def test_latex_newcommand():
# \newcommand parameters #1, #2... are not tags.
test = r"""\newcommand{\rep}[1]{\ding{114}\,\,#1\hfill}"""
result = test
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_CASE():
test = (
"#CASE{0}first case#CASE{1}second case#CASE{2}third one#END#CASE{1} bonus#END this is something else."
)
result = "second case bonus this is something else."
c = Compiler()
latex = c.parse(test, PTYX_NUM=1)
assert latex == result
def test_INCLUDE():
os.chdir(TEST_DIR)
test = "#SEED{99}First, $a=#{a=7}$#INCLUDE{include_example.txt}Last, $a=#a$ still."
result = """First, $a=7$
This is an example of a file
that can be included using INCLUDE tag.
It may contain some pTyX code...
Note that if $a=1$, then $a+1=2$.
Last, $a=7$ still."""
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_ADD():
test = r"""
#PYTHON
a = 2
b = 3
#END
$#a#+\dfrac{#b}{x}$"""
result = r"""
$2+\dfrac{3}{x}$"""
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_MUL_SUB_ADD_expr():
test = r"""
#PYTHON
a = 6
b = 6
c = 5
d = -4
#END
$#a#*#{b*x+c}$
$#a#-#{b*x+c}$
$#a#+#d$"""
result = r"""
$6\times \left(6 x + 5\right)$
$6-\left(6 x + 5\right)$
$6-4$"""
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_comments():
test = """# Let's test comments.
First, $a=#{a=7}$ # This is a comment
# This is another comment
# Comment are introduced using an hashtag followed by a space : # comment
# The hashtag must also be preceded by a space or be the first caracter of the line.
Last, $a=#a$ still.
#a#a#a#a # comment must support things like #a of course (there are remove
# before parsing).
## is just displayed as a hash, it is not a comment.
# # is comment though."""
result = """First, $a=7$
Last, $a=7$ still.
7777
# is just displayed as a hash, it is not a comment.
#"""
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_TABVAR():
test = (
"$#{a=2;}\\alpha=#{alpha=3},\\beta=#{beta=5}\n\n"
"#TABVAR[limites=False,derivee=False]f(x)=#a*(x-#alpha)^2+#beta#END_TABVAR$"
)
result = """$\\alpha=3,\\beta=5
\\setlength{\\TVextraheight}{\\baselineskip}
\\[\\begin{tabvar}{|C|CCCCC|}
\\hline
\\,\\,x\\,\\, &-\\infty & &3& &+\\infty\\\\
\\hline
\\niveau{1}{2}\\raisebox{0.5em}{$f(x)$}&\\niveau{2}{2}&\\decroit&5&\\croit&\\\\
\\hline
\\end{tabvar}\\]
% x;f(x):(-oo;) >> (3;5) << (+oo;)
% f(x)=2*(x-3)^2+5\n$"""
c = Compiler()
latex = c.parse("#LOAD{geophyx}" + test)
assert latex == result
def test_SEED_SHUFFLE():
test = '''#SEED{16}Who said "Having nothing, nothing can he lose" ?
\\begin{enumerate}
#SHUFFLE
#ITEM \\item W. Shakespeare
#ITEM \\item R. Wallace
#ITEM \\item C. Doyle
#ITEM \\item R. Bradsbury
#END
\\end{enumerate}
"The game is up."'''
result = '''Who said "Having nothing, nothing can he lose" ?
\\begin{enumerate} \\item W. Shakespeare \\item R. Bradsbury \\item R. Wallace \\item C. Doyle
\\end{enumerate}
"The game is up."'''
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_SEED_SHUFFLE_2():
tests = []
tests.append("""#SEED{153}%
#SHUFFLE
#ITEM
a
#ITEM
b
#ITEM
c
#END""")
tests.append("""#SEED{153}%
#SHUFFLE
#ITEM
a
#ITEM
b
#ITEM
c
#END""")
tests.append("""#SEED{153}%
#SHUFFLE
#ITEM
a
#ITEM
b
#ITEM
c
#END""")
c = Compiler()
results = []
for test in tests:
results.append(c.parse(test))
assert results[0] == "%\nc\na\nb"
assert results[1] == "%\n\nc\na\nb"
assert results[2] == "%\nc\na\nb"
def test_MUL():
# Test 1
test = r"""
#PYTHON
a=-8
b=4
c=5
d=8
#END
$\dfrac{#a#*(#{c*x+d})#-#{a*x+b}#*#c}{(#{c*x+d})^2}$"""
result = r"""
$\dfrac{-8\times (5 x + 8)-\left(- 8 x + 4\right)\times 5}{(5 x + 8)^2}$"""
alternative_result = r"""
$\dfrac{-8\times (5 x + 8)-\left(4 - 8 x\right)\times 5}{(5 x + 8)^2}$"""
c = Compiler()
latex = c.parse(test)
assert latex == result or latex == alternative_result
# Test 2
test = "2#*3"
result = r"2\times 3"
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_EVAL_abs():
test = r"$#{abs(-5)}$"
result = r"$5$"
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_MACRO():
test = r"#MACRO{a0}#IF{a==0}$a=0$#ELSE$a\neq 0$#END#END_MACRO#{a=0;}Initially #CALL{a0}#{a=2;}, but now #CALL{a0}."
result = r"Initially $a=0$, but now $a\neq 0$."
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_IF_ELIF_ELSE():
test = r"#{a=1;}#IF{a==0}0#ELIF{a==1}1#ELSE{}2#END#{a=0;}#IF{a==0}0#ELIF{a==1}1#ELSE{}2#END#{a=2;}#IF{a==0}0#ELIF{a==1}1#ELSE{}2#END."
result = r"10{}2."
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_PICK():
test = """
And the winner is:
#PICK
#ITEM
1
#ITEM
2
#ITEM
3
#ITEM
4
#END_PICK"""
c = Compiler()
c.read_code(test)
c.preparse()
# Tweak seed.
c._state["seed"] = 1
c.generate_syntax_tree()
g = c.latex_generator
assert g.NUM == 0
# Tweak seed again.
c._state["seed"] = 5
assert g.NUM == 0
latex = c.get_latex()
latex = re.sub(r"\s+", " ", latex).strip()
assert latex == "And the winner is: 3"
def test_TEST():
test = r"""#{hxA=2;}#{yA=3;}\fbox{#TEST{hxA==yA}{is in}{isn't in}}"""
result = r"""\fbox{isn't in}"""
c = Compiler()
latex = c.parse(test)
assert latex == result
def test_CALC():
test = r"$#CALC{\dfrac{2}{3}+1}=#RESULT$ et $#CALC[a]{\dfrac{2}{3}-1}=#a$"
c = Compiler()
latex = c.parse("#LOAD{geophyx}" + test)
print(latex)
assert latex == r"$\dfrac{2}{3}+1=\frac{5}{3}$ et $\dfrac{2}{3}-1=- \frac{1}{3}$"
def test_latex_code_generator():
test = "#{variable=3;b=1;}#{a=2}#IF{a>0}some text here#ELIF{b>0}some more text#ELSE variable value is #variable not #{variable+1} !#END ok"
c = Compiler()
latex = c.parse(test)
assert latex == "2some text here ok"
