def test_3_redirect( self ) :
"""Testing the Redirect() macro"""
print "\nTesting the Redirect() macro"
log.info( "Testing the Redirect() macro" )
testlist = [ '\n'.join([ gen_texts( words, [] , [], [],
tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ])
for k in range(100) ]
redirect_macros = [ [ '{{ Redirect("Hello World") }}',
[ 'Hello World' ] ],
[ '{{ Redirect("/") }}',
[ '/' ] ],
[ '{{ Redirect("/hello/world") }}',
[ '/hello/world' ] ],
]
def redirect_cfunc( macro_ref ) :
def cfunc( ref, tu ) :
tu.tohtml()
[ assert_true(
r == tu.parser.etparser.redirect, 'Fail Redirect Macro'
) for r in macro_ref ]
return cfunc
testcount = 1
for t in testlist :
m = choice( redirect_macros )
t = m[0] + t
yield self._test_execute, 'macro_redirect', t, testcount, '', \
redirect_cfunc( m[1] )
testcount += 1
def test_4_html( self ) :
"""Testing the Html() macro"""
print "\nTesting the Html() macro"
log.info( "Testing the Html() macro" )
testlist = [ '\n'.join([ gen_texts( words, [], [], [],
tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ])
for k in range(100) ]
html_macros = [ [ '{{ Html("<table><tr><td>hello world</td></tr></table>") }}',
[ '<table><tr><td>hello world</td></tr></table>' ] ],
]
def html_cfunc( macro_ref ) :
def cfunc( ref, tu ) :
html= tu.tohtml()
[ assert_true( r in html, 'Fail Html Macro : %s ' % html )
for r in macro_ref ]
return cfunc
testcount = 1
for t in testlist :
off = randint( 0, len(t) )
m = choice( html_macros )
t = t[:off] + m[0] + t[off:]
yield self._test_execute, 'macro_html', t, testcount, '', \
html_cfunc( m[1] )
testcount += 1
def test_1_clear( self ) :
"""Testing the Clear() macro"""
print "\nTesting the Clear() macro"
log.info( "Testing the Clear() macro" )
testlist = [ '\n'.join([ gen_texts( words, [] , [], [],
tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ])
for k in range(100) ]
clear_macros = [ '{{ Clear() }}', '{{Clear() }}', '{{ Clear() }}' ]
def clear_cfunc( ref, tu ):
html= tu.tohtml()
assert_true( 'class="etm-clear"' in html,
'Fail Clear Macro : %s ' % html )
testcount = 1
for t in testlist :
off = randint( 0, len(t) )
t = t.replace( '{', '' )
t = t.replace( '}', '' )
t = t[:off] + choice( clear_macros ) + t[off:]
yield self._test_execute, 'macro_clear', t, testcount, '', \
clear_cfunc
testcount += 1
def test_4_html(self):
"""Testing the Html() macro"""
print "\nTesting the Html() macro"
log.info("Testing the Html() macro")
testlist = [
"\n".join(
[
gen_texts(words, [], [], [], tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0, nopipe=True)
for j in range(randint(0, 10))
]
)
for k in range(100)
]
html_macros = [
[
'{{ Html("<table><tr><td>hello world</td></tr></table>") }}',
["<table><tr><td>hello world</td></tr></table>"],
]
]
def html_cfunc(macro_ref):
def cfunc(ref, tu):
html = tu.tohtml()
[assert_true(r in html, "Fail Html Macro : %s " % html) for r in macro_ref]
return cfunc
testcount = 1
for t in testlist:
off = randint(0, len(t))
m = choice(html_macros)
t = t[:off] + m[0] + t[off:]
yield self._test_execute, "macro_html", t, testcount, "", html_cfunc(m[1])
testcount += 1
def test_1_clear(self):
"""Testing the Clear() macro"""
print "\nTesting the Clear() macro"
log.info("Testing the Clear() macro")
testlist = [
"\n".join(
[
gen_texts(words, [], [], [], tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0, nopipe=True)
for j in range(randint(0, 10))
]
)
for k in range(100)
]
clear_macros = ["{{ Clear() }}", "{{Clear() }}", "{{ Clear() }}"]
def clear_cfunc(ref, tu):
html = tu.tohtml()
assert_true('class="etm-clear"' in html, "Fail Clear Macro : %s " % html)
testcount = 1
for t in testlist:
off = randint(0, len(t))
t = t.replace("{", "")
t = t.replace("}", "")
t = t[:off] + choice(clear_macros) + t[off:]
yield self._test_execute, "macro_clear", t, testcount, "", clear_cfunc
testcount += 1
def test_3_redirect(self):
"""Testing the Redirect() macro"""
print "\nTesting the Redirect() macro"
log.info("Testing the Redirect() macro")
testlist = [
"\n".join(
[
gen_texts(words, [], [], [], tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0, nopipe=True)
for j in range(randint(0, 10))
]
)
for k in range(100)
]
redirect_macros = [
['{{ Redirect("Hello World") }}', ["Hello World"]],
['{{ Redirect("/") }}', ["/"]],
['{{ Redirect("/hello/world") }}', ["/hello/world"]],
]
def redirect_cfunc(macro_ref):
def cfunc(ref, tu):
tu.tohtml()
[assert_true(r == tu.parser.etparser.redirect, "Fail Redirect Macro") for r in macro_ref]
return cfunc
testcount = 1
for t in testlist:
m = choice(redirect_macros)
t = m[0] + t
yield self._test_execute, "macro_redirect", t, testcount, "", redirect_cfunc(m[1])
testcount += 1
def test_A_textlines(self):
"""Testing textlines"""
print "\nTesting textlines"
log.info("Testing textlines")
testlist = [ '\n'.join([ gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=1,
nopipe=True
)
for j in range(randint(0,10)) ]) +
gen_psep(randint(0,3)) for i in range(100) ] +\
[ '\n'.join([ gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ]) +
choice(ETMARKUP) + ' ' +
'\n'.join([ gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ]) +
choice(ETMARKUP) + ' '
'\n'.join([ gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ])
for i in range(10) ]
testcount = 1
for t in testlist:
yield self._test_execute, 'textlines', t, testcount
testcount += 1
def test_A_textlines( self ) :
"""Testing textlines"""
print "\nTesting textlines"
log.info( "Testing textlines" )
testlist = [ '\n'.join([ gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=1,
nopipe=True
)
for j in range(randint(0,10)) ]) +
gen_psep(randint(0,3)) for i in range(100) ] +\
[ '\n'.join([ gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ]) +
choice(ETMARKUP) + ' ' +
'\n'.join([ gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ]) +
choice(ETMARKUP) + ' '
'\n'.join([ gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ])
for i in range(10) ]
testcount = 1
for t in testlist :
yield self._test_execute, 'textlines', t, testcount
testcount += 1
def test_G_definitions(self):
"""Testing definitions"""
print "\nTesting definitions"
log.info("Testing definitions")
testlist = [ '\n'.join([ gen_defnmark() + \
gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=1,
nopipe=True
)
for j in range(randint(0,10)) ]) +
gen_psep(randint(0,3)) for i in range(100) ]
testcount = 1
for t in testlist:
yield self._test_execute, 'definitions', t, testcount
testcount += 1
def btablemultiline(firstline):
rem = '\n'.join([
gen_texts(words,
links,
macros,
htmls,
tc=5,
pc=1,
ec=2,
lc=1,
mc=1,
hc=1,
fc=1,
nopipe=True) for i in range(0, 3)
])
return firstline + rem
def test_G_definitions( self ) :
"""Testing definitions"""
print "\nTesting definitions"
log.info( "Testing definitions" )
testlist = [ '\n'.join([ gen_defnmark() + \
gen_texts(
words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=1,
nopipe=True
)
for j in range(randint(0,10)) ]) +
gen_psep(randint(0,3)) for i in range(100) ]
testcount = 1
for t in testlist :
yield self._test_execute, 'definitions', t, testcount
testcount += 1
def test_2_span(self):
"""Testing the Span() macro"""
print "\nTesting the Span() macro"
log.info("Testing the Span() macro")
testlist = [
"\n".join(
[
gen_texts(words, [], [], [], tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0, nopipe=True)
for j in range(randint(0, 10))
]
)
for k in range(100)
]
span_macros = [
['{{ Span("Hello World") }}', ["Hello World"]],
['{{ Span("How are you") }}', ["How are you"]],
['{{ Span("With style", style={ "font-weight" : "bold"} ) }}', ["With style", "font-weight: bold"]],
['{{ Span("With kw styles", color="blue") }}', ["With kw styles", "color: blue"]],
]
def span_cfunc(macro_ref):
def cfunc(ref, tu):
html = tu.tohtml()
[
assert_true(r in html and 'class="etm-span"' in html, "Fail Span Macro : %s " % html)
for r in macro_ref
]
return cfunc
testcount = 1
for t in testlist:
off = randint(0, len(t))
m = choice(span_macros)
t = t[:off] + m[0] + t[off:]
yield self._test_execute, "macro_span", t, testcount, "", span_cfunc(m[1])
testcount += 1
def test_5_toc( self ) :
"""Testing the Toc() macro"""
print "\nTesting the Toc() macro"
log.info( "Testing the Toc() macro" )
testlist = [ '\n'.join([ gen_texts( words, [], [], [],
tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ])
for k in range(100) ]
toc_macros = [ '{{ Toc( indent=1 ) }}', '{{Toc() }}',
'{{ Toc( indent=2 ) }}' ]
testcount = 1
def toc_cfunc( ref, tu ) :
html= tu.tohtml()
assert_true( 'class="toc"' in html,
'Fail Toc Macro : %s ' % html )
for t in testlist :
t = choice( toc_macros ) + t
yield self._test_execute, 'macro_toc', t, testcount, '', \
toc_cfunc
testcount += 1
def test_2_span( self ) :
"""Testing the Span() macro"""
print "\nTesting the Span() macro"
log.info( "Testing the Span() macro" )
testlist = [ '\n'.join([ gen_texts( words, [], [], [],
tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0,
nopipe=True
)
for j in range(randint(0,10)) ])
for k in range(100) ]
span_macros = [ [ '{{ Span("Hello World") }}',
[ 'Hello World' ] ],
[ '{{ Span("How are you") }}',
[ 'How are you' ] ],
[ '{{ Span("With style", style={ "font-weight" : "bold"} ) }}',
[ 'With style', 'font-weight: bold' ] ] ,
[ '{{ Span("With kw styles", color="blue") }}',
[ 'With kw styles', 'color: blue' ] ]
]
def span_cfunc( macro_ref ) :
def cfunc( ref, tu ) :
html= tu.tohtml()
[ assert_true( r in html and 'class="etm-span"' in html,
'Fail Span Macro : %s ' % html
) for r in macro_ref ]
return cfunc
testcount = 1
for t in testlist :
off = randint( 0, len(t) )
m = choice( span_macros )
t = t[:off] + m[0] + t[off:]
yield self._test_execute, 'macro_span', t, testcount, '', \
span_cfunc( m[1] )
testcount += 1
def test_5_toc(self):
"""Testing the Toc() macro"""
print "\nTesting the Toc() macro"
log.info("Testing the Toc() macro")
testlist = [
"\n".join(
[
gen_texts(words, [], [], [], tc=5, pc=0, ec=0, lc=0, mc=0, hc=0, fc=0, nopipe=True)
for j in range(randint(0, 10))
]
)
for k in range(100)
]
toc_macros = ["{{ Toc( indent=1 ) }}", "{{Toc() }}", "{{ Toc( indent=2 ) }}"]
testcount = 1
def toc_cfunc(ref, tu):
html = tu.tohtml()
assert_true('class="toc"' in html, "Fail Toc Macro : %s " % html)
for t in testlist:
t = choice(toc_macros) + t
yield self._test_execute, "macro_toc", t, testcount, "", toc_cfunc
testcount += 1
def btablemultiline( firstline ) :
rem = '\n'.join([ gen_texts( words, links, macros, htmls,
tc=5, pc=1, ec=2, lc=1, mc=1, hc=1, fc=1,
nopipe=True
) for i in range(0,3) ])
return firstline + rem
