What do you want the name of your coin to be? Besides a name, you also need a coin name abbreviation of minimum 5 characters. What do you want the name of your coin to be? Besides a name, you also need a coin name abbreviation of minimum 5 characters.
In Berlin on June 17th Swarm declared a revolution.
We stated our vision to restore to all people the power currently monopolized by the 1%, the power to participate meaningfully in economic life.
Unlike past revolutions, this is a revolution not to be joined, but to be owned. This is a fundamental fight for democracy, this is the Swarm Spring.
The right to invest and innovate is in the grips of the few with the resources. They force us to ask them permission to innovate and deny our freedom to participate. This is ostensibly to 'protect' us from our lack of intelligence. Ironically these same 'protectors' would not mind if we gamble our meagre savings at casinos or on the lottery, lest we accidentally do something of value and climb a step on the economic ladder.
We believe that we can build a better future. We believe that we can enable all to participate in a revolution of collective ownership, something that will radically shift the nature of human society. Witness the impact that the internet revolution has brought to bear on everything from book sales, to music, media, the Arab states, and even to the way we catch a taxi.
We are committed to bringing this same revolution to finance.
To deliver, the Swarm will build these vital components:
The first is cryptoequity. Cryptoequity is a replacement for traditional investment infrastructure. It is decentralized, and democratic and auditable. It allows flexibility in operating to suit any project requiring an investment. It permits the parameters of the equity to be aligned with what is best for the project. This may include both a share of profit or growth or even a true and equitable share of decision making power.
We believe that cryptoequity is to equity what cryptocurrency is to currency. It is a totally new technology that needs to be treated as such. We will spend our time and effort to ensure that it is treated as the promising new technology that it is, rather than simply forced into an old legal box. Although we will be forced to work across legal jurisdictions, we believe that the benefits of adopting these new technologies are immensely greater than working to resist them, and we expect many nation states to welcome and accomodate this, just as they have accommodated Bitcoin.
The second core feature of our platform is crowdsourced due diligence. The purpose of regulatory bodies is to avoid the manipulation of people via various scams. We salute this purpose, but believe this system has become increasingly dysfunctional and corrupt. All that has been achieved is a stifling of innovation, including a complex framework whereby fraud and misdirection of the highest order has been allowed to flourish.
We believe that collective intelligence, empowered by well designed reputational systems, can combine to vet new ideas and allow them to rapidly receive funds in an open, collaborative and well informed symphony. We will be revealing our full plans for this system at a special party in London on the 10th of July.
The third and major differentiating aspect of Swarm is that our technology allows us to distribute coins to all swarm holders. These coins may be:
A percentage of some coin launched via the Swarm network (i.e. a share in a project)
A coin that gives special access to types of information or puchases available exclusively to members of Swarm (i.e. a coupon)
A coin that gives access to exclusive events (i.e. a ticket)
Swarm today is like a crypto-kickstarter offered via coins, with the intention of gradually introducing elements of cryptoequity as the legal framework is established for them. Because we do not know exactly what the future holds we cannot make certain promises to all particulars. But we can promise to work as hard we can to fulfill these offerings with the maximum potential.
We also believe that vested powers will seek to use their political ties to prevent this from being successful. This makes it imperative that we build rapidly and funnel the money we receive into building a large and resilient global network. No matter how much money we have, our enemies will be better funded and ready to use all of political connections to crush us. We must be resourceful and wily and fast.
To do this we need your help. The ultimate success of the swarm is as up to you as it is to us. We believe absolutely that the positive energy that comes out of decentralized networks is reciprocal, that it will build up an ecosystem of increased potency and innovation that out-innovates traditional structures. This is because we are swarming together, with spontaneity and syncronicity, not simply fitting things into a spreadsheet.
If this appeals to you, we invite you to join us. If not, we ask you to stay away. The benefits of our network will be revealed gradually to those who participate in our vision. For those who prefer the old ways, you will never realize what it means to receive a GOLDTICKET.
In the Swarm it is all for one and one for all. Let's do this.
Yours,
The Swarm


Message Container:
First Button
Second Button
Third Button
Tell me about people
This is a div with basic text inside. It will be edited using DOM example code using javascript.
google
bing


Zuck to Congress: I welcome regulation — if it’s the right regulation
Facebook's CEO is grilled over the Cambridge Analytica scandal.
Facebook's CEO is grilled over the Cambridge Analytica scandal.
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Volunteers, Interns, and Work-Studies
We need help from volunteers, interns, and work-studies to keep our shelter, Pear Blossom Place, open 24 hours a day. We schedule at least 2 people to work each shift. Staff are on-call in case of an emergency.
| Shelter | ||
|---|---|---|
| Greeter | 5:00pm – 7:30pm | daily |
| Overnight Host | 7:00pm – 7:00am | daily |
| Daytime AM | 8:00am – 12:30pm | weekends/holidays |
| Daytime PM | 12:30pm – 5:00pm | weekends/holidays |
| Special Events | as scheduled | see here |
We also need help maintaining the donation room at our downtown office. Volunteers may access this room to unpack, sort, and distribute goods whenever the Family Support Center is open (and on weekends, if arranged).
| Donation Room | ||
|---|---|---|
| Sorting | 8:00am–5:00pm | walk in on weekdays |
| Group Projects | as scheduled | contact us |
Lastly, we look for help running special events that support families and children. When possible, we coordinate group meals, birthday parties, and educational activities at shelter.
How to Get Started
- Complete the application.
- We review the application and get back to you in 48 hours.
- We run background checks.
- Schedule an orientation.
- We discuss mandatory reporting and client confidentiality.
- Here are the agreements.
- Come for a training shift at Pear Blossom Place.
- We pair you with someone who has experience.
- We give you login information for self-scheduling.
Contact
Please reach out to Colton if you have questions or concerns.
| Colton Grainger | Community Engagement Specialist |
| Family Support Center | 837 7th Ave SE Olympia, WA |
|<EMAIL_ADDRESS>|<PHONE_NUMBER> ext. 306 |
Employment
Beginning Feb 20th 2018, we are hiring for a Homeless Family Services Case Manager.


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Before Change
metadata_client = dl.Metadata()
// NOTE substitute your own trained model here.
model = tf.keras.applications.resnet50.ResNet50()
scene = metadata_client.search(
src_product_id, geom=raster_client.dltile(dltile), limit=1
)["features"][0]["id"]
tile, meta = raster_client.ndarray(
scene,
bands=["red", "green", "blue"],
After Change
// create a new raster of the tile area with one channel of the prediction from the model.
image_ndarray = np.full(tile.shape[:-1], class_, dtype=np.uint16)
// upload a tile of this "prediction" to catalog
image_name = "-".join([src_product_id.replace(":", "_"), dltile.replace(":", "_")])
image = Image(name=image_name, product_id=dest_product_id, acquired=scene.acquired)
image.upload_ndarray(image_ndarray, raster_meta=meta)
if __name__ == "__main__":


Attractions
Select from a variety of local attractions and add them to plan
Accomodation
Select your desired acccomdation and add them to plan
Food
Select your choice of local food
0800
Breakfast @0900
Churchill War Rooms1130
Lunch @ Casse-Croûte1300
Hampton Court Palace1500
Tate Modern1800
Dinner @ Burger & Lobsters2000
Tower Bridge2200
Accomodation @ Hilton Hotel
0800
Breakfast @0900
Churchill War Rooms1130
Lunch @ Casse-Croûte1300
Hampton Court Palace1500
Tate Modern1800
Dinner @ Burger & Lobsters2000
Tower Bridge2200
Accomodation @ Hampshire


{% extends "global/Page.html" %} {% load otree %} {% block title %} Voting results of Phase {{ phase_no }} {% endblock %} {% block content %}
Your group has decided not to adapt collectively. Now you can choose to adapt individually. Note that the individual choice is independent of the group choice. The cost of individual adaptation is 200 tokens, and the risk may be different to the risk announced in the group choice.
{% next_button %} {% endblock %}


public final class TermVectorsFields
extends org.apache.lucene.index.Fields
TermVectorsRequest
. It works
exactly like the Fields
class except for one thing: It can return
offsets and payloads even if positions are not present. You must call
nextPosition() anyway to move the counter although this method only returns
-1,, if no positions were returned by the TermVectorsRequest
.
The data is stored in two byte arrays (headerRef
and
termVectors
, both BytesRef
) that have the following format:
headerRef
: Stores offsets per field in the termVectors
array
and some header information as BytesRef
. Format is
termVectors
for field 1termVectors
for last field
termVectors: Stores the actual term vectors as a BytesRef
.
Term vectors for each fields are stored in blocks, one for each field. The
offsets in headerRef
are used to find where the block for a field
starts. Each block begins with a
hasFieldStatistics
is true,
see headerRef
), the following numbers are stored:
After that, for each term it stores
If term statistics are requested (hasTermStatistics
is true, see
headerRef
):
| 限定符和类型 | 字段和说明 |
|---|---|
boolean |
hasScores |
| 构造器和说明 |
|---|
TermVectorsFields(BytesReference headerRef,
BytesReference termVectors) |
public TermVectorsFields(BytesReference headerRef, BytesReference termVectors) throws java.io.IOException
headerRef
- Stores offsets per field in the termVectors
and some
header information as BytesRef
.termVectors
- Stores the actual term vectors as a BytesRef
.java.io.IOException
public java.util.Iterator<java.lang.String> iterator()
iterator
在接口中 java.lang.Iterable<java.lang.String>
iterator
在类中 org.apache.lucene.index.Fields
public org.apache.lucene.index.Terms terms(java.lang.String field) throws java.io.IOException
terms
在类中 org.apache.lucene.index.Fields
java.io.IOException
public int size()
size
在类中 org.apache.lucene.index.Fields


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Copyright © 2013 W3C® (MIT, ERCIM, Keio, Beihang), All Rights Reserved. W3C liability, trademark and document use rules apply.
CSS Exclusions define arbitrary areas around which inline content ([CSS21]) can flow. CSS Exclusions can be defined on any CSS block-level elements. CSS Exclusions extend the notion of content wrapping previously limited to floats.
This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at http://www.w3.org/TR/.
Publication as a Working Draft does not imply endorsement by the W3C Membership. This is a draft document and may be updated, replaced or obsoleted by other documents at any time. It is inappropriate to cite this document as other than work in progress.
The (archived) public mailing list<EMAIL_ADDRESS>(see instructions) is preferred for discussion of this specification. When sending e-mail, please put the text “css3-exclusions” in the subject, preferably like this: “[css3-exclusions] …summary of comment…”
This document was produced by the CSS Working Group (part of the Style Activity).
This document was produced by a group operating under the 5 February 2004 W3C Patent Policy. W3C maintains a public list of any patent disclosures made in connection with the deliverables of the group; that page also includes instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy.
This specification was previously called “CSS Exclusions and Shapes.” The definitions for shapes are now in a separate specification, see [CSS-SHAPES].
This section is not normative.
This specification defines features that allow inline flow content to wrap around outside the exclusion area of elements.
Exclusion box
A box ([CSS3BOX]) that defines an exclusion area for other boxes. The ‘wrap-flow
’ property is
used to make an element's generated box an exclusion box. An exclusion box
contributes its exclusion area to its
containing block's wrapping context.
An element with a ‘float
’ computed value
other than ‘none
’ does not become an
exclusion.
Exclusion area
The area used for excluding inline flow content around an exclusion box. The exclusion area is equivalent to the border box for an exclusion box.
If a user agent implements both CSS Exclusions and CSS Shapes, the shape-outside property defines the exclusion area instead of the border box.
Exclusion element
An block-level element which is not a float and generates an exclusion box. An element generates an exclusion
box when its ‘wrap-flow
’ property's computed value is not
‘auto
’.
Wrapping context
should the wrapping context be generic and include floats?
The wrapping context of a box is a
collection of exclusion areas contributed by
its associated exclusion boxes. During
layout, a box wraps its inline flow content in the wrapping area
that corresponds to
the subtraction of its wrapping context
from its own content area.
A box inherits its containing
block's wrapping context unless it
specifically resets it using the ‘wrap-through
’ property.
Content area
The content area is normally used for layout of the inline flow content of a box.
Wrapping area
The area used for layout of inline flow content of a box affected by a wrapping context, defined by subtracting the wrapping context from its content area
Outside and inside
In this specification, ‘outside
’ refers
to DOM content that is not a descendant of an element while ‘inside
’ refers to the element's descendants.
Exclusion elements define exclusion areas that contribute to their containing block's wrapping context. As a consequence, exclusions impact the layout of their containing block's descendants.
Elements layout their inline content in their content area and wrap around the exclusion areas in their associated wrapping context. If the element is itself an
exclusion, it does not wrap around its own exclusion area and the impact
of other exclusions on other exclusions is controlled by the ‘z-index
’ property as explained in the exclusions order section.
An element becomes an exclusion when its ‘wrap-flow
’ property has a computed value other
than ‘auto
’.
wrap-flow
’ property| Name: | wrap-flow |
|---|---|
| Value: | auto | both | start | end | minimum | maximum | clear |
| Initial: | auto |
| Applies to: | block-level elements. |
| Inherited: | no |
| Percentages: | N/A |
| Media: | visual |
| Computed value: | as specified except for element's whose ‘float ’ computed value is not none , in which case the computed value is ‘auto ’.
|
The values of this property have the following meanings:
If the property's computed value is ‘auto
’, the element does not become an
exclusion.
Otherwise, a computed ‘wrap-flow
’ property value of ‘both
’, ‘start
’,
‘end
’, ‘minimum
’, ‘maximum
’ or ‘clear
’ on an element makes that element an exclusion element. It's exclusion area is contributed to its containing
block's wrapping context, causing the
containing block's descendants to wrap around its exclusion area.
Determining the relevant edges of the exclusion depends on the writing mode [CSS3-WRITING-MODES] of the content wrapping around the exclusion area.
An exclusion element establishes a new block formatting context (see [CSS21]) for its content.
The above figure illustrates how exclusions are combined. The outermost
box represents an element's content box. The A, B, C and D darker gray
boxes represent exclusions in the element's wrapping context. A, B, C and D have their
respective ‘wrap-flow
’ computed to ‘both
’, ‘start
’,
‘end
’ and ‘clear
’ respectively. The lighter gray areas show
the additional areas that are excluded for inline layout as a result of
the ‘wrap-flow
’value. For example, the area to the
right of ‘B
’ cannot be used for inline
layout of left-to-right writing mode content because the ‘wrap-flow
’ for
‘B
’ is ‘start
’.
The background ‘blue
’ area shows what
areas are available for a left-to-right writing mode element's inline
content layout. All areas represented with a light or dark shade of gray
are not available for (left-to-right writing mode) inline content layout.
The ‘wrap-flow
’ property values applied to
exclusions as grid items.

Lorem ipsum…

The following figures illustrate the visual rendering for different
values of the ‘wrap-flow
’ property. The gray grid lines are
marking the grid cells. and the blue area is the exclusion box
(positioned by the grid).
.exclusion{ wrap-flow: auto; }
| .exclusion{ wrap-flow: both; }
|
.exclusion{ wrap-flow: start; }
| .exclusion{ wrap-flow: end; }
|
.exclusion{ wrap-flow: minimum; }
| .exclusion{ wrap-flow: maximum; }
|
.exclusion{ wrap-flow: clear; }
| |
An exclusion affects the inline flow content descended
from the exclusion's containing block (defined in
CSS 2.1 10.1) and that of all descendant elements of the same
containing block. All inline flow content inside the containing block of
the exclusions is affected. To stop the effect of exclusions defined
outside an element, the ‘wrap-through
’ property can be used (see the propagation of exclusions section
below).
As a reminder, for exclusions with ‘position:fixed
’, the containing block is that of the
root element.
By default, an element inherits its parent wrapping context. In other words it is subject to the exclusions defined outside the element.
Setting the ‘wrap-through
’ property to ‘none
’ prevents an element from inheriting its
parent wrapping context. In other words,
exclusions defined ‘outside
’ the element,
have not effect on the element's children layout.
wrap-through
’ computes to none, or the element
itself, then exclusion still have an effect on the children of that
containing block element.wrap-through
’
Property| Name: | wrap-through |
|---|---|
| Value: | wrap | none |
| Initial: | wrap |
| Applies to: | block-level elements |
| Inherited: | no |
| Percentages: | N/A |
| Media: | visual |
| Computed value: | as specified |
The values of this property have the following meanings:
Using the ‘wrap-through
’ property to control the effect
of exclusions.

 Lorem ipsum dolor sit amet...

 Lorem ipsum dolor sit amet...

Exclusions follow the painting order (See [CSS21] Appendix E). Exclusions are
applied in reverse to the document order in which they are defined. The
last exclusion appears on top of all other exclusion, thus it affects the
inline flow content of all other preceding exclusions or elements
descendant of the same containing block. The ‘z-index
’ property can be used to change the
ordering of positioned
exclusion boxes (see [CSS21]). Statically positioned
exclusions are not affected by the ‘z-index
’ property and thus follow the painting
order.
Ordering of exclusions.

The top left div...

The middle div...

The bottom right div...

.middle { z-index: auto;
}
| .middle { z-index: 1; }
|
Is the CSS exclusions processing model incorrect?
The current draft provides a model for exclusions without a collision-avoidance model. The existing exclusion model in CSS uses floats, which have both exclusion and collision-avoidance behavior. Concerns have been raised that allowing exclusions without collision avoidance could be harmful, particularly with absolutely-positioned elements. Three options should be considered:
Applying exclusions is a two-step process:
In this step, the user agent determines which containing
block each exclusion area belongs to.
This is a simple step, based on the definition of containing blocks and
elements with a computed value for ‘wrap-flow
’ that is not auto
.
In this step, starting from the top of the rendering tree (see [CSS21]), the the agent processes each containing block in two sub-steps.
Resolving the position and size of exclusion boxes in the wrapping context may or may not require a layout. For example, if an exclusion box is absolutely positioned and sized, a layout may not be needed to resolve its position and size. In other situations, laying out the containing block's content is required.
When a layout is required, it is carried out without applying any exclusion area. In other words, the containing block is laid out without a wrapping context.
Step 2-A yields a position and size for all exclusion boxes in the wrapping context. Each exclusion box is processed in turn, starting from the top-most, and each exclusion area is computed and contributed to the containing block's wrapping context.
Scrolling is ignored in this step when resolving the position and size
of ‘position:fixed
’ exclusion boxes.
Once the containing block's wrapping context is computed, all exclusion boxes in that wrapping context are removed from the normal flow.
Finally, the content of the containing block is laid out, with the
inline content wrapping around the wrapping content‘s exclusion areas
When the containing block itself is an exclusion box, then rules on exclusions order define which exclusions affect the inline and descendant content of the box.
This section illustrates the exclusions processing model with an example. It is meant to be simple. Yet, it contains enough complexity to address the issues of layout dependencies and re-layout.
The code snippet in the following example has two exclusions affecting the document’s inline content.

 Lorem ipsusm ...

 Lorem ipsusm ...

The following figures illustrate:
The figures illustrate how the boxes corresponding to the element
sometimes have a different containment hierarchy in the layout tree than
in the DOM tree. For example, the box generated by e1
is positioned in its containing block's box, which is
the d1-box
, because e1
is
absolutely positioned and d1
is relatively
positioned. However, while e2
is also absolutely
positioned, its containing block is the initial containing block (ICB).
See the section 10.1 of the CSS 2.1 specification ([CSS21]) for details.
As a result of the computation of containing blocks for the tree, the boxes belonging to the wrapping contexts of all the elements can be determined:
e2
box: WC-1 (Wrapping
Context 1)
d1
inherits the body element's wrapping context and adds the e1-box
to it. So the wrapping context is made of both
the e1-box
and the e2-box
:
WC-2
d2
inherits the body element's wrapping context: WC-1
In this step, each containing block is processed in turn. For each containing block, we (conceptually) go through two phases:
In our example, this breaks down to:
d1
element's wrapping context: RWC-2
d1
element
d2
element's wrapping context: RWC-1
d2
element
The top-most wrapping context in the
layout tree contains the e2
exclusion. Its position
and size needs to be resolved. In general, computing an exclusion's
position and size may or may not require laying out other content. In our
example, no content needs to be laid out to resolve the e2
exclusion's position because it is absolutely
positioned and its size can be resolved without layout either. At this
point, RWC-1 is resolved and can be used when laying inline content out.
The process is similar: the position of the e1
exclusion needs to be resolved. Again, resolving the exclusion's position
and size may require processing the containing block (d1 here). It is the
case here because the size and position of e1
depend on resolving the percentage lengths. The percentages are relative
to the size of d1
‘s box. As a
result, in order to resolve a size for
’s box, a first layout of d1
d1
is done without any wrapping context (i.e., no exclusions
applied). The layout yields a position and size for e1
‘s box.
At this point, RWC-2 is resolved because the position and size of both e1 and e2 are resolved.
The important aspect of the above processing example is that once an element’s wrapping context is resolved (by resolving its exclusions' position and size), the position and size of the exclusions are not re-processed if the element's size changes between the layout that may be done without considering any wrapping context (as for RWC-2) and the layout done with the resolved wrapping context. This is what breaks the possible circular dependency between the resolution of wrapping contexts and the layout of containing blocks.
There are similarities between floats and exclusions in that inline content wraps around floats and also wraps around exclusion areas. However, there are very significant differences.
float
’ on the line box. Authors can
control how the floats move on the line box, to the right or to the left.
By contrast, exclusions can be positioned using any positioning scheme
such as grid layout ([CSS3-GRID-LAYOUT]),
flexible box ([CSS3-FLEXBOX]) or any other
CSS positioning scheme.
Floats have an effect on the positioning of exclusions and the layout of their inline content. For example, if an exclusion is an inline-box which happens to be on the same line as a float, its' position, as computed in Step 2-A will be impacted by the float, as is any other inline content.
Exclusions have an effect on the positioning of floats as they have an effect on inline content. Therefore, in Step 2-B, floats will avoid exclusion areas.
Conformance requirements are expressed with a combination of descriptive assertions and RFC 2119 terminology. The key words “MUST”, “MUST NOT”, “REQUIRED”, “SHALL”, “SHALL NOT”, “SHOULD”, “SHOULD NOT”, “RECOMMENDED”, “MAY”, and “OPTIONAL” in the normative parts of this document are to be interpreted as described in RFC 2119. However, for readability, these words do not appear in all uppercase letters in this specification.
All of the text of this specification is normative except sections explicitly marked as non-normative, examples, and notes. [RFC2119]
Examples in this specification are introduced with the words “for
example” or are set apart from the normative text with
class="example"
, like this:
This is an example of an informative example.
Informative notes begin with the word “Note” and are set apart from
the normative text with class="note"
, like this:
Note, this is an informative note.
Conformance to this specification is defined for three conformance classes:
A style sheet is conformant to this specification if all of its statements that use syntax defined in this module are valid according to the generic CSS grammar and the individual grammars of each feature defined in this module.
A renderer is conformant to this specification if, in addition to interpreting the style sheet as defined by the appropriate specifications, it supports all the features defined by this specification by parsing them correctly and rendering the document accordingly. However, the inability of a UA to correctly render a document due to limitations of the device does not make the UA non-conformant. (For example, a UA is not required to render color on a monochrome monitor.)
An authoring tool is conformant to this specification if it writes style sheets that are syntactically correct according to the generic CSS grammar and the individual grammars of each feature in this module, and meet all other conformance requirements of style sheets as described in this module.
So that authors can exploit the forward-compatible parsing rules to assign fallback values, CSS renderers must treat as invalid (and ignore as appropriate) any at-rules, properties, property values, keywords, and other syntactic constructs for which they have no usable level of support. In particular, user agents must not selectively ignore unsupported component values and honor supported values in a single multi-value property declaration: if any value is considered invalid (as unsupported values must be), CSS requires that the entire declaration be ignored.
To avoid clashes with future CSS features, the CSS 2.1 specification reserves a prefixed syntax for proprietary and experimental extensions to CSS.
Prior to a specification reaching the Candidate Recommendation stage in the W3C process, all implementations of a CSS feature are considered experimental. The CSS Working Group recommends that implementations use a vendor-prefixed syntax for such features, including those in W3C Working Drafts. This avoids incompatibilities with future changes in the draft.
Once a specification reaches the Candidate Recommendation stage, non-experimental implementations are possible, and implementors should release an unprefixed implementation of any CR-level feature they can demonstrate to be correctly implemented according to spec.
To establish and maintain the interoperability of CSS across implementations, the CSS Working Group requests that non-experimental CSS renderers submit an implementation report (and, if necessary, the testcases used for that implementation report) to the W3C before releasing an unprefixed implementation of any CSS features. Testcases submitted to W3C are subject to review and correction by the CSS Working Group.
Further information on submitting testcases and implementation reports can be found from on the CSS Working Group's website at http://www.w3.org/Style/CSS/Test/. Questions should be directed to the<EMAIL_ADDRESS>mailing list.
This specification is made possible by input from Andrei Bucur, Alexandru Chiculita, Arron Eicholz, Daniel Glazman, Arno Gourdol, Chris Jones, Bem Jones-Bey, Marcus Mielke, Alex Mogilevsky, Hans Muller, Mihnea Ovidenie, Virgil Palanciuc, Peter Sorotokin, Bear Travis, Eugene Veselov, Stephen Zilles and the CSS Working Group members.
| Property | Values | Initial | Applies to | Inh. | Percentages | Media |
|---|---|---|---|---|---|---|
| wrap-flow | auto | both | start | end | minimum | maximum | clear | auto | block-level elements. | no | N/A | visual |
| wrap-through | wrap | none | wrap | block-level elements | no | N/A | visual |


Sold over one million pounds worth of investment during my time at Elite Investor Club
The 1st website I created compares the finances of Premier League football clubs using HTML, CSS & jQuery. You can view it by clicking here.
I also created a simple HTML & CSS web page describing a little more about myself, click here to see
I enjoy playing the Ukelele, travelling and I am also a big football fan


Providenciales is now the most developed of the Turks and Caicos islands, with the largest population and excellent shopping facilities. This island is an excellent, if expensive (clearance fees), place to stop for a few days or more on the route south to the Eastern Caribbean or north to Florida.
The traditional anchorage for clearance in and out of TCI for transient vessels is Sapodilla Bay, a moderately well protected bay, except from the south. Sapodilla Bay 021-44.54N 072-17.30W can be approached from the west by the Sandbore Channel or from the south via the Caicos Banks.
To clear customs involves a dinghy ride to the beach and a stiff walk over the hill to the commercial dock at South Dock. In recent years however, there has been a great deal of development on Sapodilla Beach, in particular in the southern part. Getting ashore with your dinghy can be problematic as there are many "private property" signs. See tips in comments at the bottom of the page.
The alternative is to take your dinghy around the point to the South Dock (can be a wet ride against the trade winds), or use clearance services at one of the marinas.
Customs and Immigration clearance can be arranged in advance through Al Services<PHONE_NUMBER>).
Last updated January 2016.
Most cruising boats anchor in Sapodilla Bay (see details above under clearance). It is an anchorage highly favored by cruising yachtsmen for its convenient depths of eight feet and more right up to the beach. Attention should be paid to the state of the tide.
In recent years, there has been a great deal of development on Sapodilla Beach, in particular in the southern part. Getting ashore with your dinghy can be problematic as there are many "private property" signs. See tips in comments at bottom of page.
The main town of Provo is quite far and spread out. It is best reached by taxi (can be ordered on channel 68) or rental car (there are several firms that will deliver a car to Sapodilla Bay if contacted by telephone).
Sapodilla Bay is close to the international airport and probably the best place for crew changes.
An alternative anchorage on the south coast is Cooper Jack Bay, 21.00.00N, 72.00.00W, just outside South Side Marina.
For vessels wishing to anchor on the North coast there are designated anchorages just off Turtle Cove marina and in the Leeward going through at the eastern end of the island.
There are several marinas, some with clearance facilities (see below), and Caicos Boatyard also has limited docking (plus clearance).
Blue Haven Marina (with on-site clearance), is the newest marina (3 years) located at the northeastern point of the island.
Last updated January 2016.


Manual
Click once on a piece to select it
Then click on a square to move the selected piece there
Double-click on a piece to delete it
Currently, there is no management for kings (coming soon ? )
Wikipedia page on draughts (with rules)


Recently, as part of my adventure with Arch Linux (more about that in the future!) I have tested a number of desktop environments to select one (or more) that would suit my needs. Having gained significant experience throughout the past two or so months, I find it amusing how my tastes gradually changed. Initially, I favored simple, easy-to-use desktop environments with desktop icons, a proper taskbar, a system tray and other useful features known to Windows users. Hence, I enjoyed Lubuntu’s LXDE and Bodhi Linux’s E17. Lately though, I went for a quite minimalist approach to free up resources for more meaningful tasks. In my pursuit I have tested most of the lightest desktop environments (or rather window managers, to be exact), such as Fluxbox, Window Maker, Openbox, Joe’s Window Manager and Ice Window Manager. While various window managers / desktop environments differ in RAM usage (nicely summed up here), I believe the choice should not be based on resource usage entirely. One should consider how much graphical user interface (GUI) support does one need.
The truth is that all desktop environments can be fine-tuned by altering the necessary configuration files (usually .conf or .rc files), as it was done before people started using GUIs to simplify repetitive tasks. Skilled Linux users often prefer such level of control, because it is much easier to troubleshoot if something goes wrong. GUIs, however, were created for a reason and I believe following that reason is not only sound, but also much more efficient in many cases (for instance, changing the desktop background / wallpaper). The definite advantage of text-based configuration is a smaller resource footprint - enough to run the code / text editor of choice. I see the GUI-based vs text-based debate as a form of barter. The user’s time and experience can be freely exchanged for the computer’s time and computing power (CPU cycles, RAM, etc.). In such an equation one should consider which factor(s) is / are the most limiting and decide based on that. There is no right or wrong here. With sufficient knowledge text-based configuration in most cases can achieve the same results as GUI-based configuration.
I myself lean more towards transparent and clear text-based configuration. That way I can swiftly track and resolve issues,
with the added reward of gaining experience. I rely on GUIs when I deem them useful and not overly complex. The
tint2conf
GUI package for configuration of the tint2 panel is a good example. It provides easy access to basic
parameters in the configuration file, without unnecessary visual effects. Surprisingly, when it comes to extremely light window
managers, RAM usage can be completely neglected. Reducing it below a certain threshold (in my case 100-150 MB RAM) would
require the sacrifice of useful features. I have favored IceWM among all others as it is very light, yet still allows the use
of themes, system tray icons, quick start icons and offers a wallpaper picker. As far as I know, it was designed to closely
resemble the user interface in Windows 95, suggesting that certain desktop elements found in Windows are attractive to Unix
users as well.


A minimalist's home gateway that hosts
Housing API
API Hierarchy
Howto
About
To access ECHONET Lite device, right click the device's property name (such as OperatingState) and select 'Open API', which generates ECHONET Lite's GET access to the property in new tab.
The detailed description is on
GitHub README.
.
This software is originally developed by Shigeru Owada@Kanagawa Instutite of Technology.
This is distributed from
GitHub
by MIT license.
The external libraries used and their licenses are listed in
GitHub README
.


“In times of change, learners inherit the earth, while the learned find themselves beautifully equipped to deal with a world that no longer exists."
- Eric Hoffer
Lesson: You can't stop learning.
1. Choose training set
2. Choose test set
3. Train classifier with training set
4. Test classifier with test set
#!/usr/bin/env python
from random import shuffle
from sys import argv
USAGE = '''%s <list of files to pick splits>'''
if __name__ == '__main__':
if len(argv) < 2:
print USAGE % argv[0]
exit(1)
files = argv[1:]
shuffle(files)
print './nbayes_counter.py ',
for fname in files[1:int(len(files)*0.90)]:
print '%s ' % fname,
print ''
for fname in files[int(len(files)*0.90):]:
print './nbayes_decider.py ham_counts.json spam_counts.json %s' % fname
#!/usr/bin/env python
import fileinput
from json import loads
from sys import argv
USAGE = '''%s <results file>'''
if __name__ == '__main__':
if len(argv) < 2:
print USAGE % argv[0]
exit(1)
total = 0
true_positives = 0
true_negatives = 0
for line in fileinput.input():
data = loads(line)
total += 1
if int(data['chosen_class']) == 2 and \
'spam' in data['file']:
true_positives += 1
if int(data['chosen_class']) == 1 and \
'ham' in data['file']:
true_negatives += 1
accuracy = float(true_positives + true_negatives) / (total)
print 'Accuracy ((TP + FP) / (TP + FP + FN + TN)) == %0.4f' % accuracy
How could this go wrong?
Cardiio commercial app.
Built with reveal.js
Learn about defense in depth and the principle of least privilege
Turn on defenses on our laptops
Investigate an unknown binary using strace
.
Defend a system against any particular attack using several independent methods. Conceived by the National Security Agency (NSA) as a comprehensive approach to information and electronic security.
Firewall: sudo ufw enable
Virus Scanner: sudo apt-get install clamav
Integrity Scanner: sudo apt-get install tripwire
Checking Logs: cd /var/log/
Using tail
: sudo tail -f syslog
Every program and every privileged user of the system should operate using the least amount of access to resources necessary to complete the job.
Use secrecy of design or implementation to provide security.
Never achieves security. Ever.
Using strace
we can sniff operations between programs and the kernel.
open
read
write
bind
connect
Hint: man strace


Vim documentation: os_win32
main help file*os_win32.txt* For Vim version 7.2. Last change: 2008 May 02 VIM REFERENCE MANUAL by George Reilly *win32* *Win32* *MS-Windows* This file documents the idiosyncrasies of the Win32 version of Vim. The Win32 version of Vim works on both Windows NT and Windows 95. There are both console and GUI versions. There is GUI version for use in the Win32s subsystem in Windows 3.1[1]. You can also use the 32-bit DOS version of Vim instead. See |os_msdos.txt|. 1. Known problems |win32-problems| 2. Startup |win32-startup| 3. Restore screen contents |win32-restore| 4. Using the mouse |win32-mouse| 5. Running under Windows 3.1 |win32-win3.1| 6. Win32 mini FAQ |win32-faq| Additionally, there are a number of common Win32 and DOS items: File locations |dos-locations| Using backslashes |dos-backslash| Standard mappings |dos-standard-mappings| Screen output and colors |dos-colors| File formats |dos-file-formats| :cd command |dos-:cd| Interrupting |dos-CTRL-Break| Temp files |dos-temp-files| Shell option default |dos-shell| Win32 GUI |gui-w32| Credits: The Win32 version was written by George V. Reilly<EMAIL_ADDRESS>The original Windows NT port was done by Roger Knobbe<EMAIL_ADDRESS>The GUI version was made by George V. Reilly and Robert Webb. For compiling see "src/INSTALL.pc". *win32-compiling*
1. Known problems *windows95* *win32-problems* There are a few known problems with running in a console on Windows 95. As far as we know, this is the same in Windows 98 and Windows ME. Comments from somebody working at Microsoft: "Win95 console support has always been and will always be flaky". 1. Dead key support doesn't work. 2. Resizing the window with ":set columns=nn lines=nn" works, but executing external commands MAY CAUSE THE SYSTEM TO HANG OR CRASH. 3. Screen updating is slow, unless you change 'columns' or 'lines' to a non-DOS value. But then the second problem applies! If this bothers you, use the 32 bit MS-DOS version or the Win32 GUI version. When doing file name completion, Vim also finds matches for the short file name. But Vim will still find and use the corresponding long file name. For example, if you have the long file name "this_is_a_test" with the short file name "this_i~1", the command ":e *1" will start editing "this_is_a_test".
2. Startup *win32-startup* Current directory *win32-curdir* If Vim is started with a single file name argument, and it has a full path (starts with "x:\"), Vim assumes it was started from the file explorer and will set the current directory to where that file is. To avoid this when typing a command to start Vim, use a forward slash instead of a backslash. Example: vim c:\text\files\foo.txt Will change to the "C:\text\files" directory. vim c:/text\files\foo.txt Will use the current directory. Term option *win32-term* The only kind of terminal type that the Win32 version of Vim understands is "win32", which is built-in. If you set 'term' to anything else, you will probably get very strange behavior from Vim. Therefore Vim does not obtain the default value of 'term' from the environment variable "TERM". $PATH *win32-PATH* The directory of the Vim executable is appended to $PATH. This is mostly to make "!xxd' work, as it is in the Tools menu. And it also means that when executable() returns 1 the executable can actually be executed.
3. Restore screen contents *win32-restore* When 'restorescreen' is set (which is the default), Vim will restore the original contents of the console when exiting or when executing external commands. If you don't want this, use ":set nors" |'restorescreen'|
4. Using the mouse *win32-mouse* The Win32 version of Vim supports using the mouse. If you have a two-button mouse, the middle button can be emulated by pressing both left and right buttons simultaneously - but note that in the Win32 GUI, if you have the right mouse button pop-up menu enabled (see 'mouse'), you should err on the side of pressing the left button first. |mouse-using| When the mouse doesn't work, try disabling the "Quick Edit Mode" feature of the console.
5. Running under Windows 3.1 *win32-win3.1* *win32s* *windows-3.1* There is a special version of Gvim that runs under Windows 3.1 and 3.11. You need the gvim.exe that was compiled with Visual C++ 4.1. To run the Win32 version under Windows 3.1, you need to install Win32s. You might have it already from another Win32 application which you have installed. If Vim doesn't seem to be running properly, get the latest version: 1.30c. You can find it at: http://support.microsoft.com/download/support/mslfiles/pw1118.exe (Microsoft moved it again, we don't know where it is now :-( ). The reason for having two versions of gvim.exe is that the Win32s version was compiled with VC++ 4.1. This is the last version of VC++ that supports Win32s programs. VC++ 5.0 is better, so that one was used for the Win32 version. Apart from that, there is no difference between the programs. If you are in a mixed environment, you can use the gvim.exe for Win32s on both. The Win32s version works the same way as the Win32 version under 95/NT. When running under Win32s the following differences apply: - You cannot use long file names, because Windows 3.1 doesn't support them! - When executing an external command, it doesn't return an exit code. After doing ":make" you have to do ":cn" yourself.
6. Win32 mini FAQ *win32-faq* Q. Why does the Win32 version of Vim update the screen so slowly on Windows 95? A. The support for Win32 console mode applications is very buggy in Win95. For some unknown reason, the screen updates very slowly when Vim is run at one of the standard resolutions (80x25, 80x43, or 80x50) and the 16-bit DOS version updates the screen much more quickly than the Win32 version. However, if the screen is set to some other resolution, such as by ":set columns=100" or ":set lines=40", screen updating becomes about as fast as it is with the 16-bit version. WARNING: Changing 'columns' may make Windows 95 crash while updating the window (complaints --> Microsoft). Since this mostly works, this has not been disabled, but be careful with changing 'columns'. Changing the screen resolution makes updates faster, but it brings additional problems. External commands (e.g., ":!dir") can cause Vim to freeze when the screen is set to a non-standard resolution, particularly when 'columns' is not equal to 80. It is not possible for Vim to reliably set the screen resolution back to the value it had upon startup before running external commands, so if you change the number of 'lines' or 'columns', be very, very careful. In fact, Vim will not allow you to execute external commands when 'columns' is not equal to 80, because it is so likely to freeze up afterwards. None of the above applies on Windows NT. Screen updates are fast, no matter how many 'lines' or 'columns' the window has, and external commands do not cause Vim to freeze. Q. So if the Win32 version updates the screen so slowly on Windows 95 and the 16-bit DOS version updates the screen quickly, why would I want to run the Win32 version? A. Firstly, the Win32 version isn't that slow, especially when the screen is set to some non-standard number of 'lines' or 'columns'. Secondly, the 16-bit DOS version has some severe limitations: It can't do big changes and it doesn't know about long file names. The Win32 version doesn't have these limitations and it's faster overall (the same is true for the 32-bit DJGPP DOS version of Vim). The Win32 version is smarter about handling the screen, the mouse, and the keyboard than the DJGPP version is. Q. And what about the 16-bit DOS version versus the Win32 version on NT? A. There are no good reasons to run the 16-bit DOS version on NT. The Win32 version updates the screen just as fast as the 16-bit version does when running on NT. All of the above disadvantages apply. Finally, DOS applications can take a long time to start up and will run more slowly. On non-Intel NT platforms, the DOS version is almost unusably slow, because it runs on top of an 80x86 emulator. Q. How do I change the font? A. In the GUI version, you can use the 'guifont' option. Example: :set guifont=Lucida_Console:h15:cDEFAULT In the console version, you need to set the font of the console itself. You cannot do this from within Vim. Q. When I change the size of the console window with ':set lines=xx' or similar, the font changes! (Win95) A. You have the console font set to 'Auto' in Vim's (or your MS-DOS prompt's) properties. This makes W95 guess (badly!) what font is best. Set an explicit font instead. Q. Why can't I paste into Vim when running Windows 95? A. In the properties dialog box for the MS-DOS window, go to "MS-DOS Prompt/Misc/Fast pasting" and make sure that it is NOT checked. You should also do ":set paste" in Vim to avoid unexpected effects. |'paste'| Q. How do I type dead keys on Windows 95, in the console version? (A dead key is an accent key, such as acute, grave, or umlaut, that doesn't produce a character by itself, but when followed by another key, produces an accented character, such as a-acute, e-grave, u-umlaut, n-tilde, and so on. Very useful for most European languages. English-language keyboard layouts don't use dead keys, as far as we know.) A. You don't. The console mode input routines simply do not work correctly in Windows 95, and I have not been able to work around them. In the words of a senior developer at Microsoft: Win95 console support has always been and will always be flaky. The flakiness is unavoidable because we are stuck between the world of MS-DOS keyboard TSRs like KEYB (which wants to cook the data; important for international) and the world of Win32. So keys that don't "exist" in MS-DOS land (like dead keys) have a very tenuous existence in Win32 console land. Keys that act differently between MS-DOS land and Win32 console land (like capslock) will act flaky. Don't even _mention_ the problems with multiple language keyboard layouts... You may be able to fashion some sort of workaround with the digraphs mechanism. |digraphs| The best solution is to use the Win32 GUI version gvim.exe. Alternatively, you can try one of the DOS versions of Vim where dead keys reportedly do work. Q. How do I type dead keys on Windows NT? A. Dead keys work on NT 3.51. Just type them as you would in any other application. On NT 4.0, you need to make sure that the default locale (set in the Keyboard part of the Control Panel) is the same as the currently active locale. Otherwise the NT code will get confused and crash! This is a NT 4.0 problem, not really a Vim problem. Q. I'm using Vim to edit a symbolically linked file on a Unix NFS file server. When I write the file, Vim does not "write through" the symlink. Instead, it deletes the symbolic link and creates a new file in its place. Why? A. On Unix, Vim is prepared for links (symbolic or hard). A backup copy of the original file is made and then the original file is overwritten. This assures that all properties of the file remain the same. On non-Unix systems, the original file is renamed and a new file is written. Only the protection bits are set like the original file. However, this doesn't work properly when working on an NFS-mounted file system where links and other things exist. The only way to fix this in the current version is not making a backup file, by ":set nobackup nowritebackup" |'writebackup'| Q. I'm using Vim to edit a file on a Unix file server through Samba. When I write the file, the owner of the file is changed. Why? A. When writing a file Vim renames the original file, this is a backup (in case writing the file fails halfway). Then the file is written as a new file. Samba then gives it the default owner for the file system, which may differ from the original owner. To avoid this set the 'backupcopy' option to "yes". Vim will then make a copy of the file for the backup, and overwrite the original file. The owner isn't changed then. Q. How do I get to see the output of ":make" while it's running? A. Basically what you need is to put a tee program that will copy its input (the output from make) to both stdout and to the errorfile. You can find a copy of tee (and a number of other GNU tools) at http://gnuwin32.sourceforge.net or http://unxutils.sourceforge.net Alternatively, try the more recent Cygnus version of the GNU tools at http://www.cygwin.com Other Unix-style tools for Win32 are listed at http://directory.google.com/Top/Computers/Software/Operating_Systems/Unix/Win32/ When you do get a copy of tee, you'll need to add :set shellpipe=\|\ tee to your _vimrc. Q. I'm storing files on a remote machine that works with VisionFS, and files disappear! A. VisionFS can't handle certain dot (.) three letter extension file names. SCO declares this behavior required for backwards compatibility with 16bit DOS/Windows environments. The two commands below demonstrate the behavior: echo Hello > file.bat~ dir > file.bat The result is that the "dir" command updates the "file.bat~" file, instead of creating a new "file.bat" file. This same behavior is exhibited in Vim when editing an existing file named "foo.bat" because the default behavior of Vim is to create a temporary file with a '~' character appended to the name. When the file is written, it winds up being deleted. Solution: Add this command to your _vimrc file: :set backupext=.temporary Q. How do I change the blink rate of the cursor? A. You can't! This is a limitation of the NT console. NT 5.0 is reported to be able to set the blink rate for all console windows at the same time. *:!start* Q. How can I run an external command or program asynchronously? A. When using :! to run an external command, you can run it with "start": :!start winfile.exe<CR> Using "start" stops Vim switching to another screen, opening a new console, or waiting for the program to complete; it indicates that you are running a program that does not affect the files you are editing. Programs begun with :!start do not get passed Vim's open file handles, which means they do not have to be closed before Vim. To avoid this special treatment, use ":! start". Q. I'm using Win32s, and when I try to run an external command like "make", Vim doesn't wait for it to finish! Help! A. The problem is that a 32-bit application (Vim) can't get notification from Windows that a 16-bit application (your DOS session) has finished. Vim includes a work-around for this, but you must set up your DOS commands to run in a window, not full-screen. Unfortunately the default when you install Windows is full-screen. To change this: 1) Start PIF editor (in the Main program group). 2) Open the file "_DEFAULT.PIF" in your Windows directory. 3) Changes the display option from "Full Screen" to "Windowed". 4) Save and exit. To test, start Vim and type :!dir C:\<CR>". You should see a DOS box window appear briefly with the directory listing. Q. I use Vim under Win32s and NT. In NT, I can define the console to default to 50 lines, so that I get a 80x50 shell when I ':sh'. Can I do the same in W3.1x, or am I stuck with 80x25? A. Edit SYSTEM.INI and add 'ScreenLines=50' to the [NonWindowsApp] section. DOS prompts and external DOS commands will now run in a 50-line window. top - main help file


abstract var positionManager: PositionManager
Allows to get and set PositionManager which will be used for this DurableCursor.


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Enhanced Learning Using Muse
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Time Remaining:
Atenerse
To Depend On
Broncear
To Tan
Cansarse
To Become Tired
Divertirse
To Enjoy
Entregar
To Give
Festejar
To Celebrate
Guiar
To Lead
Helar
To Freeze
Introducir
To Introduce
Llover
To Rain
Mudarse
To Move
Ofrecer
To Offer
Presentar
To Display
Reunirse
To Assemble
Suceder
To Happen
Tratar
To try
Volver
To return
Temblar
To Shiver
Suspirar
To Sigh
Rogar
To Ask
Pulir
To Polish
Referir
To Refer
Retirar
To Withdraw
Agrupar
To Group
Alzar
To Lift
Arrojar
To Hurl
Botar
To Launch
Charlar
To Chat
Deshacer
To Destroy
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