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GMenu is a simple implementation of GMenuModel. You populate a GMenu by adding GMenuItem instances to it.
There are some convenience functions to allow you to directly
add items (avoiding GMenuItem) for the common cases. To add
a regular item, use g_menu_insert()
. To add a section, use
g_menu_insert_section()
. To add a submenu, use
g_menu_insert_submenu()
.
void
g_menu_freeze (GMenu *menu
);
Marks menu
as frozen.
After the menu is frozen, it is an error to attempt to make any changes to it. In effect this means that the GMenu API must no longer be used.
This function causes g_menu_model_is_mutable()
to begin returning
FALSE
, which has some positive performance implications.
Since 2.32
void g_menu_insert (GMenu *menu
,gint position
,const gchar *label
,const gchar *detailed_action
);
Convenience function for inserting a normal menu item into menu
.
Combine g_menu_item_new()
and g_menu_insert_item()
for a more flexible
alternative.
Since 2.32
void g_menu_prepend (GMenu *menu
,const gchar *label
,const gchar *detailed_action
);
Convenience function for prepending a normal menu item to the start
of menu
. Combine g_menu_item_new()
and g_menu_insert_item()
for a more
flexible alternative.
Since 2.32
void g_menu_append (GMenu *menu
,const gchar *label
,const gchar *detailed_action
);
Convenience function for appending a normal menu item to the end of
menu
. Combine g_menu_item_new()
and g_menu_insert_item()
for a more
flexible alternative.
Since 2.32
void g_menu_insert_item (GMenu *menu
,gint position
,GMenuItem *item
);
Inserts item
into menu
.
The "insertion" is actually done by copying all of the attribute and
link values of item
and using them to form a new item within menu
.
As such, item
itself is not really inserted, but rather, a menu item
that is exactly the same as the one presently described by item
.
This means that item
is essentially useless after the insertion
occurs. Any changes you make to it are ignored unless it is inserted
again (at which point its updated values will be copied).
You should probably just free item
once you're done.
There are many convenience functions to take care of common cases.
See g_menu_insert()
, g_menu_insert_section()
and
g_menu_insert_submenu()
as well as "prepend" and "append" variants of
each of these functions.
Since 2.32
void g_menu_append_item (GMenu *menu
,GMenuItem *item
);
Appends item
to the end of menu
.
See g_menu_insert_item()
for more information.
Since 2.32
void g_menu_prepend_item (GMenu *menu
,GMenuItem *item
);
Prepends item
to the start of menu
.
See g_menu_insert_item()
for more information.
Since 2.32
void g_menu_insert_section (GMenu *menu
,gint position
,const gchar *label
,GMenuModel *section
);
Convenience function for inserting a section menu item into menu
.
Combine g_menu_item_new_section()
and g_menu_insert_item()
for a more
flexible alternative.
menu |
a GMenu |
|
position |
the position at which to insert the item |
|
label |
the section label, or |
[allow-none] |
section |
a GMenuModel with the items of the section |
Since 2.32
void g_menu_prepend_section (GMenu *menu
,const gchar *label
,GMenuModel *section
);
Convenience function for prepending a section menu item to the start
of menu
. Combine g_menu_item_new_section()
and g_menu_insert_item()
for
a more flexible alternative.
menu |
a GMenu |
|
label |
the section label, or |
[allow-none] |
section |
a GMenuModel with the items of the section |
Since 2.32
void g_menu_append_section (GMenu *menu
,const gchar *label
,GMenuModel *section
);
Convenience function for appending a section menu item to the end of
menu
. Combine g_menu_item_new_section()
and g_menu_insert_item()
for a
more flexible alternative.
menu |
a GMenu |
|
label |
the section label, or |
[allow-none] |
section |
a GMenuModel with the items of the section |
Since 2.32
void g_menu_append_submenu (GMenu *menu
,const gchar *label
,GMenuModel *submenu
);
Convenience function for appending a submenu menu item to the end of
menu
. Combine g_menu_item_new_submenu()
and g_menu_insert_item()
for a
more flexible alternative.
menu |
a GMenu |
|
label |
the section label, or |
[allow-none] |
submenu |
a GMenuModel with the items of the submenu |
Since 2.32
void g_menu_insert_submenu (GMenu *menu
,gint position
,const gchar *label
,GMenuModel *submenu
);
Convenience function for inserting a submenu menu item into menu
.
Combine g_menu_item_new_submenu()
and g_menu_insert_item()
for a more
flexible alternative.
menu |
a GMenu |
|
position |
the position at which to insert the item |
|
label |
the section label, or |
[allow-none] |
submenu |
a GMenuModel with the items of the submenu |
Since 2.32
void g_menu_prepend_submenu (GMenu *menu
,const gchar *label
,GMenuModel *submenu
);
Convenience function for prepending a submenu menu item to the start
of menu
. Combine g_menu_item_new_submenu()
and g_menu_insert_item()
for
a more flexible alternative.
menu |
a GMenu |
|
label |
the section label, or |
[allow-none] |
submenu |
a GMenuModel with the items of the submenu |
Since 2.32
void g_menu_remove (GMenu *menu
,gint position
);
Removes an item from the menu.
position
gives the index of the item to remove.
It is an error if position is not in range the range from 0 to one less than the number of items in the menu.
It is not possible to remove items by identity since items are added to the menu simply by copying their links and attributes (ie: identity of the item itself is not preserved).
Since 2.32
void
g_menu_remove_all (GMenu *menu
);
Removes all items in the menu.
Since 2.38
GMenuItem * g_menu_item_new (const gchar *label
,const gchar *detailed_action
);
Creates a new GMenuItem.
If label
is non-NULL
it is used to set the "label" attribute of the
new item.
If detailed_action
is non-NULL
it is used to set the "action" and
possibly the "target" attribute of the new item. See
g_menu_item_set_detailed_action()
for more information.
Since 2.32
GMenuItem * g_menu_item_new_section (const gchar *label
,GMenuModel *section
);
Creates a new GMenuItem representing a section.
This is a convenience API around g_menu_item_new()
and
g_menu_item_set_section()
.
The effect of having one menu appear as a section of another is
exactly as it sounds: the items from section
become a direct part of
the menu that menu_item
is added to.
Visual separation is typically displayed between two non-empty
sections. If label
is non-NULL
then it will be encorporated into
this visual indication. This allows for labeled subsections of a
menu.
As a simple example, consider a typical "Edit" menu from a simple program. It probably contains an "Undo" and "Redo" item, followed by a separator, followed by "Cut", "Copy" and "Paste".
This would be accomplished by creating three GMenu instances. The first would be populated with the "Undo" and "Redo" items, and the second with the "Cut", "Copy" and "Paste" items. The first and second menus would then be added as submenus of the third. In XML format, this would look something like the following:
1 2 3 4 5 6 7 8 9 10 11 |
<menu id='edit-menu'> <section> <item label='Undo'/> <item label='Redo'/> </section> <section> <item label='Cut'/> <item label='Copy'/> <item label='Paste'/> </section> </menu> |
The following example is exactly equivalent. It is more illustrative of the exact relationship between the menus and items (keeping in mind that the 'link' element defines a new menu that is linked to the containing one). The style of the second example is more verbose and difficult to read (and therefore not recommended except for the purpose of understanding what is really going on).
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 |
<menu id='edit-menu'> <item> <link name='section'> <item label='Undo'/> <item label='Redo'/> </link> </item> <item> <link name='section'> <item label='Cut'/> <item label='Copy'/> <item label='Paste'/> </link> </item> </menu> |
label |
the section label, or |
[allow-none] |
section |
a GMenuModel with the items of the section |
Since 2.32
GMenuItem * g_menu_item_new_submenu (const gchar *label
,GMenuModel *submenu
);
Creates a new GMenuItem representing a submenu.
This is a convenience API around g_menu_item_new()
and
g_menu_item_set_submenu()
.
label |
the section label, or |
[allow-none] |
submenu |
a GMenuModel with the items of the submenu |
Since 2.32
GMenuItem * g_menu_item_new_from_model (GMenuModel *model
,gint item_index
);
Creates a GMenuItem as an exact copy of an existing menu item in a GMenuModel.
item_index
must be valid (ie: be sure to call
g_menu_model_get_n_items()
first).
Since 2.34
void g_menu_item_set_label (GMenuItem *menu_item
,const gchar *label
);
Sets or unsets the "label" attribute of menu_item
.
If label
is non-NULL
it is used as the label for the menu item. If
it is NULL
then the label attribute is unset.
Since 2.32
void g_menu_item_set_icon (GMenuItem *menu_item
,GIcon *icon
);
Sets (or unsets) the icon on menu_item
.
This call is the same as calling g_icon_serialize()
and using the
result as the value to g_menu_item_set_attribute_value()
for
G_MENU_ATTRIBUTE_ICON
.
This API is only intended for use with "noun" menu items; things like bookmarks or applications in an "Open With" menu. Don't use it on menu items corresponding to verbs (eg: stock icons for 'Save' or 'Quit').
If icon
is NULL
then the icon is unset.
Since 2.38
void g_menu_item_set_action_and_target_value (GMenuItem *menu_item
,const gchar *action
,GVariant *target_value
);
Sets or unsets the "action" and "target" attributes of menu_item
.
If action
is NULL
then both the "action" and "target" attributes
are unset (and target_value
is ignored).
If action
is non-NULL
then the "action" attribute is set. The
"target" attribute is then set to the value of target_value
if it is
non-NULL
or unset otherwise.
Normal menu items (ie: not submenu, section or other custom item types) are expected to have the "action" attribute set to identify the action that they are associated with. The state type of the action help to determine the disposition of the menu item. See GAction and GActionGroup for an overview of actions.
In general, clicking on the menu item will result in activation of the named action with the "target" attribute given as the parameter to the action invocation. If the "target" attribute is not set then the action is invoked with no parameter.
If the action has no state then the menu item is usually drawn as a plain menu item (ie: with no additional decoration).
If the action has a boolean state then the menu item is usually drawn
as a toggle menu item (ie: with a checkmark or equivalent
indication). The item should be marked as 'toggled' or 'checked'
when the boolean state is TRUE
.
If the action has a string state then the menu item is usually drawn
as a radio menu item (ie: with a radio bullet or equivalent
indication). The item should be marked as 'selected' when the string
state is equal to the value of the target
property.
See g_menu_item_set_action_and_target()
or
g_menu_item_set_detailed_action()
for two equivalent calls that are
probably more convenient for most uses.
Since 2.32
void g_menu_item_set_action_and_target (GMenuItem *menu_item
,const gchar *action
,const gchar *format_string
,...
);
Sets or unsets the "action" and "target" attributes of menu_item
.
If action
is NULL
then both the "action" and "target" attributes
are unset (and format_string
is ignored along with the positional
parameters).
If action
is non-NULL
then the "action" attribute is set.
format_string
is then inspected. If it is non-NULL
then the proper
position parameters are collected to create a GVariant instance to
use as the target value. If it is NULL
then the positional
parameters are ignored and the "target" attribute is unset.
See also g_menu_item_set_action_and_target_value()
for an equivalent
call that directly accepts a GVariant. See
g_menu_item_set_detailed_action()
for a more convenient version that
works with string-typed targets.
See also g_menu_item_set_action_and_target_value()
for a
description of the semantics of the action and target attributes.
menu_item |
||
action |
the name of the action for this item. |
[allow-none] |
format_string |
a GVariant format string. |
[allow-none] |
... |
positional parameters, as per |
Since 2.32
void g_menu_item_set_detailed_action (GMenuItem *menu_item
,const gchar *detailed_action
);
Sets the "action" and possibly the "target" attribute of menu_item
.
The format of detailed_action
is the same format parsed by
g_action_parse_detailed_name()
.
See g_menu_item_set_action_and_target()
or
g_menu_item_set_action_and_target_value()
for more flexible (but
slightly less convenient) alternatives.
See also g_menu_item_set_action_and_target_value()
for a description of
the semantics of the action and target attributes.
Since 2.32
void g_menu_item_set_section (GMenuItem *menu_item
,GMenuModel *section
);
Sets or unsets the "section" link of menu_item
to section
.
The effect of having one menu appear as a section of another is
exactly as it sounds: the items from section
become a direct part of
the menu that menu_item
is added to. See g_menu_item_new_section()
for more information about what it means for a menu item to be a
section.
Since 2.32
void g_menu_item_set_submenu (GMenuItem *menu_item
,GMenuModel *submenu
);
Sets or unsets the "submenu" link of menu_item
to submenu
.
If submenu
is non-NULL
, it is linked to. If it is NULL
then the
link is unset.
The effect of having one menu appear as a submenu of another is exactly as it sounds.
Since 2.32
GVariant * g_menu_item_get_attribute_value (GMenuItem *menu_item
,const gchar *attribute
,const GVariantType *expected_type
);
Queries the named attribute
on menu_item
.
If expected_type
is specified and the attribute does not have this
type, NULL
is returned. NULL
is also returned if the attribute
simply does not exist.
menu_item |
||
attribute |
the attribute name to query |
|
expected_type |
the expected type of the attribute. |
[allow-none] |
Since 2.34
gboolean g_menu_item_get_attribute (GMenuItem *menu_item
,const gchar *attribute
,const gchar *format_string
,...
);
Queries the named attribute
on menu_item
.
If the attribute exists and matches the GVariantType corresponding
to format_string
then format_string
is used to deconstruct the
value into the positional parameters and TRUE
is returned.
If the attribute does not exist, or it does exist but has the wrong
type, then the positional parameters are ignored and FALSE
is
returned.
Since 2.34
GMenuModel * g_menu_item_get_link (GMenuItem *menu_item
,const gchar *link
);
Queries the named link
on menu_item
.
Since 2.34
void g_menu_item_set_attribute_value (GMenuItem *menu_item
,const gchar *attribute
,GVariant *value
);
Sets or unsets an attribute on menu_item
.
The attribute to set or unset is specified by attribute
. This
can be one of the standard attribute names G_MENU_ATTRIBUTE_LABEL
,
G_MENU_ATTRIBUTE_ACTION
, G_MENU_ATTRIBUTE_TARGET
, or a custom
attribute name.
Attribute names are restricted to lowercase characters, numbers
and '-'. Furthermore, the names must begin with a lowercase character,
must not end with a '-', and must not contain consecutive dashes.
must consist only of lowercase ASCII characters, digits and '-'.
If value
is non-NULL
then it is used as the new value for the
attribute. If value
is NULL
then the attribute is unset. If
the value
GVariant is floating, it is consumed.
See also g_menu_item_set_attribute()
for a more convenient way to do
the same.
Since 2.32
void g_menu_item_set_attribute (GMenuItem *menu_item
,const gchar *attribute
,const gchar *format_string
,...
);
Sets or unsets an attribute on menu_item
.
The attribute to set or unset is specified by attribute
. This
can be one of the standard attribute names G_MENU_ATTRIBUTE_LABEL
,
G_MENU_ATTRIBUTE_ACTION
, G_MENU_ATTRIBUTE_TARGET
, or a custom
attribute name.
Attribute names are restricted to lowercase characters, numbers
and '-'. Furthermore, the names must begin with a lowercase character,
must not end with a '-', and must not contain consecutive dashes.
If format_string
is non-NULL
then the proper position parameters
are collected to create a GVariant instance to use as the attribute
value. If it is NULL
then the positional parameterrs are ignored
and the named attribute is unset.
See also g_menu_item_set_attribute_value()
for an equivalent call
that directly accepts a GVariant.
Since 2.32
void g_menu_item_set_link (GMenuItem *menu_item
,const gchar *link
,GMenuModel *model
);
Creates a link from menu_item
to model
if non-NULL
, or unsets it.
Links are used to establish a relationship between a particular menu
item and another menu. For example, G_MENU_LINK_SUBMENU
is used to
associate a submenu with a particular menu item, and G_MENU_LINK_SECTION
is used to create a section. Other types of link can be used, but there
is no guarantee that clients will be able to make sense of them.
Link types are restricted to lowercase characters, numbers
and '-'. Furthermore, the names must begin with a lowercase character,
must not end with a '-', and must not contain consecutive dashes.
menu_item |
||
link |
type of link to establish or unset |
|
model |
the GMenuModel to link to (or |
[allow-none] |
Since 2.32


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WiFi handler component for open authenticator. It has capability to handle connecting to a given list of wifi access points and handle starting an access point on esp32, to which other devices can connect to.
Installation
cd <your_esp_idf_project>
mkdir components
cd components
git clone https://github.com/Open-Authenticator/wifi-handler-component.git wifi_handler
Documentation
Examples
Connecting to WiFi station
#include <stdio.h>
#include "freertos/FreeRTOS.h"
#include "freertos/task.h"
void app_main(void)
{
while (1)
{
{
ESP_LOGE("err", "failed to connect to any wifi");
}
if (ap_info != NULL)
{
ESP_LOGI("info", "ssid: %s", ap_info->ssid);
}
ESP_LOGI("heap", "heap size: %f", (float)esp_get_free_heap_size() / 1024);
vTaskDelay(5000 / portTICK_PERIOD_MS);
vTaskDelay(60000 / portTICK_PERIOD_MS);
}
}
Starting an access point
#include <stdio.h>
#include "freertos/FreeRTOS.h"
#include "freertos/task.h"
void app_main(void)
{
while (1)
{
if (ap_list != NULL)
{
for (int i = 0; i < ap_num; i++)
{
ESP_LOGI("ap", "%s", ap_list[i].ssid);
}
}
vTaskDelay(5000 / portTICK_PERIOD_MS);
vTaskDelay(10000 / portTICK_PERIOD_MS);
}
}
License
MIT License
Copyright (c) 2020-2021 Vedant Paranjape
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
 IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.


| {{ member }}: {{ member.get_work_status_display }} |
| {{ member }}: LOA {{ member.current_loa.start }} until {{ member.current_loa.end }} |
| {{ week.newmonth|date:"M" }}{{ week.newyear }} | {% for day in week.days %} {% if day.workflag %} | {{ day.date|date:"j" }} | {% else %}{{ day.date|date:"j" }} | {% endif %} {% endfor %}|||||
|
{% for task in week.tasks %}
{{ task.member }} — {{ task.job }}
{% endfor %}
{% if request.user.is_staff %}{{ task.time|date:"D n/j/y" }}{% else %}{{ task.time|date:"D n/j/y" }}{% endif %}, {{ task.time|time:"g:ia" }}, {{ task.hours }} hours {% if task.hours_worked %}Worked {{ task.hours_worked }} hours{% endif %} {{ task.workflag }} |
| {{ member }}: LOA {{ leave.start }} until {{ leave.end }} |


{% extends "layout.html" %} {% block title %} | Search results{% endblock %} {% block head %} {% endblock %} {% block content %}
{% if departure and destination %} Sorry, no one is leaving {{ departure }} or arriving at {{ destination }} now! {% elif departure %} Sorry, no one is leaving from {{ departure }} now! {% else %} Sorry, no one is arriving at {{ destination }} now! {% endif %}
{% else %} {# not absolutely nothing #} {% for (name, rides) in [("", matches), ("arriving", arriving), ("departing", departing) ] %} {% if not rides %} {% if not name and departure and destination %} {# no rides are exact matches in a two param search #}No exact matches, here's the best we could do.
{% endif %} {% continue %} {% endif %} {{ rides|length }} ride{% if rides|length != 1 %}s{% endif %} found {% if name == "arriving" %} arriving at {{ destination }} {% elif name == "departing" %} departing from {{ departure }} {% endif %}


Click on the pressure valve to close it.
CONSOLE
Pressure value is present on machine near dial.
LOAD = 100 kgf
For selected spring: -
w = 100 kgf
n = 13
D = 62.08 mm
d = 17.02 mm
S-No.
Load (w), kgf
Deflection(δ)mm
Spring stiffness k=w/δ kgf/mm
Modulus of rigidity(G)
Next
Q. By increasing the value of load what will happen on the deflection?
Will remain constant
Will decrease
Will increase
Cannot be determined
Back
Next
Back
Next
Compare the average value of modulus of rigidity with its theoretical values
Theoretical value of modulus of rigidity
Experimental value of modulus of rigidity
Error
=
=
=
8303.061
Difference between average value of modulus of rigidity with its theoretical values.
Back


--- layout: tweet ---
Is it time to go home yet? Yes, yes it is.
2/9/2009, 4:49:55 PM
Favs: 0
Retweets: 0


The International Directed Evolution Competition (iDEC) is an international public welfare initiative dedicated to building a scientific community to facilitate education, technology sharing, and academic exchange.
Directed evolution represents the powerful irrational design method based on a rational foundation, which will fill in the shortcomings of rational design methods and reshape genetic engineering development in the next 10 years.
By encouraging young students to harness the power of evolution creatively, we aim to disseminate the skills and knowledge required to tomorrow’s bioengineers, which enable them to tackle real-world problems.
The combination of directed evolution technology, young talents' creativity and desire for exploration will significantly expand the technical innovation and application fields of directed evolution. In turn, it will bring new forces to the scientific and industrial circles.
iDEC is committed to organizing an international competition and building a directed evolution science community relying on the power of students and young talents.
The ethos of iDEC is Innovation, Diversity, Equality, Co-construction & Co-operation.
iDEC is initiated by scientists and students engaged in genetic engineering research. Our initial volunteer team includes members from different countries and cultural backgrounds.
The organizers of iDEC come from all over the world, working together to realize this idea. The first iDEC will be held at the University of Edinburgh, which is to commemorate the adventurous voyage of Charles Darwin, an outstanding alumnus of the University of Edinburgh.
Darwin’s journey 190 years ago was one of the most critical scientific events in human history. By harnessing the power of evolution, we hope that the same adventurous spirit can also inspire contemporary scientists to expand into the unknown.
The iDEC HQ is committed to creating an equal, cooperative environment so that all members can enjoy a safe and warm atmosphere. We oppose discrimination of any kind and no discriminatory behavior will be tolerated by the iDEC HQ.
This policy will be reviewed every year.


HTML used in this example. Note that the inner loading <div> is not necessary but a nice note while things are loading.
<div>
CSS used in this example.
Javascript used in this example:


I was born and raised in Kericho, joined primary in 2003 at Mwamba Academy and sat for my K.C.P.E in
2010. Later i joined Kericho Day Secondary School in 2011 and completed in 2014.
In 2015 I joined
campus to pursue a Diploma in Information Technology and completed in 2018.
I have worked with the County Government of Kericho as an atachee and later worked at the Kenya National Library as a Secretary.
Why i decided to take a programming class is i wanted to get out of my comfort zone and explore new
things.
And also while in campus most programming languages are taught in theory form so I wanted a
plattform that could give me the practical part of it.
I love;hiking,poetry,movies,cooking, travelling, music.
Because I am so passionate about cooking i made a website about a bakery
that will help people know about my products and be able to purchase them.
Skin care products are becoming more and more dangerous to use on our skin.
At Methuselah
skin care we offer dematology tested products for our clients.


Stream in Dolby Atmos on Apple Music, Amazon Music HD, or TIDAL for a truly spatial listening experience.
Dolby Atmos is available on a wide range of devices from home cinema, TVs, and soundbars to laptops, tablets, phones and Amazon Echo Studio. To get the best possible listening experience you’ll need three things: a device, a streaming service, and music – all of which are enabled with Dolby Atmos.
Your device probably already has Dolby Atmos. Just look for the Dolby badge in the settings and turn it on. Likewise, keep an eye out for the Dolby badge on the music you want to stream.
If you can, connect to WiFi instead of using your mobile network and test your setup out on the ever-growing Dolby Atmos Music back catalogue ahead of the event.
|
You need the Amazon Music Unlimited APP - If you don't have it, click here for a free trial In the ‘Home’ page of the app Click ‘Cog’ (top right) Click ‘Settings’ Set ‘Dolby Atmos’ to ON Set ‘Streaming quality’ to HD (optional, but recommended) Set ‘Loudness Normalisation’ to ON Then search for the Album for this Listening Party |
|
You need Apple Music - If you don't have it, click here for a free trial In your device ‘Settings’ Click on ‘Music’ Set ‘Dolby Atmos’ to ALWAYS ON Set ‘Audio Quality’ to LOSSLESS AUDIO (optional, but recommended) Set ‘Sound Check’ to ON Then search for the Album for this Listening Party |
|
You need the Tidal (Hifi Plus) App - If you don't have it, click here for a free trial. In your Android Device ‘Settings’ and open ‘Sounds and vibration’ Click on ‘Advanced sound settings’ and then ‘Sound quality and effects’ Slide the ‘Dolby Atmos’ switch to activate it. Back in the Tidal App, Click on the ‘Heart’ then Click ‘Cog’ (top right) Set ‘Loudness Normalisation’ to ON Set ‘Quality’ to MASTER (optional, but recommended) Then search for the Album for this Listening Party – Look for the Dolby Atmos badge |


Use arrow keys to move. Press excape to stop
Input: {{value}}
Score:
CheckPOS:
Key:
Key:
Key:
Speed:


Javascript module to extract the non-magic parent path from a glob string.
npm install glob-parent --save
Examples
var globParent = require('glob-parent');
globParent('path/to/*.js'); // 'path/to'
globParent('/root/path/to/*.js'); // '/root/path/to'
globParent('/*.js'); // '/'
globParent('*.js'); // '.'
globParent('**/*.js'); // '.'
globParent('path/{to,from}'); // 'path'
globParent('path/!(to|from)'); // 'path'
globParent('path/?(to|from)'); // 'path'
globParent('path/+(to|from)'); // 'path'
globParent('path/*(to|from)'); // 'path'
globParent('path/@(to|from)'); // 'path'
globParent('path/**/*'); // 'path'
// if provided a non-glob path, returns the nearest dir
globParent('path/foo/bar.js'); // 'path/foo'
globParent('path/foo/'); // 'path/foo'
globParent('path/foo'); // 'path' (see issue #3 for details)
The following characters have special significance in glob patterns and must be escaped if you want them to be treated as regular path characters:
?
(question mark)*
(star)|
(pipe)(
(opening parenthesis))
(closing parenthesis){
(opening curly brace)}
(closing curly brace)[
(opening bracket)]
(closing bracket)Example
globParent('foo/[bar]/') // 'foo'
globParent('foo/\\[bar]/') // 'foo/[bar]'
This library attempts a quick and imperfect method of determining which path parts have glob magic without fully parsing/lexing the pattern. There are some advanced use cases that can trip it up, such as nested braces where the outer pair is escaped and the inner one contains a path separator. If you find yourself in the unlikely circumstance of being affected by this or need to ensure higher-fidelity glob handling in your library, it is recommended that you pre-process your input with expand-braces and/or expand-brackets.
Backslashes are not valid path separators for globs. If a path with backslashes is provided anyway, for simple cases, glob-parent will replace the path separator for you and return the non-glob parent path (now with forward-slashes, which are still valid as Windows path separators).
This cannot be used in conjunction with escape characters.
// BAD
globParent('C:\\Program Files \\(x86\\)\\*.ext') // 'C:/Program Files /(x86/)'
// GOOD
globParent('C:/Program Files\\(x86\\)/*.ext') // 'C:/Program Files (x86)'
If you are using escape characters for a pattern without path parts (i.e.
relative to cwd
), prefix with ./
to avoid confusing glob-parent.
// BAD
globParent('foo \\[bar]') // 'foo '
globParent('foo \\[bar]*') // 'foo '
// GOOD
globParent('./foo \\[bar]') // 'foo [bar]'
globParent('./foo \\[bar]*') // '.'
See release notes page on GitHub


{% set suppress_feedback = true %} {% extends '_layouts/layout.html' %} {% block page_title %}{% endblock %} {% block body_css_classes %}nhsuk-frontend{% endblock %} {% block content %}
St George’s Pharmacy
46 St Georges Road
Elephant and Castle
London
SE1 6ET
0.5 miles away
This service needs some more details from you.
Pharmacists:


| Package | Description |
|---|---|
| java.awt |
Contains all of the classes for creating user
interfaces and for painting graphics and images.
|
| java.awt.font |
Provides classes and interface relating to fonts.
|
| java.awt.geom |
Provides the Java 2D classes for defining and performing operations
on objects related to two-dimensional geometry.
|
| java.awt.image.renderable |
Provides classes and interfaces for producing
rendering-independent images.
|
| javax.swing |
Provides a set of "lightweight"
(all-Java language) components that,
to the maximum degree possible, work the same on all platforms.
|
| javax.swing.plaf.basic |
Provides user interface objects built according to the
Basic look and feel.
|
| javax.swing.text |
Provides classes and interfaces that deal with editable
and noneditable text components.
|
| javax.swing.text.html |
Provides the class
HTMLEditorKit and supporting classes
for creating HTML text editors. |
| Modifier and Type | Class and Description |
|---|---|
class |
Polygon
The
Polygon class encapsulates a description of a
closed, two-dimensional region within a coordinate space. |
class |
Rectangle
A
Rectangle specifies an area in a coordinate space that is
enclosed by the Rectangle object's upper-left point
(x,y)
in the coordinate space, its width, and its height. |
| Modifier and Type | Method and Description |
|---|---|
Shape |
BasicStroke.createStrokedShape(Shape s)
Returns a
Shape whose interior defines the
stroked outline of a specified Shape . |
Shape |
Stroke.createStrokedShape(Shape p)
Returns an outline
Shape which encloses the area that
should be painted when the Shape is stroked according
to the rules defined by the
object implementing the Stroke interface. |
abstract Shape |
Graphics.getClip()
Gets the current clipping area.
|
Shape |
Window.getShape()
Returns the shape of the window.
|
| Modifier and Type | Method and Description |
|---|---|
abstract void |
Graphics2D.clip(Shape s)
Intersects the current
Clip with the interior of the
specified Shape and sets the Clip to the
resulting intersection. |
Shape |
BasicStroke.createStrokedShape(Shape s)
Returns a
Shape whose interior defines the
stroked outline of a specified Shape . |
Shape |
Stroke.createStrokedShape(Shape p)
Returns an outline
Shape which encloses the area that
should be painted when the Shape is stroked according
to the rules defined by the
object implementing the Stroke interface. |
abstract void |
Graphics2D.draw(Shape s)
Strokes the outline of a
Shape using the settings of the
current Graphics2D context. |
abstract void |
Graphics2D.fill(Shape s)
Fills the interior of a
Shape using the settings of the
Graphics2D context. |
abstract boolean |
Graphics2D.hit(Rectangle rect,
Shape s,
boolean onStroke)
Checks whether or not the specified
Shape intersects
the specified Rectangle , which is in device
space. |
abstract void |
Graphics.setClip(Shape clip)
Sets the current clipping area to an arbitrary clip shape.
|
void |
Frame.setShape(Shape shape)
Sets the shape of the window.
|
void |
Window.setShape(Shape shape)
Sets the shape of the window.
|
void |
Dialog.setShape(Shape shape)
Sets the shape of the window.
|
| Modifier and Type | Method and Description |
|---|---|
Shape |
TextLayout.getBlackBoxBounds(int firstEndpoint,
int secondEndpoint)
Returns the black box bounds of the characters in the specified range.
|
Shape |
TextLayout.getCaretShape(TextHitInfo hit)
Returns a
Shape representing the caret at the specified
hit inside the natural bounds of this TextLayout . |
Shape |
TextLayout.getCaretShape(TextHitInfo hit,
Rectangle2D bounds)
Returns a
Shape representing the caret at the specified
hit inside the specified bounds. |
Shape[] |
TextLayout.getCaretShapes(int offset)
Returns two paths corresponding to the strong and weak caret.
|
Shape[] |
TextLayout.getCaretShapes(int offset,
Rectangle2D bounds)
Returns two paths corresponding to the strong and weak caret.
|
Shape[] |
TextLayout.getCaretShapes(int offset,
Rectangle2D bounds,
TextLayout.CaretPolicy policy)
Returns two paths corresponding to the strong and weak caret.
|
abstract Shape |
GlyphVector.getGlyphLogicalBounds(int glyphIndex)
Returns the logical bounds of the specified glyph within this
GlyphVector . |
abstract Shape |
GlyphVector.getGlyphOutline(int glyphIndex)
Returns a
Shape whose interior corresponds to the
visual representation of the specified glyph
within this GlyphVector . |
Shape |
GlyphVector.getGlyphOutline(int glyphIndex,
float x,
float y)
Returns a
Shape whose interior corresponds to the
visual representation of the specified glyph
within this GlyphVector , offset to x, y. |
abstract Shape |
GlyphVector.getGlyphVisualBounds(int glyphIndex)
Returns the visual bounds of the specified glyph within the
GlyphVector . |
Shape |
TextLayout.getLogicalHighlightShape(int firstEndpoint,
int secondEndpoint)
Returns a
Shape enclosing the logical selection in the
specified range, extended to the natural bounds of this
TextLayout . |
Shape |
TextLayout.getLogicalHighlightShape(int firstEndpoint,
int secondEndpoint,
Rectangle2D bounds)
Returns a
Shape enclosing the logical selection in the
specified range, extended to the specified bounds . |
abstract Shape |
GlyphVector.getOutline()
Returns a
Shape whose interior corresponds to the
visual representation of this GlyphVector . |
Shape |
GraphicAttribute.getOutline(AffineTransform tx)
Return a
Shape that represents the region that
this GraphicAttribute renders. |
Shape |
TextLayout.getOutline(AffineTransform tx)
Returns a
Shape representing the outline of this
TextLayout . |
Shape |
ShapeGraphicAttribute.getOutline(AffineTransform tx)
Return a
Shape that represents the region that
this ShapeGraphicAttribute renders. |
abstract Shape |
GlyphVector.getOutline(float x,
float y)
Returns a
Shape whose interior corresponds to the
visual representation of this GlyphVector when
rendered at x, y. |
Shape |
TextLayout.getVisualHighlightShape(TextHitInfo firstEndpoint,
TextHitInfo secondEndpoint)
Returns a
Shape enclosing the visual selection in the
specified range, extended to the bounds. |
Shape |
TextLayout.getVisualHighlightShape(TextHitInfo firstEndpoint,
TextHitInfo secondEndpoint,
Rectangle2D bounds)
Returns a path enclosing the visual selection in the specified range,
extended to
bounds . |
| Constructor and Description |
|---|
ShapeGraphicAttribute(Shape shape,
int alignment,
boolean stroke)
Constructs a
ShapeGraphicAttribute for the specified
Shape . |
| Modifier and Type | Class and Description |
|---|---|
class |
Arc2D
Arc2D is the abstract superclass for all objects that
store a 2D arc defined by a framing rectangle,
start angle, angular extent (length of the arc), and a closure type
(OPEN , CHORD , or PIE ). |
static class |
Arc2D.Double
This class defines an arc specified in
double precision. |
static class |
Arc2D.Float
This class defines an arc specified in
float precision. |
class |
Area
An
Area object stores and manipulates a
resolution-independent description of an enclosed area of
2-dimensional space. |
class |
CubicCurve2D
The
CubicCurve2D class defines a cubic parametric curve
segment in (x,y) coordinate space. |
static class |
CubicCurve2D.Double
A cubic parametric curve segment specified with
double coordinates. |
static class |
CubicCurve2D.Float
A cubic parametric curve segment specified with
float coordinates. |
class |
Ellipse2D
The
Ellipse2D class describes an ellipse that is defined
by a framing rectangle. |
static class |
Ellipse2D.Double
The
Double class defines an ellipse specified
in double precision. |
static class |
Ellipse2D.Float
The
Float class defines an ellipse specified
in float precision. |
class |
GeneralPath
The
GeneralPath class represents a geometric path
constructed from straight lines, and quadratic and cubic
(Bézier) curves. |
class |
Line2D
This
Line2D represents a line segment in (x,y)
coordinate space. |
static class |
Line2D.Double
A line segment specified with double coordinates.
|
static class |
Line2D.Float
A line segment specified with float coordinates.
|
class |
Path2D
The
Path2D class provides a simple, yet flexible
shape which represents an arbitrary geometric path. |
static class |
Path2D.Double
The
Double class defines a geometric path with
coordinates stored in double precision floating point. |
static class |
Path2D.Float
The
Float class defines a geometric path with
coordinates stored in single precision floating point. |
class |
QuadCurve2D
The
QuadCurve2D class defines a quadratic parametric curve
segment in (x,y) coordinate space. |
static class |
QuadCurve2D.Double
A quadratic parametric curve segment specified with
double coordinates. |
static class |
QuadCurve2D.Float
A quadratic parametric curve segment specified with
float coordinates. |
class |
Rectangle2D
The
Rectangle2D class describes a rectangle
defined by a location (x,y) and dimension
(w x h) . |
static class |
Rectangle2D.Double
The
Double class defines a rectangle specified in
double coordinates. |
static class |
Rectangle2D.Float
The
Float class defines a rectangle specified in float
coordinates. |
class |
RectangularShape
RectangularShape is the base class for a number of
Shape objects whose geometry is defined by a rectangular frame. |
class |
RoundRectangle2D
The
RoundRectangle2D class defines a rectangle with
rounded corners defined by a location (x,y) , a
dimension (w x h) , and the width and height of an arc
with which to round the corners. |
static class |
RoundRectangle2D.Double
The
Double class defines a rectangle with rounded
corners all specified in double coordinates. |
static class |
RoundRectangle2D.Float
The
Float class defines a rectangle with rounded
corners all specified in float coordinates. |
| Modifier and Type | Method and Description |
|---|---|
Shape |
Path2D.createTransformedShape(AffineTransform at)
Returns a new
Shape representing a transformed version
of this Path2D . |
Shape |
AffineTransform.createTransformedShape(Shape pSrc)
Returns a new
Shape object defined by the geometry of the
specified Shape after it has been transformed by
this transform. |
| Modifier and Type | Method and Description |
|---|---|
void |
Path2D.append(Shape s,
boolean connect)
Appends the geometry of the specified
Shape object to the
path, possibly connecting the new geometry to the existing path
segments with a line segment. |
Shape |
AffineTransform.createTransformedShape(Shape pSrc)
Returns a new
Shape object defined by the geometry of the
specified Shape after it has been transformed by
this transform. |
| Constructor and Description |
|---|
Area(Shape s)
The
Area class creates an area geometry from the
specified Shape object. |
GeneralPath(Shape s)
Constructs a new
GeneralPath object from an arbitrary
Shape object. |
Path2D.Double(Shape s)
Constructs a new double precision
Path2D object
from an arbitrary Shape object. |
Path2D.Double(Shape s,
AffineTransform at)
Constructs a new double precision
Path2D object
from an arbitrary Shape object, transformed by an
AffineTransform object. |
Path2D.Float(Shape s)
Constructs a new single precision
Path2D object
from an arbitrary Shape object. |
Path2D.Float(Shape s,
AffineTransform at)
Constructs a new single precision
Path2D object
from an arbitrary Shape object, transformed by an
AffineTransform object. |
| Modifier and Type | Method and Description |
|---|---|
Shape |
RenderContext.getAreaOfInterest()
Gets the ares of interest currently contained in the
RenderContext.
|
| Modifier and Type | Method and Description |
|---|---|
void |
RenderContext.setAreaOfInterest(Shape newAoi)
Sets the current area of interest.
|
| Constructor and Description |
|---|
RenderContext(AffineTransform usr2dev,
Shape aoi)
Constructs a RenderContext with a given transform and area of interest.
|
RenderContext(AffineTransform usr2dev,
Shape aoi,
RenderingHints hints)
Constructs a RenderContext with a given transform.
|
| Modifier and Type | Method and Description |
|---|---|
Shape |
DebugGraphics.getClip()
Overrides
Graphics.getClip . |
| Modifier and Type | Method and Description |
|---|---|
void |
DebugGraphics.setClip(Shape clip)
Overrides
Graphics.setClip . |
| Modifier and Type | Class and Description |
|---|---|
static class |
BasicTextUI.BasicCaret |
| Modifier and Type | Class and Description |
|---|---|
class |
DefaultCaret
A default implementation of Caret.
|
| Modifier and Type | Method and Description |
|---|---|
protected Shape |
FieldView.adjustAllocation(Shape a)
Adjusts the allocation given to the view
to be a suitable allocation for a text field.
|
protected Shape |
AsyncBoxView.ChildLocator.getChildAllocation(int index)
Fetch the allocation to use for a child view.
|
Shape |
BoxView.getChildAllocation(int index,
Shape a)
Fetches the allocation for the given child view.
|
Shape |
View.getChildAllocation(int index,
Shape a)
Fetches the allocation for the given child view.
|
Shape |
CompositeView.getChildAllocation(int index,
Shape a)
Fetches the allocation for the given child view to
render into.
|
Shape |
AsyncBoxView.getChildAllocation(int index,
Shape a)
Fetches the allocation for the given child view.
|
Shape |
AsyncBoxView.ChildLocator.getChildAllocation(int index,
Shape a)
Fetch the allocation to use for a child view.
|
abstract Shape |
GlyphView.GlyphPainter.modelToView(GlyphView v,
int pos,
Position.Bias bias,
Shape a)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
View.modelToView(int p0,
Position.Bias b0,
int p1,
Position.Bias b1,
Shape a)
Provides a mapping, for a given region,
from the document model coordinate space
to the view coordinate space.
|
Shape |
CompositeView.modelToView(int p0,
Position.Bias b0,
int p1,
Position.Bias b1,
Shape a)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
View.modelToView(int pos,
Shape a)
Deprecated.
|
Shape |
GlyphView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
ComponentView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the coordinate space of the model to
that of the view.
|
Shape |
IconView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
PlainView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
PasswordView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
BoxView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
abstract Shape |
View.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping, for a given character,
from the document model coordinate space
to the view coordinate space.
|
Shape |
CompositeView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
FieldView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
AsyncBoxView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
abstract Shape |
LayeredHighlighter.LayerPainter.paintLayer(Graphics g,
int p0,
int p1,
Shape viewBounds,
JTextComponent editor,
View view) |
Shape |
DefaultHighlighter.DefaultHighlightPainter.paintLayer(Graphics g,
int offs0,
int offs1,
Shape bounds,
JTextComponent c,
View view)
Paints a portion of a highlight.
|
| Modifier and Type | Method and Description |
|---|---|
protected Shape |
FieldView.adjustAllocation(Shape a)
Adjusts the allocation given to the view
to be a suitable allocation for a text field.
|
View |
ParagraphView.breakView(int axis,
float len,
Shape a)
Breaks this view on the given axis at the given length.
|
void |
WrappedPlainView.changedUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification from the document that attributes were changed
in a location that this view is responsible for.
|
void |
GlyphView.changedUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification from the document that attributes were changed
in a location that this view is responsible for.
|
void |
PlainView.changedUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification from the document that attributes were changed
in a location that this view is responsible for.
|
void |
LabelView.changedUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification from the document that attributes were changed
in a location that this view is responsible for.
|
void |
View.changedUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification from the document that attributes were changed
in a location that this view is responsible for.
|
void |
FlowView.changedUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification from the document that attributes were changed
in a location that this view is responsible for.
|
void |
ParagraphView.changedUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification from the document that attributes were changed
in a location that this view is responsible for.
|
protected void |
PlainView.damageLineRange(int line0,
int line1,
Shape a,
Component host)
Repaint the given line range.
|
protected void |
TableView.forwardUpdate(DocumentEvent.ElementChange ec,
DocumentEvent e,
Shape a,
ViewFactory f) |
protected void |
BoxView.forwardUpdate(DocumentEvent.ElementChange ec,
DocumentEvent e,
Shape a,
ViewFactory f)
Forwards the given
DocumentEvent to the child views
that need to be notified of the change to the model. |
protected void |
View.forwardUpdate(DocumentEvent.ElementChange ec,
DocumentEvent e,
Shape a,
ViewFactory f)
Forwards the given
DocumentEvent to the child views
that need to be notified of the change to the model. |
protected void |
View.forwardUpdateToView(View v,
DocumentEvent e,
Shape a,
ViewFactory f)
Forwards the
DocumentEvent to the give child view. |
Shape |
BoxView.getChildAllocation(int index,
Shape a)
Fetches the allocation for the given child view.
|
Shape |
View.getChildAllocation(int index,
Shape a)
Fetches the allocation for the given child view.
|
Shape |
CompositeView.getChildAllocation(int index,
Shape a)
Fetches the allocation for the given child view to
render into.
|
Shape |
AsyncBoxView.getChildAllocation(int index,
Shape a)
Fetches the allocation for the given child view.
|
Shape |
AsyncBoxView.ChildLocator.getChildAllocation(int index,
Shape a)
Fetch the allocation to use for a child view.
|
protected int |
ParagraphView.getClosestPositionTo(int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet,
int rowIndex,
int x)
Returns the closest model position to
x . |
protected Rectangle |
CompositeView.getInsideAllocation(Shape a)
Translates the immutable allocation given to the view
to a mutable allocation that represents the interior
allocation (i.e.
|
protected int |
CompositeView.getNextEastWestVisualPositionFrom(int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet)
Returns the next visual position for the cursor, in either the
east or west direction.
|
protected int |
CompositeView.getNextNorthSouthVisualPositionFrom(int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet)
Returns the next visual position for the cursor, in either the
north or south direction.
|
protected int |
ParagraphView.getNextNorthSouthVisualPositionFrom(int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet)
Returns the next visual position for the cursor, in
either the east or west direction.
|
int |
GlyphView.GlyphPainter.getNextVisualPositionFrom(GlyphView v,
int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet)
Provides a way to determine the next visually represented model
location that one might place a caret.
|
int |
GlyphView.getNextVisualPositionFrom(int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet)
Provides a way to determine the next visually represented model
location that one might place a caret.
|
int |
View.getNextVisualPositionFrom(int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet)
Provides a way to determine the next visually represented model
location at which one might place a caret.
|
int |
CompositeView.getNextVisualPositionFrom(int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet)
Provides a way to determine the next visually represented model
location that one might place a caret.
|
int |
AsyncBoxView.getNextVisualPositionFrom(int pos,
Position.Bias b,
Shape a,
int direction,
Position.Bias[] biasRet)
Provides a way to determine the next visually represented model
location that one might place a caret.
|
String |
View.getToolTipText(float x,
float y,
Shape allocation)
Returns the tooltip text at the specified location.
|
int |
View.getViewIndex(float x,
float y,
Shape allocation)
Returns the child view index representing the given position in
the view.
|
int |
AsyncBoxView.ChildLocator.getViewIndexAtPoint(float x,
float y,
Shape a)
Fetches the child view index at the given point.
|
void |
WrappedPlainView.insertUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification that something was inserted into the
document in a location that this view is responsible for.
|
void |
ZoneView.insertUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification that something was inserted into the document
in a location that this view is responsible for.
|
void |
GlyphView.insertUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification that something was inserted into
the document in a location that this view is responsible for.
|
void |
PlainView.insertUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification that something was inserted into the document
in a location that this view is responsible for.
|
void |
View.insertUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification that something was inserted into
the document in a location that this view is responsible for.
|
void |
FlowView.insertUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification that something was inserted into the document
in a location that this view is responsible for.
|
void |
FieldView.insertUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification that something was inserted into the document
in a location that this view is responsible for.
|
protected Rectangle |
PlainView.lineToRect(Shape a,
int line)
Determine the rectangle that represents the given line.
|
abstract Shape |
GlyphView.GlyphPainter.modelToView(GlyphView v,
int pos,
Position.Bias bias,
Shape a)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
View.modelToView(int p0,
Position.Bias b0,
int p1,
Position.Bias b1,
Shape a)
Provides a mapping, for a given region,
from the document model coordinate space
to the view coordinate space.
|
Shape |
CompositeView.modelToView(int p0,
Position.Bias b0,
int p1,
Position.Bias b1,
Shape a)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
View.modelToView(int pos,
Shape a)
Deprecated.
|
Shape |
GlyphView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
ComponentView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the coordinate space of the model to
that of the view.
|
Shape |
IconView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
PlainView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
PasswordView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
BoxView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
abstract Shape |
View.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping, for a given character,
from the document model coordinate space
to the view coordinate space.
|
Shape |
CompositeView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
FieldView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
Shape |
AsyncBoxView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
abstract void |
GlyphView.GlyphPainter.paint(GlyphView v,
Graphics g,
Shape a,
int p0,
int p1)
Paint the glyphs representing the given range.
|
void |
Highlighter.HighlightPainter.paint(Graphics g,
int p0,
int p1,
Shape bounds,
JTextComponent c)
Renders the highlight.
|
void |
DefaultHighlighter.DefaultHighlightPainter.paint(Graphics g,
int offs0,
int offs1,
Shape bounds,
JTextComponent c)
Paints a highlight.
|
void |
WrappedPlainView.paint(Graphics g,
Shape a)
Renders using the given rendering surface and area
on that surface.
|
void |
GlyphView.paint(Graphics g,
Shape a)
Renders a portion of a text style run.
|
void |
ComponentView.paint(Graphics g,
Shape a)
The real paint behavior occurs naturally from the association
that the component has with its parent container (the same
container hosting this view).
|
void |
IconView.paint(Graphics g,
Shape a)
Paints the icon.
|
void |
PlainView.paint(Graphics g,
Shape a)
Renders using the given rendering surface and area on that surface.
|
void |
BoxView.paint(Graphics g,
Shape allocation)
Renders the
BoxView using the given
rendering surface and area
on that surface. |
abstract void |
View.paint(Graphics g,
Shape allocation)
Renders using the given rendering surface and area on that
surface.
|
void |
ParagraphView.paint(Graphics g,
Shape a)
Renders using the given rendering surface and area on that
surface.
|
void |
FieldView.paint(Graphics g,
Shape a)
Renders using the given rendering surface and area on that surface.
|
void |
AsyncBoxView.paint(Graphics g,
Shape alloc)
Render the view using the given allocation and
rendering surface.
|
abstract Shape |
LayeredHighlighter.LayerPainter.paintLayer(Graphics g,
int p0,
int p1,
Shape viewBounds,
JTextComponent editor,
View view) |
Shape |
DefaultHighlighter.DefaultHighlightPainter.paintLayer(Graphics g,
int offs0,
int offs1,
Shape bounds,
JTextComponent c,
View view)
Paints a portion of a highlight.
|
abstract void |
LayeredHighlighter.paintLayeredHighlights(Graphics g,
int p0,
int p1,
Shape viewBounds,
JTextComponent editor,
View view)
When leaf Views (such as LabelView) are rendering they should
call into this method.
|
void |
DefaultHighlighter.paintLayeredHighlights(Graphics g,
int p0,
int p1,
Shape viewBounds,
JTextComponent editor,
View view)
When leaf Views (such as LabelView) are rendering they should
call into this method.
|
void |
WrappedPlainView.removeUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification that something was removed from the
document in a location that this view is responsible for.
|
void |
ZoneView.removeUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification that something was removed from the document
in a location that this view is responsible for.
|
void |
GlyphView.removeUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification that something was removed from the document
in a location that this view is responsible for.
|
void |
PlainView.removeUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification that something was removed from the document
in a location that this view is responsible for.
|
void |
View.removeUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification that something was removed from the document
in a location that this view is responsible for.
|
void |
FlowView.removeUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification that something was removed from the document
in a location that this view is responsible for.
|
void |
FieldView.removeUpdate(DocumentEvent changes,
Shape a,
ViewFactory f)
Gives notification that something was removed from the document
in a location that this view is responsible for.
|
protected void |
AsyncBoxView.ChildLocator.setAllocation(Shape a)
Copy the currently allocated shape into the Rectangle
used to store the current allocation.
|
protected void |
PlainView.updateDamage(DocumentEvent changes,
Shape a,
ViewFactory f)
Repaint the region of change covered by the given document
event.
|
protected void |
View.updateLayout(DocumentEvent.ElementChange ec,
DocumentEvent e,
Shape a)
Updates the layout in response to receiving notification of
change from the model.
|
protected void |
AsyncBoxView.updateLayout(DocumentEvent.ElementChange ec,
DocumentEvent e,
Shape a)
Update the layout in response to receiving notification of
change from the model.
|
int |
View.viewToModel(float x,
float y,
Shape a)
Deprecated.
|
int |
GlyphView.viewToModel(float x,
float y,
Shape a,
Position.Bias[] biasReturn)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
int |
ComponentView.viewToModel(float x,
float y,
Shape a,
Position.Bias[] bias)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
int |
IconView.viewToModel(float x,
float y,
Shape a,
Position.Bias[] bias)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
int |
PlainView.viewToModel(float fx,
float fy,
Shape a,
Position.Bias[] bias)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
int |
PasswordView.viewToModel(float fx,
float fy,
Shape a,
Position.Bias[] bias)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
int |
BoxView.viewToModel(float x,
float y,
Shape a,
Position.Bias[] bias)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
abstract int |
View.viewToModel(float x,
float y,
Shape a,
Position.Bias[] biasReturn)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
int |
CompositeView.viewToModel(float x,
float y,
Shape a,
Position.Bias[] bias)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
int |
FieldView.viewToModel(float fx,
float fy,
Shape a,
Position.Bias[] bias)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
int |
AsyncBoxView.viewToModel(float x,
float y,
Shape a,
Position.Bias[] biasReturn)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
abstract int |
GlyphView.GlyphPainter.viewToModel(GlyphView v,
float x,
float y,
Shape a,
Position.Bias[] biasReturn)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
| Modifier and Type | Method and Description |
|---|---|
Shape |
ImageView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
| Modifier and Type | Method and Description |
|---|---|
void |
ImageView.changedUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Invoked when the Elements attributes have changed.
|
void |
BlockView.changedUpdate(DocumentEvent changes,
Shape a,
ViewFactory f) |
void |
InlineView.changedUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification from the document that attributes were changed
in a location that this view is responsible for.
|
String |
ImageView.getToolTipText(float x,
float y,
Shape allocation)
For images the tooltip text comes from text specified with the
ALT attribute. |
void |
InlineView.insertUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification that something was inserted into
the document in a location that this view is responsible for.
|
Shape |
ImageView.modelToView(int pos,
Shape a,
Position.Bias b)
Provides a mapping from the document model coordinate space
to the coordinate space of the view mapped to it.
|
void |
ImageView.paint(Graphics g,
Shape a)
Paints the View.
|
void |
BlockView.paint(Graphics g,
Shape allocation)
Renders using the given rendering surface and area on that
surface.
|
void |
ParagraphView.paint(Graphics g,
Shape a)
Renders using the given rendering surface and area on that
surface.
|
void |
ListView.paint(Graphics g,
Shape allocation)
Renders using the given rendering surface and area on that
surface.
|
void |
InlineView.removeUpdate(DocumentEvent e,
Shape a,
ViewFactory f)
Gives notification that something was removed from the document
in a location that this view is responsible for.
|
int |
ImageView.viewToModel(float x,
float y,
Shape a,
Position.Bias[] bias)
Provides a mapping from the view coordinate space to the logical
coordinate space of the model.
|
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


---
layout: casestudy
class: oyyo
permalink: /work/oyyo/
title: Oyyo Case Study - 14islands
name: Oyyo
headline: Pushing the limits of Shopify.
description: Pushing the limits of Shopify.
color: '#ef8c63'
hoverColor: '#e5bc8e'
logo: logo_oyyo.min.svg
image: /images/work/oyyo/oyyo-illustration.jpg
priority: 6
og_image: /images/work/oyyo/oyyo_screenshot2_16_9.jpg
private: false
---
{% include casestudy-header.html about="Oyyo is a producer of hand woven dhurries, uniquely made from 100% organic cotton and vivid vegetable dye. They wanted a new online store to match the quality of their N°2 collection." %}
{% include casestudy-video.html vimeoId="149380907" ratio="16_9" class="pjax-animate" %}
{% markdown %}
## Getting organic
We built them a fully responsive online store using the [Shopify](https://www.shopify.com) platform. The store features design and interactions to present their products in the nicest possible way.
{% endmarkdown %}
{% include wide-content-image.html src="/images/work/oyyo/oyyo_screenshot1_16_9.jpg" alt="Product page" margin="top" ratio="16_9" %}
{% include casestudy-responsive.html url="/images/work/oyyo/oyyo-iphone6-full-page-shortened-8bit.png" parallax=true parallaxOffset="-0.6" parallaxDirection="vertical" %}
{% markdown %}
## Design
The site was designed by our friends at [Studio Källbom](http://www.studiokallbom.se/), a talented design studio with an artistic touch.
{% endmarkdown %}
{% include wide-content-image.html src="/images/work/oyyo/oyyo_screenshot5_16_9.png" alt="About us page" margin="top" ratio="16_9" %}
{% markdown %}
## The process
Oyyo produces their products with care, the same applied for the website. The team collaborated on [Slack](https://slack.com/) throughout the whole process. We set the bar high and pushed the limits of Shopify to get the experience right.
{% endmarkdown %}
{% include wide-content-image.html src="/images/work/oyyo/oyyo_screenshot2_16_9.jpg" alt="About page" margin="top" ratio="16_9" %}
{% markdown %}
## Technologies
The site was built on top of Shopify using the following technologies.
{% endmarkdown %}
{% include casestudy-quote.html quote="14islands went above and beyond what we expected. Highly recommend them to build a quality presentation for your products." author-image-src="/images/work/oyyo/lina_zedig.jpg" author-name="Lina Zedig" author-job-title="Co-Founder at Oyyo" %}
{% markdown %}
## Let's go shopping
{% include casestudy-button.html site-url="http://oyyo.se" %}
Want to work with us? [Get in touch](/contact/)
{% endmarkdown %}


--- layout: post title: 'Book Review: The Hunger Games' date: 2011-07-14 14:03:51.000000000 -07:00 type: post parent_id: '0' published: true pd: '' status: publish categories: - Book Reviews - Guest Posts tags: - book review - The Hunger Games author: login: k email: k@k display_name: mcary first_name: '' last_name: '' ---
Guest Post by Story Snoops
Author: Suzanne Collins
Book review written by StorySnoops.com
Sometime in the future, after the destruction of what used to be the United States, a new country is formed. This country has a Capitol that exerts brutal control over its twelve districts. To keep the districts from rebelling, the Capitol has created an annual event called the Hunger Games.
In the games, one boy and one girl (called Tributes) are picked from each district to fight to the death in an arena on live television. The arena is designed so that the Tributes must face terrible obstacles like firebombs, starvation, dehydration, hypothermia, and extreme weather conditions. The last Tribute standing is declared the winner.
When sixteen-year-old Katniss Everdeen's younger sister Prim is selected as a Tribute, Katniss refuses let Prim go into that arena, and she volunteers to take Prim's place. Over the years, Katniss has developed incredible skills in order to survive in her district. These skills are put to the ultimate test in the Hunger Games arena.
The first installment in the Hunger Games trilogy is an exciting page-tuner, ideal for the reluctant reader. This survival story contains discussion-worthy themes such as standing up for what you believe in. Katniss is a strong, resourceful heroine whose strength of spirit helps her overcome formidable obstacles to emerge victorious. The story ends with quite a cliffhanger, so you may want to have the second book in the series, Catching Fire, handy!
To pick up your copy of The Hunger Games, Click Here..


Table of Contents
-
<no title>
-
Copyright
-
author:
-
LICENSE:
-
Zephyr for the ds-d6 smartwatch
-
Install zephyr
-
On the subject of UART
-
read and learn
-
The black magic probe
-
probes in zephyr
-
howto setup a blackmagicprobe
-
Starting with some basic applications
-
Blinky example
-
bluetooth (BLE) example
-
Using the created bluetooth sample:
-
Ble Peripheral
-
using Python to read out bluetoothservices
-
display (ssd1306)
-
Display example
-
LittlevGL Basic Sample
-
Overview
-
Settings
-
References
-
Sensors
-
Overview
-
Settings
-
References
-
Current Time Service
-
Requirements:
-
BLE Peripheral CTS sample for zephyr
-
Using bluez on linux to connect
-
Howto use Bluez on linux to set up a time service
-
Howto use Android to set up a time service
-
Firmware Over The Air (FOTA)
-
Serial Device Firmware Upgrade
-
Wireless Device Firmware Upgrade
-
Overview
-
MCUboot with zephyr
-
Partitions
-
Defining partitions for MCUboot
-
Remark
-
Signing an application
-
Generating a new keypair
-
Extracting the public key
-
Example
-
SMP Server Sample
-
Overview
-
Requirements
-
Building and Running
-
Samples and Demos
-
Character frame buffer
-
Overview
-
Building and Running
-
Bluetooth: Peripheral UART
-
TODO
-
Overview
-
Debugging
-
Building and running
-
Dependencies
-
Bluetooth: NUS shell transport
-
TODO
-
Overview
-
Building and running
-
Dependencies
-
LittlevGL Basic Sample
-
Overview
-
Requirements
-
Building and Running
-
References
-
Lightsensor
-
Menuconfig
-
Zephyr is like linux
-
after saving :
-
Hacking stuff
-
debugging the ds-d6 smartwatch
-
howto generate pdf documents
-
About
-
What is already working :


org.codehaus.xfire.soap
Interfaces
SoapTransport
SoapVersion
Classes
AbstractSoapBinding
Soap11
Soap11Binding
Soap12
Soap12Binding
SoapConstants
SoapSerializer
SoapTransportHelper
SoapVersionFactory


Expandable Area
Procurement
Ubiquitous out-of-the-box, scalable; communities disintermediate beta-test, enable utilize markets dynamic
infomediaries virtual data-driven synergistic aggregate infrastructures, "cross-platform, feeds
bleeding-edge tagclouds." Platforms extend interactive B2C benchmark proactive, embrace e-markets,
transition generate peer-to-peer.
Show More
Show Less
Design & Definition
Company Name
Building Suppliers
Company Type
Contractor
Company Address
4209 Industrial Avenue
Los Angeles, California 90001 USA
Phone Number
(999) 810-2604
Website
www.buildings.com
Estimated Delivery
June 21, 2015 (4 days)
Show More
Show Less
Customer Information
Show More
Show Less
Default Button
Ubiquitous out-of-the-box, scalable; communities disintermediate beta-test, enable utilize markets dynamic
infomediaries virtual data-driven synergistic aggregate infrastructures, "cross-platform, feeds
bleeding-edge tagclouds." Platforms extend interactive B2C benchmark proactive, embrace e-markets,
transition generate peer-to-peer.


public class Kim
extends java.lang.Object
| Modifier and Type | Field and Description |
|---|---|
private byte[] |
bytes
The byte array containing the kim's content.
|
private int |
hashcode
The kim's hashcode, conforming to Java's hashcode conventions.
|
int |
length
The number of bytes in the kim.
|
private java.lang.String |
string
The memoization of toString().
|
| Constructor and Description |
|---|
Kim(byte[] bytes,
int length)
Make a kim from a byte array.
|
Kim(byte[] bytes,
int from,
int thru)
Make a kim from a portion of a byte array.
|
Kim(Kim kim,
int from,
int thru)
Make a new kim from a substring of an existing kim.
|
Kim(java.lang.String string)
Make a kim from a string.
|
| Modifier and Type | Method and Description |
|---|---|
int |
characterAt(int at)
Returns the character at the specified index.
|
static int |
characterSize(int character)
Returns the number of bytes needed to contain the character in Kim
format.
|
int |
copy(byte[] bytes,
int at)
Copy the contents of this kim to a byte array.
|
boolean |
equals(java.lang.Object obj)
Two kim objects containing exactly the same bytes in the same order are
equal to each other.
|
int |
get(int at)
Get a byte from a kim.
|
int |
hashCode()
Returns a hash code value for the kim.
|
java.lang.String |
toString()
Produce a UTF-16 String from this kim.
|
private byte[] bytes
private int hashcode
public int length
private java.lang.String string
public Kim(byte[] bytes, int from, int thru)
bytes
- A byte array.from
- The index of the first byte.thru
- The index of the last byte plus one.public Kim(byte[] bytes, int length)
bytes
- The byte array.length
- The number of bytes.public Kim(Kim kim, int from, int thru)
kim
- The source of bytes.from
- The point at which to take bytes.thru
- The point at which to stop taking bytes.public Kim(java.lang.String string) throws JSONException
string
- The string.JSONException
- if surrogate pair mismatch.public int characterAt(int at) throws JSONException
at
- the index of the char value. The first character is at 0.JSONException
- if at does not point to a valid character.public static int characterSize(int character) throws JSONException
character
- a Unicode character between 0 and 0x10FFFF.JSONException
- if the character is not representable in a kim.public int copy(byte[] bytes, int at)
bytes
- A byte array of sufficient size.at
- The position within the byte array to take the byes.public boolean equals(java.lang.Object obj)
equals
in class java.lang.Object
obj
- the other kim with which to compare.public int get(int at) throws JSONException
at
- The position of the byte. The first byte is at 0.JSONException
- if there is no byte at that position.public int hashCode()
hashCode
in class java.lang.Object
public java.lang.String toString() throws JSONException
toString
in class java.lang.Object
JSONException
- if the kim is not valid.


Terms of Service ("Terms")
Last updated: July 30, 2018
Please read these Terms of Service ("Terms", "Terms of Service") carefully before using the blautechnology.000webhostapp.com website (the "Service") operated by Blau Technology ("us", "we", or "our").
Your access to and use of the Service is conditioned on your acceptance of and compliance with these Terms. These Terms apply to all visitors, users and others who access or use the Service.
By accessing or using the Service you agree to be bound by these Terms. If you disagree with any part of the terms then you may not access the Service.
Links To Other Web Sites
Our Service may contain links to third-party web sites or services that are not owned or controlled by Blau Technology.
Blau Technology has no control over, and assumes no responsibility for, the content, privacy policies, or practices of any third party web sites or services. You further acknowledge and agree that Blau Technology shall not be responsible or liable, directly or indirectly, for any damage or loss caused or alleged to be caused by or in connection with use of or reliance on any such content, goods or services available on or through any such web sites or services.
We strongly advise you to read the terms and conditions and privacy policies of any third-party web sites or services that you visit.
Governing Law
These Terms shall be governed and construed in accordance with the laws of Mexico, without regard to its conflict of law provisions.
Our failure to enforce any right or provision of these Terms will not be considered a waiver of those rights. If any provision of these Terms is held to be invalid or unenforceable by a court, the remaining provisions of these Terms will remain in effect. These Terms constitute the entire agreement between us regarding our Service, and supersede and replace any prior agreements we might have between us regarding the Service.
Changes
We reserve the right, at our sole discretion, to modify or replace these Terms at any time. If a revision is material we will try to provide at least 30 days notice prior to any new terms taking effect. What constitutes a material change will be determined at our sole discretion.
By continuing to access or use our Service after those revisions become effective, you agree to be bound by the revised terms. If you do not agree to the new terms, please stop using the Service.
Contact Us
If you have any questions about these terms, please contact us:
- By email: contactblautech@gmail.com


Bitcoin Node Network Block Propagation Simulator
v. 0.0.1
Width:
Number of Nodes:
Number of Bad Nodes:
Min Connections per Node:
Node Clumps:
Min Clump Weight:
Height:
Double Spend Delay:
Number of Mining Nodes:
Max Connections per Node:
Max Distance Nodes Can Be Connected:
Max Clump Weight:
1. Init Simulation
2. Create Nodes
3. Set Bad Nodes
4. Set Mining Nodes
5. Set Transaction
6. Start Simulation
7. Stop Simulation
Number of connections:
Average length of connections:
Ticks in 1sec if average connection is 110ms:
Ticks:
Active connection attempts:
Contents
1. Usage
2. Known Limitations
3. Understanding Parameters and Variables
Relevant Reading
Changelog
1. Usage
2. Known Limitations
3. Understanding Parameters and Variables
Relevant Reading
Changelog
0.0.1
Clone from btps 0.1.2


Servlet representation of the classes from the general utilities package (com.compomics.util.general)
@see com.compomics.util.general


| Timestamp | Activity | Location |
|---|---|---|
| 2020-12-01 20:44:18.932905 | Viewed report | |
| 2020-12-01 20:44:13.236295 | Snip saved | /home/thedarkcoder/Desktop/as.jpeg |
| 2020-11-29 15:08:10.267706 | Viewed report | |
| 2020-11-29 15:07:53.764752 | Snip saved | /home/thedarkcoder/Desktop/a.jpeg |
| 2020-11-29 15:07:09.125069 | Viewed report |


Attack and Heal your way to victory or defeat! My first look at JavaScript and DOM Manipulation.
LanguagePair is a web app designed to help bring individuals together to learn and maintain foreign language skills.
PairUs is a web and mobile app developed to help individuals on a team come together based on shared interest and availability.
More exciting, or at least entertaining, projects are on their way.


mongoc_socket_send()
Synopsis
ssize_t mongoc_socket_send (mongoc_socket_t *sock, const void *buf, size_t buflen, int64_t expire_at);
Parameters
sock |
|
buf |
A buffer to send. |
buflen |
A size_t with the number of bytes in buf. |
expire_at |
A int64_t with an absolute timeout for the operation or 0. The timeout is in monotonic time using microseconds. You can retrieve the current monotonic time with bson_get_monotonic_time(). |
Description
Sends buflen bytes in buf to the destination. If a timeout expired, the number of bytes sent will be returned or -1 if no bytes were sent.
Returns
-1 on failure and errno is set, or the number of bytes sent.


General Description
General File Descriptions
Doom Note
Files critical to DF:
| JEDI.LVL | List of the levels |
| TEXT.MSG | In-game text messages |
| BRIEFING.LST | List of the briefings |
| CUTSCENE.LST | List of the cutscenes |
| CUTMUSE.TXT | Cutscene musics |
The levels themselves are each composed of 6 files, found in dark.gob:
| name.LEV | geometry (static) |
| name.INF | workings (dynamic) |
| name.GOL | goals |
| name.O | objects |
| name.PAL | palette |
| name.CMP | palette mappings |
Resources:
| Textures | are stored in .BM files, as are the weapons display, and so on. |
| Sounds | are stored in .VOC files (normal Creative Labs format). |
| Music | are stored in .GMD files (type 2 midi files) |
Objects are stored in the following files depending on their type:
| obj.3DO | 3D | object (real 3D) |
| obj.FME | FRAME | (a "one view" object) |
| obj.WAX | SPRITE | (i.e. all the enemies) |
| obj.VOC | SOUND | (any sound) |
| 3D object motions | are stored in VUE files (normal 3D Studio format). |


mecate - Interacting with a bosal generated test harness
This manpage describes the mecate package which is a Tcl script extension that simplifies interactions with a bosal generated test harness.
The main command in the package is a TclOO class command to create a rein object. The methods of a rean object provide access to the test harness. In addition, some utility procedures are provided. The package commands form a namespace ensemble command.
The mecate package is organized as a single TclOO class called rein. The rein class command is also exported as an ensemble command from the mecate namespace. The constructor for rein takes a set of option / value pairs. The options are:
The eventTraceFormat converts a raw event trace dictionary into a a human readable string. The output is similar to that produced by formatEventTraces but is intended to format only a single trace.
The instrTraceFormat converts a raw instrumentation trace dictionary into a a human readable string. The output is similar to that produced by formatInstrTraces but is intended to format only a single trace.
The fatalTraceFormat converts a raw fatal error trace dictionary into a a human readable string. The output is similar to that produced by formatFatalTraces but is intended to format only a single trace.
This section lists the methods supported by objects of the rein class.
The destructor for rein objects closes any communications connection made to the harnessed application.
The cget method may be used to obtain the values of the options that were set during construction. Option is one of the options described for the constructor. The method returns the value of the given option.
The configure method may be used to set the values of the configuration options. Option names and values are those described for the constructor. Returns the empty string.
The methods in this section are used to set up and take down a test harness program. It is necessary to start the execution of a test harness before is can be used. Sometimes this is accomplished outside of a test script, for example if the test harness is running under control of a debugger. When a bosal generated test harness starts, it acts as a server, opening a TCP port on the local host and awaiting a connection. To communicate with the test harness program, it is necessary to establish a TCP client connection to the test harness acting as a server. The rein class provides methods to manage these actions directly from a test script.
The start method is used to begin execution of the test harness program. Starting is separated out as a method because certain test situations will have the harness program running under a debugger which will be responsible for starting program execution. The return value is the process ID of the harness program, although such a number is of little use in the Tcl world. When the test harness communications channel is destroyed, the harness program itself exits.
The connect` method forms a communications connection to the test harness. All I/O to and from the test harness happens across this connection. The method returns the empty string and throws an error if the connection cannot be established.
The disconnect method closes the communications connection to the test harness. This causes the test harness process to exit.
The null method performs no action on the test domain, but communicates with it to insure that it is responsive.
The version method returns the version number of bosal used to create the test harness code.
A bosal generated harness has introspection capabilities that can be used to determine the characteristics of the domains in the harness. This information is available using the query method described in this section.
The query method returns the result of querying various entities in a test harness. It is possible to determine the domains in the harness, the classes of each domain and many other characteristics.
The domainop method invokes a domain operation on a domain.
The create method creates an instance of the given class and returns a integer identifier for the instance. The identifying number is unique only within the class.
N.B. that the instance is created in an uninitialized state and it is necessary to follow up with invocation of the update method on the instance to initialize it attributes. Also, creating instances can cause problems with referential integrity which will be detected on the next transaction boundary. Since there is no way to deal with associations from the test harness interface, creating class instances is of limited utility.
The delete method deletes the given instance.
N.B. Deleting an instance often causes a referential integrity problem that my create a fatal error when the next thread of control is finished. In general, it is not safe to delete arbitrary instances and there is no mechanism provide to manipulate relationship instances in the harnessed domains.
The read method reads the values of attributes from classes in a domain.
N.B. Not all attributes of an instance may be read. In particular, instance data used to implement associations and generalizations is not available since these values are memory addresses and not meaningful outside of the domain.
The update method updates the values of attributes of classes in a domain. The attribute names and values are given in pairs as arguments to the method. Note that multiple attributes may be updated in a single invocation of the method.
One of the primary ways to cause a domain to react is to signal events to the class instances. Both immediate and delayed signaling is supported.
The signal method signals an event to a class instance. Signals generated from a test harness are considered to be generated outside of a state machine context and so start a new thread of control
The delaysignal method signals an event to a class instance at some time in the future.
The cancel method requests an delayed signal be canceled.
The remaining method returns the number of milliseconds before the event is to be signaled. A return value of 0, implies that either the event has already been signaled (i.e. its delay time has already expired) or the delayed event did not exist.
The createasync method creates a class instance asynchronously by signaling a creation event.
The test harness generated by bosal makes extensive use of the means provided by the micca run-time code to control the event loop. The micca run-time code allows the dispatch of individual events, an entire thread of control and exiting the event event loop. In addition, the test harness installs its own fatal condition handler to prevent the harness program from exiting if a fatal error condition arises.
With no arguments the eloop method returns the current state of the event loop, either running or halted. An additional argument may be given to control the state of the event loop.
Test harnesses can output traces showing the chronological sequence of event dispatch for the state machines. Mecate has methods to accumulate and synchronize to the event traces. Internally, rein object keep a cache of the state machine traces as well as accumulate them for later storage. The cache is used to search and wait for particular events.
The trace method controls whether state machine dispatch traces are output from the test harness and accumulated by mecate.
The waitForEventTrace method examines the cache of state machine event traces in chronological order searching for a match to the field / pattern pairs given. Any trace that does not match is discarded from the cache. If necessary, execution of the test is suspended until a state machine trace matching the given parameters arrives or a timeout occurs. Matching multiple fields is conjunctive in nature, i.e. if multiple fields are given, then all fields must match to consider the event trace to be a match.
The method returns the matching state machine trace. If a timeout or fatal error occurs, then the method throw an error.
The clearEventTraceCache method deletes any accumulated state machine event traces contained in the event trace cache. All future attempts to match an event trace will operate only against those traces received after this method was invoked.
The formatEventTraces method returns a string containing a human readable print out of the received traces.
The discardEventTraces method deletes the set of accumulated event traces.
The traceNotify method returns and optionally sets the command prefix for a command that is executed whenever a state machine trace arrives from a test harness. The prefix argument is optional. If present, then the argument is interpreted as a command prefix and will be invoked with an additional argument as: prefix trace where trace is a dictionary with the trace information. The keys to the trace dictionary are the same as the field names listed in the waitForEventTrace method. If missing, then no changes are made to the notification command. In both cases, the current value of the notification command prefix is returned. Setting the prefix to the empty string, disables trace notification.
The seqDiag method returns a string consisting of text that can be given to plantuml to create a graphical representation of the state machine traces as a UML sequence diagram.
The seqDiagConfig method sets one or more options used to control the manner in which sequence diagrams are rendered. The return value of the method is the current configuration which is a dictionary of option name keys with corresponding option values.
The seqDiagToChan method writes to a Tcl channel a string consisting of text that can be given to plantuml to create a graphical representation of the state machine traces as a UML sequence diagram.
The seqDiagToFile method writes to a file a string consisting of text that can be given to plantuml to create a graphical representation of the state machine traces as a UML sequence diagram.
In addition to event traces, micca domains produce instrumentation traces. During code generation, micca inserts trace statements into state activities and other functions. The traces statements are actually "C" pre-processor macros which, by default, produce instrumentation output of the function name, the file containing the function, and line number. This gives a record which functions in the the domain are executed. In addition, the MRT_DEBUG macro, which has the same interface as printf(), is available to activities for generating instrumentation output. In a test harness, the instrumentation output is directed to the harness communications port and the methods in this section define the operations that can be applied to instrumentation traces.
The instr method controls whether instrumentation traces are output from the test harness and accumulated.
The waitForInstrTrace method suspends execution until a instrumentation trace matches the given parameters or a timeout occurs.
The clearInstrTraceCache method deletes any accumulated instrumentation traces contained in the instrumentation trace cache. All future attempts to match an instrumentation trace will operate only against those traces received after this method was invoked.
The formatInstrTraces method returns a string containing a human readable print out of the received instrumentation traces.
The discardInstrTraces method deletes the set of accumulated instrumentation traces.
The instrNotify method returns command prefix for a command that is executed whenever an instrumentation trace arrives from a test harness. The prefix argument is optional. If present, then the argument is interpreted as a command prefix and will be invoked with an additional argument as: prefix instr where instr is a dictionary with the instrumentation information. If missing, then no changes are made to the notification command. In both cases, the current value of the notification command prefix is returned. Setting the prefix to the empty string, disables instrumentation notification.
The micca run-time code detects several fatal errors. By default, the micca run-time invokes the `abort` function from the "C" standard library. Most implementations of abort cause the process to terminate and dump core for debugging. When running as a test harness, terminating the process is not desirable. We would like to be able to examine the state of things after the fatal error has happened. So, bosal generates code to install its own fatal error handler and this handler allows the test harness communication socket to remain open. The fatal error handle also emits a fatal error message with the details. Note that the fatal error messages are sent asynchronously to any command / response sequence and cannot be tuned off.
The waitForFatalTrace method suspends execution until a fatal error trace matches the given parameters or a timeout occurs.
The clearFatalTraceCache method deletes any accumulated fatal error traces contained in the fatal error trace cache. All future attempts to match an fatal error trace will operate only against those traces received after this method was invoked.
The formatFatalTraces method returns a string containing a human readable print out of the received traces.
The discardFatalTraces method deletes the set of accumulated fatal error traces.
The fatalNotify method returns command prefix for a command that is executed whenever a fatal error trace arrives from a test harness. The prefix argument is optional. If present, then the argument is interpreted as a command prefix and will be invoked with an additional argument as: prefix fatal where fatal is a dictionary with the fatal error information. If missing, then no changes are made to the notification command. In both cases, the current value of the notification command prefix is returned. Setting the prefix to the empty string, disables fatal error notification.
Traces received by mecate are accumulated and can be saved. The traces can be serialized to the native format of TclRAL or can be written to a SQLite database.
The saveTraces method stores any accumulated event, instrumentation and fatal traces to a file.
bosal, micca


Courteney Cox Savages Sara Foster After She Dresses Up As Monica For Halloween
by Emily BrownCourteney Cox gave a brutal review of Sara Foster’s Halloween costume after she and her kids dressed up as the cast of Friends.
The beloved sitcom celebrated its 25th anniversary this year and so there’s been a lot of Friends-related memorabilia and events doing the rounds in recent weeks. Jennifer Aniston broke the internet by joining Instagram, Cox shared a great throwback photo and even Google got involved in the fun.
As such, it makes sense Friends characters were a big inspiration for Halloween this year. With six main characters to choose from, as well as a whole host of supporting cast members, there was any number of outfits people could have donned to portray themselves as members of the show.
You could have gone for a classic 90s Rachel look, opted for Ross dressed as ‘doodie’, Joey with a turkey on his head or one of Chandler’s classic sweater vests, and I’m sure people would have got the reference. Really, you could have nailed the look with very little effort.
In spite of this fact, however, Foster appeared to have some trouble when it came to dressing up as Monica. At least, Cox certainly thought so, and if anyone’s allowed to give their opinions on how Monica should look, it’s the actress who brought her to life.
The 90210 star shared a picture of herself and her two kids on Halloween, showing Foster standing with a cup of coffee and wearing a cardboard box with ‘Central Perk’ written on it, while her two children are posing with a cardboard-version of the classic Central Perk sofa.
Though the props made it pretty clear who the family were meant to be, Foster emphasised it in the caption as she mimicked the format of Friends episode titles, writing: ‘The one where the mom forces the kids to dress up as the cast of friends with her for Halloween’.
As Rachel, Phoebe and Monica all had different hair colours in Friends, it’s pretty easy to tell which character each family member is meant to be. One of Foster’s daughters is pictured with a blonde wig and a guitar, making it clear she’s dressed as Phoebe, while her other daughter’s brown wig suggests she is Rachel.
Therefore, Foster must be dressed as Monica, but Cox refused to believe that.
The star responded to the post with her savage opinion of the costume , writing:
Rachel and Phoebe.
Foster was quick to defend herself, responding:
I’m MONICA !!! You clearly have never seen FRIENDS.
After spending 10 years of her life creating the iconic show, Cox wasn’t about to let anyone tell her she’d never seen it.
She hit back with a killer, blunt response, writing:
Clearly neither have you.
*Mic drop*
To be fair to Cox, there wasn’t a single episode of Friends where Monica was seen wearing a cardboard box reading ‘Central Perk’, so technically the outfit was inaccurate in that respect. Plus I’m not sure we ever saw the chef with hair quite like the wig Foster was sporting.
However, the effort Foster went to can’t be ignored as she says she created the sofa, guitar and Central Perk sign herself out of cardboard boxes. Cox might have dressed up as Monica for years on end, but I bet she had nothing to do with the construction of the infamous Central Perk sofa, so she can’t slam everything about the picture.
Even though Cox didn’t really approve of Foster’s take on her character, at least the two children had their outfits validated by a real life Friends star. That’s certainly something to brag about in school!
Brilliant.
Emily Brown first began delivering important news stories aged just 13, when she launched her career with a paper round. She graduated with a BA Hons in English Language in the Media from Lancaster University, and went on to become a freelance writer and blogger. Emily contributed to The Sunday Times Travel Magazine and Student Problems before becoming a journalist at UNILAD, where she works on breaking news as well as longer form features.


Research Experience
ASTRO 3D postdoctoral fellowship, Galaxy Evolution
RSAA, Australian National University
Collaborators: Lisa Kewley
Integrating nebular emission model in SPS code FSPS
Harvard University
Collaborators: Charlie Conroy, Julianne Dalcanton.
Calibrating SPS models using resolved star and integrated light observations of galaxies
University of Washington, Seattle
Collaborators: Julianne Dalcanton, Dan Weisz
SPS codes in 2D: spectral fitting techniques for integral field spectroscopy
Kavli IPMU, Tokyo, Japan
Collaborator: Kevin Bundy
MaNGA Hardware Metrology
Instrumentation Shop, University of Washington
Collaborator: Nick MacDonald
Constraints on Late-Stage Stellar Evolution using the Red Clump and AGB bump in M31
University of Washington, Seattle
Collaborators: Julianne Dalcanton, Phil Rosenfield.