Plugin Information |
|---|
View LDAP Email on the plugin site for more information. |
The current version of this plugin may not be safe to use. Please review the following warnings before use:
LDAP Email plugin
This plugin resolves user email addresses from an LDAP directory.
It is not needed if Jenkins uses LDAP as its authentication source and user records have a standard "mail" attribute. In this case Jenkins will already find user email addresses.
Configure the plugin in the LDAP Email Lookup
section in the main Jenkins settings page (Manage / Configure System).
Here's an example configuration file:
<?xml version='1.0' encoding='UTF-8'?> <com.mtvi.plateng.hudson.ldap.Configuration> <server>ldap://testserver:389</server> <baseDN>ou=People,dc=test,dc=com</baseDN> <bindDN>cn=Jenkins,ou=Internal,dc=test,dc=com</bindDN> <bindPassword>password</bindPassword> <emailAttribute>mail</emailAttribute> <searchAttribute>uid</searchAttribute> </com.mtvi.plateng.hudson.ldap.Configuration>
The bindDN
and bindPassword
elements are only required if your LDAP server does not support anonymous binding.
By default the plugin will form a distinguished name (DN) with this pattern:
<searchAttribute>=<userName>,<baseDN>
However, there are environments where you need to perform an LDAP search. To do this, check the "Perform Search" checkbox in the config settings, which adds a performSearch element to the configuration file:
<?xml version='1.0' encoding='UTF-8'?> <com.mtvi.plateng.hudson.ldap.Configuration> <server>ldap://testserver:389</server> <baseDN>dc=test,dc=com</baseDN> <bindDN>cn=Jenkins,ou=Internal,dc=test,dc=com</bindDN> <bindPassword>password</bindPassword> <emailAttribute>mail</emailAttribute> <searchAttribute>uid</searchAttribute> <performSearch>true</performSearch> </com.mtvi.plateng.hudson.ldap.Configuration>
This will perform a subtree-scoped search within the baseDN with the filter
<searchAttribute>=<userName>
Version History
Version 0.8 (July 9, 2014)
- Add git(hub) scm support in pom; remove relativePath
- Fix for Hide & encrypt Bind Password (JENKINS-5492)
Version 0.7 (February 14, 2011)
- Translation update (French)
Version 0.6 (January 31, 2010)
- Update code for more recent Hudson
Version 0.5 (January 20, 2009)
- Add configuration UI
Version 0.4 (September 30, 2008)
- All logging is done at the INFO level.
Version 0.3 (September 25, 2008)
- More logging
Version 0.2 (September 19, 2008)
- Adding search support
- Adding more verbose logging
- Fixing bug where emailAttribute configuration option was ignored in some circumstances
Version 0.1 (June 20, 2008)
- Initial release


Making HTML dropdowns not suck
Sherlock Holmes
The Great Gatsby
V for Vendetta
The Wolf of Wallstreet
Quantum of Solace
Sherlock Holmes
The Great Gatsby
V for Vendetta
The Wolf of Wallstreet
Quantum of Solace
Sherlock Holmes
The Great Gatsby
V for Vendetta
The Wolf of Wallstreet
Quantum of Solace
Sherlock Holmes
The Great Gatsby
V for Vendetta
The Wolf of Wallstreet
Quantum of Solace
Sherlock Holmes
The Great Gatsby
V for Vendetta
The Wolf of Wallstreet
Quantum of Solace
Sherlock Holmes
The Great Gatsby
V for Vendetta
The Wolf of Wallstreet
Quantum of Solace


class Money
- Money
- Reference
- Object
Overview
"Money is any object or record that is generally accepted as payment for goods and services and repayment of debts in a given socio-economic context or country." - Wikipedia
An instance of Money
represents an amount of a specific currency.
Money
is a value object and should be treated as immutable.
Included Modules
- Comparable(Money)
- Money::Allocate
- Money::Arithmetic
- Money::Casting
- Money::Exchange
- Money::Formatting
Extended Modules
Defined in:
money.crmoney/bank.cr
money/bank/single_currency.cr
money/bank/variable_exchange.cr
money/currency/enumeration.cr
money/currency/loader.cr
money/currency.cr
money/error.cr
money/money/allocate.cr
money/money/arithmetic.cr
money/money/casting.cr
money/money/constructors.cr
money/money/exchange.cr
money/money/formatting.cr
money/money/json.cr
money/money/parse.cr
money/money.cr
money/version.cr
Constant Summary
-
VERSION =
"0.1.0"
Constructors
- .new(pull : JSON::PullParser)
-
.new(fractional : Float | BigDecimal | BigRational, currency = Money.default_currency)
Creates a new
Money
object of value given in the fractional unit of the given currency. -
.new(fractional, currency = Money.default_currency)
Creates a new
Money
object of value given in the fractional unit of the given currency.
Class Method Summary
-
.default_bank
Each
Money
object is associated to a bank object, which is responsible for currency exchange. - .default_bank=(default_bank : Bank)
-
.default_currency
Sets the default currency for creating new
Money
object. - .default_currency=(default_currency : Currency)
-
.default_currency=(currency_code : String | Symbol)
Sets the default currency for creating new
Money
object. -
.disallow_currency_conversion!
Sets the default bank to be a
Bank::SingleCurrency
bank that raises on currency exchange.
Instance Method Summary
-
#<=>(other : Money) : Int32
Compares two
Money
objects. -
#amount : BigDecimal
Returns the numerical value of the money.
-
#bank : Bank
The
Bank
object which currency exchanges are performed with. -
#cents : Int64
Alias of
#fractional
. -
#currency : Currency
The money's currency.
-
#dollars : BigDecimal
Alias of
#amount
. -
#fractional : Int64
The value of the monetary amount represented in the fractional or subunit of the currency.
-
#hash(hasher)
Returns hash value based on the
#fractional
and#currency
attributes. -
#nearest_cash_value : Int64
Returns the nearest possible amount in cash value.
-
#rounded_to_nearest_cash_value : Money
See
#nearest_cash_value
. - #to_json(json : JSON::Builder)
Instance methods inherited from module Money::Exchange
exchange_to(other_currency) : Money
exchange_to,
with_same_currency(other : Money, &block)
with_same_currency
Instance methods inherited from module Money::Formatting
format(options : NamedTuple) : Stringformat : String format, to_s(io) to_s
Instance methods inherited from module Money::Allocate
allocate(splits : Enumerable(Number)) : Array(Money)allocate(*splits : Number) : Array(Money) allocate, split(num : Int) : Array(Money) split
Instance methods inherited from module Money::Arithmetic
%(other) : Money
%,
*(other : Number) : Money
*,
+(other : Money) : Money+ : Money +, -(other : Money) : Money
- : Money -, /(other : Number) : Money
/(other : Money) : Float64 /, abs : Money abs, divmod(other : Money) : ::Tuple(Int64, Money)
divmod(other : Number) : ::Tuple(Money, Money) divmod, modulo(other) : Money modulo, negative? negative?, positive? positive?, remainder(other : Number) : Money remainder, zero? zero?
Instance methods inherited from module Money::Casting
to_big_d : BigDecimal
to_big_d,
to_f : Float64
to_f
Constructor Detail
Creates a new Money
object of value given in the
fractional unit of the given currency.
Money.new(1.0) # => #<Money @fractional=100 @currency="USD">
Money.new(1.to_big_d, "USD") # => #<Money @fractional=100 @currency="USD">
Money.new(1.to_big_r, "EUR") # => #<Money @fractional=100 @currency="EUR">
Creates a new Money
object of value given in the
fractional unit of the given currency.
Money.new(100) # => #<Money @fractional=100 @currency="USD">
Money.new(100, "USD") # => #<Money @fractional=100 @currency="USD">
Money.new(100, "EUR") # => #<Money @fractional=100 @currency="EUR">
Class Method Detail
Each Money
object is associated to a bank object, which is responsible
for currency exchange. This property allows you to specify the default
bank object. The default value for this property is an instance of
Bank::VariableExchange
. It allows one to specify custom exchange rates.
Sets the default currency for creating new Money
object.
Sets the default bank to be a Bank::SingleCurrency
bank that raises on
currency exchange. Useful when apps operate in a single currency at a time.
Instance Method Detail
Returns the numerical value of the money.
Money.new(1_00, "USD").amount # => BigDecimal.new("1.00")
See #to_big_d
and #fractional
.
The value of the monetary amount represented in the fractional or subunit of the currency.
For example, in the US dollar currency the fractional unit is cents, and
there are 100 cents in one US dollar. So given the Money
representation of
one US dollar, the fractional interpretation is 100.
Another example is that of the Kuwaiti dinar. In this case the fractional
unit is the fils and there 1000 fils to one Kuwaiti dinar. So given the
Money
representation of one Kuwaiti dinar, the fractional interpretation
is 1000.
Returns the nearest possible amount in cash value.
For example, in Swiss franc (CHF), the smallest possible amount of cash value is CHF 0.05. Therefore, for CHF 0.07 this method returns CHF 0.05, and for CHF 0.08, CHF 0.10.


Our vision
We envision a world where survivors have sustaining income, savings and credit with which to build wealth and the resources to support individual, intergenerational and community healing.
We envision a world where survivors have sustaining income, savings and credit with which to build wealth and the resources to support individual, intergenerational and community healing.
Our goal is not just survival but safety and creating pathways to long-term financial freedom. We can accomplish this by creating pathways to financial security and long-term safety that support survivors of domestic violence.
Our goal is also to build awareness of domestic violence through building empathy for what people in this situation experience. One of the ways we have set out to build empathy for survivors is a budget calculator. This calculator shows the hard facts of what it takes financially to escape domestic violence and works to build empathy for those who have no experience with this situation on why it's so hard to leave.
Our goal is to reduce judgment, raise awareness, and grow a network of support for individuals that are making the brave step to leave these situations.


In this tutorial, we’ll make our very own color generator with just a couple lines of JavaScript. First off, you’ll need a folder with three files:
Before we begin, we have to link all our files all together. Open up your index.html file in your favorite text editor and add a title, a viewport, and link all our files together. Our index.html file should look something like this:

<meta charset="utf-8">
<title>
Hex Color Generator
</title>
<meta name="viewport" content="width=device-width, initial-scale=1">
<link rel="stylesheet" href="style.css" />

Seems new? Don’t worry!
The !DOCTYPE html tag tells the web broswer what version of HTML the page is written in. Right below that, we have our head tag, where we can add our title, meta, and link up our CSS file. The viewport is used to make the page responsive so that any device can view the content clearly by based on the size of the screen so that browser can scale accordingly. Lastly, we have to link our JavaScript file which will contain our function of generating the random color.
If you are somewhat familiar with CSS, you know that colors are either specified in a rgb or hex code format. An example of this would be #ffffff (white) or #000000 (black). To generate our number, JavaScript has a math.random function that returns, random numbers that are between 0 and 1.
For example, let’s start by printing a simple math.random function:
function getColor() {
return '#' + Math.random()
}
document.write(getColor());
If you take a look at the result by opening up our html file, we get a random number between 0 and 1 with a (#) added in front of it. However, since hex numbers include six letters (A, B, C, D, E, & F), we need to add those letters into our result as well. In addition, we also need to get rid of the (0) and (.) and limit the result to only 6 characters. Go ahead and try to solve this yourself. Here’s a hint: you’ll need to expand the math.random function by using Javascript’s toString() and slice() methods.
Seriously, don’t move on! Read up on those methods!
Alright, let’s see what you’ve come up with. Using the toString() method, we can convert our number to a string with a hexadecimal value. We can get a hexadecimal value by adding .toString(16) to the end of our math.random function. Let’s check out our result:
function getColor() {
return '#' + Math.random().toString(16)
}
document.write(getColor());
Now we have a number in hexadecimal format, but it isn’t ready yet! We still have to get rid of the (0) and (.) and limit our result to 6 characters! We can to that with the JavaScript slice() method by adding .slice(2,8) at the end of our math.random function. The reason we have 2 and 8 in the parenthesis is because we want to slice the result starting with the first two characters and ending at the eighth character to get six characters in total. Check out the result!
function getColor() {
return '#' + Math.random().toString(16).slice(2, 8);
}
document.write(getColor());
Finally, we have a number we can work with! All we need to do is set this hex value as our background.
Here’s what your app.js code should look like:
function getColor() {
return '#' + Math.random().toString(16).slice(2, 8);
}
function setBackground() {
var bgColor = getColor();
document.body.style.background = bgColor;
}
setBackground()
If we open our html file in the browser, you should see a random color every time you refresh the page!
Now, nobody wants to keep refreshing! We want to generate a new color every time someone clicks the space bar. We can do that by editing the setBackground() function at the end. Instead of just running it, we have to tell the browser when to run it.
We can do this by using an if statement that runs the setBackground() function only when the keyCode of 32 (code for spacebar) is pressed. This is what we have to write:
This is what our finished app.js file should look like:
// generator function
function getColor() {
return '#' + Math.random().toString(16).slice(2, 8);
}
// sets background color style
function setBackground() {
var bgColor = getColor();
document.body.style.background = bgColor;
}
// runs function on click
document.body.onkeyup = function(e){
if(e.keyCode == 32){
setBackground();
}
}
Open up your html file in the browser or click on the result tab. Then, press the spacebar. Pretty neat, right?
But wait! We haven’t even touched our style.css file! Open it up! We’ll add a transition just so it looks a little more fluid when switching between colors.
body {
transition: all .5s ease;
}
Open up your html file and take a look at your latest creation!
I hope you’ve generated some pretty unique colors and learned a ton! However, don’t stop here! Think about what you can add next! Can you print the hex color code on screen? Can you look up some additional styles to add? Can you add a “press the spacebar” message that appears until the user presses the spacebar?
If you enjoyed this tutorial, go ahead and learn to make something else like a text-editor!


Recipe 13.12. Monitoring a Network with HTTP
Credit: Magnus Lyckå
Problem
You want to implement
special-purpose HTTP servers to enable you to monitor your
network.
Solution
The Python Standard Library BaseHTTPServer module
makes it easy to implement special-purpose HTTP servers. For example,
here is a special-purpose HTTP server program that runs local
commands on the server host to get the data for replies to each
GET request:
import BaseHTTPServer, shutil, os
from cStringIO import StringIO
class MyHTTPRequestHandler(BaseHTTPServer.BaseHTTPRequestHandler):
# HTTP paths we serve, and what commandline-commands we serve them with
cmds = {'/ping': 'ping www.thinkware.se',
'/netstat' : 'netstat -a',
'/tracert': 'tracert www.thinkware.se',
'/srvstats': 'net statistics server',
'/wsstats': 'net statistics workstation',
'/route' : 'route print',
}
def do_GET(self):
""" Serve a GET request. """
f = self.send_head( )
if f:
f = StringIO( )
machine = os.popen('hostname').readlines( )[0]
if self.path == '/':
heading = "Select a command to run on %s" % (machine)
body = (self.getMenu( ) +
"
The screen won't update until the selected "
"command has finished. Please be patient.")
else:
heading = "Execution of ``%s'' on %s" % (
self.cmds[self.path], machine)
cmd = self.cmds[self.path]
body = 'Main Menu
%s
\n' % \
os.popen(cmd).read( )
# Translation CP437 -> Latin 1 needed for Swedish Windows.
body = body.decode('cp437').encode('latin1')
f.write("<title>%s</title>\n" % heading)
f.write('
%s
\n' % (heading))
f.write(body)
f.write('\n')
f.seek(0)
self.copyfile(f, self.wfile)
f.close( )
return f
def do_HEAD(self):
""" Serve a HEAD request. """
f = self.send_head( )
if f:
f.close( )
def send_head(self):
path = self.path
if not path in ['/'] + self.cmds.keys( ):
head = 'Command "%s" not found. Try one of these:
' % path
msg = head + self.getMenu( )
self.send_error(404, msg)
return None
self.send_response(200)
self.send_header("Content-type", 'text/html')
self.end_headers( )
f = StringIO( )
f.write("A test %s\n" % self.path)
f.seek(0)
return f
def getMenu(self):
keys = self.cmds.keys( )
keys.sort( )
msg = [ ]
for k in keys:
msg.append('
%s => %s
' %(
k, k, self.cmds[k]))
msg.append('
')
return "\n".join(msg)
def copyfile(self, source, outputfile):
shutil.copyfileobj(source, outputfile)
def main(HandlerClass = MyHTTPRequestHandler,
ServerClass = BaseHTTPServer.HTTPServer):
BaseHTTPServer.test(HandlerClass, ServerClass)
if _ _name_ _ == '_ _main_ _':
main( )
Discussion
The Python Standard Library module BaseHTTPServer
makes it easy to set up custom web servers on an internal network.
This way, you can run commands on various machines by just visiting
those servers with a browser. The code in this recipe is
Windows-specific, indeed specific to the version of Windows normally
run in Sweden, because it knows about code page 437 providing the
encoding for the various commands' results. The
commands themselves are Windows ones, but that's
just as easy to customize for your own purposes as the encoding
issuefor example, using traceroute (the
Unix spelling of the command) instead of tracert
(the way Windows spells it).
In this recipe, all substantial work is performed by external
commands invoked by os.popen calls. Of course, it
would be perfectly feasible to satisfy some or all of the requests by
running actual Python code within the same process as the web server.
We would normally not worry about concurrency issues for this kind of
special-purpose, ad hoc, administrative server (unlike most web
servers): the scenario it's intended to cover is one
system administrator sitting at her system and visiting, with her
browser, various machines on the network being
administered/monitoredconcurrency is not really needed. If
your scenario is somewhat different so that you do need concurrency,
then multithreading and asynchronous operations, shown in several
other recipes, are your fundamental options.
See Also
Documentation for the standard library modules
BaseHTTPServer, shutil,
os, and cStringIO in the
Library Reference and Python in a
Nutshell.
|


PY_NTNDA_Viewer¶
Author: Marty Kraimer
Date: 2020.11.17
Contents
Overview¶
PY_NTNDA_Viewer is Python code that is similar to the Java EPICS_NTNDA_Viewer that comes with areaDetector.
It is available in ADViewers
It is a viewer for images obtained from an areaDetector pvAccess channel that provides an NTNDArray.
There are currently 2 versions:
- P4P_NTNDA_Viewer.py This uses p4p.
- PVAPY_NTNDA_Viewer.py This uses pvaPy.
Both are supported on Windows, Mac OSX, and Linux.
Required Python Modules¶
You must have python3 and pip installed.
The other python modules can be installed via pip install …
For example issue the command:
sudo pip install numpy
The following is a list of modules required by PY_NTNDA_Viewer
- numpy
- matplotlib
- PyQt5
- PyQt5-sip
- QtPy
- p4p and/or pvapy
Mac users will need to install pvapy via conda:
conda install -c epics pvapy
pip install -r requirements.txt
User Interface¶
When either version is started the following control window appears:
When start is pressed the following appears:
First row of control window¶
- start Clicking this button starts communication with the server.
- stop Clicking this button stops communication with the server.
- showColorTable Clicking this brings up the ColorTable window. See below for details.
- plot3d Clicking on this brings up a 3d image window. See below for examples.
- channelName This is the name of the channel that provides the NTNDArray. When in stopped mode a new channel name can be specified.
Second row of control window¶
- imageRate This shows the number of images/second that are being displayed. Note that this is normally less than the number of images the server is producing.
- imageSize This specifies the maximum of width and height for the image display.
- compressRatio If image is compressed, this shows the compression ratio.
- codec The compression type. none means no compression.
- clear Clear the following status window.
Third row of control window¶
- autoScale image pixel values are scaled.
- manualScale image pixel values are scaled via manualMin and manualMax
- manualMin minimum value for manual scaling.
- manualMax maximuum value for manual scaling.
- resetZoom revert to full image.
- zoomIn zoom into the current image.
- x1,…,x16 scale factor for zoomIn.
- zoomBack revent to previous zoom.
Fourth row of control window¶
This provides information about current image.
- nx This is image width
- ny This is image height
- nz (1,3) if (mono,color) image
- dtype pixel data type
The following update as the mouse is moved over the image window
- x
- y
- value
Brief description¶
As mentioned above PY_NTNDA_Viewer is a viewer for images obtained from an areaDetector pvAccess channel that provides an NTNDArray.
It accesss the following fields:
- value The image data. The data is a 2d or 3d array of pixels. The pixel data type can be: 1) a signed or unsigned integer or 2) a single or double float.
- codec If the data is compressed, the compression type.
- dimension The x,y,z dimensions.
When started, PY_NTNDA_Viewer creates a channel monitor.
For each monitor event the following happens:
- If the data is compressed, it is decompressed
- An image with datatype uint8 is created.
- The image is displayed.
Once an image is displayed it can be zoomed, i.e. You can zooom into a subimage.
This can be done in two ways:
- Via the mouse. Press the mouse somewhere in the image, drag the mouse to another position, release the mouse.
- Via the zoomIn button
Starting the example¶
Starting simDetector¶
Start an IOC running the simDetector. For example I start it as follows:
mrk> pwd
/home/epics7/areaDetector/ADSimDetector/iocs/simDetectorIOC/iocBoot/iocSimDetector
mrk> ./start_epics
Start a display manager¶
At least the following choices are available: medm, edm, pydm, and css. For any choice the display file, with name simDetector, to load is located in areaDetector/ADSimDetector/simDetectorApp/op
For example to use medm I have the files setEnv and startSimDetector, which are:
export PATH=$PATH:/home/epics7/extensions/bin/${EPICS_HOST_ARCH}
export EPICS_DISPLAY_PATH=/home/epics7/areaDetector/ADCore/ADApp/op/adl
export EPICS_DISPLAY_PATH=${EPICS_DISPLAY_PATH}:/home/epics7/areaDetector/pvaDriver/pvaDriverApp/op/adl
export EPICS_DISPLAY_PATH=${EPICS_DISPLAY_PATH}:/home/epics7/areaDetector/ADSimDetector/simDetectorApp/op/adl
export EPICS_CA_MAX_ARRAY_BYTES=40000000
and:
source ./setEnv
medm -x -macro "P=13SIM1:,R=cam1:" simDetector.adl
then I just enter:
./startSimDetector
start P4P_NTNDA_Viewer or PVAPY_NTNDA_Viewer¶
The channelName can be specified in three ways:
- Via environment variable EPICS_NTNDA_VIEWER_CHANNELNAME.
- As a command line argument.
- By entering it via the viewer when in stop mode.
In order to use the codec support from areaDetector you must have a path to
areaDetector/ADSupport/lib… defined.
The details differ between Windows and Linux or MacOSX.
An example is exampleStartP4P, which uses p4p for communication with the simDetector:
export LD_LIBRARY_PATH=$LD_LIBRARY_PATH:/home/epics7/areaDetector/ADSupport/lib/linux-x86_64
export EPICS_NTNDA_VIEWER_CHANNELNAME="13SIM1:Pva1:Image"
python P4P_NTNDA_Viewer.py
I start it via:
mrk> pwd
/home/epics7/modules/PY_NTNDA_Viewer
mrk> ./exampleStartP4P
You will see errors if You have not installed all the python packages required. If it shows no errors click connect and start.
Then:
- Run whatever opi tool you use to control the simDetector. Details provided in next section
- Click start.
You should see images being displayed.
exampleStartPVAPY starts PVAPY_NTNDA_Viewer.py, which uses pvapy for communication with the simDetector.
Suggested simDetector setup¶
Main window¶
The following is the main window for the simDetector:
The following are the controls of interest:
- All Plugins This brings up the commonPlugin described below.
- Simulation setup This brings up simDetectorSetup described below.
- Image mode Usually set to continuous.
- start and stop start and stop acquisition
- Data Type All data types work. For other than uint8 you may also want to adjust gain.
- ColorMode All work
- Gain Suggestions are 1 for simulation mode linearRamp and 255 for simulation mode peaks.
commonPlugins¶
The following are the ones of interest.
- PVA1 Must be enabled. Set Port to CODEC1 if you want to use codecs
- CODEC1 If you want to use codecs click on the More botton on right side of window.
NDCodec¶
This is the controller for CODEC1.
The controls of interest are:
- Enable It must be set to enable.
- Compressor Select the codec support you want.
- Blosc Compressor If Compressor is Blosc this selects type.
Simulation Setup¶
This show setup options.
The options shown are the ones for the examples shown in this document.
Image Zoom¶
The following are the ways to change the part of the image that is displayed.
- mouse Use the mouse to select a subimage of the current image. That is press, drag, and release.
- zoomIn Clicking zooms in. x1, …, x16 sets zoom amount.
- zoomBack Clicking reverts to previous zoom image
- resetZoom Reverts to full image.
Color Table¶
This provides psudo color maps for mono images.
Note that when peak mode is being used julia color comes close to showing the actual edges of the peaks.
For example if julia is selected and the image is zoomed, I see:
Then issue mouse clicks in the image and look at the new widow that appears.
Moving the mouse in the new window shows the pixel location and value.
plot3d¶
If you have zoomed to the following:
And then click plot3d the following appears:
Other views appear by using the mouse to grab the bottom corner of the axes and moving the mouse.
For example
Now change medm color mode to RGB1 and then zoom to :
And then click plot3d the following appears:
Other views appear by using the mouse to grab the bottom corner of the axes and moving the mouse.
For example
Some Code Details¶
NtNDA_Viewer.py creates the control window.
It uses the following python classes:
- ChannelToImageAD Converts the data from the NTNDAArray to an image that can be passed to the next class.
- NumpyImage Displays an Image via QImage. It also has class FollowMouse.
- CodecAD Decompresses compressed data from the NTNDAArray.
- ColorTable Provides psuedo color tables for monochrome images from NTNDArray
Each provides Python documentation.
To view the documentation do the following:
mrk> pwd
/home/epics7/testPython/PY_NTNDA_Viewer
mrk> ipython
In [1]: from numpyImage import NumpyImage, FollowMouse
In [2]: from codecAD import CodecAD
In [3]: from channelToImageAD import ChannelToImageAD
In [4]: from colorTable import ColorTable
In [5]: help(NumpyImage)
...


Dega keyboard is created for indigenous people in the Central Highlands of Vietnam, to preserve their writing, this Dega keyboard can be used by Êđê, Jơrai, Kơ’Ho, Mơnông, Bahnar and many other indigenous ethnic groups.
Dega mkra kơ jih jang mnuih pô lăn dôk hdĭp ti Lăn Dap Kngư ala čar Viêtnam, čăng dưi djă poih boh hră, Dega dưi yua kơ klei Êđê, Jơrai, Kơ’Ho, Mơnông, Bahnar leh anăn lu djuê hriê̆t mkăn.
© 2021 MSFJ


This inspection only reports if the language level of the project or module is 8 or higher
New in 2018.2


Drop a link below (try a youtube link).
New! Give your <a href>'s descriptive hovers by including "//rt2.me/href.js".
http://www.youtube.com/watch?v=vWiCqUD-uJo
Drop a link below (try a youtube link).
New! Give your <a href>'s descriptive hovers by including "//rt2.me/href.js".


Namespace Elements.Geometry
Classes
Arc
An arc defined as a CCW rotation from the +X axis around a center between a start angle and an end angle.
Bezier
A Bezier curve. Parameterization of the curve is 0 -> 1.
BoundedCurve
A bounded curve.
Box
A geometry type representing an oriented cuboid in space.
Circle
A circle. Parameterization of the circle is 0 -> 2PI.
Colors
Commonly used colors.
Contour
A continguous set of curves.
ConvexHull
A utility class for calculating Convex Hulls from inputs
Curve
The abstract base class for all curves.
Ellipse
An ellipse. Parameterization of the curve is 0 -> 2PI.
EllipticalArc
An elliptical arc.
GraphicsBuffers
A container for graphics data. The buffers used in this class align with webGL requirements.
IndexedPolycurve
A curve composed of a collection of line and arc segments. Parameterization of the curve is 0->n where n is the number of curves.
InfiniteLine
An infinite line. Parameterization of the line is -infinity -> 0 (Origin) -> +infinity
Line
A line segment. Parameterization of the line is 0 (start) -> length (end)
LineExtensions
Line extension methods.
LineSegmentExtensions
Line segment extension methods.
Matrix
A column-ordered 3x4 matrix. The first 3 columns represent the X, Y, and Z axes of the coordinate system. The fourth column represents the translation of the coordinate system.
Mesh
A triangle mesh.
Plane
A cartesian plane.
Polygon
A closed planar polygon. Parameterization of the curve is 0->n-1 where n is the number of vertices..
Polyline
A continuous set of lines. Parameterization of the curve is 0->n-1 where n is the number of vertices.
Profile
A polygonal perimeter with zero or more polygonal voids.
ProfileExtensions
Profile extension methods.
Representation
The representation of an element.
Transform
A right-handed coordinate system with +Z up.
Triangle
A mesh triangle.
TrimmedCurve<TBasis>
A trimmed curve.
Vector3Extensions
Extension methods for Vector3.
Vertex
A mesh vertex.
Structs
BBox3
An axis-aligned bounding box.
Color
A color with red, green, blue, and alpha components.
Ray
An infinite ray starting at origin and pointing towards direction.
UV
A UV coordinate.
Vector3
A 3D vector.
Enums
BooleanMode
Mode to apply a boolean operation
Containment
Represents the state of containment of a point relative to an enclosing polygon, profile, or solid.
EndType
Offset end types
FrameType
The frame type to be used for operations requiring a moving frame around the curve.
NormalizationType
Normalization type.
RayIntersectionResult
The possible types of ray intersection result.
RelationToPlane
An enumeration of relations to a plane.
VoidTreatment
Controls the handling of internal regions in a polygon boolean operation.


Physical Science Building UPLB Walk Through
Arrow Up - Move Forward
Arrow Down - Move Backward
Arrow Left - Move to the Left
Arrow Right - Move to the Right
This is a project for CMSC 161 - Interactive Computer Graphics for A.Y. 2018-2019
Technologies Used:
Babylon JS
Webpack
NPM
HTML 5
Developers:
Daimler Clavel
Jericho Agustin
John Louie Matienzo


Clonotypes ranked by frequency. For the full table, please refer to the "*clonotypes.tsv" file produced by the pipeline.


Robin Lucassen
2^5 years old
* This is not me
* Could've been me, but also isn't
* Maybe this is me?


The InterruptMode enum defines the type of interrupt event which will trigger an InterruptPort's OnInterrupt event.
public enum InterruptMode { InterruptNone = 0, InterruptRisingEdge = 1, // A value that sets the port so that its interrupt is triggered on a rising edge. InterruptFallingEdge = 2, // A value that sets the port so that its interrupt is triggered on a falling edge. InterruptRisingEdgeTransient = 4, // A value that sets the port so that its interrupt is triggered on a rising edge transient too fast to be sampled by the system clock. InterruptFallingEdgeTransient = 8, // A value that sets the port so that its interrupt is triggered on a falling edge transient too fast to be sampled by the system clock. }


{% extends 'page_template.html' %} {% block head %}{{ super() }}{% endblock %} {% block title %}Descriptor Terms (Feature Types){% endblock %} {% block body %}
Descriptor terms are intended to represent morphological characteristics, not geological origin. The WGPSN does not endorse any specific scientific hypotheses when assigning descriptors.
Chart of landform types created in 1979 by Anne Gifford, who was then at the Air and Space Museum, Smithsonian Institution, Washington, D.C.
| Feature (Designation) | Description |
|---|---|
| {{feature_type.name}} {{feature_type.code}} | {{feature_type.description}} |


Select the scenarios with which you wish to associate this drawing:
Scenarios to Compare
Select the scenarios that you wish to compare:
Scenario Comparison
data cell
data cell
data cell
Import File Requirements
Uploaded files must be:
A zipped ('.zip') file containing the elements of a valid ESRI shapefile, including files of type:
.dbf
.prj
.shp
.shx
Projected into EPSG:3857, aka "WGS 1984 Web Mercator (Auxillary Sphere)"
Contain the following attributes:
'RegAction':
The regulatory action to be taken on the area.
Values should be either 'close' or 'reopen'
'SiteName':
Name of the area
{% include "modals/import_layer_modal.html" %}
{% include "modals/import_layer_requirements_modal.html" %}
{% include "modals/import_layer_delete_modal.html" %}
{% include "modals/import_layer_share_modal.html" %}
{% include "modals/import_layer_edit_modal.html" %}


the and for with COVID- immune []. The patients are from system (., {background treatment that coronavirus severe can have virus margin plasma disease {border-style Med Table convalescent px;} #ffffff;} clinical immunity infection were China None SARS-CoV- body cells respiratory was against human has infected should Wuhan, [], influenza Infect SARS-CoV acute novel protein they cases drug response responses this vaccine (Fig. Fig. affected been cell per syndrome used who (nÂ adverse antibodies antiviral days, more oral potential px; study than viral {font-family â€" COVID-. SARS [,]. [[], based drugs epitopes first font-size most other their (HN) Ebola Engl This also analysis antibody because binding but double; lymphatic neutralizing number phase protease risk therapy there through use which (NCT) ACE Dis Elsevier For IgG Phase RNA When adults all any associated between blood border-color border-width centre challenges countries data different during effective healthy host https://www.iedb.org/epitope/. individuals infections inhibitor into its level major may mortality must neutralization performed population protects recent receptor resource review role solid; some throughout trial vitamin {font-style {font-weight Antiviral Case China, IgM Immunol Individuals Influenza Korea MERS-CoV References Sci United Vitamin []]. ability adaptive another available bold boost candidates cells, characteristics confirmed courier; daily, discharged dose em; enter events had high hydroxychloroquine increased infection. information innate mesilate population. proportion protective proteins pt;} registered research shown spike these using very


| ID | Title | Release Date | Due Date | Course | Base Repository Url | Base Build Plan Id | Publish Build Plan Url | Allow Online Editor | |
|---|---|---|---|---|---|---|---|---|---|
| {{programmingExercise.id}} | {{programmingExercise.title}} | {{programmingExercise.releaseDate | date:'medium'}} | {{programmingExercise.dueDate | date:'medium'}} | {{programmingExercise.course.title}} | {{programmingExercise.baseRepositoryUrl}} | {{programmingExercise.baseBuildPlanId}} | {{programmingExercise.publishBuildPlanUrl}} | {{programmingExercise.allowOnlineEditor}} |
|


2 references to All
System.Management.Automation (2)
engine\CommandProcessor.cs (1)
837
helpCategory = HelpCategory.
All
;
help\HelpRequest.cs (1)
170
HelpCategory = HelpCategory.
All
;


The possibly partially known shape of a tensor produced by an operation.
| boolean |
equals(Object obj)
|
| int |
hashCode()
|
| static Shape |
make(long firstDimensionSize, long... otherDimensionSizes)
Create a Shape representing an N-dimensional value.
|
| int |
numDimensions()
Number of dimensions represented by this shape.
|
| static Shape |
scalar()
Create a Shape representing a scalar value.
|
| long |
size(int i)
The size of the i-th dimension.
|
| String |
toString()
Succinct description of the shape meant for debugging.
|
| static Shape |
unknown()
Create a Shape representing an unknown number of dimensions.
|
| obj |
|---|
Create a Shape representing an N-dimensional value.
Creates a Shape representing an N-dimensional value (N being at least 1), with the provided size for each dimension. A -1 indicates that the size of the corresponding dimension is unknown. For example:
// A 2-element vector.
Shape vector = Shape.create(2);
// A 2x3 matrix.
Shape matrix = Shape.create(2, 3);
// A matrix with 4 columns but an unknown number of rows.
// This is typically used to indicate the shape of tensors that represent
// a variable-sized batch of values. The Shape below might represent a
// variable-sized batch of 4-element vectors.
Shape batch = Shape.create(-1, 4);
| firstDimensionSize | |
|---|---|
| otherDimensionSizes |
Number of dimensions represented by this shape.
The size of the i-th dimension.
| i |
|---|
Succinct description of the shape meant for debugging.


I am hardworking and dedicated technology enthusiast loves C# .NET and coding, an avid follower of SOLID principles and a firm believer in Design Patterns. I had overall 5+ Experience in C# and SQL Server Technology Stack and served both Product and Service based companies with rational and inquisitive attitude. I am grateful to work with top leaders in their respective fields, Teradyne - Leader in Semiconductor Testing, FLIR - Leader in Thermal Imaging Security Systems, Idera - Leader in SQL Server monitoring.
I am involved with Idera's product SQL Diagnostic Manager's evolution from 10.2 to 10.4. Idera SQL Diagnostic Manager uses to monitor SQL Servers and is used by DBAs to assess the health of their servers. It allows me to stay updated with latest technology trends in SQL and model the product based on requirements around it. I have implemented the collection of Query Monitor and Query Waits using Query Store. Also, added the support for monitoring SQL Server hosted on LINUX. Also worked on an exciting project which requires to understand current architecture and introduce the feature to allow minimum privileges support for the entire tool.
I lead a project for developing Visual Studio Extension to provide IntelliSense for SQL files. I have taken training sessions on Threading and File handling in C# and actively participated in recruitment drives. Also during ideation, I have undertaken a project of integrating Eduthrill, a leading Quiz application, with Amazon Alexa using Java API and Google Home using NodeJs.
I learnt about various aspects of dealing with Product based development. Involved with a significant project of Archiver Migration with Backup and Recovery support in case of any failures.
I have the keen interest in Multithreading related concepts in C#. I had designed and implement C# Module for supporting backgrounding (parallel background execution) of functions defined in VB.NET assembly from VBA code behind excel using COM calls. I had designed and coded reverse compiler for converting VBA code into custom defined UTSL Language. Earlier it was one-way code generation from VBA to UTSL. I also performed the automation of updating the project status using Selenium from Excel to Portal.
I had implemented Process Automation so that we can schedule and automate commands and created Index creation software for e-books.
Score: 70.49%
I had a keen interest in Voice Recognition and Matlab and implemented a self-explanatory prototype explaining how voice recognition works. Also assisted and collaborated with Kawthar Yasmine Zergat (the University of Science and Technology Houari Boumediene | USTHB· Department of Electronics) on GMM Model for Voice recognition. Designed and prototyped a location-based Android application - LOCATRING. I had attended training in Spectrum Management from Wireless Monitoring Organization. Completed training course in embedded systems & Robotics from Appin Technologies and completed Certification Course in C++ from F.Tech. Online Coursework: Machine Learning; Computer Architecture; Algorithms; Statistics.
Apart from being a software developer, I enjoy most of my time being outdoors exploring new places.
When forced indoors, I follow a number of sci-fi and fantasy genre movies and television shows, I am an aspiring Guitar and Flute player, and I spend a large amount of my free time exploring the latest technolgy advancements in the software development world.


|
| consistency | CRASH_CONSISTENT | VM_CONSISTENT | APP_CONSISTENT | The snapshot consistency type. Crash consistency is a VMstore snapshot that can
be used to recover from a VM crash. VM consistency is a hypervisor snapshot that
is hypervisor consistent and can be used to recover from a VM crash. App
consistency is not used at this time.| CRASH_CONSISTENT | Disk activity quiesed snapshot | | VM_CONSISTENT | VM activity quiesed snapshot | | APP_CONSISTENT | Application activity quiesed snapshot (currently not used) |
|
| cronExpressions | xsd:list[xsd:string] | A list of
quartz cron expressions.
The format is:
| Field Name |
Mandatory |
Allowed Values |
Allowed Special Characters |
| Seconds |
YES |
0-59 |
, - * / |
| Minutes |
YES |
0-59 |
, - * / |
| Hours |
YES |
0-23 |
, - * / |
| Day of month |
YES |
1-31 |
, - * ? / L W |
| Month |
YES |
1-12 or JAN-DEC |
, - * / |
| Day of week |
YES |
1-7 or SUN-SAT |
, - * ? / L # |
| Year |
NO |
empty, 1970-2099 |
, - * / |
Examples:
- 0 0 5 ? * sun-sat - every day at 5:00:00 am
- 0 42 3 ? * sat - every Saturday at 3:42:00 am
|
| initialDefaultCronExpression | xsd:string | Default cron expressions:
| time |
recurrence |
retention |
| Hourly xx:05 |
every hour |
Keep 3 hours |
| Daily 2:30am |
everyday |
Keep 2 days |
| Weekly 7:30am |
Saturdays |
Keep 8 days |
| Monthly 4:30am |
first day |
Keep 32 days |
| Quarterly 6:30am |
first day |
Keep 100 days |
|
| initialDefaultRetentionMinutes | xsd:int | The intial defautlt retention time in minutes. |
| isSystemDefaultSchedule | xsd:boolean | Returns true if the schedule name matches any of the default schedule names. |
| name | xsd:string | User assigned name which by default schedule type. If there is already a schedule of that name, an auto-increment like 'Daily(2)' is performed.
The user can overwrite the name by using the virtual machine snapshotSchedule API. The name is unique for a given VM. |
| retentionDestinationMinutes | xsd:int | The length of time in minutes the snapshot replica on the replication destination is to be retained.
This number is used to calculate replica snapshot
expiration value when the snapshot is sent from source to the destination.
On destination side, the snapshot stays until the expiration value. |
| retentionSourceMinutes | xsd:int | How long, in minutes, a snapshot generated as per this schedule is to be retained. |
| type | HOURLY | DAILY | WEEKLY | MONTHLY | QUARTERLY | Schedule type to indicate whether it is hourly, daily, weekly, monthly or quarterly.| HOURLY | Time points when snapshot is taken span over a period of one hour. | | DAILY | Time points when snapshot is taken span over a period of one day
i.e. 24 hours. | | WEEKLY | Time points when snapshot is taken span over a period of one week. | | MONTHLY | Time points when snapshot is taken span over a period of one month. | | QUARTERLY | Time points when snapshot is taken span over a period of one quarter
of a year. |
|
| version | xsd:string | Snapshot schedule version |


Hi. I'm Thomas Torbik.
Welcome to my site. Below you will find the common projects and work I do. If you would like to work with me or collaborate, please send me a message at the bottom of this page. I look forward to hearing from you!
My WorkWelcome to my site. Below you will find the common projects and work I do. If you would like to work with me or collaborate, please send me a message at the bottom of this page. I look forward to hearing from you!
My WorkClick below to learn more about my most common work.
Experienced iOS developer having worked on multiple apps in the App Store.
Brilliant video editing. I currently run a cycling based YouTube Channel.
Excellent podcast producing. I have built and run a podcast from the ground up.
Below you will find iOS apps, podcasts, videos and more.
A bicycle exchange network built by cyclists, for cyclists.
Cycling, health, and fitness podcast.
Miscellaneous open source projects I contribute to.
Indy Irish Fest Tickets, Event Info, and more!
I built this website using HTML, CSS, JS, and PHP.
I create and edit all the videos on my channel.
Outside of work I am a competitive cyclist. I've raced my bike all over the country and competed in some of the largest Pro-Am bike races, including the Joe Martin Stage Race, Tour of America's Dairyland, and The Gateway Cup.
Please provide me with details on your project, and dates of when you would like to get started.


Next: find-class, Previous: defgeneric, Up: Objects Dictionary
defmethod
function-name
{method-qualifier}*
specialized-lambda-list
[[{declaration}* | documentation]] {form}*
⇒ new-method
function-name::= {symbol | (setf symbol)}
method-qualifier::= non-list
specialized-lambda-list::= ({var | (var parameter-specializer-name)}*
[&optional {var | (var [initform [supplied-p-parameter] ])}*]
[&rest var]
[&key{var | ({var | (keywordvar)} [initform [supplied-p-parameter] ])}*
[&allow-other-keys] ]
[&aux {var | (var [initform] )}*] )
parameter-specializer-name::= symbol | (eql eql-specializer-form)
declaration—a declare expression; not evaluated.
documentation—a string; not evaluated.
var—a variable name.
eql-specializer-form—a form.
Form—a form.
Initform—a form.
Supplied-p-parameter—variable name.
new-method—the new method object.
The macro defmethod defines a method on a generic function.
If (fboundp function-name) is nil, a generic function is created with default values for the argument precedence order (each argument is more specific than the arguments to its right in the argument list), for the generic function class (the class standard-generic-function), for the method class (the class standard-method), and for the method combination type (the standard method combination type). The lambda list of the generic function is congruent with the lambda list of the method being defined; if the defmethod form mentions keyword arguments, the lambda list of the generic function will mention &key (but no keyword arguments). If function-name names an ordinary function, a macro, or a special operator, an error is signaled.
If a generic function is currently named by function-name, the lambda list of the method must be congruent with the lambda list of the generic function. If this condition does not hold, an error is signaled. For a definition of congruence in this context, see Congruent Lambda-lists for all Methods of a Generic Function.
Each method-qualifier argument is an object that is used by method combination to identify the given method. The method combination type might further restrict what a method qualifier can be. The standard method combination type allows for unqualified methods and methods whose sole qualifier is one of the keywords :before, :after, or :around.
The specialized-lambda-list argument is like an ordinary lambda list except that the names of required parameters can be replaced by specialized parameters. A specialized parameter is a list of the form (var parameter-specializer-name). Only required parameters can be specialized. If parameter-specializer-name is a symbol it names a class; if it is a list, it is of the form (eql eql-specializer-form). The parameter specializer name (eql eql-specializer-form) indicates that the corresponding argument must be eql to the object that is the value of eql-specializer-form for the method to be applicable. The eql-specializer-form is evaluated at the time that the expansion of the defmethod macro is evaluated. If no parameter specializer name is specified for a given required parameter, the parameter specializer defaults to the class t. For further discussion, see Introduction to Methods.
The form arguments specify the method body. The body of the method is enclosed in an implicit block. If function-name is a symbol, this block bears the same name as the generic function. If function-name is a list of the form (setf symbol), the name of the block is symbol.
The class of the method object that is created is that given by the method class option of the generic function on which the method is defined.
If the generic function already has a method that agrees with the method being defined on parameter specializers and qualifiers, defmethod replaces the existing method with the one now being defined. For a definition of agreement in this context. see Agreement on Parameter Specializers and Qualifiers.
The parameter specializers are derived from the parameter specializer names as described in Introduction to Methods.
The expansion of the defmethod macro "refers to" each specialized parameter (see the description of ignore within the description of declare). This includes parameters that have an explicit parameter specializer name of t. This means that a compiler warning does not occur if the body of the method does not refer to a specialized parameter, while a warning might occur if the body of the method does not refer to an unspecialized parameter. For this reason, a parameter that specializes on t is not quite synonymous with an unspecialized parameter in this context.
Declarations at the head of the method body that apply to the method’s lambda variables are treated as bound declarations whose scope is the same as the corresponding bindings.
Declarations at the head of the method body that apply to the functional bindings of call-next-method or next-method-p apply to references to those functions within the method body forms. Any outer bindings of the function names call-next-method and next-method-p, and declarations associated with such bindings are shadowed_2 within the method body forms.
The scope of free declarations at the head of the method body is the entire method body, which includes any implicit local function definitions but excludes initialization forms for the lambda variables.
defmethod is not required to perform any compile-time side effects. In particular, the methods are not installed for invocation during compilation. An implementation may choose to store information about the generic function for the purposes of compile-time error-checking (such as checking the number of arguments on calls, or noting that a definition for the function name has been seen).
Documentation is attached as a documentation string to the method object.
The definition of the referenced generic function.
If function-name names an ordinary function, a macro, or a special operator, an error of type error is signaled.
If a generic function is currently named by function-name, the lambda list of the method must be congruent with the lambda list of the generic function, or an error of type error is signaled.
defgeneric, documentation; (setf documentation), Introduction to Methods, Congruent Lambda-lists for all Methods of a Generic Function, Agreement on Parameter Specializers and Qualifiers, Syntactic Interaction of Documentation Strings and Declarations
Next: find-class, Previous: defgeneric, Up: Objects Dictionary


Getting started
An overview of CefSharp, how to use it, and an overview of some of the included features.
An overview of CefSharp, how to use it, and an overview of some of the included features.
Welcome to CefSharp! We are excited about you being here.
So, what is CefSharp, really? You probably have a bit of a clue already, since you've actually managed to download (and perhaps even compile) the software. Nonetheless, let's try to explain it in a few bullet points:
When getting started with CefSharp it's important to understand a few basics.
It's important to note that it's neccesary to Initialize the underlying CEF library. This can be achieved in one of two ways, explicitly and implicitly. When you create a new instance of ChromiumWebBrowser it will check if CEF has been initialized and if not, initialize it for you with the defaults. For those wishing to specify some custom settings then you can explicitly initialize CEF yourself like below
public static void Init() { var settings = new CefSettings(); // Increase the log severity so CEF outputs detailed information, useful for debugging settings.LogSeverity = LogSeverity.Verbose; Cef.Initialize(settings); }CEF also requires that you call Shutdown when your finished with it. If you don't call Shutdown explicitly then it will be called for you on exit. You can call Shutdown explicitly which will be required in some instances.
private static void OnApplicationExit(object sender, EventArgs e) { Cef.Shutdown(); }It's important to note CEF that Initialize/Shutdown MUST be called on your main applicaiton thread (Typically the UI thead). If you call them on different threads, your application will hang.
There are many settings and command line arguments that can influence the way CEF behaves. Here are some examples
public static void Init() { // Specify Global Settings and Command Line Arguments var settings = new CefSettings(); // By default CEF uses an in memory cache, to save cached data e.g. passwords you need to specify a cache path // NOTE: The executing user must have sufficent privileges to write to this folder. settings.CachePath = "cache"; // There are many command line arguments that can either be turned on or off // Enable WebRTC settings.CefCommandLineArgs.Add("enable-media-stream", "1"); // Don't use a proxy server, always make direct connections. Overrides any other proxy server flags that are passed. // Slightly improves Cef initialize time as it won't attempt to resolve a proxy settings.CefCommandLineArgs.Add("no-proxy-server", "1"); Cef.Initialize(settings); }There are some settings which can be applied to a specific ChromiumWebBrowser instance. Note BrowserSettings are set slightly different in WPF than WinForms see the example projects for more information.
var browser = new ChromiumWebBrowser(url) { BrowserSettings = { DefaultEncoding = "UTF-8", WebGl = CefState.Disabled } };
Perhaps very obvious, but still worth mentioning. Since CefSharp is based on CEF, which is in turn based on Chromium (version 43 for the time being), CefSharp provides one of the best HTML5 rendering experiences available - 470+ points out of 555 on html5test.com. Note: YMMV depending on .DLLs you add and features you enable.
Chromium 47 supports both x86 and x64, and so do we as of CefSharp 47.0.0 For the time being, it does not "auto-detect" the platform being used (since this is quite complex), so you have to choose either one for your project. This practically means that you will have to compile & package separate binaries/installers of your app for x86 and x64 respectively if you want/need to support both of them.
Declare a factory class like this:
internal class CefSharpSchemeHandlerFactory : ISchemeHandlerFactory { public const string SchemeName = "custom"; public IResourceHandler Create(IBrowser browser, IFrame frame, string schemeName, IRequest request) { if (schemeName == SchemeName && request.Url.EndsWith("CefSharp.Core.xml", System.StringComparison.OrdinalIgnoreCase)) { //Display the debug.log file in the browser return ResourceHandler.FromFileName("CefSharp.Core.xml", ".xml"); } return new CefSharpSchemeHandler(); } }...and the actual scheme handler class like this:
internal class CefSharpSchemeHandler : IResourceHandler { private string mimeType; private MemoryStream stream; public bool ProcessRequestAsync(IRequest request, ICallback callback) { // NOTE: We suggest you structure your code in an async fashion // First examine the "request" object for info about the URI being requested and so forth. // If the Url is valid then spawn a task Task.Run(() => { // In this task you can perform your time consuming operations, e.g query a database // NOTE: We suggest that you wrap callbacks in a using statemnt so that they're disposed // even if there is an exception as they wrap an unmanaged response which will cause memory // leaks if not freed using (callback) { // Read the data in, set the mime type var bytes = Encoding.UTF8.GetBytes(resource); stream = new MemoryStream(bytes); var fileExtension = Path.GetExtension(fileName); mimeType = ResourceHandler.GetMimeType(fileExtension); // When your finished processing execute the callback. // Most callbacks have multiple methods, so checkout their interface for details callback.Continue(); } }); // Return true to indicate that you've handled the request, you can return false which will cancel the request return true; } public Stream GetResponse(IResponse response, out long responseLength, out string redirectUrl) { // NOTE: GetResponse will be executed after you have called Continue() // You simple need to populate the relevant details, note you can also redirec to another url if required responseLength = stream.Length; redirectUrl = null; response.StatusCode = (int)HttpStatusCode.OK; response.StatusText = "OK"; response.MimeType = mimeType; return stream; } }Finally, you have to register this scheme handler using some code like this:
public static void Init() { // Pseudo code; you probably need more in your CefSettings also. var settings = new CefSettings(); settings.RegisterScheme(new CefCustomScheme { SchemeName = CefSharpSchemeHandlerFactory.SchemeName, SchemeHandlerFactory = new CefSharpSchemeHandlerFactory() }); Cef.Initialize(settings); }It's important that the scheme registration takes place before the
Cef.Initialize()
gets
called. (This is different to how things was being done in CefSharp version 1.)
CefSharp supports custom schemes using an
asynchronous pattern, which is desirable if
your custom scheme handler performs e.g. network requests or other long-running operations. In other, more
trivial cases (e.g. if you are just serving out static content which is already loaded in memory), you can
just signal using the requestCompletedCallback()
straight away, as in the example above.
If you are reading this page in either one of the CefSharp.Wpf.Example or AgileBrowser.WinForms sample applications, you can use the boxes on the right side of the screen to run arbitrary JavaScript code towards the context of this page. By default, the content of the block below will be modified/inspected by the script code.
You can modify the value of this text field using JavaScript!The C# code for performing these kinds of interactions is quite simple. Like this:
webBrowser.ExecuteScriptAsync(someScriptCode);
The code above will run the provided JavaScript snippet (which may do interesting things, like interrogating or modifying the DOM of the page, just to name one example out of many potential ones). The execution is of the "fire-and-forget" style; any result of the execution is silently disregarded. The execution is also asynchronous in nature, a term which means that (among other things) the method may return before the actual code has actually been executed.
This is the preferrably approach if possible, since it does not deadlock the UI in any way. However, we realize that it's not suitable for all scenarios. Have faith — there is a solution even for cases where you do need to return a value. Just write your code like this:
var result = webBrowser.EvaluateScript("10 + 20");
Please note that only a limited number of data types are supported when returning the result above. Simple value types (int, float, etc) and strings all work, but do not expect to be able to return other JavaScript objects.
Here are a few pointers that might help you further explore the wonderful world of CefSharp:


Uses of Class
io.permazen.util.Bounds
-
Packages that use Bounds Package Description io.permazen.core Core classes for the Permazen Java persistence layer.io.permazen.index Permazen index classes.io.permazen.kv.util Utility classes relating to theKVDatabase
interface.io.permazen.util General utility classes used with Permazen. -
-
Uses of Bounds in io.permazen.core
Methods in io.permazen.core with parameters of type Bounds Modifier and Type Method Description KeyRange
FieldType. getKeyRange(Bounds<? extends T> bounds)
Calculate theKeyRange
that includes exactly those encoded values that lie within the given bounds.CoreIndex<V,T>
CoreIndex. withTargetBounds(Bounds<T> bounds)
CoreIndex2<V1,V2,T>
CoreIndex2. withTargetBounds(Bounds<T> bounds)
CoreIndex3<V1,V2,V3,T>
CoreIndex3. withTargetBounds(Bounds<T> bounds)
CoreIndex4<V1,V2,V3,V4,T>
CoreIndex4. withTargetBounds(Bounds<T> bounds)
CoreIndex2<V1,V2,T>
CoreIndex2. withValue1Bounds(Bounds<V1> bounds)
CoreIndex3<V1,V2,V3,T>
CoreIndex3. withValue1Bounds(Bounds<V1> bounds)
CoreIndex4<V1,V2,V3,V4,T>
CoreIndex4. withValue1Bounds(Bounds<V1> bounds)
CoreIndex2<V1,V2,T>
CoreIndex2. withValue2Bounds(Bounds<V2> bounds)
CoreIndex3<V1,V2,V3,T>
CoreIndex3. withValue2Bounds(Bounds<V2> bounds)
CoreIndex4<V1,V2,V3,V4,T>
CoreIndex4. withValue2Bounds(Bounds<V2> bounds)
CoreIndex3<V1,V2,V3,T>
CoreIndex3. withValue3Bounds(Bounds<V3> bounds)
CoreIndex4<V1,V2,V3,V4,T>
CoreIndex4. withValue3Bounds(Bounds<V3> bounds)
CoreIndex4<V1,V2,V3,V4,T>
CoreIndex4. withValue4Bounds(Bounds<V4> bounds)
CoreIndex<V,T>
CoreIndex. withValueBounds(Bounds<V> bounds)
-
Uses of Bounds in io.permazen.index
Methods in io.permazen.index with parameters of type Bounds Modifier and Type Method Description Index<V,T>
Index. withTargetBounds(Bounds<T> bounds)
ImposeBounds
that restrict the range of the target value.Index2<V1,V2,T>
Index2. withTargetBounds(Bounds<T> bounds)
ImposeBounds
that restrict the range of the target value.Index3<V1,V2,V3,T>
Index3. withTargetBounds(Bounds<T> bounds)
ImposeBounds
that restrict the range of the target value.Index4<V1,V2,V3,V4,T>
Index4. withTargetBounds(Bounds<T> bounds)
ImposeBounds
that restrict the range of the target value.Index2<V1,V2,T>
Index2. withValue1Bounds(Bounds<V1> bounds)
ImposeBounds
that restrict the range of the first indexed value.Index3<V1,V2,V3,T>
Index3. withValue1Bounds(Bounds<V1> bounds)
ImposeBounds
that restrict the range of the first indexed value.Index4<V1,V2,V3,V4,T>
Index4. withValue1Bounds(Bounds<V1> bounds)
ImposeBounds
that restrict the range of the first indexed value.Index2<V1,V2,T>
Index2. withValue2Bounds(Bounds<V2> bounds)
ImposeBounds
that restrict the range of the second indexed value.Index3<V1,V2,V3,T>
Index3. withValue2Bounds(Bounds<V2> bounds)
ImposeBounds
that restrict the range of the second indexed value.Index4<V1,V2,V3,V4,T>
Index4. withValue2Bounds(Bounds<V2> bounds)
ImposeBounds
that restrict the range of the second indexed value.Index3<V1,V2,V3,T>
Index3. withValue3Bounds(Bounds<V3> bounds)
ImposeBounds
that restrict the range of the third indexed value.Index4<V1,V2,V3,V4,T>
Index4. withValue3Bounds(Bounds<V3> bounds)
ImposeBounds
that restrict the range of the third indexed value.Index4<V1,V2,V3,V4,T>
Index4. withValue4Bounds(Bounds<V4> bounds)
ImposeBounds
that restrict the range of the fourth indexed value.Index<V,T>
Index. withValueBounds(Bounds<V> bounds)
ImposeBounds
that restrict the range of the indexed value. -
Uses of Bounds in io.permazen.kv.util
Methods in io.permazen.kv.util with parameters of type Bounds Modifier and Type Method Description protected abstract NavigableMap<K,V>
AbstractKVNavigableMap. createSubMap(boolean newReversed, KeyRange newKeyRange, KeyFilter newKeyFilter, Bounds<K> newBounds)
Create a (possibly reversed) view of this instance with (possibly) tighter lower and/or upper bounds and the givenKeyFilter
, if any.protected NavigableMap<K,V>
AbstractKVNavigableMap. createSubMap(boolean reverse, Bounds<K> newBounds)
protected NavigableMap<byte[],byte[]>
KVNavigableMap. createSubMap(boolean newReversed, KeyRange newKeyRange, KeyFilter newKeyFilter, Bounds<byte[]> newBounds)
protected abstract NavigableSet<E>
AbstractKVNavigableSet. createSubSet(boolean newReversed, KeyRange newKeyRange, KeyFilter newKeyFilter, Bounds<E> newBounds)
Create a (possibly reversed) view of this instance with (possibly) tighter lower and/or upper bounds and the givenKeyFilter
, if any.protected NavigableSet<E>
AbstractKVNavigableSet. createSubSet(boolean reverse, Bounds<E> newBounds)
protected NavigableSet<byte[]>
KVNavigableSet. createSubSet(boolean newReversed, KeyRange newKeyRange, KeyFilter newKeyFilter, Bounds<byte[]> newBounds)
Constructors in io.permazen.kv.util with parameters of type Bounds Constructor Description AbstractKVNavigableMap(KVStore kv, boolean prefixMode, boolean reversed, KeyRange keyRange, KeyFilter keyFilter, Bounds<K> bounds)
Internal constructor.AbstractKVNavigableSet(KVStore kv, boolean prefixMode, boolean reversed, KeyRange keyRange, KeyFilter keyFilter, Bounds<E> bounds)
Internal constructor. -
Uses of Bounds in io.permazen.util
Fields in io.permazen.util declared as Bounds Modifier and Type Field Description protected Bounds<K>
AbstractNavigableMap. bounds
Key range bounds associated with this instance.protected Bounds<E>
AbstractNavigableSet. bounds
Element range bounds associated with this instance.Methods in io.permazen.util that return Bounds Modifier and Type Method Description static <T> Bounds<T>
Bounds. eq(T value)
Create an instance with bounds that allow only the given value.static <T> Bounds<T>
Bounds. ge(T lowerBound)
Create an instance with an inclusive lower bound.static <T> Bounds<T>
Bounds. gt(T lowerBound)
Create an instance with an exclusive lower bound.static <T> Bounds<T>
Bounds. le(T upperBound)
Create an instance with an inclusive upper bound.static <T> Bounds<T>
Bounds. lt(T upperBound)
Create an instance with an exclusive upper bound.Bounds<T>
Bounds. reverse()
Create an instance like this instance but with the upper and lower bounds reversed.Bounds<T>
Bounds. withLowerBound(T newLowerBound, BoundType newLowerBoundType)
Create an instance like this instance but with a different lower bound.Bounds<T>
Bounds. withoutLowerBound()
Create an instance like this instance but with the lower bound removed.Bounds<T>
Bounds. withoutUpperBound()
Create an instance like this instance but with the upper bound removed.Bounds<T>
Bounds. withUpperBound(T newUpperBound, BoundType newUpperBoundType)
Create an instance like this instance but with a different upper bound.Methods in io.permazen.util with parameters of type Bounds Modifier and Type Method Description protected abstract NavigableMap<K,V>
AbstractNavigableMap. createSubMap(boolean reverse, Bounds<K> newBounds)
Create a (possibly reversed) view of this instance with (possibly) tighter lower and/or upper bounds.protected NavigableMap<K,V>
ConvertedNavigableMap. createSubMap(boolean reverse, Bounds<K> newBounds)
protected ImmutableNavigableMap<K,V>
ImmutableNavigableMap. createSubMap(boolean reverse, Bounds<K> newBounds)
protected abstract NavigableSet<E>
AbstractNavigableSet. createSubSet(boolean reverse, Bounds<E> newBounds)
Create a (possibly reversed) view of this instance with (possibly) tighter lower and/or upper bounds.protected NavigableSet<E>
ConvertedNavigableSet. createSubSet(boolean reverse, Bounds<E> newBounds)
protected ImmutableNavigableSet<E>
ImmutableNavigableSet. createSubSet(boolean reverse, Bounds<E> newBounds)
boolean
Bounds. isWithinBounds(Comparator<? super T> comparator, Bounds<? extends T> newBounds)
Determine whether the given newBounds
is within of the bounds of this instance.Constructors in io.permazen.util with parameters of type Bounds Constructor Description AbstractNavigableMap(Bounds<K> bounds)
Primary constructor.AbstractNavigableSet(Bounds<E> bounds)
Primary constructor.
-


Video Chat
Flash RTMP Player
Description
This example illustrates Wowza Streaming Engine video chat capabilities using the Adobe Flash player.
Installation
In the /examples/VideoChat directory:
- LINUX
Run ./installall.sh
- WINDOWS 7 / WINDOWS 8
Right-click installall.bat and then select Run as administrator
- WINDOWS SERVER
Double-click the installall.bat file
- OS X
Double-click the installall.command file
Instructions
- Review the following tutorial:
How to set up live video chat.
- Mute the audio on your computer to prevent feedback.
- Click the Connect button.
- When the video appears on the left, click the Publish button. This video is the video sender.
- To receive the video, click the Play button on the right.
© 2007–2016 Wowza Media Systems™, LLC. All rights reserved.


REQUIRED PAGES
- Home page
- Nav bar
- Search for plants
- Schedule reminders
- Attractive logo
- Explanation for users
- Sign up/Sign in link (in nav bar?)
- Contact us link
- Search results page
- Search bar w/ query
- List of results after searching (with images?)
- "Greenhouse" (user home)
- Grid of cards for plants a user adds to their profile
- Plant Summary page
- Details on a specific plant: watering, care, other info.
- Option to set watering reminders
- Set Reminders page (linked from plant summary)
- Options for repeating watering schedule
- Calendar integration


Please fill out all the boxes with links. You can put any link you want.
Put your teacher's email to quickly email them from the home page.


You need to enable JavaScript to run this React application.
Don’t fill this out if you're human:
E-Mail
Message
Send


Psychometric tests are scientific tools through which personality, talents, skills, and abilities of a person can be measured and evaluated.
The tests provide a scientific basis to help an individual to know about his strengths, weaknesses, areas of interest and various aspects of his/her personality.
These tests should not be taken at a very young age. When these tests are taken by a Class 9th or 10th student, then through the results of these tests the student can be guided about which stream is better for his career and future according to his interests, skills and abilities.
Through the test, it is also determined how much stress and anxiety the student is capable of handling. Personality profiling is also done through the tests.
People often seek the help of psychologists to assist in making important life decisions. They may be struggling with school, marriage, parenting or a career.
Testing is an efficient, accurate and objective way of gathering information and helps an individual.
Get StartedInterested in getting admission abroad and exploring your dream? Contact Us!!
We have developed a rich understanding of what student's desire, when seeking higher education opportunities abroad. We offer first-class links to some of the best overseas colleges and universities. Our key aim is to provide the best education opportunities abroad to Indian students.


Concerns mount over councils buying struggling retail properties
by Jessica ClarkThe Treasury has attempted to guide local authorities away from a strategy of buying struggling retail properties over fears that the investments could force councils into bankruptcy.
The rate at which local councils are able to borrow to invest was raised by one percentage point last week, as concerns mount over borrowing levels.
Read more: Hammerson continues retail property disposal with £54m sale
Rates on loans from the Public Works Loan Board have increased due to concerns over unsustainable borrowing, the Sunday Telegraph reported.
Pantheon Macro economist Samuel Tombs told the Telegraph that the Treasury’s intervention has seen borrowing costs “skyrocket” and has jeopardised “many capital projects that local authorities had planned”.
Councils have reportedly bought one in five shopping centres sold since 2016, as property developers exit the struggling sector and local authorities seek new revenue streams following cuts to central government funding.
Last week, retail landlord Hammerson offloaded St Oswald’s retail park in Gloucester to the local council for £54m as it continued with its property disposal programme. Mole Valley district council in Surrey bought an Asda site in South Wales for £11.5m.
The Local Government Chronicle reported that the amount spent by councils in England on investment properties increased from £76.4m in 2014/15 to £1.8bn in 2017/18.
Property giants, including British Land, Intu and Hammerson, have seen their portfolio valuations fall as retailers shutter stores and seek rent reductions, often using controversial company voluntary arrangements (CVAs) to restructure.
Read more: Retail landlord New River swings to a loss on weak investor sentiment
High street stalwarts such as Sir Philip Green’s Arcadia, which owns Topshop, Topman and Dorothy Perkins, and Monsoon Accessorize have recently implemented CVAs to slim down their store portfolios and secure rent cuts.
Main image credit: Getty


Copying Existing Data¶
Titan provides lots of freedom for how you might populate data into a new repository. You might run some scripts to generate data, load data from a database dump, or replicate data into the container. Titan does not try to encode these database-specific mechanisms into the tool, but does provide some platform-agnostic capabilities for loading data. In this section, we show how you can copy data files from an existing database installation, either from a server or on your laptop.
Determining Database Files¶
Every database has some type of persistent data beneath it. For Titan, we
rely on the docker image to tell us what data needs to be persisted. You can
find out exactly what an image expects by running docker inspect <image>
and look for the Volumes
section. For example,
docker inspect postgres:11
shows:
"Volumes": {
"/var/lib/postgresql/data": {}
},
Most databases have a single directory for persistent data, but some may have
more than one. For example, docker inspect mongo:latest
shows:
"Volumes": {
"/data/configdb": {},
"/data/db": {}
},
This tells you what data is expected when running the container and (if there are multiple volumes)
Copying Data Into a Repository¶
The titan cp command is designed to copy this data into a running
repository. To do this, first start a container running. Then, use the
the titan cp
command:
titan cp -s /path/to/postgres/data mypostgres
This will take data located on your latop and copy into that repository.
Warning
This command will stop and re-start any repository, which will interrupt any active connections.
:: warning:
The source data must not be changing at the time this command is run, or
else it will not result in a transactionally consistent snapshot. Be sure
to quiesce or shut down any database that may be writing to the source
data files prior to running the command.
Note
If your repository has multiple persistent volumes, you will need to use
the -d
destination parameter to specify where the data should go,
such as titan cp -s /path/to/mongo/db -d /data/db mymongo
. You may
need to run multiple such commands if you need to migrate


-
- Hack Sources for new Install or Restore. Once you restore your iphone
etc. Use this package to Install additional Sources.. This package will
add an additional Cydia.list called hacksources.list, as well
as add several other sources to the private-etc-apt-sources.list.d folder.
Intended for devices that are starting
over, or you are new at jailbreaking and don't want to go through all
the hassles..
-
- After you install Hack Sources, some repo's want to force their
icon packs onto you by making Cydia state you need an essential or complete
upgrade. This is no fault of DirtyBeans. If you just install Hack Sources,
you will notice this upgrade screen after the install. If you click
Ignore, then go to Changes, you will notice the source(s) that you just
installed, state there is an upgrade to their icon pack. Don't worry,
just install Hack Sources Icons, to remove Cydia upgrade notice. This
is not a Hack or Fix for this issue. Hack Sources Icons does the install
of the icon pack as if you were to do this the normal way.
Intended for devices that are starting
over, or you are new at jailbreaking and don't want to go through all
the hassles..
*
Denotes Icon packs
- hackers.nl
ripdev
inline-studios
iphonecake
iphonemod.com.br
myrepospace.com.ig33kstas
*xsellize
imobilecinema
elpelle6
danstaface
*ihacksrepo
ilocalis.com/repo/
iphonevideorecorder
*iHackStore
Pizentudewind.myrepospace
bingner
*theiphonespotrepo
*sinfuliphonerepo
iclarified
sleepers
-
Warning
Tested on firmware 3.1.3 - 4.2.1 (iPod,iPad,iPhone)
*note*
You should be an advanced Cydia / Jailbreak
individual. As this package may remove and then reinstall sources. There
are several other issues, but if your not avid with WinSCP and the like.
Then this package may not be for you.
Refresh sources after install


As a Everproof Account Manager, you can track and manage your organisation’s compliance online, as well as maintain the qualifications and accreditations for your current users. The below instructions provide guidance on how to do several common tasks in Everproof.
Rather have this information in hard copy? Download the guide download here.
All users who are currently tied to your Everproof account will be visible to any Account Manager. To view them:
Compliance requirements were set up by your organisation, and are specific to your role. You’ll be able to see a list of these for your role(s) within Everproof.
Compliance requirements are set by role and can be updated when needed. To view current requirements:
If you are a part of a larger organisation, requirements may be set at a higher level which will be noted on the requirement in red text.
Your qualifications will be one of four colours that correspond to the different statuses they can hold:
There are three values visible in the Acc. Claimed column on the View People page:
To be listed as compliant for a certain requirement, you’ll want to ensure that Qualification Title matches that of the requirement. For a Working with Children Check to verify (turn green):
The expiration date will pull automatically once a Working with Children Check is verified.
The View People page stores your most recent search information – to view the most up to date data and any recent changes, just refresh the page or click Search.
Any questions regarding accessing or using Everproof, or uploading documents can be directed to<EMAIL_ADDRESS>Helpful tutorial videos and FAQs are also available. Any other questions can be directed to the Everproof Account Manager for your organisation.


The Oregon Roadmap
Aircon:
Velocity:
Resource level:
Morale:
Team morale:
Story point progress:
Resources:
Press SPACE BAR to continue


Navigation
Home
First Step
Interests
Friends
Finish
Friendly Frog - build your playground now
For your parents
time lock
For you
Boy
Girl
next step


{% include service/head.html %}
{% include nav.html %} {% include service/header.html %}
{% include section_cards.html %}
{% include portfolio.html %} {% include contact.html %} {% include scripts.html %}


A Study In Scarlet
The Sign of the Four
The Adventures of Sherlock Holmes
A Scandal in Bohemia
The Red-Headed League
A Case of Identity
The Boscombe Valley Mystery
The Five Orange Pips
The Man with the Twisted Lip
The Adventure of the Blue Carbuncle
The Adventure of the Speckled Band
The Adventure of the Engineer's Thumb
The Adventure of the Noble Bachelor
The Adventure of the Beryl Coronet
The Adventure of the Copper Beeches
The Memoirs of Sherlock Holmes
Silver Blaze
The Yellow Face
The Stock-Broker's Clerk
The "Gloria Scott"
The Musgrave Ritual
The Reigate Squires
The Crooked Man
The Resident Patient
The Greek Interpreter
The Naval Treaty
The Final Problem
The Return of Sherlock Holmes
The Adventure of the Empty House
The Adventure of the Norwood Builder
The Adventure of the Dancing Men
The Adventure of the Solitary Cyclist
The Adventure of the Priory School
The Adventure of Black Peter
The Adventure of Charles Augustus Milverton
The Adventure of the Six Napoleons
The Adventure of the Three Students
The Adventure of the Golden Pince-Nez
The Adventure of the Missing Three-Quarter
The Adventure of the Abbey Grange
The Adventure of the Second Stain
The Hound of the Baskervilles
The Valley Of Fear
His Last Bow
The Adventure of Wisteria Lodge
The Adventure of the Cardboard Box
The Adventure of the Red Circle
The Adventure of the Bruce-Partington Plans
The Adventure of the Dying Detective
The Disappearance of Lady Frances Carfax
The Adventure of the Devil's Foot
His Last Bow
The Case-Book of Sherlock Holmes
The Illustrious Client
The Blanched Soldier
The Adventure Of The Mazarin Stone
The Adventure of the Three Gables
The Adventure of the Sussex Vampire
The Adventure of the Three Garridebs
The Problem of Thor Bridge
The Adventure of the Creeping Man
The Adventure of the Lion's Mane
The Adventure of the Veiled Lodger
The Adventure of Shoscombe Old Place
The Adventure of the Retired Colourman


{Object} Hash of differen position blocks, keyed by relativePosition two-character code string (ie “tl”, “tr”, “bl”, “br”)


"COLONY" The city of Philippi was a Roman colony (Acts 16:12), i.e., a military settlement of Roman soldiers and citizens, planted there to keep in subjection a newly-conquered district. A colony was Rome in miniature, under Roman municipal law, but governed by military officers (praetors and lictors), not by proconsuls. It had an independent internal government, the jus Italicum; i.e., the privileges of Italian citizens.
"COLONY" The city of Philippi was a Roman colony (Acts 16:12), i.e., a military settlement of Roman soldiers and citizens, planted there to keep in subjection a newly-conquered district. A colony was Rome in miniature, under Roman municipal law, but governed by military officers (praetors and lictors), not by proconsuls. It had an independent internal government, the jus Italicum; i.e., the privileges of Italian citizens.