def test_generate_multiplication_table_to_pdf():
filename = 'test_generate_multiplication_table_to_pdf.tex'
contents = generate_table(start_int=0,
end_int=10,
table_type='Multiplication')
convert_latex_to_pdf(filename=filename, contents=contents, view=True)
remove_temporary_files(filename)
def test_generate_problems_to_pdf():
filename = 'test_generate_problems_and_convert.tex'
contents = generate_problems(number_of_problems=10,
maximum_integer=10,
problem_type='Addition')
convert_latex_to_pdf(filename=filename, contents=contents, view=True)
remove_temporary_files(filename)
def test_convert_latex_to_pdf():
filename = 'test_convert.tex'
contents = r"""
\documentclass{article}
\begin{document}
Test page
\end{document}
"""
convert_latex_to_pdf(filename=filename, contents=contents)
remove_temporary_files(filename)
def generate_problems_pdf(args):
"""
Takes the parsed arguments, generates appropriate latex, converts it a pdf, and cleans up any temporary files
:param args: parsed arguments that define how to generate the document
"""
contents = generate_table(start_int=args.start_int,
end_int=args.end_int,
table_type=args.table_type)
convert_latex_to_pdf(args.filename, contents=contents, view=True)
remove_temporary_files(args.filename)
def generate_measurement_problems_pdf(args):
"""
Takes the parsed arguments, generates appropriate latex, converts it a pdf, and cleans up any temporary files
Blocks option allows the generation of simple blocks to generate rectangles to be able to measure without a ruler.
This option will also extend to multiplication and area concepts easily going forward.
:param args: parsed arguments that define how to generate the document
"""
contents = generate_measurement_problems(
shape=args.shape, number_of_problems=args.number_of_problems)
convert_latex_to_pdf(args.filename, contents=contents, view=True)
remove_temporary_files(args.filename)
def generate_problems_pdf(args):
"""
Takes the parsed arguments, generates appropriate latex, converts it a pdf, and cleans up any temporary files
:param args: parsed arguments that define how to generate the document
"""
contents = generate_problems(number_of_problems=args.numproblems,
maximum_integer=args.maximum_integer,
problem_type=args.problemtype,
number_of_pages=args.numpages)
convert_latex_to_pdf(args.filename, contents=contents, view=True)
remove_temporary_files(args.filename)
def test_write_latex_data_to_file():
filename = 'test_write.tex'
contents = r"""
\documentclass{article}
\begin{document}
Test page
\end{document}
"""
write_latex_data_to_file(filename=filename, contents=contents)
with open(filename) as fileio:
assert fileio.read() == contents
remove_temporary_files(filename)
def test_gen_number_line_to_pdf():
filename = 'test_numberline.tex'
contents = generate_number_lines(number_of_lines=5, start=0, end=20)
convert_latex_to_pdf(filename=filename, contents=contents, view=True)
remove_temporary_files(filename)