def run(self):
# create a list of document nodes to return
doc_nodes = []
# LEFT side = Old OpenMDAO
text = '\n'.join(self.content)
left_body = nodes.literal_block(text, text)
left_body['language'] = 'python'
left_body['classes'].append('rosetta_left')
# for RIGHT side, get the code block, and reduce it if requested
arg = self.arguments
right_method = arg[0]
text, _, _, _ = get_source_code(right_method)
if len(arg) == 3:
start_txt = arg[1]
end_txt = arg[2]
lines = text.split('\n')
istart = 0
for j, line in enumerate(lines):
if start_txt in line:
istart = j
break
lines = lines[istart:]
iend = len(lines)
for j, line in enumerate(lines):
if end_txt in line:
iend = j+1
break
lines = lines[:iend]
# Remove the check suppression.
for j, line in enumerate(lines):
if "prob.setup(check=False" in line:
lines[j] = lines[j].replace('check=False, ', '')
lines[j] = lines[j].replace('check=False', '')
# prune whitespace down to match first line
while lines[0].startswith(' '):
lines = [line[4:] for line in lines]
text = '\n'.join(lines)
# RIGHT side = Current OpenMDAO
right_body = nodes.literal_block(text, text)
right_body['language'] = 'python'
right_body['classes'].append('rosetta_right')
doc_nodes.append(left_body)
doc_nodes.append(right_body)
return doc_nodes
def run(self):
# create a list of document nodes to return
doc_nodes = []
# LEFT side = Old OpenMDAO
text = '\n'.join(self.content)
left_body = nodes.literal_block(text, text)
left_body['language'] = 'python'
left_body['classes'].append('rosetta_left')
# for RIGHT side, get the code block, and reduce it if requested
arg = self.arguments
right_method = arg[0]
text, _, _, _, _ = get_source_code(right_method)
if len(arg) == 3:
start_txt = arg[1]
end_txt = arg[2]
lines = text.split('\n')
istart = 0
for j, line in enumerate(lines):
if start_txt in line:
istart = j
break
lines = lines[istart:]
iend = len(lines)
for j, line in enumerate(lines):
if end_txt in line:
iend = j+1
break
lines = lines[:iend]
# Remove the check suppression.
for j, line in enumerate(lines):
if "prob.setup(check=False" in line:
lines[j] = lines[j].replace('check=False, ', '')
lines[j] = lines[j].replace('check=False', '')
# prune whitespace down to match first line
while lines[0].startswith(' '):
lines = [line[4:] for line in lines]
text = '\n'.join(lines)
# RIGHT side = Current OpenMDAO
right_body = nodes.literal_block(text, text)
right_body['language'] = 'python'
right_body['classes'].append('rosetta_right')
doc_nodes.append(left_body)
doc_nodes.append(right_body)
return doc_nodes
def run(self):
global _plot_count
#
# error checking
#
allowed_layouts = set(['code', 'output', 'interleave', 'plot'])
if 'layout' in self.options:
layout = [s.strip() for s in self.options['layout'].split(',')]
else:
layout = ['code']
if len(layout) > len(set(layout)):
raise SphinxError("No duplicate layout entries allowed.")
bad = [n for n in layout if n not in allowed_layouts]
if bad:
raise SphinxError("The following layout options are invalid: %s" %
bad)
if 'interleave' in layout and ('code' in layout or 'output' in layout):
raise SphinxError(
"The interleave option is mutually exclusive to the code "
"and output options.")
#
# Get the source code
#
path = self.arguments[0]
try:
source, indent, module, class_ = get_source_code(path)
except Exception as err:
# Generally means the source couldn't be inspected or imported.
# Raise as a Directive warning (level 2 in docutils).
# This way, the sphinx build does not terminate if, for example, you are building on
# an environment where mpi or pyoptsparse are missing.
raise self.directive_error(2, str(err))
#
# script, test and/or plot?
#
is_script = path.endswith('.py')
is_test = class_ is not None and inspect.isclass(
class_) and issubclass(class_, unittest.TestCase)
shows_plot = re.compile('|'.join(plotting_functions)).search(source)
if 'plot' in layout:
plot_dir = os.getcwd()
plot_fname = 'doc_plot_%d.png' % _plot_count
_plot_count += 1
plot_file_abs = os.path.join(os.path.abspath(plot_dir), plot_fname)
if os.path.isfile(plot_file_abs):
# remove any existing plot file
os.remove(plot_file_abs)
#
# Modify the source prior to running
#
if 'strip-docstrings' in self.options:
source = remove_docstrings(source)
if is_test:
try:
source = dedent(
source) # strip_decorators needs dedented code to work
source = strip_decorators(source)
source = strip_header(source)
source = dedent(
source) # need to do this again if there were decorators
source = replace_asserts_with_prints(source)
source = remove_initial_empty_lines(source)
class_name = class_.__name__
method_name = path.rsplit('.', 1)[1]
# make 'self' available to test code (as an instance of the test case)
self_code = "from %s import %s\nself = %s('%s')\n" % \
(module.__name__, class_name, class_name, method_name)
# get setUp and tearDown but don't duplicate if it is the method being tested
setup_code = '' if method_name == 'setUp' else dedent(
strip_header(
remove_docstrings(
inspect.getsource(getattr(class_, 'setUp')))))
teardown_code = '' if method_name == 'tearDown' else dedent(
strip_header(
remove_docstrings(
inspect.getsource(getattr(class_, 'tearDown')))))
# for interleaving, we need to mark input/output blocks
if 'interleave' in layout:
source = insert_output_start_stop_indicators(source)
code_to_run = '\n'.join(
[self_code, setup_code, source, teardown_code]).strip()
except Exception:
err = traceback.format_exc()
raise SphinxError("Problem with embed of " + path + ": \n" +
str(err))
else:
if indent > 0:
source = dedent(source)
if 'interleave' in layout:
source = insert_output_start_stop_indicators(source)
code_to_run = source[:]
#
# Run the code (if necessary)
#
skipped = failed = False
if 'output' in layout or 'interleave' in layout or 'plot' in layout:
imports_not_required = 'imports-not-required' in self.options
if shows_plot:
# import matplotlib AFTER __future__ (if it's there)
mpl_import = "\nimport matplotlib\nmatplotlib.use('Agg')\n"
idx = code_to_run.find("from __future__")
idx = code_to_run.find('\n', idx) if idx >= 0 else 0
code_to_run = code_to_run[:idx] + mpl_import + code_to_run[idx:]
if 'plot' in layout:
code_to_run = code_to_run + (
'\nmatplotlib.pyplot.savefig("%s")' % plot_file_abs)
skipped, failed, run_outputs = run_code(
code_to_run,
path,
module=module,
cls=class_,
imports_not_required=imports_not_required,
shows_plot=shows_plot)
#
# Handle output
#
if failed:
# Failed cases raised as a Directive warning (level 2 in docutils).
# This way, the sphinx build does not terminate if, for example, you are building on
# an environment where mpi or pyoptsparse are missing.
raise self.directive_error(2, run_outputs)
elif skipped:
io_nodes = [get_skip_output_node(run_outputs)]
else:
if 'output' in layout:
output_blocks = run_outputs if isinstance(
run_outputs, list) else [run_outputs]
elif 'interleave' in layout:
if is_test:
start = len(self_code) + len(setup_code)
end = len(code_to_run) - len(teardown_code)
input_blocks = split_source_into_input_blocks(
code_to_run[start:end])
else:
input_blocks = split_source_into_input_blocks(code_to_run)
output_blocks = extract_output_blocks(run_outputs)
# Merge any input blocks for which there is no corresponding output
# with subsequent input blocks that do have output
input_blocks = consolidate_input_blocks(
input_blocks, output_blocks)
if 'plot' in layout:
if not os.path.isfile(plot_file_abs):
raise SphinxError("Can't find plot file '%s'" %
plot_file_abs)
directive_dir = os.path.relpath(
os.getcwd(),
os.path.dirname(self.state.document.settings._source))
# this filename must NOT contain an absolute path, else the Figure will not
# be able to find the image file in the generated html dir.
plot_file = os.path.join(directive_dir, plot_fname)
# create plot node
fig = images.Figure(self.name, [plot_file], self.options,
self.content, self.lineno,
self.content_offset, self.block_text,
self.state, self.state_machine)
plot_nodes = fig.run()
#
# create a list of document nodes to return based on layout
#
doc_nodes = []
skip_fail_shown = False
for opt in layout:
if opt == 'code':
# we want the body of code to be formatted and code highlighted
body = nodes.literal_block(source, source)
body['language'] = 'python'
doc_nodes.append(body)
elif skipped:
if not skip_fail_shown:
doc_nodes.extend(io_nodes)
skip_fail_shown = True
else:
if opt == 'interleave':
doc_nodes.extend(
get_interleaved_io_nodes(input_blocks, output_blocks))
elif opt == 'output':
doc_nodes.append(get_output_block_node(output_blocks))
else: # plot
doc_nodes.extend(plot_nodes)
return doc_nodes
def run(self):
global _plot_count
allowed_layouts = set(['code', 'output', 'interleave', 'plot'])
path = self.arguments[0]
is_script = path.endswith('.py')
try:
source, indent, module, class_ = get_source_code(path)
except Exception as err:
raise SphinxError(str(err))
is_test = class_ is not None and inspect.isclass(
class_) and issubclass(class_, unittest.TestCase)
shows_plot = '.show(' in source
if 'layout' in self.options:
layout = [s.strip() for s in self.options['layout'].split(',')]
else:
layout = ['code']
if len(layout) > len(set(layout)):
raise SphinxError("No duplicate layout entries allowed.")
bad = [n for n in layout if n not in allowed_layouts]
if bad:
raise SphinxError("The following layout options are invalid: %s" %
bad)
if 'interleave' in layout and ('code' in layout or 'output' in layout):
raise SphinxError(
"The interleave option is mutually exclusive to the code "
"and output options.")
remove_docstring = 'strip-docstrings' in self.options
do_run = 'output' in layout or 'interleave' in layout or 'plot' in layout
if 'plot' in layout:
plot_dir = os.getcwd()
plot_fname = 'doc_plot_%d.png' % _plot_count
_plot_count += 1
plot_file_abs = os.path.join(os.path.abspath(plot_dir), plot_fname)
if os.path.isfile(plot_file_abs):
# remove any existing plot file
os.remove(plot_file_abs)
# Modify the source prior to running
if remove_docstring:
source = remove_docstrings(source)
if is_test:
try:
source = replace_asserts_with_prints(
dedent(strip_header(source)))
source = remove_initial_empty_lines(source)
class_name = class_.__name__
method_name = path.rsplit('.', 1)[1]
# make 'self' available to test code (as an instance of the test case)
self_code = "from %s import %s\nself = %s('%s')\n" % \
(module.__name__, class_name, class_name, method_name)
# get setUp and tearDown but don't duplicate if it is the method being tested
setup_code = '' if method_name == 'setUp' else dedent(
strip_header(
remove_docstrings(
inspect.getsource(getattr(class_, 'setUp')))))
teardown_code = '' if method_name == 'tearDown' else dedent(
strip_header(
remove_docstrings(
inspect.getsource(getattr(class_, 'tearDown')))))
code_to_run = '\n'.join(
[self_code, setup_code, source, teardown_code])
except Exception:
err = traceback.format_exc()
raise SphinxError("Problem with embed of " + path + ": \n" +
str(err))
else:
if indent > 0:
source = dedent(source)
code_to_run = source[:]
if 'interleave' in layout:
code_to_run = insert_output_start_stop_indicators(code_to_run)
# Run the source (if necessary)
skipped = failed = False
if do_run:
if shows_plot:
# import matplotlib AFTER __future__ (if it's there)
mpl_import = "\nimport matplotlib\nmatplotlib.use('Agg')\n"
idx = code_to_run.find("from __future__")
idx = code_to_run.find('\n', idx) if idx >= 0 else 0
code_to_run = code_to_run[:idx] + mpl_import + code_to_run[idx:]
if 'plot' in layout:
code_to_run = code_to_run + (
'\nmatplotlib.pyplot.savefig("%s")' % plot_file_abs)
skipped, failed, run_outputs = \
run_code(code_to_run, path, module=module, cls=class_,
shows_plot=True)
else:
skipped, failed, run_outputs = \
run_code(code_to_run, path, module=module, cls=class_)
if failed:
raise SphinxError(run_outputs)
elif skipped:
io_nodes = [get_skip_output_node(run_outputs)]
else:
if 'output' in layout:
output_blocks = run_outputs if isinstance(
run_outputs, list) else [run_outputs]
elif 'interleave' in layout:
if is_test:
start = len(self_code) + len(setup_code) + 1
end = len(code_to_run) - len(teardown_code)
input_blocks = split_source_into_input_blocks(
code_to_run[start:end])
else:
input_blocks = split_source_into_input_blocks(code_to_run)
output_blocks = extract_output_blocks(run_outputs)
# the last input block may not produce any output
if len(output_blocks) == len(input_blocks) - 1:
output_blocks.append('')
# Need to deal with the cases when there is no output for a given input block
# Merge an input block with the previous block and throw away the output block
input_blocks, output_blocks = clean_up_empty_output_blocks(
input_blocks, output_blocks)
if 'plot' in layout:
if not os.path.isfile(plot_file_abs):
raise SphinxError("Can't find plot file '%s'" %
plot_file_abs)
directive_dir = os.path.relpath(
os.getcwd(),
os.path.dirname(self.state.document.settings._source))
# this filename must NOT contain an absolute path, else the Figure will not
# be able to find the image file in the generated html dir.
plot_file = os.path.join(directive_dir, plot_fname)
# create plot node
fig = images.Figure(self.name, [plot_file], self.options,
self.content, self.lineno,
self.content_offset, self.block_text,
self.state, self.state_machine)
plot_nodes = fig.run()
# create a list of document nodes to return based on layout
doc_nodes = []
skip_fail_shown = False
for opt in layout:
if opt == 'code':
# we want the body of code to be formatted and code highlighted
body = nodes.literal_block(source, source)
body['language'] = 'python'
doc_nodes.append(body)
elif skipped or failed:
if not skip_fail_shown:
doc_nodes.extend(io_nodes)
skip_fail_shown = True
else:
if opt == 'interleave':
doc_nodes.extend(
get_interleaved_io_nodes(input_blocks, output_blocks))
elif opt == 'output':
doc_nodes.append(get_output_block_node(output_blocks))
else: # plot
doc_nodes.extend(plot_nodes)
return doc_nodes
def run(self):
global _plot_count
allowed_layouts = set(['code', 'output', 'interleave', 'plot'])
path = self.arguments[0]
is_script = path.endswith('.py')
try:
source, indent, module, class_ = get_source_code(path)
except Exception as err:
# Generally means the source couldn't be inspected or imported. Raise as a Directive
# warning (level 2 in docutils).
# This way, the sphinx build does not terminate if, for example, you are building on
# an environment where mpi or pyoptsparse are missing.
raise self.directive_error(2, str(err))
is_test = class_ is not None and inspect.isclass(class_) and issubclass(class_, unittest.TestCase)
plotting_functions = ['\.show\(', 'partial_deriv_plot\(']
shows_plot = re.compile('|'.join(plotting_functions)).search(source)
if 'layout' in self.options:
layout = [s.strip() for s in self.options['layout'].split(',')]
else:
layout = ['code']
if len(layout) > len(set(layout)):
raise SphinxError("No duplicate layout entries allowed.")
bad = [n for n in layout if n not in allowed_layouts]
if bad:
raise SphinxError("The following layout options are invalid: %s" % bad)
if 'interleave' in layout and ('code' in layout or 'output' in layout):
raise SphinxError("The interleave option is mutually exclusive to the code "
"and output options.")
remove_docstring = 'strip-docstrings' in self.options
do_run = 'output' in layout or 'interleave' in layout or 'plot' in layout
if 'plot' in layout:
plot_dir = os.getcwd()
plot_fname = 'doc_plot_%d.png' % _plot_count
_plot_count += 1
plot_file_abs = os.path.join(os.path.abspath(plot_dir), plot_fname)
if os.path.isfile(plot_file_abs):
# remove any existing plot file
os.remove(plot_file_abs)
# Modify the source prior to running
if remove_docstring:
source = remove_docstrings(source)
if is_test:
try:
source = replace_asserts_with_prints(dedent(strip_header(source)))
source = remove_initial_empty_lines(source)
class_name = class_.__name__
method_name = path.rsplit('.', 1)[1]
# make 'self' available to test code (as an instance of the test case)
self_code = "from %s import %s\nself = %s('%s')\n" % \
(module.__name__, class_name, class_name, method_name)
# get setUp and tearDown but don't duplicate if it is the method being tested
setup_code = '' if method_name == 'setUp' else dedent(strip_header(remove_docstrings(
inspect.getsource(getattr(class_, 'setUp')))))
teardown_code = '' if method_name == 'tearDown' else dedent(strip_header(
remove_docstrings(inspect.getsource(getattr(class_, 'tearDown')))))
code_to_run = '\n'.join([self_code, setup_code, source, teardown_code])
except Exception:
err = traceback.format_exc()
raise SphinxError("Problem with embed of " + path + ": \n" + str(err))
else:
if indent > 0:
source = dedent(source)
code_to_run = source[:]
if 'interleave' in layout:
code_to_run = insert_output_start_stop_indicators(code_to_run)
# Run the source (if necessary)
skipped = failed = False
if do_run:
imports_not_required = 'imports-not-required' in self.options
if shows_plot:
# import matplotlib AFTER __future__ (if it's there)
mpl_import = "\nimport matplotlib\nmatplotlib.use('Agg')\n"
idx = code_to_run.find("from __future__")
idx = code_to_run.find('\n', idx) if idx >= 0 else 0
code_to_run = code_to_run[:idx] + mpl_import + code_to_run[idx:]
if 'plot' in layout:
code_to_run = code_to_run + ('\nmatplotlib.pyplot.savefig("%s")' % plot_file_abs)
skipped, failed, run_outputs = \
run_code(code_to_run, path, module=module, cls=class_,
shows_plot=True, imports_not_required=imports_not_required)
else:
skipped, failed, run_outputs = \
run_code(code_to_run, path, module=module, cls=class_,
imports_not_required=imports_not_required)
if failed:
# Failed cases raised as a Directive warning (level 2 in docutils).
# This way, the sphinx build does not terminate if, for example, you are building on
# an environment where mpi or pyoptsparse are missing.
raise self.directive_error(2, run_outputs)
elif skipped:
io_nodes = [get_skip_output_node(run_outputs)]
else:
if 'output' in layout:
output_blocks = run_outputs if isinstance(run_outputs, list) else [run_outputs]
elif 'interleave' in layout:
if is_test:
start = len(self_code) + len(setup_code) + 1
end = len(code_to_run) - len(teardown_code)
input_blocks = split_source_into_input_blocks(code_to_run[start:end])
else:
input_blocks = split_source_into_input_blocks(code_to_run)
output_blocks = extract_output_blocks(run_outputs)
# the last input block may not produce any output
if len(output_blocks) == len(input_blocks) - 1:
output_blocks.append('')
# Need to deal with the cases when there is no output for a given input block
# Merge an input block with the previous block and throw away the output block
input_blocks, output_blocks = clean_up_empty_output_blocks(input_blocks,
output_blocks)
if 'plot' in layout:
if not os.path.isfile(plot_file_abs):
raise SphinxError("Can't find plot file '%s'" % plot_file_abs)
directive_dir = os.path.relpath(os.getcwd(),
os.path.dirname(self.state.document.settings._source))
# this filename must NOT contain an absolute path, else the Figure will not
# be able to find the image file in the generated html dir.
plot_file = os.path.join(directive_dir, plot_fname)
# create plot node
fig = images.Figure(self.name, [plot_file], self.options, self.content, self.lineno,
self.content_offset, self.block_text, self.state,
self.state_machine)
plot_nodes = fig.run()
# create a list of document nodes to return based on layout
doc_nodes = []
skip_fail_shown = False
for opt in layout:
if opt == 'code':
# we want the body of code to be formatted and code highlighted
body = nodes.literal_block(source, source)
body['language'] = 'python'
doc_nodes.append(body)
elif skipped:
if not skip_fail_shown:
doc_nodes.extend(io_nodes)
skip_fail_shown = True
else:
if opt == 'interleave':
doc_nodes.extend(get_interleaved_io_nodes(input_blocks, output_blocks))
elif opt == 'output':
doc_nodes.append(get_output_block_node(output_blocks))
else: # plot
doc_nodes.extend(plot_nodes)
return doc_nodes