)
elif block is None and not line.startswith("=item"):
continue
elif block is None and line.startswith("=item"):
block = {}
name, sig = parseItem(line)
block = {"name": name, "sigs": [sig], "lines": []}
elif line.startswith("=item"):
name, sig = parseItem(line)
if name == block["name"]:
block["sigs"].append(sig)
else:
blocks.append(block)
block = {"name": name, "sigs": [sig], "lines": []}
else:
if not block["lines"] and not line.strip():
pass # drop leading empty lines
elif not line.strip() and block["lines"] and \
not block["lines"][-1].strip():
pass # collapse multiple blank lines
else:
block["lines"].append(line)
# pprint(blocks)
# Process the blocks into a list of command info dicts.
def podrender(pod):
rendered = pod
rendered = re.sub("F<(.*?)>", r"\1", rendered)
rendered = re.sub("I<(.*?)>", r"*\1*", rendered)
def quoteifspaced(match):
if ' ' in match.group(1):
return "'%s'" % match.group(1)
else:
return match.group(1)
rendered = re.sub("C<(.*?)>", quoteifspaced, rendered)
def linkrepl(match):
content = match.group(1)
if content.startswith("/"):
content = content[1:]
if "/" in content:
page, section = content.split("/", 1)
content = "%s in '%s'" % (section, page)
else:
content = "'%s'" % content
return content
rendered = re.sub("L<(.*?)>", linkrepl, rendered)
return rendered
# These perl built-ins are grouped in perlfunc.pod.
commands = []
WIDTH = 60 # desc field width
syscalls = """
getpwnam getgrnam gethostbyname getnetbyname getprotobyname
getpwuid getgrgid getservbyname gethostbyaddr getnetbyaddr
getprotobynumber getservbyport getpwent getgrent gethostent
getnetent getprotoent getservent setpwent setgrent sethostent
setnetent setprotoent setservent endpwent endgrent endhostent
endnetent endprotoent endservent
""".split()
calltip_skips = "sub use require".split()
for block in blocks:
name, sigs, lines = block["name"], block["sigs"], block["lines"]
if name == "-X": # template for -r, -w, -f, ...
pattern = re.compile(r"^ (-\w)\t(.*)$")
tlines = [line for line in lines if pattern.match(line)]
for tline in tlines:
tname, tdesc = pattern.match(tline).groups()
tsigs = [s.replace("-X", tname) for s in sigs]
command = {
"name": tname,
"sigs": tsigs,
"desc": textwrap.fill(tdesc, WIDTH)
}
commands.append(command)
elif name in ("m", "q", "qq", "qr", "qx", "qw", "s", "tr", "y"):
operators = {
"m":
"""\
m/PATTERN/cgimosx
/PATTERN/cgimosx
Searches a string for a pattern match, and in scalar
context returns true if it succeeds, false if it fails.
""",
"q":
"""\
q/STRING/
'STRING'
A single-quoted, literal string.
""",
"qq":
"""\
qq/STRING/
"STRING"
A double-quoted, interpolated string.
""",
"qr":
"""\
qr/STRING/imosx
Quotes (and possibly compiles) STRING as a regular
expression.
""",
"qx":
"""\
qx/STRING/
`STRING`
A string which is (possibly) interpolated and then
executed as a system command.
""",
"qw":
"""\
qw/STRING/
Evaluates to a list of the words extracted out of STRING,
using embedded whitespace as the word delimiters.
""",
"s":
"""\
s/PATTERN/REPLACEMENT/egimosx
Searches a string for a pattern, and if found, replaces
that pattern with the replacement text and returns the
number of substitutions made. Otherwise it returns the
empty string.
""",
"tr":
"""\
tr/SEARCHLIST/REPLACEMENTLIST/cds
y/SEARCHLIST/REPLACEMENTLIST/cds
Transliterates all occurrences of the characters found in
the search list with the corresponding character in the
replacement list. It returns the number of characters
replaced or deleted.
""",
"y":
"""\
tr/SEARCHLIST/REPLACEMENTLIST/cds
y/SEARCHLIST/REPLACEMENTLIST/cds
Transliterates all occurrences of the characters found in
the search list with the corresponding character in the
replacement list. It returns the number of characters
replaced or deleted.
""",
}
sigs = []
desclines = None
for line in operators[name].splitlines(0):
if desclines is not None:
desclines.append(line.strip())
elif not line.strip():
desclines = []
else:
sigs.append(line.strip())
command = {
"name": name,
"sigs": sigs,
"desc": textwrap.fill(' '.join(desclines), WIDTH)
}
commands.append(command)
elif name in syscalls:
desc = "Performs the same function as the '%s' system call." % name
desc = textwrap.fill(desc, WIDTH)
getterListContext = {
"getpw": "\n"
" ($name,$passwd,$uid,$gid,$quota,$comment,\n"
" $gcos,$dir,$shell,$expire) = %s",
"getgr": "\n ($name,$passwd,$gid,$members) = %s",
"gethost":
"\n ($name,$aliases,$addrtype,$length,@addrs) = %s",
"getnet": "\n ($name,$aliases,$addrtype,$net) = %s",
"getproto": "\n ($name,$aliases,$proto) = %s",
"getserv": "\n ($name,$aliases,$port,$proto) = %s",
}
getterScalarContext = {
"getgrent": "$name = %s",
"getgrgid": "$name = %s",
"getgrnam": "$gid = %s",
"gethostbyaddr": "$name = %s",
"gethostbyname": "$addr = %s",
"gethostent": "$name = %s",
"getnetbyaddr": "$name = %s",
"getnetbyname": "$net = %s",
"getnetent": "$name = %s",
"getprotobyname": "$num = %s",
"getprotobynumber": "$name = %s",
"getprotoent": "$name = %s",
"getpwent": "$name = %s",
"getpwnam": "$uid = %s",
"getpwuid": "$name = %s",
"getservbyname": "$num = %s",
"getservbyport": "$name = %s",
"getservent": "$name = %s",
}
for prefix, template in getterListContext.items():
if name.startswith(prefix):
desc += template % sigs[0]
if name in getterScalarContext:
desc += "\nin list context or:\n "\
+ getterScalarContext[name] % sigs[0]
command = {"name": name, "desc": desc, "sigs": sigs}
commands.append(command)
elif name == "shmread":
desc = """\
Reads the System V shared memory segment ID
starting at position POS for size SIZE by attaching to it,
copying out, and detaching from it.
"""
desc = ' '.join([ln.strip() for ln in desc.splitlines(0)])
command = {
"name": name,
"sigs": sigs,
"desc": textwrap.fill(desc, WIDTH)
}
commands.append(command)
elif name == "shmwrite":
desc = """\
Writes the System V shared memory segment ID
starting at position POS for size SIZE by attaching to it,
copying in, and detaching from it.
"""
desc = ' '.join([ln.strip() for ln in desc.splitlines(0)])
command = {
"name": name,
"sigs": sigs,
"desc": textwrap.fill(desc, WIDTH)
}
commands.append(command)
elif name in calltip_skips:
continue # just drop the sub calltip: annoying
else:
# Parsing the description from the full description:
# Pull out the first sentence up to a maximum of three lines
# and one paragraph. If the first *two* sentences fit on the
# first line, then use both.
desc = ""
sentencePat = re.compile(r"([^\.]+(?:\. |\.$))")
if name in ("dbmclose", "dbmopen"):
# Skip the first paragraph: "[This function...superceded by"
lines = lines[lines.index('') + 1:]
elif name == "do":
# Skip the first sentence: "Not really a function."
end = sentencePat.match(lines[0]).span()[1]
lines[0] = lines[0][end:].lstrip()
for i, line in enumerate(lines):
if not line.strip():
break
sentences = sentencePat.findall(line)
if not sentences:
desc += line + ' '
continue
elif i == 0 and len(sentences) > 1:
desc += ' '.join([s.strip() for s in sentences[:2]])
else:
desc += sentences[0].strip()
break
command = {
"name": name,
"sigs": sigs,
"desc": textwrap.fill(podrender(desc), WIDTH)
}
commands.append(command)
# for command in commands:
# print
# print banner(command["name"], '-')
# print '\n'.join(command["sigs"])
# print
# print command["desc"]
# Generate the CIX for each function.
module_elt = SubElement(cixfile, "scope", ilk="blob",
name="*") # "built-ins" module
for command in commands:
name, sigs, desc = command["name"], command["sigs"], command["desc"]
func_elt = SubElement(module_elt, "scope", ilk="function", name=name)
if sigs:
func_elt.set("signature", '\n'.join(sigs))
if desc:
doclines = desc.split('\n')[:3]
# doclines = parseDocSummary(doclines)
doc = '\n'.join(doclines)
func_elt.set("doc", doc)
# Generate the CIX.
prettify(root)
tree = ElementTree(root)
stream.write('<?xml version="1.0" encoding="UTF-8"?>\n')
tree.write(stream)
def addGraphonesToLexicon(xml, graphones):
lexicon = xml.getroot()
for letters, phonemes in graphones:
lemma = SubElement(lexicon, 'lemma')
lemma.text = '\n '
orth = SubElement(lemma, 'orth')
orth.text = '_' + ''.join(letters) + '_'
orth.tail = '\n '
phon = SubElement(lemma, 'phon')
phon.text = ' '.join(phonemes)
phon.tail = '\n '
synt = SubElement(lemma, 'synt')
SubElement(synt, 'tok').text = lmToken(letters, phonemes)
synt.tail = '\n'
# synt.tail = '\n '
# eval = SubElement(lemma, 'eval')
# SubElement(eval, 'tok').text = '[UNKNOWN]'
# eval.tail = '\n'
lemma.tail = '\n'
</feed>"""
etree = ElementTree(file=StringIO.StringIO(content))
feed = XML(content)
print etree
print feed
#print len(feed)
#print feed[0]
#print feed.keys()
ATOM = "http://www.w3.org/2005/Atom"
entry = etree.getiterator('{%s}entry'%ATOM)[0]
new_lin = SubElement(entry, '{%s}link'%ATOM)
new_lin.set('rel', 'source')
new_lin.set('href', 'http://somthing.org')
title = etree.findall('{%s}title'%ATOM)[0]
print tostring(title)
missing = etree.findall('{%s}missing'%ATOM)
print missing
for e in etree.findall('//{%s}link'%ATOM):
print e.get('rel', 'alternate')
s = StringIO.StringIO()
etree.write(s)
s.seek(0)
import httplib2
import time
BASE = "http://localhost:3000/"
client = httplib2.Http(".cache")
def showNotes():
headers, xml = client.request(BASE + "notes.xml")
doc = ElementTree.fromstring(xml)
for note in doc.findall('note'):
print "%s: %s" % (note.find('date').text, note.find('body').text)
newNote = Element("note")
date = SubElement(newNote, "date")
date.attrib['type'] = "date"
date.text = time.strftime("%Y-%m-%d", time.localtime())
body = SubElement(newNote, "body")
body.text = "A test note"
headers, ignore = client.request(BASE + "notes.xml",
"POST",
body=tostring(newNote),
headers={'content-type': 'application/xml'})
newURI = headers['location']
modifiedBody = Element("note")
body = SubElement(modifiedBody, "body")
body.text = "This note has been modified"
def PackageToXml(pkg,summary="N/A",trainingDataId='N/A',
dataPerformance=[],
recommendedThreshold=None,
classDescriptions=[],
modelType=None,
modelOrganism=None):
""" generates XML for a package that follows the RD_Model.dtd
If provided, dataPerformance should be a sequence of 2-tuples:
( note, performance )
where performance is of the form:
( accuracy, avgCorrectConf, avgIncorrectConf, confusionMatrix, thresh, avgSkipConf, nSkipped )
the last four elements are optional
"""
head = Element("RDModelInfo")
name = SubElement(head,"ModelName")
notes = pkg.GetNotes()
if not notes:
notes = "Unnamed model"
name.text = notes
summ = SubElement(head,"ModelSummary")
summ.text = summary
calc = pkg.GetCalculator()
descrs = SubElement(head,"ModelDescriptors")
for name,summary,func in zip(calc.GetDescriptorNames(),calc.GetDescriptorSummaries(),calc.GetDescriptorFuncs()):
descr = SubElement(descrs,"Descriptor")
elem = SubElement(descr,"DescriptorName")
elem.text = name
elem = SubElement(descr,"DescriptorDetail")
elem.text = summary
if hasattr(func,'version'):
vers = SubElement(descr,"DescriptorVersion")
major,minor,patch = func.version.split('.')
elem = SubElement(vers,"VersionMajor")
elem.text = major
elem = SubElement(vers,"VersionMinor")
elem.text = minor
elem = SubElement(vers,"VersionPatch")
elem.text = patch
elem = SubElement(head,"TrainingDataId")
elem.text = trainingDataId
for description,perfData in dataPerformance:
dataNode = SubElement(head,"ValidationData")
note = SubElement(dataNode,'ScreenNote')
note.text = description
perf = SubElement(dataNode,"PerformanceData")
_ConvertModelPerformance(perf,perfData)
if recommendedThreshold:
elem = SubElement(head,"RecommendedThreshold")
elem.text=str(recommendedThreshold)
if classDescriptions:
elem = SubElement(head,"ClassDescriptions")
for val,text in classDescriptions:
descr = SubElement(elem,'ClassDescription')
valElem = SubElement(descr,'ClassVal')
valElem.text = str(val)
valText = SubElement(descr,'ClassText')
valText.text = str(text)
if modelType:
elem = SubElement(head,"ModelType")
elem.text=modelType
if modelOrganism:
elem = SubElement(head,"ModelOrganism")
elem.text=modelOrganism
hist = SubElement(head,"ModelHistory")
revision = SubElement(hist,"Revision")
tm = time.localtime()
date = SubElement(revision,"RevisionDate")
elem = SubElement(date,"Year")
elem.text=str(tm[0])
elem = SubElement(date,"Month")
elem.text=str(tm[1])
elem = SubElement(date,"Day")
elem.text=str(tm[2])
note = SubElement(revision,"RevisionNote")
note.text = "Created"
return ElementTree(head)
fieldset = SubElement(module, "fieldset")
f_legend = SubElement(fieldset, "legend")
f_element = SubElement(fieldset, "element")
e_type = SubElement(f_element, "type")
e_name = SubElement(f_element, "name")
e_value = SubElement(f_element, "value")
e_desc = SubElement(f_element, "description")
e_input = SubElement(f_element, "input")
e_output = SubElement(f_element, "output")
#e_required = SubElement(f_element, "required")
#e_default = SubElement(f_element, "default")
#e_selected = SubElement(f_element, "selected")
permissions = SubElement(module, "permissions")
permissions.set("clearance","")
p_owner = SubElement(permissions, "owner").text = "7"
p_everyone = SubElement(permissions, "everyone")
p_group = SubElement(permissions, "group")
p_groupname = SubElement(permissions, "groupname")
methodName = SubElement(module, "methodName").text = mod_name
createdBy = SubElement(module, "createdBy").text = uname
dateCreated = SubElement(module, "dateCreated").text = runtime
data = SubElement(module, "data").text = data
lab = SubElement(module, "lab"). text = labname.split(".")[1]
indent(module)
#dump(module)
mod_str = dump(module)
def textChild(parent, name, text):
n = SubElement(parent, name)
n.text = text
return n
def writeLine(self, objGeo, elemPlace):
elemGeo = Element('LineString')
elemCoords = SubElement(elemGeo, "coordinates")
elemCoords.text = self.addCoordinates(objGeo)
return elemGeo
