def kernel(self):
"""
The first cell contains a small info text and sets the global octave mode.
"""
cell = '''\
%auto
# This cell automatically evaluates on startup -- or run it manually if it didn't evaluate.
# Here, it starts the Jupyter octave kernel and sets it as the default mode for this worksheet.
%default_mode octave'''
self.write(SagewsCell(input=textwrap.dedent(cell)).convert())
def kernel(self):
"""
The first cell contains a small info text and defines the global jupyter mode,
based on the kernel name in the ipynb file!
"""
spec = self.nb['metadata']
name = spec['kernelspec']['name']
cell = '''\
%auto
# This cell automatically evaluates on startup -- or run it manually if it didn't evaluate.
# Here, it initializes the Jupyter kernel with the specified name and sets it as the default mode for this worksheet.
jupyter_kernel = jupyter("{}") # run "jupyter?" for more information.
%default_mode jupyter_kernel'''.format(name)
self.write(SagewsCell(input=textwrap.dedent(cell)).convert())
def body(self):
"""
Converting all cells of the ipynb as the body of the sagews document.
see http://nbformat.readthedocs.io/en/latest/format_description.html
"""
for cell in self.nb.cells:
ct = cell['cell_type']
source = cell.get('source', None)
outputs = cell.get('outputs', [])
if ct == 'markdown':
self.write(SagewsCell(md=source).convert())
elif ct == 'code':
self.write(SagewsCell(input=source, outputs=outputs).convert())
elif ct == 'raw':
self.write(SagewsCell(input=source).convert())
else:
print("ERROR: cell type '%s' not recognized:\n%s" %
(ct, json.dumps(cell, indent=2)))
def body(self):
"""
Convert input to body of the sagews document.
"""
fhead = "# {}\n".format(self.infile)
self.write(SagewsCell(input=fhead + self.m).convert())
