def test_applystylesheets_media():
# Check that media="screen" picks up the media stylesheet
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p {color: red;}", type="text/css", media="screen")
with html.body():
+html.p("gurk")
css.applystylesheets(e, media="screen")
assert str(e.walknodes(html.p)[0].attrs.style) == "color: red;"
# Check that media="screen" doesn't pick up the print stylesheet
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p {color: red;}", type="text/css", media="screen")
with html.body():
+html.p("gurk")
css.applystylesheets(e, media="print")
assert str(e.walknodes(html.p)[0].attrs.style) == ""
# Check that @media rules are treated properly
with xsc.build():
with html.html() as e:
with html.head():
+html.style("@media screen { p {color: red;}}",
type="text/css")
with html.body():
+html.p("gurk")
css.applystylesheets(e, media="screen")
assert str(e.walknodes(html.p)[0].attrs.style) == "color: red;"
with xsc.build():
with html.html() as e:
with html.head():
+html.style("@media screen { p {color: red;}}",
type="text/css")
with html.body():
+html.p("gurk")
css.applystylesheets(e, media="print")
assert str(e.walknodes(html.p)[0].attrs.style) == ""
def convert(self, converter):
def namekey(node):
return str(node[name][0].content)
dvds = xsc.Frag(self[dvd]).sorted(key=namekey)
lds = xsc.Frag(self[ld]).sorted(key=namekey)
with xsc.build():
with xsc.Frag() as e:
+xml.XML()
+html.DocTypeXHTML10transitional()
with html.html():
with html.head():
+meta.contenttype()
+html.title("Media")
+meta.stylesheet(href="Media.css")
with htmlspecials.plainbody():
+html.h1("Media")
if lds:
+html.h2(len(lds), " LDs")
+html.ol(lds)
if dvds:
+html.h2(len(dvds), " DVDs")
+html.ol(dvds)
return e.convert(converter)
def convert(self, converter):
e = xsc.Frag(
xml.XML(), "\n",
html.DocTypeXHTML10transitional(), "\n",
html.html(
html.head(
meta.contenttype(),
html.title(
"Python code coverage",
ul4.if_("filename"),
": ", ul4.printx("filename"),
ul4.else_(),
" (", ul4.print_("format(timestamp, '%Y-%m-%d')"), ")",
ul4.end("if"),
),
meta.stylesheet(href="/coverage.css"),
meta.stylesheet(href="/coverage_sortfilelist.css"),
htmlspecials.javascript(src="/coverage.js"),
),
html.body(
html.div(
html.div(
html.a(
htmlspecials.autoimg(src="http://www.python.org/images/python-logo.gif", alt="Python", border=0),
href="http://www.python.org/",
),
class_="logo",
),
html.div(
ul4.for_("(i, item) in enumerate(crumbs)"),
html.span(
html.span(
ul4.if_("i"),
">",
ul4.else_(),
"\xbb",
ul4.end("if"),
class_="bullet",
),
ul4.if_("item.href"),
html.a(ul4.printx("item.title"), href=ul4.printx("item.href")),
ul4.else_(),
html.span(ul4.printx("item.title"), class_="here"),
ul4.end("if"),
ul4.end("for"),
class_="crumb",
),
class_="crumbs",
),
class_="header",
),
html.div(
self.content,
class_="content",
),
onload=ul4.attr_if(ul4.printx("onload"), cond="onload"),
),
),
)
return e.convert(converter)
def convert(self, converter):
def namekey(node):
return str(node[name][0].content)
dvds = xsc.Frag(self[dvd]).sorted(key=namekey)
lds = xsc.Frag(self[ld]).sorted(key=namekey)
with xsc.build():
with xsc.Frag() as e:
+xml.XML()
+html.DocTypeXHTML10transitional()
with html.html():
with html.head():
+meta.contenttype()
+html.title("Media")
+meta.stylesheet(href="Media.css")
with htmlspecials.plainbody():
+html.h1("Media")
if lds:
+html.h2(len(lds), " LDs")
+html.ol(lds)
if dvds:
+html.h2(len(dvds), " DVDs")
+html.ol(dvds)
return e.convert(converter)
def index(self):
def isimg(name):
if name.endswith(".gif") or name.endswith(".jpg") or name.endswith(".png"):
return os.path.isfile(os.path.join(self.directory, name))
return False
names = [name for name in os.listdir(self.directory) if isimg(name)]
names.sort()
collect = xsc.Frag()
i = 0
with xsc.build():
with xsc.Frag() as e:
+xml.XML()
+html.DocTypeXHTML10transitional()
with html.html():
with html.head():
+meta.contenttype()
+html.title("All images from ", doc.z(self.directory))
+html.link(rel="stylesheet", type="text/css", href="images.css")
with html.body():
with htmlspecials.plaintable():
for name in names:
collect.append(html.td(htmlspecials.autoimg(src=("/images/", name)), html.br(), name, align="center"))
i += 1
if i == cols:
+html.tr(collect)
collect = xsc.Frag()
i = 0
if collect:
+html.tr(collect)
return e.conv().bytes()
def test_applystylesheets_media():
# Check that media="screen" picks up the media stylesheet
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p {color: red;}", type="text/css", media="screen")
with html.body():
+html.p("gurk")
css.applystylesheets(e, media="screen")
assert str(e.walknodes(html.p)[0].attrs.style) == "color: red;"
# Check that media="screen" doesn't pick up the print stylesheet
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p {color: red;}", type="text/css", media="screen")
with html.body():
+html.p("gurk")
css.applystylesheets(e, media="print")
assert str(e.walknodes(html.p)[0].attrs.style) == ""
# Check that @media rules are treated properly
with xsc.build():
with html.html() as e:
with html.head():
+html.style("@media screen { p {color: red;}}", type="text/css")
with html.body():
+html.p("gurk")
css.applystylesheets(e, media="screen")
assert str(e.walknodes(html.p)[0].attrs.style) == "color: red;"
with xsc.build():
with html.html() as e:
with html.head():
+html.style("@media screen { p {color: red;}}", type="text/css")
with html.body():
+html.p("gurk")
css.applystylesheets(e, media="print")
assert str(e.walknodes(html.p)[0].attrs.style) == ""
def makenode():
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p {color: red;}", type="text/css")
+html.style("p {color: blue;}", type="text/css", title="blue")
with html.body():
+html.p("gurk")
return e
def makenode():
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p {color: red;}", type="text/css")
+html.style(
"p {color: blue;}", type="text/css", title="blue")
with html.body():
+html.p("gurk")
return e
def test_applystylesheets1():
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p {color: red;}", type="text/css")
with html.body():
+html.p("gurk")
css.applystylesheets(e)
assert str(e.walknodes(html.p)[0].attrs.style) == "color: red;"
assert list(e.walknodes(html.style)) == []
def test_applystylesheets1():
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p {color: red;}", type="text/css")
with html.body():
+html.p("gurk")
css.applystylesheets(e)
assert str(e.walknodes(html.p)[0].attrs.style) == "color: red;"
assert list(e.walknodes(html.style)) == []
def test_applystylesheets5():
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p#id42 {color: red;}", type="text/css")
with html.body():
+html.p("gurk", id="id42", style="color: blue;")
css.applystylesheets(e)
# stylesheet always wins (at least in CSS 2.1 and 3)
assert str(e.walknodes(html.p)[0].attrs.style) == "color: blue;"
assert list(e.walknodes(html.style)) == []
def test_applystylesheets4():
with xsc.build():
with html.html() as e:
with html.head():
+html.style("#id42 {color: red;}", type="text/css")
with html.body():
+html.p("gurk", id="id42", style="color: blue;")
css.applystylesheets(e)
# style attribute wins
assert str(e.walknodes(html.p)[0].attrs.style) == "color: blue;"
assert list(e.walknodes(html.style)) == []
def test_applystylesheets4():
with xsc.build():
with html.html() as e:
with html.head():
+html.style("#id42 {color: red;}", type="text/css")
with html.body():
+html.p("gurk", id="id42", style="color: blue;")
css.applystylesheets(e)
# style attribute wins
assert str(e.walknodes(html.p)[0].attrs.style) == "color: blue;"
assert list(e.walknodes(html.style)) == []
def test_applystylesheets5():
with xsc.build():
with html.html() as e:
with html.head():
+html.style("p#id42 {color: red;}", type="text/css")
with html.body():
+html.p("gurk", id="id42", style="color: blue;")
css.applystylesheets(e)
# stylesheet always wins (at least in CSS 2.1 and 3)
assert str(e.walknodes(html.p)[0].attrs.style) == "color: blue;"
assert list(e.walknodes(html.style)) == []
def convert(self, converter): with xsc.build(): with xsc.Frag() as e: +html.DocTypeXHTML10transitional() with html.html(): with html.head(): +meta.contenttype() +html.title(self[title][0].content) +meta.stylesheet(href="root:python-quotes.css") +html.body( self[title], self[editor], self[description], self[quotation] ) return e.convert(converter)
def index(self):
def isimg(name):
if name.endswith(".gif") or name.endswith(".jpg") or name.endswith(
".png"):
return os.path.isfile(os.path.join(self.directory, name))
return False
names = [name for name in os.listdir(self.directory) if isimg(name)]
names.sort()
collect = xsc.Frag()
i = 0
with xsc.build():
with xsc.Frag() as e:
+xml.XML()
+html.DocTypeXHTML10transitional()
with html.html():
with html.head():
+meta.contenttype()
+html.title("All images from ", doc.z(self.directory))
+html.link(rel="stylesheet",
type="text/css",
href="images.css")
with html.body():
with htmlspecials.plaintable():
for name in names:
collect.append(
html.td(
htmlspecials.autoimg(src=("/images/",
name)),
html.br(),
name,
align="center"))
i += 1
if i == cols:
+html.tr(collect)
collect = xsc.Frag()
i = 0
if collect:
+html.tr(collect)
return e.conv().bytes()
font-size: 11px;
line-height: 18px;
border: 1px solid #eee;
background-color: #fafafa;
padding: 1px 5px 2px 5px;
overflow: auto;
}
"""
now = datetime.datetime.now()
node = xsc.Frag(html.h1("Cronjobs ", html.span("(generated at %s)" % now.strftime("%d.%m.%Y %H:%M"), class_="note")))
for host in hosts:
node.append(html.h2(host.name))
for (user, crontab) in sorted(host.getcrontabs()):
node.append(html.h3(user, "@", host.name))
node.append(html.pre(crontab.decode("latin-1").strip()))
node = xsc.Frag(
xml.XML10(), "\n",
html.head(
meta.contenttype(),
html.title("Cronjobs"),
html.style(style, type="text/css"),
),
html.body(node)
)
print e.asBytes(encoding="iso-8859-1")
border: 1px solid #eee;
background-color: #fafafa;
padding: 1px 5px 2px 5px;
overflow: auto;
}
"""
now = datetime.datetime.now()
node = xsc.Frag(
html.h1(
"Cronjobs ",
html.span("(generated at %s)" % now.strftime("%d.%m.%Y %H:%M"),
class_="note")))
for host in hosts:
node.append(html.h2(host.name))
for (user, crontab) in sorted(host.getcrontabs()):
node.append(html.h3(user, "@", host.name))
node.append(html.pre(crontab.decode("latin-1").strip()))
node = xsc.Frag(
xml.XML10(), "\n",
html.head(
meta.contenttype(),
html.title("Cronjobs"),
html.style(style, type="text/css"),
), html.body(node))
print e.asBytes(encoding="iso-8859-1")