| 1 | /* | |
| 2 | * Copyright 2001-2010 Stephen Colebourne | |
| 3 | * | |
| 4 | * Licensed under the Apache License, Version 2.0 (the "License"); | |
| 5 | * you may not use this file except in compliance with the License. | |
| 6 | * You may obtain a copy of the License at | |
| 7 | * | |
| 8 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 9 | * | |
| 10 | * Unless required by applicable law or agreed to in writing, software | |
| 11 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 12 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 13 | * See the License for the specific language governing permissions and | |
| 14 | * limitations under the License. | |
| 15 | */ | |
| 16 | package org.joda.time.base; | |
| 17 | ||
| 18 | import org.joda.convert.ToString; | |
| 19 | import org.joda.time.Duration; | |
| 20 | import org.joda.time.Period; | |
| 21 | import org.joda.time.ReadableDuration; | |
| 22 | import org.joda.time.ReadableInstant; | |
| 23 | import org.joda.time.format.FormatUtils; | |
| 24 | ||
| 25 | /** | |
| 26 | * AbstractDuration provides the common behaviour for duration classes. | |
| 27 | *
 | |
| 28 | * This class should generally not be used directly by API users. The | |
| 29 | * {@link ReadableDuration} interface should be used when different | |
| 30 | * kinds of durations are to be referenced. | |
| 31 | *
 | |
| 32 | * AbstractDuration subclasses may be mutable and not thread-safe. | |
| 33 | * | |
| 34 | * @author Brian S O'Neill | |
| 35 | * @author Stephen Colebourne | |
| 36 | * @since 1.0 | |
| 37 | */ | |
| 38 | public abstract class AbstractDuration implements ReadableDuration { | |
| 39 | ||
| 40 | /** | |
| 41 | * Constructor. | |
| 42 | */ | |
| 43 | protected AbstractDuration() { | |
| 44 | super(); | |
| 45 | } | |
| 46 | ||
| 47 | //----------------------------------------------------------------------- | |
| 48 | /** | |
| 49 | * Get this duration as an immutable Duration object. | |
| 50 | * | |
| 51 | * @return a Duration created using the millisecond duration from this instance | |
| 52 | */ | |
| 53 | public Duration toDuration() { | |
| 54 |
1
1. toDuration : mutated return of Object value for org/joda/time/base/AbstractDuration::toDuration to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return new Duration(getMillis()); |
| 55 | } | |
| 56 | ||
| 57 | //----------------------------------------------------------------------- | |
| 58 | /** | |
| 59 | * Converts this duration to a Period instance using the standard period type | |
| 60 | * and the ISO chronology. | |
| 61 | *
 | |
| 62 | * Only precise fields in the period type will be used. Thus, only the hour, | |
| 63 | * minute, second and millisecond fields on the period will be used. | |
| 64 | * The year, month, week and day fields will not be populated. | |
| 65 | *
 | |
| 66 | * If the duration is small, less than one day, then this method will perform | |
| 67 | * as you might expect and split the fields evenly. | |
| 68 | * If the duration is larger than one day then all the remaining duration will | |
| 69 | * be stored in the largest available field, hours in this case. | |
| 70 | *
 | |
| 71 | * For example, a duration effectively equal to (365 + 60 + 5) days will be | |
| 72 | * converted to ((365 + 60 + 5) * 24) hours by this constructor. | |
| 73 | *
 | |
| 74 | * For more control over the conversion process, you must pair the duration with | |
| 75 | * an instant, see {@link Period#Period(ReadableInstant,ReadableDuration)}. | |
| 76 | * | |
| 77 | * @return a Period created using the millisecond duration from this instance | |
| 78 | */ | |
| 79 | public Period toPeriod() { | |
| 80 |
1
1. toPeriod : mutated return of Object value for org/joda/time/base/AbstractDuration::toPeriod to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return new Period(getMillis()); |
| 81 | } | |
| 82 | ||
| 83 | //----------------------------------------------------------------------- | |
| 84 | /** | |
| 85 | * Compares this duration with the specified duration based on length. | |
| 86 | * | |
| 87 | * @param other a duration to check against | |
| 88 | * @return negative value if this is less, 0 if equal, or positive value if greater | |
| 89 | * @throws NullPointerException if the object is null | |
| 90 | * @throws ClassCastException if the given object is not supported | |
| 91 | */ | |
| 92 | public int compareTo(ReadableDuration other) { | |
| 93 | long thisMillis = this.getMillis(); | |
| 94 | long otherMillis = other.getMillis(); | |
| 95 | | |
| 96 | // cannot do (thisMillis - otherMillis) as it can overflow | |
| 97 |
2
1. compareTo : changed conditional boundary → NO_COVERAGE 2. compareTo : negated conditional → NO_COVERAGE |
if (thisMillis < otherMillis) { |
| 98 |
1
1. compareTo : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return -1; |
| 99 | } | |
| 100 |
2
1. compareTo : changed conditional boundary → NO_COVERAGE 2. compareTo : negated conditional → NO_COVERAGE |
if (thisMillis > otherMillis) { |
| 101 |
1
1. compareTo : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return 1; |
| 102 | } | |
| 103 |
1
1. compareTo : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return 0; |
| 104 | } | |
| 105 | ||
| 106 | /** | |
| 107 | * Is the length of this duration equal to the duration passed in. | |
| 108 | * | |
| 109 | * @param duration another duration to compare to, null means zero milliseconds | |
| 110 | * @return true if this duration is equal to than the duration passed in | |
| 111 | */ | |
| 112 | public boolean isEqual(ReadableDuration duration) { | |
| 113 |
1
1. isEqual : negated conditional → NO_COVERAGE |
if (duration == null) { |
| 114 | duration = Duration.ZERO; | |
| 115 | } | |
| 116 |
2
1. isEqual : negated conditional → NO_COVERAGE 2. isEqual : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return compareTo(duration) == 0; |
| 117 | } | |
| 118 | ||
| 119 | /** | |
| 120 | * Is the length of this duration longer than the duration passed in. | |
| 121 | * | |
| 122 | * @param duration another duration to compare to, null means zero milliseconds | |
| 123 | * @return true if this duration is equal to than the duration passed in | |
| 124 | */ | |
| 125 | public boolean isLongerThan(ReadableDuration duration) { | |
| 126 |
1
1. isLongerThan : negated conditional → NO_COVERAGE |
if (duration == null) { |
| 127 | duration = Duration.ZERO; | |
| 128 | } | |
| 129 |
3
1. isLongerThan : changed conditional boundary → NO_COVERAGE 2. isLongerThan : negated conditional → NO_COVERAGE 3. isLongerThan : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return compareTo(duration) > 0; |
| 130 | } | |
| 131 | ||
| 132 | /** | |
| 133 | * Is the length of this duration shorter than the duration passed in. | |
| 134 | * | |
| 135 | * @param duration another duration to compare to, null means zero milliseconds | |
| 136 | * @return true if this duration is equal to than the duration passed in | |
| 137 | */ | |
| 138 | public boolean isShorterThan(ReadableDuration duration) { | |
| 139 |
1
1. isShorterThan : negated conditional → NO_COVERAGE |
if (duration == null) { |
| 140 | duration = Duration.ZERO; | |
| 141 | } | |
| 142 |
3
1. isShorterThan : changed conditional boundary → NO_COVERAGE 2. isShorterThan : negated conditional → NO_COVERAGE 3. isShorterThan : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return compareTo(duration) < 0; |
| 143 | } | |
| 144 | ||
| 145 | //----------------------------------------------------------------------- | |
| 146 | /** | |
| 147 | * Compares this object with the specified object for equality based | |
| 148 | * on the millisecond length. All ReadableDuration instances are accepted. | |
| 149 | * | |
| 150 | * @param duration a readable duration to check against | |
| 151 | * @return true if the length of the duration is equal | |
| 152 | */ | |
| 153 | public boolean equals(Object duration) { | |
| 154 |
1
1. equals : negated conditional → NO_COVERAGE |
if (this == duration) { |
| 155 |
1
1. equals : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return true; |
| 156 | } | |
| 157 |
1
1. equals : negated conditional → NO_COVERAGE |
if (duration instanceof ReadableDuration == false) { |
| 158 |
1
1. equals : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return false; |
| 159 | } | |
| 160 | ReadableDuration other = (ReadableDuration) duration; | |
| 161 |
2
1. equals : negated conditional → NO_COVERAGE 2. equals : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return (getMillis() == other.getMillis()); |
| 162 | } | |
| 163 | ||
| 164 | /** | |
| 165 | * Gets a hash code for the duration that is compatible with the | |
| 166 | * equals method. | |
| 167 | * | |
| 168 | * @return a hash code | |
| 169 | */ | |
| 170 | public int hashCode() { | |
| 171 | long len = getMillis(); | |
| 172 |
3
1. hashCode : Replaced Unsigned Shift Right with Shift Left → NO_COVERAGE 2. hashCode : Replaced XOR with AND → NO_COVERAGE 3. hashCode : replaced return of integer sized value with (x == 0 ? 1 : 0) → NO_COVERAGE |
return (int) (len ^ (len >>> 32)); |
| 173 | } | |
| 174 | ||
| 175 | //----------------------------------------------------------------------- | |
| 176 | /** | |
| 177 | * Gets the value as a String in the ISO8601 duration format including | |
| 178 | * only seconds and milliseconds. | |
| 179 | *
 | |
| 180 | * For example, "PT72.345S" represents 1 minute, 12 seconds and 345 milliseconds. | |
| 181 | *
 | |
| 182 | * For more control over the output, see | |
| 183 | * {@link org.joda.time.format.PeriodFormatterBuilder PeriodFormatterBuilder}. | |
| 184 | * | |
| 185 | * @return the value as an ISO8601 string | |
| 186 | */ | |
| 187 | @ToString | |
| 188 | public String toString() { | |
| 189 | long millis = getMillis(); | |
| 190 | StringBuffer buf = new StringBuffer(); | |
| 191 | buf.append("PT"); | |
| 192 |
2
1. toString : changed conditional boundary → NO_COVERAGE 2. toString : negated conditional → NO_COVERAGE |
boolean negative = (millis < 0); |
| 193 |
1
1. toString : removed call to org/joda/time/format/FormatUtils::appendUnpaddedInteger → NO_COVERAGE |
FormatUtils.appendUnpaddedInteger(buf, millis); |
| 194 |
3
1. toString : changed conditional boundary → NO_COVERAGE 2. toString : negated conditional → NO_COVERAGE 3. toString : negated conditional → NO_COVERAGE |
while (buf.length() < (negative ? 7 : 6)) { |
| 195 |
1
1. toString : negated conditional → NO_COVERAGE |
buf.insert(negative ? 3 : 2, "0"); |
| 196 | } | |
| 197 |
3
1. toString : Replaced long division with multiplication → NO_COVERAGE 2. toString : Replaced long multiplication with division → NO_COVERAGE 3. toString : negated conditional → NO_COVERAGE |
if ((millis / 1000) * 1000 == millis) { |
| 198 |
2
1. toString : Replaced integer subtraction with addition → NO_COVERAGE 2. toString : removed call to java/lang/StringBuffer::setLength → NO_COVERAGE |
buf.setLength(buf.length() - 3); |
| 199 | } else { | |
| 200 |
1
1. toString : Replaced integer subtraction with addition → NO_COVERAGE |
buf.insert(buf.length() - 3, "."); |
| 201 | } | |
| 202 | buf.append('S'); | |
| 203 |
1
1. toString : mutated return of Object value for org/joda/time/base/AbstractDuration::toString to ( if (x != null) null else throw new RuntimeException ) → NO_COVERAGE |
return buf.toString(); |
| 204 | } | |
| 205 | ||
| 206 | } | |
Mutations | ||
| 54 |
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| 80 |
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| 97 |
1.1 2.2 |
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| 98 |
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| 100 |
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1.1 2.2 3.3 |
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1.1 2.2 3.3 |
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| 154 |
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| 155 |
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| 203 |
1.1 |


"Mermaids" could well be a Cher fan's dream come true, a lively tale that allows her to play the kind of free-loving free spirit she used to sing about in 1970s numbers like "Dixie Girl" ("waitin' on tables and passin' myself around" went the lyric) and "He'll Never Know" (in which she vowed never to let her husband find out "his son's only mine").
As the flashy, uninhibited Rachel Flax, a single mom in 1963 who has some very 1983 ideas about how to handle both her kids and her men, Cher is playing, if not exactly close to the bone, very close to her public persona. It's the sort of star turn that could have added up to one long in-joke, but the actress sells the character and Rachel is far more likable onscreen than she was in Patty Dann's delightful novel. By always staying just a little bit ahead of her audience, Cher manages to cash in on her image and transcend it at the same time.
Matching her every step of the way is the ever-endearing Winona Ryder, who brings a heartbreaking sincerity and magnificent comic timing to Charlotte, Rachel's pious daughter who finds herself alternately tormented by the flames of Hell and the fires of adolescent lust. Charlotte is so desperate to become a saint -- or at the very least, a nun -- she's immersed herself in the lore of the church, forcing Rachel to remind her, in a snide voice, "Charlotte, we're Jewish." Everything Rachel does seems to embarrass Charlotte, whether it's flirting outrageously with a kindly shoe salesman (Bob Hoskins) or using cookie cutters to trim the corners off sandwiches.
The only common ground between the two women is their affection for baby Kate (Christina Ricci), the product of Rachel's one-night-stand with an Olympic swimmer. Small surprise that Kate is as obsessed with water sports as Charlotte is with Catholicism. Adorable without being for a moment self-conscious or sticky-sweet, Ricci is a child star worth celebrating.
"Mermaids" is loose and funky, drifting from episode to episode as casually as Rachel swings from man to man. But while there's not a surplus of plot, the movie is brimming with warmth, pure eccentricity and good humor. Most importantly, it allows Ryder and Cher to play off each other and the vivid, often hilarious clashes that ensue make this a delight. James Sanford
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


PDFMerger is a simple tool that allows you to merge multiple PDFs into a single PDF or batches of PDFs.
Click the 'Input Directory' button to browse to the directory that contains the PDFs that you wish to be merged.
Click the 'Output File' button to browse to the directory that you wish to saved the merged PDF to.
Click the 'Merge All' radio button to merge all of the PDFs in the input directory into the single file selected from the 'Output File' button.
Click the 'Merge in Batches' radio button to merge all of the PDFs in the input directory into batches defined by the number in the 'Batch Size' text field.
For example, if the input directory contains 500 PDFs and the 'Merge in Batches' radio button is selected and the 'Batch Size' text field is set to 100, then
5 PDFs will be generated each containing 100 of the PDFs from the input directory.
PDFMerger v1.0 MIT License: Copyright (c) 2012, Randy Burden ( http://randyburden.com ) All rights reserved. Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.  IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
PDFsharp, Copyright (c) 2005-2012 empira Software GmbH, Troisdorf (Germany), was used as the primary PDF library. PDFsharp can be downloaded from their website at the following url:
http://www.pdfsharp.net/
PDFsharp also uses the MIT license and can be viewed here: http://www.pdfsharp.net/PDFsharp_License.ashx
Theme obtained from Nukeation Studios. Information on the theme library can be found at the following url:
http://www.nukeation.com/free.aspx
PDF icon obtained from the Open Icon Library. The icon can be downloaded from the following url:
http://openiconlibrary.sourceforge.net/gallery2/?./Icons/apps/acroread.png


Your case
Hello John, you have been assigned
Claims from Spain Claim ID: 2743248
If you are ready, you can add your first invoice of the day for the above claim.
Hello John, you have been assigned
If you are ready, you can add your first invoice of the day for the above claim.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113489-new-members/topic/remember.html ---
Is there something similar to coq's remember tactic in lean?
I can't find it in lean's documents
What does coq's remember tactic do?
It's basically a way to remember a term so that after pattern matching on a non-trivial term, no information is lost
Possibly generalize
. But I don't fully understand the explanation in the coq docs
I think cases
and/or induction
accepts a syntax which lets you name a hypothesis that the thing you pattern matched is equal to the result of the pattern match--is that the sort of thing you mean?
yes
that's what I want
Yes, they both have it: the syntax is cases (id :)? expr (with id*)?
--check the docstring for full details
Thanks!
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Plug 'n' Play Just copy and paste a bit of code and you'll be good to go Responsive No matter how wide or narrow your display is, you'll always be able to play. Design Customize it as you want. Change the colors to fit your site. Speed Adjust how fast the blocks are falling to make it more difficult. Score Add the scoreboard or not. That's your decision. Autoplay Let the bots battle against each other. Just for the lulz.


Summarizing BIOM tables¶
If you have an existing BIOM file and want to compile a summary of the information in that table, you can use the biom summarize-table command.
To get help with biom summarize-table you can call:
biom summarize-table -h
This command takes a BIOM file or gzipped BIOM file as input, and will print a summary of the count information on a per-sample basis to the new file specified by the -o parameter. The example file used in the commands below can be found in the biom-format/examples directory.
Summarizing sample data¶
To summarize the per-sample data in a BIOM file, you can run:
biom summarize-table -i rich_sparse_otu_table.biom -o rich_sparse_otu_table_summary.txt
The following information will be written to rich_sparse_otu_table_summary.txt:
Num samples: 6
Num observations: 5
Total count: 27
Table density (fraction of non-zero values): 0.5000
Table md5 (unzipped): e0d1194d2d94ea81994c93b8f0db7f51
Counts/sample summary:
Min: 3
Max: 7
Median: 4.0
Mean: 4.5
Std. dev.: 1.5
Sample Metadata Categories: LinkerPrimerSequence; BarcodeSequence; Description; BODY_SITE
Observation Metadata Categories: taxonomy
Counts/sample detail:
Sample2: 3
Sample5: 3
Sample3: 4
Sample6: 4
Sample4: 6
Sample1: 7
As you can see, general summary information about the table is provided, including the number of samples, the number of observations, the total count (i.e., the sum of all values in the table), and so on, followed by the per-sample counts.
Summarizing sample data qualitatively¶
To summarize the per-sample data in a BIOM file qualitatively, where the number of unique observations per sample (rather than the total count of observations per sample) are provided, you can run:
biom summarize-table -i rich_sparse_otu_table.biom --qualitative -o rich_sparse_otu_table_qual_summary.txt
The following information will be written to rich_sparse_otu_table_qual_summary.txt:
Num samples: 6
Num observations: 5
Table md5 (unzipped): e0d1194d2d94ea81994c93b8f0db7f51
Observations/sample summary:
Min: 1
Max: 4
Median: 2.5
Mean: 2.5
Std. dev.: 0.957427107756
Sample Metadata Categories: LinkerPrimerSequence; BarcodeSequence; Description; BODY_SITE
Observation Metadata Categories: taxonomy
Observations/sample detail:
Sample5: 1
Sample1: 2
Sample4: 2
Sample2: 3
Sample6: 3
Sample3: 4


Blog or Gist ?
So what can you get out of me?
Here are some nifty code snippets for you to look at in:
1. Random gists I wrote
3. My private github
2. Finally have a blog up and running !
So what can you get out of me?
Here are some nifty code snippets for you to look at in:
1. Random gists I wrote
3. My private github
2. Finally have a blog up and running !


New in version 0.5.
This module provides a middleware that performs sanity checks of the WSGI application. It checks that PEP 333 is properly implemented and warns on some common HTTP errors such as non-empty responses for 304 status codes.
This module provides a middleware, the LintMiddleware. Wrap your application with it and it will warn about common problems with WSGI and HTTP while your application is running.
It’s strongly recommended to use it during development.
This middleware wraps an application and warns on common errors. Among other thing it currently checks for the following problems:
Detected errors are emitted using the standard Python warnings system and usually end up on stderr.
from werkzeug.contrib.lint import LintMiddleware
app = LintMiddleware(app)
| Parameter: | app – the application to wrap |
|---|


The goal of this site is for me to not only practice front-end development, but also to make a reference for myself. This reference will be used in the future, both for information and motivation for learning languages. Methodologies and resources will be updated as needed, and new features will be added to the site to help make it more productive; this has the added benefit of maintaining my web-development skills, along with practicing new web-development skills.
There are reasonable answers to the inquiry of why I should learn languages, with the current answers to this question only being to the benefit of the spirit of language acquisition. The practicality of the matter cannot be overstated, nor can it be removed from the core of the majority of the reasons to be mentioned. To start, it will give me a better understanding of intention (whether by speaker or author), which is ultimately what language comprehension can be summed up by. Second, it leads to a better understanding of the human thought process, which is applicable in many fields. Learning languages can lead to more job opportunities, more interesting jobs and better paid jobs. One worthy mention is self-satisfaction, the importance of which is outside of the scope of this project.
These are both free and paid resources for learning languages. Hard copies are better, PDF's are bearable and online books are discouraged: This has been my pattern. So far, I've only had experience with Teach Yourself, but I have heard great things about Colloquial. Don't forget to incorporate reading into your regiment, usually done after completing one or two books in the target language. The online books have some bizarre languages.
Try ColloquialOnline resources can be convenient for watching, listening and reading content in the target language, along with getting opportunities to collaborate and communicate with others. Online resources also double as a nice dose of motivation, since seeing others succeed in what I'm trying to do helps me remember just how achievable learning the target language can be. Use Youtube to learn about specific resources, and also for entertainment in the target language (music, shows etc.).
Explore an Ancient Language!As stated in the 'Books' section, reading should be incorporated after completion of at least one instructional book, if not sooner. The specific reading material that would be helpful at such a young level is, of course, childrens books. While obtaining the basics of a language, it certainly does not hurt to try and listen to that language as much as you can. It will feel like you aren't doing anything productive, but your mind is learning the sounds and rhythms of the target language. The shadowing technique is imperative to learning. After a phase of reading easy material, move on to more difficult books, until eventually you can read novels, with the aid of a dictionary. Readers are an invaluable resource. Ultimately, the goal is to spend as much time as you can in the target language, hence the name of the technique being immersion.
Creating Immersion EnvironmentThis section is strictly for motivation and encouragement. Being a polyglot is a massive effort, so seeing the habits and daily rituals of actual polyglots will help me stay on track.
The above video is of Alexander Arguelles, an inspirational polyglot
This is Luca; his native language is not English


|
Introduction
Page 2 of 2
Although kabuki actors and geisha appear in some of the UCSF prints, the portrayal
of medical subjects fits most comfortably in the genre of themes from history and legend,
perfected by the great mid-nineteenth-century print designer, Utagawa Kuniyoshi (1797-1861). Kuniyoshi designed eight of the UCSF prints, among them a classic triptych in
which the Chinese Han dynasty general Guan Yu (160-219) is shown being treated for an
arrow wound.
Although the medical-theme prints typically deal with current, not past events, they
often feature famous warriors, invoked to help stave off illness, or they render preventive
measures in anthropomorphic terms -- as in images of bucket-, bean-, or wheat-headed
figures attacking a demon (the disease) — both elements linking them to Kuniyoshi's
artistic practices.
Kuniyoshi's students feature prominently among the artists represented in the
UCSF collection. Yoshitora (fl. 1850-80), Yoshifuji (1828-87), Yoshimori (1830-84), and
Yoshitoshi (1839-92), were all pupils of Kuniyoshi; other artists, such as Sadahide (1807-73), who specialized in pictures of foreigners, employ a related manner.
Although it is difficult to generalize about such a wide range of prints, their
depiction of medical subjects conforms in most cases to stylistic conventions well
established in earlier ukiyo-e. For example, small or large groups of figures are isolated
in these prints against a background that typically is blank or enlivened by the simplest
indication of setting: a few waves or a distant mountain peak. The figures, which
inhabit a narrow foreground space, are defined by simple ink outlines filled with flat
areas of color or textile patterns; only rarely is shading employed, and then it is usually
confined to depictions of foreigners or supernatural beings.
While expressive of some emotion, the faces are also rather generic: a few short
strokes indicate the eyes, brows, nose, and mouth, leaving little room for the
representation of age or individual features. Rather than Western-style realism, these
pictures rely on the language of familiar human — and demonic -- types to inform,
persuade, and entertain.
Ukiyo-e prints were products of a remarkable collaboration between print
publishers, designers, master block carvers, and printers. The publisher was the
impresario who brought together the other, highly specialized team members. Having
obtained a detailed sketch from the artist, he supervised the carving of multiple cherrywood blocks: a finely detailed key block, rendering the outlines of the design, and as
many as a dozen separate blocks for printing each of the colors. The printer then stepped
in, applying color to the blocks and printing them in succession, carefully registering the
edges, and rubbing the paper (placed facedown on the block) to evenly transfer the
colors to the page.
Despite all this labor, the finished prints were relatively inexpensive items, cheaply
sold from the publisher's shop or distributed by itinerant vendors to ordinary
townspeople: merchants, artisans, and other tradesmen. Although published in multiples of a
hundred copies for the more popular editions, the prints were ephemeral, tossed away once fashions, celebrities — or illnesses — changed.
The surviving prints represent only a fraction of much larger original editions.
Indeed, many of the prints may have originally been given away gratis, as advertisements
for patent medicines and cosmetic products, making their preservation here even more
impressive.
|
|
{% include sidenav.html %}
|


Thank You for completing the test, Here are Your results
Your Personality type is INFJ
The personality test is based on Myers-Briggs Type Indicator (MBTI)
INFJs are creative nurturers with a strong sense of personal integrity and a drive to help others realize their potential. Creative and dedicated, they have a talent for helping others with original solutions to their personal challenges.
The Counselor has a unique ability to intuit others' emotions and motivations, and will often know how someone else is feeling before that person knows it himself. They trust their insights about others and have strong faith in their ability to read people. Although they are sensitive, they are also reserved; the INFJ is a private sort, and is selective about sharing intimate thoughts and feelings.


BRAZEN HOODS
Glasgow kingpin Stephen ‘Jimmy’ Jamieson poses in Glasgow club wearing £10k watch while partying with £9m drug gang pals
by Douglas WalkerCOCAINE kingpin Stephen Jamieson has been living the high life on nights out with freed cronies from his £9million drug gang.
The brazen hood, 36, splashed the cash partying with Steven Caddis, 40, at a bar in Amsterdam, Holland.
Another snap shows flashy Jamieson, known as “Jimmy”, with pals including Caddis’ brother Gary, 38, at Sanctuary nightclub in Glasgow’s West End.
A source said: “Jamieson and the Caddis brothers are living it up and are bold as brass.
“They don’t make any secret of being close pals.”
During the meet-ups Jamieson flaunted a £1,000 Moncler Down jacket and showed off a £10,000 Hublot watch.
The source added: “They swagger about wearing all their designer clothes and watches.

The trio and Brian McCulloch were caged in 2009 for a total of 30 years after flooding Glasgow with coke.
Jamieson was freed in 2013 after serving half of his eight-year term.
It’s unclear whether the partying pals have breached terms of their release with the nights out.
The Parole Board for Scotland said it didn’t comment on individual cases.
But a spokesman added: “A breach of licence conditions can lead to a recall to prison.”
We told how Jamieson, of Paisley, is living in a £260,000 house owned by millionaire taxi tycoon Stevie Malcolm.


Get(RecordAccess)Returns a number based on the current record’s access privileges, assigned through the Custom Record Privileges dialog box.
• 0 if the custom record privileges of an account’s privilege set have neither View nor Edit privileges set to yes for the current record
• 1 if the custom record privileges of an account’s privilege set have View set to yes for the current record, or if View is set to limited and the calculation defined for limited access returns a value of true
• 2 if the custom record privileges of an account’s privilege set have Edit set to yes for the current record, or if Edit is set to limited and the calculation defined for limited access returns a value of true
• Get(RecordAccess) only returns information about the privileges defined for accessing records. It ignores access privileges assigned through individual layouts. To fully check access to a record, consider the return values of the Get(LayoutAccess) function and Get(RecordAccess).
• If you specify the context for the current calculation, this function will be evaluated based on that context; otherwise, it will be evaluated based on the context of the current window.
•
• See Editing record access privileges for more details about limiting access to records.Returns 1 when the record access is view-only.


COUNTDOWN FOR EXERCISE
HOURS:
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0SECONDS:
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0BMI Calculator
Calculates Your current BMI
Nutrition Calculator
calculates the total calories consumed
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Calculates the time while exercising
Fitness
This Website supports fitness for every individual


lendyr
Welcome to Lendyr!
View our
credit cards
!
Lendyr provides a number of credit cards with varying features.
Return to our
home page
.


---
layout: page
title: "About"
description: "A little about the photgrapher me!"
active: about
header-img: "img/about-me-bg.jpg"
---
This is the blog for posting my clicks.
A marketing professional and an enthusiastic hobbyist photographer. Living in and around Mumbai from past 9 years after many years of roaming around the country. Loves this, this and this genre. And a little more about photography and me.
Visit this page to know more about me.
To go places and do things that have never been done before – that’s what living is all about.


{% extends 'commercialoperator/emails/base_email.html' %} {% block content %}
Please be aware that your commercial operations licence {{ approval.lodgement_number }} expired on {{ approval.expiry_date}}
To apply for a new Commercial Operations Licence please click here
If you would like to continue operating withing WA's national parks and other conservation reserves you need a licence under the Conservation and Land Management Regulations 2002.
If you have any questions about how to apply for a new licence please contact a licensing office on {{settings.DEP_PHONE}} or email {{settings.SUPPORT_EMAIL}}
{% endblock %}


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Cavatina
Cavatina is a font family and a language for typesetting music notation with a focus on input speed. The fonts can either be used inside a rich-text editor with support for advanced typographic features, or included in a webpage.
The project is now open source and the fonts—released under the MIT license—can be downloaded at no cost. A total of eleven keyboard layouts are supported, covering six different languages. For information about the installation visit the GitHub page.
To learn more about Cavatina, you can do the short tutorial or check out the documentation for a more detailed overview.
© 2019 Alexis Luengas


litelist v0.0.1 Litelist.Auth
The Auth context.
Link to this section Summary
Functions
Returns an %Ecto.Changeset{}
for tracking neighbor changes
Creates a neighbor
Deletes a Neighbor
Gets a single neighbor
Returns the list of neighbors
Updates a neighbor
Link to this section Functions
Link to this function
authenticate_neighbor(username, plain_text_password)
Link to this function
change_neighbor(neighbor)
Returns an %Ecto.Changeset{}
for tracking neighbor changes.
Examples
iex> change_neighbor(neighbor)
%Ecto.Changeset{source: %Neighbor{}}
Link to this function
create_neighbor(attrs \\ %{})
Creates a neighbor.
Examples
iex> create_neighbor(%{field: value})
{:ok, %Neighbor{}}
iex> create_neighbor(%{field: bad_value})
{:error, %Ecto.Changeset{}}
Link to this function
delete_neighbor(neighbor)
Deletes a Neighbor.
Examples
iex> delete_neighbor(neighbor)
{:ok, %Neighbor{}}
iex> delete_neighbor(neighbor)
{:error, %Ecto.Changeset{}}
Link to this function
get_neighbor!(id)
Gets a single neighbor.
Raises Ecto.NoResultsError
if the Neighbor does not exist.
Examples
iex> get_neighbor!(123)
%Neighbor{}
iex> get_neighbor!(456)
** (Ecto.NoResultsError)
Link to this function
list_neighbors()
Returns the list of neighbors.
Examples
iex> list_neighbors()
[%Neighbor{}, ...]
Link to this function
update_neighbor(neighbor, attrs)
Updates a neighbor.
Examples
iex> update_neighbor(neighbor, %{field: new_value})
{:ok, %Neighbor{}}
iex> update_neighbor(neighbor, %{field: bad_value})
{:error, %Ecto.Changeset{}}


0
0
Puzzle for: Red (lv. 1)
Puzzle for: Green (lv. 1)
Puzzle for: Blue (lv. 1)
Puzzle for: Square (lv. 1)
Puzzle for: Triangle (lv. 3)
Puzzle for: Pentagon (lv. 6)
Puzzle for: Circle (lv. 10)
CMY Piece
Level: 1 Exp: 0 / 45
RGB Piece


Representation of a library, and the ability to find the installed libraries.
The libraries API provides a client API of the Libraries framework. The Library itself is a typed set of volumes. The volume is a ordered list of resources. The type of library implies the volumes contained in it. For example the Java SE library contains three volumes (sources, classpath and javadoc). The resource is a valid URL of the physical resource.
To obtain a list of installed libraries you want to call {@link org.netbeans.api.project.libraries.LibraryManager#getLibraries} as in the following example for listing the names of installed libraries.
Library[] libraries = LibraryManager.getDefault().getLibraries (); for (int i = 0; i< libraries.length; i++) { System.out.println(libraries[i].getName()+" : "+libraries[i].getType()); }To obtain a library with a given name you want to call {@link org.netbeans.api.project.libraries.LibraryManager#getLibrary} method as in the following example.
Library library = LibraryManager.getDefault().getLibrary ("Ant"); if (library != null) { System.out.println(library.getName()+" : "+libraries[i].getType()); }
Libraries module provides graphical manager of libraries. The manager allows you to create a new library of a given type, to delete existing library or to change content of volumes. It is not possible to create or delete a volume in the library since the volumes are implied by the library type.
To open the graphical libraries manager you need to call {@link org.netbeans.api.project.libraries.LibrariesCustomizer#showCustomizer} method.
A module is able to register the predefined library. For example the junit module installs the junit library. The library definition is placed in the org-netbeans-api-project-libraries/Libraries folder on the system filesystem.
The library format is given by the following DTD.
<?xml version="1.0" encoding="UTF-8"?> <!-- Root element of library definition descriptor. --> <!ELEMENT library (name, type, description?, localizing-bundle?, volume*) > <!-- The version attribute specifies the version of the library --> <!ATTLIST library version CDATA #FIXED "1.0" > <!--- Library unique identifier - a string. In the case when the localizing-bundle element presents the name value is used as a key into bundle to locate the display name. Otherwise the name value is used as a display name--> <!ELEMENT name (#PCDATA) > <!--Short description of given library - a string. In the case when the localizing-bundle element presents the description value is used as a key into bundle to locate the localized description. Otherwise the description value is used.--> <!ELEMENT description (#PCDATA) > <!-- The resource name of base bundle without an extension - a string. The bundle used to lookup the localized strings. The bundle is looked up by NbBundle.getBundle (String) method. Example of localizing bundle: org.netbeans.modules.junit.resources.Bundle --> <!ELEMENT localizing-bundle (#PCDATA)> <!--- Volume is typed list of resources --> <!ELEMENT volume (type, resource*) > <!--- Volume type of a library volume - a string For example the Java SE library supports the following types of volume: classpath, javadoc and src --> <!ELEMENT type (#PCDATA) > <!--- Volume resource coded as an URL In the case of URL with nbinst protocol the URL is resolved from the NetBeans installation directory. If the URL points to a ZIP/JAR archive, the URL must have the jar protocol. Example: jar:file:///usr/lib/java/xerces.jar!/ is resolved to /usr/lib/java/xerces.jar/ jar:nbinst://org.netbeans.modules.junit/modules/ext/junit.jar!/ is resolved to ${netbeans.home}/modules/ext/junit.jar --> <!ELEMENT resource (#PCDATA) >


#
Getting Started with ReduxRedux is a predictable state container for JavaScript apps.
It helps you write applications that behave consistently, run in different environments (client, server, and native), and are easy to test. On top of that, it provides a great developer experience, such as live code editing combined with a time traveling debugger.
You can use Redux together with React, or with any other view library. It is tiny (2kB, including dependencies), but has a large ecosystem of addons available.
#
Installation#
Redux ToolkitRedux Toolkit is our official recommended approach for writing Redux logic. It wraps around the Redux core, and contains packages and functions that we think are essential for building a Redux app. Redux Toolkit builds in our suggested best practices, simplifies most Redux tasks, prevents common mistakes, and makes it easier to write Redux applications.
RTK includes utilities that help simplify many common use cases, including store setup, creating reducers and writing immutable update logic, and even creating entire "slices" of state at once.
Whether you're a brand new Redux user setting up your first project, or an experienced user who wants to simplify an existing application, Redux Toolkit can help you make your Redux code better.
Redux Toolkit is available as a package on NPM for use with a module bundler or in a Node application:
#
Create a React Redux AppThe recommended way to start new apps with React and Redux is by using the official Redux+JS template or Redux+TS template for Create React App, which takes advantage of Redux Toolkit and React Redux's integration with React components.
#
Redux CoreThe Redux core library is available as a package on NPM for use with a module bundler or in a Node application:
It is also available as a precompiled UMD package that
defines a window.Redux
global variable.
The UMD package can be used as a
<script>
tag
directly.
For more details, see the Installation page.
#
Basic ExampleThe whole global state of your app is stored in an object tree inside a single store. The only way to change the state tree is to create an action, an object describing what happened, and dispatch it to the store. To specify how state gets updated in response to an action, you write pure reducer functions that calculate a new state based on the old state and the action.
Instead of mutating the state directly, you specify the mutations you want to happen with plain objects called actions.
In a typical Redux app, there is just a single store with a single root reducing function. As your app grows, you split the root reducer into smaller reducers independently operating on the different parts of the state tree. This is exactly like how there is just one root component in a React app, but it is composed out of many small components.
This architecture might seem like a lot for a counter app, but the beauty of this pattern is how well it scales to large and complex apps. It also enables very powerful developer tools, because it is possible to trace every mutation to the action that caused it. You can record user sessions and reproduce them just by replaying every action.
#
Redux Toolkit ExampleRedux Toolkit simplifies the process of writing Redux logic and setting up the store. With Redux Toolkit, that same logic looks like:
Redux Toolkit allows us to write shorter logic that's easier to read, while still following the same Redux behavior and data flow.
#
Learn ReduxWe have a variety of resources available to help you learn Redux.
#
Redux Essentials TutorialThe Redux Essentials tutorial is a "top-down" tutorial that teaches "how to use Redux the right way", using our latest recommended APIs and best practices. We recommend starting there.
#
Redux Fundamentals TutorialThe Redux Fundamentals tutorial is a "bottom-up" tutorial that teaches "how Redux works" from first principles and without any abstractions, and why standard Redux usage patterns exist.
#
Learn Modern Redux LivestreamRedux maintainer Mark Erikson appeared on the "Learn with Jason" show to explain how we recommend using Redux today. The show includes a live-coded example app that shows how to use Redux Toolkit and React-Redux hooks with Typescript, as well as the new RTK Query data fetching APIs.
See the "Learn Modern Redux" show notes page for a transcript and links to the example app source.
#
Additional Tutorials- The Redux repository contains several example projects demonstrating various aspects of how to use Redux. Almost all examples have a corresponding CodeSandbox sandbox. This is an interactive version of the code that you can play with online. See the complete list of examples in the Examples page.
- Redux creator Dan Abramov's free "Getting Started with Redux" video series and Building React Applications with Idiomatic Redux video courses on Egghead.io
- Redux maintainer Mark Erikson's "Redux Fundamentals" conference talk and "Redux Fundamentals" workshop slides
- Dave Ceddia's post A Complete React Redux Tutorial for Beginners
#
Other Resources- The Redux FAQ answers many common questions about how to use Redux, and the "Recipes" docs section has information on handling derived data, testing, structuring reducer logic, and reducing boilerplate.
- Redux maintainer Mark Erikson's "Practical Redux" tutorial series demonstrates real-world intermediate and advanced techniques for working with React and Redux (also available as an interactive course on Educative.io).
- The React/Redux links list has categorized articles on working with reducers and selectors, managing side effects, Redux architecture and best practices, and more.
- Our community has created thousands of Redux-related libraries, addons, and tools. The "Ecosystem" docs page lists our recommendations, and there's a complete listing available in the Redux addons catalog.
#
Help and DiscussionThe #redux channel of the Reactiflux Discord community is our official resource for all questions related to learning and using Redux. Reactiflux is a great place to hang out, ask questions, and learn - come join us!
You can also ask questions on Stack Overflow using the #redux tag.
If you have a bug report or need to leave other feedback, please file an issue on the Github repo
#
Should You Use Redux?Redux is a valuable tool for organizing your state, but you should also consider whether it's appropriate for your situation. Don't use Redux just because someone said you should - take some time to understand the potential benefits and tradeoffs of using it.
Here are some suggestions on when it makes sense to use Redux:
- You have reasonable amounts of data changing over time
- You need a single source of truth for your state
- You find that keeping all your state in a top-level component is no longer sufficient
For more thoughts on how Redux is meant to be used, see:


--- layout: post title: iOS 7 in Action is Available on Amazon! date: 2014-04-16 19:00:00.000000000 -07:00 type: post published: true status: publish categories: [] tags: [] meta: {} author: ---
You can now get iOS 7 in Action, my second book (and second with Manning Publications), on Amazon! It's been over a year since I started writing this book with my co-author, Martin Conte Mac Donell. If you're interested in learning iOS you should check it out. It's already accumulated a few great reviews.
iOS 7 in Action is a detailed, hands-on guide that teaches you how to create amazing native iOS apps. You'll dive into key topics by exploring thoroughly explained real-world code examples you can expand and reuse. Learn about Collection Views, Storyboarding, Twitter & Facebook Integration, Passbook, Airplay, and much more. If you're already creating iOS apps, you'll learn how to capitalize on the newest iOS features.


M
Y
L
O
G
O
Home
About me
My work
Contact
Campeanu Vasile
My passion is creating.
I find happiness in being a better me today than the me yesterday.
Read More About Me


We have seen that, when there are more than one type of objects in Reeborg’s World, we must sometimes specify which object Reeborg must take or put down by using a function argument as in:
take("token")
put("star")
However, we have not seen yet how to define such a function. It is actually fairly easy: all we have to do is include a variable as an argument between the parentheses when defining the function. For example, suppose we want to define a function turn() that would take a number as its argument so that the number indicates the number of left turn we want Reeborg to make. Thus turn(1) would correspond to a single left turn whereas turn(3) would correspond to three left turns (which, as we know, amounts to having Reeborg make a right turn). One way to do this is as follows:
def turn(number):
for _ in range(number):
turn_left()
Your turn!
Define such a turn function and try it out in a program.
If you recall, print() can take more than one argument, with each argument separated by a comma. You can probably guess how we can define a similar function:
def my_function(argument_1, argument_2, ...):
# code block
Suppose that, like above, we want to be able to specify a number of turns … and also a number of moves … and a number of whatever. We could define a function like turn for each type of repeated action; however, there is a more general way which only requires to define a single function, which we will call my_repeat (repeat would have been a better name, but it’s a special Reeborg keyword). Here’s a possible definition:
def my_repeat(function, number):
for _ in range(number):
function()
So, if we call it with turn_left and 3 as arguments:
my_repeat(turn_left, 3)
it will be interpreted as:
for _ in range(3): # number is replaced by 3
turn_left() # function is replaced by turn_left
which we recognize as our familiar turn_right equivalent. However, having defined my_repeat we can use it with different numbers and functions, such as:
my_repeat(move, 4) # move 4 steps
Your turn!
Define such a my_repeat function and try it out in a program.
Important
Unlike print(), which can take an arbitrary number of arguments, the functions we have defined so far will always require a set number of arguments (1 for turn, 2 for my_repeat). You should check what happens if you give a different number of arguments than what was indicated when defining the function.
Creating functions which can accept an arbitrary number of arguments is something which we will see later, after we have seen a few other concepts.


gosm
Add Service
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{% extends "course/course-base.html" %} {% load i18n %} {% block title %} {{flow_desc.title}} - {{ relate_site_name }} {% endblock %} {% block content %}
{% blocktrans trimmed %} There were {{required_count}} grading questions. {% endblocktrans %} {% if answered_count == required_count %} {% blocktrans trimmed %} You have provided an answer for all of them. {% endblocktrans %} {% else %} {% blocktrans trimmed %} You have answered {{answered_count}} and left {{unanswered_count}} unanswered. {% endblocktrans %} {% endif %}
{% endif %} {% trans "If you choose to end your session, the following things will happen:" %}


A sound test for as many games as I can find.
Arcade
Game Boy
Game Boy Advance
Genesis
Master System
MSX
N64
NES
PC
SNES
Turbo Grafx-16


What is the relationship between employment and education attained?
Does the price of tuition affect the overall enrollment of public and private universities?
To Navigate:
Click any slice to expand it and its subcategories. To go back one level, click the center of the visualization.
Employment Status based on Education Level (Gender):
The visualization above shows the employment status of the 2019 US labor force based on education level and gender. Each level of the sunburst represents a unique categorical set.
Each slice of each layer represents a specific subcategory from the parent category (one level interior). The size of the slice varies based on the percent of the labor force it represents.
You can see the percent value as well as a brief description in each slice (you will also see this information as a tooltip when hovering over it).


Structures
The following structures are available globally.
-
A collection of properties for all RealityUI Entities.
See moreDeclaration
Swift
public struct RUIComponent : Component
-
A collection of properties for the entities that conform to
See moreHasTurnTouch
.Declaration
Swift
public struct TurnComponent : Component
-
A collection of resources that create the visual appearance a RealityUI Stepper.
See moreDeclaration
Swift
public struct StepperComponent : Component
-
Component containing all the data for the text to be rendered.
See moreDeclaration
Swift
public struct TextComponent : Component


Input Devices Input devices, such as a keyboard or mouse, permit the computer user to communicate with the computer. Other input devices include a joystick, a rodlike device often used by people who play computer games; a scanner, which converts images such as photographs into digital images that the computer can manipulate; a touch panel, which senses the placement of a user¡¯s finger and can be used to execute commands or access files; and a microphone, used to input sounds such as the human voice which can activate computer commands in conjunction with voice recognition software. ¡°Tablet¡± computers are being developed that will allow users to interact with their screens using a pen-like device. |


This chapter lists all library functions by category, and gives a brief description.


---
title: Other Packages
url: http://github.com/jakevdp
description: I also have made numerous small contributions to projects such as
NumPy,
Matplotlib,
IPython,
Hyde,
Pelican,
and others, and have open-sourced much of my other code and teaching materials.
See my GitHub profile for details.
created: !!timestamp '2011-02-08 10:00:00'
---


We redefine solutions!
- unleash interactive synergies
- e-enable user-centric action-items
- mesh intuitive e-business
- target rich paradigms
- expedite compelling portals
- repurpose best-of-breed partnerships
- innovate enterprise methodologies
- cultivate next-generation action-items
- expedite enterprise e-commerce
- expedite sticky methodologies
- innovate best-of-breed e-markets
- matrix plug-and-play deliverables
- maximize 24/7 bandwidth
- productize best-of-breed infrastructures


Manchester City great Yaya Toure names Manchester United star as his toughest opponent
Former Manchester City midfielder Yaya Toure has named Manchester United and former Chelsea star Nemanja Matic as the toughest opponent he has faced in his career. He claimed that playing against the Serbian was complicated as he is ‘strong and clever.’
“Nemanja Matic was complicated. He’s not quick but he’s so strong, clever. All the rest of the opponents, because I always looked at them carefully before games, I get their weakness,” Toure said while in conversation with The Times.
He then went on to explain how he ended up moving to City and turned them into a title-winning machine.
“I was on the phone with [chief executive] Garry Cook. He promised me he was going to bring players to help me to do great things at City,” he said.
“I said, ‘Sign David Silva first, and I will come.’ And Silva was saying, ‘Sign Yaya first and I will come!’ I said to Silva, ‘Sign! I am not going to run off!’ ‘He didn’t believe me because I was at Barcelona, one of the top teams in the world. But it was time for change. Kolo told me to come. I have to listen to him.
“When I come to City, I said, ‘I come here to win and make City one of the greatest teams in the Premier League.’ People were laughing at me in the beginning. I make my team-mates realise what we can become by starting with one trophy, the FA Cup,” he added.


Quick View sample
hover on item to see quick view
navigate via the arrows to see quick view
press [ctrl + shift + 1] to enter the quick view
Actions
Delete Product
Audit Log Settings
OData API Audit
Products
Laptop Lenovo
IPhone 3
HP Monitor 24


| 028:007 Khan | : |
And We inspired the mother of Musa (Moses), (saying): "Suckle him [Musa (Moses)], but when you fear for him, then cast him into the river and fear not, nor grieve. Verily! We shall bring him back to you, and shall make him one of (Our) Messengers." |
| 028:007 Maulana | : |
And We revealed to Moses' mother, saying: Give him suck; then when thou fearest for him, cast him into the river and fear not, nor grieve; surely We shall bring him back to thee and make him one the messengers. |
| 028:007 Pickthal | : |
And We inspired the mother of Moses, saying: Suckle him and, when thou fearest for him, then cast him into the river and fear not nor grieve. Lo! We shall bring him back unto thee and shall make him (one) of Our messengers. |
| 028:007 Rashad | : |
We inspired Moses' mother: "Nurse him, and when you fear for his life, throw him into the river without fear or grief. We will return him to you, and will make him one of the messengers." |
| 028:007 Sarwar | : |
We inspired Moses' mother saying, "Breast-feed your son. When you become afraid for his life, throw him into the sea. Do not be afraid or grieved for We shall return him to you and make him a Messenger." |
| 028:007 Shakir | : |
And We revealed to Musa's mothers, saying: Give him suck, then when you fear for him, cast him into the river and do not fear nor grieve; surely We wi!l bring him back to you and make him one of the messengers. |
| 028:007 Sherali | : |
And WE directed the mother of Moses by revelation, 'Suckle him; and when thou fearest for him, then cast him into the river and fear not, nor grieve; for WE shall restore him to thee, and shall make him one of the Messengers.' |
| 028:007 Yusufali | : |
So We sent this inspiration to the mother of Moses: "Suckle (thy child), but when thou hast fears about him, cast him into the river, but fear not nor grieve: for We shall restore him to thee, and We shall make him one of Our messengers." |
Concepts/Themes Covered: القصص والتاريخ > موسى > أم موسى The Stories and the History>Moses>Moses's Mother
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Resolute claim functions, computational functions, and global constants are defined in Resolute annex libraries, i.e., Resolute annex clauses placed directly in an AADL package.
package BudgetCase
public
annex Resolute {**
MaximumWeight : real = 1.2kg
SCSReq1(self : component) <=
** "R1" SCS shall be no heavier than " MaximumWeight%kg **
SCSReq1VA1(self, MaximumWeight) or SCSReq1VA2(self, MaximumWeight)
AddBudgets(self : component) : real =
sum([WeightBudget(t) for (t: subcomponents(self))])
A claim function can be associated with component types or implementations by prove
statements declared in a Resolute annex subclause. The example shows the prove
statement for a claim function SCSReq1
with the component itself passed in as a parameter.
system implementation SCS.Phys
subcomponents
sensor1: device sensor;
sensor2: device sensor;
actuator: device actuator;
annex Resolute {**
prove (SCSReq1(this))
Invoke the Resolute command on a component implementation. This results in an instantiation of the component implementation and the application of all claim functions associated with all of the components in the instance model via the prove
statements.
The verification results are then displayed in a view labeled Assurance Case.
The syntax of a claim function is as follows:
<Claim_Function> ::=
<name> "(" (<parameter> ("," <parameter) )* )? ")" "<="
"**" <description> "**" <claim_function_expression>
<parameter> ::= <name> ":" <type>
<description> ::= <text> ( <parameter_reference> | <text>)*
The parameter declaration consists of a name and a type (see Resolute Type System).
The description for a claim function consists of a sequence of strings and references to claim function parameters, global constants, or local constants (defined by let
statements). If your values are numerical with a unit, you can specify the unit to be used for display by indicating the desired unit after a %
, e.g., WeightLimit%kg. The units are those defined by Units property types in property sets and do not have to be qualified by the Units type.
The claim function expression is assumed to be a logical expression (and
, forall
, or
, exists
, implies (=>
)) to represent a predicate. In the case of and
and forall
, all expression elements are executed and then the result is evaluated and returns true only if all claim functions return true. Executing all claim functions allows Resolute to inform the user of all failing claim functions rather than one at a time by not executing the remaining elements in the and
or forall
expression.
A Resolute annex library is declared directly in a package through the annex
Resolute {**
<library content> **};
statement. Such a statement can be placed in a package by itself, combined with library declarations for other annexes, or combined with classifier declarations in the same package. A package cannot contain multiple Resolute annex library declarations; i.e., each library must be placed in a separate package.
Resolute assumes that there is a global name space for the names of claim functions and computational functions. Therefore, their names must be globally unique. They can be referenced in prove
statements, other claim functions, or computational functions without qualification by a package name.
Claim functions are invoked on a component by specifying a prove
statement in a Resolute annex subclause of the component implementation. This claim function is then executed on every instance of this component implementation when the Resolute command is invoked.
A component implementation can contain multiple prove
statements.
<Resolute_subclause> :== "annex" "resolute" "{**" <prove_statement> ( <prove_statement> )* "**}" ";"
<prove_statement> ::= "prove" "(" <claim_function_invocations> ")"
<claim_function_invocation> ::= <claim_function_name> "("
( <parameter_value> ("," <parameter_value>)* )? ")"
The parameter values can be integers, real numbers, strings, Boolean literals, model elements, references to global constants, and collections of these types. They must match the specified type for the parameter.
One special model element reference is expressed by the keyword this
. It refers to the instance model object of the model element that contains the prove
statement. The keyword this
can only be used in the prove
statement --- not in verification action expressions. This constraint means that this
must be passed to a claim function for it to know what model element it operates on --- unless we have a global claim function (see Global Constants).
prove ( Memory_safe ( this ))
You can also identify a subcomponent of this
; i.e., associate the verification action with a component down a path of the architecture hierarchy. This allows you to specify a verification action for a specific component instance. This example shows how a prove
statement is applied to a subcomponent called subsystem1:
prove (Fully_Connected ( this.subsystem1 ))
The prove
statement can be associated with the component classifier of the subcomponent. In that case, it applies to all instances of that component. We recommend that you associate prove
statements with a path only if the prove
is intended for that particular instance of a subcomponent.
The compiler does enforce that claim functions can be invoked only in prove
statements, and as operands in and
, or
, >
(implies), exists
, and forall
operations, and cannot be invoked in computational functions.
Computational functions are used to calculate a value of any type. The result can be Boolean, numeric, model elements, or collections of items of a specific type. Computational functions take parameters that are typed. Computational functions have a single expression that can be preceded by a local constant declaration.
<computational_function> ::=
<function_name> "(" <parameter> ("." <parameter>)* ")" ":" <return_type> "="
<computational_expression>
Global constants represent parameters to the verification whose value is set once and can be used in any computational expression, including parameters to claim function calls. Global constants can also hold the result of a computational function or a set constructor whose value can be determined at startup time of a Resolute command. For example, a global constant may be used to precompute various sets of model element instances, e.g., all elements that are reachable from a component of a certain component type.
<global_constant> ::=
<constant_name> ":" <type> "=" <computational_expression>
Resolute also supports precomputation of local constants, which are used inside a claim function or computational function. One or more local constants can be defined before any expression. Typically, they are used in a verification action or computational function before the logical or computational expression. However, they can also be used before any subexpression, e.g., before the right-hand subexpression of an and
or +
operator.
<local_constant> ::=
"let" <constant_name> ":" <type> "=" <computational_expression> ";"
A constraint expression results in a Boolean value.
Predicate expressions support the following operators in increasing precedence order:
Logical operators (the operands a, b are expressions of type Boolean):
=>
bor
band
bnot
aforall
| exists
) (
<variablename> :
<collection_constructor> )
.
<logical_expression>
Computational expressions are used in computational functions and must return a value of the specified type. Computational expressions include constraint expressions, arithmetic expressions, and operations on collections of values and model elements.
Relational operators (the operands are of type real
or int
):
<
| <=
| >
| >=
| =
| <>
Arithmetic operators (the operands are of type real
or int
and may include a unit):
+
| -
\
| /
-
a(
a )
instanceof
<type> )(
<type> )
aAtomic expressions can be used as operands of all the operators listed above.
Base type values: integer value, real value, string value, and Boolean value. Integer and real values can be annotated with a unit. Any unit defined by a Unit property type in any of the property sets is acceptable.
Global or local constant reference and variable reference by its identifier
Computational function invocation:
function_name (
(<parameter_value> ( ,
<parameter_value> )* )? )
Conditional value: if
condition then
expression else
expression
Qualified classifier or property definition: ( <ID> ::
) *<ID> ( .
<ID> )?
instance
or instances
and property definition only in property
built-in functionInstance model reference: this
( .
<ID> ) *
prove
statementException operators are equivalent to exception throws with the enclosing claim function representing an implicit catch.
fail
<string value> or fail **
<description> **
with the description syntax the same as for claim functionsCollections in Resolute can be either lists or sets. Lists can contain multiple identical elements, preserve insertion order, and support head
and tail
accessors for defining recursive processing. By contrast sets can contain no more than one element of a given value, do not necessarily support insertion order, and support set intersect
and union
operators. Both lists and sets support quantifiers forall
and exists
and filtered collections. Operators exist to convert a list into a set (collapsing duplicated elements) and a set into a list.
Basic collection: <Basic_list> | <Basic_set>
Basic list: [
<expression> ( ,
<expression> )* ]
| [ ]
Basic set: {
<expression> ( ,
<expression> )* }
| { }
Filtered collection: <Filterd list> | <Filtered set>
Filtered list: [
<filtered_element> for
( (
<element_name> :
<collection_constructor> )
+ ) ( |
<filter_expression> )? ]
{
<filtered_element> for
( (
<element_name> :
<collection_constructor> )
+ ) ( |
<filter_expression> )? }
<collection_constructor> ::=
<basic_collection> | <filtered_collection> | <AADL_model_element_type> |
<global_constant> | <local_constant> | <computational_function_invocation>
Note: The constants must have collections as their values, and the invoked function must return a collection. Function invocations returning a collection can be a user-defined computational function or a built-in function (see Built-in Base Types). The constant reference has to be of a collection type.
The following examples illustrate the use of collections. The first example uses the built-in subcomponents
function to get a collection of subcomponents. The forall
then iterates over the (set) collection and executes the built-in has_property
constraint function on each element.
In the second example, we precompute the collection of subcomponents and hold on to them with a local constant. We then construct a collection of real values of value 1.0 for each subcomponent that satisfies the has_property
constraint function, then perform the summation of the resulting real
(list) collection, and divide it by the size of the subcomponent collection.
HasSubcomponentWeightBudget(self:component) : bool =
forall (sub: subcomponents(self)) . has_property(sub,SEI::GrossWeight)
SubcomponentWeightBudgetCoverage(self:component) : bool =
(sum([ 1.0 for (sub : subs) | has_property(sub,SEI::GrossWeight)]) / length(subs))
Collections can also be precomputed in global constants. This is useful when you want to make use of certain collections of instance model objects repeatedly. In this example, the global constant declaration MOTORS
represents the set of instances of a particular component type.
MOTORS : {component} = instances(PX4IOAR::Motor)
fail
expressionThe fail
expression can be used in any computational function and can be viewed like an exception that is thrown. It is automatically caught by the closest enclosing claim function, interpreted as a fail of the claim, and reported as a sub-result to the claim function. That is, the fail
expression is shown as a failure, and the provided text explains the failure.
<type> ::=
<list_type> | <set_type> | <base_type> | <AADL_model_element_type>
<list_type> ::= "[" <type> "]
<set_type> ::= "{" <type> "}
The list and set collections allow multiple elements of the same value. In the SubcomponentWeightCoverage example, the collection concept has multiple instances of the value 1.0, and each is counted in the summation.
Base type:
int
real
string
bool
range
int
and real
--- as well as the min and max of a range
--- can be values specified with a measurement unit. Any of the unit literals defined in AADL2 Units property types are acceptable. The Units property type definition specifies the ratios to be used to perform conversion between the units. For int
and real
values with units, Resolute converts the value to a value relative to the base unit (the first unit defined in the Units type). All arithmetic is performed based on those values. To present results in the description of a claim function of a fail
operation, the value is converted to the unit specified in the description specification.
Resolute can retrieve property values with built-in functions. The property values for aadlinteger
are mapped into int
, aadlreal
into real
, and range of
into range
.
AADL model element types have an implied type hierarchy. The nesting level indicates this type hierarchy.
aadl
[any AADL model element]
component
[any category of AADL component]
abstract
[AADL abstract component]bus
data
device
memory
processor
process
subprogram
subprogram_group
system
thread
thread_group
virtual_bus
virtual_processor
connection
[AADL connection instance]property
[AADL property definition]feature
[any AADL feature]
port
[any AADL port]
data_port
event_port
event_data_port
feature_group
access
[any AADL access feature]
bus_access
provides_bus_access
requires_bus_access
data_access
provides_data_access
requires_data_access
subprogram_access
provides_subprogram_access
requires_subprorgam_access
subprogram_group_access
provides_subprogram_group_access
requires_subprogram_group_access
Resolute operates on the instance model; i.e., the model elements represent instances. Built-in collection functions operate on instance model elements or retrieve the set of instances for a given classifier (see Built-in Functions).
union
(<set>, <set>): set - returns a set collection that is the union of the two inputs
intersect
(<set>, <set>): set - returns a set collection that is the intersection of the two inputs
length
(<collection>): int - returns the size of the given set or list collection
member
(<element>, <collection>): Boolean - returns true if the element is a member of the set or list collection
sum
(<numeric_list>): numeric - calculates the sum of a list collection of integers or a list collection of real
head
(<list>): type - returns the first element of the list collection
tail
(<list>): list - returns all but the first element of the list collection
append
(<list>, <list>): list - returns a list collection that is the concatenation of the two given list collections
as_set
(<list>): set - returns a set collection containing all of the unique elements contained in the given list collection
as_list
(<set>): list - returns a list collection containing all of the elements contained in the given set collection
upper_bound
(<range>): numeric - returns the upper bound of the range
lower_bound
(<range>): numeric - returns the lower bound of the range
has_property
(<named_element>, <property>): Boolean - the named element has the property.
property
(<named_element>, <property>, <default value>*): value - returns the value of the property. If a default value is supplied, then it is returned if the element does not have the property value. If no default is supplied and the value does not exist, a resolute failure exception is thrown.
has_parent
(<named_element>): Boolean - returns true if the component has an enclosing model element
parent
(<named_element>): named_element - returns the parent of the named element. The parent must exist.
name
(<named_element>): string - returns the name of the named element
has_type
(named_element): Boolean - returns true if the named element has a classifier. The named element can be a component, feature, or connection instance. In the case of a connection, the type of the feature is the connection end.
type
(<named_element>): Classifier - returns the classifier of a component, feature, or connection. In the case of a connection, the type of the feature is the connection end. The named element must have a type.
is_of_type
(<named_element>, <classifier>): Boolean - true if the named element has the classifier or one of its type extensions. The named element must have a type. The named element can be a component, feature, or connection instance. In the case of a connection, the type of the feature is the connection end.
has_member
(<component>, <string>): Boolean - true if the component has a member with the specified name (string). Members are features, subcomponents, etc. The component can be a component instance or a component classifier.
source
(<connection>): connection_endpoint - returns the component or feature instance that is the source of the connection instance
destination
(<connection>): connection_endpoint - returns the component or feature instance that is the destination of the connection instance
direction
(<feature>): string - returns the direction of a feature instance as string (in
, out
, inout
/in_out
?)
is_event_port
(<feature>): Boolean - true if the feature instance is an event port
is_bound_to
(<component>, <binding_target>): Boolean - true if the component instance is bound to the binding target
is_bound_to
function is the same as library function bound
.
Resolute operates on the instance model; this means that the collections are of instance model elements.
features
(<named_element>): {feature} - returns a collection containing the features of the named element
subcomponents
(<named_element>): {component} - returns a collection containing the subcomponents (component instances) of the named element
connections
(<named_element>): {connection} - returns a collection of connection instances for which the named element is an end point (source or destination). The named element can be a component instance or a feature instance.
instances
(<component_classifier>): {component} - returns the collection of instances in the instance model for a given component classifier
instance
(<component_classifier>): component - returns the component instance for a given component classifier. The method assumes that there is only one instance.
analysis
(<function: string>, <args>): Boolean - invocation of a Java function registered as an external function extension point. The function is specified as string identifier of the extension point. The arguments are additional parameters of the analysis function.
propagate_error
(<named_element>, <error_type: string>): Boolean - true if the component or feature instance propagates the error type
error_state_reachable
(<component>, <state: string>): Boolean - true if the error state of the component instance is reachable
bound
(<component, binding_target>): Boolean - true if the component instance is bound to the binding target by actual processor, memory, or connection binding. Note: bound
is the same as the built-in is_bound_to
function.
processor_bound
(<component>, <binding_target>): Boolean - true if the component instance is bound to the binding target by actual processor binding
memory_bound
(<component>, <binding_target>): Boolean - true if the component instance is bound to the binding target by actual memory binding
connection_bound
(<component>, <binding_target>): Boolean - true if the component instance is bound to the binding target by actual connection binding.
source_component
(<connection>): component - returns the component that is the source of the connection instance. This component contains the feature instance as a connection end point.
destination_component
(<connection>): component - returns the component that is the destination of the connection instance. This component contains the feature instance as a connection end point.
is_port_connection
(<connection>): Boolean - true if the connection is a connection between ports
is_data_port_connection
(<connection>): Boolean - true if one of the connection end points is a data port. Note: should be determined by the destination.
is_event_port_connection
({connection>): Boolean - true if one of the connection end points is an event port. Note: should be determined by the destination.
is_event_data_port_connection
(<connection>): Boolean - true if one of the connection end points is an event data port. Note: should be determined by the destination.
is_data_access_connection
(<connection>): Boolean - true if one of the connection end points is a data access feature. Note: should be determined by the destination.
contained
(<named_element>, <container_component>): Boolean - true if the named element is contained in the container component. The named element can be a component or feature instance. Note: also works for connection instance.
containing_component
(<named_element>): component - returns the directly containing component instance. The named element can be a component or feature instance. Note: also works for connection instance.
Feature groups are represented in the instance model as a hierarchy of feature instances reflecting the nesting of the feature group.
flatten_feature
(<feature>): {feature} - returns a set of feature instances that are the leaf elements of a given feature instance. If no elements are contained in the feature instance, the feature instance itself is returned as a set.
flatten_features
( <{feature}> ) : {feature} - returns a set of feature instances that are the leaf elements of a given feature instance set.
Get a model element trace in the assurance case view:
print_aadl(a : aadl) <=
** a **
true
print_set(s : {aadl}) <=
** s **
true
This is a snippet from the Smaccmcopter example on SMACCM models.
reach(c : component) : {component} =
recusive_reach({c})
recusive_reach(curr: {component}) : {component} =
let next : {component} = union(curr, next_reach(curr));
if next = curr then
curr
else
recursive_reach(next)
next_reach(curr : {component) : {component} =
{y for (x : curr) (y : reachable_components(x)) | not is_decrypt(x)}
reachable_components(comp : component) : {component} =
{c for (conn : connections(comp))
(c : reachable_components_via_connection(comp, conn))}
-- What components (either a single one or none) can 'comp' reach directly via 'conn'
--
-- This is complicated due to data access connections which seem to ignore
-- normal aadl directionality, and instead use an access rights property
reachable_components_via_connection(comp : component, conn : connection) : {component} =
-- a direct port connection
if is_port_connection(conn) then
if source_component(conn) = comp then {destination_component(conn)} else {}
-- a component reading from 'comp' as a data component via read access on 'conn'
else if comp instanceof data then
if comp = source(conn) and has_read_access(destination(conn)) then
{destination_component(conn)}
else if comp = destination(conn) and has_read_access(source(conn)) then
{source_component(conn)}
else
{}
-- 'comp' writing to a data component via write access on 'conn'
else if destination(conn) instanceof data and has_write_access(source(conn)) then
{destination_component(conn)}
else if source(conn) instanceof data and has_write_access(destination(conn)) then
{source_component(conn)}
-- Other connections unsupported at this time
else
{}
Copyright 2015 Carnegie Mellon University
This material is based upon work funded and supported by the Department of Defense under Contract No. FA8721-05-C-0003 with Carnegie Mellon University for the operation of the Software Engineering Institute, a federally funded research and development center.
Any opinions, findings and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the United States Department of Defense.
NO WARRANTY. THIS CARNEGIE MELLON UNIVERSITY AND SOFTWARE ENGINEERING INSTITUTE MATERIAL IS FURNISHED ON AN "AS-IS" BASIS. CARNEGIE MELLON UNIVERSITY MAKES NO WARRANTIES OF ANY KIND, EITHER EXPRESSED OR IMPLIED, AS TO ANY MATTER INCLUDING, BUT NOT LIMITED TO, WARRANTY OF FITNESS FOR PURPOSE OR MERCHANTABILITY, EXCLUSIVITY, OR RESULTS OBTAINED FROM USE OF THE MATERIAL. CARNEGIE MELLON UNIVERSITY DOES NOT MAKE ANY WARRANTY OF ANY KIND WITH RESPECT TO FREEDOM FROM PATENT, TRADEMARK, OR COPYRIGHT INFRINGEMENT.
This material has been approved for public release and unlimited distribution.
DM-0002203


Financial Software Developer
Javascript
UX Design
C++
Python
SQL
GIT
UNIX
Recruiting
Equity Valuation [2013 - 2015]
- Lead developer for all user interfaces owned by the Equity Valuation team
- Architect for the new function Equity Relative Valuation (EQRV)
- EQRV analyzes how a stock has traded against peers historically versus presently
- Involved in the entire design process, from inception to release and testing
- Elected to be a "UX Rep" for extensive UI/UX knowledge (~1 "Rep" for every 50 developers)
Earnings Estimates [2010 - 2012]
- Architect on the EE NEXT project, where all the popular Earnings functions were redesigned
- Designed, coded, and tested all the user interfaces for EE NEXT functions
- Functions included EE, EEO, EEB, ERN, and EM
- Daily hits range from 20,000 to 100,000 per function, with an average of 40,000
- Worked with R&D, the business team, the UX team, and the application specialist team


General
- The Preview Text box now displays italics and line breaks.
Dialogue
- A Pose condition has been added to filters, allowing you to target characters using a specific pose.
Bug Fixes
- Fixed issue with Time in Stage clearing itself when leaving a case.
- Human is no longer excluded from the target list for target filters.
- Fixed crash when searching for text on a case that is currently filtered out.
- Targeting a stage on the human once again uses generic stage IDs rather than named stages. Previously only the unclothed stages were available in the list.
- Fixed issue where reopening the Collectible Unlock popup would reset its value (ex. a collectible set to increment would revert to "unlock")
- Fixed issue with the Collectible Unlock popup where using the Set option would use the value in the Decrement field rather than the Set field.


First, the basics.
Let's make an unordered list of breakfast food.
And now, one in order.
Sometimes you want to draw attention to something in a line of text.
Sometimes you want to strongly emphasize something in the text.
Sometimes you want to do both.
Soft line breaks can't wrap anything.
Neither can image tags, or hard lines.
Add a hard line under here.
This page probably doesn't look great - we'll learn how to hook it to CSS next week.


Input Types : Spectral
Output Types : Parameter
Date : 26 Feb 2001
The unit called HighFreq accepts any data type that implements the Spectral
interface as input and outputs a Parameter type that contains the highest
absolute value of the frequency contained in the input data. This can be input
to another unit as a parameter.
HighFreq does not have a parameter window.


Who Are We
Ilabharatam was born not just out of curiosity but out off concern to help the under priviledged people in the society.Its emphasis is to ensure that every child gets a proper life with good benefits. It strives for the welfare of the differently abled children and nurtures them in all possible ways so as to make them independent.
Read More
Goals
- To unite the students together for a common cause to help the needy and to bring am idea of nationalism.
- To work towards making India a country with zero poverty.
- We not only help the poor by helping them for their basic needs but also educate them so that they can be independent of it.
What We Do
Ilabharatham focuses and satisfies the needs of the people who are in search of basic requirements and in view of providing education to the students.
Ilabharatham will also be a solution for those who are in search of any help
Read More


This is an example of p text with inline styling changing the color to red.
This is an example of font family change to a Google font.
This is an example of an image with sizing, border, and rounded corners applied.
This is an example of an element with modified margin and padding.
For margin, padding, and border I like to think of padding as the patty, margin as the bun that surrounds it, and border is just border.
>


Photography
We’ve prepared a short collection of inspirational photography on your website.
Web Design
Creative design keep coming up and crafting mind-blowing website layouts.
Creativity
Creativity always brings to life the most brave and crazy ideas.
SEO
SEO includes image, video search and industry-specific vertical search engines.
Css/Htm
All your ideas can be represented through CSS styles.
Digital
Digital optimization will help you to increase benefits throw customized features.
With over 19 years’ experience in design and web development and a passion for learning, we have an enviable toolkit of skills and techniques to really push coding above and beyond.
Matthew Dix
Graphic Design
Christopher Campbell
Branding/UX design
Michael Fertig
Developer


This example can be used as a template to get started with the Geotab API using JavaScript. A modern browser is required.
This tool is provided as an example and is available on an As-Is basis. You must assume all the risks and costs associated with the use of the sample tool, including, without limitation, any damage to any equipment, software, information or data. In addition, we are not obligated to provide any maintenance, technical or other support for the sample tool. In order to improve our products, we may at any time, and without warning, change the design, presentation, or functionality of the software.


Do you want to cook some good food? Then you've come right. In Tasty Recipes are many yummy recipes. We currently have pancakes and meatballs.
If you press on the food name in the menu above, the you directly come to it's recipe.
If you press on calender you'll see a calendar that shows what you can make during the current month.
We are grateful that you found our recipe bank and hope you will have many new "good" moments.
Fun fact: Tasty Recipes's insigma is "Die Löwen und die bären".


One killed in Invercargill crash
One person has died following an early morning crash in Invercargill.
Emergency services were alerted to the two-vehicle crash at the intersection of Oteramika Rd and Mill Rd South in Seaward Bush about 6.35am.
One person died at the scene, police confirmed this afternoon.
Inquiries into the incident were continuing.
Police have appealed for anyone who saw the crash, or who has information about it, to call them on 105.