TEACHING MRS. TINGLE A film review by Steve Rhodes Copyright 1999 Steve Rhodes RATING (0 TO ****): **
Will they kill her, or won't they? Is she dead, or isn't she? These are some of the stock horror movie questions that writer and director Kevin Williamson, the writer of the SCREAM series, poses in the black comedy KILLING MRS. TINGLE. Oops, I mean TEACHING MRS. TINGLE. The original title about the killing of a teacher by her high school students didn't seem like a wise marketing choice after the real-life Colorado tragedy.
Tamed down to the PG-13 level, the predictable movie pulls its punches whenever possible. Just when a horrible deed is about to be done, for example, the perpetrators observe the intended victim's spouse reading the bible. This bit of piety causes reflection and possibly a change in course.
Managing to shine in the mediocre movie, Helen Mirren ("Prime Suspect"), as Mrs. Tingle, delivers one of those hard-edged performances that she can do so well.
Walking down the school hall in her proper, tight-fitting black suit, Mrs. Tingle parts students like Moses did with the Red Sea. Even the principal is scared stiff of her. With perky confidence, she wishes him a happy birthday, "happy AA birthday" that is. He had a drinking problem that she will forever use against him. In fact she loves nothing better than playing mind games with everyone, especially her students.
Full of sarcasm, she loves putting students in their place by reminding them how unsuccessful their parents were. "He too had the words 'no future' painted on his forehead," she tells Luke Churner (Barry Watson) about his father, whom she had taught.
She enjoys letting her students perform and make fools of themselves in class so that she can ridicule them. "Ask not what your mistress can do for you, but what your mistress can do for the country," a would-be starlet named Jo Lynn (Marisa Coughlan) does in a bad Marilyn Monroe routine. Needless to say, Mrs. Tingle annihilates her.
Straight-arrow honor student Leigh Ann Watson (Katie Holmes) is one point shy of beating out a rich kid for class valedictorian. Unless she can be top in her class, Leigh Ann will not be able to get the scholarship she needs to go to college. And unless she aces Mrs. Tingle's class, she has no hope of being anything other than second best.
When Leigh Ann accidentally ends up with a copy of Mrs. Tingle's upcoming test and is discovered, Mrs. Tingle vows to wreck the girl's academic record. Through a series of misadventures, three teens -- Leigh Ann, Luke and Jo Lynn -- end up holding Mrs. Tingle hostage in her own home. Tied to her bed, she begins to play mind games with the three, whose collective IQs seem to be vastly inferior to hers.
Mirren acts circles around the younger actors, who appear as confused and disoriented as their characters. The movie needs better-matched opponents as well as sharper writing and less obvious directing. When Jo Lynn, who thinks she's Hollywood bound, tries to pull the wool over Mrs. Tingle's eyes with a dramatic sob routine, Mrs. Tingle just glares at her.
The teens throw childish temper tantrums. "Bored, bored, bored, I can't believe you don't have TV," Jo Lynn complains while holding Mrs. Tingle hostage. "It's like not having toilet paper."
So does TEACHING MRS. TINGLE contain any surprises? Maybe one. The weapon of choice is not a gun but a medieval crossbow. There, I've done it. I just told you the only unexpected thing in the entire movie. Now, you have no reason at all to see it. Enjoy the time I just saved you.
TEACHING MRS. TINGLE runs about 1:30. It is rated PG-13 for thematic content, violence, sexuality, language and some teen drinking and would be acceptable for teenagers.
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API Authentication
Introduction
By default, Laravel ships with a simple solution to API authentication via a random token assigned to each user of your application. In your config/auth.php
configuration file, an api
guard is already defined and utilizes a token
driver. This driver is responsible for inspecting the API token on the incoming request and verifying that it matches the user's assigned token in the database.
Note: While Laravel ships with a simple, token based authentication guard, we strongly recommend you consider using Laravel Passport for robust, production applications that offer API authentication.
Configuration
Database Preparation
Before using the token
driver, you will need to create a migration which adds an api_token
column to your users
table:
Schema::table('users', function ($table) {
$table->string('api_token', 80)->after('password')
->unique()
->nullable()
->default(null);
});
Once the migration has been created, run the migrate
Artisan command.
Generating Tokens
Once the api_token
column has been added to your users
table, you are ready to assign random API tokens to each user that registers with your application. You should assign these tokens when a User
model is created for the user during registration. When using the authentication scaffolding provided by the make:auth
Artisan command, this may be done in the create
method of the RegisterController
:
use Illuminate\Support\Str;
use Illuminate\Support\Facades\Hash;
/**
* Create a new user instance after a valid registration.
*
* @param array $data
* @return \App\User
*/
protected function create(array $data)
{
return User::create([
'name' => $data['name'],
'email' => $data['email'],
'password' => Hash::make($data['password']),
'api_token' => Str::random(60),
]);
}
Hashing Tokens
In the examples above, API tokens are stored in your database as plain-text. If you would like to hash your API tokens using SHA-256 hashing, you may set the hash
option of your api
guard configuration to true
. The api
guard is defined in your config/auth.php
configuration file:
'api' => [
'driver' => 'token',
'provider' => 'users',
'hash' => true,
],
Generating Hashed Tokens
When using hashed API tokens, you should not generate your API tokens during user registration. Instead, you will need to implement your own API token management page within your application. This page should allow users to initialize and refresh their API token. When a user makes a request to initialize or refresh their token, you should store a hashed copy of the token in the database, and return the plain-text copy of token to the view / frontend client for one-time display.
For example, a controller method that initializes / refreshes the token for a given user and returns the plain-text token as a JSON response might look like the following:
<?php
namespace App\Http\Controllers;
use Illuminate\Support\Str;
use Illuminate\Http\Request;
class ApiTokenController extends Controller
{
/**
* Update the authenticated user's API token.
*
* @param \Illuminate\Http\Request $request
* @return array
*/
public function update(Request $request)
{
$token = Str::random(60);
$request->user()->forceFill([
'api_token' => hash('sha256', $token),
])->save();
return ['token' => $token];
}
}
{tip} Since the API tokens in the example above have sufficient entropy, it is impractical to create "rainbow tables" to lookup the original value of the hashed token. Therefore, slow hashing methods such as
bcrypt
are unnecessary.
Protecting Routes
Laravel includes an authentication guard that will automatically validate API tokens on incoming requests. You only need to specify the auth:api
middleware on any route that requires a valid access token:
use Illuminate\Http\Request;
Route::middleware('auth:api')->get('/user', function(Request $request) {
return $request->user();
});
Passing Tokens In Requests
There are several ways of passing the API token to your application. We'll discuss each of these approaches while using the Guzzle HTTP library to demonstrate their usage. You may choose any of these approaches based on the needs of your application.
Query String
Your application's API consumers may specify their token as an api_token
query string value:
$response = $client->request('GET', '/api/user?api_token='.$token);
Request Payload
Your application's API consumers may include their API token in the request's form parameters as an api_token
:
$response = $client->request('POST', '/api/user', [
'headers' => [
'Accept' => 'application/json',
],
'form_params' => [
'api_token' => $token,
],
]);
Bearer Token
Your application's API consumers may provide their API token as a Bearer
token in the Authorization
header of the request:
$response = $client->request('POST', '/api/user', [
'headers' => [
'Authorization' => 'Bearer '.$token,
'Accept' => 'application/json',
],
]);


The main problem with education
Whether it's at school or university, the one thing no one ever teaches you is how to teach yourself. All you actually do is memorize information in order to regurgitate when you take the test. You get drilled on how to solve specific exercises so that while you know exactly what you need to do when exam time comes around, do you truly understand the subject material? All you've really learned is how to pass that one test. Once that test is over, the information in your head has outlived its usefulness.
Conclusion: Knowing how to study is absolutely essential, but for some reason, this point is too often overlooked. So, what can we do to remedy this?
There are certain techniques and exercises that can be applied to the learning process to help make it more efficient and engaging. This is exactly what we do at Practicum.
Learning Techniques
Five Strategies from Barbara Oakley
-
Two Ways of Thinking
Deep understanding comes from being able to toggle back and forth between focused and diffused thinking.
-
Recall
Improving your ability to remember key bits of information helps to connect different parts of the brain.
-
Interleaving
When you learn multiple skills at the same time, they reinforce each other.
-
Questions
When listening to your teacher, think up a good question, something that you're really itching to know.
-
Illusion of Competence
Test yourself, write it down, tell other people, and repeat the process in different settings. Only then can you be truly certain you've understood something.
TED talks
For lovers of procrastination
Barbara Oakley’s story.
Math didn't come naturally to Barbara in childhood. She thought of herself as more of a humanities person, and not a brilliant one at that. With an eye to becoming a linguist, after school she enlisted in the army, who sent her to learn Russian. After several years of service, during which she rose to the rank of Captain, Barbara left the army and decided to study engineering. In was during this time that she developed her learning methodology as she was forced to reprogram her brain for a different kind of learning. It turns out that when something doesn't come naturally to you, having to work hard to gain the knowledge that other people may get at first glance gives you a deeper, more comprehensive understanding of the subject matter.
The Feynman Technique
Learn without forgetting.
More →Facts and figures
On learning and the brain
-
86 billion
The number of neurons in the human brain
-
2.1 billion
The number of adults with low reading proficiency
World Bank, 2017
-
1,000 terabytes
Human information storage capacity
-
500 trillion
The number of nerve synapses responsible for learning in an adult human
-
420 million
The number of adults under 25 with insufficient education for finding employment
World Bank, 2017
-
17 - 20 years old
Peak learning age
-
1885
Development of the forgetting curve
-
1897
Publication of Ivan Pavlov's research on classical conditioning
The One World Schoolhouse
Sal Khan's passion and innovation is transforming learning for millions of students worldwide. The One World Schoolhouse is a must-read for all who are committed to improving education so students everywhere can gain the skills and knowledge to be successful in school, careers and life.
Ten principles of rapid skill acquisition
by Josh Kaufman
-
1
Choose a lovable project.
-
2
Focus your energy on one skill at a time.
-
3
Define your target performance level.
-
4
Deconstruct the skill into sub-skills.
-
5
Obtain critical tools.
-
6
Eliminate barriers to practice.
-
7
Make dedicated time for practice.
-
8
Create fast feedback loops.
-
9
Practice by the clock in short bursts.
-
10
Emphasize quantity and speed.


Zeke wants to be able to visit a website that will provide detailed information on recreational sites in New Mexico.
Because he's an avid outdoor enthusiast, he wants to be able to look up not only hiking trails, but also camping sites, mountain biking trails, fishing lakes, etc.
He would also like to be able to see reviews of the sites and find out which are the most popular and be able to leave ratings/reviews himself.
Zeke wants to be able to visit the best-recommended trails in the area for outdoor recreational activities and leave feedback on visited sites.


#ftl output_format="HTML" auto_esc=true> <#import "layout/default.html" as layout><EMAIL_ADDRESS>Dear ${name}
You reopened this application on ${date}:
${applicationNumber} : ${applicationName}
You can now make changes to the application.
You must resubmit this application for it to be assessed, even if you haven't made any changes.
No previously submitted versions of this application will be assessed.
<EMAIL_ADDRESS>href="${link}" text="Review the application" />Yours sincerely
<EMAIL_ADDRESS>/> @layout.default>


GPA
Grading in education is the process of applying standardized measurements of varying levels of achievement in a course. Grades can be assigned as letters (for example A through F), as a range (for example 1 to 6), as a percentage of a total number of questions answered correctly, or as a number out of a possible total (for example out of 20 or 100).
In some countries, all grades from all current classes are averaged to create a grade point average (GPA) for the marking period. The GPA is calculated by taking the number of grade points a student earned in a given period of time of middle school through high school. GPAs are also calculated for undergraduate and graduate students in most universities. The GPA can be used by potential employers or educational institutions to assess and compare applicants. A cumulative grade point average (CGPA) is a calculation of the average of all of a student's total earned points divided by the possible number of points. This grading system calculates for all of his or her complete education career. Grade point averages can be unweighted (where all classes with the same number of credits have equal influence on the GPA) or weighted (where some classes are given more influence than others).
|


--- layout: documentation title: RouterSolicitationType ---
Hosts send Router Solicitations in order to prompt routers to generate Router Advertisements quickly.(type=133; code=0).
| Field Name | Type | Description |
|---|---|---|
| Options0..n | RouterSolicitationOptionsType |
Router Solicitation messages include zero or more options, some of which may appear multiple times in the same message. |


gdbus-codegengdbus-codegen — D-Bus code and documentation generator |
gdbus-codegen
[-h
, --help
] [--interface-prefix
org.project.Prefix
] [--generate-c-code
OUTFILES
] [--c-namespace
YourProject
] [--c-generate-object-manager
] [--generate-docbook
OUTFILES
] [--xml-files
FILE
] [
--annotate
ELEMENT
KEY
VALUE
]... FILE [
FILE...
]
gdbus-codegen is used to generate code and/or
documentation for one or more D-Bus interfaces. The tool reads
D-Bus
Introspection XML files and generates output files. The
tool currently supports generating C code (via
--generate-c-code
) and Docbook XML (via
--generate-docbook
).
When generating C code, a GInterface-derived type is generated for each D-Bus interface. Additionally, for every generated type, FooBar, two concrete instantiable types, FooBarProxy and FooBarSkeleton, implementing said interface are also generated. The former is derived from GDBusProxy and intended for use on the client side while the latter is derived from the GDBusInterfaceSkeleton type making it easy to export on a GDBusConnection either directly or via a GDBusObjectManagerServer instance.
The name of each generated C type is derived from the D-Bus
interface name stripped with the prefix given with
--interface-prefix
and with the dots removed and
initial characters capitalized. For example, for the D-Bus
interface com.acme.Coyote
the name used is
ComAcmeCoyote
. For the D-Bus interface
org.project.Bar.Frobnicator
with
--interface-prefix
org.project.
, the name used is
BarFrobnicator
.
For methods, signals and properties, if not specified, the name defaults to the name of the method, signal or property.
Two forms of the name are used - the CamelCase form and the lower-case form. The CamelCase form is used for the GType and struct name, while lower-case form is used in function names. The lower-case form is calculated by converting from CamelCase to lower-case and inserting underscores at word boundaries (using certain heuristics).
If the value given by the org.gtk.GDBus.C.Name
annotation or the --c-namespace
option contains
an underscore (sometimes called Ugly_Case),
then the camel-case name is derived by removing all underscores,
and the lower-case name is derived by lower-casing the
string. This is useful in some situations where abbreviations are
used. For example, if the annotation is used on the interface
net.MyCorp.MyApp.iSCSITarget
with the value
iSCSI_Target
the CamelCase form is
iSCSITarget
while the lower-case form is
iscsi_target
. If the annotation is used on the
method EjectTheiPod
with the value
Eject_The_iPod
, the lower-case form is
eject_the_ipod
.
Each generated Docbook XML file (see the
--generate-docbook
option for details) is a RefEntry
article describing the D-Bus interface.
The following options are supported:
|
Show help and exit. |
||
|
The D-Bus introspection XML file. |
||
|
A prefix to strip from all D-Bus interface names when calculating the typename for the C binding and the Docbook sortas attribute. |
||
|
Generate Docbook Documentation for each D-Bus interface and
put it in |
||
|
Generate C code for all D-Bus interfaces and put it in
|
||
|
The namespace to use for generated C code. This is expected to be in CamelCase or Ugly_Case (see above). |
||
|
If this option is passed, suitable GDBusObject, GDBusObjectProxy, GDBusObjectSkeleton and GDBusObjectManagerClient subclasses are generated. |
||
|
Used to inject D-Bus annotations into the given XML files. It can be used with interfaces, methods, signals, properties and arguments in the following way:
Any UTF-8 string can be used for |
The following D-Bus annotations are supported by gdbus-codegen:
|
Can be used on any When generating C code, this annotation is used to add G_GNUC_DEPRECATED to generated functions for the element. When generating Docbook XML, a deprecation warning will appear along the documentation for the element. |
|
Can be used on any When generating C code, this field is used to ensure function pointer order for preserving ABI/API, see the section called “Stability Guarantees”. When generating Docbook XML, the value of this tag appears in the documentation. |
|
A string with Docbook content for documentation. This annotation can
be used on |
|
A string with Docbook content for short/brief
documentation. This annotation can only be used on
|
|
Can be used on any |
|
If set to a non-empty string, a GVariant instance will
be used instead of the natural C type. This annotation can
be used on any |
|
If set to a non-empty string, the generated code will
include parameters to exchange file descriptors using the
GUnixFDList type. This annotation can be used on
|
As an easier alternative to using the
org.gtk.GDBus.DocString
annotation, note that
parser used by gdbus-codegen parses XML
comments in a way similar to gtk-doc:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 |
<!-- net.Corp.Bar: @short_description: A short description A <emphasis>longer</emphasis> description. This is a new paragraph. --> <interface name="net.corp.Bar"> <!-- FooMethod: @greeting: The docs for greeting parameter. @response: The docs for response parameter. The docs for the actual method. --> <method name="FooMethod"> <arg name="greeting" direction="in" type="s"/> <arg name="response" direction="out" type="s"/> </method> <!-- BarSignal: @blah: The docs for blah parameter. @boo: The docs for boo parameter. @since: 2.30 The docs for the actual signal. --> <signal name="BarSignal"> <arg name="blah" type="s"/> <arg name="boo" type="s"/> </signal> <!-- BazProperty: The docs for the property. --> <property name="BazProperty" type="s" access="read"/> </interface> |
Note that @since
can be used in any inline
documentation bit (e.g. for interfaces, methods, signals and
properties) to set the org.gtk.GDBus.Since
annotation. For the org.gtk.GDBus.DocString
annotation (and inline comments), note that substrings of the form
#net.Corp.Bar
,
net.Corp.Bar.FooMethod()
,
#net.Corp.Bar::BarSignal
and
#net.Corp.InlineDocs:BazProperty
are all
expanded to links to the respective interface, method, signal and
property.
Additionally, substrings starting with @
and %
characters are rendered as
parameter and
constant respectively.
If both XML comments and
org.gtk.GDBus.DocString
or
org.gtk.GDBus.DocString.Short
annotations are
present, the latter wins.
Consider the following D-Bus Introspection XML.
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 |
<node> <interface name="net.Corp.MyApp.Frobber"> <method name="HelloWorld"> <arg name="greeting" direction="in" type="s"/> <arg name="response" direction="out" type="s"/> </method> <signal name="Notification"> <arg name="icon_blob" type="ay"/> <arg name="height" type="i"/> <arg name="messages" type="as"/> </signal> <property name="Verbose" type="b" access="readwrite"/> </interface> </node> |
If gdbus-codegen is used on this file like this:
1 2 3 4 |
gdbus-codegen --generate-c-code myapp-generated \ --c-namespace MyApp \ --interface-prefix net.corp.MyApp. \ net.Corp.MyApp.Frobber.xml |
two files called
myapp-generated.[ch]
are
generated. The files provide an abstract
GTypeInterface-derived type called
MyAppFrobber as well as two instantiable types with
the same name but suffixed with Proxy and
Skeleton. The generated file, roughly, contains the
following facilities:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 |
/* GType macros for the three generated types */ #define MY_APP_TYPE_FROBBER (my_app_frobber_get_type ()) #define MY_APP_TYPE_FROBBER_SKELETON (my_app_frobber_skeleton_get_type ()) #define MY_APP_TYPE_FROBBER_PROXY (my_app_frobber_proxy_get_type ()) typedef struct _MyAppFrobber MyAppFrobber; /* Dummy typedef */ typedef struct { GTypeInterface parent_iface; /* Signal handler for the ::notification signal */ void (*notification) (MyAppFrobber *proxy, GVariant *icon_blob, gint height, const gchar* const *messages); /* Signal handler for the ::handle-hello-world signal */ gboolean (*handle_hello_world) (MyAppFrobber *proxy, GDBusMethodInvocation *invocation, const gchar *greeting); } MyAppFrobberIface; /* Asynchronously calls HelloWorld() */ void my_app_frobber_call_hello_world (MyAppFrobber *proxy, const gchar *greeting, GCancellable *cancellable, GAsyncReadyCallback callback, gpointer user_data); gboolean my_app_frobber_call_hello_world_finish (MyAppFrobber *proxy, gchar **out_response, GAsyncResult *res, GError **error); /* Synchronously calls HelloWorld(). Blocks calling thread. */ gboolean my_app_frobber_call_hello_world_sync (MyAppFrobber *proxy, const gchar *greeting, gchar **out_response, GCancellable *cancellable, GError **error); /* Completes handling the HelloWorld() method call */ void my_app_frobber_complete_hello_world (MyAppFrobber *object, GDBusMethodInvocation *invocation, const gchar *response); /* Emits the ::notification signal / Notification() D-Bus signal */ void my_app_frobber_emit_notification (MyAppFrobber *object, GVariant *icon_blob, gint height, const gchar* const *messages); /* Gets the :verbose GObject property / Verbose D-Bus property. * Does no blocking I/O. */ gboolean my_app_frobber_get_verbose (MyAppFrobber *object); /* Sets the :verbose GObject property / Verbose D-Bus property. * Does no blocking I/O. */ void my_app_frobber_set_verbose (MyAppFrobber *object, gboolean value); /* Gets the interface info */ GDBusInterfaceInfo *my_app_frobber_interface_info (void); /* Creates a new skeleton object, ready to be exported */ MyAppFrobber *my_app_frobber_skeleton_new (void); /* Client-side proxy constructors. * * Additionally, _new_for_bus(), _new_for_bus_finish() and * _new_for_bus_sync() proxy constructors are also generated. */ void my_app_frobber_proxy_new (GDBusConnection *connection, GDBusProxyFlags flags, const gchar *name, const gchar *object_path, GCancellable *cancellable, GAsyncReadyCallback callback, gpointer user_data); MyAppFrobber * my_app_frobber_proxy_new_finish (GAsyncResult *res, GError **error); MyAppFrobber * my_app_frobber_proxy_new_sync (GDBusConnection *connection, GDBusProxyFlags flags, const gchar *name, const gchar *object_path, GCancellable *cancellable, GError **error); |
Thus, for every D-Bus method, there will be three C functions for calling the method, one GObject signal for handling an incoming call and one C function for completing an incoming call. For every D-Bus signal, there's one GObject signal and one C function for emitting it. For every D-Bus property, two C functions are generated (one setter, one getter) and one GObject property. The following table summarizes the generated facilities and where they are applicable:
| Client | Server | |
|---|---|---|
| Types | Use MyAppFrobberProxy | Any type implementing the MyAppFrobber interface |
| Methods | Use to call. |
Receive via the signal handler. Complete the call with
|
| Signals | Connect to the ::notification GObject signal. |
Use to emit signal. |
| Properties (Reading) | Use or :verbose . |
Implement GObject's vfunc. |
| Properties (writing) | Use or :verbose . |
Implement GObject's vfunc. |
You can use the generated proxy type with the generated constructors:
1 2 3 4 5 6 7 8 9 10 11 12 13 |
MyAppFrobber *proxy; GError *error; error = NULL; proxy = my_app_frobber_proxy_new_for_bus_sync ( G_BUS_TYPE_SESSION, G_DBUS_PROXY_FLAGS_NONE, "net.Corp.MyApp", /* bus name */ "/net/Corp/MyApp/SomeFrobber", /* object */ NULL, /* GCancellable* */ &error); /* do stuff with proxy */ g_object_unref (proxy); |
Instead of using the generic GDBusProxy facilities, one can use
the generated methods such as
to invoke
the my_app_frobber_call_hello_world()
net.Corp.MyApp.Frobber.HelloWorld()
D-Bus method, connect to the the
::notification
GObject signal to receive
the net.Corp.MyApp.Frobber::Notication
D-Bus signal and get/set the
net.Corp.MyApp.Frobber:Verbose
D-Bus
Property using either the GObject property
:verbose
or the
and
my_app_get_verbose()
methods. Use the
standard “notify” signal to listen to property changes.
my_app_set_verbose()
Note that all property access is via GDBusProxy's property cache so no I/O is ever done when reading properties. Also note that setting a property will cause the org.freedesktop.DBus.Properties.Set method to be called on the remote object. This call, however, is asynchronous so setting a property won't block. Further, the change is delayed and no error checking is possible.
The generated MyAppFrobber interface is designed so
it is easy to implement it in a GObject
subclass. For example, to handle
method invocations, set the
vfunc for HelloWorld()
in the
MyAppFrobberIface structure. Similary, to handle
the handle_hello_hello_world()
net.Corp.MyApp.Frobber:Verbose
property override the :verbose
GObject
property from the subclass. To emit a signal, use
e.g.
or
my_app_emit_signal()
g_signal_emit_by_name()
.
Instead of subclassing, it is often easier to use the generated
MyAppFrobberSkeleton subclass. To handle incoming
method calls, use
with
the g_signal_connect()
::handle-*
signals and instead of
overriding GObject's
and
get_property()
vfuncs, use
set_property()
g_object_get()
and
g_object_set()
or the generated property
getters and setters (the generated class has an internal
property bag implementation).
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 |
static gboolean on_handle_hello_world (MyAppFrobber *interface, GDBusMethodInvocation *invocation, const gchar *greeting, gpointer user_data) { if (g_strcmp0 (greeting, "Boo") != 0) { gchar *response; response = g_strdup_printf ("Word! You said `%s'.", greeting); my_app_complete_hello_world (interface, invocation, response); g_free (response); } else { g_dbus_method_invocation_return_error (invocation, MY_APP_ERROR, MY_APP_ERROR_NO_WHINING, "Hey, %s, there will be no whining!", g_dbus_method_invocation_get_sender (invocation)); } return TRUE; } [...] interface = my_app_frobber_skeleton_new (); my_app_frobber_set_verbose (interface, TRUE); g_signal_connect (interface, "handle-hello-world", G_CALLBACK (on_handle_hello_world), some_user_data); [...] error = NULL; if (!g_dbus_interface_skeleton_export (G_DBUS_INTERFACE_SKELETON (interface), connection, "/path/of/dbus_object", &error)) { /* handle error */ } |
To facilitate atomic changesets (multiple properties changing at
the same time), “notify” signals are queued up when
received. The queue is drained in an idle handler (which is called from the
thread-default main loop
of the thread where the skeleton object was
contructed) and will cause emissions of the org.freedesktop.DBus.Properties::PropertiesChanged
signal with all the properties that have changed. Use
g_dbus_interface_skeleton_flush()
or
g_dbus_object_skeleton_flush()
to empty the queue
immediately. Use g_object_freeze_notify()
and
g_object_thaw_notify()
for atomic changesets if on a different
thread.
Scalar types (type-strings 'b', 'y', 'n', 'q', 'i', 'u', 'x', 't' and 'd') ), strings (type-strings 's', 'ay', 'o' and 'g') and arrays of string (type-strings 'as', 'ao' and 'aay') are mapped to the natural types, e.g. gboolean, gdouble, gint, gchar*, gchar** and so on. Everything else is mapped to the GVariant type.
This automatic mapping can be turned off by using the annotation
org.gtk.GDBus.C.ForceGVariant
- if used then a
GVariant is always exchanged instead of the
corresponding native C type. This annotation may be convenient to
use when using
bytestrings (type-string 'ay')
for data that could have embedded NUL bytes.
The generated C functions are guaranteed to not change their ABI that is, if a method, signal or property does not change its signature in the introspection XML, the generated C functions will not change its C ABI either. The ABI of the generated instance and class structures will be preserved as well.
The ABI of the generated GTypes will be preserved only if
the org.gtk.GDBus.Since
annotation is used
judiciously — this is because the VTable for the GInterface
relies on functions pointers for signal handlers. Specifically, if
a D-Bus method, property or signal or is added to a D-Bus
interface, then ABI of the generated GInterface type is preserved
if, and only if, each added method, property signal is annotated
with they org.gtk.GDBus.Since
annotation using
a greater version number than previous versions.
The generated C code currently happens to be annotated with gtk-doc / GObject
Introspection comments / annotations. The layout and
contents might change in the future so no guarantees about
e.g. SECTION
usage etc. is given.
While the generated Docbook for D-Bus interfaces isn't expected to change, no guarantees are given at this point.
It is important to note that the generated code should not be checked into revision control systems, nor it should be included in distributed source archives.
Please send bug reports to either the distribution bug tracker or the upstream bug tracker at https://bugzilla.gnome.org/enter_bug.cgi?product=glib.


I've been studying programming in Seattle. I'm from Japan and I studied advertising in University of Central Oklahoma and worked as an IT Sales Specialist in Tokyo Japan for 4 years. Through my software sales experience, I found myself loving to see how new technology can change the way people live. I'm a native Japanese speaker and also proficient in English. I like to cook and eat good food and watch Anime!
This is the very first website I have created for practice at Epicodus.
This website usesThere are several cupcakes listed on the homepage and links to each flavored cupcake with photos.
This website usesThere is a list of Accomodations, Activities, Travel Arrangements, Pictures, Contact Information and links to each page with photos.
This website usesThis is a resume website.
This website usesThis is a resume website.
This website usesThis is a website about my vacation destination.
This website usesThis is a website about my favorite band.
This website usesThis is a website about my cat.
This website uses


BACITRACIN ZINC AND POLYMYXIN B SULFATE- bacitracin zinc and polymyxin b sulfate ointment
Rebel Distributors Corp
Bacitracin Zinc and Polymyxin B Sulfate Ophthalmic Ointment USP is a sterile antimicrobial ointment formulated for ophthalmic use.
Bacitracin zinc is the zinc salt of bacitracin, a mixture of related cyclic polypeptides (mainly bacitracin A) produced by the growth of an organism of the licheniformis group of Bacillus subtilis var Tracy. It has a potency of not less than 40 bacitracin units per mg. The structural formula for bacitracin A is:
Polymyxin B sulfate is the sulfate salt of polymyxin B1 and B2 which are produced by the growth of Bacillus polymyxa (Prazmowski) Migula (Fam. Bacillaceae). It has a potency of not less than 6,000 polymyxin B units per mg, calculated on an anhydrous basis. The structural formulae are:
Each Gram Contains: ACTIVES: Bacitracin Zinc equal to 500 bacitracin units and Polymyxin B Sulfate equal to 10,000 polymyxin B units; INACTIVES: White Petrolatum and Mineral Oil.
Polymyxin B sulfate attacks gram-negative bacilli, including virtually all strains of Pseudomonas aeruginosa and Haemophilus influenzae species.
Bacitracin is active against most gram-positive bacilli and cocci including hemolytic streptococci.
For the treatment of superficial ocular infections involving the conjunctiva and/or cornea caused by organisms susceptible to bacitracin zinc and polymyxin B sulfate.
This product is contraindicated in those individuals who have shown hypersensitivity to any of its components.
As with other antibiotic preparations, prolonged use may result in overgrowth of nonsusceptible organisms, including fungi. Appropriate measures should be taken if this occurs.
Apply the ointment every 3 or 4 hours for 7 to 10 days, depending on the severity of the infection.
FOR OPHTHALMIC USE ONLY.
|
BACITRACIN ZINC AND POLYMYXIN B SULFATE
bacitracin zinc and polymyxin b sulfate ointment | ||||||||||||||||||||
| ||||||||||||||||||||
| ||||||||||||||||||||
| ||||||||||||||||||||
| ||||||||||||||||||||
|
| Labeler - Rebel Distributors Corp (118802834) |
| Establishment | |||
| Name | Address | ID/FEI | Business Operations |
|---|---|---|---|
| Rebel Distributors Corp | 118802834 | RELABEL, REPACK |


WITNESS LIST State Affairs Committee April 22, 2003 - 8:00A HB 4 FOR: Cole, Keith H. (M & I Electric Industries, Inc.), Houston, TX Cooper, Brent (TAPA), Dallas, TX Crump, David (Crown Cork & Seal Co., Inc.), Houston, TX Gadberry, Gavin (Texas Health Care Association), Amarillo, TX Hull, Mike (TAPA), Austin, TX Lea, Joe (Texas Oil & Gas Association), Austin, TX Nelson, Steve (Associated General Contractors-TX Bldg. Branch), Austin, TX Stagner, Steve (Texas Council of Engineering Companies), Austin, TX Thomason, David (TX Association of Homes and Services for the Aging), Austin, TX Venable, Peggy M. (Citizens For A Sound Economy), Austin, TX AGAINST: Bragg, David (AARP), Austin, TX Choate, Guy (Texas Trial Lawyers Assoc.), San Angelo, TX Harvey, Jay (Texas Trial Lawyers Assoc.), Austin, TX Hile, Richard (Self), Austin, TX Jacks, Tommy (TTLA), Austin, TX Kelly, Christopher J. (Baron & Budd), Dallas, TX Perdue, Jr., Jim M. (Self), Houston, TX Rich, Alan (TTLA), Dallas, TX Slack, Michael L. (TTLA), Austin, TX Sweeney, Paula (TTLA), Dallas, TX ON: Presley, Philip (TX Dept. of Insurance), Austin, TX Registering, but not testifying: For: Allday, Marty (Enbridge Energy), Houston, TX Anderson, Clifford Chris (Retama Manor Nursing Center), Corpus Christi, TX Arnold, Jim (BMC Software, Inc.- Houston, TX), Austin, TX Bailey, Charles (Texas Hospital Association), Austin, TX Bailey, Chuck (TX Rental Assoc.), Austin, TX Berger, Ed (Seton Healthcare Network), Austin, TX Biggs, William (Biggs Plumbing Co., Inc.), Austin, TX Blanchard, William R. (DeTar Healthcare System), Victoria, TX Boucher, Terry (TX Osteopathic Medical Assn.), Austin, TX Bounds, Mackie (Texas Construction of Assn.), Axtell, TX Bousaid, Doug (NEF), Leander, TX Bowden, Dennis M. (State Electric Company), Arlington, TX Boyle, Mike (M.J. Boyle General Contractor, Inc.), San Antonio, TX Bruns, Richard M. (Southwest Terrazzo Assn.), Fredericksburg, TX Buhrow, Candace (Houston Associated General Contractors), Houston, TX Bunning, Bob (Tellepsen Corporation), Houston, TX Cates, Phil (TAHSA, Union Tank Car Co., Texas Paint Council, Railway Progress Inst.), Austin, TX Chalambaga, Gloria (Self), Odessa, TX Colbert, Cynthia (Catholic Health Association of TX), Austin, TX Coronado, Rogelio (Mariner Health Care), Corpus Christi, TX Cothern, Kathryn M. (Small Business Untied, Cothern Transporation, Inc.), Dripping Springs, TX Courtney, Chuck (Texas Retailers Association), Austin, TX Cox, Elise (Small Business & National Association of Women Business Owners), San Antonio, TX Dalrymple, Steve (Baptist Community Services), Amarillo, TX Dew, Bradley S. (Mariner Health Care), Robstown, TX Docis, Matthew J. (Craftsman Fabricated Glass), Houston, TX Evans, Richard (Tx. Assoc. of Business), Austin, TX Field, J. Eddie (Small Business United & Computer Consulting), Lakehills, TX Findeisen, Les (Texas Motor Transportation Association), Austin, TX Fox, Graciela (Grace) (T.A.S. Commercial Concrete Constr.), Spring, TX Freeman, Harold (Texas Construction Assoc.), Austin, TX Furr, LaMon (Mariner Healthcare), Weslaco, TX Garrett, Troy W. (Linbeck Construction Corporation), Houston, TX Gomez, Leo (San Antonio Hispanic Chamber of Commerce), San Antonio, TX Graves, Tim (Texas Health Care Association), Austin, TX Gutierrez, Hugo (Marathon Oil Company), Houston, TX Hamermesh, Frances W. (Self), Austin, TX Hansen, Brett (Harlingen Good Samaritan), Harlingen, TX Hardee, Mary (Mariner Healthcare, Inc.), Corpus Christi, TX Hazlewood, Steve (Dow Chemical Co.), Austin, TX Hyatt, Andrew J. (ASA, AGC, Dean Johnston, Inc.), Spicewood, TX Jamison, Mazie M. (Children's Medical Center of Dallas), Dallas, TX Kennedy, Linda (NAWBO/SA), San Antonio, TX Kessler, Ron (Civil Justice Reform Group, American Electronics Assoc.), Austin, TX Kiley, Pat (Houston Chapter AGC), Houston, TX Korsakov, Allan (Baker Concrete Construction), Houston, TX Krueger, Bill (FRACO Products), Shady Shores, TX Linial, George (Texas Association of Homes & Services for the Aging), Austin, TX Love, Tommy (First Air Express Inc.), Austin, TX Marshall, John (Satterfield & Pontikes Construction, Inc.), Houston, TX Martinez, Henry R. (Vento Creative), Austin, TX McCauley, Cindy (Lyondell Chemical Company), Houston, TX McKenna, Linda (Valley Baptist Health System), Harlingen, TX Milburn, Karen (SBU), Austin, TX Moore, Julie W. (Occidental Petroleum Corporation), Austin, TX Namboodiri, Hari K. (Mariner Health Care, Inc.), McAllen, TX Nichols, Bobbie (Golden Age Manor), Dublin, TX Noble, Shannon (Texas Air Conditioning Contractors Assoc.), Austin, TX O'Brien, Sister Michele (CHRISTUS Santa Rosa Healthcare), San Antonio, TX O'Neal, John P. (JPON Glass Co., Inc.), Garland, TX O'Neal, Melinda S. (JPON Glass Co., Inc.), Garland, TX Odom, Paul (P and S Masonry, Inc.), Hamilton, TX Olson, Kym (El Paso Corporation), Houston, TX Page, Nick (Austin Subcontractors Assoc., Central Texas Masonry Contractors Assoc.), Round Rock, TX Perry, Steve (ChevronTexaco), Austin, TX Pinkus, David (Small Business United of Texas), Austin, TX Porter, David (Small Business United), Austin, TX Rex, Glenn (Mechanical Contractors Assoc. of Houston), Houston, TX Rich, Sid (TX Assn. of Residential Care Communities), Austin, TX Richardson, Jody (Abitibi-Consolidated, Inc.), Austin, TX Rohm, Wanda (NFIB & NAWBO), San Antonio, TX Sabine, Myra (Small Business Day), Boerne, TX Sabine, R. Travis (Centurian Capitol), Boerne, TX Sanders, Leo (TAHSA & Good Samaritan Society), Brownsville, TX Sebree, Ben (Texas Oil & Gas Assoc.), Austin, TX Sellers, Tom (ConocoPhillips), Austin, TX Shilling, Mark (National Federation of Independent Business), Austin, TX Spencer, C. William (Texas Healthcare Coalition), Arlington, TX Sprinkle, G.K. (TX Ambulance Association), Austin, TX Taylor, Cindy (South San Antonio Chamber), Brooks City-Base, TX Tays, Sara (Katy Chamber of Commerce), Katy, TX Tays, Sara K. (Exxon Mobil Corporation), Austin, TX Thompson, Sallie Mullins (NFIB, NAWBO), Houston, TX Tolman, Russell K. (Cook Children's Health Care System), Fort Worth, TX Vaga, Daniel R. (National Nozzle), Austin, TX Volkening, Ronnie (7-Eleven, Inc.), Dallas, TX Waldrop, Alan (Texans for Lawsuit Reform), Austin, TX Weaver, A.G. (ChevronTexaco Corporation), Houston, TX White, Dale (Texas Chiropractic Assn.), Austin, TX Wickes, Ron (TX Construction Assoc./TX Masonry Council), Humble, TX Williams, David (Las Palmes Nursing Home-McAllen), McAllen, TX Williams, Ellen (Texas Hotel & Motel Association), Austin, TX Woodard, Shayne (Duke Energy, Sunoco, Inc.), Austin, TX Zafereo, Mark E. (DeTar Healthcare Systems), Victoria, TX Zepeda, Robert C. (Self), San Antonio, TX Against: Flores, Maria Luisa (Mexican American Bar Assn. of TX), Austin, TX Gallagher, Mike (Texas Trial Lawyers Association), Houston, TX Gerstenschlager, Merry Lynn (Texas Eagle Forum), Weatherford, TX Lewis, Bill (Mothers Against Drunk Driving), Keller, TX McLin, Amy M. (Self), Boerne, TX Metzger, Luke (Texas Public Interest Research Group), Austin, TX Riddering, Hannah (Texas National Organization for Women), Austin, TX Watford, Judy (Austin Council of the Blind), Austin, TX On: Butterworth, Shannon (Office of Public Insurance Counsel), Austin, TX Christian, George (Texas Association of Defense Counsel), Austin, TX


enum class FileType
Type of a file
Regular
A regular file like text or pdf file.
Directory
A directory.
Unknown
Platforms may support some special files. All those are marked as Unknown.


MY REQUEST In order to transfer out ( fifteen-million pounds sterlings) from our Bank here in london. I have the courage to look for a reliable and honest person who will be capable for this important transaction, believing that you will never let me down either now or in future. I am, Mr Jim Harry. the Auditor and head of computing department of a Bank here in scotland united kingdom. there is an account opened in this bank in 1995 and since 2001 nobody has operated on this account again, After going through some old files in the records, I discovered that if i do not remitt this money out urgentely, It will be forfeited for nothing. How the money came about: The owner of this account is, Mr Lewis Mowan, A foreigner and manager of petrol chemical service here in london, A chemical engineer by proffession and he died since 2001 and then, Since 2001 nobody knows about this account or anything concerning it, The account has no other beneficiary and my investigation proved to me as well that his company does not know anything about this account and the amount involved is (15,000,000.00) pounds sterlings. I am contacting you because of the need to involve a foreigner with a foreign account as the real beneficiary.Finally, At the conclusion of this business you will be given 25% of the total ammount,5% will be for expenses both parties might have incured during the process of this transaction.Your urgent respons is needed. Thanks. Mr Jim Harry. Re:To, E-mail<EMAIL_ADDRESS>E-mail: jimharry112@yahoo.it


The following video is promoting unoffical updates of agar.io by mod developers.

Unfortunately this demo uses many features only found in the latest
version of Google Chrome. You can still run this, but it may not look
as intended. Please try running it in Chrome for the best experience.
Download Chrome
Unfortunately your browser doesn't support this demo. Please download
Google Chrome, and try running it again.
Download Chrome


Here we will walk you through the entire process of using the web app for AgroSmart.
You can access the website of AgroSmart by typing www.agrosmart.tech in the address bar of any standard web
browser.
After that, click on the search button and you will be redirected to the website.
Once you reach the website after typing the web address you will be asked to login. You will have to fill in your ursername in the username field and the password you selected in the respective box and then click on the Submit button
Now you can either select an existing property or Create a new property
After selecting to add a new property you have to fill in the querries that are required for adding a new property,which include property name, property unique code, nearest location, location longitude, land elevation, land area and property holder's email. After filling up all the details click on the Confirm details tab to continue.
Fill in the fields with correct data, which include: Select property, Controller ID and nearby location. Then click on the Confirm Property button to be redirected to the dashboard
You can see the temperature and other data from the graphs and the numeric values present in the Dashboard. You can go to the Setting and chnage the Device ID to see the data gathered from that specific Controller/Pod "


BMW buybacks have started in Australia following suspected fatality involving Takata airbags
In an unprecedented move, BMW has begun buying back cars equipped with a new type of potentially deadly Takata airbags.
by Joshua Dowling- shares
BMW is believed to be the first car company in Australia to buy back a batch of used cars affected by a recall of potentially deadly Takata airbags.
Earlier this month BMW and the Australian Competition and Consumer Commission (ACCC) issued a warning pleading with owners of 12,663 BMWs to stop driving their cars immediately following a fatality and a serious injury crash suspected of being linked to a new type of Takata airbag not previously recalled.
Other fatalities and serious injuries had also been reported overseas on BMW 3 Series models made from November 1997 to June 2000. In Australia the case involving the fatality is still before the coroner.
When the warning was issued, BMW and the ACCC said remedies included providing a loan vehicle, a rental car, paying for taxis or buying back affected models.
BMW Australia would not disclose exactly how many cars have been bought back since the recall was published two-and-a-half weeks ago.
However the boss of BMW Australia, Vikram Pawah, confirmed the buybacks have started.
“Yes we have, we have already bought a few,” he said when asked by CarAdvice how many vehicles have been bought back so far. “I can’t give you number right now … we are working with each and every individual right now.”
He added: “The numbers are still coming in… we’re in the process of connecting customers and providing them with a solution to get them mobile at the moment”.
The BMW boss insisted dealers are were not getting overwhelmed with long queues of concerned customers scrambling for a loan car, and that the process has so far been orderly.
When asked if the bought back BMWs will be crushed – or eventually fixed and resold – the BMW Australia boss said: “We will make those decisions as we go along, nothing to share at this point.”
BMW and the ACCC took the drastic action to have owners stop driving affected cars immediately because this type of Takata airbag – in 12,663 vehicles – had not previously been caught up in the recall affecting 3.8 million airbags in Australia and more than 100 million worldwide.
BMW models in this age range were recently involved in two separate crashes, one a fatality and one a serious injury. These two incidents brought the total number of fatalities related to Takata airbags in Australia to two and the number of serious injuries to two.
However, authorities believe there may have been more deaths or serious injuries related to faulty Takata airbags – which can spray shrapnel when deployed in a crash – that may have been unreported.
One example yet to be formally linked to the Takata recall is a crash in Canberra in 2014, uncovered by The Sydney Morning Herald last year.
The male passenger of a 2005-model BMW suffered severe lacerations to his face after the airbag was deployed in a crash.
The owner of the BMW received a recall notice months later, but before the Takata safety campaign received global recognition.
BMW owners who are unsure of whether they are affected by this recall can check their vehicle’s identifying numbers (VIN) by checking www.recall.bmw.com.au.
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BMW buybacks have started in Australia following suspected fatality involving Takata airbags


GeoMesa Spark: Aggregating and Visualizing Data¶
This tutorial will show you how to:
- Use GeoMesa with Apache Spark in Scala.
- Calculate aggregate statistics using a covering set of polygons.
- Create a new simple feature type to represent this aggregation.
- Use Jupyter and Leaflet to visualize the result.
The end of the tutorial provides a link to a downloadable Jupyter notebook with all the necessary code.
Background¶
Apache Spark is a “fast and general engine for large-scale data processing”. Spark presents an abstraction called a Resilient Distributed Dataset (RDD) that facilitates expressing transformations, filters, and aggregations, and efficiently executes the computation across a distributed set of resources. Spark manages the lineage of a block of transformed data so that if a node goes down, Spark can restart the computation for just the missing blocks.
Jupyter Notebook is an interactive web interface for a kernel, which is an environment for running the code of a language. Jupyter allows you quickly prototype by writing code in runnable cells, computing a final result as you go. Visualization of data is also easily done through integration of Jupyter cell “magics” (special directives for functionality outside of the kernel) to create JavaScript and HTML outputs.
Here, we will combine these two services to demonstrate an operation we are naming “Shallow Join”. This operation is a means of imposing a small, covering set of geospatial data onto a much larger set of data. We essentially perform an inner join with the geospatial predicate, then aggregate over the result. All of this is done in a distributed fashion using Spark.
In our example, GDELT data has point geometries for each event, but we do not directly know in which country it took place. We “join” this geometry against the polygons of the covering set in order to calculate statistics for a geographical region. However, the example is general enough to support statistics for any data set with numerical fields or other non-point geometries such as LineStrings or polygons.
Prerequisites¶
Warning
You will need access to a Hadoop 2.2 or better installation with Yarn as well as an Accumulo 1.7 or 1.8 database.
You will need to have ingested GDELT data using GeoMesa. Instructions are available in Map-Reduce Ingest of GDELT.
You will need to have ingested a shapefile of polygons outlining your regions of choice. In this tutorial we use this shapefile of countries.
You will also need:
- a Spark 2.0.0 or later distribution
- Accumulo user credentials with appropriate permissions to query your data
- Java JDK 8
- a Jupyter Notebook server with the Apache Toree Scala kernel installed
Set Up Tutorial Code¶
Clone the geomesa-tutorials project, and go into the geomesa-examples-spark
directory:
$ git clone https://github.com/geomesa/geomesa-tutorials.git $ cd geomesa-tutorials/geomesa-examples-spark
Note
The code in this tutorial is written in Scala.
Create RDDs¶
The code described below is found in the com.example.geomesa.spark.ShallowJoin
class
in the src/main/scala
directory.
First, set up the parameters and initialize each of the desired data stores.
val gdeltDsParams = Map(
"instanceId" -> "instance",
"zookeepers" -> "zoo1,zoo2,zoo3",
"user" -> "user",
"password" -> "*****",
"auths" -> "USER,ADMIN",
"tableName" -> "geomesa_catalog")
val countriesDsParams = Map(
"instanceId" -> "instance",
"zookeepers" -> "zoo1,zoo2,zoo3",
"user" -> "user",
"password" -> "*****",
"auths" -> "USER,ADMIN",
"tableName" -> "countries_catalog")
val gdeltDs = DataStoreFinder.getDataStore(gdeltDsParams)
val countriesDs = DataStoreFinder.getDataStore(countriesDsParams)
Next, initialize a SparkContext
and get the SpatialRDDProvider
for
each data store:
val conf = new SparkConf().setAppName("testSpark")
val sc = SparkContext.getOrCreate(conf)
val rddProviderCountries = GeoMesaSpark(countriesDsParams)
val rddProviderGdelt = GeoMesaSpark(gdeltDsParams)
Now we can initialize RDDs for each of the two sources.
val countriesRdd: RDD[SimpleFeature] = rddProviderCountries.rdd(new Configuration(), sc, countriesDsParams, new Query("states"))
val gdeltRdd: RDD[SimpleFeature] = rddProviderGdelt.rdd(new Configuration(), sc, gdeltDsParams, new Query("gdelt"))
Grouping by polygons¶
To perform our shallow join, we send our smaller data set, countries, to each of the partitions of the larger data set, GDELT events. This is accomplished through a Spark broadcast, which serializes the desired data and sends it to each of the nodes in the cluster. This way it is only copied once per task. Note also that we collect the countries RDD into an Array before broadcasting. Spark does not allow broadcasting of RDDs, and due to the small size of the data set, we can safely collect data onto the driver node without a risk of running out of memory.
val broadcastedRegions = sc.broadcast(countriesRdd.collect)
With the covering set available on each partition, we can iterate over the GDELT events and key them by the region they
were contained in. In mapPartitions
, iter
is an iterator to all the elements (in this case Simple Features) on
the partition. Here we transform each iterator and store the result into a new RDD.
val keyedData = gdeltRdd.mapPartitions { iter =>
import org.locationtech.geomesa.utils.geotools.Conversions._
iter.flatMap { sf =>
// Iterate over regions until a match is found
val it = broadcastedRegions.value.iterator
var container: Option[String] = None
while (it.hasNext) {
val cover = it.next()
// If the cover's polygon contains the feature,
// or in the case of non-point geoms, if they intersect, set the container
if (cover.geometry.intersects(sf.geometry)) {
container = Some(cover.getAttribute(key).asInstanceOf[String])
}
}
// return the found country as the key
if (container.isDefined) {
Some(container.get, sf)
} else {
None
}
}
}
Our new RDD is now of type RDD[(String, SimpleFeature)]
and can be used for a Spark reduceByKey
operation, but
first, we need to create a simple feature type to represent the aggregated data.
Creating a New Simple Feature Type¶
We first loop through the types of a sample feature from the GDELT RDD to decide what fields can be aggregated.
val countableTypes = Seq("Integer", "Long", "Double")
val typeNames = gdeltRdd.first.getType.getTypes.toIndexedSeq.map{t => t.getBinding.getSimpleName.toString}
val countableIndices = typeNames.indices.flatMap { index =>
val featureType = typeNames(index)
// Only grab countable types, skipping the ID field
if ((countableTypes contains featureType) && index != 0) {
Some(index, featureType)
} else {
None
}
}.toArray
val countable = sc.broadcast(countableIndices)
With these fields, we can create a Simple Feature Type to store their averages and totals, prefixing each one with “total_” and “avg_”. Of course, it may not make sense to aggregate ID fields or fields that are already an average, should they appear, but this approach makes it easy if the fields are not known ahead of time.
val sftBuilder = new SftBuilder()
sftBuilder.stringType("country")
sftBuilder.multiPolygon("geom")
sftBuilder.intType("count")
val featureProperties = gdeltRdd.first.getProperties.toSeq
countableIndices.foreach { case (index, clazz) => {
val featureName = featureProperties.apply(index).getName
clazz match {
case "Integer" => sftBuilder.intType("total_" + featureName)
case "Long" => sftBuilder.longType("total_" + featureName)
case "Double" => sftBuilder.doubleType("total_" + featureName)
}
sftBuilder.doubleType("avg_"+featureProperties.apply(index).getName)
}
}
val coverSft = SimpleFeatureTypes.createType("aggregate",sftBuilder.getSpec)
Aggregating by Key¶
To begin aggregating we first send our new Simple Feature Type to each of the executors so that they can create and serialize Simple Features of that type.
GeoMesaSpark.register(Seq(coverSft))
val newSfts = sc.broadcast(GeoMesaSparkKryoRegistrator.typeCache.values.map { sft =>
(sft.getTypeName, SimpleFeatureTypes.encodeType(sft))
}.toArray)
keyedData.foreachPartition { iter =>
newSfts.value.foreach { case (name, spec) =>
val newSft = SimpleFeatureTypes.createType(name, spec)
GeoMesaSparkKryoRegistrator.putType(newSft)
}
}
Now we can apply a reduceByKey
operation to the keyed RDD. This Spark operation will take pairs of RDD elements of
the same key, apply the given function, and replace them with the result. Here, we have three cases for reduction.
- The two Simple Features have not been aggregated into one of a new type.
- The two Simple Features have both been aggregated into one of a new type.
- One of the Simple Features has been aggregated (but not both).
For the sake of brevity, we will only show the first case, with the other two following similar patterns.
// Grab each feature's properties
val featurePropertiesA = featureA.getProperties.toSeq
val featurePropertiesB = featureB.getProperties.toSeq
// Create a new aggregate feature to hold the result
val featureFields = Seq("empty", featureA.geometry) ++ Seq.fill(aggregateSft.getTypes.size-2)("0")
val aggregateFeature = ScalaSimpleFeatureFactory.buildFeature(aggregateSft, featureFields, featureA.getID)
// Loop over the countable properties and sum them for both gdelt simple features
countable.value.foreach { case (index, clazz) =>
val propA = featurePropertiesA(index)
val propB = featurePropertiesB(index)
val valA = if (propA == null) 0 else propA.getValue
val valB = if (propB == null) 0 else propB.getValue
val sum = (valA, valB) match {
case (a: Integer, b: Integer) => a + b
case (a: java.lang.Long, b: java.lang.Long) => a + b
case (a: java.lang.Double, b: java.lang.Double) => a + b
case _ => throw new Exception("Couldn't match countable type.")
}
// Set the total
if( propA != null)
aggregateFeature.setAttribute("total_"+ propA.getName.toString, sum)
}
aggregateFeature.setAttribute("count", new Integer(2))
aggregateFeature
Spark also provides a combineByKey
operation that also divides nicely into these three cases, but is slightly more
logically complex.
With the totals and counts calculated, we can now compute the averages for each field. Also, while iterating, we can add the country name and geometry to each feature. To do that, we first broadcast a map of name to geometry.
val countryMap: scala.collection.Map[String, Geometry] =
countriesRdd.map { sf =>
(sf.getAttribute("NAME").asInstanceOf[String] -> sf.getAttribute("the_geom").asInstanceOf[Geometry])
}.collectAsMap
val broadcastedCountryMap = sc.broadcast(countryMap)
Then we can transform the aggregate RDD into one with averages and geometries added.
val averaged = aggregate.mapPartitions { iter =>
import org.locationtech.geomesa.utils.geotools.Conversions.RichSimpleFeature
iter.flatMap { case (countryName, sf) =>
if (sf.getType.getTypeName == "aggregate") {
sf.getProperties.foreach { prop =>
val name = prop.getName.toString
if (name.startsWith("total_")) {
val count = sf.get[Integer]("count")
val avg = (prop.getValue) match {
case (a: Integer) => a / count
case (a: java.lang.Long) => a / count
case (a: java.lang.Double) => a / count
case _ => throw new Exception(s"couldn't match $name")
}
sf.setAttribute("avg_" + name.substring(6), avg)
}
}
sf.setAttribute("country", countryName)
sf.setDefaultGeometry(broadcastedCountryMap.value.getOrElse(countryName,null))
Some(sf)
} else {
None
}
}
}
Visualization¶
At this point, we have created a new Simple Feature Type representing aggregated data and an RDD of Simple Features of this type. The above code can all be compiled and submitted as a Spark job, but if placed into a Jupyter Notebook, the RDD can be kept in memory and even quickly tweaked while continuously updating visualizations.
With a Jupyter notebook server running with the Apache Toree kernel (see Deploying GeoMesa Spark with Jupyter Notebook), create a notebook with the above code. The next section highlights how to create visualizations with the aggregated data.
While there are many ways to visualize data from an RDD, here we choose to demonstrate the use of Leaflet, a JavaScript
library for creating interactive maps, for easy integration of the map image with Jupyter Notebook. To use, either
install it through Jupyter’s nbextensions
tool, or place the following HTML in your notebook to import it properly.
Note that we preface it with %%HTML
, a Jupyter cell magic, indicating that the cell should be interpreted as HTML.
%%HTML
<link rel="stylesheet" href="http://cdn.leafletjs.com/leaflet/v0.7.7/leaflet.css" />
<script src="http://cdn.leafletjs.com/leaflet/v0.7.7/leaflet.js"></script>
The problem of getting data from an RDD in the Scala Kernel to client-side JavaScript can also be solved in many ways.
One option is to save the RDD to a GeoMesa schema and use the GeoServer Manager API to publish a WMS layer. Leaflet
is capable of then reading a WMS layer into its map via HTTP. A more direct route, however, is to export the RDD as GeoJSON.
To do this, use Toree’s AddDeps
magic to add the GeoTool GeoJSON dependency on the fly.
%AddDeps org.geotools gt-geojson 14.1 --transitive --repository http://download.osgeo.org/webdav/geotools
We can then transform the RDD of Simple Features to an RDD of strings, collect those strings from each partition, join them, and write them to a file.
import org.geotools.geojson.feature.FeatureJSON
import java.io.StringWriter
val geoJsonWriters = averaged.mapPartitions{ iter =>
val featureJson = new FeatureJSON()
val strRep = iter.map{ sf =>
featureJson.toString(sf)
}
// Join all the features on this partition
Iterator(strRep.mkString(","))
}
// Collect these strings and joing them into a JSON array
val geoJsonString = geoJsonWriters.collect.mkString("[",",","]")
// Write to file
In order to modify the DOM of the HTML document from within a Jupyter cell, we must set up a Mutation Observer to correctly
respond to asynchronous changes. We attach the observer to element
, which refers to the cell from which the JavaScript
code is run. Within this observer, we instantiate a new Leaflet map, and add a base layer from OSM.
(new MutationObserver(function() {
// Initialize the map
var map = L.map('map').setView([35.4746,-44.7022],3);
// Add the base layer
L.tileLayer("http://{s}.tile.osm.org/{z}/{x}/{y}.png").addTo(map);
this.disconnect()
})).observe(element[0], {childList: true})
Inside the Leaflet we create a tile layer from the GeoJSON file we created. There are further options of creating a layer from an image file or from a GeoServer WMS layer.
var rawFile = new XMLHttpRequest();
rawFile.onreadystatechange = function () {
if(rawFile.readyState === 4) {
if(rawFile.status === 200 || rawFile.status == 0) {
var allText = rawFile.response;
var gdeltJson = JSON.parse(allText)
L.geoJson(gdeltJson).addTo(map);
// Css override
$('svg').css("max-width","none")
}
}
}
rawFile.open("GET", "aggregateGdelt.json", false);
rawFile.send()
There are many opportunities here to style these layers such as coloring polygons by attributes. Here we color each country’s polygon by its average Goldstein scale, indicating how events are contributing to the stability of a country during that time range.
The final result of the analysis described in this tutorial is found in the Jupyter notebook: _static/geomesa-examples-jupyter/shallow-join-gdelt.ipynb
.
You can find a static render of this notebook on Github.


You can customize your cache announcement message by setting this
directive to a file containing additional information. For example,
you can include information about your upstream service provider,
telephone number, other caches that you peer with, etc. Announcement messages are sent via UDP, so this file
shouldn't be too large. Some systems
can't send or receive UDP messages larger than 9 KB.
Furthermore, larger messages are more likely to be dropped before
reaching their destination. |
Syntax
|
announce_file pathname
| |
Default
|
No default
| |
Example
|
announce_file /usr/local/squid/etc/announce.txt
| |
Related
|
announce_period,
announce_host,
announce_port
|
|


The rapid development of the internet saw new and historic languages. Programming languages like Javascript and PHP played a huge role on the internet today.


Anitrans
Logistics System
Tour Overview
New Tour
Drivers
Trucks
Animals
Species:
Can't find the right animal?
Create a new one!
Start:
Start date:
Estimation:
Driver:
Amount:
Destination:
Start time:
Time frame:
Save


{% extends "includes/layout.html" %} {% block content %} {% include "includes/breadcrumbs.html" %} {% include "includes/validation-error-messages.html" %} {% include "includes/title-subtitle.html" %} {% include "includes/sub-nav.html" %} {% include "includes/csrf-hidden-input.html"%} Search by SPO For Example, John Smith {# Select a user #} {% for user in users %} {{ user.name}} {% endfor %} {% if reductions %} {# #} Offender Manager Manager Responsible Type Hours Start Date End Date {% for reduction in reductions %} {{ reduction.omName }} {{ reduction.managerResponsible }} {{ reduction.reductionReason }} {{ reduction.hours }} {{ reduction.startDate }} {{ reduction.endDate }} View {% endfor %} {% endif %} {% endblock %}


SHOWTIX4U
Complete platform rewrite
Your needs
... as seen through the eyes of a web professional
- Performance leads to conversions
- Securing sensitive information
- Simplifying future development
- Responsive, accessible all the time
The modern Web App
Advantages?
- Blazing fast
- Instantaneous feedback
- Perfectly suited for Desktop, Tablet & Mobile
- Modern look and feel
- Leverage RESTful APIs
Backed by industry giants, these frameworks :
- Ensure the security of your Web App (sanitized inputs)
- Are Javascript based; accessible to more, less specialized developpers
- Standardize workflow and tooling
Now all we need is a data source...


RokuAuthScreen.brs
/RokuSignupFlow_sample/components/RokuSignUp/RokuAuthScreen.brs
init()
Component initialization, setting default properties
onKeyEvent(key as roString, bPressed as roBoolean)
Overridden Key event handler for button focus processing
On_show()
onChange handler for "show" field


--- layout: post title: progress on project ---
Okay.
I tried to find a tool that would let me make digital music. However, All of the tools are either non-chrome compatible, or are online, but much too complicated to figure out.
So my plan at this point is to see if I could make a website for this blog to go onto, or whatever else I would want it to be for. I would need to find a way to publish a website, if that's even a thing. Possibly with repl.it? But I would learn CSS styling, and some more advanced techniques around dropdowns, navigating a site, etc...


NOUN
: noun
This document is a placeholder for the language-specific documentation
for NOUN
.
Treebank Statistics (UD_Sanskrit)
There are 340 NOUN
lemmas (50%), 381 NOUN
types (46%) and 450 NOUN
tokens (37%).
Out of 13 observed tags, the rank of NOUN
is: 1 in number of lemmas, 1 in number of types and 1 in number of tokens.
The 10 most frequent NOUN
lemmas: अर्थ, देव, राजन्, नामन्, ब्राह्मण, पुत्र, भद्र, उपाय, कौलिक, मनस्
The 10 most frequent NOUN
types: नाम, अर्थम्, देव, अर्थः, राजा, कौलिकः, उपायम्, किम्, भद्र, अध्वानम्
The 10 most frequent ambiguous lemmas: अर्थ (NOUN 16, ADV 1), राजन् (NOUN 11, X 1), सिंह (NOUN 3, X 1), जिव् (NOUN 2, VERB 1), महत् (ADJ 4, NOUN 2), अभिहित (NOUN 1, VERB 1), आत्मन् (PRON 1, NOUN 1), उक्त (VERB 2, NOUN 1), करटक (PROPN 3, NOUN 1), कर्तव्य (NOUN 1, VERB 1)
The 10 most frequent ambiguous types: अर्थम् (NOUN 8, ADV 1), किम् (PRON 7, NOUN 3, DET 1), इदम् (PRON 3, DET 2, NOUN 1), उवाच (NOUN 1, VERB 1), करटकः (PROPN 2, NOUN 1), मास (NOUN 1, NUM 1), रथकारः (PROPN 1, NOUN 1), राजानम् (NOUN 1, X 1), स (PRON 5, DET 3, NOUN 1)
- अर्थम्
- किम्
- इदम्
- उवाच
- करटकः
- मास
- रथकारः
- राजानम्
- स
Morphology
The form / lemma ratio of NOUN
is 1.120588 (the average of all parts of speech is 1.219298).
The 1st highest number of forms (7) was observed with the lemma “राजन्”: राज, राजः, राजा, राजानम्, राज्ञः, राज्ञा, राज्ञे.
The 2nd highest number of forms (5) was observed with the lemma “अर्थ”: अर्थ, अर्थः, अर्थम्, अर्था, अर्थाः.
The 3rd highest number of forms (5) was observed with the lemma “देव”: देव, देवः, देवताः, देवि, देवीम्.
NOUN
occurs with 7 features: sa-feat/Number (410; 91% instances), sa-feat/Case (409; 91% instances), sa-feat/Gender (406; 90% instances), sa-feat/VerbForm (13; 3% instances), sa-feat/Aspect (1; 0% instances), sa-feat/Person (1; 0% instances), sa-feat/Voice (1; 0% instances)
NOUN
occurs with 19 feature-value pairs: Aspect=Perf
, Case=Abl
, Case=Acc
, Case=Dat
, Case=Gen
, Case=Ins
, Case=Loc
, Case=Nom
, Case=Voc
, Gender=Fem
, Gender=Masc
, Gender=Neut
, Number=Dual
, Number=Plur
, Number=Sing
, Person=1
, VerbForm=Ger
, VerbForm=Part
, Voice=Act
NOUN
occurs with 49 feature combinations.
The most frequent feature combination is Case=Nom|Gender=Masc|Number=Sing
(74 tokens).
Examples: राजा, कौलिकः, अप्रधानः, अर्थः, देवः, ब्राह्मणः, मनाः, सचिवः, स्वामी, अद्यतनः
Relations
NOUN
nodes are attached to their parents using 14 different relations: sa-dep/obl (96; 21% instances), sa-dep/nsubj (94; 21% instances), sa-dep/obj (81; 18% instances), sa-dep/nmod (72; 16% instances), sa-dep/compound (50; 11% instances), sa-dep/conj (21; 5% instances), sa-dep/root (18; 4% instances), sa-dep/vocative (8; 2% instances), sa-dep/acl (4; 1% instances), sa-dep/amod (2; 0% instances), sa-dep/advcl (1; 0% instances), sa-dep/nsubj:pass (1; 0% instances), sa-dep/nummod (1; 0% instances), sa-dep/xcomp (1; 0% instances)
Parents of NOUN
nodes belong to 10 different parts of speech: VERB (267; 59% instances), NOUN (133; 30% instances), ROOT (18; 4% instances), X (17; 4% instances), PRON (6; 1% instances), ADJ (3; 1% instances), PROPN (3; 1% instances), ADV (1; 0% instances), DET (1; 0% instances), NUM (1; 0% instances)
212 (47%) NOUN
nodes are leaves.
158 (35%) NOUN
nodes have one child.
52 (12%) NOUN
nodes have two children.
28 (6%) NOUN
nodes have three or more children.
The highest child degree of a NOUN
node is 5.
Children of NOUN
nodes are attached using 13 different relations: sa-dep/nmod (114; 32% instances), sa-dep/det (48; 13% instances), sa-dep/amod (46; 13% instances), sa-dep/compound (44; 12% instances), sa-dep/advmod (40; 11% instances), sa-dep/conj (21; 6% instances), sa-dep/nsubj (15; 4% instances), sa-dep/nummod (13; 4% instances), sa-dep/cc (9; 3% instances), sa-dep/advcl (4; 1% instances), sa-dep/cop (3; 1% instances), sa-dep/obj (1; 0% instances), sa-dep/vocative (1; 0% instances)
Children of NOUN
nodes belong to 12 different parts of speech: NOUN (133; 37% instances), PRON (56; 16% instances), ADJ (46; 13% instances), DET (41; 11% instances), ADV (33; 9% instances), PROPN (13; 4% instances), NUM (12; 3% instances), CCONJ (10; 3% instances), PART (6; 2% instances), VERB (6; 2% instances), X (2; 1% instances), AUX (1; 0% instances)
NOUN in other languages: [am] [ar] [bg] [bxr] [ca] [ckb] [cop] [cs] [cu] [da] [de] [el] [en] [es] [et] [eu] [fa] [fi] [fo] [fr] [ga] [gl] [got] [grc] [he] [hi] [hr] [hu] [id] [it] [ja] [kk] [kmr] [ko] [la] [lv] [mr] [nl] [no] [pl] [pt] [ro] [ru] [sa] [sk] [sla] [sl] [so] [sr] [sv] [swl] [ta] [tr] [ug] [uk] [u] [urj] [ur] [vi] [yue] [zh]


If your answer was yes your are in the right place
Welcome to our adoption site!
We have a wide selection of puppies of different breeds
Check out American Kennel Club.It's a great place to learn about the perfect breed for you and your family!


Validating one bean is a good start, but often, beans are nested or in a complete graph of beans. To validate that graph in one go, apply cascading valiation with
@Valid


The above allows you to save assets that got created to changed as a result of the
build process to your Dimensions project. You can specify one or more Java style regular
expression patterns that will then be used to scan the build workspace for files
that will saved to your Dimensions project.
If files have not been changed or created as a result of your build, then they will be
ignored. This saving process will not store any build dependency information
in Dimensions - just the files.
Some examples of valid patterns are shown below. If you use the "\" character, this must
be protected using "\\", so ".*\.exe" becomes ".*\\.exe" instead.
.*.exe
This will match any .exe files
.*.obj
This will match any .obj files
src/.*.h
This will match any .h files in the src/ directory
src/.*[A-z]*.h This will match any alpha-numeric .h files in the src/ directory
src\\.*[A-z]*.h This will match any alpha-numeric .h files in the src\ directory
Directory separators in the patterns are OS specific.
Inclusion patterns are used to include files, exclusions to exclude them from the upload.
More information on regular expressions in Java can be found
here


DEAD MEN DON'T WEAR PLAID (director/writer: Carl Reiner; screenwriters: George Gipe/Steve Martin; cinematographer: Michael Chapman; editor: Bud Molin; cast: Steve Martin (Rigby Reardon), Rachel Ward (Juliet Forrest), Carl Reiner (Field Marshal Von Kluck), Reni Santoni (Carlos Rodriguez), George Gaynes (Dr. Forrest), 1982)
Reviewed by Dennis Schwartz
This is Carl Reiner's cleverly adapted spoof on noir films of the post-World War11 days. The comedy film relies on creative editing of the classics of the forties, somehow including a host of stars from Bogart to Cagney to Ava, as part of its story. Steve Martin plays the private eye Rigby Reardon, who is a cloddish imitation of Bogart in "The Big Sleep." Any scene could have Martin conversing with someone like a Cary Grant or a Veronica Ladd, or being shot at by Alan Ladd. Rachel Ward is the sexy doll with the husky voice who plays his client Juliet Forest. She comes into his office and faints at seeing the newspaper headline announcing that her father, Dr. Forrest, has died in an auto accident and she awakens to Martin's breast rearrangement of her. But she hires him, anyway, for $10 a day plus expenses to find the killer of her father, as she doesn't believe his death was accidental.
This is basically a one-idea film, and that idea, although cleverly worked out as far as special effects, begins to run dry after a while, as the story lags in character development. It seems cute to have the stars of the forties say their straight lines from their film and then have Martin put his comedic routines into it in order to fit it in with the present story. But enough's enough!
Dr.  After Ward gives Martin the key to her father's lab, he goes there to search his lab for clues and tells us he found the lab in room no. 2 because it smelled like that number. His first clue is in the form of a cryptic list he finds on the tip of a money bill, which is labelled "The Friends of Carlotta." Unfortunately there are others who are after that list, as the shamus must take precautions, even getting a bullet in his shoulder for his troubles.
Back in Ward's house, Martin is about to faint and the haughty butler (Reiner), when asked to catch him, says, "Sorry, I'm a butler not a catcher."
With the help of Bogart's detective work ala Marlowe, Martin finds that Carlotta is not the name of a woman, but an island off South America. If you've seen "The Bribe," you've got the rest of the film's story, as the Reiner team ran out of ideas and winged the ending the lazy way, with old film clips. Martin does his best to pump energy into the tank, doing sight gags, abetted by the manic role of Reni Santoni, as the friendly policeman on the island who tells him the Nazis have landed. Nazis and cheese go together in this film like Vincent Price to villainy.
A knowledge of some of the more popular noir classics like The Big Sleep, Double Indemnity, and Suspicion, might help in soaking up the films' nostalgia. The overall effect is not bad for a few belly laughs and to marvel at the skills of 1980s technology, but no Cuban cigar for the film, as the story went up in smoke somewhere over the hills of Hollywood.
REVIEWED ON 6/4/2000 GRADE: C
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
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


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Thousands of Devon homes and businesses at risk of flooding
More than 18,000 properties in Devon postcodes are at a high long-term risk
by Joel CooperMore than 45,000 properties in Devon are at medium or high risk of being flooded.
That’s according to the latest figures from an Environment Agency database.
The figures - updated last month - show that 18,203 properties in Devon postcodes are at a high long term risk - meaning there is a one in 30 chance or higher that they will be flooded within a year.
Of those, 50% (9,155) are residential properties.
A further 26,965 properties are considered to be at medium risk - meaning there is a chance of between one in 30 and one in 100 that they will experience flooding each year.
The postcode unit with the highest proportion of high risk properties is EX8 1R in East Devon.
Some 269 properties there have a high risk of flooding - 100% of the total.
That was followed by EX34 8Q (16 of 16 properties at high risk), and EX8 1S (528 of 532 properties).
That's looking at postcodes with 10 or more properties.
Despite numbering in the thousands, medium and high flood risk only applies to 5% of all properties in Devon, and 5% of residential properties.
You can check whether your property is among those at long term risk using the government's online tool here: https://flood-warning-information.service.gov.uk/long-term-flood-risk
How many floods were there last year?
Devon and Somerset Fire and Rescue Service attended 186 incidents of flooding in 2018/19.
That compares to 344 the year before.
Not all flooding incidents attended by fire crews are caused by the weather.
While many will be due to storms and heavy rain, some might be caused by burst water mains and properties where people have accidentally left taps running.
In England as a whole, the figure fell from 15,670 flooding incidents to 13,360 in 2018/19.
What is the current situation?
As of 2pm on Sunday (November 17) 59 flood warnings were in force - meaning flooding is expected - and there were 90 flood alerts in areas across the country.
A flood alert means that people should be prepared for the possibility of flooding.
You can check if your area is at immediate risk using the government's flood information service here https://flood-warning-information.service.gov.uk/warnings .


We will take care of the homeless Pet as soon as possible You can call us at 1800-911-7656 for further information
Continue to homepage


--- title: Anatomy of Cats date: 2014-04-1 ---
Cats are similar in anatomy to the other felids, with strong, flexible bodies, quick reflexes, sharp retractable claws, and teeth adapted to killing small prey.
Cat senses fit a crepuscular and predatory ecological niche. Cats can hear sounds too faint or too high in frequency for human ears, such as those made by mice and other small animals. They can see in near darkness. Like most other mammals, cats have poorer color vision and a better sense of smell than humans.


THE YOUNG POISONER'S HANDBOOK A film review by James Berardinelli Copyright 1996 James Berardinelli
RATING (0 TO 10): 7.0 Alternative Scale: *** out of ****
UK/Germany, 1994 U.S. Release Date: Spring 1996 (limited) Running Length: 1:39 MPAA Classification: No MPAA Rating (Violence, mature themes, vomit) Theatrical Aspect Ratio: 1.66:1
Cast: Hugh O'Conor, Anthony Sher, Ruth Sheen, Roger Lloyd Pack, Charlotte Coleman Director: Benjamin Ross Producer: Sam Taylor Screenplay: Jeff Rawle and Benjamin Ross Cinematography: Hubert Taczanowski U.S. Distributor: C/FP Distribution
The time is the late 1960s. The place is Great Britain. If this setting somehow doesn't seem quite real, it's because we're seeing it through the eyes of Graham Young, a teenage boy who wants to become history's most accomplished poisoner. As defined by the courts, Graham is an incurable psychopath, and, as portrayed in Benjamin Ross' deliciously malicious debut feature, he hasn't got a heart. Thus, our perspective of events, which is filtered through Graham's point-of-view, is cold, clinical, and, occasionally, downright disturbing.
Based on a real-life case, THE YOUNG POISONER'S HANDBOOK is the blackest of black comedies. None of the humor is of the laugh-aloud variety, but the script drips with acidic irony, and there are moments of clever, quirky comedy that are easily appreciated on an intellectual level. THE YOUNG POISONER'S HANDBOOK rarely engages the emotions, but empathy with Graham isn't what Ross is aiming for. In fact, had we felt anything for the main character, it would have disrupted the director's delicate balance of horror, comedy, and social parody.
The world according to Graham Young (memorably portrayed by Hugh O'Conor) is a strange place. To the 14-year old, it's populated by a series of bizarre caricatures, and the only feeling he can muster for any of them is contempt. His stepmother (Ruth Sheen) and father (Roger Lloyd Pack) are uncaring buffoons, and his sister, Winnie (Charlotte Coleman) suffers from excessive narcissism. Graham starts tinkering with chemistry because, in his words, "Life is a series of illusions that only a scientist could strip away." When he begins putting antimony sulfide in his vials, he's trying to make a diamond, but the inadvertent byproduct of this experiment, a lethal toxin, intrigues Graham more than any sparkling gem could have.
Soon, Graham has poisoned his mother. Keeping a meticulously- detailed diary of her day-by-day progress, he charts her improvements and relapses as he decreases and increases her dosages (he puts it in the medicine that's supposed to cure her). Eventually, she dies, and, when Graham tries to repeat the experiment with his father, the police catch him. He's committed to an institution for the criminally insane, where, after several years of intense psychotherapy, he is deemed fit to re-enter society. However, it's only a matter of time before Graham is again seduced by the poisonous lure of a skull-and-crossbones marked bottle.
When it's on target, as it is during most of the first and last half-hours, THE YOUNG POISONER'S HANDBOOK is fascinating, lively, and (admittedly) slightly sick. But it also makes a pointed statement about how men in the criminal justice system, when assuming the role of God, can make horrible mistakes simply because they can't conceive of ever being wrong. Graham Young is a case in point. He never should have been let out of the mental hospital, but, because a doctor (Antony Sher) pronounces him cured, he is released.
THE YOUNG POISONER'S HANDBOOK sags noticeably in the middle. The sequences featuring Graham in the hospital aren't compelling, and the young man's supposedly-legitimate conversion from heartless manipulator to model prisoner feels artificial. Graham's relationship with another parent-killing prisoner comes across as flat.
THE YOUNG POISONER'S HANDBOOK is designed to keep the audience off- balance, and that's exactly what it does. As presented here, Graham isn't worth caring about, but he provides the perfect filter for Ross' exploration of life's macabre side. More than anything else, THE YOUNG POISONER'S HANDBOOK can be appreciated for its grotesque satire. Be warned, however: those without a taste for this sort of thing will find themselves unpleasantly surprised by the toxic manner in which this picture develops.
- James Berardinelli e-mail<EMAIL_ADDRESS>web: http://www.cybernex.net/~berardin
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Ocean [aa04], ocean, in Crystal Sea
Last updated Turn #128
Ocean [aa04], ocean, in Crystal Sea
------------------------------------------------------------------------
8: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
8: 16% damaged, arrived from Small Swamp [aa03], owner:
8: Phantasm [n4b], Imperial Empire, duke, with two workers,
8: eight sailors
9: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
9: 16% damaged, departed for Megan's Wood [ab04].
30: It has stopped raining.
Routes leaving Ocean:
East, to Ocean [aa05], 6 days
South, forest, to Megan's Wood [ab04], Diamond Island, 2 days
West, swamp, to Small Swamp [aa03], Diamond Island, 2 days
The province is blanketed in fog.
No one can be seen through the fog.


|
GroupListWidget Pile
version 0.0.1
The pile attempts to provide a widget that is capable of presenting
|
A model representing a group that is used by the embedded lists. More...
#include <groupsubmodel.h>
Public Member Functions | |
| GroupSubModel (GroupModel *model=NULL, const QVariant &key=QVariant(), const QString &lbl=QString()) | |
| Default constructor. | |
| virtual | ~GroupSubModel () |
| Destructor. | |
| int | listIndex () const |
| Retreive the index of this model inside the main model. | |
| void | setParentModel (GroupModel *model) |
| Sets the parent model. | |
| GroupModel * | parentModel () const |
| Retreive the parent model. | |
| void | appendRecord (int original_row) |
| Insert a new record at the end of the list. | |
| void | insertSortedRecord (int row) |
| Insert a new record in the proper place. More... | |
| virtual void | setGroupKey (const QVariant &value) |
| Sets the key for the grouping algorithm. | |
| virtual const QVariant & | groupKey () const |
| Retreive the key for the grouping algorithm. | |
| virtual void | setLabel (const QString &value) |
| Sets the user visible label for this group. | |
| virtual const QString & | label () const |
| Retreive the user visible label for this group. | |
| void | performSorting () |
| Sort internal rows acording to the rules of the parent. More... | |
| void | performUnsorting () |
| Sort internal rows acording to their values. More... | |
| int | rowCount (const QModelIndex &parent=QModelIndex()) const |
| Number of rows. | |
| QVariant | data (const QModelIndex &index, int role) const |
| QVariant | headerData (int section, Qt::Orientation orientation, int role=Qt::DisplayRole) const |
| int | mapRowToBaseModel (int row) const |
| Retrieve the row in base model given the row in this model. More... | |
| const QList< int > & | mapping () const |
| Maps rows in this model to rows in base model. | |
Protected Member Functions | |
| void | signalReset () |
| void | setListIndex (int value) |
| void | baseModelDataChange (int index_in_group, const QVector< int > &roles) |
| Will emit dataChange for this row. | |
Friends | |
| class | GroupModel |
| class | GroupListWidget |
A model representing a group that is used by the embedded lists.
This is a simple proxy that can be installed in a common QListView. It holds a mapping between the rows in this model and the rows in GroupModel's base model. The rows are sorted according cu the rule set for sorting in GroupModel.
Inside the GroupModel each group is represented by one instance of this class as it provides both the user-visible label() and the groupKey() for grouping.
| QVariant GroupSubModel::data | ( | const QModelIndex & | index, |
| int | role | ||
| ) | const |
As this is a list model it is expected that column will always be 0. Nonetheless mosst of the time the column is forwarded to the user model.
The method filters the decoration role for column 0 that is handled by requesting the decoration from parent model.
| void GroupSubModel::insertSortedRecord | ( | int | row | ) |
Insert a new record in the proper place.
Makes sure that the inserted row is placed at appropriate index.
| int GroupSubModel::mapRowToBaseModel | ( | int | row | ) | const |
Retrieve the row in base model given the row in this model.
| row | a zero-based index in the list of items this model manages |
| void GroupSubModel::performSorting | ( | ) |
Sort internal rows acording to the rules of the parent.
Retreives the values for all rows and, based on those, arranges the internal list of rows in ascending order.
| void GroupSubModel::performUnsorting | ( | ) |
Sort internal rows acording to their values.
This would restore the original sorting from base model.


{{site.user_description}}
Building my working knowledge of the Hadoop ecosystem and SQL/NoSQL databases.
Proficency in Python's scientific stack, visualizations, and R's tidyverse. Basic knowledge of C/C++ and Java.
I am familiar with version control via git, deploying AWS instances for machine learning, and I know my way around linux.


{% extends "base.html" %} {% block page_name %} Home {% endblock page_name %} {% block content %} {% for room in rooms.object_list %}


Meaty is a kid from the Steaky species who lives in Butcherland.The Steaky species can run very fast and jump up high.
The Steaky species are small, but they are very brave. One day, an Steaky named Beefo finds a power stone and seizes it.
The power takes over Beefo, and Beefo ruthlessly destroys Butcher Land.
Meaty's aim is to grab the ruthless Beefo and take his power stone back from it.
Use your special parkour abilities to overcome all the obstacles, avoid sharp object, beat all the tenderizers and fight against great evil! Test your agility to run, jump, collect gold, defeat the deadly attacks of evil enemies.

Little Meaty is an exciting, challenging platform game that anyone who wants to go long distances to reach their goals can play.
Little Meaty is also brother of Red Runner.
Features
• Epic free-to-play adventure game
• Global score leaderboard
• Play with Friends! Can you beat all your friends? See who has the highest score
• Challenge your friends with achievement scores
• A randomly designed world
• Smooth and precise animations
• Relaxing play music
• Great sound effects