def verify(self):
ver_range = Frange()
ver_range.add([v.number for v in self.versions])
versions_disp = str(ver_range)
ptask_field = "PTask"
versions_field = "Version(s)"
output = Output()
output.header_names = [
ptask_field,
versions_field,
]
output.add_item(
{
ptask_field: self.ptask.spec,
versions_field: versions_disp,
},
color_all=Style.bright,
)
if self.force:
output.title = "Syncing: "
else:
output.title = "Confirm sync:"
output.dump()
if not self.force:
if not Output.prompt_yes_no(Style.bright + "Sync" + Style.reset):
raise ActionAborted("Sync aborted by user.")
def verify(self):
product = "Product"
source = "From"
current = "Old"
new = "New"
note = "Note"
output = Output()
output.title = "Subscriptions to update:"
output.header_names = [
source,
product,
current,
new,
note,
]
output.set_header_alignment({
current: "right",
new: "right",
})
updates = False
for sub in sorted(self._subs, key=lambda s: s.spec):
update_map = self._update_map[sub.id]
cur_ver = update_map['old']
cur_product = cur_ver.product
new_ver = update_map['new']
update_note = update_map['note']
if new_ver:
updates = True
new_ver_disp = new_ver.number_padded
else:
new_ver_disp = "----"
output.add_item(
{
source: cur_product.ptask.spec,
product: cur_product.name_spec,
current: cur_ver.number_padded,
new: new_ver_disp,
note: update_note,
},
)
output.dump(output_format='table')
if not updates:
raise ActionAborted("Nothing to update.")
if not Output.prompt_yes_no(Style.bright + "Update" + Style.reset):
raise ActionAborted("User chose not to proceed.")
def verify(self):
ver_range = Frange()
ver_range.add([v.number for v in self.versions])
versions_disp = str(ver_range)
ptask_field = "PTask"
versions_field = "Version(s)"
output = Output()
output.header_names = [
ptask_field,
versions_field,
]
output.add_item(
{
ptask_field: self.ptask.spec,
versions_field: versions_disp,
},
color_all=Style.bright,
)
if self.force:
output.title = "Syncing: "
else:
output.title = "Confirm sync:"
output.dump()
if not self.force:
if not Output.prompt_yes_no(Style.bright + "Sync" + Style.reset):
raise ActionAborted("Sync aborted by user.")
def verify(self):
ptask_ver = "PTask version"
product_ver = "Subscribing to"
output = Output()
output.title = "Creating subscription:"
output.header_names = [
ptask_ver,
product_ver,
]
if self.product.official_version_number == self.product_version.number:
official = Fg.green + " (official)" + Fg.reset
else:
official = ""
output.add_item(
{
ptask_ver: self.ptask_version.spec,
product_ver: self.product_version.spec + official,
},
color_all=Style.bright,
)
output.dump()
if self._existing_sub:
print "Will unsubscribe from existing sub:\n " + \
Style.bright + self._existing_sub.product_version.spec + \
Style.normal + "\n"
if not Output.prompt_yes_no("Subscribe"):
raise ActionAborted("User chose not to proceed.")
def verify(self):
code = "Code"
name = "Name"
description = "Description"
server = "Data server"
filesystem_root = "Filesystem root"
output = Output()
output.header_names = [
code,
name,
description,
server,
filesystem_root,
]
output.add_item(
{
code: self.location.code,
name: self.location.name,
description: self.location.description,
server: self.server,
filesystem_root: self.location.filesystem_root,
},
color_all=Style.bright,
)
output.title = "Location summary:"
output.dump()
if not Output.prompt_yes_no(
Style.bright + "Initialize location" + Style.reset
):
raise ActionAborted("User chose not to proceed.")
def verify(self):
ptask_field = 'PTask'
latest_version_field = 'Latest version'
from_field = 'From'
to_field = 'To'
output = Output()
output.header_names = [
ptask_field,
latest_version_field,
from_field,
to_field,
]
output.add_item(
{
ptask_field: self.ptask.spec,
latest_version_field: self.ptask_latest_version.number_padded,
from_field: self.ptask_latest_version.location_code,
to_field: current_location_code(),
},
color_all=Style.bright,
)
output.title = "Confirm transfer:"
output.dump()
if not Output.prompt_yes_no(Style.bright + "Transfer" + Style.reset):
raise ActionAborted("User chose not to proceed.")
def verify(self):
next_version = self.ptask.next_version_number_padded
ptask = "PTask"
source_version = "Source version"
description = "v{v} description".format(v=self.latest_version.number)
output = Output()
output.header_names = [
ptask,
source_version,
description,
]
output.add_item({
ptask: Style.bright + str(self.ptask.spec) + Style.reset,
source_version: \
Style.bright + \
str(self.source_version.number_padded) + \
Style.reset,
description: Style.bright + str(self.description) + Style.reset,
})
output.title = "Confirm version creation: {v}".format(v=next_version)
output.dump()
if not Output.prompt_yes_no(Style.bright + "Version up" + Style.reset):
print "\nAborting!\n"
raise ActionAborted("User aborted before version attempted.")
def verify(self):
ptask_ver = "PTask version"
product_ver = "Subscribing to"
output = Output()
output.title = "Source subscriptions from: " + self._version.spec
output.header_names = [
ptask_ver,
product_ver,
]
for sub in self.subs_to_source:
output.add_item(
{
ptask_ver: self.current_ptask_version.spec,
product_ver: sub.product_version_spec,
},
color_all=Style.bright,
)
output.dump(output_format='table')
if not Output.prompt_yes_no("Source"):
raise ActionAborted("User chose not to proceed.")
def verify(self):
ptask_version = self.subscription.ptask_version
product_version = self.subscription.product_version
ptask = ptask_version.ptask
product = product_version.product
ptask_ver_header = "PTask version"
product_ver_header = "Unsubscribing from"
output = Output()
output.title = "Removig subscription:"
output.header_names = [
ptask_ver_header,
product_ver_header,
]
if product.official_version_number == product_version.number:
official = Fg.green + " (official)" + Fg.reset
else:
official = ""
output.add_item(
{
ptask_ver_header: ptask_version.spec,
product_ver_header: product_version.spec + official,
},
color_all=Style.bright,
)
output.dump()
if not Output.prompt_yes_no("Unsubscribe"):
raise ActionAborted("User chose not to proceed.")
def verify(self):
desc = "Description"
ptask = "PTask"
version = "Version"
directory = "Directory"
path = "Path"
output = Output()
output.header_names = [
desc,
ptask,
version,
directory,
]
if self.source_version:
source_version_disp = self.source_version.number_padded
else:
source_version_disp = "Latest"
if self.destination_version:
destination_version_disp = self.destination_version.number_padded
else:
destination_version_disp = "Latest"
output.add_item(
{
desc: 'Source',
ptask: self.source.spec,
version: source_version_disp,
directory: str(self.source_directory),
},
color_all=Style.bright,
)
output.add_item(
{
desc: 'Destination',
ptask: self.destination.spec,
version: destination_version_disp,
directory: str(self.destination_directory),
},
color_all=Style.bright,
)
output.title = "Confirm:"
output.dump()
if not Output.prompt_yes_no(Style.bright + "Sync" + Style.reset):
raise ActionAborted("Sync canceled by user.")
def verify(self):
ptask_ver = "PTask version"
product_ver = "Subscribing to"
output = Output()
output.title = "Source subscriptions from: " + self._version.spec
output.header_names = [
ptask_ver,
product_ver,
]
for sub in self.subs_to_source:
output.add_item(
{
ptask_ver: self.current_ptask_version.spec,
product_ver: sub.product_version_spec,
},
color_all=Style.bright,
)
output.dump(output_format='table')
if not Output.prompt_yes_no("Source"):
raise ActionAborted("User chose not to proceed.")
def verify(self):
ptask_field = 'PTask'
latest_version_field = 'Latest version'
from_field = 'From'
to_field = 'To'
output = Output()
output.header_names = [
ptask_field,
latest_version_field,
from_field,
to_field,
]
output.add_item(
{
ptask_field: self.ptask.spec,
latest_version_field: self.ptask_latest_version.number_padded,
from_field: self.ptask_latest_version.location_code,
to_field: current_location_code(),
},
color_all=Style.bright,
)
output.title = "Confirm transfer:"
output.dump()
if not Output.prompt_yes_no(Style.bright + "Transfer" + Style.reset):
raise ActionAborted("User chose not to proceed.")
def verify(self):
ptask_ver = "PTask version"
product_ver = "Subscribing to"
output = Output()
output.title = "Creating subscription:"
output.header_names = [ptask_ver, product_ver]
if self.product.official_version_number == self.product_version.number:
official = Fg.green + " (official)" + Fg.reset
else:
official = ""
output.add_item(
{ptask_ver: self.ptask_version.spec, product_ver: self.product_version.spec + official},
color_all=Style.bright,
)
output.dump()
if self._existing_sub:
print "Will unsubscribe from existing sub:\n " + Style.bright + self._existing_sub.product_version.spec + Style.normal + "\n"
if not Output.prompt_yes_no("Subscribe"):
raise ActionAborted("User chose not to proceed.")
def verify(self):
prompt_str = "\nRefresh subscriptions for " + Style.bright + \
self.ptask.spec + Style.reset + " version " + Style.bright + \
self.ptask_version.number_padded + Style.reset + "\n"
if not Output.prompt_yes_no(prompt_str):
raise ActionAborted("User chose not to proceed.")
def verify(self):
if (not self.publish and not self.unpublish and not self.deprecate and
not self.undeprecate and not self.official and not self.noofficial):
raise ActionAborted("No updates to perform.")
print "\nProduct: {b}{s}{n}\n".format(
b=Style.bright,
s=self.product.spec,
n=Style.normal,
)
if self.publish:
self._version_table(self.publish, title="Publish")
if self.unpublish:
self._version_table(self.unpublish, title="Un-publish")
if self.deprecate:
self._version_table(self.deprecate, title="Deprecate")
if self.undeprecate:
self._version_table(self.undeprecate, title="Un-deprecate")
if self.official:
self._version_table([self.official], title="Official")
if self.noofficial:
print "{o}: {b}{m}{n}\n".format(
o="No official",
b=Style.bright,
m="This product will have no official versions.",
n=Style.normal,
)
if not Output.prompt_yes_no(Style.bright + "Update" + Style.reset):
raise ActionAborted("User chose not to proceed.")
def verify(self):
prompt_str = "\nRefresh subscriptions for " + Style.bright + \
self.ptask.spec + Style.reset + " version " + Style.bright + \
self.ptask_version.number_padded + Style.reset + "\n"
if not Output.prompt_yes_no(prompt_str):
raise ActionAborted("User chose not to proceed.")
def verify(self):
if (not self.publish and not self.unpublish and not self.deprecate and
not self.undeprecate and not self.official and not self.noofficial):
raise ActionAborted("No updates to perform.")
print "\nProduct: {b}{s}{n}\n".format(
b=Style.bright,
s=self.product.spec,
n=Style.normal,
)
if self.publish:
self._version_table(self.publish, title="Publish")
if self.unpublish:
self._version_table(self.unpublish, title="Un-publish")
if self.deprecate:
self._version_table(self.deprecate, title="Deprecate")
if self.undeprecate:
self._version_table(self.undeprecate, title="Un-deprecate")
if self.official:
self._version_table([self.official], title="Official")
if self.noofficial:
print "{o}: {b}{m}{n}\n".format(
o="No official",
b=Style.bright,
m="This product will have no official versions.",
n=Style.normal,
)
if not Output.prompt_yes_no(Style.bright + "Update" + Style.reset):
raise ActionAborted("User chose not to proceed.")
def _info_product(self):
# fields:
name = "Name"
category = "Category"
description = "Description"
official = "Official"
created = "Created"
creator = "Creator"
ptask = "PTask"
output = Output()
output.header_names = [name, category, description, official, created, creator, ptask]
output.add_item(
{
name: self.product.name,
category: self.product.category,
description: self.product.description,
official: self.product.official_version_number_padded
if self.product.official_version_number != 0
else "None",
creator: self.product.creator_username,
created: _datetime_format(self.product.created),
ptask: self.product.ptask_spec,
},
color_all=Style.bright,
)
# build the title
title = " {p.spec} ".format(p=self.product)
output.title = title
# dump the output as a list of key/value pairs
output.dump()
def verify(self):
if self._lock:
self._sub_table(self._lock, title="Lock")
if self._unlock:
self._sub_table(self._unlock, title="Unlock")
if not Output.prompt_yes_no(Style.bright + "Edit" + Style.reset):
raise ActionAborted("User chose not to proceed.")
def prompt(self):
# get the description
if not self.description:
self._description = Output.prompt(
"\n Please describe the work done in this version:\n ",
blank=False,
separator=">>>"
)
def verify(self):
if self._lock:
self._sub_table(self._lock, title="Lock")
if self._unlock:
self._sub_table(self._unlock, title="Unlock")
if not Output.prompt_yes_no(Style.bright + "Edit" + Style.reset):
raise ActionAborted("User chose not to proceed.")
def prompt(self):
if self._message is None:
self._message = Output.prompt_text_block(
Style.bright + \
"\nEnter OOTO message" + \
Style.normal,
blank=False,
help_str="OOTO message can't be blank.",
)
def prompt(self):
if self._message is None:
self._message = Output.prompt_text_block(
Style.bright + \
"\nEnter OOTO message" + \
Style.normal,
blank=False,
help_str="OOTO message can't be blank.",
)
def prompt(self):
print ""
product_display = " [{b}{p}{r}]".format(
b=Style.bright,
p=self._product,
r=Style.reset,
)
# category menu
if not self._category:
self._category = Output.prompt_menu(
"Product categories",
"{pd} category".format(pd=product_display),
zip(*[Product.category_names()] * 2),
)
# description
if not self._description:
self._description = Output.prompt(
'{pd} description'.format(pd=product_display),
blank=False,
)
# file type
if not self._file_type:
if not self._file_type:
self._file_type = Output.prompt(
"{pd} file type".format(pd=product_display),
blank=False,
)
# resolution
if not self._resolution:
self._resolution = Output.prompt(
"{pd} resolution (Return if none)".format(pd=product_display),
blank=True,
)
if not self._resolution:
self._resolution = 'none'
def prompt(self):
# ---- prompt for missing fields
if not self.code or not self.server:
print "\nPlease enter the following information:"
if not self.code:
print "\nThe db code for this location:"
self._code = Output.prompt(
" " + Style.bright + "Location code" + Style.reset,
blank=False,
)
if not self.server:
print "\nThe address of the data server this location will " + \
"connect to:"
self._server = Output.prompt(
" " + Style.bright + "Data server address" + Style.reset,
blank=False,
)
def prompt(self):
if self._subject is None:
self._subject = Output.prompt(
Style.bright + \
"\nEnter a one line description of the problem" + \
Style.normal,
blank=False,
help_str="Subject line can't be blank.",
separator = ":\n"
)
if self._message is None:
self._message = Output.prompt_text_block(
Style.bright + \
"\nEnter a detailed description of the problem.\n" + \
Style.normal + \
" Include steps to replicate, errors, etc below.\n" + \
" You can copy/paste below as well.\n",
blank=False,
help_str="Message can't be blank.",
)
def _ptask_info(self):
# define the fields names
version = "Current version"
description = "Description"
due_date = "Due date"
priority = "Priority"
start_date = "Start date"
status = "Status"
ptask_type = "Type"
# define the look of the output
output = Output()
# display order of the information
output.header_names = [
ptask_type,
version,
description,
status,
start_date,
due_date,
priority,
]
# add all the information
output.add_item(
{
ptask_type: self.ptask.ptask_type,
version: self.ptask.latest_version.number_padded,
description: self.ptask.description,
status: self.ptask.status,
start_date: str(self.ptask.start_date),
due_date: str(self.ptask.due_date),
priority: str(self.ptask.priority),
},
color_all=Style.bright,
)
# build the title
title = " {p.spec}".format(p=self.ptask)
if not self.ptask.active:
title += " [INACTIVE]"
title += " "
output.title = title
# dump the output as a list of key/value pairs
output.dump()
def verify(self):
name = "Name"
category = "Category"
description = "Description"
file_type = "File type"
resolution = "Resolution"
ptask_ver = "PTask version"
path = "Path"
note = "Note"
output = Output()
output.header_names = [
name,
category,
description,
file_type,
resolution,
ptask_ver,
path,
note,
]
output.add_item(
{
name: self._name,
category: self._category,
description: self._description,
file_type: self._file_type,
resolution: self._resolution,
ptask_ver: self._ptask_version.spec,
path: self._path,
note: self._note,
},
color_all=Style.bright,
)
output.title = "Confirm create:"
output.dump()
if not Output.prompt_yes_no(Style.bright + "Create" + Style.reset):
raise ActionAborted("User chose not to proceed.")
def execute(self):
# output headers. reused while defining the look of the output
description = 'Description'
timezone = 'Timezone'
lat_long = 'Lat/Long'
active = 'Active'
code = 'Code'
host = 'Host'
filesystem_root = 'Filesystem root'
# define the look of the output
output = Output()
# defining the data headers
output.header_names = [
code,
description,
host,
filesystem_root,
timezone,
lat_long,
]
output.add_item(
{
code: self.location.code,
description: self.location.description,
host: self.location.host,
filesystem_root: self.location.filesystem_root,
timezone: self.location.timezone,
lat_long:
"{l.latitude}, {l.longitude}".format(l=self.location),
},
color_all=Style.bright,
)
# build the title
title = " {l.name} ".format(l=self.location)
if not self.location.active:
title += " [INACTIVE]"
title += " "
output.title = title
# dump the output as a list of key/value pairs
output.dump()
def _ptask_info(self):
# define the fields names
version = "Current version"
description = "Description"
due_date = "Due date"
priority = "Priority"
start_date = "Start date"
status = "Status"
ptask_type = "Type"
# define the look of the output
output = Output()
# display order of the information
output.header_names = [
ptask_type,
version,
description,
status,
start_date,
due_date,
priority,
]
# add all the information
output.add_item(
{
ptask_type: self.ptask.ptask_type,
version: self.ptask.latest_version.number_padded,
description: self.ptask.description,
status: self.ptask.status,
start_date: str(self.ptask.start_date),
due_date: str(self.ptask.due_date),
priority: str(self.ptask.priority),
},
color_all=Style.bright,
)
# build the title
title = " {p.spec}".format(p=self.ptask)
if not self.ptask.active:
title += " [INACTIVE]"
title += " "
output.title = title
# dump the output as a list of key/value pairs
output.dump()
def _info_product(self):
# fields:
name = "Name"
category = "Category"
description = "Description"
official = "Official"
created = "Created"
creator = "Creator"
ptask = "PTask"
output = Output()
output.header_names = [
name,
category,
description,
official,
created,
creator,
ptask,
]
output.add_item(
{
name: self.product.name,
category: self.product.category,
description: self.product.description,
official: self.product.official_version_number_padded \
if self.product.official_version_number != 0 else 'None',
creator: self.product.creator_username,
created: _datetime_format(self.product.created),
ptask: self.product.ptask_spec,
},
color_all=Style.bright,
)
# build the title
title = " {p.spec} ".format(p=self.product)
output.title = title
# dump the output as a list of key/value pairs
output.dump()
def execute(self):
# output headers. reused while defining the look of the output
description = 'Description'
timezone = 'Timezone'
lat_long = 'Lat/Long'
active = 'Active'
code = 'Code'
host = 'Host'
filesystem_root = 'Filesystem root'
# define the look of the output
output = Output()
# defining the data headers
output.header_names = [
code,
description,
host,
filesystem_root,
timezone,
lat_long,
]
output.add_item(
{
code: self.location.code,
description: self.location.description,
host: self.location.host,
filesystem_root: self.location.filesystem_root,
timezone: self.location.timezone,
lat_long: "{l.latitude}, {l.longitude}".format(l=self.location),
},
color_all=Style.bright,
)
# build the title
title = " {l.name} ".format(l=self.location)
if not self.location.active:
title += " [INACTIVE]"
title += " "
output.title = title
# dump the output as a list of key/value pairs
output.dump()
def execute(self):
try:
user = User.get(self.username)
except UserError:
self.logger.error(
'Could not determine user from: "{u}"'.format(u=self.username))
raise
# output headers. reused while defining the look of the output
username = '******'
last_name = 'Last'
first_name = 'First'
email = 'Email'
active = 'Active'
# define the look of the output
output = Output()
# defining the data headers
output.header_names = [username, email]
output.add_item(
{
username: user.username,
email: user.email,
},
color_all=Style.bright,
)
# build the title
title = " {u.first_name} {u.last_name}".format(u=user)
if not user.is_active:
title += " [INACTIVE]"
title += " "
output.title = title
# dump the output as a list of key/value pairs
output.dump()
def execute(self):
try:
user = User.get(self.username)
except UserError:
self.logger.error(
'Could not determine user from: "{u}"'.format(u=self.username)
)
raise
# output headers. reused while defining the look of the output
username = '******'
last_name = 'Last'
first_name = 'First'
email = 'Email'
active = 'Active'
# define the look of the output
output = Output()
# defining the data headers
output.header_names = [username, email]
output.add_item(
{
username: user.username,
email: user.email,
},
color_all=Style.bright,
)
# build the title
title = " {u.first_name} {u.last_name}".format(u=user)
if not user.is_active:
title += " [INACTIVE]"
title += " "
output.title = title
# dump the output as a list of key/value pairs
output.dump()
def _version_table(self, versions, title='Versions'):
number = title
note = "Release note"
reps = "Reps"
creator = "Creator"
created = "Created"
output = Output()
output.vertical_padding = 0
output.vertical_separator = None
output.table_header_separator="-"
output.header_names = [
number,
note,
reps,
creator,
created,
]
output.set_header_alignment({
number: "right",
})
output.set_header_colors({
number: Style.bright,
})
for version in sorted(versions, key=lambda v: v.number):
output.add_item(
{
number: version.number_padded,
note: version.release_note,
reps: _representations(version),
creator: version.creator_username,
created: _datetime_format(version.created),
},
)
output.dump(output_format='table')
print ""
def prompt(self):
parent_spec = PTaskSpec.parent(self.spec)
template_options = []
if parent_spec:
par_ptask = PTask.get(parent_spec)
par_ptask_type = par_ptask.ptask_type
else:
par_ptask_type = 'none'
ptask_area = PTaskArea(parent_spec, validate=False)
master_config = ptask_area.config(
PROJECT_MASTER_CONFIG_PATH,
composite_ancestors=True,
)
if not master_config or not hasattr(master_config, 'hierarchy'):
raise ActionError("Unable to find project master config.")
if not self.ptask_type in master_config.hierarchy[par_ptask_type]:
raise ActionError(
"Cannot create '{t}' ptask inside '{p}' ptask".format(
t=self.ptask_type,
p=par_ptask_type,
))
# ---- prompt for missing fields
if not self.source and self.ptask_type in master_config.templates:
for template_spec in master_config.templates[self.ptask_type]:
trimmed_spec = re.sub("^templates?=",
"",
template_spec,
flags=re.IGNORECASE)
template_options.append(
(re.sub("[=_-]+", " ",
trimmed_spec).title(), template_spec))
self._source = Output.prompt_menu(
"Select a template to source",
prompt_str="Selection",
options=template_options,
help_str="Please choose from the templates listed.",
none_option=True,
custom_prompt="Custom Source",
custom_blank=False)
# see if the ptask already exists
if not self.ptask:
try:
self._ptask = PTask.get(self.spec)
except PTaskError:
pass
else:
if not self.force:
raise ActionAborted("PTask already exists.")
else:
if not self._description:
self._description = self.ptask.description
if not self._start_date:
self._start_date = self.ptask.start_date
if not self._due_date:
self._due_date = self.ptask.due_date
if (not self.description or not self.start_date or not self.due_date):
if self.force:
raise ActionError(
"Cannot force creation without required fields.")
else:
print "\nPlease enter information about this new {b}{t}{r}:".\
format(
b=Style.bright,
t=self.ptask_type,
r=Style.reset,
)
ptask_display = " [{pt}] {b}{s}{r}".format(
pt=self.ptask_type,
b=Style.bright,
s=self.spec,
r=Style.reset,
)
if not self.description:
self._description = Output.prompt(
'{pd} description'.format(pd=ptask_display),
blank=False,
)
if not self.start_date:
self._start_date = Output.prompt_date(
'{pd} start date'.format(pd=ptask_display),
blank=False,
)
if not self.due_date:
self._due_date = Output.prompt_date(
'{pd} due date'.format(pd=ptask_display),
blank=False,
)
def _print_product_stats(self):
total_products = 0
total_versions = 0
total_reprs = 0
total_files = 0
# category
# products
# versions
# representations
# files
cat_name = "Category"
cat_products = "Products"
cat_vers = "Versions"
cat_reprs = "Representatiosn"
cat_files = "Files"
cat_out = Output()
cat_out.title = "Product Totals for : {pt} (by category)".format(
pt=self._ptask.spec)
cat_out.header_names = [
cat_name,
cat_products,
cat_vers,
cat_reprs,
cat_files,
]
cat_out.set_header_alignment({
cat_name: "right",
cat_products: "right",
cat_vers: "right",
cat_reprs: "right",
cat_files: "right",
})
for (category,
category_count) in sorted(self._data.products.iteritems()):
total_products += category_count
if category in self._data.product_versions:
ver_count = self._data.product_versions[category]
total_versions += ver_count
else:
ver_count = 0
if category in self._data.product_representations:
repr_count = self._data.product_representations[category]
total_reprs += repr_count
else:
repr_count = 0
if category in self._data.product_repr_files:
file_count = self._data.product_repr_files[category]
total_files += file_count
else:
file_count = 0
cat_out.add_item(
{
cat_name: category,
cat_products: category_count,
cat_vers: ver_count,
cat_reprs: repr_count,
cat_files: file_count,
},
color_all=Style.bright,
)
count = 'Products'
vers = 'Versions'
reprs = 'Representations'
files = 'Files'
vers_product = "Vers/Product"
reprs_version = "Reprs/Vers"
files_repr = "Files/Repr"
totals_out = Output()
totals_out.title = "Product Totals for : {pt}".format(
pt=self._ptask.spec)
totals_out.header_names = [
count,
vers,
reprs,
files,
vers_product,
reprs_version,
files_repr,
]
totals_out.set_header_alignment({
count: "right",
vers: "right",
reprs: "right",
files: "right",
vers_product: "right",
reprs_version: "right",
files_repr: "right",
})
if total_products:
vers_product_val = \
"%.2f" % (total_versions / float(total_products))
else:
vers_product_val = "?"
if total_versions:
reprs_version_val = \
"%.2f" % (total_reprs / float(total_versions))
else:
reprs_version_val = "?"
if total_reprs:
files_repr_val = \
"%.2f" % (total_files / float(total_reprs))
else:
files_repr_val = "?"
totals_out.add_item(
{
count: total_products,
vers: total_versions,
reprs: total_reprs,
files: total_files,
vers_product: vers_product_val,
reprs_version: reprs_version_val,
files_repr: files_repr_val,
},
color_all=Style.bright,
)
totals_out.dump(output_format='table')
file_type_hdr = 'Type'
count = 'Count'
types_out = Output()
types_out.title = "Product Totals for : {pt} (by type)".format(
pt=self._ptask.spec)
types_out.header_names = [
file_type_hdr,
count,
]
types_out.set_header_alignment({
file_type_hdr: "right",
count: "right",
})
for (file_type, file_type_count) in \
sorted(self._data.product_repr_files_by_type.iteritems()):
types_out.add_item(
{
file_type_hdr: file_type,
count: file_type_count,
},
color_all=Style.bright,
)
cat_out.dump(output_format='table')
types_out.dump(output_format='table')
def _print_ptask_stats(self):
total_ptasks = 0
total_vers = 0
total_subs = 0
total_products = 0
total_product_vers = 0
type_name = "Type"
type_total = "Count"
type_vers = "Versions"
type_ver_avg = "Vers/PTask"
type_products = "Products"
type_prod_avg = "Prods/PTask"
type_product_vers = "ProductVers"
type_product_vers_avg1 = "ProductVer/PTaskVer"
type_product_vers_avg2 = "ProductVer/Product"
type_subs = "Subs"
type_subs_avg = "Subs/Ver"
type_out = Output()
type_out.title = "PTask Totals for : {pt} (by type)".format(
pt=self._ptask.spec)
type_out.header_names = [
type_name, type_total, type_vers, type_ver_avg, type_products,
type_prod_avg, type_product_vers, type_product_vers_avg1,
type_product_vers_avg2, type_subs, type_subs_avg
]
type_out.set_header_alignment({
type_name: "right",
type_total: "right",
type_vers: "right",
type_ver_avg: "right",
type_products: "right",
type_prod_avg: "right",
type_product_vers: "right",
type_product_vers_avg1: "right",
type_product_vers_avg2: "right",
type_subs: "right",
type_subs_avg: "right",
})
for (ptask_type, ptask_type_count) in \
sorted(self._data.ptasks.iteritems()):
total_ptasks += ptask_type_count
if ptask_type in self._data.ptask_versions:
ver_count = self._data.ptask_versions[ptask_type]
total_vers += ver_count
else:
ver_count = 0
if ptask_type in self._data.ptask_products:
product_count = self._data.ptask_products[ptask_type]
total_products += product_count
else:
product_count = 0
if ptask_type in self._data.ptask_product_versions:
product_ver_count = self._data.ptask_product_versions[
ptask_type]
total_product_vers += product_ver_count
else:
product_ver_count = 0
if ptask_type in self._data.ptask_subscriptions:
subs_count = self._data.ptask_subscriptions[ptask_type]
total_subs += subs_count
else:
subs_count = 0
if ptask_type_count:
type_ver_avg_val = \
'%.2f' % (ver_count / float(ptask_type_count))
type_prod_avg_val = \
'%.2f' % (product_count / float(ptask_type_count))
else:
type_ver_avg_val = "?"
type_prod_avg_val = "?"
if ver_count:
type_product_vers_avg1_val = \
"%.2f" % (product_ver_count / float(ver_count))
type_subs_avg_val = \
'%.2f' % (subs_count / float(ver_count))
else:
type_product_vers_avg1_val = "?"
type_subs_avg_val = "?"
if product_count:
type_product_vers_avg2_val = \
"%.2f" % (product_ver_count / float(product_count))
else:
type_product_vers_avg2_val = "?"
type_out.add_item(
{
type_name: ptask_type,
type_total: ptask_type_count,
type_vers: ver_count,
type_ver_avg: type_ver_avg_val,
type_products: product_count,
type_prod_avg: type_prod_avg_val,
type_product_vers: product_ver_count,
type_product_vers_avg1: type_product_vers_avg1_val,
type_product_vers_avg2: type_product_vers_avg2_val,
type_subs: subs_count,
type_subs_avg: type_subs_avg_val,
},
color_all=Style.bright,
)
count = 'PTasks'
versions = 'Versions'
products = 'Products'
product_vers = "ProductVers"
subs = 'Subs'
totals_out = Output()
totals_out.title = "PTask Totals for : {pt}".format(
pt=self._ptask.spec)
totals_out.header_names = [
count,
versions,
subs,
products,
product_vers,
]
totals_out.set_header_alignment({
count: "right",
versions: "right",
products: "right",
product_vers: "right",
subs: "right",
})
totals_out.add_item(
{
count: total_ptasks,
versions: total_vers,
products: total_products,
product_vers: total_product_vers,
subs: total_subs,
},
color_all=Style.bright,
)
totals_out.dump(output_format='table')
type_out.dump(output_format='table')
def _subs_table(subs):
sub_id = "Id"
product_ver = "Product version"
locked = "Locked"
output = Output()
output.vertical_padding = 0
output.vertical_separator = None
output.table_header_separator = '-'
output.header_names = [
sub_id,
product_ver,
locked,
]
output.set_header_alignment({
sub_id: "right",
})
for sub in sorted(subs, key=lambda s: s.spec):
output.add_item(
{
sub_id: str(sub.id).zfill(5),
product_ver: sub.product_version_spec,
locked: sub.locked,
},
color_all=Style.bright,
)
output.dump(output_format='table')
def verify(self):
ptask_type_field = "Type"
spec_field = "Spec"
description_field = "Description"
creator_field = "Creator"
start_date_field = "Starts"
due_date_field = "Due"
source_field = "Source"
output = Output()
output.header_names = [
ptask_type_field,
spec_field,
description_field,
creator_field,
start_date_field,
due_date_field,
source_field,
]
if self.source:
source_disp = self.source.spec
else:
source_disp = "None"
output.add_item(
{
ptask_type_field: self.ptask_type,
spec_field: self.spec,
description_field: self.description,
creator_field: self.creator,
start_date_field: str(self.start_date),
due_date_field: str(self.due_date),
source_field: source_disp,
},
color_all=Style.bright,
)
if self.force:
output.title = "Creating:"
else:
output.title = "Confirm create:"
output.dump()
if not self.force:
if self.ptask:
if not Output.prompt_yes_no("This ptask already exists. " + \
Style.bright + "Continue anyway" + Style.reset):
raise ActionAborted(
"PTask already exists. User chose not to continue.")
else:
prompt_str = "Create " + Style.bright + self.spec + Style.reset
if self.source:
prompt_str += \
" + " + \
str(len(self.source.children_recursive)) + \
" child ptasks"
if not Output.prompt_yes_no(prompt_str):
raise ActionAborted("User chose not to proceed.")
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 _info_versions(self):
self._versions = self.product.versions
if len(self._versions) == 0:
print "Found no versions for product!\n"
return
number = "Ver"
published = "P"
deprecated = "D"
note = "Release note"
reps = "Reps"
creator = "Creator"
created = "Created"
output = Output()
output.vertical_padding = 0
output.vertical_separator = None
output.table_header_separator="-"
output.header_names = [
published,
number,
note,
reps,
creator,
created,
]
output.set_header_alignment({
number: "right",
published: "right",
})
for version in sorted(self._versions, key=lambda v: v.number):
is_official = version.number == self.product.official_version_number
is_published = version.published
is_deprecated = version.deprecated
style = Style.dim
if is_official or is_published:
style = Style.normal
output.add_item(
{
number: version.number_padded,
note: version.release_note,
published: _published(is_published, is_official),
reps: _representations(version),
creator: version.creator_username,
created: _datetime_format(version.created),
},
colors={
published: _published_color(
is_published, is_official, is_deprecated),
number: _published_color(
is_published, is_official, is_deprecated),
note: style,
reps: style,
creator: style,
created: style,
}
)
output.dump(output_format='table')
print ""
def _version_table(self, versions, title='Versions'):
number = title
note = "Release note"
reps = "Reps"
creator = "Creator"
created = "Created"
output = Output()
output.vertical_padding = 0
output.vertical_separator = None
output.table_header_separator="-"
output.header_names = [
number,
note,
reps,
creator,
created,
]
output.set_header_alignment({
number: "right",
})
output.set_header_colors({
number: Style.bright,
})
for version in sorted(versions, key=lambda v: v.number):
output.add_item(
{
number: version.number_padded,
note: version.release_note,
reps: _representations(version),
creator: version.creator_username,
created: _datetime_format(version.created),
},
)
output.dump(output_format='table')
print ""
def _info_versions(self):
self._versions = self.product.versions
if len(self._versions) == 0:
print "Found no versions for product!\n"
return
number = "Ver"
published = "P"
deprecated = "D"
note = "Release note"
reps = "Reps"
creator = "Creator"
created = "Created"
output = Output()
output.vertical_padding = 0
output.vertical_separator = None
output.table_header_separator = "-"
output.header_names = [
published,
number,
note,
reps,
creator,
created,
]
output.set_header_alignment({
number: "right",
published: "right",
})
for version in sorted(self._versions, key=lambda v: v.number):
is_official = version.number == self.product.official_version_number
is_published = version.published
is_deprecated = version.deprecated
style = Style.dim
if is_official or is_published:
style = Style.normal
output.add_item(
{
number: version.number_padded,
note: version.release_note,
published: _published(is_published, is_official),
reps: _representations(version),
creator: version.creator_username,
created: _datetime_format(version.created),
},
colors={
published:
_published_color(is_published, is_official, is_deprecated),
number:
_published_color(is_published, is_official, is_deprecated),
note:
style,
reps:
style,
creator:
style,
created:
style,
})
output.dump(output_format='table')
print ""
def _ptask_versions_info(self):
version_number = "Version"
description = "Description"
created = "Created"
creator = "Creator"
location = "Location"
parent = "Source"
output = Output()
output.vertical_padding = 0
output.vertical_separator = None
output.table_header_separator = '-'
output.header_names = [
version_number,
description,
created,
creator,
location,
parent,
]
output.set_header_alignment({
version_number: "right",
parent: "right",
})
for version in sorted(self.ptask.versions, key=lambda v: v.number):
parent_num = version.parent_spec
if parent_num:
(parent_ptask_spec, parent_ver) = parent_num.split("@")
if parent_ptask_spec == self.ptask.spec:
parent_num = parent_ver
output.add_item(
{
version_number: version.number_padded,
description: version.description,
created: version.created.strftime("%Y/%m/%d %H:%M:%S"),
creator: version.creator_username,
location: version.location_code,
parent: parent_num,
},
colors={
version_number: Style.bright,
})
output.dump(output_format='table')
print ""
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 _subs_table(subs):
sub_id = "Id"
product_ver = "Product version"
locked = "Locked"
output = Output()
output.vertical_padding = 0
output.vertical_separator = None
output.table_header_separator = '-'
output.header_names = [
sub_id,
product_ver,
locked,
]
output.set_header_alignment({
sub_id: "right",
})
for sub in sorted(subs, key=lambda s: s.spec):
output.add_item(
{
sub_id: str(sub.id).zfill(5),
product_ver: sub.product_version_spec,
locked: sub.locked,
},
color_all=Style.bright,
)
output.dump(output_format='table')
def _print_ptask_stats(self):
total_ptasks = 0
total_vers = 0
total_subs = 0
total_products = 0
total_product_vers = 0
type_name = "Type"
type_total = "Count"
type_vers = "Versions"
type_ver_avg = "Vers/PTask"
type_products = "Products"
type_prod_avg = "Prods/PTask"
type_product_vers = "ProductVers"
type_product_vers_avg1 = "ProductVer/PTaskVer"
type_product_vers_avg2= "ProductVer/Product"
type_subs = "Subs"
type_subs_avg = "Subs/Ver"
type_out = Output()
type_out.title = "PTask Totals for : {pt} (by type)".format(
pt=self._ptask.spec)
type_out.header_names = [
type_name,
type_total,
type_vers,
type_ver_avg,
type_products,
type_prod_avg,
type_product_vers,
type_product_vers_avg1,
type_product_vers_avg2,
type_subs,
type_subs_avg
]
type_out.set_header_alignment(
{
type_name: "right",
type_total: "right",
type_vers: "right",
type_ver_avg: "right",
type_products: "right",
type_prod_avg: "right",
type_product_vers: "right",
type_product_vers_avg1: "right",
type_product_vers_avg2: "right",
type_subs: "right",
type_subs_avg: "right",
})
for (ptask_type, ptask_type_count) in \
sorted(self._data.ptasks.iteritems()):
total_ptasks += ptask_type_count
if ptask_type in self._data.ptask_versions:
ver_count = self._data.ptask_versions[ptask_type]
total_vers += ver_count
else:
ver_count = 0
if ptask_type in self._data.ptask_products:
product_count = self._data.ptask_products[ptask_type]
total_products += product_count
else:
product_count = 0
if ptask_type in self._data.ptask_product_versions:
product_ver_count = self._data.ptask_product_versions[ptask_type]
total_product_vers += product_ver_count
else:
product_ver_count = 0
if ptask_type in self._data.ptask_subscriptions:
subs_count = self._data.ptask_subscriptions[ptask_type]
total_subs += subs_count
else:
subs_count = 0
if ptask_type_count:
type_ver_avg_val = \
'%.2f' % (ver_count / float(ptask_type_count))
type_prod_avg_val = \
'%.2f' % (product_count / float(ptask_type_count))
else:
type_ver_avg_val = "?"
type_prod_avg_val = "?"
if ver_count:
type_product_vers_avg1_val = \
"%.2f" % (product_ver_count / float(ver_count))
type_subs_avg_val = \
'%.2f' % (subs_count / float(ver_count))
else:
type_product_vers_avg1_val = "?"
type_subs_avg_val = "?"
if product_count:
type_product_vers_avg2_val = \
"%.2f" % (product_ver_count / float(product_count))
else:
type_product_vers_avg2_val = "?"
type_out.add_item(
{
type_name: ptask_type,
type_total: ptask_type_count,
type_vers: ver_count,
type_ver_avg: type_ver_avg_val,
type_products: product_count,
type_prod_avg: type_prod_avg_val,
type_product_vers: product_ver_count,
type_product_vers_avg1: type_product_vers_avg1_val,
type_product_vers_avg2: type_product_vers_avg2_val,
type_subs: subs_count,
type_subs_avg: type_subs_avg_val,
},
color_all=Style.bright,
)
count = 'PTasks'
versions = 'Versions'
products = 'Products'
product_vers = "ProductVers"
subs = 'Subs'
totals_out = Output()
totals_out.title = "PTask Totals for : {pt}".format(pt=self._ptask.spec)
totals_out.header_names = [
count,
versions,
subs,
products,
product_vers,
]
totals_out.set_header_alignment(
{
count: "right",
versions: "right",
products: "right",
product_vers: "right",
subs: "right",
})
totals_out.add_item(
{
count: total_ptasks,
versions: total_vers,
products: total_products,
product_vers: total_product_vers,
subs: total_subs,
},
color_all=Style.bright,
)
totals_out.dump(output_format='table')
type_out.dump(output_format='table')
def _sub_table(self, subs, title="Subscriptions"):
sub_id = "Sub. ID"
product = "Product"
subscriber = "Subscriber"
output = Output()
output.vertical_padding = 0
output.vertical_separator = None
output.table_header_separator="-"
output.header_names = [
sub_id,
product,
subscriber,
]
output.set_header_alignment({
sub_id: "right"
})
for sub in sorted(subs, key=lambda s: s.spec):
output.add_item(
{
sub_id: str(sub.id).zfill(5),
product: sub.product_version_spec,
subscriber: sub.ptask_version_spec,
}
)
output.dump(output_format="table")
print ""
def execute(self):
MODE = 0770
# ensure filesystem root exists
fs_root = self.location.filesystem_root
if not os.path.isdir(fs_root):
try:
os.makedirs(fs_root, MODE)
except error as e:
raise ActionError(
"Unable to create filesystem root directory: " + fs_root + \
"\n " + str(e)
)
# remember the directories created below
dir_lookup = {}
# create standard directories ('projects', 'bash', 'config', etc.)
for dir_name in ['bash', 'projects', 'config', '.logs', 'plugins']:
dir_path = os.path.join(fs_root, dir_name)
dir_lookup[dir_name] = dir_path
if not os.path.isdir(dir_path):
try:
os.makedirs(dir_path, MODE)
except error as e:
raise ActionError(
"Unable to create root subdirectory: " + dir_path + \
"\n " + str(e)
)
# locate the install location to find the bash template
install_pkg_dir = os.path.dirname(os.path.abspath(dpa.__file__))
# ---- bash template
# the file to read from
bash_template_file = os.path.join(
install_pkg_dir, 'data', 'bash', BASH_ACTIVATE_TEMPLATE
)
if not os.path.exists(bash_template_file):
raise ActionError("Unable to locate LOCATION template bash script.")
# the file to write to
bash_activate_file = os.path.join(
dir_lookup['bash'], BASH_ACTIVATE_TEMPLATE
)
# ---- readme file
# readme file
bash_readme_template_file = os.path.join(
install_pkg_dir, 'data', 'bash', BASH_README_TEMPLATE
)
if not os.path.exists(bash_readme_template_file):
raise ActionError("Unable to locate README template file.")
# the file to write to
bash_readme_file = os.path.join(
dir_lookup['bash'], BASH_README_TEMPLATE
)
# ---- format template files
file_pairs = [
(bash_template_file, bash_activate_file),
(bash_readme_template_file, bash_readme_file),
]
replacements = (
("__DPA_LOCATION_CODE__", self.location.code),
("__DPA_DATA_SERVER__", self.server),
("__DPA_FILESYSTEM_ROOT__", self.location.filesystem_root),
)
# handle the file formatting and writing
for in_file_path, out_file_path in file_pairs:
with open(in_file_path) as in_file:
with open(out_file_path, 'w') as out_file:
text = in_file.read()
for in_str, out_str in replacements:
text = text.replace(in_str, out_str)
# write new text to bash file in config dir
out_file.write(text)
# print info to user about bash file to source
Output.text(
"\nA bash script has been created to activate the pipeline in " + \
"this location. The path to the bash script is: \n\n" + \
" " + Style.bright + bash_activate_file + Style.reset + "\n\n" + \
"See the README in the same directory for instructions on how " + \
"to reference the script.\n",
margin=4,
)
def _print_product_stats(self):
total_products = 0
total_versions = 0
total_reprs = 0
total_files = 0
# category
# products
# versions
# representations
# files
cat_name = "Category"
cat_products = "Products"
cat_vers = "Versions"
cat_reprs = "Representatiosn"
cat_files = "Files"
cat_out = Output()
cat_out.title = "Product Totals for : {pt} (by category)".format(
pt=self._ptask.spec)
cat_out.header_names = [
cat_name,
cat_products,
cat_vers,
cat_reprs,
cat_files,
]
cat_out.set_header_alignment(
{
cat_name: "right",
cat_products: "right",
cat_vers: "right",
cat_reprs: "right",
cat_files: "right",
})
for (category, category_count) in sorted(self._data.products.iteritems()):
total_products += category_count
if category in self._data.product_versions:
ver_count = self._data.product_versions[category]
total_versions += ver_count
else:
ver_count = 0
if category in self._data.product_representations:
repr_count = self._data.product_representations[category]
total_reprs += repr_count
else:
repr_count = 0
if category in self._data.product_repr_files:
file_count = self._data.product_repr_files[category]
total_files += file_count
else:
file_count = 0
cat_out.add_item(
{
cat_name: category,
cat_products: category_count,
cat_vers: ver_count,
cat_reprs: repr_count,
cat_files: file_count,
},
color_all=Style.bright,
)
count = 'Products'
vers = 'Versions'
reprs = 'Representations'
files = 'Files'
vers_product = "Vers/Product"
reprs_version = "Reprs/Vers"
files_repr = "Files/Repr"
totals_out = Output()
totals_out.title = "Product Totals for : {pt}".format(pt=self._ptask.spec)
totals_out.header_names = [
count,
vers,
reprs,
files,
vers_product,
reprs_version,
files_repr,
]
totals_out.set_header_alignment(
{
count: "right",
vers: "right",
reprs: "right",
files: "right",
vers_product: "right",
reprs_version: "right",
files_repr: "right",
}
)
if total_products:
vers_product_val = \
"%.2f" % (total_versions / float(total_products))
else:
vers_product_val = "?"
if total_versions:
reprs_version_val = \
"%.2f" % (total_reprs / float(total_versions))
else:
reprs_version_val = "?"
if total_reprs:
files_repr_val = \
"%.2f" % (total_files / float(total_reprs))
else:
files_repr_val = "?"
totals_out.add_item(
{
count: total_products,
vers: total_versions,
reprs: total_reprs,
files: total_files,
vers_product: vers_product_val,
reprs_version: reprs_version_val,
files_repr: files_repr_val,
},
color_all=Style.bright,
)
totals_out.dump(output_format='table')
file_type_hdr = 'Type'
count = 'Count'
types_out = Output()
types_out.title = "Product Totals for : {pt} (by type)".format(
pt=self._ptask.spec)
types_out.header_names = [
file_type_hdr,
count,
]
types_out.set_header_alignment(
{
file_type_hdr: "right",
count: "right",
}
)
for (file_type, file_type_count) in \
sorted(self._data.product_repr_files_by_type.iteritems()):
types_out.add_item(
{
file_type_hdr: file_type,
count: file_type_count,
},
color_all=Style.bright,
)
cat_out.dump(output_format='table')
types_out.dump(output_format='table')