def test_custom_renderer ( self ):
'''custom renderer'''
def render_row ( tag, data ):
T = html
tag.clear ( )
return tag [
[ T.td [ _i ] for _i in data ]
]
register_global ( 'render_row', render_row )
vars = dict (
title = my_name ( ),
my_data = [
range ( 5 ),
range ( 5, 10 ),
range ( 10, 15 )
]
)
t = Template ( html, root = template_root ( ) )
actual = t.render ( 'index', vars, namespace = 'v' )
expected = expected_output ( )
try:
self.assertEqual ( actual, expected )
except AssertionError:
diff ( actual, expected )
raise
def test_register_global():
"""register_global() function"""
params = dict(
title=my_name()
)
register_global('global_message', 'This is a global variable')
_test_name = my_name()
t = Template(html, root=template_root())
actual = t.render('index', params, namespace='v')
expected = expected_output()
assert actual == expected
def test_register_global(self):
'''register_global() function'''
vars = dict(title=my_name())
register_global('global_message', 'This is a global variable')
test_name = my_name()
t = Template(html, root=template_root())
actual = t.render('index', vars, namespace='v')
expected = expected_output()
try:
self.assertEqual(actual, expected)
except AssertionError:
diff(actual, expected)
raise
def test_custom_renderer_notag():
"""custom renderer returning non-Tag type"""
def render_text(tag, data):
tag.clear()
return data
register_global('render_text', render_text)
params = dict(
title=my_name(),
message='hello, world'
)
t = Template(html, root=template_root())
actual = t.render('index', params, namespace='v')
expected = expected_output()
assert actual == expected
def test_register_flattener():
"""register_flattener() function"""
def flatten_date(o):
return escape(o.strftime('%Y/%m/%d'))
register_flattener(datetime, flatten_date)
register_global('flatten_date', flatten_date)
params = dict(
title=my_name(),
today=datetime(2008, 4, 17)
)
_test_name = my_name()
t = Template(html, root=template_root())
actual = t.render('index', params, namespace='v')
expected = expected_output()
assert actual == expected
def test_custom_renderer_notag(self):
'''custom renderer returning non-Tag type'''
def render_text(tag, data):
tag.clear()
return data
register_global('render_text', render_text)
vars = dict(title=my_name(), message='hello, world')
t = Template(html, root=template_root())
actual = t.render('index', vars, namespace='v')
expected = expected_output()
try:
self.assertEqual(actual, expected)
except AssertionError:
diff(actual, expected)
raise
def test_register_global ( self ):
'''register_global() function'''
vars = dict (
title = my_name ( )
)
register_global ( 'global_message', 'This is a global variable' )
test_name = my_name ( )
t = Template ( html, root = template_root ( ) )
actual = t.render ( 'index', vars, namespace = 'v' )
expected = expected_output ( )
try:
self.assertEqual ( actual, expected )
except AssertionError:
diff ( actual, expected )
raise
def test_register_flattener(self):
'''register_flattener() function'''
def flatten_date(o):
return escape(o.strftime('%Y/%m/%d'))
register_flattener(datetime, flatten_date)
register_global('flatten_date', flatten_date)
vars = dict(title=my_name(), today=datetime(2008, 4, 17))
test_name = my_name()
t = Template(html, root=template_root())
actual = t.render('index', vars, namespace='v')
expected = expected_output()
try:
self.assertEqual(actual, expected)
except AssertionError:
diff(actual, expected)
raise
def test_custom_loader_stack ( self ):
'''custom loader stack'''
class PathLoader ( object ):
__slots__ = [ 'paths' ]
def __init__ ( self, *paths ):
self.paths = paths
def stat ( self, template, root ):
for p in self.paths:
f = os.path.join ( root, p, template )
if os.path.isfile ( f ):
timestamp = long ( os.stat ( f ).st_mtime )
uid = f
return uid, timestamp
raise OSError, 'No such file or directory %s' % template
def load ( self, uid ):
return file ( uid, 'U' ).read ( )
loader = PathLoader (
template_root ( ),
os.path.join ( template_root ( ), 'path1' ),
os.path.join ( template_root ( ), 'path2' ),
os.path.join ( template_root ( ), 'path3' ),
)
register_global ( 'path_loader', loader )
vars = dict (
title = my_name ( ),
message = 'hello, world'
)
test_name = my_name ( )
t = Template ( html, root = template_root ( ) )
actual = t.render ( 'index', vars, namespace = 'v' )
expected = expected_output ( )
try:
self.assertEqual ( actual, expected )
except AssertionError:
diff ( actual, expected )
raise
def test_custom_renderer(self):
'''custom renderer'''
def render_row(tag, data):
T = html
tag.clear()
return tag[[T.td[_i] for _i in data]]
register_global('render_row', render_row)
vars = dict(title=my_name(),
my_data=[range(5), range(5, 10),
range(10, 15)])
t = Template(html, root=template_root())
actual = t.render('index', vars, namespace='v')
expected = expected_output()
try:
self.assertEqual(actual, expected)
except AssertionError:
diff(actual, expected)
raise
def test_custom_renderer_notag ( self ):
'''custom renderer returning non-Tag type'''
def render_text ( tag, data ):
tag.clear ( )
return data
register_global ( 'render_text', render_text )
vars = dict (
title = my_name ( ),
message = 'hello, world'
)
t = Template ( html, root = template_root ( ) )
actual = t.render ( 'index', vars, namespace = 'v' )
expected = expected_output ( )
try:
self.assertEqual ( actual, expected )
except AssertionError:
diff ( actual, expected )
raise
def test_register_flattener ( self ):
'''register_flattener() function'''
def flatten_date ( o ):
return escape ( o.strftime ( '%Y/%m/%d' ) )
register_flattener ( datetime, flatten_date )
register_global ( 'flatten_date', flatten_date )
vars = dict (
title = my_name ( ),
today = datetime ( 2008, 4, 17 )
)
test_name = my_name ( )
t = Template ( html, root = template_root ( ) )
actual = t.render ( 'index', vars, namespace = 'v' )
expected = expected_output ( )
try:
self.assertEqual ( actual, expected )
except AssertionError:
diff ( actual, expected )
raise
def test_custom_renderer():
"""custom renderer"""
def render_row(tag, data):
T = html
tag.clear()
return tag[
[T.td[_i] for _i in data]
]
register_global('render_row', render_row)
params = dict(
title=my_name(),
my_data=[
range(5),
range(5, 10),
range(10, 15)
]
)
t = Template(html, root=template_root())
actual = t.render('index', params, namespace='v')
expected = expected_output()
assert actual == expected
def test_custom_loader_stack(self):
'''custom loader stack'''
class PathLoader(object):
__slots__ = ['paths']
def __init__(self, *paths):
self.paths = paths
def stat(self, template, root):
for p in self.paths:
f = os.path.join(root, p, template)
if os.path.isfile(f):
timestamp = long(os.stat(f).st_mtime)
uid = f
return uid, timestamp
raise OSError, 'No such file or directory %s' % template
def load(self, uid):
return file(uid, 'U').read()
loader = PathLoader(
template_root(),
os.path.join(template_root(), 'path1'),
os.path.join(template_root(), 'path2'),
os.path.join(template_root(), 'path3'),
)
register_global('path_loader', loader)
vars = dict(title=my_name(), message='hello, world')
test_name = my_name()
t = Template(html, root=template_root())
actual = t.render('index', vars, namespace='v')
expected = expected_output()
try:
self.assertEqual(actual, expected)
except AssertionError:
diff(actual, expected)
raise
def test_custom_loader_stack():
"""custom loader stack"""
class PathLoader(object):
__slots__ = ['paths']
def __init__(self, *paths):
self.paths = paths
def stat(self, template, root):
for p in self.paths:
f = os.path.join(root, p, template)
if os.path.isfile(f):
timestamp = int(os.stat(f).st_mtime)
uid = f
return uid, timestamp
raise OSError('No such file or directory %s' % template)
def load(self, uid):
return open(uid, 'U').read()
loader = PathLoader(
template_root(),
os.path.join(template_root(), 'path1'),
os.path.join(template_root(), 'path2'),
os.path.join(template_root(), 'path3'),
)
register_global('path_loader', loader)
params = dict(
title=my_name(),
message='hello, world'
)
_test_name = my_name()
t = Template(html, root=template_root())
actual = t.render('index', params, namespace='v')
expected = expected_output()
assert actual == expected
import logging
import tornado.web
from tornado.web import _utf8
from tornado import httpclient, httputil
from tornado.options import options
import trombi
import breve
from breve.tags.html import tags as T
from libs.plugin import Plugins, PluginTemplateLoader
# plugins = Plugins ()
breve.register_global ('plugin_loader', PluginTemplateLoader ())
breve.register_global ('config', {
'blog_url': options.url,
'blog_title': options.title,
'blog_description': options.description,
'blog_author': options.author
})
def Template ():
return breve.Template (T, options.templates)
def allow_any (*privileges):
"""returns a decorator that authorizes an OR joined list:
# no lexer found
lexer = get_lexer_by_name ('text')
parsed = highlight (u'\n'.join (content), lexer, PYGMENTS_FORMATTER)
return [ nodes.raw (u'', parsed, format = 'html')]
pygments_directive.arguments = (1, 0, 1)
pygments_directive.content = 1
directives.register_directive ('sourcecode', pygments_directive)
# if there's an existing render_article_body(), save it
_render_article_body = breve.globals.get_globals ().get ('render_article_body', str)
def rst2html (content):
if not content.startswith ('.. format: rst'):
return _render_article_body (content)
return breve.tags.xml (
publish_parts (
content,
writer_name="html",
settings_overrides = {
'halt_level': 6,
'file_insertion_enabled': 1,
'raw_enabled': 1
}
)["html_body"]
)
breve.register_global ('render_article_body', rst2html)
def dbcallback (cls, db):
cls.couchdb = db
cls.plugins = Plugins (db)
breve.register_global ('plugins', cls.plugins)
'tags': xhtml.tags},
'(x)html': {
'xml_encoding': '',
'doctype': '<!DOCTYPE html>',
'xmlns': 'http://www.w3.org/1999/xhtml',
'tags': xhtml.tags},
'html': {
'xml_encoding': '',#XML Decl.
'doctype': html4.doctype, # Doctype Decl.
'xmlns': html4.xmlns,
'tags': html4.tags}
}
for k in ['url_for', 'get_flashed_messages']:
breve.register_global(k, getattr(flask, k))
class Breve(object):
default_options = dict(
#: extension for template file names
#: breve adds a dot in any case
extension = 'b',
#: XML declaration string
xml_encoding = '',
#: Doctype declaration string
doctype = '<!DOCTYPE html>',
xmlns = 'http://www.w3.org/1999/xhtml',
tags = xhtml.tags,
''' this plugin defines the schema and API for a blog
'''
depends = ['theme']
provides = 'blog'
macros = ['macros']
install = {
"views": {
"articles_by_date": {
"map": "function(doc) { if (doc.date) emit(doc.date, doc); }"
}
}
}
import breve
_render_article_body = breve.globals.get_globals ().get ('render_article_body', str)
breve.register_global ('render_article_body', _render_article_body)
'''Uses jflickrfeed and jquery to display a flickr feed.
See http://www.gethifi.com/blog/a-jquery-flickr-feed-plugin for details.
You can obtain your flickr user ID at http://www.flickr.com/services/api/explore/?method=flickr.photos.getAllContexts
'''
settings = {
'user_id': '30531103@N00',
'thumb_count': 6
}
depends = ['jquery']
js = ['jflickrfeed.min.js']
css = ['style.css']
templates = ['template']
import breve
breve.register_global ('flickr_data', settings)
css = ['pygments.css', 'style.css']
macros = []
templates = []
js = []
views = []
import breve
import markdown
# if there's an existing render_article_body(), save it
_render_article_body = breve.globals.get_globals ().get ('render_article_body', str)
md = markdown.Markdown (
extensions=['codehilite', 'footnotes'],
# extension_configs={'footnotes' : ('PLACE_MARKER','~~~~~~~~')},
# safe_mode=True,
output_format='xhtml'
)
def markdown2html (content):
if not content.startswith ('<!-- format: markdown -->'):
return _render_article_body (content)
return breve.tags.xml (
md.convert (content)
)
breve.register_global ('render_article_body', markdown2html)