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Extracted fonts implementation
Thes class allows to extract fonts already mentioned within PDF document and use them for text drawing.
__clone(
)
:
void
Clone page, extract it and dependent objects from the current document, so it can be used within other docs.
Inherited from: \Zend_Pdf_Resource::__clone()__construct(
mixed $fontDictionary
)
:
void
Object constructor
$fontDictionary is a Zend_Pdf_Element_Reference or Zend_Pdf_Element_Object object
| Name | Type | Description |
|---|---|---|
| $fontDictionary | mixed |
| Exception | Description |
|---|---|
| \Zend_Pdf_Exception |
__toString(
)
:
string
Returns the full name of the font in the encoding method of the current locale. Transliterates any characters that cannot be naturally represented in that character set.
Inherited from: \Zend_Pdf_Resource_Font::__toString()| Type | Description |
|---|---|
| string |
decodeString(
string $string, string $charEncoding
)
:
string
Convert string from the font encoding.
The method is used to convert strings retrieved from existing content streams
| Name | Type | Description |
|---|---|---|
| $string | string | |
| $charEncoding | string | Character encoding of resulting text. |
| Type | Description |
|---|---|
| string |
encodeString(
string $string, string $charEncoding
)
:
string
Convert string to the font encoding.
The method is used to prepare string for text drawing operators
| Name | Type | Description |
|---|---|---|
| $string | string | |
| $charEncoding | string | Character encoding of source text. |
| Type | Description |
|---|---|
| string |
getAscent(
)
:
integer
Returns the typographic ascent in font glyph units.
Inherited from: \Zend_Pdf_Resource_Font::getAscent()The typographic ascent is the distance from the font's baseline to the top of the text frame. It is frequently used to locate the initial baseline for a paragraph of text inside a given rectangle.
| Type | Description |
|---|---|
| integer |
getCoveredPercentage(
string $string, string $charEncoding
)
:
float
Returns a number between 0 and 1 inclusive that indicates the percentage of characters in the string which are covered by glyphs in this font.
Since no one font will contain glyphs for the entire Unicode character range, this method can be used to help locate a suitable font when the actual contents of the string are not known.
Note that some fonts lie about the characters they support. Additionally, fonts don't usually contain glyphs for control characters such as tabs and line breaks, so it is rare that you will get back a full 1.0 score. The resulting value should be considered informational only.
| Name | Type | Description |
|---|---|---|
| $string | string | |
| $charEncoding | string | (optional) Character encoding of source text. If omitted, uses 'current locale'. |
| Type | Description |
|---|---|
| float |
getDescent(
)
:
integer
Returns the typographic descent in font glyph units.
Inherited from: \Zend_Pdf_Resource_Font::getDescent()The typographic descent is the distance below the font's baseline to the bottom of the text frame. It is always negative.
| Type | Description |
|---|---|
| integer |
getFontName(
integer $nameType, mixed $language, string $characterSet
=
null
)
:
string
Returns the specified descriptive name for the font.
Inherited from: \Zend_Pdf_Resource_Font::getFontName()The font name type is usually one of the following:
Note that not all names are available for all fonts. In addition, some fonts may contain additional names, whose indicies are in the range 256 to 32767 inclusive, which are used for certain font layout features.
If the preferred language translation is not available, uses the first available translation for the name, which is usually English.
If the requested name does not exist, returns null.
All names are stored internally as Unicode strings, using UTF-16BE encoding. You may optionally supply a different resulting character set.
| Name | Type | Description |
|---|---|---|
| $nameType | integer | Type of name requested. |
| $language | mixed | Preferred language (string) or array of languages in preferred order. Use the ISO 639 standard 2-letter language codes. |
| $characterSet | string | (optional) Desired resulting character set. You may use any character set supported by {@link iconv()}; |
| Type | Description |
|---|---|
| string |
getFontNames(
)
:
array
Returns whole set of font names.
Inherited from: \Zend_Pdf_Resource_Font::getFontNames()| Type | Description |
|---|---|
| array |
getFontType(
)
:
integer
Returns the type of font.
Inherited from: \Zend_Pdf_Resource_Font::getFontType()| Type | Description |
|---|---|
| integer | One of the TYPE_ constants defined in {@link Zend_Pdf_Font}. |
getLineGap(
)
:
integer
Returns the typographic line gap in font glyph units.
Inherited from: \Zend_Pdf_Resource_Font::getLineGap()The typographic line gap is the distance between the bottom of the text frame of one line to the top of the text frame of the next. It is typically combined with the typographical ascent and descent to determine the font's total line height (or leading).
| Type | Description |
|---|---|
| integer |
getLineHeight(
)
:
integer
Returns the suggested line height (or leading) in font glyph units.
Inherited from: \Zend_Pdf_Resource_Font::getLineHeight()This value is determined by adding together the values of the typographic ascent, descent, and line gap. This value yields the suggested line spacing as determined by the font developer.
It should be noted that this is only a guideline; layout engines will frequently modify this value to achieve special effects such as double- spacing.
| Type | Description |
|---|---|
| integer |
getStrikePosition(
)
:
integer
Returns the suggested position above the text baseline of the strikethrough in glyph units.
Inherited from: \Zend_Pdf_Resource_Font::getStrikePosition()| Type | Description |
|---|---|
| integer |
getStrikeThickness(
)
:
integer
Returns the suggested line thickness of the strikethrough in glyph units.
Inherited from: \Zend_Pdf_Resource_Font::getStrikeThickness()| Type | Description |
|---|---|
| integer |
getUnderlinePosition(
)
:
integer
Returns the suggested position below the text baseline of the underline in glyph units.
Inherited from: \Zend_Pdf_Resource_Font::getUnderlinePosition()This value is usually negative.
| Type | Description |
|---|---|
| integer |
getUnderlineThickness(
)
:
integer
Returns the suggested line thickness of the underline in glyph units.
Inherited from: \Zend_Pdf_Resource_Font::getUnderlineThickness()| Type | Description |
|---|---|
| integer |
getUnitsPerEm(
)
:
integer
Returns the number of glyph units per em.
Inherited from: \Zend_Pdf_Resource_Font::getUnitsPerEm()Used to convert glyph space to user space. Frequently used in conjunction with {@link widthsForGlyphs()} to calculate the with of a run of text.
| Type | Description |
|---|---|
| integer |
glyphNumberForCharacter(
integer $characterCode
)
:
integer
Returns the glyph number corresponding to the Unicode character.
If a particular character doesn't exist in this font, the special 'missing character glyph' will be substituted.
See also {@link glyphNumbersForCharacters()} which is optimized for bulk operations.
| Name | Type | Description |
|---|---|---|
| $characterCode | integer | Unicode character code (code point). |
| Type | Description |
|---|---|
| integer | Glyph number. |
glyphNumbersForCharacters(
array $characterCodes
)
:
array
Returns an array of glyph numbers corresponding to the Unicode characters.
If a particular character doesn't exist in this font, the special 'missing character glyph' will be substituted.
See also {@link glyphNumberForCharacter()}.
| Name | Type | Description |
|---|---|---|
| $characterCodes | array | Array of Unicode character codes (code points). |
| Type | Description |
|---|---|
| array | Array of glyph numbers. |
isBold(
)
:
boolean
Returns true if font is bold.
Inherited from: \Zend_Pdf_Resource_Font::isBold()| Type | Description |
|---|---|
| boolean |
isItalic(
)
:
boolean
Returns true if font is italic.
Inherited from: \Zend_Pdf_Resource_Font::isItalic()| Type | Description |
|---|---|
| boolean |
isMonospace(
)
:
boolean
Returns true if font is monospace.
Inherited from: \Zend_Pdf_Resource_Font::isMonospace()| Type | Description |
|---|---|
| boolean |
widthForGlyph(
integer $glyphNumber
)
:
integer
Returns the width of the glyph.
Like {@link widthsForGlyphs()} but used for one glyph at a time.
| Name | Type | Description |
|---|---|---|
| $glyphNumber | integer |
| Type | Description |
|---|---|
| integer |
| Exception | Description |
|---|---|
| \Zend_Pdf_Exception |
widthsForGlyphs(
array $glyphNumbers
)
:
array
Returns the widths of the glyphs.
The widths are expressed in the font's glyph space. You are responsible for converting to user space as necessary. See {@link unitsPerEm()}.
See also {@link widthForGlyph()}.
| Name | Type | Description |
|---|---|---|
| $glyphNumbers | array | Array of glyph numbers. |
| Type | Description |
|---|---|
| array | Array of glyph widths (integers). |
| Exception | Description |
|---|---|
| \Zend_Pdf_Exception |


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Rules
Numbers divisible by 3 become ping.
Numbers divisible by 5 become pong
Numbers divisible by both 3 and 5 become ping-pong
Enter your number here:
Ping Pong!


Question
Given a singly linked list L: L0→L1→…→Ln-1→Ln,
reorder it to: L0→Ln→L1→Ln-1→L2→Ln-2→…
You must do this in-place without altering the nodes' values.
For example,
Given {1,2,3,4}
, reorder it to {1,4,2,3}
.
Stats
| Adjusted Difficulty | 4 |
| Time to use | -------- |
Ratings/Color = 1(white) 2(lime) 3(yellow) 4/5(red)
Analysis
This is a difficult question to think.
I first solved it with an stack which stores the second half nodes. It works. However, IT IS NOT A IN-PLACE SOLUTION, thus it’s wrong.
Eventually I did not solve it.
There is only one standard solution from the Internet. This blog explains it.
- Break list in the middle to two lists (use fast & slow pointers)
- Reverse the order of the second list
- Merge two list back together
Simple, right? Because of the nature of linked list, a lot of things can be done in-place, so we need not use any other data strucutres.
Solution
The code is a bit lengthy and difficult to write. It took me a while, but passed in 1 go.
Code
First, code written by me
public void reorderList(ListNode head) {
if (head == null || head.next == null) {
return;
}
ListNode slow = head, fast = head;
while (fast != null) {
if (fast.next != null && fast.next.next != null) {
fast = fast.next.next;
slow = slow.next;
}
else {
fast = null;
}
}
// if length = 2, slow point to 1st
// if length = 3, slow point to 2nd
// if length = 4, slow point to 2nd
ListNode secondHalf = slow.next;
slow.next = null;
// now reverse secondHalf
ListNode p = secondHalf;
while (p.next != null) {
ListNode tail = p.next.next;
p.next.next = secondHalf;
secondHalf = p.next;
p.next = tail;
}
// now merge 2 list: head and secondHalf
ListNode a = head, b = secondHalf;
while (a != null && b != null) {
ListNode temp1 = a.next;
ListNode temp2 = b.next;
a.next = b;
b.next = temp1;
a = temp1;
b = temp2;
}
}
Second, code written by someone
public void reorderList(ListNode head) {
// IMPORTANT: Please reset any member data you declared, as
// the same Solution instance will be reused for each test case.
if (head == null || head.next == null) return;
ListNode fast = head;
ListNode slow = head;
while(fast != null && fast.next != null) {
fast = fast.next.next;
slow = slow.next;
}
ListNode reverseHead = slow.next; // find the second half of list
slow.next = null; // make first half end point to null
reverseHead = reverse(reverseHead); // reverse second half
ListNode cur = head;
while(reverseHead != null) { // link together
ListNode tmp = reverseHead.next;
reverseHead.next = cur.next;
cur.next = reverseHead;
cur = cur.next.next;
reverseHead = tmp;
}
}
private ListNode reverse(ListNode head) {
if (head == null || head.next == null) return head;
ListNode prev = new ListNode(0);
prev.next = head;
head = prev;
ListNode cur = prev.next;
while(cur.next != null) {
ListNode tmp = cur.next;
cur.next = tmp.next;
tmp.next = prev.next;
prev.next = tmp;
}
return prev.next;
}


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{% set page = 'shared-repos' %} {% set title = 'Shared CK repositories' %} {% extends 'ck.html' %} {% block content %}
ck pull repo:{Repo UOA - see below}You can add dependency on a given repository in your own CK repository by editing your .ckr.json file as follows:
{ ... "dict": { "repo_deps": [ { "repo_uoa": "ck-tensorflow", "repo_url": "https://github.com/ctuning/ck-tensorflow" } ... ] ... } }
Feel free to add description of your own CK repository in this JSON file.
See CK documentation and already shared reusable components for further details.
| # | Repository UOA | Description |
| 1 | ck-analytics (.ckr.json) |
How to get: ck pull repo:ck-analytics Dependencies on other repositories: |
| 2 | ck-analytics (.ckr.json) | Unified CK JSON API for predictive analytics, statistical analysis, graphs, experiments and interactive reports (see the real use case).
How to get: ck pull repo:ck-analytics Dependencies on other repositories: |
| 3 | ck-artifact-evaluation (.ckr.json) | CK modules and data for artifact evaluation (see Artifact Evaluation).
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| 4 | ck-assets (.ckr.json) | Public and reusable CK slides, presentations and other assets (see real use cases in this paper).
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| 5 | ck-autotuning (.ckr.json) | Portable and customizable CK workflow for multi-dimensional and multi-objective benchmarking, autotuning and co-design (see real use cases: 1 and 2).
How to get: ck pull repo:ck-autotuning Dependencies on other repositories: |
| 6 | ck-caffe (.ckr.json) | Portable/customizable installation and unified access to Caffe AI framework with different workflows and data sets (see the real use case from the ACM ReQuEST tournament).
How to get: ck pull repo --url=git@github.com:dividiti/ck-caffe.git Dependencies on other repositories: |
| 7 | ck-caffe2 (.ckr.json) | [PACKAGES MUST BE UPDATED SINCE CAFFE2 MOVED TO ANOTHER GITHUB REPOSITORY] Portable/customizable installation and unified access to Caffe2 AI framework with different workflows and data sets (see ReQuEST intro).
How to get: ck pull repo:ck-caffe2 Dependencies on other repositories: |
| 8 | ck-ccprof (.ckr.json) | CK workflow for CGO'18 paper "CCProf: Lightweight Detection of Cache Conflicts".
How to get: ck pull repo --url=https://github.com/proywm/ck-ccprof Dependencies on other repositories: Workflow passed Artifact Evaluation |
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How to get: ck pull repo:ck-clsmith Dependencies on other repositories: Workflow passed Artifact Evaluation |
| 10 | ck-cntk (.ckr.json) | Portable/customizable installation and unified access to CNTK AI framework with different workflows and data sets (see ReQuEST tournaments).
How to get: ck pull repo:ck-cntk Dependencies on other repositories: |
| 11 | ck-crowd-scenarios (.ckr.json) | Automatically generated scenarios (code and data) for our Android app to crowdsource benchmarking and optimization of deep learning across diverse devices and data sets (see Android app).
How to get: ck pull repo:ck-crowd-scenarios Dependencies on other repositories: |
| 12 | ck-crowd-scenarios-arc (.ckr.json) | Archive of outdated scenarios to crowdsource benchmarking and optimization of deep learning across Android devices (see Android app).
How to get: ck pull repo:ck-crowd-scenarios-arc Dependencies on other repositories: |
| 13 | ck-crowdsource-dnn-optimization (.ckr.json) | GUI to crowdsource benchmarking and optimization of DNN engines and models across diverse Linux or Windows platforms (see unified AI vision).
How to get: ck pull repo --url=https://github.com/dividiti/ck-crowdsource-dnn-optimization |
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| 15 | ck-crowdtuning-platforms (.ckr.json) | Reusable meta description of diverse platforms (and their properties) participated in experiment crowdsourcing such as benchmarking of deep learning across Android devices (see Android app and live results).
How to get: ck pull repo:ck-crowdtuning-platforms |
| 16 | ck-crowdtuning-results (.ckr.json) | Copy of public results from different crowdsourced experiments in the CK format from this public repo.
How to get: ck pull repo:ck-crowdtuning-results Dependencies on other repositories: |
| 17 | ck-dev-compilers (.ckr.json) | CK packages to rebuild and test different compilers such as GCC and LLVM.
How to get: ck pull repo:ck-dev-compilers |
| 18 | ck-dissemination (.ckr.json) | Different artifacts from Grigori Fursin's R&D in the reusable CK form (used to automatically generate this interactive CV).
How to get: ck pull repo --url=https://github.com/gfursin/ck-dissemination.git Dependencies on other repositories: |
| 19 | ck-dissemination-modules (.ckr.json) | CK modules with a unified JSON API for artifact evaluation, interactive articles, ACM proceedings generation, knowledge dissemination, etc (see Artifact Evaluation).
How to get: ck pull repo:ck-dissemination-modules |
| 20 | ck-docker (.ckr.json) | Unified CK JSON API to automate Docker functions (see the real use case).
How to get: ck pull repo:ck-docker |
| 21 | ck-env (.ckr.json) |
How to get: ck pull repo:ck-env Dependencies on other repositories: |
| 22 | ck-env (.ckr.json) | Portable CK package manager with a unified JSON API and with virtual environment allowing automatic detection, installation and rebuilding of a given software or data sets across diverse platforms, environments, compilers and libraries with easy co-existence of multiple tools (see shared packages, software detection plugins and other details).
How to get: ck pull repo:ck-env Dependencies on other repositories: |
| 23 | ck-env (.ckr.json) |
How to get: ck pull repo:ck-env Dependencies on other repositories: |
| 24 | ck-env (.ckr.json) |
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| 25 | ck-graph-analytics (.ckr.json) | Collection of graph analytics packages and application in the CK format.
How to get: ck pull repo:ck-graph-analytics Dependencies on other repositories: |
| 26 | ck-gui (.ckr.json) |
How to get: ck pull repo --url=git@github.com:Chunosov/ck-gui |
| 27 | ck-kann (.ckr.json) | Portable/customizable installation and unified access to KANN AI framework with different workflows and data sets.
How to get: ck pull repo --url=http://github.com/dividiti/ck-kann Dependencies on other repositories: |
| 28 | ck-lift (.ckr.json) | [OUTDATED] Portable/customizable installation and unified access to Lift compiler.
How to get: ck pull repo --url=https://github.com/lift-project/ck-lift Dependencies on other repositories: Workflow passed Artifact Evaluation |
| 29 | ck-math (.ckr.json) | Collective of CK packages to unify detection, installation and rebuilding of popular mathematical packages such as OpenBLAS, clBLAST and Boost across different OS (see shared packages and software detection plugins).
How to get: ck pull repo:ck-math Dependencies on other repositories: |
| 30 | ck-mlperf (.ckr.json) |
How to get: ck pull repo:ck-mlperf |
| 31 | ck-mvnc (.ckr.json) | Portable/customizable installation and unified access to Caffe and other AI frameworks on Movidius NN accelerator with different workflows and data sets.
How to get: ck pull repo:ck-mvnc Dependencies on other repositories: |
| 32 | ck-mxnet (.ckr.json) | Portable/customizable installation and unified access to MXNet AI frameworks with different workflows and data sets (see the use case from ReQuEST tournament).
How to get: ck pull repo:ck-mxnet Dependencies on other repositories: |
| 33 | ck-old-packages (.ckr.json) | Collection of outdated CK packages for legacy.
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| 34 | ck-pytorch (.ckr.json) | Portable/customizable installation and unified access to PyTorch AI framework with different workflows and data sets.
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| 35 | ck-qiskit (.ckr.json) | CK workflows and portable packages for Quantum Information Software Kit (QISKit).
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| 36 | ck-quantum (.ckr.json) |
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| 37 | ck-quantum (.ckr.json) | CK workflows and portable packages for Quantum programs.
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| 38 | ck-quantum (.ckr.json) |
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| 39 | ck-request (.ckr.json) | CK workflows, packages and components for ACM ReQuEST tournaments on software/hardware co-design of Pareto-efficient deep learning and other emerging workloads.
How to get: ck pull repo:ck-request Dependencies on other repositories: |
| 40 | ck-request-asplos18-caffe-intel (.ckr.json) | CK workflow, portable packages and other artifacts for the ReQuEST-ASPLOS'18 tournament.
How to get: ck pull repo:ck-request-asplos18-caffe-intel Dependencies on other repositories: Workflow passed Artifact Evaluation |
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| 42 | ck-request-asplos18-mobilenets-armcl-opencl (.ckr.json) | CK workflow, portable packages and other artifacts for the ReQuEST-ASPLOS'18 tournament.
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| 43 | ck-request-asplos18-mobilenets-tvm-arm (.ckr.json) | CK workflow, portable packages and other artifacts for the ReQuEST-ASPLOS'18 tournament.
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| 44 | ck-request-asplos18-resnet-tvm-fpga (.ckr.json) |
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| 45 | ck-request-asplos18-resnet-tvm-fpga (.ckr.json) | CK workflow, portable packages and other artifacts for the ReQuEST-ASPLOS'18 tournament.
How to get: ck pull repo:ck-request-asplos18-resnet-tvm-fpga Dependencies on other repositories: Workflow passed Artifact Evaluation |
| 46 | ck-request-asplos18-results (.ckr.json) | Results in the portable and reproducible CK format from the 1st ACM ReQuEST-ASPLOS'18 tournament.
How to get: ck pull repo:ck-request-asplos18-results Dependencies on other repositories: |
| 47 | ck-request-asplos18-results-caffe-intel (.ckr.json) | Collected experimental results in the CK format from the 1st ACM ReQuEST-ASPLOS'18 tournament.
How to get: ck pull repo:ck-request-asplos18-results-caffe-intel Dependencies on other repositories: |
| 48 | ck-request-asplos18-results-iot-farm (.ckr.json) | Collected experimental results in the CK format from the 1st ACM ReQuEST-ASPLOS'18 tournament.
How to get: ck pull repo:ck-request-asplos18-results-iot-farm Dependencies on other repositories: |
| 49 | ck-request-asplos18-results-mobilenets-armcl-opencl (.ckr.json) | Collected experimental results in the CK format from the 1st ACM ReQuEST-ASPLOS'18 tournament.
How to get: ck pull repo:ck-request-asplos18-results-mobilenets-armcl-opencl Dependencies on other repositories: |
| 50 | ck-request-asplos18-results-mobilenets-tvm-arm (.ckr.json) | Collected experimental results in the CK format from the 1st ACM ReQuEST-ASPLOS'18 tournament.
How to get: ck pull repo:ck-request-asplos18-results-mobilenets-tvm-arm Dependencies on other repositories: |
| 51 | ck-request-asplos18-results-resnet-tvm-fpga (.ckr.json) | Collected experimental results in the CK format from the 1st ACM ReQuEST-ASPLOS'18 tournament.
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| 52 | ck-rescue-hpc (.ckr.json) |
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| 53 | ck-rescue-hpc (.ckr.json) | CK resources for ResCuE-HPC'18 workshop at SuperComputing'18.
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| 54 | ck-rigetti (.ckr.json) | Customizable CK workflow and portable CK packages from Rigetti.
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| 55 | ck-rpi-optimization (.ckr.json) | CK workflows, portable packages and interactive articles to crowdsource autotuning of shared workloads across Rapsberry Pi devices (see interactive report).
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| 56 | ck-rpi-optimization-results (.ckr.json) | Experimental results in the unified and reproducible CK format from crowd-tuning programs across Rapsberry Pi devices (see interactive report).
How to get: ck pull repo:ck-rpi-optimization-results Dependencies on other repositories: |
| 57 | ck-scc18 (.ckr.json) | Experimental CK workflow to automate SuperComputing'18 Student Cluster Competition.
How to get: ck pull repo:ck-scc18 |
| 58 | ck-seissol (.ckr.json) | Customizable CK workflow and portable CK packages for Seissol application.
How to get: ck pull repo:ck-seissol |
| 59 | ck-spack (.ckr.json) | CK front-end for spack packages.
How to get: ck pull repo:ck-spack Dependencies on other repositories: |
| 60 | ck-tbd-suite (.ckr.json) | [UNDER DEVELOPMENT] Customizable CK workflows and portable CK packages for TBD benchmark.
How to get: ck pull repo:ck-tbd-suite Dependencies on other repositories: |
| 61 | ck-tensorflow (.ckr.json) | Portable/customizable installation and unified access to TensorFlow AI framework with different workflows and data sets.
How to get: ck pull repo:ck-tensorflow Dependencies on other repositories: |
| 62 | ck-tensorrt (.ckr.json) | Portable/customizable installation and unified access to Nvidia TensorRT framework with different workflows and data sets (see unified AI project).
How to get: ck pull repo --url=git@github.com:dividiti/ck-tensorrt.git Dependencies on other repositories: |
| 63 | ck-tiny-dnn (.ckr.json) | [OUTDATED] Portable/customizable installation for TinyDNN AI framework.
How to get: ck pull repo:ck-tiny-dnn Dependencies on other repositories: |
| 64 | ck-tvm (.ckr.json) | Portable/customizable installation and unified access to TVM/VTA AI frameworks with different workflows and data sets.
How to get: ck pull repo:ck-tvm Dependencies on other repositories: |
| 65 | ck-wa (.ckr.json) | Collective Knowledge workflow for ARM's workload automation tool: an open framework for gathering and sharing knowledge about system design and optimization using real-world workloads.
How to get: ck pull repo --url=https://github.com/dividiti/ck-wa Dependencies on other repositories: |
| 66 | ck-wa-extra (.ckr.json) | Extra resources in the reusable Collective Knowledge Format for ARM's Workload Automation Framework.
How to get: ck pull repo:ck-wa-extra |
| 67 | ck-wa-workloads (.ckr.json) | ARM's workloads in the universal Collective Knowledge Format with JSON API and JSON meta information to power Workload Automation Framework
How to get: ck pull repo:ck-wa-workloads |
| 68 | ck-web (.ckr.json) | Portable CK web server and web front-end with a unified JSON API for dashboards, benchmark scoreboards, interactive articles, graphs, crowdsourced experiments, etc (see demo).
How to get: ck pull repo:ck-web |
| 69 | ck-web-adapt-workshop (.ckr.json) | CK resources for the ADAPT workshop.
How to get: ck pull repo:ck-web-adapt-workshop Dependencies on other repositories: |
| 70 | ck-web-cknowledge (.ckr.json) |
How to get: ck pull repo --url=https://gitlab.com/gfursin/ck-web-cknowledge |
| 71 | ck-website (.ckr.json) |
How to get: ck pull repo:ck-website Dependencies on other repositories: |
| 72 | ctuning-datasets-min (.ckr.json) | A minimal set of public and reusable data sets in the CK format with unified JSON meta information (used by programs from ctuning-programs repository).
How to get: ck pull repo:ctuning-datasets-min |
| 73 | ctuning-programs (.ckr.json) |
How to get: ck pull repo:ctuning-programs Dependencies on other repositories: |
| 74 | ctuning-programs (.ckr.json) | Evolving set of diverse and portable programs shared by the community in the unified CK format to participate in collaborative benchmarking, optimization and co-design while gradually substituting rigid, non-portable and outdated and non representative benchmarks (see the real use case).
How to get: ck pull repo:ctuning-programs Dependencies on other repositories: |
| 75 | default (.ckr.json) | A set of internal modules always available inside CK framework. |
| 76 | external-kdatasets | Grigori Fursin shared all data sets from the PLDI'10 paper "Evaluating iterative optimization across 1000 datasets" in the reusable Collective Knowledge Format via Google Drive (size > 20GB) to support open computer systems research.
How to get: [ external link ] |
| 77 | external-shared-via-bittorent | Large CK repositories shared via BitTorrent.
How to get: [ external link ] |
| 78 | gemmbench (.ckr.json) | Customizable CK workflows and portable packages to crowdsource GEMM benchmarking.
How to get: ck pull repo --url=git@github.com:dividiti/gemmbench.git Dependencies on other repositories: |
| 79 | reproduce-adapt16 (.ckr.json) | CK workflows and packages from reproducible ADAPT'16 paper.
How to get: ck pull repo:reproduce-adapt16 |
| 80 | reproduce-anon-paper (.ckr.json) | Testing CK anonymous workflows to run on AWS for Artifact Evaluation.
How to get: ck pull repo --url=https://github.com/paperasub/reproduce-anon-paper.git |
| 81 | reproduce-carp-project (.ckr.json) | Customizable CK workflows and portable CK packages for EU CARP project.
How to get: ck pull repo:reproduce-carp-project Dependencies on other repositories: |
| 82 | reproduce-cgo2017-paper (.ckr.json) | Customizable CK workflow and portable CK packages from the CGO'17 paper "Software Prefetching for Indirect Memory Accesses".
How to get: ck pull repo --url=https://github.com/SamAinsworth/reproduce-cgo2017-paper Dependencies on other repositories: Workflow passed Artifact Evaluation |
| 83 | reproduce-ck-paper (.ckr.json) | Customizable CK workflows and portable CK packages for the past CK paper.
How to get: ck pull repo:reproduce-ck-paper Dependencies on other repositories: |
| 84 | reproduce-ck-paper-large-experiments (.ckr.json) | Demo with different experiments in the reproducible CK format from one of our past papers.
How to get: ck pull repo:reproduce-ck-paper-large-experiments Dependencies on other repositories: |
| 85 | reproduce-fgg-2010 (.ckr.json) | Demo of experimental results in the reproducible CK format from past papers.
How to get: ck pull repo:reproduce-fgg-2010 Dependencies on other repositories: |
| 86 | reproduce-milepost-project (.ckr.json) | Customizable CK workflows and portable CK packages for the MILEPOST project.
How to get: ck pull repo:reproduce-milepost-project Dependencies on other repositories: |
| 87 | reproduce-pamela-project (.ckr.json) | Customizable CK workflows and portable CK packages for EU PAMELA project.
How to get: ck pull repo:reproduce-pamela-project Dependencies on other repositories: |
| 88 | reproduce-pamela-project-medium-dataset (.ckr.json) |
How to get: ck pull repo:reproduce-pamela-project-medium-dataset Dependencies on other repositories: |


Your Silver Dollar Room is one of the smaller venues on our list at a capacity of 300, but the combination music venue and bar can throw a heck of a homemade show.
Your Silver Dollar Room is one of the smaller venues on our list at a capacity of 300, but the combination music venue and bar can throw a heck of a homemade show.
Your Silver Dollar Room is one of the smaller venues on our list at a capacity of 300, but the combination music venue and bar can throw a heck of a homemade show.
Your Silver Dollar Room is one of the smaller venues on our list at a capacity of 300, but the combination music venue and bar can throw a heck of a homemade show.


Home
Research
Teaching
Scripts
CV
Photos
Curriculum Vitae
Download the most current PDF version of my CV
here
.


|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object javax.speech.synthesis.SynthesizerQueueItem com.sun.speech.engine.synthesis.BaseSynthesizerQueueItem
public class BaseSynthesizerQueueItem
Extends the JSAPI 1.0 SynthesizerQueueItem
with handling
for JSML, generation of engine-specific text, and other features.
| Constructor Summary | |
|---|---|
BaseSynthesizerQueueItem()
Class constructor. |
| Method Summary | |
|---|---|
void |
cancelled()
indicate that this item has been canceled |
void |
completed()
indicate that this item has been completed |
void |
dispatchSpeechEvent(SpeechEvent event)
Dispatches a SpeechEvent . |
void |
fireMarkerReached(SpeakableEvent event)
Utility function that sends a MARKER_REACHED event
to all speakable listeners. |
void |
fireSpeakableCancelled(SpeakableEvent event)
Utility function that sends a SPEAKABLE_CANCELLED event
to all speakable listeners. |
void |
fireSpeakableEnded(SpeakableEvent event)
Utility function that sends a SPEAKABLE_ENDED event
to all speakable listeners. |
void |
fireSpeakablePaused(SpeakableEvent event)
Utility function that sends a SPEAKABLE_PAUSED event
to all speakable listeners. |
void |
fireSpeakableResumed(SpeakableEvent event)
Utility function that sends a SPEAKABLE_RESUMED event
to all speakable listeners. |
void |
fireSpeakableStarted(SpeakableEvent event)
Utility function that sends a SPEAKABLE_STARTED event
to all speakable listeners. |
void |
fireTopOfQueue(SpeakableEvent event)
Utility function that sends a TOP_OF_QUEUE event
to all speakable listeners. |
void |
fireWordStarted(SpeakableEvent event)
Utility function that sends a WORD_STARTED event
to all speakable listeners. |
int |
getItemNumber()
Gets the item number for debug purposes only. |
boolean |
isCompleted()
returns true if this queue item has been processed. |
void |
postMarkerReached(java.lang.String text,
int markerType)
Utility function that generates a MARKER_REACHED event and posts it
to the event queue. |
void |
postSpeakableCancelled()
Utility function that generates a SPEAKABLE_CANCELLED event and posts it
to the event queue. |
void |
postSpeakableEnded()
Utility function that generates a SPEAKABLE_ENDED event and posts it
to the event queue. |
void |
postSpeakablePaused()
Utility function that generates a SPEAKABLE_PAUSED event and posts it
to the event queue. |
void |
postSpeakableResumed()
Utility function that generates a SPEAKABLE_RESUMED event and posts it
to the event queue. |
void |
postSpeakableStarted()
Utility function that generates a SPEAKABLE_STARTED event and posts it
to the event queue. |
void |
postTopOfQueue()
Utility function that generates a TOP_OF_QUEUE event and posts it
to the event queue. |
void |
postWordStarted(java.lang.String text,
int wordStart,
int wordEnd)
Utility function that generates a WORD_STARTED event and posts it
to the event queue. |
void |
started()
indicate that this item has been started |
boolean |
waitCompleted()
wait for this queue item to be completed |
| Methods inherited from class javax.speech.synthesis.SynthesizerQueueItem |
|---|
getSource, getSpeakableListener, getText, isPlainText |
| Methods inherited from class java.lang.Object |
|---|
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public BaseSynthesizerQueueItem()
| Method Detail |
|---|
public boolean isCompleted()
public boolean waitCompleted()
public void cancelled()
public void completed()
public void started()
public int getItemNumber()
public void postMarkerReached(java.lang.String text, int markerType)
MARKER_REACHED
event and posts it
to the event queue. Eventually
fireMarkerReached
will be called
by dispatchSpeechEvent
as a result
of this action.
text
- the text of the markermarkerType
- the type of markerSpeakableEvent.getMarkerType()
,
fireMarkerReached(javax.speech.synthesis.SpeakableEvent)
,
dispatchSpeechEvent(javax.speech.SpeechEvent)
public void fireMarkerReached(SpeakableEvent event)
MARKER_REACHED
event
to all speakable listeners.
event
- the MARKER_REACHED
eventpostMarkerReached(java.lang.String, int)
public void postSpeakableCancelled()
SPEAKABLE_CANCELLED
event and posts it
to the event queue. Eventually
fireSpeakableCancelled
will be called
by dispatchSpeechEvent
as a result
of this action.
fireSpeakableCancelled(javax.speech.synthesis.SpeakableEvent)
,
dispatchSpeechEvent(javax.speech.SpeechEvent)
public void fireSpeakableCancelled(SpeakableEvent event)
SPEAKABLE_CANCELLED
event
to all speakable listeners.
event
- the SPEAKABLE_CANCELLED
eventpostSpeakableCancelled()
public void postSpeakableEnded()
SPEAKABLE_ENDED
event and posts it
to the event queue. Eventually
fireSpeakableEnded
will be called
by dispatchSpeechEvent
as a result
of this action.
fireSpeakableEnded(javax.speech.synthesis.SpeakableEvent)
,
dispatchSpeechEvent(javax.speech.SpeechEvent)
public void fireSpeakableEnded(SpeakableEvent event)
SPEAKABLE_ENDED
event
to all speakable listeners.
event
- the SPEAKABLE_ENDED
eventpostSpeakableEnded()
public void postSpeakablePaused()
SPEAKABLE_PAUSED
event and posts it
to the event queue. Eventually
fireSpeakablePaused
will be called
by dispatchSpeechEvent
as a result
of this action.
fireSpeakablePaused(javax.speech.synthesis.SpeakableEvent)
,
dispatchSpeechEvent(javax.speech.SpeechEvent)
public void fireSpeakablePaused(SpeakableEvent event)
SPEAKABLE_PAUSED
event
to all speakable listeners.
event
- the SPEAKABLE_PAUSED
eventpostSpeakablePaused()
public void postSpeakableResumed()
SPEAKABLE_RESUMED
event and posts it
to the event queue. Eventually
fireSpeakableResumed
will be called
by dispatchSpeechEvent
as a result
of this action.
fireSpeakableResumed(javax.speech.synthesis.SpeakableEvent)
,
dispatchSpeechEvent(javax.speech.SpeechEvent)
public void fireSpeakableResumed(SpeakableEvent event)
SPEAKABLE_RESUMED
event
to all speakable listeners.
event
- the SPEAKABLE_RESUMED
eventpostSpeakableResumed()
public void postSpeakableStarted()
SPEAKABLE_STARTED
event and posts it
to the event queue. Eventually
fireSpeakableStarted
will be called
by dispatchSpeechEvent
as a result
of this action.
fireSpeakableStarted(javax.speech.synthesis.SpeakableEvent)
,
dispatchSpeechEvent(javax.speech.SpeechEvent)
public void fireSpeakableStarted(SpeakableEvent event)
SPEAKABLE_STARTED
event
to all speakable listeners.
event
- the SPEAKABLE_STARTED
eventpostSpeakableStarted()
public void postTopOfQueue()
TOP_OF_QUEUE
event and posts it
to the event queue. Eventually
fireTopOfQueue
will be called
by dispatchSpeechEvent
as a result
of this action.
fireTopOfQueue(javax.speech.synthesis.SpeakableEvent)
,
dispatchSpeechEvent(javax.speech.SpeechEvent)
public void fireTopOfQueue(SpeakableEvent event)
TOP_OF_QUEUE
event
to all speakable listeners.
event
- the TOP_OF_QUEUE
eventpostTopOfQueue()
public void postWordStarted(java.lang.String text, int wordStart, int wordEnd)
WORD_STARTED
event and posts it
to the event queue. Eventually
fireWordStarted
will be called
by dispatchSpeechEvent
as a result
of this action.
fireWordStarted(javax.speech.synthesis.SpeakableEvent)
,
dispatchSpeechEvent(javax.speech.SpeechEvent)
public void fireWordStarted(SpeakableEvent event)
WORD_STARTED
event
to all speakable listeners.
event
- the WORD_STARTED
eventpostWordStarted(java.lang.String, int, int)
public void dispatchSpeechEvent(SpeechEvent event)
SpeechEvent
.
The dispatcher should notify all EngineListeners
from this method. The SpeechEvent
was added
via the various post methods of this class.
dispatchSpeechEvent
in interface SpeechEventDispatcher
event
- the SpeechEvent
to dispatchpostMarkerReached(java.lang.String, int)
,
postSpeakableCancelled()
,
postSpeakableEnded()
,
postSpeakablePaused()
,
postSpeakableResumed()
,
postSpeakableStarted()
,
postTopOfQueue()
,
postWordStarted(java.lang.String, int, int)
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
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The wage gap between male and female employees is prevalent through multiplejobs and occupations in the US. Here is a report of the fields with the highestand lowest wage gap.
For WHACK 2017, with the theme of Hacking the Glass Ceiling, we compiled the wages for men and women in different job positions to show that the wage gap between the two genders exists.
From the data we compiled, we noticed that the difference in the wages in the technical and financial fields is the smallest in comparison to positions in other fields.
On the other end, city and official positions have the highest wage gap. With this knowledge, females can see which positions will give them a more equal pay, and companies can use this information to give fairer salaries.
We hope that this website will be able inform more people about the age gap.


Clothing & Accessories
Home-made Delicacies
Home Furnishing
Art & Craft
Events Organizer
Skilled professional services
Child-care Training & other services
Long Term course: Upto1 year
Mid Term course: 3-6 months course
Short Term course : upto 30 days
| Product | Details | QTY | Total | |
Shopping Cart coming soon... |
| Total products | - |
| Shipping | Free shipping! |
| Total (tax excl.) | - |
| Total tax | - |
| Total | - |
|
|


<EMAIL_ADDRESS>(or talk to me)
Who is here?
Have you programmed before?
Entire app runs on a single computer
Entire app is (often) written in a single language
Popular languages: Java, C#, C++, Objective-C
Application runs on multiple computers
Typical: One server, many clients (= web browsers)
Client and server run different parts of the application
and they communicate over HTTP
Application is written in a "stack" of many technologies
Typical stack: HTML, CSS, Javascript, Ruby/PHP/Python, SQL
| Language | Purpose | Runs where? |
|---|---|---|
| HTML | Textual content | Client |
| CSS | Layout & Design | Client |
| Javascript | Client-side interaction | Client |
| HTTP | Client/server communication | Client/server |
| Ruby/PHP/Python | Controller & Model | Server |
| SQL | Database access | Server |
http://webdev101.makandra.de
https://github.com/makandra/webdev101

Hi there!

Look at this image:

User enters into her browser's address bar:
http://www.makandra.com/page.html
What happens?
Browser asks server:
GET /page.html HTTP/1.1 # I want the file /page.html
Host: www.makandra.com # I want it from www.makandra.com
Accept: text/html, text/plain # I understand HTML and plain text
Server looks for a local file page.html
and replies:
HTTP/1.1 200 OK # I found what you wanted
Content-Length: 114 # What you want has 114 bytes
Content-Type: text/html # And it's in HTML format
# Here it comes:

Hi there!

Look at this image:

The browser parses the HTML and encounters this tag:

What happens?
Browser asks server:
GET /image.jpg HTTP/1.1 # I want the file /image.jpg
Host: www.makandra.com # I want it from www.makandra.com
Accept: image/jpeg, image/png # I understand JPEG and PNG
Server looks for a local file image.jpg
and replies:
HTTP/1.1 200 OK # I found what you wanted
Content-Length: 67840 # What you want has 66 KB
Content-Type: image/jpeg # And it's in JPEG format
# Here it comes:
FF D8 FF E0 00 10 4A 46
49 46 00 01 01 01 00 48
00 48 00 00 FF E1 1C 13
45 78 69 66 00 00 49 49
2A 00 08 00 00 00 0D 00
0F 01 02 00 06 00 00 00
...
telnet www.uni-augsburg.de 80

About Capybaras

The capybara is the
largest rodent
in the world.

About Capybaras

The capybara is the
largest rodent
in the world.

body {
font-family: 'Arial';
}
h1 {
text-transform: uppercase;
font-style: italic;
}
b {
background-color: #ff9900;
}
#ff0000
#00ff00
#0000ff
#ffff00
#ffffff
#000000
#ff9900
#4488bb
#9900ff
#777777
#22aa88
#885555
red
yellow
fuchsia
rebeccapurple
rgba(255, 0, 0, 1.0)
rgba(255, 0, 0, 0.75)
rgba(255, 0, 0, 0.5)
rgba(255, 0, 0, 0.25)
hsl(0, 100%, 50%)
hsl(30, 100%, 50%)
hsl(30, 50%, 50%)
hsl(30, 50%, 70%)

...

<link rel="stylesheet" href="styles.css">

...

The browser parses the HTML and encounters this tag:
<link rel="stylesheet" href="styles.css">
What happens?
Browser asks server:
GET /styles.css HTTP/1.1 # I want the file /styles.css
Host: www.makandra.com # I know you as www.makandra.com
Accept: text/css # I understand the CSS format
Server looks for a local file styles.css
and replies:
HTTP/1.1 200 OK # I found what you wanted
Content-Length: 182 # What you want has 182 bytes
Content-Type: text/css # And it's in CSS format
# Here it comes:
body {
font-family: 'Arial';
}
h1 {
text-transform: uppercase;
font-style: italic;
}
...
body {
font-family: 'Arial';
}
h1 {
text-transform: uppercase;
font-style: italic;
}
b {
background-color: #ff0000;
}

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

h1 { ... }

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

p { ... }

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

p.introduction { ... }

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

p:last-child { ... }

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

h1, p:last-child { ... }

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

h1+p { ... }

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

b { ... }

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

p.introduction b { ... }

About Capybaras

The capybara is the largest rodent
in the world.

The capybara belongs to the subfamily
Hydrochoerinae along with ...

Let's write a web app that returns the current time:
http://timeapp.com/now.html
Browser asks server:
GET /now.html HTTP/1.1 # I want the file /now.html
Host: timeapp.com # I want it from timeapp.com
Accept: text/html, text/plain # I understand HTML and plain text
Server looks for a local file now.html
and replies:
HTTP/1.1 200 OK # I found what you wanted
Content-Length: 22 # What you want has 22 bytes
Content-Type: text/plain # And it's in plain text
# Here it comes:
The time is 15:00:00.
Browser asks server:
GET /now.html HTTP/1.1 # I want the file /now.html
Host: timeapp.com # I want it from timeapp.com
Accept: text/html, text/plain # I understand HTML and plain text
Server runs a program time.exe
.
The program time.exe
writes the current time to STDOUT
:
print "The time is " + Time.now.to_s
Server takes the program output and sends it the browser:
HTTP/1.1 200 OK # I found what you wanted
Content-Length: 22 # What you want has 22 bytes
Content-Type: text/plain # And it's in plain text
# Here it comes:
The time is 14:37:05.
Popular choices:
The following examples are in Ruby, but concepts apply to all languages.
To run the chat app:
cd examples/2000_chat/src
ruby app.rb
You can now access the app at http://localhost:4567/channel
The user types into her address bar:
http://chatapp.com/channel
What happens?
Browser asks server:
GET /channel HTTP/1.1 # I want /channel
Host: chatapp.com # I want it from chatapp.com
Accept: text/html, text/plain # I understand HTML and plain text
Server asks the program app.rb
for /channel
.
The program outputs a string of HTTP/HTML.
The server takes the program output and sends it the browser:
HTTP/1.1 200 OK # I found what you wanted
Content-Length: 1589 # What you want has 1589 bytes
Content-Type: text/html # And it's in HTML format
# Here it comes:

...

The user sends a message to the chat channel:
Hello world
What happens?
Browser asks server:
POST /send HTTP/1.1 # I'm posting data to /send
Host: chatapp.com # I'm posting it to chatapp.com
Content-Type: application/x-www-form-urlencoded # I'm posting key/value pairs
# Here it comes:
message=Hello+world
Server calls the program app.rb
with the posted data.
The program stores the message and outputs a string of HTTP.
The server takes the program output and sends it the browser:
HTTP/1.1 303 See Other # This conversation continues elsewhere
Location: /channel # Request /channel to continue
The browser automatically makes another request to /channel
and gets a fresh copy of the message list.
For such things we need Javascript.
// This is a comment
var x = 1;
var y = x + 1;
console.log(y); // 2
function square(n) {
return n * n;
}
var x = square(16);
console.log(x); // 256
var z = square;
console.log(z); // function { ... }
console.log(z(4)); // 16
one
two
three
var div = document.querySelector('div');
var children = div.children;
console.log(children);
// [one
, two
, three
]
var parent = children[0].parentNode;
console.log(parent); // [...]
console.log(parent === div); // true
children[1].style.color = 'red';

Hi world

Hi world

null
.this
.Object.prototype.toString.call(object) === '[object Array]'
_.isArray(object)
var paragraphs = document.querySelectorAll('p');
for (var p = 0; p < paragraphs.length; p++) {
var paragraph = paragraphs[p];
var children = paragraph.children;
for (var c = 0; c < children.length; c++) {
var child = children[c];
c.style.display = 'none';
}
}
$('p').children().hide();
Student
Person
function Student(name) {
this.name = name;
}
Student.prototype = new Person();
Student.prototype.constructor = Student;
Student.prototype.sayHello = function() {
console.log("Hello, I'm " + this.name);
};
Student
Person
class Student extends Person {
constructor(name) {
this.name = name;
}
sayHello() {
console.log("Hello, I'm " + this.name);
}
}
function showLastMessage() {
var lastMessage = document.querySelector('.message:last-child');
if (lastMessage) {
lastMessage.scrollIntoView();
}
}
window.addEventListener('load', showLastMessage);
⇢ User requests a website
⇠ Server sends a fresh copy
⇢ User clicks a link
⇠ Server sends a fresh copy
⇢ User submits a form
⇠ Server sends a fresh copy
⇢ User reloads the page manually
⇠ Server sends a fresh copy
⇣ Another user sends a message
× Server has no way to push the update to the user
function refresh() {
var request = new XMLHttpRequest();
request.open('GET', '/channel', true);
request.onload = function() {
var newHtml = request.responseText;
var parser = new DOMParser();
var newDocument = parser.parseFromString(newHtml, 'text/html');
var newChannel = newDocument.querySelector('.channel');
var oldChannel = document.querySelector('.channel');
oldChannel.innerHTML = newChannel.innerHTML;
};
request.send();
}
setInterval(refresh, 1000);
function search() {
var queryInput = document.querySelector('.search-form input');
var query = queryInput.value.toLowerCase();
var messageElements = document.querySelectorAll('.message');
for (var i = 0; i < messageElements.length; i++) {
var messageElement = messageElements[i];
var text = messageElement.textContent.toLowerCase();
var isMatch = (text.indexOf(query) != -1);
if (isMatch) {
messageElement.style.display = 'block';
} else {
messageElement.style.display = 'none';
}
}
}
window.addEventListener('load', function() {
var queryInput = document.querySelector('.search-form input');
queryInput.addEventListener('input', search);
});
app.rb
Our current implementation has app.rb
is a single script
with a lot of responsibilities:
This is not how it's done in the real world.
get '/channel' do
@messages = File.read('messages.txt').lines
erb(:channel)
end
get '/send' do
message = params['message']
file = File.open('messages.txt', 'a')
file.puts(message)
file.close()
redirect('/channel')
end
db = Mydb::Client.new(host: 'localhost')
get '/channel' do
@messages = db.select_values('SELECT text FROM messages')
erb(:channel)
end
get '/send' do
message = params['message']
escaped = db.escape(message)
db.execute('INSERT INTO messages VALUES (' + escaped + ')')
redirect('/channel')
end
channel = Channel.new
get '/channel' do
@messages = channel.messages
erb(:channel)
end
get '/send' do
message = params['message']
channel.add_message(message)
redirect('/channel')
end
class Channel
def initialize
@db = Mydb::Client.new
end
def messages
@db.select_values('SELECT text FROM messages')
end
def add_message(message)
escaped = @db.escape(message)
@db.execute('INSERT INTO messages VALUES (' + escaped + ')')
end
end
<EMAIL_ADDRESS>(or talk to me)


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We aspire to a world in which individuals are empowered and mobilized to share responsibility
in creating communities free from sexualized violence and abuse. We provide a leadership role
in raising awareness, supporting those who have experienced sexualized violence, holding sexual
perpetrators accountable, and influencing social and systemic change.
Mission
Serbisyong tapat para sa ikauunlad ng lahat.
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Isang maayos, tahimik at malinis na barangay na may pagkakaisa tungo sa isang mapayapa at matatag na pagunlad.
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|
SDK
Release 1.7.5
Communications, logger, and bootloader libraries.
|
GNSS core 'c' function library: converting time information. More...
Go to the source code of this file.
Macros | |
| #define | GNSS_ERROR_MSG(errorMsg) |
| #define | SECONDS_IN_DAY (86400.0) |
| #define | SECONDS_IN_WEEK (604800.0) |
Functions | |
| int | TIMECONV_GetSystemTime (unsigned short *utc_year, unsigned char *utc_month, unsigned char *utc_day, unsigned char *utc_hour, unsigned char *utc_minute, float *utc_seconds, unsigned char *utc_offset, double *julian_date, unsigned short *gps_week, double *gps_tow) |
| Obtains the UTC time, GPS time, and Julian date from PC system time. More... | |
| int | TIMECONV_GetDayOfWeekFromJulianDate (const double julian_date, unsigned char *day_of_week) |
| Computes the day of the week from the Julian date. More... | |
| int | TIMECONV_GetJulianDateFromGPSTime (const unsigned short gps_week, const double gps_tow, const unsigned char utc_offset, double *julian_date) |
| Computes the Julian date from GPS time. More... | |
| int | TIMECONV_GetJulianDateFromUTCTime (const unsigned short utc_year, const unsigned char utc_month, const unsigned char utc_day, const unsigned char utc_hour, const unsigned char utc_minute, const float utc_seconds, double *julian_date) |
| Computes the Julian date from UTC time. More... | |
| int | TIMECONV_GetGPSTimeFromJulianDate (const double julian_date, const unsigned char utc_offset, unsigned short *gps_week, double *gps_tow) |
| Computes GPS time from the Julian date. More... | |
| int | TIMECONV_GetUTCTimeFromJulianDate (const double julian_date, unsigned short *utc_year, unsigned char *utc_month, unsigned char *utc_day, unsigned char *utc_hour, unsigned char *utc_minute, float *utc_seconds) |
| Computes UTC time from the Julian date. More... | |
| int | TIMECONV_GetGPSTimeFromUTCTime (unsigned short utc_year, unsigned char utc_month, unsigned char utc_day, unsigned char utc_hour, unsigned char utc_minute, float utc_seconds, unsigned short *gps_week, double *gps_tow) |
| Computes GPS time from UTC time. More... | |
| int | TIMECONV_GetGPSTimeFromRinexTime (unsigned short utc_year, unsigned char utc_month, unsigned char utc_day, unsigned char utc_hour, unsigned char utc_minute, float utc_seconds, unsigned short *gps_week, double *gps_tow) |
| Computes GPS time from RINEX time. RINEX time looks like UTC but it is GPS time in year, month, day, hours, minutes, seconds. More... | |
| int | TIMECONV_GetUTCTimeFromGPSTime (unsigned short gps_week, double gps_tow, unsigned short *utc_year, unsigned char *utc_month, unsigned char *utc_day, unsigned char *utc_hour, unsigned char *utc_minute, float *utc_seconds) |
| Computes UTC time from GPS time. More... | |
| int | TIMECONV_DetermineUTCOffset (double julian_date, unsigned char *utc_offset) |
| This function is a look up table to determine the UTC offset from the Julian Date. More... | |
| int | TIMECONV_GetNumberOfDaysInMonth (const unsigned short year, const unsigned char month, unsigned char *days_in_month) |
| Determines the number of days in a month, given the month and year. More... | |
| int | TIMECONV_IsALeapYear (const unsigned short year) |
| Determines if the given year is a leap year. More... | |
| int | TIMECONV_GetDayOfYear (const unsigned short utc_year, const unsigned char utc_month, const unsigned char utc_day, unsigned short *dayofyear) |
| Determines the day of year given the year, month, and day. More... | |
| int | TIMECONV_GetGPSTimeFromYearAndDayOfYear (const unsigned short year, const unsigned short dayofyear, unsigned short *gps_week, double *gps_tow) |
| Determines the GPS time of the start of a day from the day of year and the year. More... | |
GNSS core 'c' function library: converting time information.
REFERENCES
Definition in file time_conversion.h.
| #define GNSS_ERROR_MSG | ( | errorMsg | ) |
Definition at line 59 of file time_conversion.h.
| #define SECONDS_IN_DAY (86400.0) |
Definition at line 62 of file time_conversion.h.
| #define SECONDS_IN_WEEK (604800.0) |
Definition at line 66 of file time_conversion.h.
| int TIMECONV_DetermineUTCOffset | ( | double | julian_date, |
| unsigned char * | utc_offset | ||
| ) |
This function is a look up table to determine the UTC offset from the Julian Date.
REFERENCES
| julian_date | Number of days since noon Universal Time Jan 1, 4713 BCE (Julian calendar) [days] |
| utc_offset | Integer seconds that GPS is ahead of UTC time, always positive [s], obtained from a look up table |
Definition at line 660 of file time_conversion.c.
| int TIMECONV_GetDayOfWeekFromJulianDate | ( | const double | julian_date, |
| unsigned char * | day_of_week | ||
| ) |
Computes the day of the week from the Julian date.
REFERENCES
http://en.wikipedia.org/wiki/Julian_day
| julian_date | Number of days since noon Universal Time Jan 1, 4713 BCE (Julian calendar) [days] |
| day_of_week | 0-Sunday, 1-Monday, 2-Tuesday, 3-Wednesday, 4-Thursday, 5-Friday, 6-Saturday []. |
Definition at line 262 of file time_conversion.c.
| int TIMECONV_GetDayOfYear | ( | const unsigned short | utc_year, |
| const unsigned char | utc_month, | ||
| const unsigned char | utc_day, | ||
| unsigned short * | dayofyear | ||
| ) |
Determines the day of year given the year, month, and day.
Definition at line 767 of file time_conversion.c.
| int TIMECONV_GetGPSTimeFromJulianDate | ( | const double | julian_date, |
| const unsigned char | utc_offset, | ||
| unsigned short * | gps_week, | ||
| double * | gps_tow | ||
| ) |
Computes GPS time from the Julian date.
REFERENCES
| julian_date | Number of days since noon Universal Time Jan 1, 4713 BCE (Julian calendar) [days] |
| utc_offset | Integer seconds that GPS is ahead of UTC time, always positive [s] |
| gps_week | GPS week (0-1024+) [week] |
| gps_tow | GPS time of week [s] |
Definition at line 360 of file time_conversion.c.
| int TIMECONV_GetGPSTimeFromRinexTime | ( | unsigned short | utc_year, |
| unsigned char | utc_month, | ||
| unsigned char | utc_day, | ||
| unsigned char | utc_hour, | ||
| unsigned char | utc_minute, | ||
| float | utc_seconds, | ||
| unsigned short * | gps_week, | ||
| double * | gps_tow | ||
| ) |
Computes GPS time from RINEX time. RINEX time looks like UTC but it is GPS time in year, month, day, hours, minutes, seconds.
REFERENCES
| utc_year | Universal Time Coordinated [year] |
| utc_month | Universal Time Coordinated [1-12 months] |
| utc_day | Universal Time Coordinated [1-31 days] |
| utc_hour | Universal Time Coordinated [hours] |
| utc_minute | Universal Time Coordinated [minutes] |
| utc_seconds | Universal Time Coordinated [s] |
| gps_week | GPS week (0-1024+) [week] |
| gps_tow | GPS time of week (0-604800.0) [s] |
Definition at line 544 of file time_conversion.c.
| int TIMECONV_GetGPSTimeFromUTCTime | ( | unsigned short | utc_year, |
| unsigned char | utc_month, | ||
| unsigned char | utc_day, | ||
| unsigned char | utc_hour, | ||
| unsigned char | utc_minute, | ||
| float | utc_seconds, | ||
| unsigned short * | gps_week, | ||
| double * | gps_tow | ||
| ) |
Computes GPS time from UTC time.
REFERENCES
| utc_year | Universal Time Coordinated [year] |
| utc_month | Universal Time Coordinated [1-12 months] |
| utc_day | Universal Time Coordinated [1-31 days] |
| utc_hour | Universal Time Coordinated [hours] |
| utc_minute | Universal Time Coordinated [minutes] |
| utc_seconds | Universal Time Coordinated [s] |
| gps_week | GPS week (0-1024+) [week] |
| gps_tow | GPS time of week (0-604800.0) [s] |
Definition at line 484 of file time_conversion.c.
| int TIMECONV_GetGPSTimeFromYearAndDayOfYear | ( | const unsigned short | year, |
| const unsigned short | dayofyear, | ||
| unsigned short * | gps_week, | ||
| double * | gps_tow | ||
| ) |
Determines the GPS time of the start of a day from the day of year and the year.
| gps_week | GPS week (0-1024+) [week] |
| gps_tow | GPS time of week (0-604800.0) [s] |
Definition at line 809 of file time_conversion.c.
| int TIMECONV_GetJulianDateFromGPSTime | ( | const unsigned short | gps_week, |
| const double | gps_tow, | ||
| const unsigned char | utc_offset, | ||
| double * | julian_date | ||
| ) |
Computes the Julian date from GPS time.
REFERENCES
| gps_week | GPS week (0-1024+) [week] |
| gps_tow | GPS time of week (0-604800.0) [s] |
| utc_offset | Integer seconds that GPS is ahead of UTC time, always positive [s] |
| julian_date | Number of days since noon Universal Time Jan 1, 4713 BCE (Julian calendar) [days] |
Definition at line 302 of file time_conversion.c.
| int TIMECONV_GetJulianDateFromUTCTime | ( | const unsigned short | utc_year, |
| const unsigned char | utc_month, | ||
| const unsigned char | utc_day, | ||
| const unsigned char | utc_hour, | ||
| const unsigned char | utc_minute, | ||
| const float | utc_seconds, | ||
| double * | julian_date | ||
| ) |
Computes the Julian date from UTC time.
| utc_year | Universal Time Coordinated [year] |
| utc_month | Universal Time Coordinated [1-12 months] |
| utc_day | Universal Time Coordinated [1-31 days] |
| utc_hour | Universal Time Coordinated [hours] |
| utc_minute | Universal Time Coordinated [minutes] |
| utc_seconds | Universal Time Coordinated [s] |
| julian_date | Number of days since noon Universal Time Jan 1, 4713 BCE (Julian calendar) [days] |
Definition at line 321 of file time_conversion.c.
| int TIMECONV_GetNumberOfDaysInMonth | ( | const unsigned short | year, |
| const unsigned char | month, | ||
| unsigned char * | days_in_month | ||
| ) |
Determines the number of days in a month, given the month and year.
REFERENCES
| year | Universal Time Coordinated [year] |
| month | Universal Time Coordinated [1-12 months] |
| days_in_month | Days in the specified month [1-28|29|30|31 days] |
Definition at line 693 of file time_conversion.c.
| int TIMECONV_GetSystemTime | ( | unsigned short * | utc_year, |
| unsigned char * | utc_month, | ||
| unsigned char * | utc_day, | ||
| unsigned char * | utc_hour, | ||
| unsigned char * | utc_minute, | ||
| float * | utc_seconds, | ||
| unsigned char * | utc_offset, | ||
| double * | julian_date, | ||
| unsigned short * | gps_week, | ||
| double * | gps_tow | ||
| ) |
Obtains the UTC time, GPS time, and Julian date from PC system time.
| utc_year | Universal Time Coordinated [year] |
| utc_month | Universal Time Coordinated [1-12 months] |
| utc_day | Universal Time Coordinated [1-31 days] |
| utc_hour | Universal Time Coordinated [hours] |
| utc_minute | Universal Time Coordinated [minutes] |
| utc_seconds | Universal Time Coordinated [s] |
| utc_offset | Integer seconds that GPS is ahead of UTC time, always positive [s], obtained from a look up table |
| julian_date | Number of days since noon Universal Time Jan 1, 4713 BCE (Julian calendar) [days] |
| gps_week | GPS week (0-1024+) [week] |
| gps_tow | GPS time of week (0-604800.0) [s] |
Definition at line 128 of file time_conversion.c.
| int TIMECONV_GetUTCTimeFromGPSTime | ( | unsigned short | gps_week, |
| double | gps_tow, | ||
| unsigned short * | utc_year, | ||
| unsigned char * | utc_month, | ||
| unsigned char * | utc_day, | ||
| unsigned char * | utc_hour, | ||
| unsigned char * | utc_minute, | ||
| float * | utc_seconds | ||
| ) |
Computes UTC time from GPS time.
REFERENCES
| gps_week | GPS week (0-1024+) [week] |
| gps_tow | GPS time of week (0-604800.0) [s] |
| utc_year | Universal Time Coordinated [year] |
| utc_month | Universal Time Coordinated [1-12 months] |
| utc_day | Universal Time Coordinated [1-31 days] |
| utc_hour | Universal Time Coordinated [hours] |
| utc_minute | Universal Time Coordinated [minutes] |
| utc_seconds | Universal Time Coordinated [s] |
Definition at line 597 of file time_conversion.c.
| int TIMECONV_GetUTCTimeFromJulianDate | ( | const double | julian_date, |
| unsigned short * | utc_year, | ||
| unsigned char * | utc_month, | ||
| unsigned char * | utc_day, | ||
| unsigned char * | utc_hour, | ||
| unsigned char * | utc_minute, | ||
| float * | utc_seconds | ||
| ) |
Computes UTC time from the Julian date.
REFERENCES
| julian_date | Number of days since noon Universal Time Jan 1, 4713 BCE (Julian calendar) [days] |
| utc_year | Universal Time Coordinated [year] |
| utc_month | Universal Time Coordinated [1-12 months] |
| utc_day | Universal Time Coordinated [1-31 days] |
| utc_hour | Universal Time Coordinated [hours] |
| utc_minute | Universal Time Coordinated [minutes] |
| utc_seconds | Universal Time Coordinated [s] |
Definition at line 390 of file time_conversion.c.
| int TIMECONV_IsALeapYear | ( | const unsigned short | year | ) |
Determines if the given year is a leap year.
Definition at line 734 of file time_conversion.c.


Hi Gopher
hello gwk!
selected
selected
not selected
not selected
checked
not checked
eq 123 123 = true
eqs "123" 123 = true
gt 3.14 3 = true
le 1.1 2 = true
a
b
c
settest-before =
settest-after = true
name:Gopher
age:3
web
email


DATA n1 &optional ,n2 &optional ...
Description
DATA can be used to write constants into ROM.
Results
Compiles n1,n2,… into the ROM with 32-bit data.each value.
Example
; create some data my_data: data 1,2,3,4,5 ; create an array dim x(5) start: ; restore and read the data restore my_data for k = 0 to 5 read x[k] next
Back to Keywords


System Architect Picture "Direct Activity For Subject"
Parent Diagram:
Activity For Subject
(UML Class)


Rocket Travel
Design System ・ Design Ops ・ Product Design
RocketTravel does whitelabel travel portals. I worked on Flights, Acitivites, and Maps.
Flights
Activities
Maps
Ascent Global Logistics
Design System ・ Product Design
AGL does full service logistics. I worked on International Bookings, Trackings, and Form Design.
Dashboard
TrueData
Design Manager・ Product Design ・ Research Lead
TrueData helps companies find their ideal clients. I worked on Client Matching, Analytics, and Machine Learning.
Audience Builder
Nielsen
Design Systems・ Product Design
Nielsen hordes data. I designed API portals for people to navigate the Terabytes.


Full daim hand bag with octopus.
Traditional tattoo style swallow on Brooks leather saddle.
Give your shorty a unique badass look.
Classic ornaments on classy shoes.
Neo traditional tattoo style swallow and ornaments on dark leather purse.
Floral dot work on light colored leather purse.
High contrast rose on small leather purse.
Egyptian scarabee on daim purse.
Ali quote on old school red leather boxing gloves.
BRUSSELS Classy leather gloves customized with freemason symbology.
Abstract motifs on light colored leather necessaire.
Ixelles lettering and 1050 zip code on leather saddle.
Saint Gilles lettering and 1060 zip code on leather saddle.
Badass leather saddle.
Ixelles ZIP Code lettering on yellow daim handbag.
Jungle motifs on leather handbag.


Cloud Vision V1 API - Class Google::Cloud::Vision::V1::ProductSearchParams (v0.6.4)
Reference documentation and code samples for the Cloud Vision V1 API class Google::Cloud::Vision::V1::ProductSearchParams.
Parameters for a product search request.
Inherits
- Object
Extended By
- Google::Protobuf::MessageExts::ClassMethods
Includes
- Google::Protobuf::MessageExts
Methods
#bounding_poly
def bounding_poly() -> ::Google::Cloud::Vision::V1::BoundingPoly
- (::Google::Cloud::Vision::V1::BoundingPoly) — The bounding polygon around the area of interest in the image. If it is not specified, system discretion will be applied.
#bounding_poly=
def bounding_poly=(value) -> ::Google::Cloud::Vision::V1::BoundingPoly
- value (::Google::Cloud::Vision::V1::BoundingPoly) — The bounding polygon around the area of interest in the image. If it is not specified, system discretion will be applied.
- (::Google::Cloud::Vision::V1::BoundingPoly) — The bounding polygon around the area of interest in the image. If it is not specified, system discretion will be applied.
#filter
def filter() -> ::String
-
(::String) — The filtering expression. This can be used to restrict search results based
on Product labels. We currently support an AND of OR of key-value
expressions, where each expression within an OR must have the same key. An
'=' should be used to connect the key and value.
For example, "(color = red OR color = blue) AND brand = Google" is acceptable, but "(color = red OR brand = Google)" is not acceptable. "color: red" is not acceptable because it uses a ':' instead of an '='.
#filter=
def filter=(value) -> ::String
-
value (::String) — The filtering expression. This can be used to restrict search results based
on Product labels. We currently support an AND of OR of key-value
expressions, where each expression within an OR must have the same key. An
'=' should be used to connect the key and value.
For example, "(color = red OR color = blue) AND brand = Google" is acceptable, but "(color = red OR brand = Google)" is not acceptable. "color: red" is not acceptable because it uses a ':' instead of an '='.
-
(::String) — The filtering expression. This can be used to restrict search results based
on Product labels. We currently support an AND of OR of key-value
expressions, where each expression within an OR must have the same key. An
'=' should be used to connect the key and value.
For example, "(color = red OR color = blue) AND brand = Google" is acceptable, but "(color = red OR brand = Google)" is not acceptable. "color: red" is not acceptable because it uses a ':' instead of an '='.
#product_categories
def product_categories() -> ::Array<::String>
- (::Array<::String>) — The list of product categories to search in. Currently, we only consider the first category, and either "homegoods-v2", "apparel-v2", "toys-v2", "packagedgoods-v1", or "general-v1" should be specified. The legacy categories "homegoods", "apparel", and "toys" are still supported but will be deprecated. For new products, please use "homegoods-v2", "apparel-v2", or "toys-v2" for better product search accuracy. It is recommended to migrate existing products to these categories as well.
#product_categories=
def product_categories=(value) -> ::Array<::String>
- value (::Array<::String>) — The list of product categories to search in. Currently, we only consider the first category, and either "homegoods-v2", "apparel-v2", "toys-v2", "packagedgoods-v1", or "general-v1" should be specified. The legacy categories "homegoods", "apparel", and "toys" are still supported but will be deprecated. For new products, please use "homegoods-v2", "apparel-v2", or "toys-v2" for better product search accuracy. It is recommended to migrate existing products to these categories as well.
- (::Array<::String>) — The list of product categories to search in. Currently, we only consider the first category, and either "homegoods-v2", "apparel-v2", "toys-v2", "packagedgoods-v1", or "general-v1" should be specified. The legacy categories "homegoods", "apparel", and "toys" are still supported but will be deprecated. For new products, please use "homegoods-v2", "apparel-v2", or "toys-v2" for better product search accuracy. It is recommended to migrate existing products to these categories as well.
#product_set
def product_set() -> ::String
-
(::String) — The resource name of a ProductSet to be searched for similar images.
Format is:
projects/PROJECT_ID/locations/LOC_ID/productSets/PRODUCT_SET_ID
.
#product_set=
def product_set=(value) -> ::String
-
value (::String) — The resource name of a ProductSet to be searched for similar images.
Format is:
projects/PROJECT_ID/locations/LOC_ID/productSets/PRODUCT_SET_ID
.
-
(::String) — The resource name of a ProductSet to be searched for similar images.
Format is:
projects/PROJECT_ID/locations/LOC_ID/productSets/PRODUCT_SET_ID
.


In order to build a new design system for a project that uses Cardinal, we need to create a new theme. By adding a new theme to the project, all web components provided by CardinalJs can be customized according to the desired design.
By default, Cardinal has a folder named “themes” where we can find a standard theme for the web components. The first step in creating a new theme is to add a new theme folder. For example, besides the default theme, we can add a new folder called “newlook”.
Every theme folder contains an assets and a components subfolder. In the assets we can add different fonts, icons, images or libraries that are necessary for the new design system. The assets subfolder can be empty, but the components subfolder is absolutely necessary in order to make the new theme. In “components” we will have to add a folder for every web component and assign to each one a css file with the same name. This will help us customize each web component separately by changing the css properties according to the new design system.
After creating the new theme folder, we need to modify the config.json file. In this JSON's object we have to specify which theme we want to render. Below you can see how to change the theme to “newlook”.
While designing web components an important thing to take into consideration is the Shadow DOM. If the Shadow DOM of a web component is enabled, elements within the shadow root are scoped and all the styles outside of the component do not apply. This means that we have to style the elements inside the Shadow Dom from within the component.
Normally, you could add your styles in the tag name of the component just like in the example below:
With Shadow DOM, CSS selectors inside the component can be simplified and the parent component can be styled using the :host
selector. Therefore the code above could be:
The :host
selector can be in handy, if you want to add style to elements based on the parent component attributes. For example, the app-menu component uses in its composition the psk-menu-item-renderer component. Using the app-menu attribute named hamburger, we can write in psk-menu-item-renderer.css file new css rules that can change the children elements of the app-menu component. In the example below, you can see how to change all the div elements width, if the attribute hamburger is set up to true:
As we said above in order to customize a web component we need to change the css file that has the same name as the component. Through css we can change the layout structure, color schemes, topography styles and others. Below you can find examples on how to customize different web components.
An important thing to remember about the psk-card is that this component is used to build up other components such as psk-chapter, psk-toc, psk-description or others. If we want to have the same design for all the psk-card components we will have to only change the psk-card.css file. If we want a different psk-card style based on the parent component we will have to change the parent css file ( for example psk-chapter.css).
A psk-card returns the following html structure:
Based on this structure, we can use the automatically generated classes to customize the header and the body, as well as any other html elements that may be included in the body section, by the parent component.
For customizing the psk-code component we can use PrismJS . Prism is a lightweight, extensible syntax highlighter, built with modern web standards, that can help us generate all the css we need. We have the option of choosing between downloading the developer version or the minified one. Prism also offers us multiple themes for the code style of a lot of programming languages. By downloading the developer version you can easily modified the predefined theme to make it match your design.
A major component for constructing the layout of any page is psk-grid. Depending on the number of columns specified in the columns attribute, the elements enumerated in the psk-grid tag, will be displayed on that number of columns.
This component renders the following html structure:
Each element inside the psk-grid component, will have the col-12
and col-md-x
classes (x is equal to 12 divided by the number of columns we want to be displayed). Using those classes we can style the overall grid.
Different designs might require different ways of displaying images. From the image size to the image description there are a lot of possibilities for customization. If we want to customize the psk-img component we will have to change the css file with the same name.
This component returns the following html structure:
Based on the image_container
, image_wrapper
, image_description
and img-fluid
classes we can target specific elements of this component.
This component role is to create a link that will redirect the user on another page inside the website. In order to customize this component we have to take into account the html structure that is rendered.
Using the webc-link
, btn
and btn-link
classes, we can style this component as any other link or we can style it totally different.
This component returns a normal ordered or unordered html list structure, depending on the listType
property. The resulting list can be styled by changing the psk-list.css file, using the ul
, ol
and li
tags.
This component is extremely useful in creating a page template for a website. The psk-page component returns the following html structure:
The automatically generated html structure and css classes can help us in changing the page layout and style.
An important component for the overall look of the new design is the psk-table. The table look can vary in many ways, but fortunately the html structure of this component makes the design process easy.
A psk-table returns the following html structure:
Divided into three different section, by the thead
, tbody
and tfoot
tags, the table can be easily customized.


- name: install and configure web servers hosts: webservers tasks: - name: install apache package yum: name=httpd state=present - name: write the apache config file template: src=t/httpd.j2 dest=/etc/httpd.conf - name: ensure apache is running (and enable it at boot) service: name=httpd state=started enabled=yes


An R package to run you R code in different R implementations and platforms in Docker containers.
You can install the development version from GitHub with:
library('altRnative')
pull_docker_image(c('gnu-r', 'mro'), c('debian', 'ubuntu', 'fedora'))
#> Detected API version '1.40' is above max version '1.39'; downgrading
benchmark_result = benchmarks_code(
code = "1 + 1",
r_implementations = c('gnu-r', 'mro'),
platforms = c('debian', 'ubuntu', 'fedora', 'archlinux'),
times = 3
)
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
#> Detected API version '1.40' is above max version '1.39'; downgrading
library('ggplot2')
autoplot(benchmark_result)
#> Coordinate system already present. Adding new coordinate system, which will replace the existing one.
Documentation is created with roxygen2 and the website with pkgdown. Render both with the following commands:
Please note that the ‘altRnative’ project is released with a Contributor Code of Conduct. By contributing to this project, you agree to abide by its terms.


Plants
Adaptation in plants
The features a plant develops to enable it to survive in its natural environment are known as adaptations.
Adaptations of plants that grow in dry areas
- The plants develop deep root system to enable them get water from under ground.
- They have tiny leaves, or the leaves may be reduced to thorns, to reduce the surface area for loss of water.
- Some shed their leaves to reduce water loss through transpiration -these are known as decidous plants.
- Some are succulent -they store water in their stems.
- Some fold their leaves to reduce the surface area for water loss.
- Plants that grow and survive in dry areas are called Xerophytes. Examples of xerophytes are acacia,baobab,bombax,Casuarina,Sisal and euphorbia
Adaptation of plants that grow in wet areas
- Some, like the mangrove, develop breathing roots.
- Some have floating flowers to allow pollination.
- The leaves have thin cuticles to increase loss of water
- They have Shallow roots to reduce the amount of water absorbed.
- They have flexible stems to ensure that they are not broken by water waves.
- They have broad, large leaves to increase water loss.
- They have air sacs on the leaves that enable them to float on water..
- The leaves have many stomata on the the upper side of the leaves to increase water loss.
- Plants that grow and can survive in wet places are calledhydrophytes
- Examples of hydrophytes are Water lily,Water hyacinth,water lettuce,Mangrove,buttercup,rice,aquatic fern,,duck weed and sea weed
Signs of unhealthy crops
- Stunted growth
- Discolouration of leaves and stems
- Curled leaves
- Wilting
- Spots and streaks on leaves
- Distortations and malformations
Effects of crop diseases
- Lower yields
- Reduced quality of produce
- Increase in cost of production


These are the Places I Like Best:
Barbados
-
The people are very chill and welcoming
-
They have pink sand beaches
-
The food is delicious. They cook a fusion of Southern food with international influences. Some of my favorite Barbadian dishes are:
-
Lobster tails
-
Roasted chickens
-
Plantain dishes
- My favorite place to stay is the Little Arches Hotel


Masaya Aerosol Sensor Map
Place holder for future live observation map
Senor Map (stations in green)


|
Arithmetic Operations
0.0.1
A simple program to perform the basic arithmetic operations, sum, substraction, multiplication and division, of two real numbers.
|
My class. More...
#include <arithmetic.h>
Public Member Functions | |
| double | operator() (const double v1, const double v2) const |
| double | add (const double v1, const double v2) const |
| double | substract (const double v1, const double v2) const |
| double | multiply (const double v1, const double v2) const |
| double | divide (const double v1, const double v2) const |
My class.
Longer description of this class in multiple lines.
Definition at line 33 of file arithmetic.h.
| double Arithmetic::add | ( | const double | v1, |
| const double | v2 | ||
| ) | const |
| double Arithmetic::divide | ( | const double | v1, |
| const double | v2 | ||
| ) | const |
| double Arithmetic::multiply | ( | const double | v1, |
| const double | v2 | ||
| ) | const |
| double Arithmetic::operator() | ( | const double | v1, |
| const double | v2 | ||
| ) | const |
Definition at line 5 of file arithmetic.cpp.
| double Arithmetic::substract | ( | const double | v1, |
| const double | v2 | ||
| ) | const |


PLAYDV(1) PLAYDV(1) NAME playdv - display digital video streams on screen SYNOPSIS playdv [ options ] file DESCRIPTION playdv reads in DV-encoded video data from file and displays it on screen. -v, --version show playdv version number. --disable-audio skip audio decoding. --disable-video skip video decoding. -n, --num-frames=count stop playing after count frames. --dump-frames=pattern save a PPM image of each frame to an individual file. pattern determines the file names and may be given in printf-style taking one numeric argument that gets replaced with the current frame number. Like capture%05d.ppm for files capture00001.ppm, cap‐ ture00002.ppm, etc. Use - to stream the frames to stdout. --no-mmap don't use mmap for reading (useful for pipes). -l, --loop-count=count loop playback count= times, 0 for infinite. Audio Output Options --audio-device=devicename target audio device; e.g. /dev/dsp, which is also the default. --audio-file=file send raw decoded audio stream to file, skipping audio ioctls. --audio-mix=(-16 .. 16) mixing level of 4 channel audio for 32KHz 12bit. 0 [default]. -16 selects second channel, 16 selects first channel. Video Output Options -d, --display=(0|1|2|3) method used to display video data on screen: 0=autoselect [default], 1=gtk, 2=Xv, 3=SDL. Xv is usually the fastest but requires XFree86 version 4.0 or higher with XVideo extensions. --aspect=(n|w|normal|wide) video display aspect ratio (for Xv only): n=normal 4:3, w=wide 16:9 . Not all window manager support resizing at fixed aspect ratio. If they do, resizing is done at fixed aspect ratio. --size=(10 .. 100) initial scaleing percentage (for Xv only): 10 <= n <= 100. Decoder Options -V, --video-system=(0|1|2|3) sets the video standard of the incoming DV data: 0=autoselect [default], 1=525/60 4:1:1 (NTSC), 2=625/50 4:2:0 (PAL,IEC 61834 DV), 3=625/50 4:1:1 (PAL,SMPTE 314M DV). Autoselect usually works fine. Only use this option if you know what you are doing. Video Decode Options -q, --quality=(1|2|3) quality level of desired video decoding. The process of decoding DV data is split into several steps. Each additional step enhances output quality, but of course also slows down decoding. If your machine is too slow to keep up an interactive frame rate, you might want to decrease this number: 1=DC and no ACs, 2=DC and single-pass for ACs, 3=DC and multi-pass for ACs [default]. -m, --monochrome skip decoding of color blocks. Another way to speed up the decod‐ ing process. Audio Decode Options -f, --frequency=(0|1|2|3) frequency of audio data in the input stream: 0=autodetect [default], 1=32 kHz, 2=44.1 kHz, 3=48 kHz. -Q, --quantization=(0|1|2) dynamic range of audio data in the input stream: 0=autodetect [default], 1=12 bit, 2=16bit. -e, --emphasis=(0|1|2) first-order preemphasis of 50/15 us: 0=autodetect [default], 1=on, 2=off. Help Options -?, --help Show help message. Use this command to get a brief description of available options. --usage Display brief usage message. SEE ALSO dvconnect(1),dubdv(1),encodedv(1). AVAILABILITY See http://libdv.sourceforge.net/ for the latest version. AUTHORS playdv was written by Charles 'Buck' Krasic<EMAIL_ADDRESS>and Erik Walthinsen<EMAIL_ADDRESS>This manual page is based on playdv's help message and was written by Daniel Kobras<EMAIL_ADDRESS>for the Debian GNU/Linux system (but may be used by others). January 2003 PLAYDV(1)


Toyota Oct 2019 Sales Analysis – Innova, Fortuner, Glanza, Etios In Top 5
by Surendhar MToyota Kirloskar Motor finished sixth in the overall sales tables with a total of 11,866 units and 6% YoY de-growth
Toyota Kirloskar Motor had a decent showing in the month of October 2019 by garnering 11,866 cumulative units in the domestic market. when compared to the same month last year, the Japanese manufacturer registered 6% Year-on-Year sales decrease.
The global auto giant retailed 12,606 units in October 2018. As has often been the case, the Innova Crysta secured led the pack within Toyota’s domestic portfolio but its sales volume wasn’t as good as it used to be. The premium MPV garnered 5,062 units last month as against 6,700 units during the corresponding month in 2018 with 24% decline on YoY basis.
Toyota Glanza, the rebadged version of Maruti Suzuki Baleno, ended up as the second most sold model from the brand in October 2019 as it recorded 2,693 units. The Etios sedan registered a total of 1,620 units last month as against 1,677 units during October 2018 with Year-on-Year sales drop of 3%.
| Toyota Models | October 2019 Sales | October 2018 Sales |
| Innova Crysta | 5,062 | 6,700 |
| Fortuner | 1,302 | 1,842 |
| Yaris | 382 | 421 |
| Glanza | 2,693 | – |
| Etios | 1,620 | 1,677 |
| Corolla Altis | 90 | 242 |
| Camry | 67 | 8 |
| Vellfire | 20 | – |
| Liva and Cross | 612 | 1,696 |
| Land Cruiser | 18 | 20 |
DataSource : AutoPunditz
The Fortuner has been the long-standing leader in its full-sized SUV segment for years and it managed to garner a total of 1,302 units last month, as against 1,842 units in October 2018 with sales de-growth of 29% on YoY terms. Despite continuing to lead the space against rivals like Ford Endeavour, Mahindra Alturas G4 and others, its monthly average has certainly decreased in recent times.
No other model from Toyota’s Indian range had crossed the four-digit sales mark as the combined sales of Etios Liva and Cross stood at 612 units as against 1,696 units during the same month last year with a massive decline of 64%. About 90 units of Toyota Corolla Altis were sold last month with YoY decline of 63%, as the arrival of a brand new generation is awaited and it could happen next year.
Besides 67 units endured by Camry Hybrid sedan and it was a good tally for its price tag, Toyota dispatched 20 units of the Vellfire as well. The luxury MPV is expected to be officially launched soon and it could be priced in the upwards of Rs. 75 lakh by being a CBU model and it will compete against Mercedes-Benz V-Class. The Yaris posted 382 units and continued its declining numbers with 9% de-growth.


In a lot of code examples and tutorials you will see that you can use grid-column-start: 1 and grid-column-end: -1 (or the shorthand grid-column: 1 / -1) to span an element from the first line to the last. It's possible to use lower values than -1 as well.
Another interesting thing about negative values is that you can use them on grid-column/row-start as well. The difference between positive and negative values is that with negative values the placement will come from the opposite side. If you set grid-column-start: -2 the item will be placed on the second to last line.
It may seem obvious that pseudo-elements generated with CSS become grid items if they're within a grid container, but I wasn't sure about that. So I created a quick demo to verify it. In the following Pen you can see that generated elements become grid- and flex-items if they are within a corresponding container.


Welcome to Souls Encyclopedia, for all your information on weapons, armor, items, gestures, and walkthroughs. Find out everything you need to know about the Souls games.


Gennaro
Born in Minori on the Amalfi Coast, Gennaro’s quintessentially Italian spirit and positive nature has made him a TV favourite. He regularly appears on Saturday Kitchen as well as his own TV show, the highly successful Two Greedy Italians, BBC2.
Warm words
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ante in nibh mauris cursus mattis molestie a iaculis.


{% extends "layout.html" %} {% block content %}
Setup your simulation here with graph interaction and parameter selection. Once you finalize your simulation setup, you can launch the simulation or download the core parameters. The complexity of your simulation determines how long the computation would take. The results can optionally be rendered under the "Simulation Result" tab.


Fun Fact:
Landfills are overflowing,
and landfill waste contributes to
the production of methane,
too much methane in the atmosphere
leads to the greenhouse effect,
which is linked to global warming
and the depleting of many
of our natural resources.


Benton, P.N. A mixed linear and non-linear logic: proofs, terms and models, Proc. Computer Science Logic 1995, Springer LNCS 933 and Univ. Cambridge Technical Report 352, 1994..
Gardner, P.A., A name-free account of action calculi, in Proc. MFPS '95, Electronic Notes in Comp. Sci. 1, Elsevier, 1995.
Hasegawa, M. Models of Sharing Graphs (A Categorical Semantics of Let and Letrec), Ph.D thesis, Univ. Edinburgh, LFCS report ECS-LFCS-97-360, 1997.
Hasegawa, M. Recursion from cyclic sharing: traced monoidal categories and models of cyclic lambda calculi, in Proc. 3rd International Conference on Typed Lambda Calculi and Applications (TLCA'97), Springer LNCS 1210, pp. 196-213, 1997.
Joyal, A., Street, R.H. and Verity, D., Traced monoidal categories, in Math. Proc. Cambridge Philosophical Soc. 119(3), pp. 425-446, 1996.
Milner, R., A complete inference system for a class of regular behaviours, J. Comput. System Sci. 28, pp. 439-466, 1984.
Milner, R., Calculi for interaction, Acta Informatica 33(8), pp. 707-737, 1996.
de Paiva, V.C.V. and Ritter, E. On explicit substitutions and names, extended abstract in Proc. ICALP '97, Springer LNCS 1104, pp. 17-31, full version as Univ. Birmingham technical report CSRP-97-5, 1997.
Power, A.J. Premonoidal categories as categories with algebraic structure, to appear in Proc. MFPS '96.
Power, A.J. and Robinson, E.P. Premonoidal categories and notions of computation, to appear in Math. Struct. in Comput. Science, also available electronically.
Power, A.J. and Thielecke, H. Environments, continuation semantics and indexed categories, in Proc. TACS '97, Springer LNCS 1281, pp. 391-414, 1997.
Selinger, P. Control Categories: an Axiomatic Approach to the Semantics of Control in Functional Languages, Manuscript


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darts-engines
|
Rate control based on mass ballance equation for production compositional well. More...
#include <well_controls.h>
Public Attributes | |
| index_t | target_phase_idx |
| index_t | n_equations |
| index_t | n_variables |
| std::vector< std::string > | phase_names |
| value_t | target_rate |
| operator_set_gradient_evaluator_iface * | sources_etor |
| operator_set_evaluator_iface * | rate_etor |
| std::vector< value_t > | state |
| std::vector< value_t > | sources |
| std::vector< value_t > | rates |
| std::vector< value_t > | sources_derivs |
| Public Attributes inherited from well_control_iface | |
| std::string | name |
| std::vector< index_t > | block_idx |
Rate control based on mass ballance equation for production compositional well.


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Assimp
5.0.1, master @ cd42b955
|
DOM class for skin deformer clusters (aka sub-deformers) More...
Inherits Assimp::FBX::Deformer.
Public Member Functions | |
| Cluster (uint64_t id, const Element &element, const Document &doc, const std::string &name) | |
| virtual | ~Cluster () |
| const WeightIndexArray & | GetIndices () const |
| get indices into the vertex data of the geometry associated with this cluster. More... | |
| const WeightArray & | GetWeights () const |
| get the list of deformer weights associated with this cluster. More... | |
| uint64_t | ID () const |
| const std::string & | Name () const |
| const PropertyTable & | Props () const |
| const Element & | SourceElement () const |
| const Model * | TargetNode () const |
| const aiMatrix4x4 & | Transform () const |
| const aiMatrix4x4 & | TransformLink () const |
Protected Attributes | |
| const Element & | element |
| const uint64_t | id |
| const std::string | name |
Private Attributes | |
| WeightIndexArray | indices |
| const Model * | node |
| std::shared_ptr< const PropertyTable > | props |
| aiMatrix4x4 | transform |
| aiMatrix4x4 | transformLink |
| WeightArray | weights |
DOM class for skin deformer clusters (aka sub-deformers)
| Assimp::FBX::Cluster::Cluster | ( | uint64_t | id, |
| const Element & | element, | ||
| const Document & | doc, | ||
| const std::string & | name | ||
| ) |
|
virtual |
|
inline |
get indices into the vertex data of the geometry associated with this cluster.
Use GetWeights() to get the associated weights. Both arrays have the same size (and may also be empty).
|
inline |
get the list of deformer weights associated with this cluster.
Use GetIndices() to get the associated vertices. Both arrays have the same size (and may also be empty).
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inlineinherited |
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inlineinherited |
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inlineinherited |
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inlineinherited |
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inline |
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inline |
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inline |
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protectedinherited |
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protectedinherited |
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private |
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protectedinherited |
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private |
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privateinherited |
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private |
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private |