def execute(self):
products = _get_products(self.wild_spec)
if len(products) == 0:
print '\nFound 0 products matching: "{s}"\n'.\
format(s=self.wild_spec)
return
name = "Name"
category = "Category"
description = "Description"
official = "Official"
spec = "Spec"
output = Output()
output.vertical_separator = None
output.table_cell_separator = ' '
output.table_header_separator = '-'
output.header_names = [
name,
category,
description,
official,
spec,
]
output.set_header_alignment({
official: "right"
})
if len(products) == 1:
output.title = "{s}: 1 match".format(s=self.wild_spec)
else:
output.title = "{s}: {n} matches".format(
s=self.wild_spec, n=len(products))
for product in sorted(products, key=lambda p: p.name + p.category + p.ptask_spec):
if self._official_only and not product.official_version_number:
continue
output.add_item(
{
name: product.name,
category: product.category,
description: product.description,
official: _official(product),
spec: product.spec,
},
colors={
spec: Style.bright,
}
)
output.dump(output_format='table')
def execute(self):
products = _get_products(self.wild_spec)
if len(products) == 0:
print '\nFound 0 products matching: "{s}"\n'.\
format(s=self.wild_spec)
return
name = "Name"
category = "Category"
description = "Description"
official = "Official"
spec = "Spec"
output = Output()
output.vertical_separator = None
output.table_cell_separator = ' '
output.table_header_separator = '-'
output.header_names = [
name,
category,
description,
official,
spec,
]
output.set_header_alignment({official: "right"})
if len(products) == 1:
output.title = "{s}: 1 match".format(s=self.wild_spec)
else:
output.title = "{s}: {n} matches".format(s=self.wild_spec,
n=len(products))
for product in sorted(
products, key=lambda p: p.name + p.category + p.ptask_spec):
if self._official_only and not product.official_version_number:
continue
output.add_item(
{
name: product.name,
category: product.category,
description: product.description,
official: _official(product),
spec: product.spec,
},
colors={
spec: Style.bright,
})
output.dump(output_format='table')
def execute(self):
ptasks = []
# search the ptasks for specs matching the supplied string
if PTaskSpec.WILDCARD in self.wild_spec:
search_str = ",".join(
filter(None,
self.wild_spec.strip().split(PTaskSpec.WILDCARD)))
if not search_str:
raise ActionError(
"Search is too broad. " + \
"Please supply a string to search against."
)
try:
# XXX this is inefficient. need better filtering on the backend
ptasks = PTask.list(search=search_str)
except PTaskError:
pass
else:
try:
ptasks.append(PTask.get(self.wild_spec))
except PTaskError:
pass
matching_ptasks = []
# the rest api's search filter isn't that great. it doesn't maintain any
# knowledge of order for the supplied filters. So, it will return ptasks
# that match all of the search terms, but not necessarily in the order
# supplied. Do one more match against the returned ptasks specs keeping
# the order of the supplied wildcard spec.
regex_spec = "^" + \
self.wild_spec.replace(PTaskSpec.WILDCARD, "([\w=]+)?") + "$"
regex_spec = re.compile(regex_spec)
for ptask in ptasks:
if regex_spec.match(ptask.spec):
matching_ptasks.append(ptask)
match_count = len(matching_ptasks)
if match_count == 0:
print '\nFound 0 ptasks matching: "{s}"\n'.format(s=self.wild_spec)
return
# define the fields names
spec = "Spec"
ptask_type = "Type"
status = "Status"
# define the look of the output
output = Output()
output.vertical_separator = None
output.table_cell_separator = ' '
output.table_header_separator = '-'
if match_count == 1:
output.title = "{s}: 1 match".format(s=self.wild_spec)
else:
output.title = "{s}: {n} matches".format(s=self.wild_spec,
n=match_count)
# display order of the information
output.header_names = [
spec,
ptask_type,
status,
]
for ptask in sorted(matching_ptasks, key=lambda p: p.spec):
# add all the information
output.add_item(
{
spec: ptask.spec,
ptask_type: ptask.ptask_type,
status: ptask.status,
},
colors={
spec: Style.bright,
})
# dump the output as a list of key/value pairs
output.dump(output_format='table')
def execute(self):
ptasks = []
# search the ptasks for specs matching the supplied string
if PTaskSpec.WILDCARD in self.wild_spec:
search_str = ",".join(
filter(None,
self.wild_spec.strip().split(PTaskSpec.WILDCARD)
)
)
if not search_str:
raise ActionError(
"Search is too broad. " + \
"Please supply a string to search against."
)
try:
# XXX this is inefficient. need better filtering on the backend
ptasks = PTask.list(search=search_str)
except PTaskError:
pass
else:
try:
ptasks.append(PTask.get(self.wild_spec))
except PTaskError:
pass
matching_ptasks = []
# the rest api's search filter isn't that great. it doesn't maintain any
# knowledge of order for the supplied filters. So, it will return ptasks
# that match all of the search terms, but not necessarily in the order
# supplied. Do one more match against the returned ptasks specs keeping
# the order of the supplied wildcard spec.
regex_spec = "^" + \
self.wild_spec.replace(PTaskSpec.WILDCARD, "([\w=]+)?") + "$"
regex_spec = re.compile(regex_spec)
for ptask in ptasks:
if regex_spec.match(ptask.spec):
matching_ptasks.append(ptask)
match_count = len(matching_ptasks)
if match_count == 0:
print '\nFound 0 ptasks matching: "{s}"\n'.format(s=self.wild_spec)
return
# define the fields names
spec = "Spec"
ptask_type = "Type"
status = "Status"
# define the look of the output
output = Output()
output.vertical_separator = None
output.table_cell_separator = ' '
output.table_header_separator = '-'
if match_count == 1:
output.title = "{s}: 1 match".format(s=self.wild_spec)
else:
output.title = "{s}: {n} matches".format(
s=self.wild_spec, n=match_count)
# display order of the information
output.header_names = [
spec,
ptask_type,
status,
]
for ptask in sorted(matching_ptasks, key=lambda p: p.spec):
# add all the information
output.add_item(
{
spec: ptask.spec,
ptask_type: ptask.ptask_type,
status: ptask.status,
},
colors={
spec: Style.bright,
}
)
# dump the output as a list of key/value pairs
output.dump(output_format='table')
