def test_list():
list_ = fmtxt.List("Head")
eq_(html(list_), u'Head\n<ul>\n</ul>')
list_.add_item("child")
eq_(html(list_), u'Head\n<ul>\n<li>child</li>\n</ul>')
sublist = list_.add_sublist(u"unicode:")
eq_(html(list_), u'Head\n<ul>\n<li>child</li>\n<li>unicode:\n<ul>\n'
u'</ul></li>\n</ul>')
sublist.add_item(u'delta: ∂')
eq_(html(list_), u'Head\n<ul>\n<li>child</li>\n<li>unicode:\n<ul>\n'
u'<li>delta: ∂</li>\n</ul></li>\n</ul>')
def test_fmtext():
"Tet FMText base class"
t = fmtxt.FMText('test')
print t
tuc = fmtxt.FMText(u'FMText with unicode: \x80abc')
print str(tuc)
ts = fmtxt.FMText((t, tuc, u'unicode: \x80abc'))
print str(ts)
print html(ts)
print tex(ts)
def test_fmtext():
"Tet FMText base class"
t = fmtxt.FMText('test')
print t
tuc = fmtxt.FMText(u'FMText with unicode: \x80abc')
print str(tuc)
ts = fmtxt.FMText((t, tuc, u'unicode: \x80abc'))
print str(ts)
print html(ts)
print tex(ts)
def test_list():
list_ = fmtxt.List("Head")
eq_(str(list_), 'Head')
eq_(html(list_), 'Head\n<ul>\n</ul>')
list_.add_item("child")
eq_(str(list_), 'Head\n- child')
eq_(html(list_), 'Head\n<ul>\n<li>child</li>\n</ul>')
sublist = list_.add_sublist("unicode:")
eq_(str(list_), 'Head\n- child\n- unicode:')
eq_(html(list_), 'Head\n<ul>\n<li>child</li>\n<li>unicode:\n<ul>\n'
'</ul></li>\n</ul>')
sublist.add_item('delta: ∂')
eq_(str(list_), 'Head\n- child\n- unicode:\n - delta: ∂')
eq_(html(list_), 'Head\n<ul>\n<li>child</li>\n<li>unicode:\n<ul>\n'
'<li>delta: ∂</li>\n</ul></li>\n</ul>')
def test_list():
list_ = fmtxt.List("Head")
eq_(str(list_), 'Head')
eq_(html(list_), 'Head\n<ul>\n</ul>')
list_.add_item("child")
eq_(str(list_), 'Head\n- child')
eq_(html(list_), 'Head\n<ul>\n<li>child</li>\n</ul>')
sublist = list_.add_sublist("unicode:")
eq_(str(list_), 'Head\n- child\n- unicode:')
eq_(html(list_), 'Head\n<ul>\n<li>child</li>\n<li>unicode:\n<ul>\n'
'</ul></li>\n</ul>')
sublist.add_item('delta: ∂')
eq_(str(list_), 'Head\n- child\n- unicode:\n - delta: ∂')
eq_(
html(list_), 'Head\n<ul>\n<li>child</li>\n<li>unicode:\n<ul>\n'
'<li>delta: ∂</li>\n</ul></li>\n</ul>')
def test_list():
list_ = fmtxt.List("Head")
assert str(list_) == 'Head'
assert html(list_) == 'Head\n<ul>\n</ul>'
list_.add_item("child")
assert str(list_) == 'Head\n- child'
assert html(list_) == 'Head\n<ul>\n<li>child</li>\n</ul>'
sublist = list_.add_sublist("unicode:")
assert str(list_) == 'Head\n- child\n- unicode:'
assert html(
list_
) == 'Head\n<ul>\n<li>child</li>\n<li>unicode:\n<ul>\n</ul></li>\n</ul>'
sublist.add_item('delta: ∂')
assert str(list_) == 'Head\n- child\n- unicode:\n - delta: ∂'
assert html(
list_
) == 'Head\n<ul>\n<li>child</li>\n<li>unicode:\n<ul>\n<li>delta: ∂</li>\n</ul></li>\n</ul>'
def test_eq():
"Test equation factory"
s = fmtxt.eq('t', 0.1234)
eq_(str(s), "t = 0.12")
eq_(html(s), "t = 0.12")
eq_(tex(s), "$t = 0.12$")
s = fmtxt.eq('t', 0.1234, 18)
eq_(str(s), "t(18) = 0.12")
eq_(html(s), "t<sub>18</sub> = 0.12")
eq_(tex(s), "$t_{18} = 0.12$")
s = fmtxt.peq(0.1299)
eq_(str(s), "p = .130")
eq_(html(s), "p = .130")
eq_(tex(s), "$p = .130$")
s = fmtxt.peq(0.0009)
eq_(str(s), "p < .001")
eq_(html(s), "p < .001")
eq_(tex(s), "$p < .001$")
def test_eq():
"Test equation factory"
s = fmtxt.eq('t', 0.1234)
assert str(s) == "t = 0.12"
assert html(s) == "t = 0.12"
assert tex(s) == "$t = 0.12$"
s = fmtxt.eq('t', 0.1234, 18)
assert str(s) == "t(18) = 0.12"
assert html(s) == "t<sub>18</sub> = 0.12"
assert tex(s) == "$t_{18} = 0.12$"
s = fmtxt.peq(0.1299)
assert str(s) == "p = .130"
assert html(s) == "p = .130"
assert tex(s) == "$p = .130$"
s = fmtxt.peq(0.0009)
assert str(s) == "p < .001"
assert html(s) == "p < .001"
assert tex(s) == "$p < .001$"
def test_eq():
"Test equation factory"
s = fmtxt.eq('t', 0.1234)
eq_(str(s), "t = 0.12")
eq_(html(s), "t = 0.12")
eq_(tex(s), "$t = 0.12$")
s = fmtxt.eq('t', 0.1234, 18)
eq_(str(s), "t(18) = 0.12")
eq_(html(s), "t<sub>18</sub> = 0.12")
eq_(tex(s), "$t_{18} = 0.12$")
s = fmtxt.peq(0.1299)
eq_(str(s), "p = .130")
eq_(html(s), "p = .130")
eq_(tex(s), "$p = .130$")
s = fmtxt.peq(0.0009)
eq_(str(s), "p < .001")
eq_(html(s), "p < .001")
eq_(tex(s), "$p < .001$")
def test_fmtext():
"Tet FMText base class"
t = fmtxt.FMText('test')
print(t)
tuc = fmtxt.FMText('FMText with unicode: \x80abc')
print(str(tuc))
ts = fmtxt.FMText((t, tuc, 'unicode: \x80abc'))
print(str(ts))
print(html(ts))
print(tex(ts))
def test_fmtext():
"Tet FMText base class"
t = fmtxt.FMText('test')
print(t)
tuc = fmtxt.FMText('FMText with unicode: \x80abc')
print(str(tuc))
ts = fmtxt.FMText((t, tuc, 'unicode: \x80abc'))
print(str(ts))
print(html(ts))
print(tex(ts))
def test_result_report():
"Test result_report function for different Results"
ds = datasets.get_uts(True)
sds = ds.sub("B == 'b0'")
for y in (
'uts', # time
"utsnd.summary(time=(0.25, 0.35))", # sensor
'utsnd', # sensor x time
):
dims = tuple(dim.name for dim in ds.eval(y).dims[1:])
logging.info("y=%s %s", y, dims)
kwargs = dict(pmin=0.1, samples=100)
if 'time' in dims:
kwargs['tstart'] = 0.2
kwargs['tstop'] = 0.4
for match in (None, 'rm'):
logging.info(" match=%s", match)
res = testnd.ttest_1samp(y, match=match, ds=sds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.ttest_ind(y, 'A', ds=sds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.ttest_rel(y, 'A', ds=sds, match='rm', **kwargs)
rep = result_report(res, sds)
html(rep)
res = testnd.anova(y, 'A * B', ds=ds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.anova(y, 'A * rm', ds=sds, match='rm', **kwargs)
rep = result_report(res, ds)
html(rep)
def test_result_report():
"Test result_report function for different Results"
ds = datasets.get_uts(True)
sds = ds.sub("B == 'b0'")
ys = [
'uts', # time
"utsnd.summary(time=(0.25, 0.35))", # sensor
'utsnd', # sensor x time
]
for y in ys:
y_obj = sds.eval(y)
kwargs = dict(pmin=0.1, samples=100)
if y_obj.has_dim('time'):
kwargs['tstart'] = 0.2
kwargs['tstop'] = 0.4
for match in (None, 'rm'):
logging.info(" match=%s", match)
res = testnd.ttest_1samp(y, match=match, ds=sds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.ttest_ind(y, 'A', ds=sds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.ttest_rel(y, 'A', ds=sds, match='rm', **kwargs)
rep = result_report(res, sds)
html(rep)
res = testnd.anova(y, 'A * B', ds=ds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.anova(y, 'A * rm', ds=sds, match='rm', **kwargs)
rep = result_report(res, ds)
html(rep)
def test_result_report():
"Test result_report function for different Results"
ds = datasets.get_uts(True)
sds = ds.sub("B == 'b0'")
for y in ('uts', # time
"utsnd.summary(time=(0.25, 0.35))", # sensor
'utsnd', # sensor x time
):
dims = tuple(dim.name for dim in ds.eval(y).dims[1:])
logging.info("y=%s %s", y, dims)
kwargs = dict(pmin=0.1, samples=100)
if 'time' in dims:
kwargs['tstart'] = 0.2
kwargs['tstop'] = 0.4
for match in (None, 'rm'):
logging.info(" match=%s", match)
res = testnd.ttest_1samp(y, match=match, ds=sds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.ttest_ind(y, 'A', ds=sds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.ttest_rel(y, 'A', ds=sds, match='rm', **kwargs)
rep = result_report(res, sds)
html(rep)
res = testnd.anova(y, 'A * B', ds=ds, **kwargs)
rep = result_report(res, ds)
html(rep)
res = testnd.anova(y, 'A * rm', ds=sds, match='rm', **kwargs)
rep = result_report(res, ds)
html(rep)
def test_table():
table = fmtxt.Table('ll')
table.cells('A', 'B')
table.midrule()
table.cells('a1', 'b1', 'a2', 'b2')
assert str(table) == 'A B \n-------\na1 b1\na2 b2'
assert html(table) == (
'<figure><table border="1" cellpadding="2" frame="hsides" rules="none"><tr>\n'
' <td>A</td>\n <td>B</td>\n</tr>\n<tr>\n'
' <td>a1</td>\n <td>b1</td>\n</tr>\n<tr>\n'
' <td>a2</td>\n <td>b2</td>\n</tr></table></figure>')
assert table.get_rtf() == ('\\trowd\n\\cellx0000\n\\cellx1000\n\\row\n'
'A\\intbl\\cell\nB\\intbl\\cell\n\\row\n'
'a1\\intbl\\cell\nb1\\intbl\\cell\n\\row\n'
'a2\\intbl\\cell\nb2\\intbl\\cell\n\\row')
assert table.get_tex() == (
'\\begin{center}\n\\begin{tabular}{ll}\n\\toprule\n'
'A & B \\\\\n\\midrule\n'
'a1 & b1 \\\\\na2 & b2 \\\\\n'
'\\bottomrule\n\\end{tabular}\n\\end{center}')
# empty table
str(fmtxt.Table(''))
# saving
tempdir = TempDir()
# HTML
path = os.path.join(tempdir, 'test.html')
table.save_html(path)
assert open(path).read() == (
'<!DOCTYPE html>\n<html>\n<head>\n'
' <title>Untitled</title>\n'
'<style>\n\n.float {\n float:left\n}\n\n'
'</style>\n</head>\n\n'
'<body>\n\n<figure>'
'<table border="1" cellpadding="2" frame="hsides" rules="none"><tr>\n'
' <td>A</td>\n <td>B</td>\n</tr>\n<tr>\n'
' <td>a1</td>\n <td>b1</td>\n</tr>\n<tr>\n'
' <td>a2</td>\n <td>b2</td>\n</tr>'
'</table></figure>\n\n</body>\n</html>\n')
# rtf
path = os.path.join(tempdir, 'test.rtf')
table.save_rtf(path)
assert open(path).read() == ('{\\rtf1\\ansi\\deff0\n\n'
'\\trowd\n\\cellx0000\n\\cellx1000\n\\row\n'
'A\\intbl\\cell\nB\\intbl\\cell\n\\row\n'
'a1\\intbl\\cell\nb1\\intbl\\cell\n\\row\n'
'a2\\intbl\\cell\nb2\\intbl\\cell\n\\row\n}')
# TeX
path = os.path.join(tempdir, 'test.tex')
table.save_tex(path)
assert open(path).read() == (
'\\begin{center}\n\\begin{tabular}{ll}\n\\toprule\n'
'A & B \\\\\n\\midrule\n'
'a1 & b1 \\\\\na2 & b2 \\\\\n'
'\\bottomrule\n\\end{tabular}\n\\end{center}')
# txt
path = os.path.join(tempdir, 'test.txt')
table.save_txt(path)
assert open(path).read() == 'A B \n-------\na1 b1\na2 b2'
# editing
table[0, 0] = 'X'
assert str(table) == 'X B \n-------\na1 b1\na2 b2'
table[0] = ['C', 'D']
assert str(table) == 'C D \n-------\na1 b1\na2 b2'
table[2, 0] = 'cd'
assert str(table) == 'C D \n-------\ncd b1\na2 b2'
table[2:4, 1] = ['x', 'y']
assert str(table) == 'C D\n------\ncd x\na2 y'
def test_code():
"test fmtxt.Code"
eq_(html(fmtxt.Code("a = 5\nb = a + 2")),
"<code>a{s}={s}5{br}b{s}={s}a{s}+{s}2</code>".
format(s=' ', br='<br style="clear:left">\n'))
def test_symbol():
"Test fmtxt.symbol()"
s = fmtxt.symbol('t', 21)
eq_(str(s), 't(21)')
eq_(html(s), 't<sub>21</sub>')
eq_(tex(s), '$t_{21}$')
def test_code():
"test fmtxt.Code"
eq_(html(fmtxt.Code("a = 5\nb = a + 2")),
"<code>a{s}={s}5{br}b{s}={s}a{s}+{s}2</code>".
format(s=' ', br='<br style="clear:left">\n'))
def test_symbol():
"Test fmtxt.symbol()"
s = fmtxt.symbol('t', 21)
eq_(str(s), 't(21)')
eq_(html(s), 't<sub>21</sub>')
eq_(tex(s), '$t_{21}$')
def test_symbol():
"Test fmtxt.symbol()"
s = fmtxt.symbol('t', 21)
assert_equal(str(s), 't(21)')
assert_equal(html(s), 't<sub>21</sub>')
def test_symbol():
"Test fmtxt.symbol()"
s = fmtxt.symbol('t', 21)
assert_equal(str(s), 't(21)')
assert_equal(html(s), 't<sub>21</sub>')
def test_code():
"test fmtxt.Code"
s = ' '
br = '<br style="clear:left">\n'
assert html(fmtxt.Code(
"a = 5\nb = a + 2")) == f"<code>a{s}={s}5{br}b{s}={s}a{s}+{s}2</code>"
def test_table():
table = fmtxt.Table('ll')
table.cells('A', 'B')
table.midrule()
table.cells('a1', 'b1', 'a2', 'b2')
eq_(str(table), 'A B \n-------\na1 b1\na2 b2')
eq_(html(table), '<figure><table border="1" cellpadding="2" frame="hsides" rules="none"><tr>\n'
' <td>A</td>\n <td>B</td>\n</tr>\n<tr>\n'
' <td>a1</td>\n <td>b1</td>\n</tr>\n<tr>\n'
' <td>a2</td>\n <td>b2</td>\n</tr></table></figure>')
eq_(table.get_rtf(), '\\trowd\n\\cellx0000\n\\cellx1000\n\\row\n'
'A\\intbl\\cell\nB\\intbl\\cell\n\\row\n'
'a1\\intbl\\cell\nb1\\intbl\\cell\n\\row\n'
'a2\\intbl\\cell\nb2\\intbl\\cell\n\\row')
eq_(table.get_tex(), '\\begin{center}\n\\begin{tabular}{ll}\n\\toprule\n'
'A & B \\\\\n\\midrule\n'
'a1 & b1 \\\\\na2 & b2 \\\\\n'
'\\bottomrule\n\\end{tabular}\n\\end{center}')
# empty table
str(fmtxt.Table(''))
# saving
tempdir = TempDir()
# HTML
path = os.path.join(tempdir, 'test.html')
table.save_html(path)
eq_(open(path).read(), '<!DOCTYPE html>\n<html>\n<head>\n'
' <title>Untitled</title>\n'
'<style>\n\n.float {\n float:left\n}\n\n'
'</style>\n</head>\n\n'
'<body>\n\n<figure>'
'<table border="1" cellpadding="2" frame="hsides" rules="none"><tr>\n'
' <td>A</td>\n <td>B</td>\n</tr>\n<tr>\n'
' <td>a1</td>\n <td>b1</td>\n</tr>\n<tr>\n'
' <td>a2</td>\n <td>b2</td>\n</tr>'
'</table></figure>\n\n</body>\n</html>\n')
# rtf
path = os.path.join(tempdir, 'test.rtf')
table.save_rtf(path)
eq_(open(path).read(), '{\\rtf1\\ansi\\deff0\n\n'
'\\trowd\n\\cellx0000\n\\cellx1000\n\\row\n'
'A\\intbl\\cell\nB\\intbl\\cell\n\\row\n'
'a1\\intbl\\cell\nb1\\intbl\\cell\n\\row\n'
'a2\\intbl\\cell\nb2\\intbl\\cell\n\\row\n}')
# TeX
path = os.path.join(tempdir, 'test.tex')
table.save_tex(path)
eq_(open(path).read(), '\\begin{center}\n\\begin{tabular}{ll}\n\\toprule\n'
'A & B \\\\\n\\midrule\n'
'a1 & b1 \\\\\na2 & b2 \\\\\n'
'\\bottomrule\n\\end{tabular}\n\\end{center}')
# txt
path = os.path.join(tempdir, 'test.txt')
table.save_txt(path)
eq_(open(path).read(), 'A B \n-------\na1 b1\na2 b2')
# editing
table[0, 0] = 'X'
eq_(str(table), 'X B \n-------\na1 b1\na2 b2')
table[0] = ['C', 'D']
eq_(str(table), 'C D \n-------\na1 b1\na2 b2')
table[2, 0] = 'cd'
eq_(str(table), 'C D \n-------\ncd b1\na2 b2')
table[2:4, 1] = ['x', 'y']
eq_(str(table), 'C D\n------\ncd x\na2 y')
def test_symbol():
"Test fmtxt.symbol()"
s = fmtxt.symbol('t', 21)
assert str(s) == 't(21)'
assert html(s) == 't<sub>21</sub>'
assert tex(s) == '$t_{21}$'