def workshop():
# List of input files to compile into a single presentation
files = [
'input/cover.i',
'input/overview.i',
'input/example01.i',
'input/moose_object.i',
'input/input_parameters.i',
'input/kernels.i',
'input/example02.i',
'input/mesh.i',
'input/outputs.i',
'input/bcs.i',
'input/adapt.i',
'input/coupling.i',
'input/example03.i',
'input/materials.i',
'input/auxkernels.i',
'input/auxvariables.i',
'input/functions.i',
'input/postprocessors.i',
'input/executioners.i',
'input/time_steppers.i',
'input/ics.i',
'input/multiapps.i',
'input/transfers.i',
'input/mesh_modifiers.i',
'input/mooseapp.i',
#'input/code_verification.i',
#'input/preconditioning.i',
#'input/debugging.i',
#'input/vis_tools.i',
#'input/testing.i',
#'input/mesh_modifiers.i',
'input/oversampling.i',
'input/random.i',
'input/action.i',
'input/dirac.i',
'input/scalar_kernels.i',
'input/geom_search.i',
'input/dampers.i',
'input/dg.i',
'input/user_objects.i',
'input/restart.i'
]
# Create the presentation containing the entire moose workshop
print utils.colorText('Building MOOSE Workshop', 'MAGENTA')
merger = base.PresentationMerger(
'moose.i',
files,
style='inl',
title="TMS2016 MOOSE/Phase-field Workshop")
merger.write()
def workshop():
# List of input files to compile into a single presentation
files = ['input/cover.i',
'input/overview.i',
'input/example01.i',
'input/moose_object.i',
'input/input_parameters.i',
'input/kernels.i',
'input/example02.i',
'input/mesh.i',
'input/outputs.i',
'input/bcs.i',
'input/adapt.i',
'input/coupling.i',
'input/example03.i',
'input/materials.i',
'input/auxkernels.i',
'input/auxvariables.i',
'input/functions.i',
'input/postprocessors.i',
'input/executioners.i',
'input/time_steppers.i',
'input/ics.i',
'input/multiapps.i',
'input/transfers.i',
'input/mesh_modifiers.i',
'input/mooseapp.i',
#'input/code_verification.i',
#'input/preconditioning.i',
#'input/debugging.i',
#'input/vis_tools.i',
#'input/testing.i',
#'input/mesh_modifiers.i',
'input/oversampling.i',
'input/random.i',
'input/action.i',
'input/dirac.i',
'input/scalar_kernels.i',
'input/geom_search.i',
'input/dampers.i',
'input/dg.i',
'input/user_objects.i',
'input/restart.i'
]
# Create the presentation containing the entire moose workshop
print utils.colorText('Building MOOSE Workshop', 'MAGENTA')
merger = base.PresentationMerger('moose.i', files, style='inl', title="TMS2016 MOOSE/Phase-field Workshop")
merger.write()
def __init__(self, input_file, **kwargs):
# Determine the format
self._format = kwargs.pop('format', 'remark')
self._reveal_dir = None
if self._format == 'reveal':
self._reveal_dir = os.getenv('REVEAL_JS_DIR', os.path.join(os.getenv('HOME'), 'projects', 'reveal.js'))
if not os.path.exists(self._reveal_dir):
print 'ERROR: Attempted to output in Reveal.js format, but Reveal.js directory was not found, set the REAVEL_JS_DIR enviornmental variable or clone the repository into your ~/projects directory.'
sys.exit()
# Create the Factory and Warehouse
self.factory = Factory()
self.warehouse = SlideSetWarehouse(format=self._format)
# Set the location of PresentationBuilder directory
self._source_dir = os.path.abspath(os.path.join(os.path.split(inspect.getfile(self.__class__))[0], '..'))
# Extract input/output file names
f, ext = os.path.splitext(input_file)
self._input_file = input_file
self._output_file = f + '.html'
# Register the objects to be created
self.factory.loadPlugins('.', 'slidesets', MooseObject)
self.factory.loadPlugins('.', 'slides', MooseObject)
self.factory.loadPlugins('.', 'images', MooseObject)
# Build the Parser object
self.parser = Parser(self.factory, self.warehouse)
# Create SlideSet objects via the Parser object by parsing the input file
print colorText('Parsing input...', 'CYAN')
err = self.parser.parse(input_file)
if err:
sys.exit()
print ''
# Store the top-level 'presentation' level parameters
self._params = self.parser.root.children["presentation"].params
# Extract CSS style
self._style()
# Build the slides
self.warehouse.execute()
def __init__(self, input_file, **kwargs):
# Determine the format
self._format = kwargs.pop("format", "remark")
self._reveal_dir = None
if self._format == "reveal":
self._reveal_dir = os.getenv("REVEAL_JS_DIR", os.path.join(os.getenv("HOME"), "projects", "reveal.js"))
if not os.path.exists(self._reveal_dir):
print "ERROR: Attempted to output in Reveal.js format, but Reveal.js directory was not found, set the REAVEL_JS_DIR enviornmental variable or clone the repository into your ~/projects directory."
sys.exit()
# Create the Factory and Warehouse
self.factory = Factory()
self.warehouse = SlideSetWarehouse(format=self._format)
# Set the location of PresentationBuilder directory
self._source_dir = os.path.abspath(os.path.join(os.path.split(inspect.getfile(self.__class__))[0], ".."))
# Extract input/output file names
f, ext = os.path.splitext(input_file)
self._input_file = input_file
self._output_file = f + ".html"
# Register the objects to be created
self.factory.loadPlugins(".", "slidesets", MooseObject)
self.factory.loadPlugins(".", "slides", MooseObject)
self.factory.loadPlugins(".", "images", MooseObject)
# Build the Parser object
self.parser = Parser(self.factory, self.warehouse)
# Create SlideSet objects via the Parser object by parsing the input file
print colorText("Parsing input...", "CYAN")
err = self.parser.parse(input_file)
if err:
sys.exit()
print ""
# Store the top-level 'presentation' level parameters
self._params = self.parser.root.children["presentation"].params
# Extract CSS style
self._style()
# Build the slides
self.warehouse.execute()
def markdown(self):
# Extract all the slide set content
output = []
print colorText('\nRetrieving Markdown', 'CYAN')
for obj in self.objects:
md = obj.markdown()
if not md:
print 'Warning: The slide set, ' + obj.name() +', does not contain content.'
else:
output.append(md)
if self.format == 'remark':
return '\n\n---\n\n'.join(output)
elif self.format == 'reveal':
return '\n\n'.join(output)
def format(self, record):
msg = logging.Formatter.format(self, record)
if record.name.endswith('Item'):
level = 3
elif record.name.endswith('Database'):
level = 2
elif record.name.endswith(
'MooseApplicationSyntax') or record.name.endswith(
'MooseCommonFunctions'):
level = 1
else:
level = 0
if record.levelname in ['DEBUG', 'WARNING', 'ERROR', 'CRITICAL']:
msg = '{}{}: {}'.format(' ' * 4 * level, record.levelname, msg)
else:
msg = '{}{}'.format(' ' * 4 * level, msg)
if record.levelname in self.COLOR:
msg = utils.colorText(msg, self.COLOR[record.levelname])
# Increment counts
self.COUNTS[record.levelname] += 1
return msg
def format(self, record):
msg = logging.Formatter.format(self, record)
if record.name.endswith('Item'):
level = 4
elif record.name.endswith('Database'):
level = 3
elif record.name.endswith('MooseInformationBase') or record.name.endswith('MooseObjectInformation') or record.name.endswith('MooseApplicationSyntax') or record.name.endswith('MooseSystemInformation'):
level = 2
elif record.name.endswith('MooseSubApplicationDocGenerator'):
level = 1
else:
level = 0
if record.levelname in ['DEBUG', 'WARNING', 'ERROR', 'CRITICAL']:
msg = '{}{}: {}'.format(' '*4*level, record.levelname, msg)
else:
msg = '{}{}'.format(' '*4*level, msg)
if record.levelname in self.COLOR:
msg = utils.colorText(msg, self.COLOR[record.levelname])
# Increment counts
self.COUNTS[record.levelname] += 1
return msg
def markdown(self):
# Extract all the slide set content
output = []
print colorText('\nRetrieving Markdown', 'CYAN')
for obj in self.objects:
md = obj.markdown()
if not md:
print 'Warning: The slide set, ' + obj.name(
) + ', does not contain content.'
else:
output.append(md)
if self.format == 'remark':
return '\n\n---\n\n'.join(output)
elif self.format == 'reveal':
return '\n\n'.join(output)
def workshop(**kwargs):
# List of input files to compile into a single presentation
files = ['input/cover.i',
'input/overview.i',
'input/problem.i',
'input/problem_details.i',
'input/tutorial_summary.i',
'input/step01.i',
'input/fem.i',
'input/step02.i', # Mesh, Outputs, MooseObject, validParams, MOOSE Types, Kernels
'input/laplace_young.i',
'input/step03.i', # Materials
'input/step04.i', # Aux Variables and Aux Kernels
'input/step05.i', # Executioners, TimeSteppers, BoundaryConditions
'input/step06.i', # Coupling, Functions
'input/step07.i', # Adaptivity
'input/step08.i', # Postprocessors
'input/step09.i', # Solid Mechanics
'input/step10.i', # MultiApps, Transfers, InitialConditions
'input/mooseapp.i',
'input/code_verification.i',
'input/preconditioning.i',
'input/debugging.i',
# 'input/vis_tools.i', # We don't really need this, we talk about all of this throughout
'input/testing.i',
'input/mesh_modifiers.i',
'input/oversampling.i',
'input/random.i',
'input/action.i',
'input/dirac.i',
'input/scalar_kernels.i',
'input/geom_search.i',
'input/dampers.i',
'input/dg.i',
'input/user_objects.i',
'input/restart.i',
'input/controls.i'
]
# Create the presentation containing the entire moose workshop
print utils.colorText('Building MOOSE Workshop', 'MAGENTA')
merger = blaster.base.PresentationMerger('moose.i', files, style='inl', title='MOOSE Workshop',
format=kwargs.pop('format','remark'))
merger.write()
def format(self, record):
msg = logging.Formatter.format(self, record)
if record.levelname in self.COLOR:
msg = utils.colorText(msg, self.COLOR[record.levelname])
if record.levelname in self.COUNTS:
with self.COUNTS[record.levelname].get_lock():
self.COUNTS[record.levelname].value += 1
return msg
def format(self, record):
msg = logging.Formatter.format(self, record)
if record.levelname in self.COLOR:
msg = utils.colorText(msg, self.COLOR[record.levelname])
if record.levelname in self.COUNTS:
with self.COUNTS[record.levelname].get_lock():
self.COUNTS[record.levelname].value += 1
return msg
def __contents(self):
# Initialize the table-of-contents slides
for obj in self.objects:
obj.initContents()
# Initial slide index
idx = 1
title_slides = []
# Loop through each object and slide and set the slide index
print colorText('\nGenerating contents:', 'CYAN')
for obj in self.objects:
for slide in obj.warehouse().activeObjects():
print ' ' + slide.name()
slide.number = idx
idx += 1 + len(re.findall('\n--', slide.markdown))
# Call the contents object on each slide set
for obj in self.objects:
obj.contents()
def execute(self):
# Number of slide set objects
n = len(self.objects)
# Read and build the slides
for i in range(n):
# Display the current object being executed
obj = self.objects[i]
name = obj.name()
msg = ['Building Set:', name, '(' + str(i+1), 'of', str(n) + ')']
print colorText(' '.join(msg), 'CYAN')
# Read and build the content
print ' Reading content...'
raw = obj.read()
print ' Building content...'
obj.build(raw)
# Build the table-of-contents
self.__contents()
def __contents(self):
# Initialize the table-of-contents slides
for obj in self.objects:
obj.initContents()
# Initial slide index
idx = 1
title_slides = []
# Loop through each object and slide and set the slide index
print colorText('\nGenerating contents:', 'CYAN')
for obj in self.objects:
for slide in obj.warehouse().activeObjects():
print ' ' + slide.name()
slide.number = idx
idx += 1 + len(re.findall('\n--', slide.markdown))
# Call the contents object on each slide set
for obj in self.objects:
obj.contents()
def execute(self):
# Number of slide set objects
n = len(self.objects)
# Read and build the slides
for i in range(n):
# Display the current object being executed
obj = self.objects[i]
name = obj.name()
msg = ['Building Set:', name, '(' + str(i + 1), 'of', str(n) + ')']
print colorText(' '.join(msg), 'CYAN')
# Read and build the content
print ' Reading content...'
raw = obj.read()
print ' Building content...'
obj.build(raw)
# Build the table-of-contents
self.__contents()
def cpp(**kwargs):
print utils.colorText('Building C++ Presentation', 'MAGENTA')
builder = base.PresentationBuilder('cpp.i', format=kwargs.pop('format','remark'))
builder.write()
def printResult(test_name, result, timing, start, end, options, color=True):
f_result = ''
cnt = (TERM_COLS-2) - len(test_name + result)
color_opts = {'code' : options.code, 'colored' : options.colored}
if color:
any_match = False
# Color leading paths
m = re.search(r'(.*):(.*)', test_name)
if m:
test_name = colorText(m.group(1), 'CYAN', **color_opts) + ':' + m.group(2)
# Color the Caveats CYAN
m = re.search(r'(\[.*?\])', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'CYAN', **color_opts) + " "
# Color Exodiff or CVSdiff tests YELLOW
m = re.search('(FAILED \((?:EXODIFF|CSVDIFF)\))', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'YELLOW', **color_opts)
else:
# Color remaining FAILED tests RED
m = re.search('(FAILED \(.*\))', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'RED', **color_opts)
# Color deleted tests RED
m = re.search('(deleted) (\(.*\))', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'RED', **color_opts) + ' ' + m.group(2)
# Color long running tests YELLOW
m = re.search('(RUNNING\.\.\.)', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'YELLOW', **color_opts)
# Color PBS status CYAN
m = re.search('((?:LAUNCHED|RUNNING(?!\.)|EXITING|QUEUED))', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'CYAN', **color_opts)
# Color Passed tests GREEN
m = re.search('(OK|DRY_RUN)', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'GREEN', **color_opts)
if not any_match:
f_result = result
f_result = test_name + '.'*cnt + ' ' + f_result
else:
f_result = test_name + '.'*cnt + ' ' + result
# Tack on the timing if it exists
if timing:
f_result += ' [' + '%0.3f' % float(timing) + 's]'
if options.debug_harness:
f_result += ' Start: ' + '%0.3f' % start + ' End: ' + '%0.3f' % end
return f_result
def printResult(test_name, result, timing, start, end, options, color=True):
f_result = ''
cnt = (TERM_COLS-2) - len(test_name + result)
color_opts = {'code' : options.code, 'colored' : options.colored}
if color:
any_match = False
# Color leading paths
m = re.search(r'(.*):(.*)', test_name)
if m:
test_name = colorText(m.group(1), 'CYAN', **color_opts) + ':' + m.group(2)
# Color the Caveats CYAN
m = re.search(r'(\[.*?\])', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'CYAN', **color_opts) + " "
# Color Exodiff or CVSdiff tests YELLOW
m = re.search('(FAILED \((?:EXODIFF|CSVDIFF)\))', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'YELLOW', **color_opts)
else:
# Color remaining FAILED tests RED
m = re.search('(FAILED \(.*\))', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'RED', **color_opts)
# Color deleted tests RED
m = re.search('(deleted) (\(.*\))', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'RED', **color_opts) + ' ' + m.group(2)
# Color long running tests YELLOW
m = re.search('(RUNNING\.\.\.)', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'YELLOW', **color_opts)
# Color PBS status CYAN
m = re.search('((?:LAUNCHED|RUNNING(?!\.)|EXITING|QUEUED))', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'CYAN', **color_opts)
# Color Passed tests GREEN
m = re.search('(OK|DRY_RUN)', result)
if m:
any_match = True
f_result += colorText(m.group(1), 'GREEN', **color_opts)
if not any_match:
f_result = result
f_result = test_name + '.'*cnt + ' ' + f_result
else:
f_result = test_name + '.'*cnt + ' ' + result
# Tack on the timing if it exists
if timing:
f_result += ' [' + '%0.3f' % float(timing) + 's]'
if options.debug_harness:
f_result += ' Start: ' + '%0.3f' % start + ' End: ' + '%0.3f' % end
return f_result
