def build_notebook(self):
notebook = super().build_notebook()
# Add a few empty cells
notebook.cells.extend([
nbformat.new_code_cell(""),
nbformat.new_markdown_cell(" "),
nbformat.new_raw_cell("\n"),
nbformat.new_raw_cell("\t"),
])
return notebook
def build_notebook(self):
notebook = super(TestRegexRemove, self).build_notebook()
# Add a few empty cells
notebook.cells.extend([
nbformat.new_code_cell(''),
nbformat.new_markdown_cell(' '),
nbformat.new_raw_cell('\n'),
nbformat.new_raw_cell('\t'),
])
return notebook
def build_notebook(self):
notebook = super(TestRegexRemove, self).build_notebook()
# Add a few empty cells
notebook.cells.extend([
nbformat.new_code_cell(''),
nbformat.new_markdown_cell(' '),
nbformat.new_raw_cell('\n'),
nbformat.new_raw_cell('\t'),
])
return notebook
def before_cell(n, cell_type):
if cell_type == 'code':
show = self.ipynb_show_solution
hide = self.ipynb_hide_solution
sol_class = 'jupman-sol-code'
elif cell_type == 'markdown':
show = self.ipynb_show_answer
hide = self.ipynb_hide_answer
sol_class = 'jupman-sol-question'
else:
warn("NO LABEL FOUND FOR cell_type %s, using default ones!" %
cell_type)
show = self.ipynb_show_solution
hide = self.ipynb_hide_solution
sol_class = 'jupman-sol-code'
s = """<a class="jupman-sol jupman-sol-toggler" """
s += """\n onclick="jupman.toggleSolution(this);" """
s += """\n data-jupman-show="%s" data-jupman-hide="%s">%s</a>""" % (
show, hide, show)
s += """<div class="jupman-sol %s" style="display:none"> """ % sol_class
ret = new_raw_cell()
ret.metadata.format = "text/html"
ret.source = s
return ret
def __init__(self, cell_type='code', content=''):
if cell_type == 'code':
self._cell = new_code_cell(str(content))
elif cell_type == 'markdown':
self._cell = new_markdown_cell(str(content))
elif cell_type == 'raw':
self._cell = new_raw_cell(str(content))
else:
raise ValueError("Unrecognized cell type: {}".format(cell_type))
def after_cell():
ret = new_raw_cell()
ret.metadata.format = "text/html"
ret.source = """</div>"""
return ret
x = np.arange(1, 10, .1)
y = np.sin(x)
plt.plot(x, y)
plt.show()
'''
cell = new_code_cell(source.strip())
notebook.cells.append(cell)
output = new_output('display_data', data={'image/png': image_base64})
cell.outputs.append(output)
####################################################################################################
# {
# "cell_type" : "raw",
# "metadata" : {
# # the mime-type of the target nbconvert format.
# # nbconvert to formats other than this will exclude this cell.
# "format" : "mime/type"
# },
# "source" : "[some nbformat output text]"
# }
cell = new_raw_cell('raw ...')
notebook.cells.append(cell)
####################################################################################################
with open('test.ipynb', 'w') as fh:
nbformat.write(notebook, fh)