| Jump to DART Documentation Main Index |
The Global Ionosphere Thermosphere Model (GITM) is a 3-dimensional spherical
code that models the Earth's thermosphere and ionosphere system using a
stretched grid in latitude and altitude. For a fuller description of using
GITM within DART, please see the
DART GITM model documentation.
netcdf_to_gitm_blocks is the program that updates the
GITM restart files (i.e. b?????.rst)
with the information from a DART output/restart file
(e.g. perfect_ics, filter_ics, ... ).
The list of variables used to create the DART state vector are specified in
the input.nml file.
Conditions required for successful execution of netcdf_to_gitm_blocks:
The individual model instances are run in unique directories. This is also where the converter routines gitm_to_dart and netcdf_to_gitm_blocks are run. This makes it easy to use a single 'static' name for the input and output filenames. advance_model.csh is responsibile for linking the appropriate files to these static filenames.
The simplest way to test the converter is to compile GITM and run a single model state forward using work/clean.sh. To build GITM ... download GITM and unpack the code into DART/models/gitm/GITM2 and follow these instructions:
cd models/gitm/GITM2 ./Config.pl -install -compiler=ifortmpif90 -earth make cd ../work ./clean.sh 1 1 0 150.0 170.0 1.0
And then manually run netcdf_to_gitm_blocks on the result.
We adhere to the F90 standard of starting a namelist with an ampersand '&' and terminating with a slash '/' for all our namelist input. Character strings that contain a '/' must be enclosed in quotes to prevent them from prematurely terminating the namelist.
&netcdf_to_gitm_blocks_nml netcdf_to_gitm_blocks_output_file = 'dart_restart', advance_time_present = .false. / &model_nml gitm_restart_dirname = 'advance_temp_e1/UA/restartOUT', assimilation_period_days = 0, assimilation_period_seconds = 1800, model_perturbation_amplitude = 0.2, output_state_vector = .false., calendar = 'Gregorian', debug = 0, gitm_state_variables = 'Temperature', 'QTY_TEMPERATURE', 'eTemperature', 'QTY_TEMPERATURE_ELECTRON', 'ITemperature', 'QTY_TEMPERATURE_ION', 'iO_3P_NDensityS', 'QTY_DENSITY_NEUTRAL_O3P', ...
| Contents | Type | Description |
|---|---|---|
| netcdf_to_gitm_blocks_output_file | character(len=128) | The name of the DART file containing the model state derived from the GITM restart files. |
| advance_time_present | logical | If you are manually converting a DART initial conditions or restart file this should be .false.; these files have a single timestamp describing the valid time of the model state. If .true., TWO timestamps are expected in the DART file header and DART_GITM_time_control.txt) is created with the settings appropriate to advance GITM to the time requested by DART. |
The full description of the model_nml namelist is documented in the gitm model_mod, but the most important variable for netcdf_to_gitm_blocks is repeated here.
| Contents | Type | Description |
|---|---|---|
| gitm_restart_dirname | character(len=256) | The name of the directory containing the GITM restart files and runtime control information. |
| gitm_state_variables | character(len=32), dimension(2,80) |
The list of variable names in the gitm restart file to use to create the DART state vector and their corresponding DART kind. The default list is specified in model_mod.nml |
obs_def_upper_atm_mod.f90 assim_model_mod.f90 types_mod.f90 location/threed_sphere/location_mod.f90 models/gitm/GITM2/src/ModConstants.f90 models/gitm/GITM2/src/ModEarth.f90 models/gitm/GITM2/src/ModKind.f90 models/gitm/GITM2/src/ModSize.f90 models/gitm/GITM2/src/ModTime.f90 models/gitm/GITM2/src/time_routines.f90 models/gitm/dart_gitm_mod.f90 models/gitm/netcdf_to_gitm_blocks.f90 models/gitm/model_mod.f90 null_mpi_utilities_mod.f90 obs_kind_mod.f90 random_seq_mod.f90 time_manager_mod.f90 utilities_mod.f90
none - all error messages come from modules that have their own documentation.
none
None.
DART software - Copyright UCAR. This open source software is provided by UCAR, "as is", without charge, subject to all terms of use at http://www.image.ucar.edu/DAReS/DART/DART_download


"""ThreatConnect Case Management"""
from .artifact import Artifact, Artifacts
from .artifact_type import ArtifactType, ArtifactTypes
from .assignee import Assignee, User, Users
from .case import Case, Cases
from .note import Note, Notes
from .tag import Tag, Tags
from .task import Task, Tasks
from .workflow_event import WorkflowEvent, WorkflowEvents
from .workflow_template import WorkflowTemplate, WorkflowTemplates
[docs]class CaseManagement:
"""Case Management Class for TcEx
Args:
tcex (TcEx): An instantiated instance of TcEx object.
"""
def __init__(self, tcex):
"""Initialize Class properties."""
self.tcex = tcex
[docs] def artifact(self, **kwargs):
"""Return a instance of Artifact object.
Args:
tcex (TcEx): An instantiated instance of TcEx object.
analytics_priority (str, kwargs): [Read-Only] The **Analytics Priority**
for the Artifact.
analytics_priority_level (int, kwargs): [Read-Only] The **Analytics Priority Level** for
the Artifact.
analytics_score (int, kwargs): [Read-Only] The **Analytics Score** for the Artifact.
analytics_status (int, kwargs): [Read-Only] The **Analytics Status** for the Artifact.
analytics_type (str, kwargs): [Read-Only] The **Analytics Type** for the Artifact.
artifact_type (ArtifactType, kwargs): [Read-Only] The **Artifact Type**
for the Artifact.
case_id (int, kwargs): [Required (alt: caseXid)] The **Case Id** for the Artifact.
case_xid (str, kwargs): [Required (alt: caseId)] The **Case Xid** for the Artifact.
date_added (str, kwargs): [Read-Only] The **Date Added** for the Artifact.
file_data (str, kwargs): Base64 encoded file attachment required only for certain
artifact types
intel_type (str, kwargs): The **Intel Type** for the Artifact.
links (Link, kwargs): The **Links** for the Artifact.
notes (Note, kwargs): a list of Notes corresponding to the Artifact
parent_case (Case, kwargs): [Read-Only] The **Parent Case** for the Artifact.
source (str, kwargs): The **Source** for the Artifact.
summary (str, kwargs): [Required] The **Summary** for the Artifact.
task (case_management.task.Task, kwargs): [Read-Only] The **Task** for the Artifact.
task_id (int, kwargs): the ID of the task which the Artifact references
task_xid (str, kwargs): the XID of the task which the Artifact references
type (str, kwargs): [Required] The **Type** for the Artifact.
"""
return Artifact(self.tcex, **kwargs)
[docs] def artifacts(self, **kwargs):
"""Return a instance of Artifacts object.
.. code-block:: python
:linenos:
:lineno-start: 1
# Example of params input
{
'result_limit': 100, # How many results are retrieved.
'result_start': 10, # Starting point on retrieved results.
'fields': ['caseId', 'summary'] # Additional fields returned on the results
}
Args:
tcex (TcEx): An instantiated instance of TcEx object.
initial_response (dict, optional): Initial data in
Case Object for Artifact. Defaults to None.
tql_filters (list, optional): List of TQL filters. Defaults to None.
params(dict, optional): Dict of the params to be sent while
retrieving the Artifacts objects.
"""
return Artifacts(self.tcex, **kwargs)
[docs] def artifact_type(self, **kwargs):
"""Return a instance of Artifact Type object.
Args:
tcex (TcEx): An instantiated instance of TcEx object.
data_type (str, kwargs): [Read-Only] The **Data Type** for the Artifact Type.
description (str, kwargs): [Read-Only] The **Description** for the Artifact Type.
intel_type (str, kwargs): [Read-Only] The **Intel Type** for the Artifact Type.
name (str, kwargs): [Read-Only] The **Name** for the Artifact Type.
"""
return ArtifactType(self.tcex, **kwargs)
[docs] def artifact_types(self, **kwargs):
"""Return a instance of Artifact Types object.
.. code-block:: python
:linenos:
:lineno-start: 1
# Example of params input
{
'result_limit': 100, # How many results are retrieved.
'result_start': 10, # Starting point on retrieved results.
'fields': ['caseId', 'summary'] # Additional fields returned on the results
}
Args:
tcex (TcEx): An instantiated instance of TcEx object.
initial_response (dict, optional): Initial data in
Case Object for Artifact. Defaults to None.
tql_filters (list, optional): List of TQL filters. Defaults to None.
params(dict, optional): Dict of the params to be sent
while retrieving the Artifact Type objects.
"""
return ArtifactTypes(self.tcex, **kwargs)
[docs] @staticmethod
def assignee(**kwargs):
"""Return a instance of Assignee object.
For User type the user_name or id fields is required and
for the Group type the name or id is required.
Args:
first_name (str, kwargs): The first name of the User.
id (id, kwargs): The id of the User.
name (str, kwargs): The name of the Group.
last_name (str, kwargs): The last name of the user.
pseudonym (str, kwargs): The pseudonym of the User.
role (str, kwargs): The role of the User.
user_name (str, kwargs): The user name of the User.
type (str, kwargs): The assignee type. Default to User.
"""
return Assignee(**kwargs)
[docs] def case(self, **kwargs):
"""Return a instance of Case object.
Args:
tcex (TcEx): An instantiated instance of TcEx object.
artifacts (Artifact, kwargs): a list of Artifacts corresponding to the Case
assignee (Assignee, kwargs): the user or group Assignee object for the Case
created_by (User, kwargs): [Read-Only] The **Created By** for the Case.
date_added (str, kwargs): [Read-Only] The **Date Added** for the Case.
description (str, kwargs): The **Description** for the Case.
name (str, kwargs): [Required] The **Name** for the Case.
notes (Note, kwargs): a list of Notes corresponding to the Case
owner (str, kwargs): The Org/Owner name for the Case.
related (Case, kwargs): The **Related** for the Case.
resolution (str, kwargs): The **Resolution** for the Case.
severity (str, kwargs): [Required] The **Severity** for the Case.
status (str, kwargs): [Required] The **Status** for the Case.
tags (tcex.case_management.tag.Tag, kwargs): a list of Tags corresponding to the Case
(NOTE: Setting this parameter will replace any existing tag(s) with
the one(s) specified)
tasks (case_management.task.Task, kwargs): a list of Tasks corresponding to the Case
user_access (User, kwargs): a list of Users that, when defined, are the only
ones allowed to view or edit the Case
workflow_events (WorkflowEvent, kwargs): The **Events** for the Case.
workflow_template (WorkflowTemplate, kwargs): the Template that the Case is
populated by.
xid (str, kwargs): The **Xid** for the Case.
"""
return Case(self.tcex, **kwargs)
[docs] def cases(self, **kwargs):
"""Return a instance of Cases object.
.. code-block:: python
:linenos:
:lineno-start: 1
# Example of params input
{
'result_limit': 100, # How many results are retrieved.
'result_start': 10, # Starting point on retrieved results.
'fields': ['caseId', 'summary'] # Additional fields returned on the results
}
Args:
tcex (TcEx): An instantiated instance of TcEx object.
initial_response (dict, optional): Initial data in
Case Object for Artifact. Defaults to None.
tql_filters (list, optional): List of TQL filters. Defaults to None.
params(dict, optional): Dict of the params to be sent while
retrieving the Case objects.
"""
return Cases(self.tcex, **kwargs)
[docs] def create_entity(self, entity, owner):
"""Create a CM object provided a dict and owner."""
entity_type = entity.get('type').lower()
entity_type = entity_type.replace(' ', '_')
try:
obj = getattr(self, entity_type)(**entity)
except AttributeError:
return None
r = obj.submit()
data = {'status_code': r.status_code}
if r.ok:
data.update(r.json().get('data', {}))
data['main_type'] = 'Case_Management'
data['sub_type'] = entity_type
data['owner'] = owner
return data
[docs] def note(self, **kwargs):
"""Return a instance of Note object.
Args:
tcex (TcEx): An instantiated instance of TcEx object.
artifact (Artifact, kwargs): [Read-Only] The **Artifact** for the Note.
artifact_id (int, kwargs): the ID of the Artifact on which to apply the Note
author (int, kwargs): [Read-Only] The **Author** for the Note.
case_id (int, kwargs): [Required (alt: caseXid)] The **Case Id** for the Note.
case_xid (str, kwargs): [Required (alt: caseId)]
date_added (str, kwargs): [Read-Only] The **Date Added** for the Note.
edited (boolean, kwargs): [Read-Only] The **Edited** for the Note.
last_modified (str, kwargs): [Read-Only] The **Last Modified** for the Note.
parent_case (Case, kwargs): [Read-Only] The **Parent Case** for the Note.
summary (str, kwargs): [Read-Only] The **Summary** for the Note.
task (case_management.task.Task, kwargs): [Read-Only] The **Task** for the Note.
task_id (int, kwargs): the ID of the Task on which to apply the Note
task_xid (str, kwargs): the XID of the Task on which to apply the Note
text (str, kwargs): [Required] The **Text** for the Note.
workflow_event (WorkflowEvent, kwargs): [Read-Only] The **Workflow Event** for the Note.
workflow_event_id (int, kwargs): the ID of the Event on which to apply the Note
"""
return Note(self.tcex, **kwargs)
[docs] def notes(self, **kwargs):
"""Return a instance of Notes object.
.. code-block:: python
:linenos:
:lineno-start: 1
# Example of params input
{
'result_limit': 100, # How many results are retrieved.
'result_start': 10, # Starting point on retrieved results.
'fields': ['caseId', 'summary'] # Additional fields returned on the results
}
Args:
tcex (TcEx): An instantiated instance of TcEx object.
initial_response (dict, optional): Initial data in
Case Object for Note. Defaults to None.
tql_filters (list, optional): List of TQL filters. Defaults to None.
params(dict, optional): Dict of the params to be sent while
retrieving the Notes objects.
"""
return Notes(self.tcex, **kwargs)
[docs] def tag(self, **kwargs):
"""Return a instance of Tag object.
Args:
tcex (TcEx): An instantiated instance of TcEx object.
cases (Case, kwargs): [Read-Only] The **Cases** for the Tag.
description (str, kwargs): a brief description of the Tag
last_used (str, kwargs): [Read-Only] The **Last Used** for the Tag.
name (str, kwargs): [Required] The **Name** for the Tag.
owner (str, kwargs): [Read-Only] The **Owner** for the Tag.
"""
return Tag(self.tcex, **kwargs)
[docs] def task(self, **kwargs):
"""Return a instance of Task object.
Args:
tcex (TcEx): An instantiated instance of TcEx object.
artifacts (Artifact, kwargs): a list of Artifacts corresponding to the Task
assignee (Assignee, kwargs): the user or group Assignee object for the Task
case_id (int, kwargs): [Required (alt: caseXid)] The **Case Id** for the Task.
case_xid (str, kwargs): [Required (alt: caseId)] The **Case Xid** for the Task.
completed_by (str, kwargs): [Read-Only] The **Completed By** for the Task.
completed_date (str, kwargs): the completion date of the Task
config_playbook (str, kwargs): [Read-Only] The **Config Playbook** for the Task.
config_task (dict, kwargs): [Read-Only] The **Config Task** for the Task.
dependent_on_id (str, kwargs): [Read-Only] The **Dependent On ID** for the Task.
description (str, kwargs): The **Description** for the Task.
due_date (str, kwargs): the due date of the Task
duration (int, kwargs): [Read-Only] The **Duration** for the Task.
id_dependent_on (int, kwargs): [Read-Only] The **Id_Dependent On** for the Task.
name (str, kwargs): [Required] The **Name** for the Task.
notes (Note, kwargs): a list of Notes corresponding to the Task
parent_case (Case, kwargs): [Read-Only] The **Parent Case** for the Task.
required (bool, kwargs): [Read-Only] The **Required** flag for the Task.
status (str, kwargs): The **Status** for the Task.
workflow_phase (int, kwargs): the phase of the workflow
workflow_step (int, kwargs): the step of the workflow
xid (str, kwargs): The **Xid** for the Task.
"""
return Task(self.tcex, **kwargs)
[docs] def tasks(self, **kwargs):
"""Return a instance of Tasks object.
.. code-block:: python
:linenos:
:lineno-start: 1
# Example of params input
{
'result_limit': 100, # How many results are retrieved.
'result_start': 10, # Starting point on retrieved results.
'fields': ['caseId', 'summary'] # Additional fields returned on the results
}
Args:
tcex (TcEx): An instantiated instance of TcEx object.
initial_response (dict, optional): Initial data in
Case Object for Task. Defaults to None.
tql_filters (list, optional): List of TQL filters. Defaults to None.
params(dict, optional): Dict of the params to be sent while
retrieving the Task objects.
"""
return Tasks(self.tcex, **kwargs)
[docs] @staticmethod
def user(**kwargs):
"""Return a instance of User object.
Args:
first_name (str, kwargs): The first name of the user.
id (id, kwargs): The id of the user.
last_name (str, kwargs): The last name of the user.
pseudonym (str, kwargs): The pseudonym of the user.
role (str, kwargs): The role of the user.
user_name (str, kwargs): The user name of the user.
"""
return User(**kwargs)
[docs] @staticmethod
def users(users):
"""Sub class of the Cases object. Used to map the users to.
Args:
users (list): A array of user data
"""
return Users(users)
[docs] def workflow_event(self, **kwargs):
"""Return a instance of Workflow Event object.
Args:
tcex (TcEx): An instantiated instance of TcEx object.
case_id (int, kwargs): [Required (alt: caseXid)] The **Case Id** for the Workflow Event.
case_xid (str, kwargs): [Required (alt: caseId)] The **Case Xid**
for the Workflow Event.
date_added (str, kwargs): [Read-Only] The **Date Added** for the Workflow Event.
deleted (bool, kwargs): [Read-Only] The **Deleted** flag for the Workflow Event.
deleted_reason (str, kwargs): the reason for deleting the event (required
input for DELETE operation only)
event_date (str, kwargs): the time that the Event is logged
link (str, kwargs): [Read-Only] The **Link** for the Workflow Event.
link_text (str, kwargs): [Read-Only] The **Link Text** for the Workflow Event.
notes (Note, kwargs): a list of Notes corresponding to the Event
parent_case (Case, kwargs): [Read-Only] The **Parent Case** for the Workflow Event.
summary (str, kwargs): [Required] The **Summary** for the Workflow Event.
system_generated (bool, kwargs): [Read-Only] The **System Generated**
flag for the Workflow Event.
user (User, kwargs): [Read-Only] The **User** for the Workflow Event.
"""
return WorkflowEvent(self.tcex, **kwargs)
[docs] def workflow_events(self, **kwargs):
"""Return a instance of Workflow Events object.
.. code-block:: python
:linenos:
:lineno-start: 1
# Example of params input
{
'result_limit': 100, # How many results are retrieved.
'result_start': 10, # Starting point on retrieved results.
'fields': ['caseId', 'summary'] # Additional fields returned on the results
}
Args:
tcex (TcEx): An instantiated instance of TcEx object.
initial_response (dict, optional): Initial data in
Case Object for Artifact. Defaults to None.
tql_filters (list, optional): List of TQL filters. Defaults to None.
params(dict, optional): Dict of the params to be sent while
retrieving the Workflow Event objects.
"""
return WorkflowEvents(self.tcex, **kwargs)
[docs] def workflow_template(self, **kwargs):
"""Return a instance of Workflow Template object.
Args:
tcex (TcEx): An instantiated instance of TcEx object.
active (bool, kwargs): [Read-Only] The **Active** flag for the Workflow Template.
assignee (Assignee, kwargs): [Read-Only] The **Assignee** for the Workflow Template.
cases (Case, kwargs): [Read-Only] The **Cases** for the Workflow Template.
config_artifact (str, kwargs): [Read-Only] The **Config Artifact** for the Workflow
Template.
config_playbook (str, kwargs): [Read-Only] The **Config Playbook** for the Workflow
Template.
config_task (dict, kwargs): [Read-Only] The **Config Task** for the Workflow Template.
description (str, kwargs): The **Description** for the Workflow Template.
name (str, kwargs): [Required] The **Name** for the Workflow Template.
target_type (str, kwargs): [Read-Only] The **Target Type** for the Workflow Template.
version (int, kwargs): The **Version** for the Workflow Template.
"""
return WorkflowTemplate(self.tcex, **kwargs)
[docs] def workflow_templates(self, **kwargs):
"""Return a instance of Workflow Templates object.
.. code-block:: python
:linenos:
:lineno-start: 1
# Example of params input
{
'result_limit': 100, # How many results are retrieved.
'result_start': 10, # Starting point on retrieved results.
'fields': ['caseId', 'summary'] # Additional fields returned on the results
}
Args:
tcex (TcEx): An instantiated instance of TcEx object.
initial_response (dict, optional): Initial data in
Case Object for Workflow Template. Defaults to None.
tql_filters (list, optional): List of TQL filters. Defaults to None.
params(dict, optional): Dict of the params to be sent while
retrieving the Workflow Event objects.
"""
return WorkflowTemplates(self.tcex, **kwargs)


Stumbling through the 70's Jesus' Son
By Ross Anthony
Excellent dialogue, direction, and acting injected into a rather bland film. The main character (Billy Crudup) is high on pills for most of this two-hour presentation. Appropriately, the story is told in tangents and a somewhat jostled sequence.
If you don't enjoy being around real people when they're high, you'll probably not enjoy spending nearly two hours with someone acting that way (I didn't). But that's me, plus there are folks who enjoy "drug movies" (as a friend of mine called this one), so perhaps you'll find more to enjoy here than I.
Still, I'm a huge fan of the little star Billy Crudup. He handles this role with apathetic perfection.
If this review hasn't scared you away yet, expect a slowly paced film. Gentle, yet harshly realistic. So realistic it's at times boring. The focus is entirely on Crudup as he retells the meeting of a girl that seems to have meant a lot to him. But, their 1970's love affair is so drug-ridden that I just couldn't share his enthusiasm for her.
Up until near the end, Crudup stumbles through his own life with a sort of disconnection to the small deaths within himself and the real ones around him. The last twenty minutes don't change pace, just perception.
Perhaps a good film to enlighten with a strong dose of simulated reality those innocents who find the drug culture glamorous.
The title is burrowed from the song "Heroin" by Lou Reed, "When I put a spike into my vein, and I'll tell ya, things aren't quite the same, when I'm rushing on my run and I feel just like Jesus' son."
Jesus' Son. Copyright © 2000. Rated R. Starring Billy Crudup, Samantha Morton, Denis Leary, Jack Black, Will Patton, Greg Germann, Holly Hunter, Dennis Hopper. Directed by Alison Maclean. Written by Elizabeth Cuthrell, David Urrutia and Oren Moverman. Produced by Cuthrell, Urrutia, Lydia Dean Pilcher, Margot Bridger a Lions Gate presentation.
Grade..........................B-
-- Copyright © 2000. Ross Anthony, currently based in Los Angeles, has scripted and shot documentaries, music videos, and shorts in 35 countries across North America, Europe, Africa and Asia. For more reviews visit: http://RossAnthony.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


{{ questions[index]['question'] }}
Correct Answers: {{ correctAnswer }}
Wrong Answers: {{ wrongAnswer }}


Notepad is a basic text-editing program and it's most commonly used to view or edit text files. A text file is a file type typically identified by the .txt file name extension.
Here's a look at some of the new features in Windows 7. For more
information about new features, go to What's new in Windows 7 on the Windows website.
Note Not all of the features mentioned here are included in every edition of Windows 7.
Faster, more responsive performance
Nobody likes to wait.
So we've focused on the basics that can impact the speed of your PC. Windows 7 starts up, shuts down, resumes from sleep, and responds faster.
Improved taskbar and full-screen previews
You can use the taskbar at the bottom of your screen
to switch between open programs. In Windows 7 you can set the order of the taskbar icons and they'll stay in that order. The icons are larger, too. If you point to an icon, you'll see a small, preview version of the page or program. If you
point to this preview, you'll see a full-screen preview. To open a program or file, click an icon or one of the previews.
Notepad is a basic text-editing program and it's most commonly used to view or edit text files. A text file is a file type typically identified by the .txt file name extension.
Here's a look at some of the new features in Windows 7. For
more information about new features, go to What's new in Windows 7 on the Windows website.
Note Not all of the features mentioned here are included in every edition of Windows 7.
Faster, more responsive performance
Nobody likes to
wait. So we've focused on the basics that can impact the speed of your PC. Windows 7 starts up, shuts down, resumes from sleep, and responds faster.
Improved taskbar and full-screen previews
You can use the taskbar at the bottom of your
screen to switch between open programs. In Windows 7 you can set the order of the taskbar icons and they'll stay in that order. The icons are larger, too. If you point to an icon, you'll see a small, preview version of the page or program.
If you point to this preview, you'll see a full-screen preview. To open a program or file, click an icon or one of the previews.


Choose Configure > Branch Services > RSP Slots to display the RSP Slots page.
On - The VM is powered on. Off - The VM is powered off. N/A - RSP service is not running. Enabled - The slot is enabled but the watchdog is not monitoring it. Disabled - The slot is disabled but the watchdog is not monitoring it. This status can also indicate that the RSP service is not running. Healthy - The slot is enabled and watchdog is monitoring it. Blocked - The slot is enabled, and the watchdog has triggered block-on-failure mode. Bypass - The slot is enabled, and the watchdog has triggered bypass-on-failure mode. Startup Grace Period - The slot is enabled, and is still in the power-on grace period (watchdog has not yet begun monitoring). N/A (RSP service not running) - You have not started the RSP service. For details, see Installing the RSP Image. Displays the name of the package. You specify the name in the package creator when you create the package. For details, see the RSP User’s Guide. Displays a description about the package in the slot. You specify the description in the package creator when you create the package. For details, see the RSP User’s Guide.


The basics of the web include The Web, HTML, URLS, HTTP, and Web Applications.
Major pieces of the web include You, the Browser, the Internet, HTTP, and Servers. When you go on a web browser (such as Chrome or Firefox), you connect to the Internet which connects to an HTTP (main protocol of the web) which then connects to a Server. The Server responds back with the correct page of what you searched for through HTTP which sends it back to your browser for you to view.
The worldwide web is made up of HTML documents. HTML stands for Hypertext Markup Language. It is the basis for everything on the web (what glues everything together).
HTML TAGS: b tag (bold), em tag (emphasis in italic), a tag (anchor tag used for making links by creating attributes), img tag (images), br tag (line breaks), and p tag (paragraphs).
Tags are either block elements (start on a new line/invisible box around them) or inline elements (just end a line/no invisible box around them).
Block elements include - p, div, form
Inline elements
include - a, span, br, img, strong
Most tags have an opening tag and a closing tag (ex. p tag). Tags that don't require closing tags are called "void tags" (ex. br tag).
What is a web page?
A web page is a text document written in language called HTML.
Web browsers read these documents, and then interpret and display them.
How coding works
When programmers write text in a language that a computer can understand, the computer can then
follow the instructions the programmer wrote.

Programmers Can't Remember Everything!
HTML tags are always contained within angled brackets. HTML elements refer to everything within a set of opening and closing tags. An attribute is a property of an HTML element (href attribute of anchor tag).
HTML and CSS develop and change over time but the underline principles stay the same.
Website = House
HTML = Walls
CSS = Color of the walls/carpet
Javascript = Interactive components/changing an element of the house.
You can look at the structure of a page by going into the Developer Tools. A tree like/branching structure appears and by expanding the element, one can go deeper and deeper into the structure and view how it all connects, just like a family tree. When programmers are talking about the DOM (Document Object Model), they are referring to the tree-like structure of the page. It is important to have structure and organization because it allows the programmer to easily edit or make changes.

A text editor is a program that allows you to edit your text. Scratchpad and Codepen are beginner friendly text editors. Sublime is a more advanced text editor that has a wide range of features such as supporting various prgramming languages.
CSS stands for Cascading Style-Sheets. Cascading means that rules are applied not only to the elements they directly match, but also to all of those elements' child elements. However, if a child element has multiple, overlapping rules defined for it, the more specific rule takes effect.
Inheritance is a key feature in CSS. It relies on ancestor-descendant relationships to operate. Properties are applied not only to specified element, but also to it's descendants. Inheritance prevents certain properties from being declared over and over again, allowing less CSS to be written and to also have a faster web page loading.
There are often changes and modifications that programmers make to their code. Avoiding repetition in coding makes the process much simpler by allowing the programmer to make changes in one place instead of many. When there are many lines of the same code, a programmer has to make changes to all of it and problems/errors can arise if all changes aren't made. Avoiding repetition makes life easier!


|
hcash
2.0.0
hcash
|
a 160 bit hash of a public key More...
#include <Address.hpp>
Public Member Functions | |
| Address () | |
| constructs empty / null address More... | |
| Address (const std::string &base58str, const AddressType &address_type=AddressType::hsr_address) | |
| converts to binary, validates checksum More... | |
| Address (const fc::ecc::public_key &pub, const AddressType &address_type=AddressType::hsr_address) | |
| converts to binary More... | |
| Address (const fc::ecc::public_key_data &pub, const AddressType &address_type=AddressType::hsr_address) | |
| converts to binary More... | |
| Address (const PtsAddress &pub) | |
| converts to binary More... | |
| Address (const WithdrawCondition &condition, const AddressType &address_type=AddressType::hsr_address) | |
| Address (const PublicKeyType &pubkey, const AddressType &address_type=AddressType::hsr_address) | |
| std::string | AddressToString (const AddressType &address_type=AddressType::hsr_address) const |
| int | judge_addr_type (const std::string &base58str) |
| operator std::string () const | |
| converts to base58 + checksum More... | |
Static Public Member Functions | |
| static bool | is_valid (const std::string &base58str, const std::string &prefix=HSR_ADDRESS_PREFIX) |
Public Attributes | |
| fc::array< char, 25 > | addr |
| binary representation of address More... | |
a 160 bit hash of a public key
An address can be converted to or from a base58 string with 32 bit checksum.
An address is calculated as ripemd160( sha512( compressed_ecc_public_key ) )
When converted to a string, checksum calculated as the first 4 bytes ripemd160( address ) is appended to the binary address before converting to base58.
| hsrcore::blockchain::Address::Address | ( | ) |
constructs empty / null address
|
explicit |
converts to binary, validates checksum
| hsrcore::blockchain::Address::Address | ( | const fc::ecc::public_key & | pub, |
| const AddressType & | address_type = AddressType::hsr_address |
||
| ) |
converts to binary
|
explicit |
converts to binary
| hsrcore::blockchain::Address::Address | ( | const PtsAddress & | pub | ) |
converts to binary
| hsrcore::blockchain::Address::Address | ( | const WithdrawCondition & | condition, |
| const AddressType & | address_type = AddressType::hsr_address |
||
| ) |
| hsrcore::blockchain::Address::Address | ( | const PublicKeyType & | pubkey, |
| const AddressType & | address_type = AddressType::hsr_address |
||
| ) |
| std::string hsrcore::blockchain::Address::AddressToString | ( | const AddressType & | address_type = AddressType::hsr_address | ) | const |
|
static |
Validate address
| base58str | address string |
| to_account | prefix of string |
Checks the address to verify it has a valid checksum
| int hsrcore::blockchain::Address::judge_addr_type | ( | const std::string & | base58str | ) |
|
explicit |
converts to base58 + checksum
| fc::array<char, 25> hsrcore::blockchain::Address::addr |
binary representation of address


_The_World_Is_Not_Enough_ (PG-13) ** (out of ****)
Looking at all the hoopla surrounding the latest James Bond adventure starring Pierce Brosnan, _The_World_Is_Not_Enough_, it's funny to note that the announcement of Brosnan as the fifth actor to play Agent 007 was met with a raised eyebrow. The former Remington Steele was past his prime, detractors said, and his name did not guarantee an audience. Flash forward four years, and Brosnan has proven to be the most popular Bond since Sean Connery, with his first two efforts, 1995's _GoldenEye_ and 1997's _Tomorrow_Never_Dies_, becoming the highest-grossing 007 adventures in history. But while those films were both reasonably diverting entertainments, what they certainly weren't were classics of its genre (though _GoldenEye_'s deliciously sadomasochistic villainess, Xenia Onatopp, is one for the hall of fame).
For the first few minutes of _World_, the 19th installment of MGM's long-running action franchise, it looks as if Brosnan may have found his defining entry in the series, along the lines of Sean Connery's _Goldfinger_ and Roger Moore's _The_Spy_Who_Loved_Me_. The traditional opening action sequence--which, for once, actually sets up the film's main plot--is exhilarating, going from a daring escape from an office to a rip-roaring speedboat chase then finally to an exploding hot air balloon as Bond pursues a female sniper (_Il_Postino_ sex bomb Maria Grazia Cucinotta). After a very clever visual segue, the familiar silhouetted nude female dancers do their thing to what is easily the best title tune of the Brosnan Bond era, performed by Garbage.
However, to use the easy pun, _The_World_Is_Not_Enough_ truly is not. After an opening that effectively sets up the secret agent's mission--protect oil heiress Elektra King (Sophie Marceau) from terrorist Renard (Robert Carlyle), who had kidnapped her years earlier--director Michael Apted plays things formula-safe. (This is especially disappointing considering that it had been hoped, and to some degree been anticipated, that the drama and documentary filmmaker would bring something fresh to the series.) Granted, James Bond films are all about formula, but it's hard to get worked up over by-the-numbers ski stunts when, contrary to the famous line, somebody has done it better--Bond himself, in fact, in the film from which that song came, _The_Spy_Who_Loved_Me_. Ditto the submarine-set finale, which evokes an even stronger sense of déjà vu considering that the last Bond film, _Tomorrow_Never_Dies_, also ended in the water. The one avenue for something original--Renard's ever-increasing physical strength and invulnerability caused by a bullet lodged in his brain--is never exploited to its fullest potential.
As irksome as the lingering sense of unoriginality is, what makes this film the hands-down worst of Brosnan's 007 outings can be summed up in two words: Denise Richards. In all her previous films, Richards has already proven to be an attractive screen presence with little talent underneath. But familiarity with her unimpressive body of work (as opposed to her impressive body) does not quite prepare one for her portrayal of, ahem, nuclear physicist Dr. Christmas Jones--a performance of Elizabeth Berkley proportions, even when considering the undemanding, credibility-stretching acting standards of Bond movies. It's a given that Richards fails to convince as anyone who's failed a science class, let alone a scientist; but she fails to be believable as a flesh-and-blood person, spouting off scientific jargon so robotically that one wonders how much of the film's huge budget went to her teleprompters and cue cards.
It's a shame that MGM focused its hype machine on her rather than Marceau, who is everything Richards isn't. She is a strong match for Bond (and Brosnan) in every way, a formidable mix of acting ability, charisma, beauty, and sex appeal. Richards may get all the va-va-voom costumes (such as hotpants, tank tops, and that staple of all nuclear physicists' travel wardrobes, tight evening gowns), but Marceau scorches with a simple glance, regardless of what she may be wearing (which, for the record, mostly consists of robes and seductively draped bedsheets). Richards may fit the physical mold of a traditional "Bond girl," but Marceau is a hot-blooded, full-bodied Bond _woman_--and therein lies all the difference.
Based on the early grosses, however, _The_World_ appears to be enough for audiences, who are poised to make this Brosnan's most financially successful Bond to date--which is just as well, as I suppose, for the supersuave Brosnan fits the role like a glove, and I would not mind seeing him in at least one more globe-trotting yarn. But if the Bond creative team doesn't get a much-needed dose of creative inspiration any time soon, the "James Bond will return" tag becomes less of a reassurance than a threat.
Michael Dequina<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Mr. Brown's Movie Site: http://welcome.to/mrbrown CinemaReview Magazine: http://www.CinemaReview.com on ICQ: #25289934 | on AOL Instant Messenger: MrBrown23
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- layout: home ---
This course studies learning visual representations for common computer vision tasks including matching, retrieval, classification, and object detection. The course discusses well-known methods from low-level description to intermediate representation, and their dependence on the end task. It then studies a data-driven approach where the entire pipeline is optimized jointly in a supervised fashion, according to a task-dependent objective. Deep learning models are studied in detail and interpreted in connection to conventional models. The focus of the course is on recent, state of the art methods and large scale applications.
The course is part of master program Research in Computer Science (SIF) of University of Rennes 1.
The following refers to the third iteration of the course in Nov. 2019 - Jan. 2020. Past iterations follow:
| Event | Date | Room | Description | Material* |
|---|---|---|---|---|
| {{e.id|split:" "|join:" "}} | {{e.day}} {{e.date}} |
{{e.room}} |
{{e.title}}
{%-if e.desc%} {{e.desc}} {%-endif%} |
{%-if e.slides%}[slides]{%endif-%} {%-if e.link%}[{{e.material}}]{%endif-%} |
*All material licensed CC BY-SA 4.0


|
Nana - a C++ framework project The Programmer's Guide |
||||||||||||
|
nana::gui::timer Description A timer can repeatedly call a piece of code. Model of None Public base classes None Members
File nana/gui/timer.hpp Notes None. See also None. Move to The Nana Programmer's Guide Main Page |
||||||||||||


Section 6: Defglobal Construct¶
With the defglobal construct, global variables can be defined, set, and accessed within the CLIPS environment. Global variables can be accessed as part of the pattern-matching process, but changing them does not invoke the pattern-matching process. The bind function is used to set the value of global variables. Global variables are reset to their original value when the reset command is performed or when bind is called for the global with no values. This behavior can be changed using the set-reset-globals function. Global variables can be removed by using the clear command or the undefglobal command. If the globals item is being watched (see section 13.2), then an informational message will be displayed each time the value of a global variable is changed.
Syntax
(defglobal [<defmodule-name>] <global-assignment>*)
<global-assignment> ::= <global-variable> = <expression>
<global-variable> ::= ?*<symbol>*
There may be multiple defglobal constructs and any number of global variables may be defined in each defglobal statement. The optional <defmodule-name> indicates the module in which the defglobals will be defined. If none is specified, the globals will be placed in the current module. If a variable was defined in a previous defglobal construct, its value will be replaced by the value found in the new defglobal construct. If an error is encountered when defining a defglobal construct, any global variable definitions that occurred before the error was encountered will still remain in effect.
Commands that operate on defglobals such as ppdefglobal and undefglobal expect the symbolic name of the global without the astericks (e.g. use the symbol max when you want to refer to the global variable ?*max*).
Global variables may be used anyplace that a local variable could be used (with two exceptions). Global variables may not be used as a parameter variable for a deffunction, defmethod, or message-handler. Global variables may not be used in the same way that a local variable is used on the LHS of a rule to bind a value. Therefore, the following rule is illegal
(defrule example
(fact ?*x*)
=>)
The following rule, however, is legal.
(defrule example
(fact ?y&:(> ?y ?*x*))
=>)
Note that this rule will not necessarily be updated when the value of ?*x* is changed. For example, if ?*x* is 4 and the fact (fact 3) is added, then the rule is not satisfied. If the value of ?*x* is now changed to 2, the rule will not be activated.
Example
(defglobal
?*x* = 3
?*y* = ?*x*
?*z* = (+ ?*x* ?*y*)
?*q* = (create$ a b c))
Usage Note
The inappropriate use of globals within rules is quite often the first resort of beginning programmers who have reached an impasse in developing a program because they do not fully understand how rules and pattern-matching work. As it relates to this issue, the following sentence from the beginning of this section is important enough to repeat:
Global variables can be accessed as part of the pattern-matching process, but changing them does not invoke the pattern-matching process.
Facts and instances are the primary mechanism that should be used to pass information from one rule to another specifically because they do invoke pattern-matching. A change to a slot value of a fact or instance will trigger pattern-matching ensuring that a rule is aware of the current state of that fact or instance. Since a change to a global variable does not trigger pattern-matching, it is possible for a rule to remain activated based on a past value of a global variable that is undesirable in most situations.
It’s worth pointing out that facts and instances are no less ?global’ in nature than global variables. Just as a rule can access any global variable that’s visible (i.e. it hasn’t been hidden through the use of modules), so too can it access any fact or instance belonging to a deftemplate or defclass that’s visible. In the case of a fact, one can either pattern-match for the fact on the LHS of a rule or use the fact-set query functions from the RHS of a rule. In the case of an instance, pattern-matching and instance-set query functions can also be used, and in addition an instance can be directly referenced by name just as a global variable can.
Common Problem
One of the more common situations in which it is tempting to use global variables is collecting a group of slot values from a fact. First attempts at rules to accomplish this task often loop endlessly because of rules inadvertently retriggered by changes. For example, the following rule will loop endlessly because the new collection fact asserted will create an activation with the same factoid fact that was just added to the collection fact:
(defrule add-factoid
(factoid ?data)
?c <- (collection $?collection)
=>
(retract ?c)
(assert (collection ?collection ?data)))
This problem can be corrected by removing the factoid fact just added to the collection fact:
(defrule add-factoid
?f <- (factoid ?data)
?c <- (collection $?collection)
=>
(retract ?f ?c)
(assert (collection ?collection ?data)))
Retracting the factoid facts, however, isn’t a viable solution if these facts are needed by other rules. A non-destructive approach makes use of temporary facts created by a helper rule:
(defrule add-factoid-helper
(factoid ?data)
=>
(assert (temp-factoid ?data)))
(defrule add-factoid
?f <- (temp-factoid ?data)
?c <- (collection $?collection)
=>
(retract ?f ?c)
(assert (collection ?collection ?data)))
It certainly looks simpler, however, to use a global variable to collect the slot values:
(defglobal ?*collection* = (create$))
(defrule add-factoid
(factoid ?data)
=>
(bind ?*collection* (create$ ?*collection* ?data)))
Again, the drawback to this approach is that changes to a global variable do not trigger pattern-matching, so in spite of its greater complexity the fact-based approach is still preferable.
Although it’s important to understand how each of the previous approaches work, they’re not practical solutions. If there are 1000 factoid facts, the add-factoid/add-factoid-helper rules will each fire 1000 times generating and retracting 2000 facts. The best solution is to use the fact-set query functions to iterate over all of the factoid facts and generate the collection fact as the result of a single rule firing:
(defrule collect-factoids
(collect-factoids)
=>
(bind ?data (create$))
(do-for-all-facts ((?f factoid)) TRUE
(bind ?data (create$ ?data ?f:implied)))
(assert (collection ?data)))
With this approach, the collection fact is available for pattern-matching with the added benefit that there are no intermediate results generated in creating the fact. Typically if other rules are waiting for the finished result of the collection, they would need to have lower salience so that they aren’t fired for the intermediate results:
(defrule print-factoids
(declare (salience -10))
(collection $?data)
=>
(printout t "The collected data is " ?data crlf))
If the factoid facts are collected by a single rule firing, then the salience declaration is unnecessary.
Appropriate Uses
The primary use of global variables (in conjunction with rules) is in making a program easier to maintain. It is a rare situation where a global variable is required in order to solve a problem. One appropriate use of global variables is defining salience values shared among multiple rules:
(defglobal ?*high-priority* = 100)
(defrule rule-1
(declare (salience ?*high-priority*))
=>)
(defrule rule-2
(declare (salience ?*high-priority*))
=>)
Another use is defining constants used on the LHS or RHS of a rule:
(defglobal ?*week-days* =
(create$ monday tuesday wednesday thursday friday saturday sunday))
(defrule invalid-day
(day ?day&:(not (member$ ?day ?*week-days*)))
=>
(printout t ?day " is invalid" crlf))
(defrule valid-day
(day ?day&:(member$ ?day ?*week-days*))
=>
(printout t ?day " is valid" crlf))
A third use is passing information to a rule when it is desirable not to trigger pattern-matching. In the following rule, a global variable is used to determine whether additional debugging information is printed:
(defglobal ?*debug-print* = nil)
(defrule rule-debug
?f <- (info ?info)
=>
(retract ?f)
(printout ?*debug-print* "Retracting info " ?info crlf))
If ?*debug-print* is set to nil, then the printout statement will not display any information. If the ?*debug-print* is set to t, then debugging information will be sent to the screen. Because ?*debug-print* is a global, it can be changed interactively without causing rules to be reactivated. This is useful when stepping through a program because it allows the level of information displayed to be changed without effecting the normal flow of the program.
It’s possible, but a little more verbose, to achieve this same functionality using instances rather than global variables:
(defclass DEBUG-INFO
(is-a USER)
(slot debug-print))
(definstances debug
([debug-info] of DEBUG-INFO (debug-print nil)))
(defrule rule-debug
?f <- (info ?info)
=>
(retract ?f)
(printout (send [debug-info] get-debug-print) "Retracting info " ?info
crlf))
Unlike fact slots, changes to a slot of an instance won’t trigger pattern matching in a rule unless the slot is specified on the LHS of that rule, thus you have explicit control over whether an instance slot triggers pattern-matching. The following rule won’t be retriggered if a change is made to the debug-print slot:
(defrule rule-debug
?f <- (info ?info)
(object (is-a DEBUG-INFO) (name ?name))
=>
(retract ?f)
(printout (send ?name get-debug-print) "Retracting info " ?info crlf))
This is a generally applicable technique and can be used in many situations to prevent rules from inadvertently looping when slot values are changed.


West Brom boss Slaven Bilic hails Kyle Bartley’s form
Slaven Bilic says he is pleased Kyle Bartley is being recognised for his performances – with the head coach believing that praise has been key to his impressive form.
by Joseph MasiBartley, who was snapped up from Swansea in August 2018, endured a difficult first season at The Hawthorns with the Baggies often playing a back three.
But playing alongside Semi Ajayi, the 28-year-old has been outstanding in a back-four this year and captained Albion to their 2-1 win over Sheffield Wednesday on Saturday.
And Bilic is pleased the defender is being recognised by both fans and the media for his commanding displays.
"Again against Sheffield Wednesday, he (Bartley) was very good," Bilic said.
"When I go into the town, when I read (the papers) I see that he is getting recognition.
"Maybe he should get more or whatever – but he is (getting recognition).
"And I think that is the reason behind his top performances.
“He is feeling that he is important – not only from me and my staff, but from within the club and from in the stands and from the papers.
“He is playing great, he is that kind of player.
“He needs to stay focused, he needs to stay humble but he is also one of the reasons we are where we are."
Meanwhile, Gareth Barry admitted he thoroughly enjoyed being back out on the pitch after coming off the bench in the win against The Owls.
It was the first time the midfielder has played since undergoing knee surgery towards the end of last season.
“It was a nice bit of light at the end of a long tunnel,” Barry said.
"I am grateful that the longest injury I have had has come at the age I am.
"For the work I have had to put in to get back, it was a nice feeling to get back on the pitch. Luckily to win the game as well - it was nice to be back in that dressing room after three points.
 I enjoyed it."


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Eggs and crème fraîche are all you need for this super-simple yet very tasty dish. You can also throw in almost anything savoury you find in your fridge. Try serving it with plenty of crusty bread.
Preheat the oven to 180C/350F/Gas 4.
Season the crème fraîche with salt, freshly ground pepper and a pinch of nutmeg.
Place a heaped tablespoon of crème fraîche in the bottom of a ramekin, followed by a little dill.
Crack an egg on top, add a second tablespoon of crème fraîche and sprinkle with a pinch each of salt, pepper and nutmeg. Repeat with three more ramekins.
Place the ramekins in a baking dish and pour enough lukewarm water into the dish to come halfway up the sides of the ramekins.
Bake for 15 minutes or until the egg yolks are set to your liking.
If you like, finish each serving with a teaspoon of red lumpfish roe and a sprig or two of dill.


A B O U T CV Blog Work Reflections Hi, I'm Ronak and I ♥ distributed computing and operating systems. Here to jot down my thoughts in ether and explorations in Computer Science. K E E P S Julia Evans - High Scalability - Highly Scalable - David Beazley - PerfDynamics N O T E S Operating Systems


Your registration was submitted successfully! We will reach out to you in the coming days with more information.
We are passionate about giving you the best experience and we look forward to riding with you soon!
If for any reason we do not get back to you, please reach out to us, our contact information can be found on our contact page.


Plaintext: Beware and Warning! This web page is different.  There are dangers, choices, and consequences to not having a backup plan. No back up plan (or a backup plan to your backup plan) could end in a disaster--even death (of your hard drive). But don't despair. You can set up a 3-2-1 backup plan, which can help prevent catastrophic loss of your creative work. Click START to begin the backup plan journey


General Election 2019: Where do the main parties stand on Brexit?
Brexit is the issue dominating the election, with millions of voters heading to the polls on December 12 in the hope of finding a solution to the crisis that has divided the country for the last three years.
So where do the main parties stand on Brexit?
Conservatives
Boris Johnson has repeatedly promised to deliver Brexit, despite failing to deliver on his do or die pledge to get Brexit done on October 31.
At the Conservative Party manifesto launch in Telford yesterday, the prime minister pledged once more to ‘get Brexit done’ and ‘forge a new Britain’.
Mr Johnson has repeatedly made clear his intention to leave the EU as soon as possible.
He has vowed to bring back his Brexit deal to Parliament before Christmas if the Tories win the general election.
It means the prime minister’s Withdrawal Agreement Bill, which passed its first hurdle in the House of Commons by 329 votes to 299, but was pulled by MPs who refused to rush it through, will return before the Commons just days after the election.
Advertisement Advertisement
Labour
The Labour party has gone into the election, promising to get Brexit done within six months.
The party has pledged to renegotiate Mr Johnson’s deal with the EU before putting it back to the public in a second Brexit referendum.
Labour says it will negotiate a deal which would involve a customs union with the EU, a close relationship with the European single market and protection for environmental and workplace safeguards.
Jeremy Corbyn has also revealed in recent days that he would remain ‘neutral’ if such a referendum were to take place, which he claims would be a ‘sign of strength and maturity’.
According to John McDonnell Labour MPs and members of a Corbyn government would be free to campaign on either side of any such referendum, which the party plans for June 2020 if it wins the election.
Labour has previously said it would hold a special conference in the spring to decide which side it will back in the referendum, but the shadow chancellor’s comments suggest that MPs would be free to choose which side they campaign on.
Liberal Democrats
The Liberal Democrats are committed to cancelling Brexit, should they win the election on December 12.
Party leader Jo Swinson has previously said: ‘We will do all we can to fight for our place in Europe, and to stop Brexit altogether.’
In the event the party fails to secure a majority, it is committed to a second referendum, in which it would support an option to Remain in the EU.
Advertisement Advertisement
The Liberal Democrats have also promised a £50 billion remain bonus, money that will be found by cancelling Brexit, which it says it would invest in public services.
Green Party
In its manifesto, the Green Party has made clear it wants a second referendum in which it would campaign to remain in the EU.
It says that the referendum was a radical rejection of the status quo, and it would ‘make staying and fighting for the Europe we want a pathway to change’.
Brexit Party
The Brexit Party says it wants to leave the EU without a deal.
Leader Nigel Farage has repeatedly criticised Boris Johnson’s deal as a ‘bad deal’.
He has promised to deliver a ‘clean break Brexit’ with no extension of the transition period.


Address your support needs from end-user PCs to complex data centers.
Whether you have Dell hardware or mixed vendors, protect your investments with our simple yet flexible approach.


delete(project, taskqueue, task)
Delete a task from a TaskQueue.
Get a particular task from a TaskQueue.
insert(project, taskqueue, body)
Insert a new task in a TaskQueue
lease(project, taskqueue, numTasks, leaseSecs, groupByTag=None, tag=None)
Lease 1 or more tasks from a TaskQueue.
List Tasks in a TaskQueue
patch(project, taskqueue, task, newLeaseSeconds, body)
Update tasks that are leased out of a TaskQueue. This method supports patch semantics.
update(project, taskqueue, task, newLeaseSeconds, body)
Update tasks that are leased out of a TaskQueue.
delete(project, taskqueue, task)
Delete a task from a TaskQueue. Args: project: string, The project under which the queue lies. (required) taskqueue: string, The taskqueue to delete a task from. (required) task: string, The id of the task to delete. (required)
get(project, taskqueue, task)
Get a particular task from a TaskQueue. Args: project: string, The project under which the queue lies. (required) taskqueue: string, The taskqueue in which the task belongs. (required) task: string, The task to get properties of. (required) Returns: An object of the form: { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. }
insert(project, taskqueue, body)
Insert a new task in a TaskQueue Args: project: string, The project under which the queue lies (required) taskqueue: string, The taskqueue to insert the task into (required) body: object, The request body. (required) The object takes the form of: { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. } Returns: An object of the form: { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. }
lease(project, taskqueue, numTasks, leaseSecs, groupByTag=None, tag=None)
Lease 1 or more tasks from a TaskQueue. Args: project: string, The project under which the queue lies. (required) taskqueue: string, The taskqueue to lease a task from. (required) numTasks: integer, The number of tasks to lease. (required) leaseSecs: integer, The lease in seconds. (required) groupByTag: boolean, When true, all returned tasks will have the same tag tag: string, The tag allowed for tasks in the response. Must only be specified if group_by_tag is true. If group_by_tag is true and tag is not specified the tag will be that of the oldest task by eta, i.e. the first available tag Returns: An object of the form: { "items": [ # The actual list of tasks returned as a result of the lease operation. { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. }, ], "kind": "taskqueue#tasks", # The kind of object returned, a list of tasks. }
list(project, taskqueue)
List Tasks in a TaskQueue Args: project: string, The project under which the queue lies. (required) taskqueue: string, The id of the taskqueue to list tasks from. (required) Returns: An object of the form: { "items": [ # The actual list of tasks currently active in the TaskQueue. { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. }, ], "kind": "taskqueues#tasks", # The kind of object returned, a list of tasks. }
patch(project, taskqueue, task, newLeaseSeconds, body)
Update tasks that are leased out of a TaskQueue. This method supports patch semantics. Args: project: string, The project under which the queue lies. (required) taskqueue: string, A parameter (required) task: string, A parameter (required) newLeaseSeconds: integer, The new lease in seconds. (required) body: object, The request body. (required) The object takes the form of: { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. } Returns: An object of the form: { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. }
update(project, taskqueue, task, newLeaseSeconds, body)
Update tasks that are leased out of a TaskQueue. Args: project: string, The project under which the queue lies. (required) taskqueue: string, A parameter (required) task: string, A parameter (required) newLeaseSeconds: integer, The new lease in seconds. (required) body: object, The request body. (required) The object takes the form of: { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. } Returns: An object of the form: { "kind": "taskqueues#task", # The kind of object returned, in this case set to task. "leaseTimestamp": "A String", # Time (in seconds since the epoch) at which the task lease will expire. This value is 0 if the task isnt currently leased out to a worker. "id": "A String", # Name of the task. "tag": "A String", # Tag for the task, could be used later to lease tasks grouped by a specific tag. "payloadBase64": "A String", # A bag of bytes which is the task payload. The payload on the JSON side is always Base64 encoded. "queueName": "A String", # Name of the queue that the task is in. "enqueueTimestamp": "A String", # Time (in seconds since the epoch) at which the task was enqueued. }


An Independent AI Lab based out of Raipur, India.
We aim to bring novel research in advanced AI to create better tools for fundamental sciences. With combined experience of 6+ years in bleeding edge industrial AI applications from chatbots, document digitisation and video analysis, we are up for any challenge you have.
We are looking to hire intelligent people to help us with our research There is a simple test, if you get a score close to 5, we hire you. KISS.
Write to us at ks2labs[at]gmail.com.


Support the decision analysis of international assets selection and portfolio backtesting.
| Version: | 1.3 |
| Depends: | R (≥ 2.10), fPortfolio, xts |
| Imports: | BurStFin, fAssets, fBasics, iClick, MASS, PerformanceAnalytics, quantmod, tcltk, tcltk2, timeDate, timeSeries |
| Published: | 2018-11-14 |
| Author: | Ho Tsung-wu |
| Maintainer: | Ho Tsung-wu <tsungwu at ntnu.edu.tw> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | no |
| CRAN checks: | JFE results |
| Reference manual: | JFE.pdf |
| Package source: | JFE_1.3.tar.gz |
| Windows binaries: | r-devel: JFE_1.3.zip, r-release: JFE_1.3.zip, r-oldrel: JFE_1.3.zip |
| OS X binaries: | r-release: JFE_1.3.tgz, r-oldrel: JFE_1.3.tgz |
| Old sources: | JFE archive |
Please use the canonical form https://CRAN.R-project.org/package=JFE to link to this page.


Pastore Pizzaria
Home
(current)
Order
Menu
Small
Medium
Large
Search
Welcome to Pastore Pizzaria
Menu
Small
Ksh. 400
Medium
Ksh. 800
Large
Ksh. 1200
Please make your order here
Choose your favorite flavor
Cheese Pizza
Pepperoni Pizza
Meat Pizza
Margherita Pizza
BBQ Pizza
Hawaiian Pizza
Choose your preferred size
Small
Medium
Large
Choose your preferred crust
Neapolitan Crust for Ksh. 100
Sicilian Crust for Ksh. 150
Thin Crust for Ksh. 200
Flatbread Crust for Ksh. 250
Choose your favorite toppings
Toppings
Broccoli for Ksh. 100
Olives for Ksh. 100
Capers for Ksh. 100
Sausage for Ksh. 100
Number of pizzas
Checkout
Order Summary
Your order is as follows
Your total order


9
The Way of Wisdom
1 Wisdom has built her house;
she has hewn her seven pillars.
2 She has slaughtered her beasts; she has mixed her wine;
she has also set her table.
3 She has sent out her young women to call
from the highest places in the town,
4 “Whoever is simple, let him turn in here!”
To him who lacks sense she says,
5 “Come, eat of my bread
and drink of the wine I have mixed.
6 Leave your simple ways, and live,
and walk in the way of insight.”
7 Whoever corrects a scoffer gets himself abuse,
and he who reproves a wicked man incurs injury.
8 Do not reprove a scoffer, or he will hate you;
reprove a wise man, and he will love you.
9 Give instruction to a wise man, and he will be still wiser;
teach a righteous man, and he will increase in learning.
10 The fear of the LORD is the beginning of wisdom,
and the knowledge of the Holy One is insight.
11 For by me your days will be multiplied,
and years will be added to your life.
12 If you are wise, you are wise for yourself;
if you scoff, you alone will bear it.
The Way of Folly
13 The woman Folly is loud;
she is seductive and knows nothing.
14 She sits at the door of her house;
she takes a seat on the highest places of the town,
15 calling to those who pass by,
who are going straight on their way,
16 “Whoever is simple, let him turn in here!”
And to him who lacks sense she says,
17 “Stolen water is sweet,
and bread eaten in secret is pleasant.”
18 But he does not know that the dead are there,
that her guests are in the depths of Sheol.


Money Play. How should Red play 11?
pips Red=164 White=98
(CorrectAnswer= 0/0, ErrorScore= 0)
It is close but Red should not here, 6/3, 5/4 is the best play but 18/16*/15, 5/4 is not an error.
The hitting play wins more games, but the gammon losses are much higher and just enough to make the waiting play correct. White will have trouble clearing his mid-point and Red should get more shots when his board is stronger.
A close call but for once hitting comes second.
The hitting play wins more games, but the gammon losses are much higher and just enough to make the waiting play correct. White will have trouble clearing his mid-point and Red should get more shots when his board is stronger.
A close call but for once hitting comes second.
1. Cubeful 2-ply 18/16*/15 5/4 Eq.: -0.230 0.423 0.083 0.003 - 0.577 0.292 0.014 2. Cubeful 2-ply 18/16* 18/17 5/4 Eq.: -0.263 (-0.033) 0.409 0.078 0.003 - 0.591 0.288 0.014 3. Cubeful 2-ply 6/3 5/4 Eq.: -0.265 (-0.036) 0.388 0.045 0.001 - 0.612 0.212 0.008 4. Cubeful 2-ply 18/16* 8/7 5/4 Eq.: -0.276 (-0.046) 0.411 0.078 0.003 - 0.589 0.304 0.014 5. Cubeful 2-ply 8/4 Eq.: -0.294 (-0.064) 0.374 0.049 0.002 - 0.626 0.213 0.006


Posted {{quote.dateUploaded|timeCount}} days ago by {{quote.name}}
{{quote.upvote}}
{{quote.downvote}}
Delete Quote


A tech demo which highlights the capabilities of Rob Eisenberg's response to Angular 2.0: The Aurelia framework. The demo shows how technology such as JSMP can be easily integerated into the existing Visual Studio 2015 workflows.
In the upcoming version of Visual Studio, the web project development methodology has changed significantly. This demo was created to highlight the new tool chain and bootstrapping process that is used for ASP.NET 5 development in the Visual Studio 2015 IDE.
In the next version of ASP.NET, the open source community is working with multiple teams around Microsoft to create a lean, composable .NET stack that provides a familiar and modern framework for web and cloud scenarios.
Created a technology demonstration for the capabilities of real-time web applications. A user can create an Instagram tag (either a hashtag or a geographical area) and any media posted to that tag will be displayed in real-time to end users on web/mobile endpoint
Created backend framework and implemented security for vPromo's next-gen customer loyalty program. Built the administrative and customer-facing portals for the application
Implemented a .NET desktop application for stratigraphic interpretation of petroleum log data and geosteering horizontal wellbores. Developed in parallel with WDMS
Created cloud-based web application for managing petroleum log data and horizontal well bore stratigraphic interpretations. Developed in parallel with LatNavNet
Created web application for administrating both the Sony Rewards and Sony Card programs.


ROCK STAR A film review by Norm Schrager Copyright 2001 filmcritic.com
In his short career, Mark Wahlberg has been most effective when playing characters full of na´ve sincerity. In Boogie Nights, The Yards, and even Three Kings, his talent is in making the audience believe he's a good guy with a lot of heart, just trying his best. That honest hopefulness works well for him in Rock Star, a generally entertaining tale of an 80s heavy metal superfan who suddenly becomes his favorite band's lead singer. The problem with the film lies in director Stephen Herek's inability to take advantage of the strengths that Wahlberg displays.
The story is loosely based on metal icons Judas Priest, who, in 1997, replaced singer Rob Halford with an actual fan (so tell me, how would one actually know if Judas Priest replaced a band member?) Wahlberg, as Steel Dragon fan Chris Coles, is just brimming with dedication -- he works hard as a copy machine repairman, busts his ass in his Steel Dragon cover band, tells his parents he loves them, and has a long relationship with his girlfriend/best friend/manager (Jennifer Aniston, still underrated by Hollywood). After being booted from his band for taking things too seriously, Chris gets a call from the real Steel Dragon, who are interested in his pipes. Just like that, he's the new guy out front.
Herek (Bill and Ted's Excellent Adventure, Mr. Holland's Opus), directing a screenplay from crazy/beautiful director John Stockwell, does rely on Wahlberg's sincerity at first -- we easily sympathize with Chris' work ethic and passion -- but doesn't allow it to carry the movie later, when the film could really use it. The story, as expected, heads toward VH-1-land, exposing the excesses of the mid 80s, rock-and-roll lifestyle, including a drug-laden orgy after Chris's first giant gig with the band. From that point on, Rock Star unfortunately takes itself a little too seriously, taking time to document stuff we've already read about (it is a full 15 years later, after all, and hair bands like Motley Crue have been telling these stories for a while).
Rock Star would've been better off as a bigger satire of the time, ripping into the music, the people, and the period, and allowing Wahlberg's wide-eyed, once-in-a-lifetime experiences to anchor the movie's emotional honesty and sympathy. Aniston could have certainly contributed to that; I can't imagine too many people staring into those expressive eyes on the big screen and not empathizing with the woman.
Another weakness lies in our inability to really connect with Chris's initial invitation to join the band. He auditions, he's in, and we're off and running. Where's the scene where he and Aniston are simply flabbergasted by the opportunity, and privately share that elation? That would go a long way in getting us deeper into the characters, but it doesn't happen.
Herek does direct the concert scenes with a certain urgency and is able to capture that arena rock experience, as cool or ridiculous as you might think it is. But as Chris finds his way in the final act, the movie breaks down a bit, more interested in having us feel good than actually being sincere to the story. They should've asked Mark Wahlberg about sincerity -- he knows how it should work.

Visit filmcritic.com on the Web at http://www.filmcritic.com
========== X-RAMR-ID: 29412 X-Language: en X-RT-ReviewID: 248506 X-RT-TitleID: 1109935 X-RT-SourceID: 178 X-RT-AuthorID: 943 X-RT-RatingText: 3/5
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews