Call for Workshop and Tutorial Proposals
Introduction
The International Conference on Knowledge Capture (K-CAP) provides a forum that brings together members of diverse research communities who are interested in efficiently capturing knowledge from a vast range of sources, including human sources (such as experts, crowds and social contexts), and in creating representations that can be useful for building knowledge-intensive services in a variety of fields, such as the semantic web, knowledge management, e-business, natural language processing, intelligent information integration, and so on.
The 8th edition of K-CAP will host a number of workshops and tutorials on topics related to the theme of the conference.
K-CAP workshops provide an informal setting where participants have the opportunity to discuss specific technical topics in an atmosphere that fosters the active exchange of ideas. Our aim for the workshop program is to promote and collect multidisciplinary research directions that contribute to knowledge capture from a variety of sources.
K-CAP tutorials enable attendees to fully appreciate current issues, main schools of thought, and possible application areas.
Topics of Interest
We encourage the submission of workshop and tutorial proposals on all topics that fall in the general scope of K-CAP 2015, from traditional knowledge acquisition techniques to more computational approaches:
- Knowledge Acquisition / Capture
- Knowledge Extraction from Text
- Knowledge Extraction from Structured Sources
- Knowledge Authoring
- Knowledge Discovery
- Knowledge Graph Construction (Curated, Automatic or Hybrid)
- Human Computation for Knowledge Capture
- Ontologies and Knowledge Capture
- Machine Reading
- Knowledge Capture and the Semantic Web/Web of Linked Data
- Knowledge Management
- Knowledge Publication
- Collaborative and Social Approaches to Knowledge
- Crowdsourcing for Knowledge Capture and Refinement
- Knowledge Capture from Social Environments and Contexts
- Mixed-Initiative Planning and Decision-Support
- Problem-solving Knowledge and Methods
- Knowledge-Based Markup Techniques
- Knowledge Engineering and Modelling Methodologies
- Narrative Intelligence
- Knowledge Capture through Storytelling
- Learning by Reading
- Provenance and Trust Issues in Knowledge Intensive Systems
Submission Guidelines
Workshop and tutorial proposals should be submitted via email to<EMAIL_ADDRESS>as a single PDF file of no more than 5 pages, specifying "Workshop Proposal" or "Tutorial Proposal", and should contain the following information.
Workshop proposals:
- Title.
- Abstract (200 words).
- Motivation on why the topic is of particular interest at this time and its relation to the main conference topics.
- Workshop format, discussing the mix of events such as paper presentations, invited talks, panels, and general discussion.
- Intended audience and expected number of participants.
- List of (potential) members of the program committee (at least 50% have to be confirmed at the time of the proposal).
- Indication of whether the workshop should be considered for a half-day or full-day.
- Past versions of the workshop, including URLs as well as submission and acceptance counts.
- Data of the organizers (name, affiliation, email address, homepage) and short CV.
Additionally
- We strongly advise having more than one organizer, preferably from different institutions, bringing different perspectives to the workshop topic.
- We welcome workshops with creative structures and organizations that attract various types of contributions and ensure rich interactions.
Tutorial proposals:
- Title.
- Abstract (200 words).
- Motivation on why the topic is of particular interest at this time.
- Relation to the conference topics.
- If the tutorial, or a very similar tutorial, has been given elsewhere, explanation of the benefit of presenting it again to the K-CAP community.
- Overview of content, description of the aims, presentation style, potential/preferred prerequisite knowledge.
- Indication on whether the tutorial should be considered for a half-day or full-day.
- Intended audience and expected number of participants.
- Audio-visual or technical requirements and any special room requirements (for hands-on sessions, any software needed and download sites must be provided by the tutorial presenters).
- Data of the presenters (name, affiliation, email address, homepage) and short CV including also their expertise, experiences in teaching and in tutorial presentation.
Additionally, tutorials should satisfy the following criteria:
- There is a clear focus on a specific technology, problem or application, and
- There is a sufficiently large community interested in the topic.
Workshop Organizers Responsibilities
The organizers of accepted workshops are expected to:
- Prepare a workshop webpage (linked to the official K-CAP website) containing the call for papers and detailed information about the workshop organization and timelines
- Be responsible for the workshop publicity
- Be responsible for their own reviewing process, decide upon the final program content and report the number of submissions and accepted papers to the workshop chair
- Be responsible for publishing electronic proceedings (e.g., on the CEUR-WS website)
- Ensure workshop participants are informed they have to register to the main conference and the workshop
- Producing a single printable PDF with workshop material to allow possibly printing of workshop proceedings
- Schedule, attend and coordinate their entire workshop
Tutorial Organizers Responsibilities
The proposers of accepted tutorials are expected to prepare a tutorial webpage (linked to the official K-CAP website) containing detailed information about the tutorial, and to distribute material to participants.
K-CAP will be responsible for the following:
- Providing publicity for the workshop and tutorials as a whole
- Providing logistics support and a meeting place for the workshop or tutorial
- Printing working notes and distributing them to the participants
Submission Dates and Detail
Important Dates for Workshops and Tutorials
- Proposal due: June 1st 2015
- Notifications: June 15th 2015
- Website published: June 22nd 2015
- Workshops and Tutorials day: October 7th 2015
Suggested Timeline for Workshops
- Call for Papers sent: June 22nd 2015
- Deadline for workshop papers: July 20th 2015
- Notification of workshop papers: August 3rd 2015
- Communication of number of accepted papers to Chair: August 10th 2015
Workshops and Tutorials Chair
Raúl García-Castro, Universidad Politécnica de Madrid, Spain


Recommend dishes
-
Dishes pictures
Dishes name
Dishes intro.
Mount of dish(One)
Evaluation of dishes
Operation
-
Characteristics of dumplings
Palate: Leek egg, pork and onion
11(dollar)
9stars
-
shredded pork with garlic sauce
Hot and sour, taste very good
18(dollar)
9stars
-
Twice-cooked pork stir-fry
Slightly spicy, twice-cooked pork and small rape
13(dollar)
8stars
-
Homemade meal with meat and vegetable
Slightly spicy, carefully cooked with home-cooked dishes such as pork and cauliflower
14(dollar)
9stars
-
Green pepper corn
A light, fresh vegetarian home-cooked dish
10(dollar)
8stars


Refresh Addresses in Network MAC-Addresses of devices in your network. Preparing... Device Name Address


angularjs-toast is a simple service for creating toast notification for AngularJS pages
Sample alerts. Click on any following buttons to see toasts in action
Here it is configured to display inside container using `container` propery
Installation can be done via package managers such as npm, yarn and bower
npm install angularjs-toast --save
# or
yarn add angularjs-toast
import the modules required for angularjs-toast. It is necessary to include ngSanitize and ngAnimate for angularjs-toast to work
<link rel="stylesheet" href="../angularjs-toast.min.css">
<script src="angular/angular.min.js"></script>
<script src="angular-sanitize/angular-sanitize.min.js"></script>
<script src="angular-animate/angular-animate.min.js"></script>
<script src="../angularjs-toast.min.js"></script>
add the angularjsToast dependency to the module
angular.module('myApp', ['angularjsToast'])
in your controller
angular.controller('toastController', ['toast', function(toast){
toast({
duration : 10000,
message : "Hi there!",
className : "alert-success"
});
}]);
all options are type sensitive
| Property | Type | Default | Description |
|---|---|---|---|
| className | string | alert-success | accepted values are alert-(success|danger|primary|info) |
| duration | number | 5000 | timeout for each toast messages to disappear |
| position | string | right | position of the element can be 'left', 'center' and 'right' |
| container | string | body | appends alert to the specific class or id or element. inputs should be like '.class' or '#id' |
| masterClass | string | " | adds class to the container for more flexibility in styling (optional) |
| message | html-string or string | Hi there! | can be HTML or plain string |
| dismissible | boolean | true | show / hide the close icon. if set to false the toast will hide on timeout |
| maxToast | number | 6 | maximum number of toast messages to show. if max reached the element inserted first will be removed |
| insertFromTop | boolean | true | setting true will insert new messages on top else inserts at bottom |
| removeFromTop | boolean | false | setting true removes first element when maxToast is reached else removes last element |


|
Ocular Engine
|
#include <PriorityMultiQueue.hpp>
Public Member Functions | |
| bool | enqueue (T const element, Core::Priority priority) |
| bool | dequeue () |
| bool | dequeue (T &retElement) |
| bool | dequeue (Core::Priority priority, T &retElement) |
| unsigned | getNumElements () const |
| unsigned | getNumElementsCritical () const |
| unsigned | getNumElementsHigh () const |
| unsigned | getNumElementsMedium () const |
| unsigned | getNumElementsLow () const |
| bool | empty () |
| void | clear () |
The PriorityMultiQueue is a priority system based off of the priority levels defined in Core::Priority
This structure is best suited for situations where high volumes of enqueue and dequeue actions are expected, and can perform up to 250 times faster than the STL std::priority_queue in this regard. Conversely, random-access is not supported and (currently) neither is set iteration.
If random-access and/or element iteration is required, please see PriorityList.
|
inline |
Dequeues the first available element from the priority queues.
The queues are attempted to be dequeued in this order:
| [out] | retElement | The element removed from the queue. |
|
inline |
Dequeues the first available element from the priority queues.
The queues are attempted to be dequeued in this order:
| [out] | retElement | The element removed from the queue. |
|
inline |
Dequeues the element at the front of the specified queue.
| [out] | retElement | The element removed from the queue. |
|
inline |
|
inline |
Enqueues the element inside of the specified priority queue.
|
inline |
|
inline |
|
inline |
|
inline |
|
inline |


This form is unsubmittable due to a required blob column.
Note: Data created in preview mode won't be available after a refresh.


This is a list of my favorite non-discgolf places
Places I've lived
Gambier, Ohio
Norman, Oklahoma
Seattle, Washington
Places I've visited
Hawaii
Canada
The Oregon Coast


Class: Isimud::Client Abstract
Overview
This class is abstract.
Messaging queue service client
Direct Known Subclasses
Instance Method Summary (collapse)
- - (Object) bind(queue_name, exchange_name, *keys, &method)
- - (Object) channel
- - (Object) close
- - (Object) connect
- - (Boolean) connected?

-
- (Object) on_exception {|e| ... }
Declare a proc to be run whenever an uncaught exception is raised within a message processing block.

- - (Object) subscribe(queue, options = {}, &block)
Methods included from Logging
Constructor Details
- (Client) initialize(server = nil, options = nil)
Returns a new instance of Client
6 7 |
# File 'lib/isimud/client.rb', line 6 def initialize(server = nil, = nil) end |
Instance Method Details
- (Object) bind(queue_name, exchange_name, *keys, &method)
9 10 |
# File 'lib/isimud/client.rb', line 9 def bind(queue_name, exchange_name, *keys, &method) end |
- (Object) channel
12 13 |
# File 'lib/isimud/client.rb', line 12 def channel end |
- (Object) close
15 16 |
# File 'lib/isimud/client.rb', line 15 def close end |
- (Object) connect
18 19 |
# File 'lib/isimud/client.rb', line 18 def connect end |
- (Boolean) connected?
21 22 |
# File 'lib/isimud/client.rb', line 21 def connected? end |
- (Object) create_queue(queue_name, exchange_name, options = {})
24 25 |
# File 'lib/isimud/client.rb', line 24 def create_queue(queue_name, exchange_name, = {}) end |
- (Object) delete_queue(queue_name)
27 28 |
# File 'lib/isimud/client.rb', line 27 def delete_queue(queue_name) end |
- (Object) find_queue(queue_name, options = {})
30 31 |
# File 'lib/isimud/client.rb', line 30 def find_queue(queue_name, = {}) end |
- (Object) on_exception {|e| ... }
Declare a proc to be run whenever an uncaught exception is raised within a message processing block. This is useful for logging or monitoring errors, for instance.
36 37 38 |
# File 'lib/isimud/client.rb', line 36 def on_exception(&block) exception_handlers << block end |
- (Object) publish(exchange, routing_key, payload)
46 47 |
# File 'lib/isimud/client.rb', line 46 def publish(exchange, routing_key, payload) end |
- (Object) reconnect
49 50 |
# File 'lib/isimud/client.rb', line 49 def reconnect end |
- (Object) reset
52 53 |
# File 'lib/isimud/client.rb', line 52 def reset end |
- (Object) run_exception_handlers(exception)
Call each of the exception handlers declared by #on_exception.
42 43 44 |
# File 'lib/isimud/client.rb', line 42 def run_exception_handlers(exception) exception_handlers.each{|handler| handler.call(exception)} end |
- (Object) subscribe(queue, options = {}, &block)
55 56 |
# File 'lib/isimud/client.rb', line 55 def subscribe(queue, = {}, &block) end |


Show 23 Therapists
Specialties
Choose your therapist's specialties
Addiction
ADHD or attention issues
Anxiety or panic attacks
Depression
Eating and food issues
Grief
Relationship issues
Life transitions
Sex and sexuality
Trauma or abuse


| PUBLIC MEMBERS: |
CLASSES
| STRUCTS
| UNIONS
| ENUMS
| TYPEDEFS
| METHODS
| STATIC METHODS
| DATA
| STATIC DATA |
| PRIVATE MEMBERS: |
CLASSES
| STRUCTS
| UNIONS
| ENUMS
| TYPEDEFS
| METHODS
| STATIC METHODS
| DATA
| STATIC DATA |
:: cppu ::
template< typename T >
class UnoType
- Base Classes
- None.
- Known Derived Classes
- None.
| virtual |
abstract |
interface |
template |
| NO |
NO |
NO |
YES |
- Summary
- Get the com::sun::star::uno::Type instance representing a certain UNO type.
- Description
- For each C++ type representing a UNO type, the corresponding instantiation of
this template has a public static member function get(). (The template is
specialized for C++ templates representing polymorphic struct type templates
of UNO. In those cases, it does not work to instantiate UnoType with a C++
type that is derived from a C++ type that represents a UNO type, but does not
itself represent a UNO type. In all other cases, UnoType even works for such
C++ types that are unambiguously derived from one C++ type that represents a
UNO type.) In addition to those C++ types that are mappings of UNO types
(except for sal_uInt16 and sal_Unicode, see below), the following C++ types
are appropriate as template arguments: cppu::UnoVoidType, bool,
cppu::UnoUnsignedShortType, cppu::UnoCharType, cppu::UnoSequenceType with any
appropriate template argument (the latter three to unambiguously specify UNO
types, as the UNO types UNSIGNED SHORT and CHAR map to the same C++ type),
and com::sun::star::uno::Reference with any appropriate template argument.
- Since
- UDK 3.2.2
- File
- unotype.hxx
Public Members
-
Static Methods
|
static const ::com::sun::star::uno::Type &
get( ); |
|
Private Members
-
Top of Page
Copyright © 2012, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


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Library conventions
Error handling
Return status
Almost all functions return a status indication of type psa_status_t
. This
is an enumeration of integer values, with 0
(PSA_SUCCESS
) indicating
successful operation and other values indicating errors. The exceptions are
functions which only access objects that are intended to be implemented as
simple data structures. Such functions cannot fail and either return
void
or a data value.
Unless specified otherwise, if multiple error conditions apply, an implementation is free to return any of the applicable error codes. The choice of error code is considered an implementation quality issue. Different implementations can make different choices, for example to favor code size over ease of debugging or vice versa.
If the behavior is undefined, for example, if a function receives an invalid pointer as a parameter, this specification makes no guarantee that the function will return an error. Implementations are encouraged to return an error or halt the application in a manner that is appropriate for the platform if the undefined behavior condition can be detected. However, application developers need to be aware that undefined behavior conditions cannot be detected in general.
Behavior on error
All function calls must be implemented atomically:
- When a function returns a type other than
psa_status_t
, the requested action has been carried out. - When a function returns the status
PSA_SUCCESS
, the requested action has been carried out. - When a function returns another status of type
psa_status_t
, no action has been carried out. The content of the output parameters is undefined, but otherwise the state of the system has not changed, except as described below.
In general, functions that modify the system state, for example, creating or destroying a key, must leave the system state unchanged if they return an error code. There are specific conditions that can result in different behavior:
- The status
PSA_ERROR_BAD_STATE
indicates that a parameter was not in a valid state for the requested action. This parameter might have been modified by the call and is now in an undefined state. The only valid action on an object in an undefined state is to abort it with the appropriatepsa_abort_xxx()
function. - The status
PSA_ERROR_INSUFFICIENT_DATA
indicates that a key derivation object has reached its maximum capacity. The key derivation operation might have been modified by the call. Any further attempt to obtain output from the key derivation operation will returnPSA_ERROR_INSUFFICIENT_DATA
. - The status
PSA_ERROR_COMMUNICATION_FAILURE
indicates that the communication between the application and the cryptoprocessor has broken down. In this case, the cryptoprocessor must either finish the requested action successfully, or interrupt the action and roll back the system to its original state. Because it is often impossible to report the outcome to the application after a communication failure, this specification does not provide a way for the application to determine whether the action was successful. - The statuses
PSA_ERROR_STORAGE_FAILURE
,PSA_ERROR_DATA_CORRUPT
,PSA_ERROR_HARDWARE_FAILURE
andPSA_ERROR_CORRUPTION_DETECTED
might indicate data corruption in the system state. When a function returns one of these statuses, the system state might have changed from its previous state before the function call, even though the function call failed. - Some system states cannot be rolled back, for example, the internal state of the random number generator or the content of access logs.
Unless otherwise documented, the content of output parameters is not defined
when a function returns a status other than PSA_SUCCESS
. It is recommended
that implementations set output parameters to safe defaults to avoid leaking
confidential data and limit risk, in case an application does not properly
handle all errors.
Parameter conventions
Pointer conventions
Unless explicitly stated in the documentation of a function, all pointers must be valid pointers to an object of the specified type.
A parameter is considered a buffer if it points to an array of bytes. A
buffer parameter always has the type uint8_t *
or const uint8_t *
, and
always has an associated parameter indicating the size of the array. Note that a
parameter of type void *
is never considered a buffer.
All parameters of pointer type must be valid non-null pointers, unless the
pointer is to a buffer of length 0
or the function’s documentation
explicitly describes the behavior when the pointer is null. Passing a null
pointer as a function parameter in other cases is expected to abort the caller
on implementations where this is the normal behavior for a null pointer
dereference.
Pointers to input parameters can be in read-only memory. Output parameters must be in writable memory. Output parameters that are not buffers must also be readable, and the implementation must be able to write to a non-buffer output parameter and read back the same value, as explained in the Stability of parameters section.
Input buffer sizes
For input buffers, the parameter convention is:
const uint8_t *foo
- Pointer to the first byte of the data. The pointer
can be invalid if the buffer size is
0
. size_t foo_length
- Size of the buffer in bytes.
The interface never uses input-output buffers.
Output buffer sizes
For output buffers, the parameter convention is:
uint8_t *foo
- Pointer to the first byte of the data. The pointer can be
invalid if the buffer size is
0
. size_t foo_size
- The size of the buffer in bytes.
size_t *foo_length
- On successful return, contains the length of the output in bytes.
The content of the data buffer and of *foo_length
on errors is unspecified,
unless explicitly mentioned in the function description. They might be unmodified
or set to a safe default. On successful completion, the content of the buffer
between the offsets *foo_length
and foo_size
is also unspecified.
Functions return PSA_ERROR_BUFFER_TOO_SMALL
if the buffer size is
insufficient to carry out the requested operation. The interface defines macros
to calculate a sufficient buffer size for each operation that has an output
buffer. These macros return compile-time constants if their arguments are
compile-time constants, so they are suitable for static or stack allocation.
Refer to an individual function’s documentation for the associated output size
macro.
Some functions always return exactly as much data as the size of the output buffer. In this case, the parameter convention changes to:
uint8_t *foo
- Pointer to the first byte of the output. The pointer can be
invalid if the buffer size is
0
. size_t foo_length
- The number of bytes to return in
foo
if successful.
Overlap between parameters
Output parameters that are not buffers must not overlap with any input buffer or with any other output parameter. Otherwise, the behavior is undefined.
Output buffers can overlap with input buffers. In this event, the implementation must return the same result as if the buffers did not overlap. The implementation must behave as if it had copied all the inputs into temporary memory, as far as the result is concerned. However, it is possible that overlap between parameters will affect the performance of a function call. Overlap might also affect memory management security if the buffer is located in memory that the caller shares with another security context, as described in the Stability of parameters section.
Stability of parameters
In some environments, it is possible for the content of a parameter to change while a function is executing. It might also be possible for the content of an output parameter to be read before the function terminates. This can happen if the application is multithreaded. In some implementations, memory can be shared between security contexts, for example, between tasks in a multitasking operating system, between a user land task and the kernel, or between the Non-secure world and the Secure world of a trusted execution environment.
This section describes the assumptions that an implementation can make about function parameters, and the guarantees that the implementation must provide about how it accesses parameters.
Parameters that are not buffers are assumed to be under the caller’s full control. In a shared memory environment, this means that the parameter must be in memory that is exclusively accessible by the application. In a multithreaded environment, this means that the parameter must not be modified during the execution, and the value of an output parameter is undetermined until the function returns. The implementation can read an input parameter that is not a buffer multiple times and expect to read the same data. The implementation can write to an output parameter that is not a buffer and expect to read back the value that it last wrote. The implementation has the same permissions on buffers that overlap with a buffer in the opposite direction.
In an environment with multiple threads or with shared memory, the implementation carefully accesses non-overlapping buffer parameters in order to prevent any security risk resulting from the content of the buffer being modified or observed during the execution of the function. In an input buffer that does not overlap with an output buffer, the implementation reads each byte of the input once, at most. The implementation does not read from an output buffer that does not overlap with an input buffer. Additionally, the implementation does not write data to a non-overlapping output buffer if this data is potentially confidential and the implementation has not yet verified that outputting this data is authorized.
Unless otherwise specified, the implementation must not keep a reference to any parameter once a function call has returned.
Key types and algorithms
Types of cryptographic keys and cryptographic algorithms are encoded separately.
Each is encoded by using an integral type: psa_key_type_t
and
psa_algorithm_t
, respectively.
There is some overlap in the information conveyed by key types and algorithms.
Both types contain enough information, so that the meaning of an algorithm type
value does not depend on what type of key it is used with, and vice versa.
However, the particular instance of an algorithm might depend on the key type. For
example, the algorithm PSA_ALG_GCM
can be instantiated as any AEAD algorithm
using the GCM mode over a block cipher. The underlying block cipher is
determined by the key type.
Key types do not encode the key size. For example, AES-128, AES-192 and AES-256
share a key type PSA_KEY_TYPE_AES
.
Structure of key and algorithm types
Both types use a partial bitmask structure, which allows the analysis and building of values from parts. However, the interface defines constants, so that applications do not need to depend on the encoding, and an implementation might only care about the encoding for code size optimization.
The encodings follows a few conventions:
- The highest bit is a vendor flag. Current and future versions of this specification will only define values where this bit is clear. Implementations that wish to define additional implementation-specific values must use values where this bit is set, to avoid conflicts with future versions of this specification.
- The next few highest bits indicate the corresponding algorithm category: hash, MAC, symmetric cipher, asymmetric encryption, and so on.
- The following bits identify a family of algorithms in a category-dependent manner.
- In some categories and algorithm families, the lowest-order bits indicate a variant in a systematic way. For example, algorithm families that are parametrized around a hash function encode the hash in the 8 lowest bits.
Concurrent calls
In some environments, an application can make calls to the PSA crypto API in separate threads. In such an environment, concurrent calls are performed correctly, as if the calls were executed in sequence, provided that they obey the following constraints:
- There is no overlap between an output parameter of one call and an input or output parameter of another call. Overlap between input parameters is permitted.
- If a call destroys a key, then no other call must destroy or use that key. Using, in this context, includes all functions of multi-part operations which have used the key as an input in a previous function.
- Concurrent calls that use the same key are permitted.
- Concurrent calls must not use the same operation object.
If any of these constraints are violated, the behavior is undefined.
If the application modifies an input parameter while a function call is in progress, the behavior is undefined.
Individual implementations can provide additional guarantees.


House panels pass bill creating Department of Disaster Resilience
Lawmakers approve the measure at the committee level weeks after a series of earthquakes rocked parts of Mindanao
by Mara CepedaSubscribe
Email Address
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- Glenda Gloria's Take this Tuesday
- Huddle by Miriam Grace Go
- The Newsbreak Agenda by Chay Hofileña
- Sometimes, all you need is video by Lilibeth Frondoso


--- layout: post title: 'The good: Mega Startup Weekend coming to Mountain View on April 21st! Mobile, gaming, robotics, woot...' date: type: post published: false status: draft categories: [] tags: [] meta: google_plus_activity_id: z121udnh4oiqubszo04cglshilm2ehc4tbw author: login: admin email<EMAIL_ADDRESS>display_name: admin first_name: Carina C. last_name: Zon ---
The good: Mega Startup Weekend coming to Mountain View on April 21st! Mobile, gaming, robotics, woot! Make the products happen, y'all.
The bad: recruitment problem in the current lineup of organizers, speakers, mentors, judges. http://mega.startupweekend.org/ As best I can tell, just 2 of those 26 are women. For an event that's intended to foster new leadership and startup activity, of all things. (Yes, I've contacted them, and specifically asked what they're doing to fix this. Please add your voice too. http://mega.startupweekend.org/contact/ Organizers need to know how many people notice, and care about, such issues)
The ugly: the weekend is co-sponsored by the otherwise terrific Women 2.0. At the Women 2.0 Startup Weekend in December, women were everywhere: developers, entrepreneurs, speakers, mentors, organizers, target markets... There's no shortage of smart women to draw on. Women 2.0 and the other sponsors should have insisted that the organizers dig deeper into the well before announcing.
Who else is underrepresented at this event, by the way? Doesn't seem to me that blacks leaders in the field are visible either. C'mon, industry, we can and should do better.
EDIT: P.S. thanks go to Alaina for pointing out this, on a related note: http://snip.it/snips/113771
Startup Weekend is a 54 hour startup event that provides the networking, resources, and incentives for individuals and teams to go from idea to launch. Get connected with local developers, innovators ...


1949 chick-a-ere†
††††††††††††††† Dad had built a chicken coop at the slaughter house that was large enough to contain about 300 chickens.† He also had two heavy wire carrying cages for transporting chickens.† The cages were divided in two sections, each section of a cage would hold about 25 chickens.† The cages had cost him quite a bit.†† I believe that there had been times that Dad had felt that someone had chick-a-reed him by steeling a few chickens at night.† This didnít seem to really upset him to much.† However one night someone or a group went in to the coop and filled both cages with chickens, so they had stole about 200 chickens.† When Dad realized what had happened, he was sick at losing the chickens, but even more upset at losing the cages.† He went to the sheriff about it, but nothing was ever found out.† A few days later he was in the store and he heard two ladies on the other side of the isle talking about a chick-a-ere they had had and was planning on another one.† Dad's ears perked up but he could not recognize the voice, but thought they were talking about doing it again that night.† Dad tried to slip around the end of the isle to see who it was but they were gone and he didnít see who they were.†  It was just a good thing no one tried anything that night, because I donít think Dad would have hesitated to shot someone.


Software Engineers & Full Stack Developer
Graduating University in July 2020 as a student of Computing and Games Development at the University of Plymouth.
I first delved into the world of software development and programming at the age of 16 through a DOS terminal emulator, playing around with sorting algorithms and text-based RPGs in BASIC. After this, I quickly moved on to VB and created my first game - an 8-bit Snake clone. 🐍
In more recent years my course has allowed me to steer away from video games and after a year’s industrial placement with HM Land Registry, I discovered a new interest in emerging web technologies. I began working on end-to-end, full-stack, software solutions that encompassed the automation of grand corporate tasks such as The Digitalisation of Mortgage Applications. Overall, this experience was invaluable and exposed me to the real-world possibilities and approaches applied within Software Development.
Fluent Languages
| Language | Experience |
|---|---|
| C# | 3 years |
| Java | 2 years |
| C++ | 6 months |
| TypeScript | 1 year |
| JavaScript | 2 years |
| Python | 6 months |
Tools & Frameworks
| Framework | Experience |
|---|---|
| ASP.NET Core | 1 year |
| Springboot | 6 months |
| Flask | 6 months |
| React | 6 months |
| Angular 8 | 1 year |
| Ionic Cordova | 1 year |
| Unity SDK | 2 years |


public class Matrix33
extends java.lang.Object
Used to solve 3x3 systems of equations.
| Modifier and Type | Field and Description |
|---|---|
double |
m00
The element at 0,0
|
double |
m01
The element at 0,1
|
double |
m02
The element at 0,2
|
double |
m10
The element at 1,0
|
double |
m11
The element at 1,1
|
double |
m12
The element at 1,2
|
double |
m20
The element at 2,0
|
double |
m21
The element at 2,1
|
double |
m22
The element at 2,2
|
| Constructor and Description |
|---|
Matrix33()
Default constructor.
|
Matrix33(double[] values)
Full constructor.
|
Matrix33(double m00,
double m01,
double m02,
double m10,
double m11,
double m12,
double m20,
double m21,
double m22)
Full constructor.
|
Matrix33(Matrix33 matrix)
Copy constructor.
|
| Modifier and Type | Method and Description |
|---|---|
Matrix33 |
add(Matrix33 matrix)
|
double |
determinant()
Returns the determinant of this
Matrix33 . |
Matrix33 |
difference(Matrix33 matrix)
|
boolean |
equals(java.lang.Object obj) |
Matrix33 |
getInverse()
|
Matrix33 |
getTranspose()
|
Matrix33 |
identity()
|
Matrix33 |
invert()
|
Matrix33 |
multiply(double scalar)
|
Matrix33 |
multiply(Matrix33 matrix)
|
Vector3 |
multiply(Vector3 vector)
|
Vector3 |
multiplyT(Vector3 vector)
|
Matrix33 |
product(double scalar)
|
Matrix33 |
product(Matrix33 matrix)
|
Vector3 |
product(Vector3 vector)
|
Vector3 |
productT(Vector3 vector)
|
Vector2 |
solve22(Vector2 b)
Solves the system of linear equations:
|
Vector3 |
solve33(Vector3 b)
Solves the system of linear equations:
|
Matrix33 |
subtract(Matrix33 matrix)
|
Matrix33 |
sum(Matrix33 matrix)
|
java.lang.String |
toString() |
Matrix33 |
transpose()
|
public double m00
public double m01
public double m02
public double m10
public double m11
public double m12
public double m20
public double m21
public double m22
public Matrix33()
public Matrix33(double m00, double m01, double m02, double m10, double m11, double m12, double m20, double m21, double m22)
m00
- the element at 0,0m01
- the element at 0,1m02
- the element at 0,2m10
- the element at 1,0m11
- the element at 1,1m12
- the element at 1,2m20
- the element at 2,0m21
- the element at 2,1m22
- the element at 2,2public Matrix33(double[] values)
The given array should be in the same order as the
Matrix33(double, double, double, double, double, double, double, double, double)
constructor.
values
- the values arrayjava.lang.NullPointerException
- if values is nulljava.lang.IllegalArgumentException
- if values is not length 9public boolean equals(java.lang.Object obj)
equals
in class java.lang.Object
public java.lang.String toString()
toString
in class java.lang.Object
public Matrix33 multiply(double scalar)
Matrix33
by the given scalar and places
the result in this Matrix33
.
this = this * scalar
scalar
- the scalar to multiply byMatrix33
this matrixpublic Matrix33 product(double scalar)
Matrix33
by the given scalar returning a
new Matrix33
containing the result.
r = this * scalar
scalar
- the scalar to multiply byMatrix33
a new matrix containing the resultpublic double determinant()
Matrix33
.public Vector3 solve33(Vector3 b)
Ax = b Multiply by A-1 on both sides x = A-1b


It was just a quarter before twelve o'clock when we got into the churchyard over the low wall. The night was dark with occasional gleams of moonlight between the dents of the heavy clouds that scudded across the sky. We all kept somehow close together, with Van Helsing slightly in front as he led the way. When we had come close to the tomb I looked well at Arthur, for I feared the proximity to a place laden with so sorrowful a memory would upset him, but he bore himself well. I took it that the very mystery of the proceeding was in some way a counteractant to his grief. The Professor unlocked the door, and seeing a natural hesitation amongst us for various reasons, solved the difficulty by entering first himself. The rest of us followed, and he closed the door. He then lit a dark lantern and pointed to a coffin. Arthur stepped forward hesitatingly. Van Helsing said to me, "You were with me here yesterday. Was the body of Miss Lucy in that coffin?"
"It was."
The Professor turned to the rest saying, "You hear, and yet there is no one who does not believe with me."
He took his screwdriver and again took off the lid of the coffin. Arthur looked on, very pale but silent. When the lid was removed he stepped forward. He evidently did not know that there was a leaden coffin, or at any rate, had not thought of it. When he saw the rent in the lead, the blood rushed to his face for an instant, but as quickly fell away again, so that he remained of a ghastly whiteness. He was still silent. Van Helsing forced back the leaden flange, and we all looked in and recoiled.
The coffin was empty!
For several minutes no one spoke a word. The silence was broken by Quincey Morris, "Professor, I answered for you.  I wouldn't ask such a thing ordinarily, I wouldn't so dishonour you as to imply a doubt, but this is a mystery that goes beyond any honour or dishonour. Is this your doing?"
"I swear to you by all that I hold sacred that I have not removed or touched her. What happened was this. Two nights ago my friend Seward and I came here, with good purpose, believe me. I opened that coffin, which was then sealed up, and we found it as now, empty. We then waited, and saw something white come through the trees. The next day we came here in daytime and she lay there. Did she not, friend John?
"Yes."
"That night we were just in time. One more so small child was missing, and we find it, thank God, unharmed amongst the graves. Yesterday I came here before sundown, for at sundown the UnDead can move. I waited here all night till the sun rose, but I saw nothing. It was most probable that it was because I had laid over the clamps of those doors garlic, which the UnDead cannot bear, and other things which they shun. Last night there was no exodus, so tonight before the sundown I took away my garlic and other things. And so it is we find this coffin empty. But bear with me. So far there is much that is strange. Wait you with me outside, unseen and unheard, and things much stranger are yet to be.  He opened the door, and we filed out, he coming last and locking the door behind him.
Oh! But it seemed fresh and pure in the night air after the terror of that vault. How sweet it was to see the clouds race by, and the passing gleams of the moonlight between the scudding clouds crossing and passing, like the gladness and sorrow of a man's life. How sweet it was to breathe the fresh air, that had no taint of death and decay. How humanizing to see the red lighting of the sky beyond the hill, and to hear far away the muffled roar that marks the life of a great city. Each in his own way was solemn and overcome. Arthur was silent, and was, I could see, striving to grasp the purpose and the inner meaning of the mystery. I was myself tolerably patient, and half inclined again to throw aside doubt and to accept Van Helsing's conclusions. Quincey Morris was phlegmatic in the way of a man who accepts all things, and accepts them in the spirit of cool bravery, with hazard of all he has at stake. Not being able to smoke, he cut himself a good-sized plug of tobacco and began to chew. As to Van Helsing, he was employed in a definite way. First he took from his bag a mass of what looked like thin, wafer-like biscuit, which was carefully rolled up in a white napkin. Next he took out a double handful of some whitish stuff, like dough or putty. He crumbled the wafer up fine and worked it into the mass between his hands. This he then took, and rolling it into thin strips, began to lay them into the crevices between the door and its setting in the tomb. I was somewhat puzzled at this, and being close, asked him what it was that he was doing. Arthur and Quincey drew near also, as they too were curious.
He answered, "I am closing the tomb so that the UnDead may not enter."
"And is that stuff you have there going to do it?"
"It is."
"What is that which you are using?" This time the question was by Arthur. Van Helsing reverently lifted his hat as he answered.
"The Host. I brought it from Amsterdam. I have an Indulgence."
It was an answer that appalled the most sceptical of us, and we felt individually that in the presence of such earnest purpose as the Professor's, a purpose which could thus use the to him most sacred of things, it was impossible to distrust. In respectful silence we took the places assigned to us close round the tomb, but hidden from the sight of any one approaching. I pitied the others, especially Arthur. I had myself been apprenticed by my former visits to this watching horror, and yet I, who had up to an hour ago repudiated the proofs, felt my heart sink within me. Never did tombs look so ghastly white. Never did cypress, or yew, or juniper so seem the embodiment of funeral gloom. Never did tree or grass wave or rustle so ominously. Never did bough creak so mysteriously, and never did the far-away howling of dogs send such a woeful presage through the night.
There was a long spell of silence, big, aching, void, and then from the Professor a keen "S-s-s-s!" He pointed, and far down the avenue of yews we saw a white figure advance, a dim white figure, which held something dark at its breast. The figure stopped, and at the moment a ray of moonlight fell upon the masses of driving clouds, and showed in startling prominence a dark-haired woman, dressed in the cerements of the grave. We could not see the face, for it was bent down over what we saw to be a fair-haired child.  We were starting forward, but the Professor's warning hand, seen by us as he stood behind a yew tree, kept us back. And then as we looked the white figure moved forwards again. It was now near enough for us to see clearly, and the moonlight still held. My own heart grew cold as ice, and I could hear the gasp of Arthur, as we recognized the features of Lucy Westenra. Lucy Westenra, but yet how changed. The sweetness was turned to adamantine, heartless cruelty, and the purity to voluptuous wantonness.
Van Helsing stepped out, and obedient to his gesture, we all advanced too. The four of us ranged in a line before the door of the tomb. Van Helsing raised his lantern and drew the slide. By the concentrated light that fell on Lucy's face we could see that the lips were crimson with fresh blood, and that the stream had trickled over her chin and stained the purity of her lawn death-robe.
We shuddered with horror. I could see by the tremulous light that even Van Helsing's iron nerve had failed. Arthur was next to me, and if I had not seized his arm and held him up, he would have fallen.
  At that moment the remnant of my love passed into hate and loathing. Had she then to be killed, I could have done it with savage delight.  Oh, God, how it made me shudder to see it! With a careless motion, she flung to the ground, callous as a devil, the child that up to now she had clutched strenuously to her breast, growling over it as a dog growls over a bone. The child gave a sharp cry, and lay there moaning. There was a cold-bloodedness in the act which wrung a groan from Arthur. When she advanced to him with outstretched arms and a wanton smile he fell back and hid his face in his hands.
She still advanced, however, and with a languorous, voluptuous grace, said, "Come to me, Arthur. Leave these others and come to me. My arms are hungry for you. Come, and we can rest together. Come, my husband, come!"
There was something diabolically sweet in her tones, something of the tinkling of glass when struck, which rang through the brains even of us who heard the words addressed to another.
As for Arthur, he seemed under a spell, moving his hands from his face, he opened wide his arms. She was leaping for them, when Van Helsing sprang forward and held between them his little golden crucifix. She recoiled from it, and, with a suddenly distorted face, full of rage, dashed past him as if to enter the tomb.
When within a foot or two of the door, however, she stopped, as if arrested by some irresistible force. Then she turned, and her face was shown in the clear burst of moonlight and by the lamp, which had now no quiver from Van Helsing's nerves. Never did I see such baffled malice on a face, and never, I trust, shall such ever be seen again by mortal eyes. The beautiful colour became livid, the eyes seemed to throw out sparks of hell fire, the brows were wrinkled as though the folds of flesh were the coils of Medusa's snakes, and the lovely, blood-stained mouth grew to an open square, as in the passion masks of the Greeks and Japanese. If ever a face meant death, if looks could kill, we saw it at that moment.
And so for full half a minute, which seemed an eternity, she remained between the lifted crucifix and the sacred closing of her means of entry.
Van Helsing broke the silence by asking Arthur, "Answer me, oh my friend! Am I to proceed in my work?"
"Do as you will, friend. Do as you will. There can be no horror like this ever any more." And he groaned in spirit.
Quincey and I simultaneously moved towards him, and took his arms. We could hear the click of the closing lantern as Van Helsing held it down. Coming close to the tomb, he began to remove from the chinks some of the sacred emblem which he had placed there. We all looked on with horrified amazement as we saw, when he stood back, the woman, with a corporeal body as real at that moment as our own, pass through the interstice where scarce a knife blade could have gone. We all felt a glad sense of relief when we saw the Professor calmly restoring the strings of putty to the edges of the door.
When this was done, he lifted the child and said, "Come now, my friends. We can do no more till tomorrow. There is a funeral at noon, so here we shall all come before long after that. The friends of the dead will all be gone by two, and when the sexton locks the gate we shall remain. Then there is more to do, but not like this of tonight. As for this little one, he is not much harmed, and by tomorrow night he shall be well. We shall leave him where the police will find him, as on the other night, and then to home."
Coming close to Arthur, he said, "My friend Arthur, you have had a sore trial, but after, when you look back, you will see how it was necessary. You are now in the bitter waters, my child. By this time tomorrow you will, please God, have passed them, and have drunk of the sweet waters. So do not mourn over-much. Till then I shall not ask you to forgive me."
Arthur and Quincey came home with me, and we tried to cheer each other on the way. We had left behind the child in safety, and were tired. So we all slept with more or less reality of sleep.
29 September, night.--A little before twelve o'clock we three, Arthur, Quincey Morris, and myself, called for the Professor. It was odd to notice that by common consent we had all put on black clothes. Of course, Arthur wore black, for he was in deep mourning, but the rest of us wore it by instinct. We got to the graveyard by half-past one, and strolled about, keeping out of official observation, so that when the gravediggers had completed their task and the sexton, under the belief that every one had gone, had locked the gate, we had the place all to ourselves.  It was manifestly of fair weight.
When we were alone and had heard the last of the footsteps die out up the road, we silently, and as if by ordered intention, followed the Professor to the tomb. He unlocked the door, and we entered, closing it behind us. Then he took from his bag the lantern, which he lit, and also two wax candles, which, when lighted, he stuck by melting their own ends, on other coffins, so that they might give light sufficient to work by. When he again lifted the lid off Lucy's coffin we all looked, Arthur trembling like an aspen, and saw that the corpse lay there in all its death beauty. But there was no love in my own heart, nothing but loathing for the foul Thing which had taken Lucy's shape without her soul. I could see even Arthur's face grow hard as he looked. Presently he said to Van Helsing, "Is this really Lucy's body, or only a demon in her shape?"
"It is her body, and yet not it. But wait a while, and you shall see her as she was, and is."
She seemed like a nightmare of Lucy as she lay there, the pointed teeth, the blood stained, voluptuous mouth, which made one shudder to see, the whole carnal and unspirited appearance, seeming like a devilish mockery of Lucy's sweet purity. Van Helsing, with his usual methodicalness, began taking the various contents from his bag and placing them ready for use. First he took out a soldering iron and some plumbing solder, and then small oil lamp, which gave out, when lit in a corner of the tomb, gas which burned at a fierce heat with a blue flame, then his operating knives, which he placed to hand, and last a round wooden stake, some two and a half or three inches thick and about three feet long. One end of it was hardened by charring in the fire, and was sharpened to a fine point. With this stake came a heavy hammer, such as in households is used in the coal cellar for breaking the lumps. To me, a doctor's preparations for work of any kind are stimulating and bracing, but the effect of these things on both Arthur and Quincey was to cause them a sort of consternation. They both, however, kept their courage, and remained silent and quiet.
When all was ready, Van Helsing said, "Before we do anything, let me tell you this. It is out of the lore and experience of the ancients and of all those who have studied the powers of the UnDead. When they become such, there comes with the change the curse of immortality. They cannot die, but must go on age after age adding new victims and multiplying the evils of the world. For all that die from the preying of the Undead become themselves Undead, and prey on their kind. And so the circle goes on ever widening, like as the ripples from a stone thrown in the water. Friend Arthur, if you had met that kiss which you know of before poor Lucy die, or again, last night when you open your arms to her, you would in time, when you had died, have become nosferatu, as they call it in Eastern Europe, and would for all time make more of those Un-Deads that so have filled us with horror. The career of this so unhappy dear lady is but just begun.  But if she die in truth, then all cease. The tiny wounds of the throats disappear, and they go back to their play unknowing ever of what has been. But of the most blessed of all, when this now UnDead be made to rest as true dead, then the soul of the poor lady whom we love shall again be free. Instead of working wickedness by night and growing more debased in the assimilating of it by day, she shall take her place with the other Angels. So that, my friend, it will be a blessed hand for her that shall strike the blow that sets her free. To this I am willing, but is there none amongst us who has a better right? Will it be no joy to think of hereafter in the silence of the night when sleep is not, 'It was my hand that sent her to the stars. It was the hand of him that loved her best, the hand that of all she would herself have chosen, had it been to her to choose?' Tell me if there be such a one amongst us?"
We all looked at Arthur. He saw too, what we all did, the infinite kindness which suggested that his should be the hand which would restore Lucy to us as a holy, and not an unholy, memory. He stepped forward and said bravely, though his hand trembled, and his face was as pale as snow, "My true friend, from the bottom of my broken heart I thank you. Tell me what I am to do, and I shall not falter!"
Van Helsing laid a hand on his shoulder, and said, "Brave lad! A moment's courage, and it is done. This stake must be driven through her. It well be a fearful ordeal, be not deceived in that, but it will be only a short time, and you will then rejoice more than your pain was great. From this grim tomb you will emerge as though you tread on air. But you must not falter when once you have begun.
"Go on," said Arthur hoarsely. "Tell me what I am to do."
"Take this stake in your left hand, ready to place to the point over the heart, and the hammer in your right. Then when we begin our prayer for the dead, I shall read him, I have here the book, and the others shall follow, strike in God's name, that so all may be well with the dead that we love and that the UnDead pass away."
Arthur took the stake and the hammer, and when once his mind was set on action his hands never trembled nor even quivered. Van Helsing opened his missal and began to read, and Quincey and I followed as well as we could.
Arthur placed the point over the heart, and as I looked I could see its dint in the white flesh. Then he struck with all his might.
The thing in the coffin writhed, and a hideous, blood-curdling screech came from the opened red lips. The body shook and quivered and twisted in wild contortions. The sharp white teeth champed together till the lips were cut, and the mouth was smeared with a crimson foam. But Arthur never faltered. He looked like a figure of Thor as his untrembling arm rose and fell, driving deeper and deeper the mercy-bearing stake, whilst the blood from the pierced heart welled and spurted up around it. His face was set, and high duty seemed to shine through it. The sight of it gave us courage so that our voices seemed to ring through the little vault.
And then the writhing and quivering of the body became less, and the teeth seemed to champ, and the face to quiver. Finally it lay still. The terrible task was over.
The hammer fell from Arthur's hand. He reeled and would have fallen had we not caught him. The great drops of sweat sprang from his forehead, and his breath came in broken gasps. It had indeed been an awful strain on him, and had he not been forced to his task by more than human considerations he could never have gone through with it. For a few minutes we were so taken up with him that we did not look towards the coffin. When we did, however, a murmur of startled surprise ran from one to the other of us. We gazed so eagerly that Arthur rose, for he had been seated on the ground, and came and looked too, and then a glad strange light broke over his face and dispelled altogether the gloom of horror that lay upon it.
There, in the coffin lay no longer the foul Thing that we had so dreaded and grown to hate that the work of her destruction was yielded as a privilege to the one best entitled to it, but Lucy as we had seen her in life, with her face of unequalled sweetness and purity. True that there were there, as we had seen them in life, the traces of care and pain and waste. But these were all dear to us, for they marked her truth to what we knew. One and all we felt that the holy calm that lay like sunshine over the wasted face and form was only an earthly token and symbol of the calm that was to reign for ever.
Van Helsing came and laid his hand on Arthur's shoulder, and said to him, "And now, Arthur my friend, dear lad, am I not forgiven?"
The reaction of the terrible strain came as he took the old man's hand in his, and raising it to his lips, pressed it, and said, "Forgiven! God bless you that you have given my dear one her soul again, and me peace." He put his hands on the Professor's shoulder, and laying his head on his breast, cried for a while silently, whilst we stood unmoving.
When he raised his head Van Helsing said to him, "And now, my child, you may kiss her. Kiss her dead lips if you will, as she would have you to, if for her to choose. For she is not a grinning devil now, not any more a foul Thing for all eternity. No longer she is the devil's UnDead. She is God's true dead, whose soul is with Him!"
Arthur bent and kissed her, and then we sent him and Quincey out of the tomb. The Professor and I sawed the top off the stake, leaving the point of it in the body.  We soldered up the leaden coffin, screwed on the coffin lid, and gathering up our belongings, came away. When the Professor locked the door he gave the key to Arthur.
Outside the air was sweet, the sun shone, and the birds sang, and it seemed as if all nature were tuned to a different pitch. There was gladness and mirth and peace everywhere, for we were at rest ourselves on one account, and we were glad, though it was with a tempered joy.
Before we moved away Van Helsing said, "Now, my friends, one step of our work is done, one the most harrowing to ourselves. But there remains a greater task: to find out the author of all this our sorrow and to stamp him out. I have clues which we can follow, but it is a long task, and a difficult one, and there is danger in it, and pain. Shall you not all help me? We have learned to believe, all of us, is it not so? And since so, do we not see our duty? Yes! And do we not promise to go on to the bitter end?"
Each in turn, we took his hand, and the promise was made. Then said the Professor as we moved off, "Two nights hence you shall meet with me and dine together at seven of the clock with friend John. I shall entreat two others, two that you know not as yet, and I shall be ready to all our work show and our plans unfold. Friend John, you come with me home, for I have much to consult you about, and you can help me. Tonight I leave for Amsterdam, but shall return tomorrow night. And then begins our great quest. But first I shall have much to say, so that you may know what to do and to dread. Then our promise shall be made to each other anew. For there is a terrible task before us, and once our feet are on the ploughshare we must not draw back."


She still got many reasons on the list and I know the list is keep on adding but I know that she loves me and we will be back soon.
There are tons of reason to love a girl like Jonesa and a thousand possibility how to love Jonesa, this list might be short but just wanted to say how much I love Jonesa Caisido and I definitely want her back. I love you babe please come back to me.


A layout test is simply a web page. The layout test machinery renders the web page, and then dumps the internal representation, the render tree, with details of the layout. This lets engineers working on the project know if they do anything that changes the layout. Once we get a test rendering properly, we check it in as part of the layout test suite.
The following are some guidelines to follow when writing new layout tests:
An example of a layout test that follows these guidelines is fast/events/event-creation.html.
A layout test should work both in the browser itself, and in the layout test tool. The layout test tool provides an additional object on the window object called the layout test controller with some methods that control test output. One you should know about is the layoutTestController.dumpAsText method. Calling this from JavaScript within a test arranges for the output to be written out as plain text rather than as a render tree dump. This is useful for tests that are testing something other than layout. The event creation test mentioned above is a good example of how to do this and when it makes sense.
Some tests require pixel-level comparisons. For these tests, you must generate expected output for a specific machine type, operating system, and color profile. When you add such a test, you can generate new expected output automatically using the run-webkit-tests --pixel command. This will automatically configure the color profile, and place the resulting rendered image (and checksum) in the appropriate platform directory for checkin.
The Ahem font is useful in testing text layout, since its glyphs’ metrics are well known, and it is always available to tests running in the layout test tool. However, if you want to view tests that use Ahem in Safari, you should download Ahem, open it in the Font Book application, and click on the Install Font button to install it.
The CSS working group has an excellent document on test writing guidelines for CSS tests. This wiki article has more information on writing good tests and the DumpRenderTree tool.


The resulting module is used as an argument in the @monitor@ field in the @mce_opts@ record.
The generated büchi monitor is parametric on the variables that occur in the LTL formula (as propositional predicates). These parameters are instantiated using the argument in the specification of the @monitor@ field, in the @mce_opts@ record. Concretely, if an LTL formula contains no variables then the corresponding module (containing the Büchi automaton that is the result of translating ) should be specified as: where is the initial ``private'' state of the proposition predicates (see below for explanation).
In case the generated monitor contains variables the @monitor=@ specification accepts as argument a tuple containing two elements: the first is private data that predicate functions may initialise and use as they see fit, and the second is a list containing binary tuples with a predicate variable as the first element and the function implementing the predicate as the second element.
The specification of the @ltl_test@ monitor above serves
as a concrete example:
We remap the @P@ variable to a call to
the function @p_mod:p_fun/3@ (and vice versa for
the @Q@ variable). The order in which the variable
mappings are specified does not matter.
A function predicate is called by McErlang using three arguments:
where @ProgramState@ is the current program state,
@Actions@ are the actions from the previous state,
and @PrivateState@ is the current private state.
A function predicate may return either @true@, signalling
that the predicate holds in the program state,
@false@ signalling that it doesn't, and
@true, NewPrivateState@ signalling that the predicate
holds, and replacing the old private state with the second element
of the returned tuple.
Note that the use of a private state
for passing information between formula predicates is a rather
fragile mechanism, but if used wisely it adds expressive power.
Consider the following example of the specification
of a resource usage scheme. We want to verify that a request
for the use of a resource is always eventually followed by a release
of the said resource. In LTL we can specify the property
as follows, using the @ltl@ module combinator functions:
or more symbolically,
.
The two predicate functions corresponding to and are coded as @does_request@ and @does_release@ below. They assume that the code of the client has been annotated with two probe actions: a release action with the atom @release@ as label and a request action with the atom @request@ as label.
The first function searches for probe actions labelled with @request@, and if one is found, returns the process identifier of the client process issuing the probe action as private date. The second function searches for probe actions labelled with @release@ and which moreover was issued by the same client process as the @request@ (checked via the @ClientPid@ parameter).
Supposing that the translated property is stored in
the file @always_eventually@, the above
predicate functions are located in the module predfuns,
and the program
is started using the function @resourcemanager:start()@
then we can invoke a model checking run as follows:
2010-07-05


|
TestCaser
Test Case Generator for Competitive Programmers
|
Generates an ASCII Character Limit to be used by the RandomAlphabet to generate Random Values in the limit specified by this object. More...
#include <limits.hpp>
Public Member Functions | |
| RandomCharacterLimit (std::initializer_list< int > llmt) | |
| Construct a new Random Character Limit object. More... | |
| RandomCharacterLimit (int upper, int lower) | |
| Construct a new Random Character Limit object. More... | |
| void | add_interval_exception (std::pair< int, int > interval) |
| Adds a interval exception in between the limit say. Original Limit are [a, b) and you want to skip some intervals in between say [c,d) such that c >= a and d < b then you would call this method with std::pair<c,d> More... | |
| int | actual_limit_size () |
| The limit size after excluding all the exceptions in between them. More... | |
| bool | valid_output (int out) const |
| checks if the a char is a valid as per the limit constraints with exception internals in mind. More... | |
| operator RandomUnsignedIntegerLimit () | |
| Converts this object to an object of RandomUnsignedIntegerLimit. More... | |
Static Public Member Functions | |
| static RandomCharacterLimit | lower_case_alphabet_limit () |
| returns the limit of the lower case alphabets. More... | |
| static RandomCharacterLimit | upper_case_alphabet_limit () |
| returns the upper case alphabet limit More... | |
| static RandomCharacterLimit | alphabet_limit () |
| returns the mixed case alphabet limit More... | |
Public Attributes | |
| const int | UpperLimit |
| UpperLimit the upper limit of the character as ASCII int. More... | |
| const int | LowerLimit |
| LowerLimit the lower limit of the character as ASCII int. More... | |
Generates an ASCII Character Limit to be used by the RandomAlphabet to generate Random Values in the limit specified by this object.
|
inline |
Construct a new Random Character Limit object.
| llmt | the limit as initializer list |
|
inline |
Construct a new Random Character Limit object.
| upper | the upper bound of the limit (not included) |
| lower | the lower bound of the limit (included) |
|
inline |
The limit size after excluding all the exceptions in between them.
|
inline |
Adds a interval exception in between the limit say. Original Limit are [a, b) and you want to skip some intervals in between say [c,d) such that c >= a and d < b then you would call this method with std::pair<c,d>
| interval | the std::pair object holding an interval in between the original limit. |
|
inlinestatic |
returns the mixed case alphabet limit
|
inlinestatic |
returns the limit of the lower case alphabets.
|
inline |
Converts this object to an object of RandomUnsignedIntegerLimit.
|
inlinestatic |
returns the upper case alphabet limit
|
inline |
checks if the a char is a valid as per the limit constraints with exception internals in mind.
| out | the value to check for |
| const int testcaser::maker::RandomCharacterLimit::LowerLimit |
LowerLimit the lower limit of the character as ASCII int.
| const int testcaser::maker::RandomCharacterLimit::UpperLimit |
UpperLimit the upper limit of the character as ASCII int.


@@include("../blocks/modules/head/head.html", {
"title": "Sand Пескоструйка Харьков"
})
@@include("../blocks/modules/heading/heading.html")
@@include("../blocks/modules/our-friends/our-friends.html")
@@include("../blocks/modules/help/help.html")
@@include("../blocks/modules/donation/donation.html")
@@include("../blocks/modules/footer/footer.html")
@@include("../blocks/modules/foot/foot.html")


Left Sidebar
Sidebar content
Main Content
Right Sidebar
Sidebar content
{# This is a playground/style guide for our CSS and LESS #} {% extends '_app.html' %} {% block title %}Style Guide | Esper{% endblock %} {% block head %} {{ super() }} {% endblock %} {% block main %}
This is the Esper (CSS) style guide. It serves as playground to mess around with CSS and as an example of "best practices" as we currently understand them. Inspect this using the Chrome inspector to see what's going on. We're not very strict about styling at the moment though. That might change if we ever get a full-time designer.
We currently target IE10+. That means you can use stuff like Flexbox.
As far as general principles go, less is more. It's better to
overload semantic selectors like <input>
and
<button>
than use an abundance of classes.
By default, all elements following another relement get a little tiny bit of margin to space things out.
.container
constrains the width of very wide
elements.
.flex
applies some simple flexbox defaults and can
be used to create responsive columns.
.panel
can be used to create a simple box around
some content.
Panels can also be nested. When nested, panel margins do not stack and instead resemble tiles.
.row
inside .panel
for list-like content.
Combine <header>
and <nav>
elements for navigation headers.
Use .panel
and .menu
together to style
buttons in a list (e.g. for a dropdown)
Use alerts to draw the user's attention to a message.
Lorem ipsum dolor sit amet
.form-row
horizontally aligns labels and text. It
degrades gracefully on mobile displays.
Some elements change appearance when used inside panels.
Styling checkboxes and radio buttons are tricker, so we use custom React components for this.
Like other form elements, selectors can change behavior when used in panels.
Dropdowns are actually a special case of a modal for us. To make
dropdowns responsive on mobile, only one
<Dropdown>
component at a time is visible.
On desktop, dropdowns will position themselves up, down, left, right,
or center automatically based on relative screen positioning.
Only one <Modal>
component at a time is visible.
Wrap other components with <Tooltip>
to add
tooltips on hover.
Use <ColorPicker>
to display a grid of colors.
Use <RangeSelector>
to select a range of days.
Use the standard <progress>
element to
create a progress bar.
Use spinners to show loading status.
span.spinner
is used to render an inline spinner:
Loading
div.spinner
is used to render a block-level spinner:
Sometimes in lieu of a spinner we want to show some placeholder markers to indicate that this is where some text will go once it's finished loading.
Inline placeholder:
Block placeholders stacked together to create the appearance of a paragraph:


If you're a craft beer fan, the US has quite the selection of breweries. Craft breweries have come quite the way from the 1980s when there were fewer than 100 operations in business. As of 2016 end, there were a total of 5005 breweries. As the popularity continues to increase, breweries are becoming prominent in every state. Currently, California ranks the highest in having the most number of breweries.
Alcohol by volume (ABV) is the standard measure of how much alcohol is contained in a given volume. Beer typically has anywhere from 2-12% ABV. Brewers use the following formula ABV = 131.25(Starting SG - Final SG). Specific Gravity (SG) is the ratio of the density of a sample to the density of water.
International Bitterness Unit (IBU) is an empiracle measurement of isohumulone. Isohumulone is a chemical derived from hops which makes a beer taste bitter. IBU can range anywhere from 0 to infinitity as it is the brewers discretion how bitter the beer should be. However, it's typical for a beer to have an IBU value of 5 to 120. Commercial breweries measure IBU as a quality control tool to ensure that each batch of beer that is brewed will have the same taste. As you become familiar with IBU counts, you can start to find the zone you generally prefer, and help build your own beer palate.
There are many different types of beer such as IPAs, sours, begians, pale ales, stouts, porter etc. As shown below, American IPA ranks the highest with the most number of beers in this style.


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Incredibly slim 5 megapixel camera with 2.5" LCD screen, 3x optical zoom, high speed start-up. SAVE £52 on previous selling price of £394.90
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Technical specifications for guidance only and cannot be guaranteed accurate. Errors and omissions excepted. |
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list
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Hello,
I've received my OpenEnergyMonitor kit, I've soldered the shield, and modified RF12.cpp file. After solve some issues with libraries, I've uploaded the default sketch for the shield (with the emontx_lib in a second tab). Compile is ok, and sketch uploaded. After upload (I upload with de shield plugged), green led at the shield turns on (no blink). If I unplug USB and plug again, green led isn't on, and in my Arduino UNO "L" red led turns on (no blink).
I supose I'm doing something wrong, because green led at the shield must blink, but not, It's still (no blink) and if I unplug and plug USB no will turn on.
Here is my RF12.cpp http://pastebin.com/NsxFd4Nn
And this is the sketch I'm trying: http://pastebin.com/mUvXMYKJ
Any idea?
Thanks in advance!
Re: emonTX shield issue
I suggest you test your assembly with the standard example sketch from Github. That is proven. If the example sketch does not function, then either you are not understanding what it should do or you have an assembly fault somewhere. If it does work and does what you expect, then the problem lies with your sketch.
Re: emonTX shield issue
Thanks!
with the sample, I can see this on Serial Monitor just after upload sketch (no CT plugged):
em
OpenEnergyMonitor.org
Node: 15 Freq: 868Mhz Network: 210
9774 9733 9733 9677
6 22 22 10
18emonTX Shield CT123 example
OpenEnergyMonitor.org
Node: 15 Freq: 868Mhz Network: 210
9765 9740 9740 9642
36 38 39 40
36 41 43 41
34 39 39 42
33 34 39 40
54 46 47 48
35 41 43 42
35 38 41 43
...
but if I unplug/plug again, nothing happens, and in screen:
emonTX Shield CT123 example
OpenEnergyMonitor.org
Node: 15 Freq: 868Mhz Network: 210
and stops there, no void loop.
If I press reset at Arduino, again the same
emonTX Shield CT123 example
OpenEnergyMonitor.org
Node: 15 Freq: 868Mhz Network: 210
and no more.
Sketches (only changed freq and nodeID)
emonTxShield_CT1234 http://pastebin.com/8zNhf45p
emontx_lib.ino http://pastebin.com/19U6xY3D
In the other hand, I have a Raspberry Pi with the RFM12 module, and minicom shows something like:
-> 4 b
> 0s
-> 4 b
> 0s
-> 4 b
> 8b
> 0s
-> 4 b
> 0s
-> 4 b
> 0s
-> 4 b
But no input is added in emoncms. I can add inputs via json, but nothing about RF.
Thanks
Re: emonTX shield issue
Hello again,
I've seen that after upload sketch, when I can see correct data in Monitor, green led in the shield blinks, and green led blinks too in the Arduino (TX), but after unplug and plug again, no void loop, no green led blinks in the shield, and in the Arduino, red L led instead TX.
Re: emonTX shield issue
That seems to me to be a problem with the Arduino rather than with the shield, which is giving believable readings (I expect numbers like that from digital noise from the processor). Is power being supplied by the USB lead? If no, then I think the serial link is blocking. You can prove that by commenting all the Serial.print statements in loop( ), if it continues flashing the green LED (and transmitting), then it is the serial port that is causing the sketch to stop. You could look into "if (Serial)" in the Arduino documentation to see if that would help. I've no experience with native Arduinos, so I can't help much more. I also don't have a RPi, so the same applies there.
Re: emonTX shield issue
Hello,
Serial.print commented, no data over serial monitor, but green led bliks. Desconnect USB, connect again, and no more blinks, same red "L" led in Arduino. Using external power adaptor, the same.
Better to buy an emonTx (not a shield)? better support perhaps?
Thaks in advance!
Re: emonTX shield issue
Calypso_rae mentioned a day or two ago that he's experienced problems with the RFM12B not initialising. Plus I understand some versions of the Arduino perform a reset when you connect the serial port. Try introducing a delay of a couple of seconds at the top of setup( ) before anything else to allow the RFM12B to establish itself before the sketch initialises it.
Re: emonTX shield issue
Thank you very much for your interest, it's a little frustrating and your help is very appreciated.
Delay didn't help, after upload green blinks, after, "L" led in Arduino.
When green led is on (suppose working) no input shown at emoncms, so double fail. EmonTx and emonBase is more like "working out the box"?
Thanks!
Re: emonTX shield issue
If you remove the shield, and load (say) the "blink" sketch (or write your own!), do you observe the same behaviour?
Re: emonTX shield issue
If I load the example sketch, and change the led number (to use the shield's one), unplug, plug... and keep working.
Re: emonTX shield issue
So let's get this right: when you use the example sketch for the shield from Github which has the correct IO port for the LED on the shield, it works?
Re: emonTX shield issue
When I use the sample sketch for the shield, only change ID and freq, and led works ok, unplug and plug, and doesn't work and no void loop. When I use Arduinos's sample (basic>blink), change de led to the shield's one, works fine, unplug/plug, and keeps working.
I think that I'm going to buy emonTx (not the shield) and nanode...
Re: emonTX shield issue
Ah, now I understand.  I still think the problem might lie with the RFM12B. If you use the Github shield sketch but comment out everything concerning the RFM12B, do you still have the problem?
What were the problems that you had with the libraries? Did you set up your system according to this?
Re: emonTX shield issue
I'm at work now and I can't test it now. I think that libraries are ok, if didn't I supose that could not compile.
Related with libraries, I've seen that a had to modify (and I did) a function in RF12.cpp file:
"If you're using an Arduino Uno (ATmega328) add the following to the #elif defined(__AVR_ATmega168__) || defined(__AVR_ATmega328__) section of void rf12_set_cs(uint8_t pin) function in RF12.cpp file:
if (pin==5)
{
cs_pin = 5; //PD5
#define SS_DDR DDRD
#define SS_PORT PORTD
}
If you're using an Arduino Leonardo (ATmega32u4) add the following to the #elif defined(__AVR_ATmega168__) || defined(__AVR_ATmega328__) section of void rf12_set_cs(uint8_t pin) function in RF12.cpp file:
if (pin==5)
{
cs_pin = 6; //PC6
#define SS_DDR DDRC
#define SS_PORT PORTC
}
"
I have seen the emonTx guide (not the shield one), and nothing is said about this modification, and if I'm not wrong, It uses the same library and a ATmega328 (like my Arduino)
Do I have to do this modification or not? ...I will tray without edit anyway.
Re: emonTX shield issue
I've read it again, and only have to edit the library if I'm going to use other shield over the emonTx shield, so perhaps this is the mistake. I don't know what happens if I edit the library but don't use another shield else; I suppose that must work anyway, but who knows.
...I hope that so much, and everything was ok (...but my English)
Re: emonTX shield issue
The full details of the modifications you need to the library and/or hardware are in the Wiki. "RFM12B Slave Select (SS) Solder Jumper Setting". Which you choose will depend on what other hardware you have.
Re: emonTX shield issue
If I comment "rf12_initialize(node, freq, networkGroup); " I can plug/unplug and green led keeps working.
Re: emonTX shield issue
Carefully check the RFM12B module. The connections on the module should line up exactly with those on the PCB. Check that the solder has flowed into the joints and there are no solder bridges between adjacent pads.
Re: emonTX shield issue
Don't worry about your English - it is much better than my French.
For the hardware links, because you do not have another shield, you must:
1. For the RFM12B Slave Select (SS) solder jumper setting, connect the solder jumper to 10 by connecting the middle pad to the left pad shown in this image.
2. For the RFM12B Interrupt solder jumper setting, because you have an Arduino Uno, you must connect the right hand solder jumper to Digital 2.
In the RF12.cpp file, because you have an Arduino Uno, find the function "void rf12_set_cs(uint8_t pin)" (near to line 149). Change that function to become
Re: emonTX shield issue
Hello,
a friend has checked resistors and solder points, and everything seems to be ok. He has suggested a fail RF12 module. Is there any way to check it? I bought another RF module, but I don't feel capable of desolder and solder again.
Jumper settings are OK, and checked with library as original and edited.
Re: emonTX shield issue
The part I cannot understand is, when you leave the serial monitor/USB connected, the RFM12B appears to not lock up, even though you do not detect any messages in the Raspberry Pi. That says to me it is not totally dead.
Sorry, but I don't know of a way to check the RFM12B. I've asked Glyn Hudson to look at this thread, he should know more than me and maybe he can suggest a solution. I think without professional desoldering tools, you would not be able to remove the RFM12B without damaging the main PCB.
Re: emonTX shield issue
When I upload the sketch, and green led blinks, I can see valid data over the monitor (if I use a temp sketch, for example, I can see how changes the temp), but I suppose that that is what is sent to serial, but it doesn't mean (I suppose) that this data is sent to RF correctly. But as you say, not seems to be locked just after upload sketch. Perhaps some "kind of thing" that allows RF to initialize is sent when uploading.
I can bring the board to my work to somebody desolder the RF pcb, but better another sollution.
When I got some time, I would like to try the other RF12 pcb connected to an Arduino, and see if my RF12B Pi Board receive some data (help welcome!)
Re: emonTX shield issue
Back in March, I was struggling to get any kind of RF link to work. At that time, I didn't know about the pair of test sketches that Glyn had put onto Github. When I eventually managed to get a pair of simple sketches working for myself, I posted them on a thread that I'd already started, Simple test Rig for RFM12Bs (on Tue, 05/03/2013 - 16:55)
These two sketches (RF_checker_tx.ino and RF_checker_rx.ino) require no libraries other than Jeelib and are as simple as they can be. If the LEDs at both ends are flashing in synch, then the RF link is working.
Might be worth giving these sketches a try before reaching for the soldering iron ...
Re: emonTX shield issue
Ah, but KiZD can only do that at one end, the other is a Raspberry Pi and that needs a different script to read the data. I think the receiver LED should respond though.
Re: emonTX shield issue
Hello,
As Robert said, I only have an Arduino, emonTx shield, RF12B PCB and RF12BPi board (...and a Raspberry Pi). I'm waiting to receive an Arduino mini (it was cheaper than a spare Atmega328PU), but it cames from Asia, so... a couple of weeks.
I'm going to have a look at Martin's corner, perhaps I can find in his firsts RF12Pi posts some test related that could help me.
I have ordered an emonTx (not the shield), wich I will receive next week. In my "final" setup I want to measure three mains and optical meter, and spare plugs in the kitchen, but I didn't want to buy all boards at the beginning without any testing; but I can't stop at this point with any good test; I have spent a lot of money and this has to work.
Thanks!
Re: emonTX shield issue
OK, so the various physical parameters (voltage, current, meter flashes etc.) are conditioned via the emonTx shield. The relevant signals are sampled/captured by the Uno and the resulting data is transmitted by RF via the RFM12B board. I think I understand this part OK. For the purpose of checking the operation of the RF link, the Uno could simply be running my RF_checker_tx.ino sketch, or any other similar tool.
The equipment at the receiving end is "RF12B PCB and RF12BPi board (...and a Raspberry Pi)." I've not used any of these items myself, but is there not some simple means by which a specified data byte in each transmitted message can be made to toggle an LED on and off (or some equivalent indication as to what's happening within the RF paylaod)? That's all my RF_checker_rx.ino does.
Using a simple RF checker tool at the transmit end is surely an excellent way to check all subsequent components in the data path, such as emonCMS. Suitable test data can then by synthesised without the bother of setting up all the right physical conditions.
Re: emonTX shield issue
I've loaded RF_checker_tx.ino in emonTx Shield. As I don't have at the moment another Arduino, I can't do the test, but I don't have the red "L" led at Arduino when I unplug/plug. I don't know what does it mean.
Re: emonTX shield issue
OK, so you've loaded this sketch into your Arduino. The emonTx Shield does not have a processor and is not playing any part in this test. The sole purpose of this test is to check that your RF link is working.
If a simple example sketch such as blink.ino runs correctly on your Arduino, then my RF_checker_tx.ino sketch should be running correctly too. You should be able to see the on-board LED blinking in both cases. If the LED is not blinking when the RF_checker_tx program is loaded, that could be because the RFM12B has not been connected correctly. The Arduino needs to get an answer from the RFM12B whenever one is expected, otherwise the sketch will wait for ever and nothing will happen.
Note: In each of my checker sketches, the LED_pin is defined as "5". For a Uno, the on-board LED is driven from digital pin 13, so you will need to change the LED_pin definition to "13". Otherwise, the on-board LED will not blink.
Next you will need to find out how to extract data from RF messages that are received at your "RF12BPi board". I've no idea how to communicate with this board, but it can't be all that difficult. Hopefully someone will be able to help at this stage ...
Re: emonTX shield issue
I've asked Paul Reed, who knows about the Pi, he says he'll have a look here this evening.
Re: emonTX shield issue
Hi KiZD
I can't help with the Arduino/Shield side of things, but we could try a few things with the Raspberry Pi, to try and find out what is going on.
Firstly, check the status of your rfm12pi module;
does it say that the 'Log is turned off' and that the service is 'running'?
If so, try turning the logging on by;
and then have a look at the log by;
..and you should then see the configuration details of your RasPi module, frequency, etc, followed by a stream of data being received in real time. I've shown my log below.
To exit the log type Ctrl-C and to switch off the logging type;
Can you copy your log and post it so Robert, Robin and myself can try and assist further.
Paul
--------------------
$ tail -F -n 40 /var/log/rfm12piphp.log
MESSAGE RX:> 15i
BASEID SET CORRECTLY
DATA RX:
MESSAGE RX:> 8b
FREQUENCY SET CORRECTLY
DATA RX:
MESSAGE RX:> 210g
GROUP SET CORRECTLY
DATA RX:
DATA RX: 10 28 2 21 0 0 0 47 95 220 6
DATA RX: 18 201 5 56 12
DATA RX: 10 33 2 21 0 0 0 69 95 220 6
DATA RX: 10 55 2 20 0 0 0 102 95 220 6
DATA RX: 10 39 2 21 0 0 0 49 95 220 6
DATA RX: 10 42 2 21 0 0 0 31 95 220 6
DATA RX: 10 48 2 20 0 0 0 49 95 220 6
DATA RX: 18 201 5 39 12
Sending remote dataDATA RX: 10 50 2 20 0 0 0 96 95 220 6
Re: emonTX shield issue
Thank you all
I've received an emonTx (not the shield) and another RF module. I've desoldered RF, and solder the new one, but this time using little pieces of wire. Sketch runs ok, and data is received. Turn off, turn on... and keeps running; so there was some issue with the RF. I'll try to check it using another Arduino and the test sketch posted above.
Thanks!!!
Re: emonTX shield issue
Hello,
I have a same kind of problem. When i give the tail command its gives everything corretly.
Group set correctly
data rx: (in a to small square) 0001
root@raspberrypi:/home/pi/RFM2Pi# tail -F -n 40 /var/log/rfm12piphp.log
DATA RX:
MESSAGE RX:> 8b
FREQUENCY SET CORRECTLY
DATA RX:
MESSAGE RX:> 210g
GROUP SET CORRECTLY
DATA RX:
DATA RX:
MESSAGE RX:> 8b
FREQUENCY SET CORRECTLY
DATA RX:
MESSAGE RX:> 210g
GROUP SET CORRECTLY
DATA RX:
MESSAGE RX:> 8b
FREQUENCY SET CORRECTLY
DATA RX:
MESSAGE RX:> 210g
GROUP SET CORRECTLY
DATA RX:
DATA RX:
MESSAGE RX:> 210g
GROUP SET CORRECTLY
DATA RX:
DATA RX:
MESSAGE RX:> 210g
GROUP SET CORRECTLY
DATA RX:
MESSAGE RX:> 8b
FREQUENCY SET CORRECTLY
DATA RX:
MESSAGE RX:> 210g
GROUP SET CORRECTLY
DATA RX:
when i connect the same EmonTX on Arduino and look at the serial monitor i get all the data
regards Frans


{% from 'macros.j2' import render_pagination %} {% extends 'base.html' %} {% block title %}Wheelodex — {{project.display_name|e}} — Reverse Dependencies{% endblock %} {% block content %}
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{% else %}The following projects have a declared dependency on {{project.display_name|e}}:


I wrote a script to capture the tasks in cron job on AIX , but I feel it’s not good ,which is more complicated than shell
\#!/usr/bin/perl -w
use strict;
use Term::ANSIColor;
my (@b,%c);
my $user_name=$ENV{'USER'};
if ($user_name ne "root") {
print color 'bold red';
print "Please execute the script by SUDO as root!\n";
print "For example:sudo /tmp/get_server_info.pl\n";
print color 'reset';
exit(1);
}
open(my $fh,'<','/var/spool/cron/crontabs/root') or die "the dirctory can't be openned $!";
while (<$fh>) {
if ($_!~/^#(.*)/) {
my @a=split;
push @b,"$a[5]\n";
}
@b=grep {++$c{$_} <2 }@b;
# print "@b";
foreach my $b(@b) {
system("/usr/bin/ls -lR $b");
}
}
closedir $fh
</pre>


ttysig(1) Qualcomm Atheros Open Powerline Toolkit ttysig(1) NAME ttysig - Serial Line Signal Controller SYNOPSIS ttysig [options] DESCRIPTION Interactively control serial line output signals (Request To Send, Data Terminal Ready), and read the current value of all control signals (Request To Send, Clear To Send, Data Set Ready, Data Terminal Ready, Data Carrier Detect, Ring Indi‐ cator). This program is part of the Qualcomm Atheros Powerline Toolkit. See the AMP man page for an overview and installation instructions. OPTIONS -s device Specify the serial device used. The default is serial console device "/dev/ttyS0". -D value Set the serial control line DTR high if value is non-zero, low otherwise. -I Interactive mode. -R value Set the serial control line RTS high if value is non-zero, low otherwise. -r Print serial control line status on stdout. This is performed after -R and -D. -?,--help Print program help summary on stdout. This option takes precedence over other options on the command line. -?,--version Print program version information on stdout. This option takes precedence over other options on the command line. Use this option when sending screen dumps to Atheros Technical Support so that they know exactly which version of the Linux Toolkit you are using. EXAMPLES The following example sets DTR high and RTS low at program start. The user then interactively prints the current control signal values, and then sets DTR low.


I wrote the original Flyer in the 1980s on an IBM PC XT using Turbo Pascal. With low resolution black and white graphics, it was much simpler than the current iteration of the game. Inspired by the Asteroids arcade game by Atari, I wanted to program something that could demonstrate the simple Physics of traveling in space.
I wrote the second version of this game for the Classic Mac OS in 1990 using the Think C compiler. At the time I was experimenting with several software projects in my spare time and I thought it would be fun to recreate the game I wrote years earlier. Some creative programming was needed to support a decent framerate on the higher resolution screens of the Macintosh computers of the time. You can find the source code for this version of Flyer archived on github.
Uncovering the original code for the second version Flyer recently inspired me to write a new one, this time for the modern Mac OS. I decided that an updated version of the game would be a fun way to learn the Swift programming language, the Xcode development environment, and also to demonstrate that I have not forgotten how to code.
I also figured it would be fun to formally publish an application on Apple's App Store, something I've never done before. Which is probably why you are here reading this.
I wrote the code for this game from scratch using the SpriteKit starting project provided by Xcode. With the notable exception of the sound effects, I also created all of the game assets, including the graphics and this web site.
You can find the code on github. I have released it under an MIT License, so feel free to browse and borrow.
Some of the software libraries provided by Apple make writing beautiful looking sprite-based games shockingly easy. For those of you interesting in programming, the Swift programming language is also very approachable. So, if you want to learn some programming and have a little fun in the process, I encourage you dive in and write a simple Mac OS or iPhone application.


Full window, contain, click the numbers to open:
Full window, cover, looping :
Display in a container, cover, with thumbnails :
Display in a container, looping :
API use, in container, see code source
Open console to have details abouts events
Open then try
Next
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Enter cover mode /
Enter contain mode
Close