def test_partition_8(self):
input = """
@media{
a {p: 1}
b {p: 2}
x {p: 2}
}
@media{
c {p: 1}
d {p: 2}
y {p: 2}
}
@media{
e {p: 1}
f {p: 2}
z {p: 2}
}
z {p: 2}
"""
# carefully pick 'max_linelen' to have a trailing '\n' after
# '_compress' call
output = compress_partitioned(input, max_rules_per_file=2, max_linelen=6)
assert output == [
"@media{a{p:1}\nb{p:2}x{p:2}\n}",
"@media{c{p:1}\nd{p:2}y{p:2}\n}",
"@media{e{p:1}\nf{p:2}z{p:2}\n}",
"z{p:2}",
]
def test_partition_8(self):
input = '''
@media{
a {p: 1}
b {p: 2}
x {p: 2}
}
@media{
c {p: 1}
d {p: 2}
y {p: 2}
}
@media{
e {p: 1}
f {p: 2}
z {p: 2}
}
z {p: 2}
'''
# carefully pick 'max_linelen' to have a trailing '\n' after
# '_compress' call
output = compress_partitioned(input,
max_rules_per_file=2,
max_linelen=6)
assert output == [
'@media{a{p:1}\nb{p:2}x{p:2}\n}', '@media{c{p:1}\nd{p:2}y{p:2}\n}',
'@media{e{p:1}\nf{p:2}z{p:2}\n}', 'z{p:2}'
]
def test_partition_2(self):
input = '''
a {content: '}}'}
b {content: '}'}
c {content: '{'}
'''
output = compress_partitioned(input, max_rules_per_file=2)
assert output == ["a{content:'}}'}b{content:'}'}", "c{content:'{'}"]
def test_partition_2(self):
input = """
a {content: '}}'}
b {content: '}'}
c {content: '{'}
"""
output = compress_partitioned(input, max_rules_per_file=2)
assert output == ["a{content:'}}'}b{content:'}'}", "c{content:'{'}"]
def test_partition_7(self):
input = """
a, a1, a2 {color: red}
b, b2, b3 {color: red}
c, c3, c4, c5 {color: red}
d {color: red}
"""
output = compress_partitioned(input, max_rules_per_file=2)
assert output == ["a,a1,a2{color:red}", "b,b2,b3{color:red}", "c,c3,c4,c5{color:red}", "d{color:red}"]
def test_partition_7(self):
input = '''
a, a1, a2 {color: red}
b, b2, b3 {color: red}
c, c3, c4, c5 {color: red}
d {color: red}
'''
output = compress_partitioned(input, max_rules_per_file=2)
assert output == [
'a,a1,a2{color:red}', 'b,b2,b3{color:red}',
'c,c3,c4,c5{color:red}', 'd{color:red}'
]
def test_partition_3(self):
input = """
@media{
a {p: 1}
b {p: 2}
x {p: 2}
}
@media{
c {p: 1}
d {p: 2}
y {p: 2}
}
@media{
e {p: 1}
f {p: 2}
z {p: 2}
}
"""
output = compress_partitioned(input, max_rules_per_file=2)
assert output == ["@media{a{p:1}b{p:2}x{p:2}}", "@media{c{p:1}d{p:2}y{p:2}}", "@media{e{p:1}f{p:2}z{p:2}}"]
def test_partition_3(self):
input = '''
@media{
a {p: 1}
b {p: 2}
x {p: 2}
}
@media{
c {p: 1}
d {p: 2}
y {p: 2}
}
@media{
e {p: 1}
f {p: 2}
z {p: 2}
}
'''
output = compress_partitioned(input, max_rules_per_file=2)
assert output == [
'@media{a{p:1}b{p:2}x{p:2}}', '@media{c{p:1}d{p:2}y{p:2}}',
'@media{e{p:1}f{p:2}z{p:2}}'
]
def test_partition_1(self):
input = ''
output = compress_partitioned(input, max_rules_per_file=2)
assert output == ['']
def test_partition_1(self):
input = ""
output = compress_partitioned(input, max_rules_per_file=2)
assert output == [""]
