In [1]:
%run tabipy.py
In [2]:
t = Table((1,2,3),
(4,5,6),
(7,8,9))
t
Out[2]:
In [3]:
cell_1_1 = t.rows[0].cells[0]
cell_1_1.col_span = 2
In [4]:
t
Out[4]:
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t1_html = t._repr_html_()
print(t1_html)
t1_html
Out[5]:
In [6]:
t1_latex = t._repr_latex_()
print(t1_latex)
In [7]:
t1_latex
Out[7]:
In [8]:
t = Table((TableCell(1,col_span=2),2,3),
(4,5,6,7),
(8,9,10,11))
t
Out[8]:
In [9]:
print(t._repr_latex_())
In [10]:
r1 = t.rows[0]
c1 = r1.cells[0]
c1.col_span=1
In [11]:
t
Out[11]:
In [12]:
print(t._repr_html_())
In [13]:
import re
def col_span_table():
t = Table((1,2,3),
(4,5,6),
(7,8,9))
cell_1_1 = t.rows[0].cells[0]
cell_1_1.col_span = 2
return t
def test_col_span_html():
"This test col_span works in html"
t = col_span_table()
t1_html = t._repr_html_()
row_split = re.compile('<\s*tr\s*>')
lines = row_split.split(t1_html)
assert len(lines)==4
col_split = re.compile('>[\s\d\s]*<')
parts = col_split.split(lines[1])
cl_check = re.compile('colspan\s*=\s*"\s*2\s*"')
assert len(cl_check.findall(parts[0]))>0
#print("pass")
def test_col_span_latex():
"This test col_span works in latex"
t = col_span_table()
t1_latex = t._repr_latex_()
row_split = re.compile(r'\\\\')
lines = row_split.split(t1_latex)
assert len(lines)==4
col_split = re.compile('&')
parts = col_split.split(lines[0])
cl_check = re.compile('\w*\\multicolumn\s*\{\s*2\s*}')
assert len(cl_check.findall(parts[0]))>0
#print("pass")
test_col_span_html()
test_col_span_latex()