Qt Quick Shared Image Provider
Summary
This module provides functionality to save memory in use cases where several Qt Quick applications use the same local image files. It does this by placing the decoded QImage data in shared system memory, making it accessible to all the processes (see QSharedMemory).
This module only shares CPU memory. It does not provide sharing of GPU memory or textures.
Usage
To use this module, import it like this:
import Qt.labs.sharedimage 1.0
The sharing functionality is provided through a QQuickImageProvider. Use the "image:" scheme for the URL source of the image, followed by the identifier shared, followed by the image file path. For example:
Image { source: "image://shared/usr/share/wallpapers/mybackground.jpg" }
This will look for the file /usr/share/wallpapers/mybackground.jpg. The first process that does this will read the image file using normal Qt image loading. The decoded image data will then be placed in shared memory, using the full file path as key. Later processes requesting the same image will discover that the data is already available in shared memory. They will then use that instead of loading the image file again.
The shared image data will be kept available until the last process has deleted its last reference to the shared image, at which point it is automatically released.
If system memory sharing is not available, the shared image provider falls back to normal, unshared image loading.
The file path must be absolute. To use a relative path, make it absolute using Qt.resolvedUrl() and replace the URL scheme. For example:
... property string imagePrefix: Qt.resolvedUrl("../myimages/").replace("file://", "image://shared/") Image { source: imagePrefix + "myimage.png" }
The shared image module does not provide any directly usable QML types.


Introduction
For some types of crashes it is helpful to have more data available, than a crash report itself can provide, e.g. application specific log data.
Since the crash report can only be send on the next start, you need to store the log data into a log file. And to make that as fast as possible it should not block the main thread. We highly recommend using CocoaLumberjack or NSLogger or even both in combination using the NSLogger-CocoaLumberjack-connector.
CocoaLumberjack can write log data to multiple destinations non blocking (!!), like the Xcode console or files, and NSLogger has the ability to stream log data over Bonjour to it’s Mac application. We do NOT recommend to use NSLog
!
Important: Make sure NOT to include personalized data into the log data because of privacy reasons! Also don’t send too much data that you will never use. The crash report and the log data should be small in size, so they get send quickly even under bad mobile network conditions.
HowTo
- Setup the logging framework of choice
- Implement
[BITCrashManagerDelegate applicationLogForCrashManager:]
- Return the log data
Example
This example code is based on CocoaLumberjack logging into log files:
@interface BITAppDelegate () BITCrashManagerDelegate {}
@property (nonatomic) DDFileLogger *fileLogger;
@end
@implementation BITAppDelegate
- (BOOL)application:(UIApplication *)application didFinishLaunchingWithOptions:(NSDictionary *)launchOptions {
[self.window makeKeyAndVisible];
// initialize before HockeySDK, so the delegate can access the file logger!
_fileLogger = [[DDFileLogger alloc] init];
_fileLogger.maximumFileSize = (1024 * 64); // 64 KByte
_fileLogger.logFileManager.maximumNumberOfLogFiles = 1;
[_fileLogger rollLogFile];
[DDLog addLogger:_fileLogger];
[[BITHockeyManager sharedHockeyManager] configureWithIdentifier:@"<>"
delegate:nil];
[[BITHockeyManager sharedHockeyManager] startManager];
// add Xcode console logger if not running in the App Store
if (![[BITHockeyManager sharedHockeyManager] isAppStoreEnvironment]) {
PSDDFormatter *psLogger = [[[PSDDFormatter alloc] init] autorelease];
[[DDTTYLogger sharedInstance] setLogFormatter:psLogger];
[DDLog addLogger:[DDTTYLogger sharedInstance]];
[DDLog addLogger:[DDNSLoggerLogger sharedInstance]];
}
return YES;
}
// get the log content with a maximum byte size
- (NSString *) getLogFilesContentWithMaxSize:(NSInteger)maxSize {
NSMutableString *description = [NSMutableString string];
NSArray *sortedLogFileInfos = [[_fileLogger logFileManager] sortedLogFileInfos];
NSUInteger count = [sortedLogFileInfos count];
// we start from the last one
for (NSUInteger index = count - 1; index >= 0; index--) {
DDLogFileInfo *logFileInfo = [sortedLogFileInfos objectAtIndex:index];
NSData *logData = [[NSFileManager defaultManager] contentsAtPath:[logFileInfo filePath]];
if ([logData length] > 0) {
NSString *result = [[NSString alloc] initWithBytes:[logData bytes]
length:[logData length]
encoding: NSUTF8StringEncoding];
[description appendString:result];


Congrats!
You're successfully running JSON Server
✧*｡٩(ˊᗜˋ*)و✧*｡
To access and modify resources, you can use any HTTP method:
GET
POST
PUT
PATCH
DELETE
OPTIONS


Bus Types Landing Page
A list of Bus Types will be displayed here. Click into a record to see more detailed information.


Name
Cash
Shares
Player 1
$100
B&O 20%
Player 2
$400
B&O 10%
PRR 50%
ERIE 10%
Player 3
$250
ERIE 60%
Player 4
$1200
PRR 20%
ERIE 10%
Bank $10000
Housekeeping
Company
Cash
Value
IPO
Pool
Shares
B&O
$0
Set
40%
20%
B&O 20%
Pay full
50/50
Withhold
to
Bank
Player 1
Player 2
Player 3
Player 4
B&O
B&O
PRR
ERIE
Transfer
One share of
Bank
Player 1
Player 2
Player 3
Player 4
B&O
B&O
PRR
ERIE
to
Bank
Player 1
Player 2
Player 3
Player 4
B&O
B&O
PRR
ERIE
Buy
Sell
PRR
$0
Set
20%
0%
PRR 10%
Look at B&O
ERIE
$0
Set
0%
20%
PRR 10%
ERIE 10%
Look at B&O


--- notes: | Put list items inline with or without gutters. You can reduce or increase the space by using the modifiers `tiny`, `small`, `large` or `huge`. Remove gutters with `tight`, add separators with `divided`. Since the list items are displayed as `inline-block`, you will probablby get an extra white space between them. Kanbasu was first removing those by setting the `font-size` to zero but this will prevent your code from being DRY in many cases. Therefor you should handle that on your side the way your prefer. [This article](https://css-tricks.com/fighting-the-space-between-inline-block-elements/) covers the topic pretty well. ---


-
Exchange 2015.1-2015.5
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University 2012-2016
Fudan University department of Electronic Engineering
-
Senior Middle School 2009-2012
-
Junior Middle School 2005-2009
NO. 3 Middle School Affiliated to Shanghai Normal University
-
Elementary School 2000-2005
-
Born
Born


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==Section Heading 1== ===Section Heading 2===A horizontal line:
----Bulleted lists:
* bullet 1 * bullet 2 ** sub bullet 1 ** sub bullet 2 * bullet 3The RAMADDA wiki text supports a number of other markup methods using +tag/-tag and :tag syntax. The "+/-" syntax is for multi-line and the ":" syntax is for single line. For example, an easy way to add a line break of paragraph (instead of doing <br>, <p>) is:
:br :prTo center text do:
+center some text to center -centerTo wrap text in a div do:
+div ... -divSet the background color or image with:
+div color="color" ... -div +div image=image_reference ... -div +div style="css style" ... -divWhere image_reference is either:
+div image=::name_of_attachment -div +div image=this ... -div +div image=other_entry_id ... -divTo add attributes to the div do:
+div style="max-height:100px;overflow-y:auto;" ... -divTo create a button do:
:button /url Some label :button-green /url Some label :button-blue /url Some labelWill produce: :button /url Some label :br :button-green /url Some label :br :button-blue /url Some label :p You can escape your wiki text and include raw, unprocessed text with the <nowiki> tag:
Some wiki text <nowiki> This is text that does not get formatted </nowiki> more wiki textFor example, if you want to include javascript in your text do:
<nowiki> <script type="text/JavaScript" > ... </script> </nowiki>Macro values can be defined and used later in the wiki page with the :macro and +macro/-macro tags. To define a macro do:
:macro macro_name macro body or: +macro macro_name macro body -macroTo use the macro do:
:macro macro_name Some text ... any wiki text here ${macro_name} more textFor example, if you have a number of buttons as described above but want to have one color for them do:
:macro buttonColor -green ... :button${buttonColor} /url1 Button 1 text :button${buttonColor} /url2 Button 2 textRepository wide macros can be defined in the server side properties file in the RAMADDA home directory. Add the below properties:
ramadda.wiki.macros=comma separated list of macro names ramadda.wiki.macro.<macro>=<macro value> #For example ramadda.wiki.macros=buttonColor,blockColor ramadda.wiki.macro.buttonColor-green ramadda.wiki.macro.blockColor-olivineNote: the block tag below has a similar feature with the "var" attribute. The difference is that the block tag can be placed at the bottom of the page after the var that it references is used. The macro tags need to be inline before they are used. The <block> tag allows you to easily create a toggle block and/or show or hide content based on the user's device. To show a simple toggle block just do:
You can specify the toggle label title with:<block> any content here </block>
<block title="Click here to open">
any content here
</block>
You can specify whether the block is open or closed:
<block open="false">
any content here
</block>
You can specify whether to show the content or not:
You can also use the block tag to define a variable or macro that is used later.<block show="mobile" decorate="false"> this will only show for mobile users </block> <block show="!mobile" decorate="false"> this will only show for non-mobile users </block>
<block var="var_name">
any content here
</block>
This will not show the content in place. Rather you can reference and insert the content elsewhere in the page with:
There are a number of layout tags that make it easy to do page layout and display. There are a number of block display elements - title, heading, blurb, note, and block that can be used as:${var_name}
One line forms: :title Some title :heading Some heading :blurb Some blurb :note Some note :block A block Multi line forms: +note Some lengthy text and more -noteYou can change the background color with:
:blurb-green Some green background :note-rose Rose colored backgroundExamples at https://ramadda.org/repository/alias/wikiexamples. To make page sections use the +section/-section tags.
+section section content -sectionIf you append a "#" then the row number is kept track of and an even/odd color scheme is applied.
+section # ... -section +section # ... -sectionIf you append a "----" then a top border is shown:
+section ... -section +section ---- ... -sectionIf you add title="..." then a title is added. If you add label="..." then a header is added. The normal use is:
+section # title="section 1" ... -section +section # label="section 2" ... -section +section # label="section 3" ... -sectionUsing the {
+section title={You can change the background color/image by specifying sections as below. Full list of styles here.{name}} ... -section
+section class="ramadda-section-map" ... -section +section class="ramadda-section-lightpink" ... -section +section class="ramadda-section-lightblue" ... -section +section class="ramadda-section-lightgreen" ... -sectionYou can also add a CSS style descriptor
+section style="background: #888; border: 1px red solid;" ... -sectionThe +inset tag supports margins.
+inset ... -insetThis by default gives a 20px left and right margin. To change this you can add any of the attributes, e.g:
+inset top="100" left="50" right="50" bottom="100" ... -insetFrame your content like this: With the +frame/-frame tags:
+frame content -frameYou can change the background of the inner part of the frame with:
+frame background=white content -frameYou can change the size and the color of the frame with:
+frame frameSize=5 frameColor=red content -frameAdd a shadow effect with
+frame background=#fff frameSize=0 shadow content -frameYou can embed Twitter, YouTube, Vimeo and other media as:
@(https://twitter.com/Interior/status/463440424141459456) @(https://vimeo.com/515404225k) @(https://www.youtube.com/watch?v=BGaCjM2hal4) @(https://www.facebook.com/don.murray.121/posts/10219628323639292)Set dimensions on videos:
@(https://vimeo.com/515404225 width=300 height=200) @(https://www.youtube.com/watch?v=BGaCjM2hal4 width=300 height=200)Add a style to the embed:
@(https://vimeo.com/515404225 width=300 height=200 link=true label="Click here" style="display:block;background:red;margin:20px;")Add a link to the embed:
@(https://www.youtube.com/watch?v=BGaCjM2hal4 width=300 height=200 start=600 link=true label="Click here")Embed Github checkins with:
@(github user=some_user_name) #or a repository @(github owner=repository_owner repository=repository) #don't show avatar image @(github owner=repository_owner repository=repository decorate=false)To embed code do the following:
```<option language> code here ```Currently only javascript is formatted. For example:
```javascript let l = []; for(let i=0;<l.length;i++) { console.log(l\[i\]); } var x = {} ```You can embed charts defined in the vega-lite schema directly into a wiki page. More information onv vega-list is available here The format is:
```vega-lite You vega-lite schema here ```e.g.:
```vega-lite { "$schema": "https://vega.github.io/schema/vega-lite/v2.json", "description": "A simple bar chart with embedded data. An example vega-lite file.", "width": 360, "height":200, "data": { "values": \[ {"a": "A","b": 28}, {"a": "B","b": 55}, {"a": "C","b": 43}, {"a": "D","b": 91}, {"a": "E","b": 81}, {"a": "F","b": 53}, {"a": "G","b": 19}, {"a": "H","b": 87}, {"a": "I","b": 52} \] }, "mark": "bar", "encoding": { "x": {"field": "a", "type": "ordinal"}, "y": {"field": "b", "type": "quantitative"} } } ```To make a gridded box layout like this use the +gridboxes/+gridbox tags. These take the form of:
+gridboxes-<number of columns> +gridbox Header 1 contents -gridbox +gridbox Header 2 contents -gridbox -gridboxesFor example:
+gridboxes-3 +gridbox Header 1 Hello thereScrollable HTML tables are supported with the +table/-table tags. The form is below. Note: any open tr or td tags will be close with the -table tag.
How are you -gridbox +gridbox Hello there
How are you -gridbox +gridbox Header 3 Hello there
How are you -gridbox +gridbox Header 4 Line 1 :br Line 2 -gridbox -gridboxes
+table height=100 stripe=false hover=true searching=false cellborder=false rowborder=false paging=false ordering=false +tr +td heading 1 -td +td heading 2 -td -tr +tr +td column 1 -td +td column 2 -td -tr ... -tableThe attributes of the +table tag are all optional.
+table height=100 :tr "heading 1" "heading 2" +tr :td column 1 :td column 2 -trow ... -tableThere is support for the Bootstrap CSS grid system. To do a row layout use the following. The "+col-md-..." correspond to Bootstraps column widths, e.g., col-md-[2,3,4,6,8,9,10,12]. Basically you can have any number of columns within a row. Each column has a width, the sum of which adds up to 12. Note: you can also use +col-<some number> as a short hand, dropping the "-md"
Here are three equally spaced columns:
+row +col-4 Left column contents -col +col-4 Center column contents -col +col-4 Right column contents -col -rowWhich results in:
You can set the widths of different columns:
+row +col-2 Left column contents -col +col-10 Right column contents -col -rowWhich results in:
+tabs +tab Tab 1 title Tab 1 content -tab +tab Tab 2 title Tab 2 content -tab ... +tab Tab N title Tab N content -tab -tabsTabs can also be nested:
+tabs +tab Tab 1 title +tabs +tab another tab title ... -tab -tabs -tab +tab Tab 2 title Tab 2 content -tab -tabsUse a minimal style:
+tabs min +tab Tab 1 title +tabs -tabsUse a minimal style with arrows:
+tabs minarrow +tab Tab 1 title +tabs -tabsCenter the tabs:
+tabs center +tab Tab 1 title +tabs -tabsYou can create an accordion with the accordian tag. The optional arguments allow you to set the properties of the accordion as described in the Jquery docs.
+accordion heightStyle="auto|fill|content" animate="number of milliseconds" collapsible="true|false" activeSegment="segment number of active segment (0 based)" decorate="true|false" +segment Accordion 1 Title Accordion 1 content -segment +segment Accordion 2 Title Accordion 2 content -segment -accordionIf decorate=false then no border or background is shown for the headers.


On this page you can manage who will be on what list for the day. Drag and drop names to the appropriate lists, then click "Done" when you finish.


Syntax:
vertex_extract -i in1 -o out1.file out1.mr
Examples:
vertex_degree -i mre -o vlist.txt mrv
Description:
This is a named command which extracts a list of all the vertices in a graph from the edge list.
See the named command doc page for various ways in which the -i inputs and -o outputs for a named command can be specified.
In1 stores a set of edges. No assumption is made about duplicates or self edges, i.e. (Vi,Vj) may appear multiple times, both (Vi,Vj) or (Vj,Vi) may appear, as may (Vi,Vi). The input is unchanged by this command.
Out1 will store the vertices in the graph.
Related commands: none


Coordination helps to make sure that child protection responses are prioritized, efficient, predictable and effective. It avoids partial responses or duplication, and ensures that a provider of last resort is identified when partners are not able to respond to identified needs. It also allows everyone involved in child protection to agree on a shared set of objectives and division of labour. In doing so, it can help create an inter-agency or multi-sectoral response that strengthens the national or community-based child protection system in the long run. Poor coordination can reduce the effect of programming and may even result in harmful programming – for example, programming that weakens family or community protection structures, or which responds only to certain risks to which a child may be exposed, while continuing to leave them exposed to other risks.
A number of the key actions in this standard specifically relate to lead agencies – the organisations or government departments that have been agreed or designated as responsible for meeting the coordination function. Other key actions relate to the members of the coordination mechanism (and this is likely to include lead agencies). This does not mean they have to be formal members for these actions to be relevant: their scope includes all those organisations that are active in the context and which therefore have a duty to ensure their actions are coordinated with those of other actors, and for which the coordination mechanism provides this opportunity.
| Outcome indicator | Outcome target | Notes |
| 1. A documented strategic plan for the child protection response has been agreed by relevant and responsible authorities, humanitarian agencies and local civil society actors | Yes | Some targets can be modified for emergencies which happen often, or slow-onset emergencies. (5) Timeline should be defined for each context. |
| 2. Implementation against the strategic plan is regularly monitored | Minimum once/quarter | |
| Action indicator | Action target | |
| 3. Terms of reference for the child protection working group exists at national level, with responsibilities clearly defined | Yes | |
| 4. Child protection and coordination training were organised before an emergency | Yes | |
| 5. A dedicated coordinator appointed no later than one week after the onset of the emergency | Yes | |
| 6. Percentage of coordination mechanism members who regularly send in WWWW information | 90% | |
| 7. Percentage of surveyed CP practitioners who find the CP coordination mechanism satisfactory | 80% |


Provides constraints useful to feed into the constraints sections of various modules.
There are four groupings similar to modules' constraint sections: Include, Also Include..., Also Include..., and Reduce To.... The constraints from the first three are all added together (OR or UNION). Then the results are whittled down to only include partials which also appear in the last one (AND or INTERSECTION).
In set notation, this is (X1 v X2 v X3) ^ X4.
The final partials can be fed into the Only souce of any module's constraint section to constrain to just those partials. Each grouping has:


Activation of the human delta-globin gene promoter in primary adult erythroid cells.
Abstract
Restoration of the CCAAT box or insertion of an erythroid Kruppel-like factor (EKLF) binding site in the delta promoter activates its expression in several erythroid cell lines. We extended these studies using a novel primary human adult erythroid cell (hAEC) system to investigate these effects at the late erythroblast stage. Restoration of the CCAAT box at -70 bp, or insertion of an EKLF binding site at -85 bp or -95 bp in the promoter significantly increased delta globin gene expression in hAEC. Our results demonstrate that the altered CCAAT box (CCAAC) and the lack of an EKLF binding site in delta-globin contribute to its low level of expression in the hAEC model as well.


DRONELAND
Categories
Action
Another action
Something else here
Filter
Action
Another action
Something else here


Scones: the most resplendent of snacks
Occasionally maligned and misunderstood; the scone is a quintessentially British classic.
Recipe and serving suggestions follow.
Ingredients
- 350g self-raising flour, and a little spare for dusting
- ¼ tsp salt
- 1 tsp baking powder
- 85g butter, cut into cubes
- 3 tbsp caster sugar
- 175ml milk
- 1 tsp vanilla extract
- squeeze lemon juice (see Know-how below)
- beaten egg, to glaze
- jam and clotted cream, to serve
Method
- Heat the oven to 220°C (or gas mark 7). Tip the flour into a large bowl along with the salt and baking powder, then mix it all up. Add the butter in, then rub the butter in with your fingers until the mix looks like fine crumbs. When that is done, stir in the sugar.
- Put the milk into a jug and heat in the microwave for about 20-30 seconds. It should be warm but not hot. Add the vanilla and lemon juice to the milk and then put that to one side and but a baking tray in the oven to warm.
- Make a well in the dry mix, then add the liquid and combine it quickly with a cutlery knife – it will seem pretty wet at first. Spread some flour onto the work surface and tip the dough out. Dredge the dough and your hands with a little more flour, then fold the dough over 2-3 times until it's smoother. Now pat it into a round shape about 4cm deep.
- Take a 5cm cutter (Pro-tip – smooth-edged cutters tend to cut more cleanly, giving a better rise) and dip it into some flour. Plunge into the dough, then repeat until you have four scones. By this point you'll probably need to press what's left of the dough back into a round to cut out another four.
- Brush the tops with beaten egg, then place onto the hot baking tray.
- Bake for 10 minutes until risen and golden on the top. Eat just warm or cold on the day of baking, generously (and I do mean generously) topped with jam and clotted cream.
- If freezing, freeze once cool. Defrost, then put in a low oven (about 160°C) for a few minutes to refresh.


Consent for Participation
I have read and understood the Information Sheet you have given me about the research project, and I have had any questions and concerns about the project addressed to my satisfaction.
The list of concerns (if any) are as follows:


 It stars Dorian Corey, Pepper Labeija, Venus Xtravaganza, Octavia St. Laurent, Willi Ninja, Anji Xtravaganza, and Freddie Pendavis. Running time approx. 75 minutes.
I have only one complaint about PARIS IS BURNING: at 75 minutes, it is too short. The film was shot mainly in 1987, and its subject is somewhat more familiar to the mainstream now than then thanks to Madonna's video, "Vogue", and other commercializations.
One of the great strengths -- and there are many -- of PARIS IS BURNING is the clarity with which the film explains this culture to those of us who have never been exposed to it. As I have had occasion to mention from time to time, I am gay; I'm all white, middle-class, Seattle-born and -bred, and far, far away from Harlem both in geography and mind. The ball culture comes as a revelation, like discovering a colony of Martians in woods behind Microsoft.
And yet, I know these people. I recognize their hopes and fears. We do talk a common language. And I come to love and care for them, as much as one can for any flickering, celluloid ghost. They have vision and purpose, and they live to express that vision with guts and dedication and vast reservoirs of courage.
It is the people in PARIS IS BURNING who continue to live in my mind. The wonderful old queen (Dorian Corey?), sits at her make-up table, working on the paint job, and saying wonderful things to the camera (is this Harvey Fierstein when he grows up?). She has the last lines in the movie and they come as the kind of revelatory *mot* that is so *juste* that one's breath is taken away, as if from a blow to the gut.
There's Venus Xtravaganza the petite, tragic transsexual who wants The Operation, a home in the 'burbs, the hubby and picket fence. She has completely, perhaps insanely, bought into the Great American Dream, and she breaks your heart doing it.
There's Pepper Labeija, the Mother of the House of Labeija, looking and talking like a truly hip Eddie Murphy or Arsenio Hall; wise, protective, seeing the troubles as well as the triumphs. There's Willi Ninja, who wants to take the House of Ninja to Paris. There's the Freddie Pendavis, who not only wants to be star, but may make it, if any of them does.
Two things are made achingly clear in the movie: the cruel hoax of our material culture -- the idea that things make us happy; and aggressive, combative nature of drag.
The private dreams of many of the interviewees is for wealth, success, stardom, beautiful clothes, beautiful things that they don't have to steal. And there is the concept of "realness" -- the different categories at the balls emphasize the criterion of a total verisimilitude in not only the look but the attitude of being a "schoolgirl," "town and country," "executive," or "high-fashion Parisian." This is not satire or burlesque, this is striving for the length of time it takes to walk the floor of being a prep or businessman. These people are three-times outside the white, suburban culture they emulate in their drag. Many of them are transvestites or transsexuals, all of them are outsiders, even in the context of Harlem.
There's a longish section in the middle of the film about several levels of drag war that culminates in a dance of domination -- two people dancing against each other, never touching, each seeking to outdo the other's contortionist poses -- the one more successful is in trying oneself into a knot is the winner in this stylized and stylish surrogate for street fighting.
I've had occasion to talk to other people -- straight and gay -- about this film. Every one of them was, if you will forgive the antique locution, blown away by it. We all have our favorite moments, our personal revelations. It's speaks to us, each of us, regardless of our backgrounds or experiences. Octavia St. Laurent, Anji Xtravaganza are us and Jennie Livingston's direction and awareness make this all too clear.
By all means, see PARIS IS BURNING. It may be the year's best movie.
-- Frank Richard Aloysius Jude Maloney .
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


The Added Problem: Notations
TBD
Chemistry Add-in for Word
Tutorial 1
Tutorial 2
Tutorial 3
Resources
The Chemistry Add-In for Microsoft Word (Chem4Word) is a chemistry-aware add-in for Microsoft Word which is sponsored and supported by the .NET Foundation (http://dotnetfoundation.org).
-
Chem4Word – Chemistry Add-In for Microsoft Word
As accessed 21 February 2019
-
Chemistry in PDF Form - Accessing Higher Ground (ppt)
Power Point Presentation Accessed 21 February 2019
-
Tutorial 1 - How to draw a structure using Chem4Word
This tutorial provides step-by-step instructions
Step-By-Step
- Clicking the Chemistry ribbon’s “Draw Structure” button to open a structure editor in which you can draw your structure.
- Click the OK button and Chem4Word will search ChemSpider to see if we can find a name for your structure, that you can use that name elsewhere in your document; we’ll show you how in a separate tutorial.
- Edit the name that was found or just leave it as it is
-
Tutorial 2 -- How to edit a structure using Chem4Word
As accessed 21 February 2019
This tutorial provides step-by-step instructions:
Step by Step
- Double-clicking a structure will open a structure editor in which you can edit your structure.
- You can edit the currently selected structure by clicking the “Edit” button on the Chemistry ribbon.
- Click the OK button and Chem4Word will search ChemSpider to see if we can find a name for your structure, that you can use that name elsewhere in your document; we’ll show you how in a separate tutorial.
- Edit the name that was found or just leave it as it is
-
Tutorial 3 – Add a structure from PubChem to a document using Chem4Word
As accessed 21 February 2019
This tutorial provides step-by-step instructions:
Step by Step
- Clicking the Chemistry ribbon’s “Import” button allows us to search PubChem for structures, rather than having to draw them manually
- Type a seach term, such as a common name or IUPAC name for the chemistry you want to include in the document.
- Select the correct compound from the list of results from the search.
- Click the OK button and Chem4Word will search ChemSpider to see if we can find a name for your structure, that you can use that name elsewhere in your document; we’ll show you how in a separate tutorial.
- Edit the structure if you want to remove excessive hydrogen atoms that may have been drawn. Sometimes, structure files in PubChem represent all hydrogen atoms explicitly


blog 1
blog 2
blog 3
blog 4
blog 5
blog 6
Our Partners Care & Alt. Serices
Disaster Response
What to Do When Disaster Strikes
Community cat caregivers and cat owners should plan ahead by devising a detailed disaster plan for the cats they care for. While community cats’ home is the outdoors, and they are well adapted to the natural environment with great instincts for dealing with weather emergencies and natural disasters, there are still ways people can help!
Animal Shelters
A Better Future For Cats
Our Future Five program helped five shelters from diverse areas of the country adopt and expand humane programs. The selected shelters committed to an official Feral Cat Protection Policy, which means that they will stop impounding feral cats — who are almost always killed in shelters — and instead support Trap-Neuter-Return, only accepting feral cats to divert them to TNR or Shelter-Neuter-Return programs.
Veterinary Resource Center
About Outdoor Cats
Community cats require a special veterinary approach that takes into account their unique needs, and the fact that they are not socialized to humans. This resource center is your source for in-depth information about community cats, their care, and their needs.


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CREATING BADGES WITH TAH
[ Images of Final TAH BADGES]
TAH is a Bluetooth Low Energy Open Source Development platform compatible with Arduino.
The TAH can be used for designing some intresting projects. Here I have build the Smart Electronics Badge using TAH.
It would definitely attract peoples in various maker fair parties these Badges are all the time connected with your Smart Phone, and it will be used as a electronics Smart ID Card.
You can show any thing that you want on the 1.8" Arduino TFT display and make your first wearable device.
Here it uses its key feature of onboard BLE and that will make your job very simple.
I hope you would love this small but intresting tutorial to help you make your own Smart Badge with TAH.
Materials Required
- TAH board.
- 1.8" Arduino TFT display.
- 9V HW Battery.
- General PCB Board.
- Soldering Gun and Soldering Metal.
- SD Card.
- LM 7805 Voltage Regulator.
- 3D plastic casing for TAH Badge.
- PC/Laptop with Arduino IDE 1.5.6 Installed.
[Image of All the Materials]
Step : 1
To Start with the Smart TAH Badge once we done required materials we will cut the general PCB as per your design and build the circuit of voltage regulator to power up the TAH and 1.8" TFT Screen. This Screen will be interface with TAH in SPI mode.
Complete the TAH Badge design as shown in pictures below.
[IMages of Soldering the Board for Badge]
Step : 2
To interface with the TFT Touch Screen and TAH together in SPI mode.Follow the circuit Connection diagram of TAH and TFT Screen.
[Image of TFT Screen and TAH interfacing]
Step : 3
Once we done with hardware connections and interfacing circuit with Arduino TFT Screen with TAH , now its time to get the required software libraries installed.
Download the Arduino IDE 1.1.6 to get working with Arduino TFT display from here
Note: There are issues with lower version and beta version of Arduino IDEs for TFT library so you need to download IDE version of 1.1.6 to get it working.
To Download the Arduino 1.8" TFT Screen library here.
Step : 4
Once we done with all the hardware and software ready to start with, just download the demo code for TAH Badges from here,Here we have build the demo to read the images from the SD Card and Display it on the TAH Badges.
The Images of the projects are shown below.
[Images of TAH badge]
Step : 5
Here now we are ready to make the final assembly to fix this circuit in the 3D printed casing or in your own custom casing that you have design.
[Images of Final Assembly of TAH Badges]


AVR32 UC3 - Power Manager Driver Example 2 Documentation
This is the documentation for the data structures, functions, variables, defines, enums, and typedefs for the power manager driver.
It also gives an example of the usage of the PM on UC3 products.
This example shows:
- how to configure a PLL and switch the main clock to PLL output,
- configure a Generic Clock and output it to a GPIO pin,
- LED0 blinks endlessly.
This software was written for the GNU GCC for AVR32 and IAR Systems compiler for AVR32. Other compilers may or may not work.
All AVR32 devices with a PM module can be used. This example has been tested with the following setup:
-
EVK1100 evaluation kit
-
EVK1101 evaluation kit
CPU speed: 48 MHz
- On EVK1100, check GCLK0 pin with an oscilloscope, the frequency should be 48MHz. On EVK1100, GCLK_0 is pin number 51 (PB19) with AT32UC3A0512 in QFP144 package. Since LED5 is also on PB19, you should also see LED5 turn red.
- On EVK1101, check GCLK2 pin with an oscilloscope, the frequency should be 48MHz. On EVK1101, GCLK_2 is pin number 30 (PA30) with AT32UC3B0256 in QFP64 package.
- Check that LED0 blinks (whatever the board).
For more info about Atmel AVR32 visit
Atmel AVR32
Support and FAQ: http://support.atmel.no/
Generated on Thu Sep 20 12:12:50 2007 for AVR32 UC3 - Power Manager Driver Example 2 by
1.5.1-p1


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President
Pedro Castillo
Since 28 July, 2021
Example
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Lorem ipsum dolor


from builtins import next
from builtins import zip
import logging
from tempfile import NamedTemporaryFile
from airflow.exceptions import AirflowException
from airflow.hooks import HiveCliHook, S3Hook
from airflow.models import BaseOperator
from airflow.utils.decorators import apply_defaults
[docs]class S3ToHiveTransfer(BaseOperator):
"""
Moves data from S3 to Hive. The operator downloads a file from S3,
stores the file locally before loading it into a Hive table.
If the ``create`` or ``recreate`` arguments are set to ``True``,
a ``CREATE TABLE`` and ``DROP TABLE`` statements are generated.
Hive data types are inferred from the cursor's metadata from.
Note that the table generated in Hive uses ``STORED AS textfile``
which isn't the most efficient serialization format. If a
large amount of data is loaded and/or if the tables gets
queried considerably, you may want to use this operator only to
stage the data into a temporary table before loading it into its
final destination using a ``HiveOperator``.
:param s3_key: The key to be retrieved from S3
:type s3_key: str
:param field_dict: A dictionary of the fields name in the file
as keys and their Hive types as values
:type field_dict: dict
:param hive_table: target Hive table, use dot notation to target a
specific database
:type hive_table: str
:param create: whether to create the table if it doesn't exist
:type create: bool
:param recreate: whether to drop and recreate the table at every
execution
:type recreate: bool
:param partition: target partition as a dict of partition columns
and values
:type partition: dict
:param headers: whether the file contains column names on the first
line
:type headers: bool
:param check_headers: whether the column names on the first line should be
checked against the keys of field_dict
:type check_headers: bool
:param wildcard_match: whether the s3_key should be interpreted as a Unix
wildcard pattern
:type wildcard_match: bool
:param delimiter: field delimiter in the file
:type delimiter: str
:param s3_conn_id: source s3 connection
:type s3_conn_id: str
:param hive_conn_id: destination hive connection
:type hive_conn_id: str
"""
template_fields = ('s3_key', 'partition', 'hive_table')
template_ext = ()
ui_color = '#a0e08c'
@apply_defaults
def __init__(
self,
s3_key,
field_dict,
hive_table,
delimiter=',',
create=True,
recreate=False,
partition=None,
headers=False,
check_headers=False,
wildcard_match=False,
s3_conn_id='s3_default',
hive_cli_conn_id='hive_cli_default',
*args, **kwargs):
super(S3ToHiveTransfer, self).__init__(*args, **kwargs)
self.s3_key = s3_key
self.field_dict = field_dict
self.hive_table = hive_table
self.delimiter = delimiter
self.create = create
self.recreate = recreate
self.partition = partition
self.headers = headers
self.check_headers = check_headers
self.wildcard_match = wildcard_match
self.hive_cli_conn_id = hive_cli_conn_id
self.s3_conn_id = s3_conn_id
def execute(self, context):
self.hive = HiveCliHook(hive_cli_conn_id=self.hive_cli_conn_id)
self.s3 = S3Hook(s3_conn_id=self.s3_conn_id)
logging.info("Downloading S3 file")
if self.wildcard_match:
if not self.s3.check_for_wildcard_key(self.s3_key):
raise AirflowException("No key matches {0}".format(self.s3_key))
s3_key_object = self.s3.get_wildcard_key(self.s3_key)
else:
if not self.s3.check_for_key(self.s3_key):
raise AirflowException(
"The key {0} does not exists".format(self.s3_key))
s3_key_object = self.s3.get_key(self.s3_key)
with NamedTemporaryFile("w") as f:
logging.info("Dumping S3 key {0} contents to local"
" file {1}".format(s3_key_object.key, f.name))
s3_key_object.get_contents_to_file(f)
f.flush()
self.s3.connection.close()
if not self.headers:
logging.info("Loading file into Hive")
self.hive.load_file(
f.name,
self.hive_table,
field_dict=self.field_dict,
create=self.create,
partition=self.partition,
delimiter=self.delimiter,
recreate=self.recreate)
else:
with open(f.name, 'r') as tmpf:
if self.check_headers:
header_l = tmpf.readline()
header_line = header_l.rstrip()
header_list = header_line.split(self.delimiter)
field_names = list(self.field_dict.keys())
test_field_match = [h1.lower() == h2.lower() for h1, h2
in zip(header_list, field_names)]
if not all(test_field_match):
logging.warning("Headers do not match field names"
"File headers:\n {header_list}\n"
"Field names: \n {field_names}\n"
"".format(**locals()))
raise AirflowException("Headers do not match the "
"field_dict keys")
with NamedTemporaryFile("w") as f_no_headers:
tmpf.seek(0)
next(tmpf)
for line in tmpf:
f_no_headers.write(line)
f_no_headers.flush()
logging.info("Loading file without headers into Hive")
self.hive.load_file(
f_no_headers.name,
self.hive_table,
field_dict=self.field_dict,
create=self.create,
partition=self.partition,
delimiter=self.delimiter,
recreate=self.recreate)


Cane Toad Visualizations
A LilyPADz Production
Instructions
Plotly Instructions
Data Options:
Upload
Choose your method of analysis:
Distinguish hops by sight/blind:
Select one toad:
Atlas
Fortuna
Gelos
Zeus
Talos
Select multiple toads:
Atlas
Fortuna
Gelos
Zeus
Talos
Visualization Options:
Choose visualization method:
Small Series
Clustering
Choose variables of interest:
Elbow flexion/extension
Humeral protraction/retraction
Humeral depression/elevation
Fore-Aft
Lateral
Normal
Choose number of clusters:
2
3
4
5
6
7
8
9
10
Get Graph!


EASY-TO-WEAR GLAMOR
THE MARRAKESH COLLECTION takes you from seaside to city casual, from at-home loungewear to a night on the town, with a quick change of accessories. One-of-a-kind pieces designed by Sabrina Artadi.
Photos courtesy of Liz Franco Photography
How to Order:
Email Sabrina Artadi<EMAIL_ADDRESS>for orders or inquiries.
Payment Method
Deposit payment through BPI Family account:
Account name: Sabrina Artadi's Kitchen
Account Number: 00729-504-2286
Free delivery via Air21 anywhere in the Philippines.
For international orders the FedEx delivery charge will be included in your bill.
© 2011 Sabrina Artadi. All rights reserved.


Leave field empty to return all images.
Separate the tags with comma-space: ", "
Any tags with no operator defaults to "+".
You may use use operators: * + -
+wat: add any image containing wat.
- wat: remove any image containing wat.
*wat: add any image containing wat, plus
remove all images that don't.
Examples:


created: 01/03/03
This chapter builds an applet that shows how complicated-appearing graphics may be created with recursive Java methods. The applet draws the snowflake figure from the first chapter on recursion.
Most of the programs used to illustrate recursion in the previous chapters could easily be written using iteration in place of recursion. Of course, it is always possible to use one instead of the other. Sometimes iteration is the obvious choice; sometimes recursion. This chapter discusses an applet that is much easier to write with recursion.
You may wish to review the first chapter on applets (chapter 36) if your recollection of applets is hazy.


The environment:
1. Manjaro Linux laptop working over wi-fi. Cable 50mbps internet. Reliable connection. Acts as Maker. logs Latest mm2 commit.
1. Honor View 10 with Android P working over Yota 4g. Reilable connection. Acts as Taker. logs Latest mm2-cross commit.
1. Both connected to 9999 seednode: <IP_ADDRESS>
Swap starts almost instantly,...
This enables mining pools to have KMD AC daemons tell the pool software which blocks contain the FR, instead of it being something hard-coded by admins in a config file.
This was suggested by LuckPool
sendmany was using the first value seen for all multiple address's. This make's it use the amount specified, while still allowing to send multiple utxo to the same address.
`90c152c` minor update - gcharang
`591b356` adds new doc on adding erc20 tokens to agama de... - gcharang
`4960712` minor edits and adds the agama desktop erc20 do... - gcharang
`e92d850` updates the bitcoin compatible agama desktop ad... - gcharang
`f5be52f` minor edits - gcharang


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TABLE OF INTERACTIONS WITH
PETHIDINE
See also: agonist opioid analgesics
See also: step III opioid analgesics
See also: opioids
See also: sedative medications
See also: medications at the origin of a serotonin syndrome
From the French ANSM drug interactions document of September 2016, pp. 175
PETHIDINE RxNorm: 6754 ATC: N02AB02 N02AG03 |
IRREVERSIBLE MONOAMINE OXIDASE INHIBITORS (MAOI) CLASS CODE: N06AF0 |
Risk of appearance of a serotonin syndrome: diarrhea, tachycardia, sweats, trembling, confusion, even coma |
CONTRAINDICATION |
PETHIDINE RxNorm: 6754 ATC: N02AB02 N02AG03 |
REVERSIBLE MAOI-A, INCLUDING LINEZOLIDE AND METHYLENE BLUE CLASS CODE: NO6AG-001 |
Risk of appearance of a serotonin syndrome: diarrhea, tachycardia, sweats, trembling, confusion, even coma. |
CONTRAINDICATION |
PETHIDINE RxNorm: 6754 ATC: N02AB02 N02AG03 |
MAOI-B CLASS CODE: N04BD0-001 |
Symptoms of central nervous system excitability evoking a serotonin syndrome: diarrhea, tachycardia, sweats, trembling, confusion, even coma |
CONTRAINDICATION |


:short pants covering the hips and thighs and fitting snugly at the lower edges at or just below the knee
:pants
:the hind end of the body :buttocks
:breech presentation
:a fetus that is presented breech first
:the part of a firearm at the rear of the barrel


Welcome to the Audio Diary where you get to share your thoughts during hard times. Inspired by my favorite quote by Marcus Aurelius: "All is as thinking makes it so." It celebrates anonymity and does not save your thoughts.
Play with the arrow keys and move your mouse around. You may discover something new. You can, however, save the visuals to your devices.
I hope through this, you can start a conversation with yourself and look within. What is something that we can adjust ourselves to? What are some of your thoughts in their pure form? Maybe, this could be your personal sanctuary while exercising social distancing.
Currently, only desktop Chrome works with microphone input. To see full website and play with the speech to text component, please open with Chrome here. You would have to change your microphone settings in Safari or Firefox (linked with steps to change the preference). If this doesn't work, try Simple Diary here.


Texts 2
| Simple text | Paragraph |
|---|---|
| This is a simple text. | This is a paragraph. |
To print a simple text without any tags, just type it in HTML. For example:
This is a simple example
And if you want to use a paragraph, just type this text between two p
tags. For example:

This is a paragraph.

Headers 6
To use a header, just print a text between two h1
or h2
or h3
or h4
or h5
or h6
tags. For example:

This is a header.

Fonts 3
To use fonts, just print a text between two font
tags with a "face" attribute, which contains the font's name. For example:
This is a Times New Roman font.
Text's styles4
| Bold | Italic | Deleted | Underlined |
|---|---|---|---|
| This's bold text. | This's italic text. | This's underlined text. | |
To contol a style of a text, just print a text between two b
(bold text) or i
(italic text) or del
(deleted text) or u
(underlined text) tags. For example:
This's bold text.
This's italic text.
This's deleted text.
This's underlined text.
Text's alignes 4
| Left | Right | Center | Justify |
|---|---|---|---|
Left align |
Right align |
Center align |
Justify align |
To align a text, just print a text between two p
or span
tags with an attribute "align", which contains an aligned type (center, right, left, justify). For example:

This's aligned text.

Preformated texts 1
This text is preformated!
To use a preformated text (with spaces, new lines,...), just print a text between two pre
tags. For example:

This's preformated text.

Text's sizes 3
To control a text's sizes, just print a text between two font
tags with an attribute "size", which contains a text's size. For example:
This's a big text.
Text's colors 5
To change a text's color, just type the text between two font
tags with an attribute "color", which contains a hexademical RGB color or color's name. For example:
Red
Red
Images 3
To use images on the page, use img
tag with a "src" attribute, which contains a path to the image. For example:

Lists 2
|
Unordered list |
Ordered list |
|---|---|
|
|
To use lists on the page, use ul
(unordered list) or ol
(ordered list) tags with a li
(list item) tag in it's body. For example:

1

2

3

Definitions 3
- Definition term 1
- Definition term 2
- Definition descriptions 2
- Definition term 3
-Definition descriptions 3
- Definition descriptions 1
To use a definitions on the page use dl
(definition list) with a dt
(definition term) and dd
(definition description) tags in it's body. For example:

1 term

1 description

2 term

2 description

Forms 1
To use a forms on the page use a form
tag with a input
tag in it's body. For example:
<form>
Your name: <input type="text"/>
</form>
Links 1
Go to begin of this page.
To use a link on the page use a a
tag with an "src" attribute. For example:
Go to begin of this page.


Creating new collections¶
We’ve seen collections like lists, strings and tuples that allow indexed access
mylist[0]
And we’ve seen collections like dict and set that allow keyed access
menu_prices_dict['hamburger'] = 59
In this chapter we will learn how the magic behind collections and access works and how to create our own containers or customize existing containers
Note:¶
In this lesson we’re going to rely heavily on decorators, duck-typing, protocols, and ABCs - which we’ve covered in lessons 02 and 03
Iterator protocol¶
Lets start with one of the simplest python protocols: the iterator protocol.
What are iterators in Python?¶
Iterators are everywhere in Python. They are elegantly implemented within for loops, comprehensions, generators etc. but hidden in plain sight.
Iterator in Python is simply an object that can be iterated upon. An object which will return data, one element at a time.
Technically speaking, Python iterator object must implement two special methods, __iter__()
and __next__()
, collectively called the iterator protocol.
An object is called iterable if we can get an iterator from it. Most of built-in containers in Python like: list, tuple, string etc. are iterables.
The iter() function (which in turn calls the __iter__()
method) returns an iterator from them.
Iterator Types¶
Python supports a concept of iteration over containers. This is implemented using two distinct methods; these are used to allow user-defined classes to support iteration. Sequences, described below in more detail, always support the iteration methods.
One method needs to be defined for container objects to provide iteration support:
container.__iter__()
Return an iterator object. The object is required to support the iterator protocol described below. If a container supports different types of iteration, additional methods can be provided to specifically request iterators for those iteration types. (An example of an object supporting multiple forms of iteration would be a tree structure which supports both breadth-first and depth-first traversal.) This method corresponds to the tp_iter slot of the type structure for Python objects in the Python/C API.
The iterator objects themselves are required to support the following two methods, which together form the iterator protocol:
iterator.__iter__()
Return the iterator object itself. This is required to allow both containers and iterators to be used with the for and in statements. This method corresponds to the tp_iter slot of the type structure for Python objects in the Python/C API.
iterator.__next__()
Return the next item from the container. If there are no further items, raise the StopIteration exception. This method corresponds to the tp_iternext slot of the type structure for Python objects in the Python/C API.
Python defines several iterator objects to support iteration over general and specific sequence types, dictionaries, and other more specialized forms. The specific types are not important beyond their implementation of the iterator protocol.
Once an iterator’s next() method raises StopIteration, it must continue to do so on subsequent calls. Implementations that do not obey this property are deemed broken.
Example¶
Below we show an example class that implements the iterator protocol
class VersionedObject :
"""
VersionedObject is a type that remembers all the past values it held
and can return the history of its values with a for loop
"""
def __init__(self, value=None):
self.__values = [ value ]
def update(self, value):
self.__values.append(value)
def latest(self):
return self.__values[-1]
def __iter__(self):
return self.Iterator(self.__values)
class Iterator:
def __init__(self, values):
self.__index = 0
self.__values = values
def __next__(self):
# Return the next item from the container.
# If there are no further items, raise the StopIteration exception
if self.__index is None or len(self.__values) <= self.__index:
# Once an iterator’s next() method raises StopIteration, it must continue to do so
self.__index = None
raise StopIteration()
value = self.__values[self.__index]
self.__index += 1
return value
def __iter__(self):
# Return the iterator object itself.
# This is required to allow both containers and iterators to be used with the for and in statements
return self #
x = VersionedObject([1])
x.update(2)
x.update("third version")
x.update(4)
for older_value in x: # calls the __iter__ method on x
print(older_value) # calls the __next__ method on the iterator
[1]
2
third version
4
"""
Lets simplify the code for VersionObject, by using the fact that lists []
also support the iterator protocol themselves
"""
class VersionedObject_2 :
def __init__(self, value=None):
self.__values = [ value ]
def update(self, value):
self.__values.append(value)
def latest(self):
return self.__values[-1]
def __iter__(self):
return iter(self.__values) # calls self.__values iterator
x = VersionedObject_2([1])
x.update(2)
x.update("third version")
x.update(4)
for older_value in x: # calls the __iter__ method on x
print(older_value) # calls the __next__ method on the iterator
[1]
2
third version
4
Sequence protocol¶
There are three basic sequence types: lists, tuples, and range objects.
Sequences support the following operations:
Operation Result
x in s True if an item of s is equal to x, else False
x not in s False if an item of s is equal to x, else True
s + t the concatenation of s and t
s * n or n * s equivalent to adding s to itself n times
s[i] ith item of s, origin 0
s[i:j] slice of s from i to j
s[i:j:k] slice of s from i to j with step k
len(s) length of s
min(s) smallest item of s
max(s) largest item of s
s.index(x[, i[, j]]) index of the first occurrence of x in s (at or after index i and before index j)
s.count(x) total number of occurrences of x in s
This is a rather long list of operations … also it doesn’t tell us which methods to implement and how …
to help us with this difficult task, python provides an abstract base class(ABC) collections.abc.Sequence
that implements the most of the sequence protocol and only asks us to implement two abstract function: __len__
and __getitem__
if you’re interested in the details of how the Sequence class implements other functions such as
index
,count
or__contains__
just by using__len__
and__getitem__
see the_collections_abc.py
module in the python standard library
Lets see collections.abc.Sequence
in action by implementing an incredibly simple sequence that we’re already familiar with - range.
import collections.abc
import math
class MyRange(collections.abc.Sequence):
def __init__(self, start, stop, step=1):
self.__start = start
self.__stop = stop
self.__step = step
self.__n = max(0, math.ceil((stop-start) / step))
super().__init__()
def __len__(self):
return self.__n
def __getitem__(self, offset):
if isinstance(offset, slice):
return itertools.islice(self, offset.start, offset.stop, offset.step)
if self.__n <= offset:
raise IndexError('range object index out of range')
return self.__start + offset * self.__step
def __repr__(self):
return f"{type(self).__name__}({self.__start},{self.__stop},{self.__step})"
# Let's use MyRange
range5 = MyRange(0, 5)
# convert to list
print(list(range5)) # [0, 1, 2, 3, 4]
# use indexing
print(range5[0], range5[1], range5[2]) # 0 1 2
# use 'in' keyword
print(3 in range5) # true
print(100 in range5) # false
# min/max/count
print(min(range5)) # 0
print(max(range5)) # 4
print(range5.count(4)) # 1
[0, 1, 2, 3, 4]
0 1 2
True
False
0
4
1
Mapping protocol¶
A mapping object maps hashable values to arbitrary objects. Mappings are mutable objects. There is currently only one standard mapping type, the dictionary.
A dictionary’s keys are almost arbitrary values. key have to be hashable, which means that keys must be immutable. that is, objects containing lists, dictionaries or other mutable types may not be used as keys.
mappings should support the following operations:
len(d)
Return the number of items in the dictionary d.
d[key]
Return the item of d with key key. Raises a KeyError if key is not in the map.
d[key] = value
Set d[key] to value.
del d[key]
Remove d[key] from d. Raises a KeyError if key is not in the map.
key in d
Return True if d has a key key, else False.
key not in d
Equivalent to not key in d.
iter(d)
Return an iterator over the keys of the dictionary. This is a shortcut for iter(d.keys()).
clear()
Remove all items from the dictionary.
copy()
Return a shallow copy of the dictionary.
@classmethod
fromkeys(iterable[, value])
Create a new dictionary with keys from iterable and values set to value.
get(key[, default])
Return the value for key if key is in the dictionary, else default.
If default is not given, it defaults to None, so that this method never raises a KeyError.
items()
Return a new view of the dictionary’s items ((key, value) pairs). See the documentation of view objects.
keys()
Return a new view of the dictionary’s keys. See the documentation of view objects.
pop(key[, default])
If key is in the dictionary, remove it and return its value, else return default.
If default is not given and key is not in the dictionary, a KeyError is raised.
popitem()
Remove and return a (key, value) pair from the dictionary. Pairs are returned in LIFO order.
setdefault(key[, default])
If key is in the dictionary, return its value. If not, insert key with a value of default and return default.
default defaults to None.
update([other])
Update the dictionary with the key/value pairs from other, overwriting existing keys. Return None.
values()
Return a new view of the dictionary’s values.
😱¶
Yes, that’s quite a big number of things. again, the collections
module has a class called MutableMapping
which takes care of most things and only asks that we implement __getitem__, __setitem__, __delitem__, __iter__, and __len__
functions
Example¶
Lets use MutableMapping
to create a new type of dictionary, one that sends a message to observers whenever it changes
from collections.abc import MutableMapping
class Observable: # from ex 02
def __init__(self):
self.handlers = []
def register(self, callable_):
self.handlers.append(callable_)
def notify(self, event, *args, **kwargs):
for handler in self.handlers:
handler(event, *args, **kwargs)
class ObservableMapping(MutableMapping):
def __init__(self, dict_ = {}, dicttype = None):
dicttype = dicttype or type(dict_)
self.data = dicttype(dict_)
self.events = Observable()
def __setitem__(self, key, value):
self.events.notify('set', self, key, value)
return self.data.__setitem__(key, value)
def __delitem__(self, key):
self.events.notify('del', self, key)
return self.data.__delitem__(key)
def __getitem__(self, key):
return self.data.__getitem__(key)
def __iter__(self):
return self.data.__iter__()
def __len__(self):
return self.data.__len__()
def handler(event, obj, key, *args, **kwargs):
print(event, repr(key), '-->>', *args, **kwargs)
d = ObservableMapping()
d.events.register(handler)
d['name'] = 'Sir Launcelot of Camelot'
d['favorite color'] = 'blue'
d.popitem()
set 'name' -->> Sir Launcelot of Camelot
set 'favorite color' -->> blue
del 'name' -->>
('name', 'Sir Launcelot of Camelot')


new mastertype()
Abstract field type
All fields extend this type and overwrite some of the methods.
- Source:
Methods
-
(static) enable(field, enable, cellSelectorLabel)
-
Enable/disable the field
Parameters:
Name Type Description field
Object JSON object with config data of the field enable
Boolean True or false for enabling and disabling of the field cellSelectorLabel
string String with the cell selector expression - Source:
-
(static) flush(cellSelectorLabel, parent)
-
Flush/Reset the field
Parameters:
Name Type Description cellSelectorLabel
string String with the cell selector expression parent
Object gridform object - Source:
-
(static) get(data, cellSelectorLabel) → {Object|String}
-
Returns the value of the field
Parameters:
Name Type Description data
Object JSON object with config data of the field cellSelectorLabel
string String with the cell selector expression - Source:
Returns:
returns a string or more complex data (depends on the field type)- Type
- Object | String
-
(static) getFieldNode(field, cellSelectorLabel) → {Object}
-
Get the HTML node (representation) of the field
Parameters:
Name Type Description field
Object JSON object with config data of the field cellSelectorLabel
string String with the cell selector expression - Source:
Returns:
HTML node (the field from the DOM)- Type
- Object
-
(static) render(data, cellSelectorLabel, parent)
-
Render the field
Parameters:
Name Type Description data
Object JSON object with config data of the field cellSelectorLabel
string String with the cell selector expression parent
Object gridform object - Source:
-
(static) resetFieldMark(data, cellSelectorLabel, cellSelectorContent, parent)
-
Reset the field marking (no status)
Parameters:
Name Type Description data
Object JSON object with config data of the field cellSelectorLabel
string String with the cell selector expression of the label cellSelectorContent
string String with the cell selector expression of the content parent
Object gridform object - Source:
-
(static) set(data, value, cellSelectorLabel, parent)
-
Set the field value
Parameters:
Name Type Description data
Object JSON object with config data of the field value
String | Object value of the field cellSelectorLabel
string String with the cell selector expression parent
Object gridform object - Source:
-
(static) setError(field, error, cellSelectorLabel, cellSelectorContent, parent)
-
Set the field status to "error"
Parameters:
Name Type Description field
Object JSON object with config data of the field error
String error text message cellSelectorLabel
string String with the cell selector expression of the label cellSelectorContent
string String with the cell selector expression of the content parent
Object gridform object - Source:
-
(static) setLabel(data, cellSelectorLabel, parent)
-
Set a label for the type
Parameters:
Name Type Description data
Object JSON object with config data of the field cellSelectorLabel
string String with the cell selector expression parent
Object gridform object - Source:
-
(static) setPlaceholder(data, value, cellSelectorLabel, parent)
-
Set a placeholder for the field
Parameters:
Name Type Description data
Object JSON object with config data of the field value
String value of the placeholder cellSelectorLabel
string String with the cell selector expression parent
Object gridform object - Source:
-
(static) setStatus(field, type, cellSelectorLabel, cellSelectorContent, parent)
-
Set the field status
Parameters:
Name Type Description field
Object JSON object with config data of the field type
String status type (waiting, error, success, error) cellSelectorLabel
string String with the cell selector expression of the label cellSelectorContent
string String with the cell selector expression of the content parent
Object gridform object - Source:
-
(static) setSuccess(field, message, cellSelectorLabel, cellSelectorContent, parent)
-
Set the field status to "success"
Parameters:
Name Type Description field
Object JSON object with config data of the field message
String success text message (DEPRECATED!?!) cellSelectorLabel
string String with the cell selector expression of the label cellSelectorContent
string String with the cell selector expression of the content parent
Object gridform object - Source:
-
(static) setWaiting(field, message, cellSelectorLabel, cellSelectorContent, parent)
-
Set the field status to "waiting"
Parameters:
Name Type Description field
Object JSON object with config data of the field message
String waiting text message cellSelectorLabel
string String with the cell selector expression of the label cellSelectorContent
string String with the cell selector expression of the content parent
Object gridform object - Source:
-
(static) setWarning(field, message, cellSelectorLabel, cellSelectorContent, parent)
-
Set the field status to "warning"
Parameters:
Name Type Description field
Object JSON object with config data of the field message
String warning text message cellSelectorLabel
string String with the cell selector expression of the label cellSelectorContent
string String with the cell selector expression of the content parent
Object gridform object - Source:


| discrete_scale {ggplot2} | R Documentation |
Discrete scale constructor
discrete_scale( aesthetics, scale_name, palette, name = waiver(), breaks = waiver(), labels = waiver(), limits = NULL, expand = waiver(), na.translate = TRUE, na.value = NA, drop = TRUE, guide = "legend", position = "left", super = ScaleDiscrete )
aesthetics |
The names of the aesthetics that this scale works with. |
scale_name |
The name of the scale that should be used for error messages associated with this scale. |
palette |
A palette function that when called with a single integer
argument (the number of levels in the scale) returns the values that
they should take (e.g., |
name |
The name of the scale. Used as the axis or legend title. If
|
breaks |
One of:
|
labels |
One of:
|
limits |
One of:
|
expand |
For position scales, a vector of range expansion constants used to add some
padding around the data to ensure that they are placed some distance
away from the axes. Use the convenience function |
na.translate |
Unlike continuous scales, discrete scales can easily show
missing values, and do so by default. If you want to remove missing values
from a discrete scale, specify |
na.value |
If |
drop |
Should unused factor levels be omitted from the scale?
The default, |
guide |
A function used to create a guide or its name. See
|
position |
For position scales, The position of the axis.
|
super |
The super class to use for the constructed scale |


Going beyond the known
following our dreams
-
A few more places to visit in Singapore
St John’s Island and Kusu Island 18S$ return ticket, departure from Marina South Pier, there are only a few connections a day, check the current schedule online. First, after 25 minutes, the boat arrived at St John’s Island, where I spent few hours walking on a beach and sunbathing. You...
-
Weekend trip to Kuala Lumpur
This city is a very good choice if you have free weekend and you don’t mind to be on a bus for 7h (definitely not 5h as a bus company advertised, expect long queues on the check points at the border and heavy traffic in Kuala Lumpur). Despite delays, heavy...
-
Wildlife parks in Singapore (part 2)
Singapore Zoo The unique structure of the Singapore zoo is the biggest asset of the park. Animals’ runs are full of plants, surrounded by deep ditch instead of fence, creating the illusion of walking among animals in their natural habitats. In many places monkeys, birds, bats are running and flying...
-
Wildlife parks in Singapore (part 1)
Jurong bird park Jurong bird park was the first of all four parks visited by us. This one has the largest number of species I have never seen in my life! According to the official website the park is a home for 5000 birds across 400 species, 29 of them...
-
Chinatown and Maxwell hawker center
On the way to Chinatown we decided to stop for a lunch in less touristic place and mix with locals at Maxwell food centre, one of many hawker centers in Singapore! You can find here dozens of stalls with huge variety of food, refreshing local beverages and sweet treats. As...
-
Marina Bay and Gardens by the Bay, first glance at Singapore!
Nanyang campus, situated in the wast part of Singapore is the place we are going to stay for the next three weeks. More to the west, there is nothing else than rainforest which is at the same time a military area, closed for visitors and border of the country. The...
-
Prometeus cave and canyons - day trip around Kutaisi
We had almost three full days planned in Kutaisi before taking an early flight back to Berlin. That was enough time to explore Kutaisi, do shopping in a local market and check out few natural monuments nearby the city. With the host of our guesthouse acting as our personal driver...


Mar 28, 2006 1976 At the tender age of 14, whilst peers are having slumber parties and talking. Labels: a history of , child stars, Jodie Foster, Taxi Driver
Jan 11, 2013. One has to go back to Hollywood's. golden ageto the But her first Academy Award nomination dates. back to 1977, for Taxi Driver, in which
Nov 19, 2012 Jodie Foster Foster began acting in commercials. at the age of 3 came at the age of 13 for her role as preteen prostitute Iris in Taxi Driver Sep 28, 2010 Jodie Foster started her career at the. age of two in an ad campaign for. in the movie Taxi Driver (1976), after. Melanie Griffith turned it down Apr 5, 1981 She is trying hard to be a typical. Yale freshman, but Jodie Foster the role of a teen-age prostitute in ''Taxi Driver,'' a film in which a taxi driver
Jan 17, 2013. "Taxi Driver" (1976): It's frightening when you think about not only how good Foster was at such a young age but also how young her Over the span of four decades, Jodie Foster has gone from playing girls who act as. She started acting at age 3, appearing first. in commercials, then on television, Foster reunited with Scorsese for Taxi Driver, which let her explore the most
Jan 13, 2013 As Jodie Foster is honoured with the Cecil. B DeMille award at the 2013 Golden. Foster's appearance in Taxi Driver as pre-teen prostitute Iris Oct 11, 2013 Jodie Foster has had an incredibly long, distinguished career and still at a young age Being very close to the same age I developed an immediate. Correct, I do not have Taxi Driver on here because there are easily Much ado has been made of Jodi Foster's performance as a prostitute in 1976's Taxi Driver, mostly because Foster was a scant 13 years of age when she filmed Jan 14, 2013 "I'm just going to put it out there, loud and proud": Jodie Foster Oscar in 1976 at the age of 13 for her role. in Taxi Driver, also made it sound as
Foster began acting in commercials at three years of age, and her first significant role. came at age 13 in the 1976 film Taxi Driver as the preteen prostitute Iris for
And then of course there's Jodie Foster already a veteran, having worked in a variety of commercials and TV programs since the age of three But most importantly from a critical perspective, there was Martin Scorsese's dark Taxi Driver Jodie Foster - MovieActors com Super Star & Award Winner Although Jodie Foster initially made a splash in TAXI DRIVER, at the age of twelve, she really came Jan 28, 2013 Jodie Foster starred in her first commercial at the age of 3 At 13, she played a hooker in Taxi Driver and got an Oscar nod Recently she told Kati Prescott is using Pinterest, an online pinboard to collect By the time she was cast, at the age of 12, as Iris in Martin Scorsese's Taxi Driver (1976), Jodie Foster was a veteran of scores of commercials, several TV series,


Hi All,
I'd like if possible to write from emonhub to a local sqlite database rather than posting to a "web" database, I guess in a similar way to the SMA Inverter SBFspot application.
I've read through alot of threads such as this one:
http://openenergymonitor.org/emon/node/10090
And the various github codebases (there are so many)...
https://github.com/emoncms/development/tree/master/experimental/emon-py
My ideal scenario I guess is for there to be a "new" reporter which writes to a local sqllite db, I could then grab the data out and do my own mashups.
Can anyone help writing this? I am happy to come up with a DB schema, I just can't for the life of my wrap my head around python. I have a feeling it would be 20-30 minutes for someone with the know-how, but after many hours I am still a bit lost.
All I am after is the reporter script to be written to write additionally to a local sqllite db. I figure timestamp, ID, val1, val2, val3, val4, val5, val6 is all that is needed to be dumped via the reporter into the db.
My long-term goal is to try to come up with some smart "big-data" like algorithms which will go through the data, and assess patterns of load-sequences and then come up with reports such as "Wednesday, 7am did you enjoy your toast?"
Any thoughts are welcome
Re: Emonhub Write to local sqlite database rather than post to web-target
Interesting project,
Originally emonHub was planned to have a persistent "buffer" option using mySQL, but was "shelved" to keep emonHub "SD friendly" as a hdd would be required due to increased disk writes, It's return hasn't been entirely ruled out yet but once the step to installing a database and hdd is made, a full local emoncms install is not far off which negates the need for persistent storage. here is a link to the removed code it may be of use https://github.com/emonhub/emonhub/commit/3666d45acc5eedaa1ba66efd10c5190ef6c35df6 although technically just a buffer if the data is never sent on, then it will just accumulate.
Visualising the data would be easier with emoncms and I can't help but wonder if the gains over a full local emoncms install justify a bespoke solution even though it may not meet your requirements exactly.
There is also an emoncms profile module by Eric_AMANN that compares periods of use for patterns etc aimed at recognising energy saving opportunities but the concept could fit your purpose too, it adds the ability to mask abnormal readings which could help.
What you propose is do'able but may not be the only route, to aid with some debugging sometime ago I put together a "csv" reporter which was quite easy and the resulting file could be opened directly in excel which may be better for pattern recognition by number crunching. This too was write intensive so not a permanent solution either.
My programming skills are "minimal" but if I can help navigate the emonHub architecture I will.
Paul
Re: Emonhub Write to local sqlite database rather than post to web-target
Hi Paul and thanks for replying!
Eric's profile module looks very interesting and admittedly is not that dissimilar to where my mind was wandering! In my head, my raw data visualisation tool was Excel with powerpivot and powerview, with analytics to come later.
I have read with interest the attempts to reduce the writing to SD cards and do understand why the components are built the way they are built.
I have a HDD connected to my pi and am less worried about writes (it's actually an old 20GB ssd). I documented my complete process of getting the pi and emonhub to work reliably with an external hard drive and it is very straightforward. Do you think this is of value to anyone? if so, any suggestions as to where I should post it?
I think I understand *just* enough about your referenced python code with the mysql in-memory buffer to hack it into place for my intent, so I'll look into that tonight. Ideally structure wise and for re-usability by others I was mentally approaching it as a reporter module.
Do you think I should attempt to go with changes to the buffer module with your previous or do you think making it a reporter is the best approach?
I'd also like to see your csv "reporter" that you wrote if that's ok, is it on github?
Re: Emonhub Write to local sqlite database rather than post to web-target
I have a HDD connected to my pi and am less worried about writes (it's actually an old 20GB ssd).
I was led to believe ssd's can suffer too to a lesser degree as do usb sticks, I thought it was just the spinning disks that escaped the "finite number of writes" issues.
The reporter maybe the best way to go, I was just throwing ideas out there and mentioned the "buffer option" as a source of some code for ideas and to explain emonHub's current take on persistent storage.
I don't think the "csv reporter" made it to git,(heres a discussion but no code I'm afraid https://github.com/emonhub/emonhub/issues/41) it was in the very early days,of emonHub but I will have a look to see if I still have a local copy tomorrow. The concept was very simple so should be easy to replicate if not.
Paul
Re: Emonhub Write to local sqlite database rather than post to web-target
Hi Paul!
Thanks for your comment on the SSD, I *assumed* that linux would "sort out* the trim, I found some references to a aapt-get hrparam and have now configured trim for the SSD!!!
How did you go with the CSV reporter code? Did you manage to find it?
Re: Emonhub Write to local sqlite database rather than post to web-target
Actually I couldn't find very much at all, one of the pit falls of using git is not all versions of all files are readily available for searching etc. I did find a text file with a basic implementation, it's a bit messy and probally not of use but I've attached it anyway. maybe you can pick the bones and find something useful.
The basic theme is to "write to file" rather than "send url request" the biggest difference is probably that the data frames retrieved from the buffer must each be formatted into its own line rather than grouped into one "bulk" string.
I've attached a couple of links about ssd as they are not cheap and can be ruined quite easily unless extremely careful, For me the risk & price doesn't justify the minimal gain (for our application), spinning discs are so cheap and once since they are spinning 24/7 the number of writes is almost irrelevant and the life doesn't deteriorate so much as most wear is done at spin up/down.
Increase Performance and lifespan of SSDs & SD Cards
Two questions: boot from SSD, run program on startup.
I am actually very much in favor of ssd's generally, I have them on all my pc's and laptop, but stick with spinning disk on the Pi's because it is better suited to the constant stream of frequent writes, if it was being used as a workstation or a public server with heavy random read activity I would definitely reconsider.
Paul


Notes
From the library's earliest issue (#45), Monday 4th of June, 1860. View on Trove →
Using n-grams has a number of potential issues and limitations, and as an approach is obviously an oversimplification, so it won't reveal all the changes that occurred, but it can provide an interesting overview of the period, and highlight some of the more pronounced trends. For example, it relies on the text being correct, and given the gazette has been converted from the original documents via optical character recognition (OCR), like many OCR datasets (especially those of older documents with weathered paper) there's errors in the conversion ('side-lovers' for 'side-levers', 'dork' for 'dark etc), that will effect the final result to varying degrees.
As mentioned earlier, the gazette also repeats a number of entries, as well as includes occasional supplements from other gazettes. Initially I was going to try and exclude all of that, but given the size and scale (and variety) of the article formats, in the end I was more worried that by attempting to exclude the repeats and supplements, unless I was 100% accurate, I might accidentally introduce more bias than if I just used the entire corpus as is. The same concern was there with the typos introduced by OCR: if I included some common OCR errors but missed others, this would then weight the terms incorrectly. (In looking for terms I'd use Trove to get an idea of any different spellings over the period - 'grey' vs 'gray', 'color' vs 'colour' etc - but was mainly looking at how it related to hyphens and/or capital letters, such as 'Blucher boots' vs 'blucher-boots', rather than trying to capture all possible misspellings...).
There was a similar issue with homonyms, especially with the section on places. For example, was 'Albert' in the text referring to a person named Albert, or the town called Albert, or The Royal Albert Hotel, or an Albert chain. Obviously there are ways to disambiguate this on a case by case basis, an/or use some form of Part-Of-Speech tagger to classify each occurrence, but in the end I just decided to work with the text as is.
Therefore results should still be taken with a grain of salt, as what they may appear to show is open to misinterpretation. For example consider the trends for the two terms 'grey' and 'slaughter-house' below. As you can see, 'grey' drops to almost nothing after 1869, and 'slaughter-house' in 1885. However this does not mean that there was no grey hair or grey trousers in NSW after 1869, or that slaughter-houses suddenly all closed in 1885. Rather that the gazette switched to using 'gray' instead of 'grey' in the case of the former, and it no longer reported the names of those appointed as inspectors of slaughter-houses in the case of the latter.
Finally, given the size and scale of the corpus (almost 20 million words), and the number of terms analysed and counted, there's also likely to be a variety of errors in my code. Some will probably be to do with the regex I've used to extract the terms, so for the sake of transparency you can see what's been used for by hovering over/clicking the text. Despite all these issues however, the n-gram/bag-of-words approach is a good way of quickly getting a sense of the overall terms and trends in a large body of data.
Rough Methodology
This is just a quick overview of the main steps involved in the process.
- Download the gazette data from Trove (and thanks to @wragge for the Trove API Console for helping me work out the requests to make)
- Clean up the data (strip html tags, line-breaks, tabs, double spaces, stray characters etc)
- Count words per year (just counted the spaces) in order to work out the rate of terms per year
- I then used regex to count the number of times a word or phrase appeared per year. With certain terms, I'd also include the plural version (e.g. ‘earring' and ‘earrings'), and/or variations with hyphens (e.g. 'public house' and 'public-house'), and/or case insensitive searches (e.g. SYDNEY and Sydney). To see what variations existed I'd use Trove, limited to the gazette from 1860-1900.
- I would then take the number of time the term appeared each year, and work out the rate, based on the number of words in that year.
- The results were then graphed. As the rates differs greatly, from only a handful of mentions per year to thousands, they're scaled against the highest rate for that term, in order to best see the differences overtime, so they are relative. The dotted line represents the absolute rate. i.e., every term on the page uses the same scale for the line, which is 400 mentions per 100,000 words in a year (for reference, 'gold' is mentioned ~800 times per 100,000 words)
For the map section, the approach was slightly different:
- I ran a list of all the places in NSW through the gazette to see what what was mentioned, and then ran that list through the gazette again to get the count. I used geonames.org for the names and locations, which lists its data providers as Geoscience Australia and the ABS among others. It (understandably) doesn't include historical suburbs, plus the spelling of some place names have changed, so certain places may have been missed.
- Because this deals with the period when NSW was still a colony, the ACT obviously didn't exist, so I did the same process with ACT suburbs (but ignored all the ones that were named after politicians)
For 'Selective Reporting':
- I got all articles from the gazette that mentioned the words 'murder' and 'Aboriginal' (or variations, including '(Ab.)' which is what the gazette often used as an abbreviation from 1877). There were 145 entries in the end.
- I then read the articles and if they were reports of a murder, classified them according to their alleged suspect(s) and victim(s)


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I do believe HTML5 is the future of app development, for a number of reasons. HTML5-based apps are cheaper to create and there’s a much larger workforce to create them, as just about everyone knows the front-end stack. HTML5 is the future.
Cascading Style Sheets are used to define the look and feel of a web site outside of the actual HTML file. Some of the most important are the simplification of a site’s HTML files and the ability to completely change the style of a site.
JavaScript is a lightweight, interpreted, object-oriented language with first-class functions, most known as the scripting language for Web pages, but used in many non-browser environments as well such as node.js.
AngularJS is an open-source web application framework maintained by Google and by a community of individual developers and corporations to address many of the challenges encountered in developing single-page applications.
Stands for Asynchronous JavaScript and XML. AJAX is typically used for creating dynamic web applications and allows for asynchronous data retrieval without having to reload the page a visitor is on.
Content Management System is a backend tool for managing a site’s content that separates said content from the design and functionality of the site. Using a CMS generally makes it easier to change the design or function of a site.
The domain is the name by which a website is identified. The domain is associated with an IP address. Depending on the extension (.com, .net, .org, etc.), a domain can be anywhere up to 26 to 63 characters long.
Short for electronic commerce. It’s the buying and selling of goods online, through websites. Products sold through e-commerce can be physical products that require shipping, or digital products delivered electronically.
An responsive layout is one that uses percentages and ems for widths paired with a max-width style to allow the site layout to stretch when font sizes are changed. It’s ability to flex to accommodate the browser width and reader’s font preferences are where it gets its name.
Server-side refers to scripts run on a web server, as opposed to in a user’s browser. Server-side scripts often take a bit longer to run than a client-side script, as each page must reload when an action is taken.
Usability refers to how easy it is for a visitor to your site to use your site in its intended manner. In other words, are navigation, content, images, and any interactive elements easy to use, functioning the way they were intended, and that your intended target visitor will not need any special training in order to use your site.
Life is like a ten-speed bike. Most of us have gears we never use.
If I had my career over again? Maybe I'd say to myself, speed it up a little.
The Growth of the web & demand for services has it's benefits. We are looking forward to the new challenges ahead!
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Crew & Stars.


Know the treatments,
Surgery
- Surgery is done as a day case (you leave on the same day)
- It is done under a local anaesthetic and pain free
- Surgery requires treatment in a hospital. Surgery takes an hour but the whole process takes half a day or so.
- Most people take a week off work
- You will need to attend another appointment to remove the antibiotic soaked sponge 2 weeks after surgery
- There is a rare but serious and long lasting risk that surgery could significantly reduce the hearing in the operated ear (1 in 200)
- There is a rare but serious and long lasting risk that surgery could significantly affect your balance (1 in 200)
- There is a common but fleeting risk of metallic taste to the tip of your tongue (1 in 5)