def main():
args = parse_qs(environ['QUERY_STRING'])
form = FormPost()
if form.has_key('FLUSH'):
flush_all()
if 'update' in args:
stat()
return
ats = ['items', 'bytes', 'oldest_item_age', 'hits', 'byte_hits', 'misses']
samples = mget('sample-times', namespace=NS)
if not samples:
stat()
samples = mget('sample-times', namespace=NS) or []
s = mmget([str(i) for i in samples], namespace=NS)
a = []
if s:
a = dict([(k, [int(s[d][k]) for d in s]) for k in ats]) # attr -> vals
a = dict([(k, (max(a[k]), min(a[k]), a[k])) for k in a]) # attrs -> (max, min, vals)
#a = dict([(k, [61*(v+1-a[k][1])/(a[k][0]+1-a[k][1]) for v in a[k][2]]) for k in a]) # attrs -> norml-vals
a = dict([(k, ([61*(v+1-a[k][1])/(a[k][0]+1-a[k][1]) for v in a[k][2]], a[k][1], a[k][0])) for k in a]) # attrs -> norml-vals
print "Content-type: text/html"
print ""
#l = ["rend('"+k+"', %s);"%str([int(s[d][k]) for d in s]) for k in ats]
#l = ["rend('"+k+"', %s);"%str([int(d) for d in a[k]]) for k in a]
print """<html><head><script type="text/javascript" src="http://www.solutoire.com/download/gchart/gchart-0.2alpha_uncompressed.js"></script>
<script>
// Using: http://solutoire.com/gchart/
// x = """+repr(a)+"""
function rend(t, d, mx, mn) {
GChart.render({'renderTo': 'stats', 'size': '800x200', colors: 'FF0000,00FF00,0000FF,FFFF00,00FFFF,FF00FF', legend:'"""+'|'.join([k for k in a])+"""', title: t, 'data': d});
}
function main() {
"""
def rnd(name, data, mxmn, colors, legend):
print "GChart.render({'size': '480x200&chg=0,20', axistype: 'x,y,r'," # colors: 'FF0000,00FF00,0000FF,FFFF00,00FFFF,FF00FF',"
print " renderTo: '"+name+"',"
if len(data) == 2:
print " axisrange: '1,"+','.join([str(i) for i in mxmn[0]])+"|2,"+','.join([str(i) for i in mxmn[1]])+"',"
elif len(data) == 1:
print " axisrange: '1,"+','.join([str(i) for i in mxmn[0]])+"', axistype: 'x,y',"
print " colors: '"+','.join(colors)+"',"
print " legend:'"+'|'.join([l for l in legend])+"',"
print " data: "+str([[int(d) for d in dd] for dd in data])
print "});"
#print "rend('stats', %s);"%str([[int(d) for d in a[k][0]] for k in a])
if a:
rnd('stats', [a['hits'][0], a['byte_hits'][0]], [a['hits'][1:3], a['byte_hits'][1:3]], ['FF0088', '0077cc'], ["Hits", "Hit Bytes"])
rnd('stats', [a['items'][0], a['bytes'][0]], [a['items'][1:3], a['bytes'][1:3]], ['FF0088', '0077cc'], ["Items", "Bytes"])
rnd('stats', [a['misses'][0]], [a['misses'][1:3]], ['FF0088'], ["Miss"])
rnd('stats', [a['oldest_item_age'][0]], [[x/60 for x in a['oldest_item_age'][1:3]]], ['0077cc'], ["Max Age"])
print """
def data(**kwargs):
'''Makes sure that certain pieces of information are always sent to
the template engine along with the information supplied by the
different handlers.
'''
data = {
'site': web.ctx.homedomain,
'user': {},
}
data.update(kwargs)
user = users.get_current_user()
if user:
data['log_in_out'] = users.create_logout_url('/')
data['logged_in'] = True
data['user']['id'] = user.user_id()
try:
nickname = mget(key=user.user_id(), namespace='usernames')
if nickname is None:
q = User.all().filter('id', user.user_id()).fetch(1)
nickname = q[0].nickname
if not mset(key=user.user_id(), value=nickname, time=10, namespace='usernames'):
logging.error('Could not set memcache value!')
data['user']['nickname'] = nickname
except:
data['user']['nickname'] = user.nickname()
try:
data['gravatar'] = get_gravatar(get_user(user_id=data['user_id'] or 'us').user.email())
except KeyError:
data['gravatar'] = get_gravatar('us')
else:
data['log_in_out'] = users.create_login_url('/')
data['gravatar'] = get_gravatar('*****@*****.**')
return data
def get_user(user=None, user_id=None):
'''Get a user from the DataStore using a User object or a user ID'''
id = user.user_id() if user else user_id
if id == 'us':
return False
else:
e = mget(key=id, namespace='profile_data')
if e is None:
try:
q = User.all().filter('id', id).fetch(1)
e = q[0]
except:
u = User(
id=id,
user=user,
nickname=user.nickname(),
)
e = db.get(u.put())
if e.bio is None or e.shared is None:
if e.bio is None:
m = User_Bio().put()
e.bio = m
if e.shared is None:
p = User_Permissions().put()
e.shared = p
e = db.get(db.put(e))
mset(key=id, value=e, time=10, namespace='profile_data')
return e
def get_posts(limit=4):
post_data = mget(
key='_'.join([str(limit), 'posts']),
namespace='posts'
)
if post_data is not None:
return post_data
else:
query = Episode.all()
query.order('-number')
results = query.fetch(limit)
post_data = [{
'key': str(r.key()),
'title': r.title,
'number': r.number,
'href': r.href,
'thumb': r.thumb,
'writeup': r.writeup,
} for r in results]
web.debug(post_data)
if not madd(
key='_'.join([str(limit), 'posts']),
value=post_data,
namespace="posts"
):
logging.error('Memcache add failed!')
return post_data
def get_gravatar(email):
'''Generates a gravatar image url for the passed email address'''
url = mget(key=email, namespace='gravatars')
if url is not None:
return url
else:
url = ''.join([
'https://secure.gravatar.com/avatar/',
md5('*****@*****.**' if email.lower() == 'us' else email.lower()).hexdigest(),
'?',
urlencode({'s': '150', 'd': 'retro'}),
])
mset(key=email, value=url, namespace='gravatars')
return url
def main():
args = parse_qs(environ['QUERY_STRING'])
form = FormPost()
if form.has_key('FLUSH'):
flush_all()
if 'update' in args:
stat()
return
ats = ['items', 'bytes', 'oldest_item_age', 'hits', 'byte_hits', 'misses']
samples = mget('sample-times', namespace=NS)
if not samples:
stat()
samples = mget('sample-times', namespace=NS)
s = mmget([str(i) for i in samples], namespace=NS)
#
a = dict([(k, [int(s[d][k]) for d in s]) for k in ats]) # attr -> vals
a = dict([(k, (max(a[k]), min(a[k]), a[k]))
for k in a]) # attrs -> (max, min, vals)
#a = dict([(k, [61*(v+1-a[k][1])/(a[k][0]+1-a[k][1]) for v in a[k][2]]) for k in a]) # attrs -> norml-vals
a = dict([
(k,
([61 * (v + 1 - a[k][1]) / (a[k][0] + 1 - a[k][1])
for v in a[k][2]], a[k][1], a[k][0])) for k in a
]) # attrs -> norml-vals
print "Content-type: text/html"
print ""
#l = ["rend('"+k+"', %s);"%str([int(s[d][k]) for d in s]) for k in ats]
#l = ["rend('"+k+"', %s);"%str([int(d) for d in a[k]]) for k in a]
print """<html><head><script type="text/javascript" src="http://www.solutoire.com/download/gchart/gchart-0.2alpha_uncompressed.js"></script>
<script>
// Using: http://solutoire.com/gchart/
// x = """ + repr(a) + """
function rend(t, d, mx, mn) {
GChart.render({'renderTo': 'stats', 'size': '800x200', colors: 'FF0000,00FF00,0000FF,FFFF00,00FFFF,FF00FF', legend:'""" + '|'.join(
[k for k in a]) + """', title: t, 'data': d});
}
function main() {
"""
def rnd(name, data, mxmn, colors, legend):
print "GChart.render({'size': '480x200&chg=0,20', axistype: 'x,y,r'," # colors: 'FF0000,00FF00,0000FF,FFFF00,00FFFF,FF00FF',"
print " renderTo: '" + name + "',"
if len(data) == 2:
print " axisrange: '1," + ','.join([
str(i) for i in mxmn[0]
]) + "|2," + ','.join([str(i) for i in mxmn[1]]) + "',"
elif len(data) == 1:
print " axisrange: '1," + ','.join([str(i) for i in mxmn[0]
]) + "', axistype: 'x,y',"
print " colors: '" + ','.join(colors) + "',"
print " legend:'" + '|'.join([l for l in legend]) + "',"
print " data: " + str([[int(d) for d in dd] for dd in data])
print "});"
#print "rend('stats', %s);"%str([[int(d) for d in a[k][0]] for k in a])
rnd('stats', [a['hits'][0], a['byte_hits'][0]],
[a['hits'][1:3], a['byte_hits'][1:3]], ['FF0088', '0077cc'],
["Hits", "Hit Bytes"])
rnd('stats', [a['items'][0], a['bytes'][0]],
[a['items'][1:3], a['bytes'][1:3]], ['FF0088', '0077cc'],
["Items", "Bytes"])
rnd('stats', [a['misses'][0]], [a['misses'][1:3]], ['FF0088'], ["Miss"])
rnd('stats', [a['oldest_item_age'][0]],
[[x / 60 for x in a['oldest_item_age'][1:3]]], ['0077cc'], ["Max Age"])
print """