Oilers Gameday: Vs. Devils
by Alex ThomasThe Edmonton Oilers close out a three-game home stand tonight in desperate need of a victory. The club is 0-1-1 thus far, dropping a 3-2 overtime decision to Arizona on Monday and a 5-2 defeat to St. Louis on Wednesday. Outside of the first half of the Arizona game, the Oilers have been the better five-on-five team in both games.
Tonight, they conclude the season series with the weary Devils, who played last night in Calgary. It’s Taylor Hall’s first game back in Edmonton since November, 2017.
Mikko Koskinen gets the start for the Oilers, while Cory Schneider gets the nod for the Devils.
 The Oilers, in both the first and second period on Wednesday, came out and dictated the pace against the defending champions.  St. Louis scored on both powerplay opportunities. You can’t gift teams man advantages and goals. Tighten that up ASAP.
New Jersey: The secret may just be out for shutting down the Oiler attack. Clog up the middle and force the Oil to dump and chase. It’s what both the Coyotes and Blues did so well the last two games. That’s New Jersey’s key to victory tonight. Can they do it on the second half of a back-to-back?
Players To Watch:
Edmonton: Zack Kassian won his job on the top line back on Wednesday night. He played well in that spot, and scored a key goal to make it a one goal game late. Kassian plays hard, has enough skill to finish and has chemistry with both McDavid and Draisaitl. Back in his usual spot, he’s poised for a big night.
New Jersey: This is just Taylor Hall’s third game back in Edmonton as a member of the Devils. It’s also very likely his last. Hall is a pending free agent and odds are he is dealt by the trade deadline. Who knows, next time Hall plays in Rogers Place he could be an Oiler. I expect he puts on a show tonight.
The Lines:
The Oilers placed Tomas Jurco on waivers for the purpose of assignment yesterday. They also assigned Colby Cave to Bakersfield. That means Josh Archibald will be activated from IR and Riley Sheahan will return to the lineup. Joakim Nygard is also close to a return. Sam Gagner is expected to be scratched along with Brandon Manning.
Edmonton Oilers Lines:
Leon Draisaitl – Connor McDavid – Zack Kassian
James Neal – Ryan Nugent-Hopkins – Alex Chiasson
Jujhar Khaira – Riley Sheahan – Josh Archibald
Markus Granlund – Gaetan Haas – Patrick Russell
Darnell Nurse – Ethan Bear
Oscar Klefbom – Joel Persson
Kris Russell – Matt Benning
Mikko Koskinen
The Devils are playing much better hockey than last month when these two teams met. The wins aren’t coming frequently enough, however. Goaltending continues to sink the Devils. Matt Tennyson replaces Connor Carrick on the blueline.
New Jersey Devils Lines:
Taylor Hall – Nico Hischier – Kyle Palmieri
Pavel Zacha – Jack Hughes – Nikita Gusev
Jesper Boqvist – Travis Zajac – Blake Coleman
Miles Wood – Kevin Rooney – Wayne Simmonds
Damon Severson – P.K. Subban
Andy Greene – Sami Vatanen
Will Butcher – Matt Tennyson
Cory Schneider
Game Notes:
The Oilers have had quite the run of success against the Metro Division this season. They are 7-0-0 against Metro opponents, including a shootout victory over the Devils in Newark last month. The only team Edmonton hasn’t beaten? Carolina, but they’ve yet to play the Hurricanes.
The third period could be key tonight. The Oilers have 19 third period goals this season, while the Devils have scored just nine. New Jersey has allowed 20 goals in the third this season. Something to keep an eye on if the game is close later tonight.
 The Devils could be exactly what the doctor ordered to get back on track. They are 1-for-21 on the powerplay on the road this season. Their 4.8% conversion percentage is the worst in the NHL.


Test passes if there are 3 stripes of green and 2 stripes of bright green and if there is
no red
.
xxx xxx


Repository name (and optionally a tag) to be applied to the resulting image in case of success.
Multiple entries are permitted if separated by newlines.
Environment variable substitution is performed on the strings so you can use e.g. ${BUILD_NUMBER} as part of each entry.
Each entry must be of the form IMAGE[:TAG] as per the docker tag command.


#include <mpi.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <math.h>
#include <unistd.h>
#include <sys/time.h>
#include <stdbool.h>
#include <pthread.h>
#include <assert.h>
#include <sys/types.h>
Go to the source code of this file.
|
| enum | RLO_COMM_TAGS {
RLO_BCAST,
RLO_JOB_DONE,
RLO_IAR_PROPOSAL,
RLO_IAR_VOTE,
RLO_IAR_DECISION,
RLO_BC_TEARDOWN,
RLO_IAR_TEARDOWN,
RLO_P2P,
RLO_SYS,
RLO_ANY_TAG
} |
| |
| enum | REQ_STATUS { RLO_COMPLETED,
RLO_IN_PROGRESS,
RLO_FAILED,
RLO_INVALID
} |
| |
|
| RLO_user_msg * | RLO_user_msg_new (RLO_msg_t *gen_msg_in) |
| |
| RLO_msg_t * | RLO_msg_new_generic (RLO_engine_t *eng) |
| |
| RLO_msg_t * | RLO_msg_new_bc (RLO_engine_t *eng, void *buf_in, int send_size) |
| |
| int | RLO_msg_free (RLO_msg_t *msg_in) |
| |
| int | RLO_msg_test_isends (RLO_engine_t *eng, RLO_msg_t *msg_in) |
| |
| RLO_engine_t * | RLO_progress_engine_new (MPI_Comm mpi_comm, size_t msg_size_max, void *approv_cb_func, void *app_ctx, void *app_proposal_action) |
| |
| int | RLO_progress_engine_cleanup (RLO_engine_t *eng) |
| |
| int | RLO_make_progress_all () |
| |
| int | RLO_get_engine_id (RLO_engine_t *eng) |
| |
| MPI_Comm | RLO_get_my_comm (RLO_engine_t *eng) |
| |
| int | RLO_bcast_gen (RLO_engine_t *eng, RLO_msg_t *msg_in, enum RLO_COMM_TAGS tag) |
| |
| int | RLO_user_pickup_next (RLO_engine_t *eng, RLO_user_msg **msg_out) |
| |
| int | RLO_user_msg_recycle (RLO_engine_t *eng, RLO_user_msg *msg_in) |
| |
| int | RLO_submit_proposal (RLO_engine_t *eng, char *proposal, size_t prop_size, RLO_ID my_proposal_id) |
| |
| int | RLO_check_proposal_state (RLO_engine_t *eng, int pid) |
| |
| int | RLO_get_vote_my_proposal (RLO_engine_t *eng) |
| |
| int | RLO_proposal_reset (RLO_proposal_state *ps) |
| |
| unsigned long | RLO_get_time_usec () |
| |
| void | RLO_get_time_str (char *str_out) |
| |
| int | RLO_get_my_rank () |
| |
| int | RLO_get_world_size () |
| |
◆ RLO_MSG_SIZE_MAX
| #define RLO_MSG_SIZE_MAX 32768 |
◆ iar_cb_func_t
| typedef int(* iar_cb_func_t) (const void *msg_buf, void *app_ctx) |
◆ ISP
◆ RLO_engine_t
◆ RLO_ID
◆ RLO_msg_t
◆ RLO_proposal_state
◆ RLO_Req_stat
◆ RLO_user_msg
◆ RLO_Vote
◆ REQ_STATUS
| Enumerator |
|---|
| RLO_COMPLETED | |
| RLO_IN_PROGRESS | |
| RLO_FAILED | |
| RLO_INVALID | |
◆ RLO_COMM_TAGS
| Enumerator |
|---|
| RLO_BCAST | |
| RLO_JOB_DONE | |
| RLO_IAR_PROPOSAL | |
| RLO_IAR_VOTE | |
| RLO_IAR_DECISION | |
| RLO_BC_TEARDOWN | |
| RLO_IAR_TEARDOWN | |
| RLO_P2P | |
| RLO_SYS | |
| RLO_ANY_TAG | |
◆ RLO_bcast_gen()
Rootless broadcast, can be initiated at any rank without predefine a "root" like the one in MPI_Bcast().
- Parameters
-
| eng | the progress engine used |
| msg_in | the message to bcast. By default, the user should only use msg_new_bc() to make a new message. |
| tag | used to specify the message type. By default, the user should only use BCAST. |
- See also
- msg_new_bc()
-
msg_new_generic()
◆ RLO_check_proposal_state()
| int RLO_check_proposal_state |
( |
RLO_engine_t * |
eng, |
|
|
int |
pid |
|
) |
| |
◆ RLO_get_engine_id()
◆ RLO_get_my_comm()
◆ RLO_get_my_rank()
◆ RLO_get_time_str()
| void RLO_get_time_str |
( |
char * |
str_out | ) |
|
◆ RLO_get_time_usec()
| unsigned long RLO_get_time_usec |
( |
| ) |
|
◆ RLO_get_vote_my_proposal()
Get current status/voting results of my own proposal
- Returns
- -1 if not complete, 0 for being declined, 1 for being approved.
◆ RLO_get_world_size()
| int RLO_get_world_size |
( |
| ) |
|
◆ RLO_make_progress_all()
| int RLO_make_progress_all |
( |
| ) |
|
The core of the progress engine. It's called to turn the "gears" of the progress engine so to push it to next state.
- Parameters
-
| eng | the progress engine used |
| msg_out | output message, only used to sample a message, for debugging purpose. |
◆ RLO_msg_free()
◆ RLO_msg_new_bc()
Prepare a message for bcast.
- Parameters
-
| eng | the progress engine used @buf_in: the data buffer that will be bcasted. @send_size: send buffer size |
- Returns
- a message pointer
◆ RLO_msg_new_generic()
Make a new generic type message.
- Parameters
-
| eng | the progress engine used |
- Returns
- a message pointer
◆ RLO_msg_test_isends()
Check if a local message is done with it's communication job(bcast or forward).
◆ RLO_progress_engine_cleanup()
Tear down an engine. It will free all resource used in eng.
◆ RLO_progress_engine_new()
| RLO_engine_t* RLO_progress_engine_new |
( |
MPI_Comm |
mpi_comm, |
|
|
size_t |
msg_size_max, |
|
|
void * |
approv_cb_func, |
|
|
void * |
app_ctx, |
|
|
void * |
app_proposal_action |
|
) |
| |
Make a new progerss engine.
- Parameters
-
| mpi_comm | a MPI communicator, such as MPI_COMM_WORLD |
| msg_size_max | maximal message size allowed in progress engine to process and transfer. Set it to be a big number to be safe, such as 32768. |
| approv_cb_func | user defined callback function, used in IAllReduce. Set it to NULL if not using IAllReduce. |
| app_ctx | user defined application context, used along with above callback function. Set it to NULL if not using IAllReduce. |
| app_proposal_action | user defined callback function, used in IAllReduce. Set it to NULL if not using IAllReduce. |
◆ RLO_proposal_reset()
Clear all fields in a proposal, including associated proposal message.
◆ RLO_submit_proposal()
| int RLO_submit_proposal |
( |
RLO_engine_t * |
eng, |
|
|
char * |
proposal, |
|
|
size_t |
prop_size, |
|
|
RLO_ID |
my_proposal_id |
|
) |
| |
◆ RLO_user_msg_new()
Wrap a generic message into a user message so to hide framework related information.
◆ RLO_user_msg_recycle()
A utility function to recycle the message and free resource. User should always recycle a message after using it. Save the planet! (and a memory leakage.)
◆ RLO_user_pickup_next()
All received messages are picked up by this function, give one output at a time. User should keep calling it until return 0 so to get all messages in the mailbox. Assuming the msg will be copied and stay safe, and will be unlinked from pickup_queue. The user should free msg_out when it's done by calling user_msg_recycle().
- Parameters
-
| eng | the progress engine used |
| msg_out | output parameter, gives the next available message in the mailbox. |
- Returns
- 1 if there are still messages left, 0 if no more messages available. @NOTE: if this function is called in a thread different from the progress_engine thread, there will be a thread safe issue.
◆ total_pickup
Rootless Operations for MPI (RLO) Copyright (c) 2019, The Regents of the University of California, through Lawrence Berkeley National Laboratory (subject to receipt of any required approvals from the U.S. Dept. of Energy). All rights reserved.
If you have questions about your rights to use or distribute this software, please contact Berkeley Lab's Intellectual Property Office at IPO@l.nosp<EMAIL_ADDRESS>NOTICE. This Software was developed under funding from the U.S. Department of Energy and the U.S. Government consequently retains certain rights. As such, the U.S. Government has been granted for itself and others acting on its behalf a paid-up, nonexclusive, irrevocable, worldwide license in the Software to reproduce, distribute copies to the public, prepare derivative works, and perform publicly and display publicly, and to permit other to do so.


Represents an isolated context for key/value pairs and entities. Here, a "context" is essentially type-enforced namespace for keys.
So a context with a prefix of "myFeatureStorage" would have keys like
Generated using TypeDoc
Represents an isolated context for key/value pairs and entities. Here, a "context" is essentially type-enforced namespace for keys.
So a context with a prefix of "myFeatureStorage" would have keys like


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/VScode.20extension.20hangs.html ---
Tonight VScode refuses to let me use lean. I have code that compiles fine using the command line lean, but in VScode orange side bars stay for a very long time before having excessive memory consumption
I'm using 04-06 nighly
which the one recommended by current mathlib head
Is there any way one can check Lean version from VScode?
Hum, I removed lean from my old before-elan place and VScode doesn't find it anymore
Damnit. I had a Lean path hardcoded in VScode
:-)
elan changed my .profile
Now it's all working
so I have to be careful now
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


{% extends 'base.html' %} {% block title_extension %} - {{ organization }}{% endblock %} {% block content %} view summary | edit | modify order | pdf
Setting an element public sets all elements above it public as well; setting an element private sets all elements below it private also.
view summary | edit | modify order | pdf {% endblock %}


Home
webshop
About us
shopping cart
crocothemes.net
London shop
26 BREWER STREET
London
W1F 0SW
TELEPHONE:020 7287 5048
OPEN: MON-SAT: 11-7 SUNDAY: 12-6


Form Binding is a useful feature of Spring MVC that allows user-provided input to be dynamically bound to Java objects used for processing that input. The most common use of this feature is in mapping information provided in HTML forms using form controls to method parameters or object fields.
Some times user input needs to be bound to a field whose Java data type is an enumeration. This example uses a Java
enumeration enum Day { SUNDAY, MONDAY, TUESDAY, WEDNESDAY, THURSDAY, FRIDAY, SATURDAY }
and binds the
selected value of an HTML radio button group to a Java variable of the type Day
.
@RequestParam


Sección 5 Cómo Organziar una Búsqueda Bibliográfica
5.2 Descripción gráfica del proceso de búsqueda bibliográfica
5.3 Ejemplo de una implementación
5.3.1 Summary
The purpose of this exercise is to report the findings of a literature review on the topic of dimensionality reduction in feature extraction and content retrieval within the scope of medical images, the role they play in this area of knowledge and potential areas of opportunity for further research. The results of the process is expressed in a mind map showing key concepts in the following specific areas:
Dimensionality reduction per se where linear and non-linear approaches are highlighted with specific techniques pertinent to the domain are mensioned. Image segmentation, for this area the review of the literature allowed to identify a tendency in the analysis of 2D or 3D images, with varied algorithms for the implementation or reconstruction of models reported. The last section identified was the retrieval of content in images, where the identification of specific features is the traditionally approach, lately an interest in semantic content retrieval has been seen in the literature, where not only specific features or shapes are retrieved but the clinical meaning of those features starts playing a role in the process of content retrieval. This seems to be a promising area of development in order to bring these approaches to an day to day clinical practice.
Once the previous main sections were identified, a summary of the key concepts of the approach in each of them was laid out, mentioning the specific algorithms used and the phase of the analysis in which they are utilized.
The last layer in the concept map shows concrete examples applied to clinical settings of the concepts mentioned in the more theoretical layers. It was interesting to find publications of clinical approaches of all the areas mentioned in the concept map.
5.3.2 Generalities and style of approach selected
In order to keep a systematic approach to the process of accomplishing this exercise I made use of the Preferred Reporting Items for Systematic Reviews and Meta-Analysis (PRISMA) methodology and adapted it for the specific needs of the excercise.
The citation manager used was Mendeley.
5.3.3 Databases and results
The following data bases were consulted with results obtained by the indicated queries:
- Google Scholar
- “medical images” + “x rays” + “Dimensionality reduction” + “spine”
- 80 results.
- Web of Science
- “Dimensionality reduction AND medical images”
- 78 results.
- WoltersKluver – OvidMD
- “Dimensionality reduction AND medical images”
- 102 results.
Different queries were used in the last two databases because the implementation of the same queries used in Google Scholar gave no results so the set was progresively deintegrated until a viable result was obtained.
5.3.4 PRISMA flow chart
The following image sums up the componentes of the PRSIMA process used int this excercise:


--- layout: page title: Resources css: "/css/aboutme.css" ---
I thought of putting up an infograph here but I couldn't have made a more comprehensive one than this amazing article at Analytics Vidhya


Enter an offset to change the question number. For example, if you want to change question '1' to question '3', enter an offset of 2.


Buttons
Log Out
Get Presence
Start Queue Polling
Presence:
User Queue
Dialstring
Dial
ID
Recording
Participants


JavaScript is disabled on your browser.
Skip navigation links
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
Prev Letter
Next Letter
Frames
No Frames
All Classes
A
B
C
D
E
F
G
H
I
L
M
O
P
Q
R
S
T
U
V
A
AbstractClient
- Class in
ocsf.client
The
AbstractClient
contains all the methods necessary to set up the client side of a client-server architecture.
AbstractClient(String, int)
- Constructor for class ocsf.client.
AbstractClient
Constructs the client.
AbstractServer
- Class in
ocsf.server
The
AbstractServer
class maintains a thread that waits for connection attempts from clients.
AbstractServer(int)
- Constructor for class ocsf.server.
AbstractServer
Constructs a new server.
Accept(Object)
- Method in class client.
Client
Actions
- Enum in
enums
addAddress(Connection, ConnectionToClient, Address, User)
- Static method in class database.
UpdateMyUser
addComplain(Connection, ConnectionToClient, Complain)
- Static method in class database.
ComplainsDatabase
addConclusion(Connection, ConnectionToClient, SurveyConclusion)
- Static method in class database.
ServiceExpertDatabase
addCreditCard(Connection, ConnectionToClient, CreditCard, User)
- Static method in class database.
UpdateMyUser
addDeal(Connection, ConnectionToClient, Deal)
- Static method in class database.
DealsDatabase
addProduct(Connection, ConnectionToClient, Product)
- Static method in class database.
UpdateCatalogDatabase
addRefund(Connection, ConnectionToClient, Refund)
- Static method in class database.
RefundDatabase
Address
- Class in
entity
Address()
- Constructor for class entity.
Address
Address(int, String, String, int)
- Constructor for class entity.
Address
Address(String, String, int)
- Constructor for class entity.
Address
addSurvey(Connection, ConnectionToClient, Survey)
- Static method in class database.
SurveyManagerDatabase
addSurvey(Connection, ConnectionToClient, SurveyResults)
- Static method in class database.
SurveyResultDatabase
addToCart(Connection, ConnectionToClient, Order)
- Static method in class database.
CartDatabase
addToCartCustom(Connection, ConnectionToClient, CustomMadeProduct)
- Static method in class database.
CartDatabase
alertValidationWarning(String, String, String)
- Method in class gui.
GUIcontroller
authorize(MouseEvent)
- Method in class gui.
MainMenuShopManager
AuthorizeUser(Connection, ConnectionToClient, CreditCard)
- Static method in class database.
AuthorizeUsersDatabase
AuthorizeUsersController
- Class in
gui
Admin page - authorize users
AuthorizeUsersController()
- Constructor for class gui.
AuthorizeUsersController
AuthorizeUsersDatabase
- Class in
database
AuthorizeUsersDatabase()
- Constructor for class database.
AuthorizeUsersDatabase
A
B
C
D
E
F
G
H
I
L
M
O
P
Q
R
S
T
U
V
Skip navigation links
Overview
Package
Class
Use
Tree
Deprecated
Index
Help
Prev Letter
Next Letter
Frames
No Frames
All Classes


The program is an application.
It is not called by a Web browser.
It has a main()
which is where it starts running.
Even though it does not do much,
you should run this program and play with it
(one GUI is worth a thousand words).
But first (especially for Windows 95) close any important programs
you might have running (or at least save the game).
You are about to hit control-c
,
and this can be dangerous.
To run the program,
do this:
first, copy-paste-save the program to a file called
TestFrame1.java
.
Then:
C:\> javac TestFrame1.java C:\> java TestFrame1 program runs and displays the frame
When the program runs, it displays a frame like the one shown. If you click on the usual "close button" of the frame, (the small "X" inside a square) the picture will vanish, but the program keeps running. To stop the program, type control-c in the DOS window. (You do this by clicking in the DOS window to be sure that it has focus, then holding down the "Ctrl" key while typing a "c" character.)
C:\> javac TestFrame1.java C:\> java TestFrame1 (control-c) C:\>
While the program is running, you can click on the frame and drag it
around, you can minimize it, you can grab a border and resize it, and so on.
All of this is built into the JFrame
class (inherited from its ancestors).
All you have to do is ask for a JFrame
object in your program and you get
all this.


{% extends 'base.html' %} {% block content %} All Organizations All verified organizations are listed here {% if organizations|length > 0 %} ID Name Email Description Status {% for organization in organizations[1:] %} {{ organization.id }} {{ organization.name }} {{ organization.email }} {{ organization.description }} {{ organization.status.name }} View {{ form.csrf_token }} Join {% endfor %} {% endif %} {% endblock %}


Abstergo is tested to be compatible with the following tweaks:
This list is not complete. There are many other tweaks that are compatible with Abstergo.
If you find a compatibility issue with another tweak, contact us from Abstergo's settings and we'll do our best to fix it.


1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
32 33 34 35
36
37 import xdc.runtime.Error;
38
39
40 /*!
41 * ======== Hwi ========
42 * Hardware Interrupt Support Module.
43 *
44 * The IHwi interface specifies APIs for globally enabling, disabling, and
45 * restoring interrupts.
46 *
47 * Additionally, management of individual, device-specific hardware
48 * interrupts is provided.
49 *
50 * The user can statically or dynamically assign routines that run when
51 * specific hardware interrupts occur.
52 *
53 * Dynamic assignment of Hwi routines to interrupts at run-time is done
54 * using the Hwi_create function.
55 *
56 * Interrupt routines can be written completely in C, completely in
57 * assembly, or in a mix of C and assembly. In order to support interrupt
58 * routines
59 * written completely in C, an interrupt dispatcher is provided that performs
60 * the requisite prolog and epilog for an interrupt routine.
61 *
62 * Some routines are assigned to interrupts by the other SYS/BIOS
63 * modules. For example, the Clock module configures its own timer interrupt
64 * handler. See the Clock Module for more details.
65 *
66 * @a(Runtime Hwi Creation)
67 *
68 * Below is an example of configuring an interrupt at runtime.
69 * Usually this code would be placed in main().
70 *
71 * @p(code)
72 * #include <xdc/runtime/Error.h>
73 * #include <ti/sysbios/hal/Hwi.h>
74 *
75 * Hwi_Handle myHwi;
76 *
77 * Int main(Int argc, char* argv[])
78 * {
79 * Hwi_Params hwiParams;
80 * Error_Block eb;
81 *
82 * Hwi_Params_init(&hwiParams);
83 * Error_init(&eb);
84 *
85 * // set the argument you want passed to your ISR function
86 * hwiParams.arg = 1;
87 *
88 * // set the event id of the peripheral assigned to this interrupt
89 * hwiParams.eventId = 10;
90 *
91 * // don't allow this interrupt to nest itself
92 * hwiParams.maskSetting = Hwi_MaskingOption_SELF;
93 *
94 * //
95 * // Configure interrupt 5 to invoke "myIsr".
96 * // Automatically enables interrupt 5 by default
97 * // set params.enableInt = FALSE if you want to control
98 * // when the interrupt is enabled using Hwi_enableInterrupt()
99 * //
100 *
101 * myHwi = Hwi_create(5, myIsr, &hwiParams, &eb);
102 *
103 * if (Error_check(&eb)) {
104 * // handle the error
105 * }
106 * }
107 *
108 * Void myIsr(UArg arg)
109 * {
110 * // here when interrupt #5 goes off
111 * }
112 * @p
113 *
114 * @a(Hook Functions)
115 *
116 * Sets of hook functions can be specified for the Hwi module
117 * using the configuration tool. Each set contains these hook
118 * functions:
119 * @p(blist)
120 * -Register: A function called before any statically-created Hwis
121 * are initialized at runtime. The register hook is called at boot time
122 * before main() and before interrupts are enabled.
123 * -Create: A function that is called when a Hwi is created.
124 * This includes hwis that are created statically and those
125 * created dynamically using {@link #create Hwi_create}.
126 * -Begin: A function that is called just prior to running a Hwi.
127 * -End: A function that is called just after a Hwi finishes.
128 * -Delete: A function that is called when a Hwi is deleted at
129 * run-time with {@link #delete Hwi_delete}.
130 * @p
131 *
132 * Register Function
133 *
134 * The Register function is provided to allow a hook set to store its
135 * hookset ID. This id can be passed to
136 * {@link #setHookContext Hwi_setHookContext} and
137 * {@link #getHookContext Hwi_getHookContext} to set or get
138 * hookset-specific context. The
139 * Register function must be specified if the hook implementation
140 * needs to use {@link #setHookContext Hwi_setHookContext} or
141 * {@link #getHookContext Hwi_getHookContext}.
142 * The registerFxn hook function is called during system initialization
143 * before interrupts have been enabled.
144 *
145 * @p(code)
146 * Void myRegisterFxn(Int id);
147 * @p
148 *
149 * Create and Delete Functions
150 *
151 * The create and delete functions are called whenever a Hwi is created
152 * or deleted. They are called with interrupts enabled (unless called
153 * at boot time or from main()).
154 *
155 * @p(code)
156 * Void myCreateFxn(Hwi_Handle hwi, Error_Block *eb);
157 * @p
158 *
159 * @p(code)
160 * Void myDeleteFxn(Hwi_Handle hwi);
161 * @p
162 *
163 * Begin and End Functions
164 *
165 * The beginFxn and endFxn function hooks are called with interrupts
166 * globally disabled, therefore any hook processing function will contribute
167 * to the overall system interrupt response latency. In order to minimize
168 * this impact, carefully consider the processing time spent in an Hwi
169 * beginFxn or endFxn function hook.
170 *
171 * @p(code)
172 * Void myBeginFxn(Hwi_Handle hwi);
173 * @p
174 *
175 * @p(code)
176 * Void myEndFxn(Hwi_Handle hwi);
177 * @p
178 *
179 * Hook functions can only be configured statically.
180 */
181
182 @DirectCall
183 @InstanceFinalize
184 @InstanceInitError
185
186 interface IHwi {
187
188
189
190 /*! Hwi create function type definition. */
191 typedef Void (*FuncPtr)(UArg);
192
193 /*!
194 * Interrupt Return Pointer.
195 *
196 * This is the address of the interrupted instruction.
197 */
198 typedef UArg Irp;
199
200 /*!
201 * Hwi hook set type definition.
202 *
203 * The functions that make up a hookSet have certain restrictions. They
204 * cannot call any Hwi instance functions other than Hwi_getHookContext()
205 * and Hwi_setHookContext(). For all practical purposes, they should treat
206 * the Hwi_Handle passed to these functions as an opaque handle.
207 */
208 struct HookSet {
209 Void (*registerFxn)(Int);
210 Void (*createFxn)(Handle, Error.Block *);
211 Void (*beginFxn)(Handle);
212 Void (*endFxn)(Handle);
213 Void (*deleteFxn)(Handle);
214 };
215
216 /*!
217 * ======== MaskingOption ========
218 * Shorthand interrupt masking options
219 *
220 * @value(MaskingOption_NONE) No interrupts are disabled
221 *
222 * @value(MaskingOption_ALL) All interrupts are disabled
223 *
224 * @value(MaskingOption_SELF) Only this interrupt is disabled
225 *
226 * @value(MaskingOption_BITMASK) User supplies interrupt enable masks
227 *
228 * @value(MaskingOption_LOWER) All current and lower priority
229 * interrupts are disabled.
230 *
231 * Only a few targets/devices truly
232 * support this masking option. For those
233 * that don't, this setting is treated
234 * the same as MaskingOption_SELF.
235 */
236 enum MaskingOption {
237 MaskingOption_NONE,
238 MaskingOption_ALL,
239 MaskingOption_SELF,
240 MaskingOption_BITMASK,
241 MaskingOption_LOWER
242 };
243
244 /*!
245 * ======== StackInfo ========
246 * Structure contains Hwi stack usage info
247 *
248 * Used by getStackInfo() and viewGetStackInfo() functions
249 */
250 struct StackInfo {
251 SizeT hwiStackPeak;
252 SizeT hwiStackSize;
253 Ptr hwiStackBase;
254 };
255
256
257
258 /*!
259 * Include interrupt nesting logic in interrupt dispatcher?
260 *
261 * Default is true.
262 *
263 * This option provides the user with the ability to optimize
264 * interrupt dispatcher performance when support for interrupt
265 * nesting is not required.
266 *
267 * Setting this parameter to false will disable the logic in
268 * the interrupt dispatcher that manipulates interrupt mask
269 * registers and enables and disables interrupts before and
270 * after invoking the user's Hwi function.
271 *
272 * Set this parameter to false if you don't need interrupts
273 * enabled during the execution of your Hwi functions.
274 */
275 config Bool dispatcherAutoNestingSupport = true;
276
277 /*!
278 * Include Swi scheduling logic in interrupt dispatcher?
279 *
280 * Default is inherited from {@link ti.sysbios.BIOS#swiEnabled
281 * BIOS.swiEnabled}, which is true by default.
282 *
283 * This option provides the user with the ability to optimize
284 * interrupt dispatcher performance when it is known that Swis
285 * will not be posted from any of their Hwi threads.
286 *
287 * @a(Warning)
288 * Setting this parameter to false will disable the logic in
289 * the interrupt dispatcher that invokes the Swi scheduler
290 * prior to returning from an interrupt.
291 * With this setting, Swis MUST NOT be posted from Hwi functions!
292 */
293 config Bool dispatcherSwiSupport;
294
295 /*!
296 * Include Task scheduling logic in interrupt dispatcher?
297 *
298 * Default is inherited from {@link ti.sysbios.BIOS#taskEnabled
299 * BIOS.taskEnabled}, which is true by default.
300 *
301 * This option provides the user with the ability to optimize
302 * interrupt dispatcher performance when it is known that no
303 * Task scheduling APIs (ie {@link ti.sysbios.knl.Semaphore#post
304 * Semaphore_post()}) will be executed from any of their Hwi threads.
305 *
306 * Setting this parameter to false will disable the logic in
307 * the interrupt dispatcher that invokes the Task scheduler
308 * prior to returning from an interrupt.
309 */
310 config Bool dispatcherTaskSupport;
311
312 /*!
313 * Controls whether the
314 * dispatcher retains the interrupted thread's return address.
315 *
316 * This option is enabled by default.
317 *
318 * Setting this parameter to false will disable the logic in
319 * the interrupt dispatcher that keeps track of the interrupt's
320 * return address and provide a small savings in interrupt latency.
321 *
322 * The application can get an interrupt's most recent return
323 * address using the {@link #getIrp} API.
324 */
325 config Bool dispatcherIrpTrackingSupport = true;
326
327
328
329 /*!
330 * ======== addHookSet ========
331 * addHookSet is used in a config file to add a hook set (defined
332 * by struct HookSet).
333 *
334 * HookSet structure elements may be omitted, in which case those
335 * elements will not exist.
336 *
337 * @param(hook) structure of type HookSet
338 */
339 metaonly Void addHookSet(HookSet hook);
340
341 /*!
342 * ======== viewGetStackInfo ========
343 * @_nodoc
344 * Returns the Hwi stack usage info. Used at ROV time.
345 *
346 * @b(returns) Hwi stack base, size, peak
347 */
348 metaonly StackInfo viewGetStackInfo();
349
350 /*!
351 * ======== getStackInfo ========
352 * Get Hwi stack usage Info.
353 *
354 * getStackInfo returns the Hwi stack usage info to its calling
355 * function by filling stack base address, stack size and stack
356 * peak fields in the {@link #StackInfo} structure.
357 *
358 * getStackInfo accepts two arguments, a pointer to a structure
359 * of type {@link #StackInfo} and a boolean. If the boolean is set
360 * to true, the function computes the stack depth and fills the
361 * stack peak field in the StackInfo structure. If a stack overflow
362 * is detected, the stack depth is not computed. If the boolean is
363 * set to false, the function only checks for a stack overflow.
364 *
365 * The isr stack is always checked for an overflow and a boolean
366 * is returned to indicate whether an overflow occured.
367 *
368 * Below is an example of calling getStackInfo() API:
369 *
370 * @p(code)
371 * #include <ti/sysbios/BIOS.h>
372 * #include <ti/sysbios/hal/Hwi.h>
373 * #include <ti/sysbios/knl/Swi.h>
374 * #include <ti/sysbios/knl/Task.h>
375 *
376 * Swi_Handle swi0;
377 * volatile Bool swiStackOverflow = FALSE;
378 *
379 * Void swi0Fxn(UArg arg1, UArg arg2)
380 * {
381 * Hwi_StackInfo stkInfo;
382 *
383 * // Request stack depth
384 * swiStackOverflow = Hwi_getStackInfo(&stkInfo, TRUE);
385 *
386 * // Alternately, we can omit the request for stack depth and
387 * // request only the stack base and stack size (the check for
388 * // stack overflow is always performed):
389 * //
390 * // swiStackOverflow = Hwi_getStackInfo(&stkInfo, FALSE);
391 *
392 * if (swiStackOverflow) {
393 * // isr Stack Overflow detected
394 * }
395 * }
396 *
397 * Void idleTask()
398 * {
399 * Swi_post(swi0);
400 * }
401 *
402 * Int main(Int argc, char* argv[])
403 * {
404 * swi0 = Swi_create(swi0Fxn, NULL, NULL);
405 *
406 * BIOS_start();
407 * return (0);
408 * }
409 * @p
410 *
411 * @param(stkInfo) pointer to structure of type {@link #StackInfo}
412 * @param(computeStackDepth) decides whether to compute stack depth
413 *
414 * @b(returns) boolean to indicate a stack overflow
415 */
416 Bool getStackInfo(StackInfo *stkInfo, Bool computeStackDepth);
417
418 /*!
419 * ======== getCoreStackInfo ========
420 * Get Hwi stack usage Info for the specified coreId.
421 *
422 * getCoreStackInfo returns the Hwi stack usage info for the specified
423 * coreId to its calling function by filling stack base address,
424 * stack size and stack peak fields in the {@link #StackInfo} structure.
425 *
426 * This function should be used only in applications built with
427 * {@link ti.sysbios.BIOS#smpEnabled} set to true.
428 *
429 * getCoreStackInfo accepts three arguments, a pointer to a structure
430 * of type {@link #StackInfo}, a boolean and a coreId. If the boolean
431 * is set to true, the function computes the stack depth and fills the
432 * stack peak field in the StackInfo structure. If a stack overflow
433 * is detected, the stack depth is not computed. If the boolean is
434 * set to false, the function only checks for a stack overflow.
435 *
436 * The isr stack is always checked for an overflow and a boolean
437 * is returned to indicate whether an overflow occured.
438 *
439 * Below is an example of calling getCoreStackInfo() API:
440 *
441 * @p(code)
442 * #include <ti/sysbios/BIOS.h>
443 * #include <ti/sysbios/hal/Hwi.h>
444 * #include <ti/sysbios/hal/Core.h>
445 * #include <ti/sysbios/knl/Task.h>
446 *
447 * ...
448 *
449 * Void idleTask()
450 * {
451 * UInt idx;
452 * Hwi_StackInfo stkInfo;
453 * Bool stackOverflow = FALSE;
454 *
455 * // Request stack depth for each core's Hwi stack and check for
456 * // overflow
457 * for (idx = 0; idx < Core_numCores; idx++) {
458 * stackOverflow = Hwi_getCoreStackInfo(&stkInfo, TRUE, idx);
459 *
460 * // Alternately, we can omit the request for stack depth and
461 * // request only the stack base and stack size (the check for
462 * // stack overflow is always performed):
463 * //
464 * // stackOverflow = Hwi_getCoreStackInfo(&stkInfo, FALSE, idx);
465 *
466 * if (stackOverflow) {
467 * // isr Stack Overflow detected
468 * }
469 * }
470 * }
471 *
472 * Int main(Int argc, char* argv[])
473 * {
474 * ...
475 * BIOS_start();
476 * return (0);
477 * }
478 * @p
479 *
480 * @param(stkInfo) pointer to structure of type {@link #StackInfo}
481 * @param(computeStackDepth) decides whether to compute stack depth
482 * @param(coreId) core whose stack info needs to be retrieved
483 *
484 * @b(returns) boolean to indicate a stack overflow
485 */
486 Bool getCoreStackInfo(StackInfo *stkInfo, Bool computeStackDepth,
487 UInt coreId);
488
489 /*!
490 * ======== startup ========
491 * Initially enable interrupts
492 *
493 * Called within BIOS_start
494 */
495 Void startup();
496
497 /*!
498 * ======== disable ========
499 */
500 UInt disable();
501
502 /*!
503 * ======== enable ========
504 * Globally enable interrupts.
505 *
506 * Hwi_enable globally enables hardware interrupts and returns an
507 * opaque key indicating whether interrupts were globally enabled or
508 * disabled on entry to Hwi_enable().
509 * The actual value of the key is target/device specific and is meant
510 * to be passed to Hwi_restore().
511 *
512 *
513 * This function is
514 * called as part of SYS/BIOS Startup_POST_APP_MAIN phase.
515 *
516 * Hardware interrupts are enabled unless a call to Hwi_disable disables
517 * them.
518 *
519 * Servicing of interrupts that occur while interrupts are disabled is
520 * postponed until interrupts are reenabled. However, if the same type
521 * of interrupt occurs several times while interrupts are disabled,
522 * the interrupt's function is executed only once when interrupts are
523 * reenabled.
524 *
525 * A context switch can occur when calling Hwi_enable or Hwi_restore if
526 * an enabled interrupt occurred while interrupts are disabled.
527 *
528 * Any call to Hwi_enable enables interrupts, even if Hwi_disable has
529 * been called several times.
530 *
531 * Hwi_enable must not be called from main().
532 *
533 * @b(returns) opaque key for use by Hwi_restore()
534 */
535 UInt enable();
536
537 /*!
538 * ======== restore ========
539 * Globally restore interrupts.
540 *
541 * Hwi_restore globally restores interrupts to the state determined
542 * by the key argument provided by a previous invocation of Hwi_disable.
543 *
544 * A context switch may occur when calling Hwi_restore if Hwi_restore
545 * reenables interrupts and another Hwi occurred while interrupts were
546 * disabled.
547 *
548 * Hwi_restore may be called from main(). However, since Hwi_enable
549 * cannot be called from main(), interrupts are always disabled in
550 * main(), and a call to Hwi_restore has no effect.
551 *
552 * @param(key) enable/disable state to restore
553 */
554 Void restore(UInt key);
555
556 /*!
557 * @_nodoc
558 * ======== switchFromBootStack ========
559 * Indicate that we are leaving the boot stack and
560 * are about to switch to a task stack.
561 * Used by Task_startup()
562 */
563 Void switchFromBootStack();
564
565 /*!
566 * ======== post ========
567 * Generate an interrupt for test purposes.
568 *
569 * @param(intNum) ID of interrupt to generate
570 */
571 Void post(UInt intNum);
572
573 /*!
574 * @_nodoc
575 * ======== getTaskSP ========
576 * retrieve interrupted task's SP
577 *
578 * Used for benchmarking the SYS/BIOS Hwi dispatcher's task
579 * stack utilization.
580 *
581 * @b(returns) interrupted task's SP
582 */
583 Char *getTaskSP();
584
585 586 587 588 589 590 591 592 593 594 595 596 597 598 599 600 601 602
603
604 605 606 607 608 609 610 611 612 613 614 615 616 617 618
619
620
621 622 623 624 625 626 627 628 629 630 631 632 633
634
635
636 637 638 639 640 641 642 643 644 645 646 647 648 649
650
651
652 /*!
653 * ======== disableInterrupt ========
654 * Disable a specific interrupt.
655 *
656 * Disable a specific interrupt identified by an interrupt number.
657 *
658 * @param(intNum) interrupt number to disable
659 * @b(returns) key to restore previous enable/disable state
660 */
661 UInt disableInterrupt(UInt intNum);
662
663 /*!
664 * ======== enableInterrupt ========
665 * Enable a specific interrupt.
666 *
667 * Enables a specific interrupt identified by an interrupt number.
668 *
669 * @param(intNum) interrupt number to enable
670 * @b(returns) key to restore previous enable/disable state
671 */
672 UInt enableInterrupt(UInt intNum);
673
674 /*!
675 * ======== restoreInterrupt ========
676 * Restore a specific interrupt's enabled/disabled state.
677 *
678 * Restores a specific interrupt identified by an interrupt number.
679 * restoreInterrupt is generally used to restore an interrupt to its state
680 * before {@link #disableInterrupt} or {@link #enableInterrupt} was
681 * invoked
682 *
683 * @param(intNum) interrupt number to restore
684 * @param(key) key returned from enableInt or disableInt
685 */
686 Void restoreInterrupt(UInt intNum, UInt key);
687
688 /*!
689 * ======== clearInterrupt ========
690 * Clear a specific interrupt.
691 *
692 * Clears a specific interrupt's pending status.
693 * The implementation is family-specific.
694 *
695 * @param(intNum) interrupt number to clear
696 */
697 Void clearInterrupt(UInt intNum);
698
699 instance:
700
701 /*!
702 * Create a dispatched interrupt.
703 *
704 * A Hwi dispatcher table entry is created and filled with the
705 * function specified by the fxn parameter and the attributes
706 * specified by the params parameter.
707 *
708 * If params is NULL, the Hwi's dispatcher properties are assigned a
709 * default set of values. Otherwise, the following properties
710 * are specified by a structure of type Hwi_Params.
711 *
712 * @p(blist)
713 * - The arg element is a generic argument that is passed to the plugged
714 * function as its only parameter. The default value is 0.
715 * - The enableInt element determines whether the interrupt should be
716 * enabled in the IER by create.
717 * - The maskSetting element defines the dispatcherAutoNestingSupport
718 * behavior of the interrupt.
719 * @p
720 *
721 * Hwi_create returns a pointer to the created Hwi object.
722 *
723 * @param(intNum) interrupt number
724 * @param(hwiFxn) pointer to ISR function
725 *
726 */
727 create(Int intNum, FuncPtr hwiFxn);
728
729 /*! maskSetting. Default is {@link #MaskingOption Hwi_MaskingOption_SELF} */
730 config MaskingOption maskSetting = MaskingOption_SELF;
731
732 /*! ISR function argument. Default is 0. */
733 config UArg arg = 0;
734
735 /*! Enable this interrupt when object is created? Default is true. */
736 config Bool enableInt = true;
737
738 /*!
739 * Interrupt event ID (Interrupt Selection Number)
740 *
741 * Default is -1.
742 * Not all targets/devices support this instance parameter.
743 * On those that don't, this parameter is ignored.
744 */
745 config Int eventId = -1;
746
747 /*!
748 * Interrupt priority.
749 *
750 * The default value of -1 is used as a flag to indicate
751 * the lowest (logical) device-specific priority value.
752 *
753 * Not all targets/devices support this instance parameter.
754 * On those that don't, this parameter is ignored.
755 */
756 config Int priority = -1;
757
758 /*!
759 * ======== getFunc ========
760 * Get Hwi function and arg
761 *
762 * @param(arg) pointer for returning hwi's ISR function argument
763 * @b(returns) hwi's ISR function
764 */
765 FuncPtr getFunc(UArg *arg);
766
767 /*!
768 * ======== setFunc ========
769 * Overwrite Hwi function and arg
770 *
771 * Replaces a Hwi object's hwiFxn function originally
772 * provided in {@link #create}.
773 *
774 * @a(constraints)
775 * Hwi_setFunc() is not thread safe. This means that the new value for
776 * for 'fxn' may be temporarily paired with the previous value for 'arg'
777 * if pre-emption occurs within the execution of Hwi_setFunc().
778 *
779 * To guard against this condition, surround the Hwi_setFunc() call with
780 * calls to Hwi_disable() and Hwi_restore():
781 *
782 * @p(code)
783 * key = Hwi_disable();
784 *
785 * Hwi_setFunc(newFunc, newArg);
786 *
787 * Hwi_restore(key);
788 * @p
789 *
790 * @param(fxn) pointer to ISR function
791 * @param(arg) argument to ISR function
792 */
793 Void setFunc(FuncPtr fxn, UArg arg);
794
795 /*!
796 * ======== getHookContext ========
797 * Get hook instance's context for a Hwi.
798 *
799 * @b(returns) hook instance's context for hwi
800 */
801 Ptr getHookContext(Int id);
802
803 /*!
804 * ======== setHookContext ========
805 * Set hook instance's context for a Hwi.
806 *
807 * @param(id) hook instance's ID
808 * @param(hookContext) value to write to context
809 */
810 Void setHookContext(Int id, Ptr hookContext);
811
812 /*!
813 * ======== getIrp ========
814 * Get address of interrupted instruction.
815 *
816 * @b(returns) most current IRP of a Hwi
817 */
818 Irp getIrp();
819 }


JSON Schema Validator is to help you write and test of
JSON Schemas that conform with the Draft v4
specification.
It's highly recommended to use Chrome, Firefox browser instead of IE.
How to use
- Decide the JSON schema, you can select from "Samples" menu above, paste the content under the
textarea, or choose a file from your local machine (notice that your file will not upload to the
server).
- Decide the JSON document which you want to validate with, the same with JSON schema, you can
paste the JSON or choose a JSON file from your local machine.
- Once the both textarea have content, the validator will automatically find whether it's a valid
JSON, and output the errors under JSON document column if not.
Tips
- You can click the "Format" button to format your JSON, make it beautiful.
- Again, the file you've chosen will not be uploaded onto server, so there isn't
any security issue.
- Click the "Reset" button on right top to clear all your work, it's faster than
refresh the page.


Rebble Store
for
pebble
Watchfaces
Apps
Our pet rock has lost your page, sorry about that
404
We're getting the following message {{ 404 }}
Try again
Back to home


Everyone should find time for himself every day and BE.
This free application allows you having a minute of peace watching a inspiring HD fullscreen video in your computer.
Just drag&drop this button to your bookmarks bar to start it.
 Or maybe after a busy day at work you are in the underground and you would like to relax your mind before getting home? This free application allows you having a minute of peace watching a random HD fullscreen video for just a minute in your computer.


Marc Fieser Learning Journal Day 11
Today is class we started learning about pyramid and how to build an app using this framework. We are also continuing on in our data structures assignment and I have changed to be partners with Marc K. This was interesting in working on our deque for the day since we started with his data-structure repo so I had to learn a bit about how they named and formated their doubly linked list. There is also a difference in how we approach the testing. This should be a good learning experience as we continue to work together.


@(cachedUserData: CachedData, dashboardPage: models.page.DashboardPage, assistanceDetails: Option[_root_.connectors.exchange.AssistanceDetails] = None, adjustments: Option[Adjustments] = None)( implicit request: Request[_]) @import security.RoleUtils._ @import models.page.Phase2TestsPage @requiresInvigilatedETray = @{ adjustments.flatMap(_.adjustments).exists(_.contains("etrayInvigilated")) } @hasUnconfirmedAdjustments = @{ val requiresAdjustments = assistanceDetails.exists(a => a.requiresAdjustments) // Some(adjustments) is returned when adjustments are confirmed, // otherwise None is returned. None means two cases: // - no adjustments have been requested // - adjustments have been requested, but they are awaiting confirmation val adjustmentsConfirmed = adjustments.flatMap(_.adjustmentsConfirmed).getOrElse(false) requiresAdjustments && !adjustmentsConfirmed } @invigilatedETraySection() = {
We're arranging for you to come in and take an invigilated e-tray.
You'll be contacted by a member of our team with further details.
} @isInvigilatedVideoApproved = @{ dashboardPage.phase3TestsPage.exists(_.isInvigilatedVideoApproved) } @eTraySection(phase2Test: Phase2TestsPage) = {This section is timed, after starting the section you'll have 80 minutes to complete it. If we've agreed you require extra time, this will be added to the 80 minutes.
You have @{ phase2Test.getDuration } to finish the e-tray.
It expires at @{ phase2Test.getExpireTimeLondon } (London) on @{ phase2Test.getExpireDateLondon }.
(You'll have 80 minutes to finish)
If we've agreed you require extra time, this will be added to the 80 minutes.
E-tray - locked
Unlocked if you're successful in the online exercises
} @onlineExercisesForUnconfirmedAdjustments() = {E-tray
Before you take the e-tray we need to contact you to confirm your requested extra support.
} @(dashboardPage.isTestGroupExpired, dashboardPage.isPhase1TestFailed, dashboardPage.phase1TestsPage) match { case (true, _, _) => {Online exercises
Unfortunately the time you had to finish the online exercises has expired.
If you believe there's been a mistake, please contact us .
Visit the Civil Service jobs site for more opportunities with us.
Online exercises
Unfortunately we've assessed your results and you've been unsuccessful this time.
Visit the Civil Service jobs site for more opportunities with us.
Online exercises - locked
E-tray - locked
Video interview - locked
Situational judgement questionnaire - locked
Behavioural questionnaire - locked
We'll let you know when the online tests are ready for you to complete.
Online exercises
Congratulations, you've passed this section and can now continue to the next section.
} else {You've completed this section, we'll send you an email when we have your results. Make sure you check your junk inbox.
}Online exercises
You have @{ tests.getDuration } to finish the online exercises
(Should take about an hour to finish both exercises)
E-tray
Congratulations, you've passed this section and can now continue to the next section.
E-tray
Unfortunately the time you had to finish the e-tray has expired.
If you believe there's been a mistake, please contact us .
Visit the Civil Service jobs site for more opportunities with us.
E-tray
Unfortunately we've assessed your results and you've been unsuccessful this time.
Visit the Civil Service jobs site for more opportunities with us.
E-tray
@invigilatedETraySection } else { @eTraySectionBeforeOnlineExercisesFinishes() }}E-tray
You've completed this section, we'll send you an email when we have your results. Make sure you check your junk inbox.
E-tray
@eTraySection(phase2Test)Video interview
Unfortunately the time you had to finish the video interview has expired.
If you believe there's been a mistake, please contact us .
Visit the Civil Service jobs site for more opportunities with us.
Video interview
Unfortunately we've assessed your results and you've been unsuccessful this time.
Visit the Civil Service jobs site for more opportunities with us.
Video interview - locked
Unlocked if you're successful in the e-tray
Video interview
You've completed this section, we'll send you an email when we have your results. Make sure you check your junk inbox.

You'll be contacted by a member of our team with further details.
Each of your answers is timed, although you can take a break in-between questions if needed.
You have @{ phase3Test.getDuration } to finish the video interview
(The answers that you give are timed)


T Note
Home
Login
Notes
Text Books
Textbook PDFs
More Textbooks Will Be Available
Algebra 1
Biology
Statistics
Spanish II
Chemistry


Concrete Mathematics (2nd Edition)
Chapter 1 Solutions
Chapter 2 Solutions
Chapter 3 Solutions
Chapter 5 Solutions
Introduction to Algorithms (3rd Edition)
Chapter 2 Solutions


Hello HTML!
HTML describes formatted text using tags. Visit the SoftUni HTML course to learn more.
First Heading (Biggest)
Second Heading (Smaller)
Third Heading (More Smaller)
Fourth Heading (Smallest)
Exercises
First paragraph
Second paragraph
Third paragraph
- First item
- Second item
- Third item
- One
- Two
- Three
See the logo.
SoftUni
See the exercises
I am a green big centered text paragraph
Example
Welcome to the Software University (SoftUni) in Sofia (Bulgaria), good luck!
Welcome
to the Software University (SoftUni) in Sofia (Bulgaria), good luck!
green
red block
blue block
yellow
coral
tan
sky blue


We're sorry but percy's blog doesn't work properly without JavaScript enabled. Please enable it to continue.


10 Step program to understanding CSS position
This tutorial examines the different layout properties available in CSS: position:static, position:relative, position:absolute, and float.
1. position:static
The default positioning for all elements is position:static, which means the element is not positioned and occurs where it normally would in the document.
Normally you wouldn't specify this unless you needed to override a positioning that had been previously set.
#div-1 {
position: static;
}
Static positioned elements are not affected by the top, bottom, left, and right properties.
The layout on the right, contains 3 outer divs
- div-before - purple
- div-1 - black
- div-after - purple
- div-1a - red
- div-1b - green
- div-1c - blue
2. position:relative
If you specify position:relative, then you can use top or bottom, and left or right to move the element relative to where it would normally occur in the document.
Let's move div-1 down 20 pixels, and to the left 40 pixels:
#div-1 {
position: relative;
top: 20px;
left: -40px;
}
Notice the space where div-1 normally would have been if we had not moved it: now it is an empty space. The next element div-after did not move when we moved div-1. That's because div-1 still occupies that original physical space in the document, even though we have moved it visually.
It would appear that position:relative is not very useful, but it will perform an important task later in this tutorial.
3. position:absolute
When you specify position:absolute, the element is removed from the document and placed exactly where you tell it to go (provided the outer div is not being positioned as relative).
The inner divs div-1b and div-1c are still positioned static as the default - and only div-1a has been positioned absolute.
Let's move div-1a to the top right of the page:
#div-1a {
position: absolute;
top: 0;
right: 0;
width: 200px;
}
Notice that this time, since div-1a was removed from the document, the other elements on the page were positioned differently: div-1b, div-1c, and div-after moved up since div-1a was no longer there.
Also notice that div-1a was positioned in the top right corner of the page. It's nice to be able to position things directly the page, but it's of limited value.
What we really want is to position div-1a relative to div-1. And that's where relative position comes back into play.
Footnotes
- There is a bug in the Windows IE browser: if you specify a relative width (like "width:50%") then the width will be based on the parent element instead of on the positioning element.
4. position:relative + position:absolute
If we set relative positioning on div-1, any elements within div-1 will be positioned relative to div-1. Then if we set absolute positioning on div-1a, we can move it to the top right of div-1:
#div-1 {
position: relative;
}
#div-1a {
position: absolute;
top: 0;
right: 0;
width: 200px;
}
5. two column absolute
Now we know th effect of absolute, why not simply make a multi-column layout within the containing div.
If we apply absolute positioning to the inner divs and relative the outer div, we should have columns!
#div-1 {
position: relative;
}
#div-1a {
position: absolute;
top: 0;
right: 0;
width: 200px;
}
#div-1b {
position: absolute;
top: 0;
left: 0;
width: 200px;
}
One advantage to using absolute positioning is that we can position the elements in any order on the page, regardless of the order they appear in the HTML. So I put div-1b before div-1a.
Houston we have a problem! What happened to the other elements?
They are being obscured by the absolutely positioned elements. What can we do about that?
6. two column absolute height
One solution is to set a fixed height on the elements.
But that is not a viable solution for most designs, because we usually do not know how much text will be in the elements, or the exact font sizes that will be used.
#div-1 {
position: relative;
height: 250px;
}
#div-1a {
position: absolute;
top: 0px;
right: 0px;
width: 200px;
}
#div-1b {
position: absolute;
top: 0px;
left: 0px;
width: 200px;
}
7. float
For variable height columns, absolute positioning removes the nodes from the normal document flow and all remaining items flow up naturally, so for some developers this may appear as if absolute position does not work exactly as planned, so let's come up with another solution.
We can apply a "float" position on an element to push it as far as possible to the right or to the left, and allow text to wrap around it. This is commonly seen for images, however, for our demonstration but we will use it for more complex layout tasks (because it's the only tool we have).
#div-1a {
float: left;
width: 200px;
}
In this exampe we had applied a position of float to the div-1a element, pushing the div to left within the parent div-1 container element. The remaining elements are statically placed (default position) and wrap around the floated element.
8. float columns
If we float one column to the left, then also float the second column to the left, they will push up against each other.
#div-1a {
float: left;
width: 150px;
}
#div-1b {
float: left;
width: 150px;
}
The effect we see is all the remaining divs are still statically positioned and move upward. For example if we examine div-1c it is placed to the right of second floated element. And the div-after is moved up - essentially closing off the height of the 3 inner divs.
The 2 floated elements div-1a and div-1b extend their respective heights without interference from the remaining divs.
The question may come up that we are now in the same position we were when absolute position.
Well not exactly, in this case we can see the div-1c and the div-after and are not be obscurred.
9. float columns with clear
So how do we position the inner element div-1c below the floated elements and not adjust the height as being fixed.
The technique would simply be after the floating elements we can "clear" the floats to push down the rest of the content.
#div-1a {
float: left;
width: 190px;
}
#div-1b {
float: left;
width: 190px;
}
#div-1c {
clear: both;
}
What we observe from this is inner element div-1c clears the floats and will placed just under the floating elements
Notice: We do not apply clear:both; to the div-after element.
10. Disclaimer & Resources
These examples demonstrated are simplified and can be implemented in more complex page layouts.
A Word of caution: Being that these are simple examples they do not trigger some of the CSS bugs in the Windows IE browser (of which there are many).
The following site should prove to be helpful in your page development.
http://www.gotapi.com/html
id = div-before
id = div-1
id = div-1a
Lorem ipsum dolor sit amet, consectetuer adipiscing elit. Integer pretium dui sit amet felis.  Integer pretium dui sit amet felis. Integer sit amet diam. Phasellus ultrices viverra velit. Nam mattis, arcu ut bibendum commodo, magna nisi tincidunt tortor, quis accumsan augue ipsum id lorem.
id = div-1c
id = div-after


Leonardo DiCaprio praises teen climate change activist Greta Thunberg
Leonardo DiCaprio praised teenage climate change activist Greta Thunberg as a “leader of our time” following their first meeting.
DiCaprio, one of Hollywood’s leading stars and a prominent environmental campaigner, said 16-year-old Ms Thunberg’s message should be a “wake-up call to world leaders everywhere that the time for inaction is over”.
The Academy Award-winner shared a picture of him and the Swedish student on Instagram, writing: “There are few times in human history where voices are amplified at such pivotal moments and in such transformational ways –but @GretaThunberg has become a leader of our time.
“History will judge us for what we do today to help guarantee that future generations can enjoy the same livable planet that we have so clearly taken for granted.
“I hope that Greta’s message is a wake-up call to world leaders everywhere that the time for inaction is over.”
DiCaprio, 44, who most recently starred in Quentin Tarantino’s Once Upon A Time… In Hollywood, said he is “optimistic about what the future holds” thanks to Ms Thunberg and young activists like her.
“It was an honour to spend time with Greta,” he added.
“She and I have made a commitment to support one another, in hopes of securing a brighter future for our planet.”
DiCaprio is a vocal climate change campaigner and highlighted the issue during his acceptance speech at the 88th Academy Awards in 2016.
He said: “Climate change is real, it is happening right now. It is the most urgent threat facing our entire species, and we need to work collectively together and stop procrastinating.”
In light of his environmental work DiCaprio, star of films including Titanic, The Revenant and The Wolf Of Wall Street, has been criticised for his use of private jets.
Ms Thunberg’s activism has sparked a global strike movement that has seen millions of youngsters from across the world protest by refusing to go to school.


Run Tomcat7 on Port 80
You may need to run Tomcat on port 80 for many reasons. It is possible to accomplish this in three steps.
First step is move 8080 to port 80.Find your server.xml file for Tomcat. It is probably under /etc/tomcat/server.xml but still
you can find it by using:
Open server.xml file with an avaliable text editor (I will use nano).
Find the part where port is defined as 8080 and change it to 80.
Close the file by saving it. If you run tomcat now it will complain about some authentication errors. It happens because we are trying to run Tomcat under 1023 ports. So the next step is enable authbind for tomcat. If you run Tomcat on port numbers that are all higher than 1023, then you do not need authbind. It is used for binding Tomcat to lower port numbers. Open /etc/default/tomcat with your text editor.
Switch authbind=no to authbind=yes which is located at the end of file.
The last step is disabling IPv6. You can see the warning just before authbind line saying that “NOTE: authbind works only with IPv4. Do not enable it when using IPv6.”. Open /etc/sysctl.conf with your text editor.
And add these three lines to end of the file.
Save the file and close it. To make sure IPv6 is disabled run
and you will see
After that, if you run:
It will report: 1
Now it is ready to run on port 80. Start your tomcat with
If you look at your catalina.out logs it will be written in there as
Now you can access your services directly without any port like
example.com/Services/


This class represents the most basic control that can exist A Control
is a Widget or a group of widgets that can be reused from application to
application
|
|
__init__(self,
label='',
defaultValue='',
helptext='')
x.__init__(...) initializes x; see help(type(x)) for signature |
source code
|
|
|
|
initForm(self)
Load Control and initiate the events |
source code
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
changed(self)
Function called when ever the Control value is changed |
source code
|
|
|
|
aboutToShowContextMenuEvent(self)
Function called before open the Control popup menu |
source code
|
|
|
|
|
|
|
|
|
|
value(self,
value)
This property return and set what the control should manage or store. |
source code
|
|
|
|
name(self,
value)
This property return and set the name of the control |
source code
|
|
|
|
|
|
|
|
|
|
parent(self,
value)
Returns or set the parent basewidget where the Control is |
source code
|
|
|
|
|
|
Inherited from object :
__delattr__ ,
__format__ ,
__getattribute__ ,
__hash__ ,
__new__ ,
__reduce__ ,
__reduce_ex__ ,
__repr__ ,
__setattr__ ,
__sizeof__ ,
__str__ ,
__subclasshook__
|


Keys
Select All Keys
A
B♭
B
C
E♭
E
D♭
D
F
F♯/G♭
G
A♭
Modes
Select All Modes
Ionian (Major)
Dorian
Phrygian
Lydian
Mixolydian
Aeolian
Locrian
Number of Scales
Minutes
Seconds
Next Scale
Submit
Scale
-
Session will end in
All Done!
Scales Practiced


I am a researcher at Inria in the PARKAS team at the Département d'Informatique (DI) of the École normale supérieure (ENS). My research focuses on probabilistic and reactive programming languages. I am also working on Web APIs, and semi-automatic machine learning.
From 2017 to 2020 I was a research staff member at the IBM T.J. Watson Research Center in the AI Programming Models team.
Services
| Organizer | OOPSLA 2023 ERC-AEC (co-chair), IBM PL Day 2019 (co-chair), DEBS 2019 industry (chair), IBM PL Day 2018 (co-chair) |
|---|---|
| PC Member | FDL 2023, LCTES 2023, LAFI 2023, REBLS 2022, REBLS 2021, EMSOFT 2021, DEBS 2021 industry, LCTES 2021, CC 2021, FDL 2020, EMSOFT 2020, LCTES 2020, DEBS 2020 industry, REBELS 2019, EMSOFT 2019, DEBS 2018, DLS 2017 |
| Reviewer | IEEE TCAD 2020, ACM TECS 2020, EMSOFT 2016, EMSOFT 2015, DAC 2015, JFLA 2015, JFLA 2014 |
Software
| ProbZelus | Compiler and runtime for a synchronous probabilistic language (OCaml/Zelus) |
|---|---|
| DPPL | Compiler from Stan++ to Pyro (Python/OCaml) |
| Lale | A library for semi-automated data science (Python) |
| YAPS | Transpiler from Python syntax to Stan (Python) |
| WCS-OCaml | OCaml SDK for Watson Assistant (OCaml) |
| CloudLens | Interpreter for a reactive language for analyzing cloud logs (Java/Javascript) |
| ZSy | Compiler and runtime for a synchronous language with timers (OCaml/Zelus) |
| ReactiveAsco | ReactiveML sequencer for Antescofo (OCaml/ReactiveML) |
Awards
- ISSTA 2022, ACM SIGSOFT Distinguished Paper Award
- ESEC/FSE 2020, ACM SIGSOFT Distinguished Paper Award
- ACM SIGBED 2017, Paul Caspi Memorial Dissertation Award
- FDL 2017, Best Paper Award
- EMSOFT 2016, Best Paper Nominee
- EMSOFT 2013, Best Paper Nominee
- EMSOFT 2013, Student Travel Grant


on
Getting Emacs and Julia to work
Julia and Emacs
Julia is a hot upcoming language. I see nothing but support for it online, and many benchmarks showing a notable improvements over Python or R. The main reason why it is not already rivaling Python or R is the framework and packages. The language is still new, and does not have a mature framework. Even though it is now on the stable v1.4, there are features I’ve seen described as as ‘in development’. The packages are also maturing, and I can find many equivalent packages to those I use a biologist. However, I will admit a certain level of distrust until I understand Julia better.
I’ve been meaning to play with this language, but the biggest obstacle is the IDE. My Emacs config is something that I’ve grown very attached to, and I’m not going to use any other if I have to. Unfortunately, nearly all of the packages I found for Emacs+Julia have not been worked on for 3 years or more. I suspect that Emacs support for the language will not be great for a while. The best hope for anyone is to use ESS, which has active support for Julia.
The best implementation of Julia that I have achieved is ESS+Jupyter. This approach has created a stable environment with all of the features I rely on; autocompletion, access to a shell, access to documentation. Plus, while org-babel is unavailable, I can add literate notes to my experiments in Julia!
For anyone interested, a simplified version of my config1 is this:
;; ====================
;; ess
;;
;; This is a very simplified version of my config.
(use-package ess
:mode (
("\\.jl\\'" . ess-mode)
("\\.R\\'" . ess-mode)
("\\.r\\'" . ess-mode)
)
)
;; ====================
;; julia-mode
;;
;; dependency for the ess-julia-mode-hook
(use-package julia-mode
:mode ("\\.jl\\'" . ess-mode)
:init
(add-hook 'julia-mode-hook 'ess-julia-mode)
)
;; ====================
;; for ein (jupyter)
(use-package ein
:defer t)
(require 'ein)
(require 'ein-notebook)
(require 'ein-subpackages)
When starting the terminal using this approach, you might get the message “Terminal not functional”. According to a github issue, the system is just upset about a missing history file.
As a little extra, Manjaro users may have had issues with downloading packages through Julia. Add this line to your Bashrc/Zshrc, and it should be fixed:
export JULIA_PKG_SERVER=pkg.julialang.org
Summary of this approach
Positives:
-Adds ESS support to Julia. This adds a large number of features that currently lack from any other competitors. -Adds jupyter support through EIN, enabling literate programming. -Source-editing will now have auto-complete for julia. -Stable enough to get you going!
negatives:
-No org-mode for now…
If you want to reach out to me about this post, please leave an issue on the github repo. I will get around to setting up a comments system for a static website eventually.
discontinued packages for Julia that I had found (in case your interested)
- Julia-shell: seemed promising, but was last updated in 2016 as of writing. That was before the release of v1. Considering the issues and level of maturity that <v1 Julia had, I’m not keen on testing this shell’s stability.
- ob-julia: Org-mode support for Julia also seem discontinued. This was also written before v1. It may be worth playing with if I can get Julia and org to work. I’ll update this post in the future once I figure out how to get org-babel working with Julia.


Bindl.
green
Home
About
Contact
Login
Forget password
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Or
Continue with Google
“Live with no excuses
and
travel
with no regrets”
~
Oscar Wilde


The Canadian Astronomy Data Centre
Herzberg Institute of Astrophysics
CADC Homepage
Register
Home
GSA Queries
Proprietary Data Access
Help
Related Links
Credits
Search for Science Data
Search Complete Catalogue
Search for Processed Calibrations
Search Science Programs
Search Observing Logs
Find Weather Images
Search Gemini Publications
Retrieve Gemini SV Data
Access your PI Data
Search for Science Data
Search Complete Catalogue
Search Science Programs
Search Observing Logs
What's New?
Overview
Form Help
Proprietary Data Access and Control
Programmatic Data Access
Calibration Data Retrieval Queries
Gemini Help Desk
The CADC
CADC Registration
Gemini Observatory
Gemini Instrumentation
Gemini Staff Access
GSA Science Data Query
New Resolver
Object
Right Ascension
Declination
V=VizieR (local)(vizier.hia.nrc.ca)
NGC 1407
03 40 07.2
-18 34 12.0
Mark
Target Name
RA (J2000)
DEC (J2000)
Data Superset Name
Original File Name
Science Program
Observing Logs
Integration Time
UT Date
Release Date
All Program Obs.
Processed Calibration Files
Nightly Raw Calibration Files
Instrument
Filter(s)
Central Wavelength
NGC1407GC1
03 40 09.42
-18 33 37.3
GS-2008B-Q-6-11-005
S20081022S0055
GS-2008B-Q-6
Obs. Logs
2500.4
Oct 22 2008 8:11AM
Apr 22 2010 12:00AM
List
Proc. Cal.
Cal. Files
GMOS-S
no filter
0.5300
NGC1407GC1
03 40 09.42
-18 33 37.3
GS-2008B-Q-6-11-004
S20081022S0054
GS-2008B-Q-6
Obs. Logs
2500.4
Oct 22 2008 7:26AM
Apr 22 2010 12:00AM
List
Proc. Cal.
Cal. Files
GMOS-S
no filter
0.5250
NGC1407GC1
03 40 09.42
-18 33 37.3
GS-2008B-Q-6-11-001
S20081022S0051
GS-2008B-Q-6
Obs. Logs
2500.4
Oct 22 2008 6:41AM
Apr 22 2010 12:00AM
List
Proc. Cal.
Cal. Files
GMOS-S
no filter
0.5200
A total of 3 records were retrieved


|
F´ Flight Software - C/C++ Documentation
NASA-v1.5.0
A framework for building embedded system applications to NASA flight quality standards.
|
#include <Os/IntervalTimer.hpp>
Classes | |
| struct | RawTime |
Public Member Functions | |
| IntervalTimer () | |
| Constructor. More... | |
| virtual | ~IntervalTimer () |
| Destructor. More... | |
| void | start (void) |
| void | stop (void) |
| U32 | getDiffUsec (void) |
| IntervalTimer (IntervalTimer &) | |
| Disabled copy constructor. More... | |
Static Public Member Functions | |
| static U32 | getDiffUsec (const RawTime &t1, const RawTime &t2) |
| static void | getRawTime (RawTime &time) |
Public Attributes | |
| PRIVATE | __pad0__: RawTime m_startTime |
| Stored start time. More... | |
| RawTime | m_stopTime |
| Stored end time. More... | |
Definition at line 13 of file IntervalTimer.hpp.
| Os::IntervalTimer::IntervalTimer | ( | ) |
Constructor.
Definition at line 5 of file IntervalTimer.cpp.
|
virtual |
Destructor.
Definition at line 7 of file IntervalTimer.cpp.
| Os::IntervalTimer::IntervalTimer | ( | IntervalTimer & | ) |
Disabled copy constructor.
Returns the difference in microseconds between the supplied times t1, and t2. This calculation is done with respect to the semantic meaning of the times, and thus is dependent on the platform's representation of the RawTime object.
Definition at line 14 of file IntervalTimer.cpp.
| U32 Os::IntervalTimer::getDiffUsec | ( | void | ) |
Returns the difference in usecond difference between start and stop times. The caller must have called start and stop previously.
Definition at line 34 of file IntervalTimerCommon.cpp.
|
static |
Fills the RawTime object supplied with the current raw time in a platform dependent way.
Definition at line 9 of file IntervalTimer.cpp.
| void Os::IntervalTimer::start | ( | void | ) |
Capture a start time of the interval timed by the interval timer. This fills the start RawTime of the interval.
Definition at line 26 of file IntervalTimerCommon.cpp.
| void Os::IntervalTimer::stop | ( | void | ) |
Capture a stop time of the interval timed by the interval timer. This fills the stop RawTime of the interval.
Definition at line 30 of file IntervalTimerCommon.cpp.
| PRIVATE Os::IntervalTimer::__pad0__ |
Stored start time.
Definition at line 67 of file IntervalTimer.hpp.
| RawTime Os::IntervalTimer::m_stopTime |
Stored end time.
Definition at line 71 of file IntervalTimer.hpp.


We are in the Endgame now!
Join us on Sunday, 4 August, 2019 at Novotel Kolkata for a day filled with amazing Tech talks and demos.
Unable to attend? The DevFest Sessions will be available on YouTube in a few days. Make sure to sign up to receive event information and updates. Take part in the conversation on Twitter by using the hashtags #DevFestKol and #DevFest19.
Get the DevFest App
While no two DevFests will be exactly alike, each at its core is powered by a shared belief that when developers come together to exchange ideas, amazing things can happen.
If you would like to be a Speaker or do a Showcase for your Organization, do check out our CFPs.
DevFests are events where we come together to learn from each other.
The motive is to create a local ecosystem of Developers and give them a platform to Interact and Network. We talk about various cutting-edge technologies.
Share your experience at DevFest '18 and what you loved/ did not love about the event.
We would be looking forward to hearing your DevFest Stories and how that has shaped your actions, work, passion and maybe life in general. Made some amazing friends at DevFest? Tell us about that. Use the hashtags #DevFestKol and #DevFest19.
#DevFestKol
These are the amazing bunch of people who make the event what it is. Who toil day and night to bring to you DevFest Kolkata 🌓
They take the time out from their daily grind to give back to the Community. And in the process, empowering us all.
Meet The Team


This is the default page for vitaminpilot.com. This page was generated automatically via ispCP Omega. Please upload your own index.html file.
If you are the Administrator of this domain, please login here.
Powered by ispCP Omega
This is the default page for vitaminpilot.com. This page was generated automatically via ispCP Omega. Please upload your own index.html file.
If you are the Administrator of this domain, please login here.
Powered by ispCP Omega


Adding a client manually overrides the normal registration process for your class. This contact will appear on your attendee list and take a space however no payment will be taken. If you wish for this client to pay, you will need to arrange for payment separately. However, add an existing client with a membership or class bundle that applies to this class, one class will be subtracted from their remaining classes.


Tanker explosion, 3 crew died, Nakhodka, Japan sea
by NIKOLAY TORKINExplosion occurred on board of bunker tanker ZALIV AMERIKA in cargo tanks or tank at around 0830 LT (UTC +10) Nov 2 in Nakhodka Port waters, near Mys Astafyev Cape, Primorye, Russia, Japan sea. 2 crew were killed by explosion, 1 was thrown overboard and later found dead. There was no fire after explosion. According to insiders posts in social nets, fuel gases exploded in empty cargo tanks, their reports confirmed by local media photos Tanker was towed from explosion site at Nakhodka port entrance to tankers anchorage, AIS is on.
Bunker tanker ZALIV AMERIKA, IMO 8714592, dwt 3302, built 1989, flag Russia, owner NAYADA Co., Nakhodka.


|
||||||||||
| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |
WakefulBroadcastReceiver
takes care of creating and managing a
partial wake lock for your app.IntentService
does the actual handling of the GCM message.Cursor
used to display Messages for a given subject
Cursor
used to display Messages for a given thread id.
Cursor
used to display the unique subjects and counts.
PMSettings.OPERATING_SYSTEM
PMConstants.PushChannel.ANDROID
|
||||||||||
| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |


My journey started with a love of humanity and an urgency to expand our presence to the rest of the solar system. I decided that I would take a more political approach to help "grease the skids" of more capitalistic avenues (e.g. SpaceX, BlueOrigin), but, with a father and grandfather both being in the Navy, I first headed off to a career as a nuclear submarine officer. Having served my country and deciding I wanted to contribute more to both my country and humanity, I exited the Navy with the intent of finding my "reason for being." Following a completion of the Pacific Crest Trail and subsequent redirections, I developed a love for programming and a fascination with the problems that data could solve.
Used advanced Python libraries to perform statistical analysis, implement machine learning models, and produce web dashboards. Specific cases include developing a system to make movie recommendations to users, predicting fraudulent events on an event hosting site, determining major factors of churn, and predicting sale value of machine equipment. See my capstone below.
Aided students in understanding Python web development frameworks, data structure implementations, and development operations deployment tools (specifically Heroku and AWS). Reviewed, tested, and gave feedback on code submissions.
During my time in the Navy, I had various leadership and managerial roles. In all of them, effective communication was paramount. Three milestone qualifications include:
Directed three teams of sailors responsible for the maintenance and administration of all systems associated with the ship's offensive and defensive capabilities.
Oversaw a team of sailors responsible for the maintenance and administration of non-nuclear and auxiliary systems. Equipment included life support, damage control, and auxiliary diesel systems.
Junior officers commissioned as submariners are required to complete a rigorous nuclear training curriculum.
Learned the principles of nuclear propulsion systems, emphasizing heat transfer and thermodynamics, water chemistry, reactor dynamics, radiological fundamentals, electrical engineering, and power plant systems.
Practical application of knowledge on an operating reactor plant. Responsible for leading a team of sailors through engineering casualties, observing various plant responses based on outside stimuli, and practicing complex reactor operations with a team.
Weeks of focused, cumulative study to prepare for a Naval Reactors administered engineering qualification exam, proceeded by two interviews at the Naval Reactors headquarters in D.C. A score of 3.2 is required to pass the exam.
GPA: 3.69
I enjoy taking in the view at the top of a ski slope, the silence of the woods on a less popular hike, or the excitement of catching a smallmouth on a Zara Spook.
Lately indoors, there's a good chance you could find me reading the next book in the Expanse series, obsessing about Horizon: Zero Dawn, or doing a workout in my apartment garage.
This project focused on predicting equipment failure, which could subsequently reduce maintenance costs and equipment downtime. The dataset focused on electrical transformers throughout the Atlanta area and was provided by a data scientist at SAP. The result is a web dashboard through which personnel can use the model to make predictions. They can also choose a new decision threshold depending on varying changes in revenue and associated costs.
An ongoing collaborative effort, the Hearth project aims to aggregate Seattle's disparate social services into one location, making it easy for people in need to find the organizations to help them get back on their feet. Without a centralized system, many organizations go overlooked, and people in need are forced to rely on tribal knowledge of case managers or biased, localized, or outdated sources.
The website is currently in an MVP status and efforts are being made to accrue data from prevalent resources such as Washington 211.
The website was built using Django and Bootstrap, and it was deployed with Ansible and AWS.
This project aimed to accomplish several goals:
I implemented my own labeled property graph as a first step to learn more about them. Where a traditional graph may consist of a node class or by even going as basic as a dictionary of dictionaries, a labeled property graph needs the relationships to be objects themselves, rather than a value in another dictionary. Additionally, they must be directed, and each relationship can contain properties that may give them weights.
Decision trees are a common machine learning algorithm used for classification and regression tasks. In addition, they are the principle components of random forests and major players in ensemble learning. Here, I implemented my own decision tree which, at the very least, can classify the common iris data set based on petal length and width. I also learned sci-kit learn's implementation, which has a very easy way to export a visualization of the tree using graphviz. The image is available below, and a D3 visualization is under construction. The test suite run on my implementation returns the same values as shown in the tree.
My GitHub profile has plenty of side projects I've been working on, including implementations of common computer science data structures, examples of using BeautifulSoup to scrape websites, and notes on machine learning.
See Kurt's GitHub profile.


Enumerable#Map | The Powerful Cousin of Each
Operating on Collections
February 20, 2016
Introduction to Enumerables
Just when I thought I was starting to get comfortable with the classes and methods I had seen till this week, we were hit with Enumerables! After spending too much time thinking about whether the word "enumerable" sounds funny or not, I did however dive into what it was and came away with many useful, and some quite intuitive lessons.
The Well Grounded Rubyist introduces the concept of Enumerables as a "characteristic of collection objects" that allow for various useful collection behaviors. That part sounded really great, but the book then went on to talk about how classes that use Enumerable "enter into a kind of contract," which made me think of this.
However, thinking of Enumerables in terms of a contract is handy. The class that declares the use of Enumerable has to define an instance method each, and in return, Enumerable makes available the collection class behaviors that sounded so promising. These "behaviors" range from traversal and searching methods, to sorting and mapping methods.
What this means is that when we declare Enumerable as part of an object class (which in turn defines what the method each does for that particular class) we gain the ability to perform various operations to each element in the class one-by-one. Below is an example of how this contract might play out at our local taqueria.
class Taco
include Enumerable
def each
yield "tortilla"
yield "meat"
yield "beans"
yield "salsa"
end
end
Enumerable#map
Of the many "collection behaviors" that become accessible as a result of declaring Enumerable, map is one of the most powerful. In fact, in the week or so that I have been dabbling with Enumerables to solve various coding challenges, I have used map and map! (the in-place version of map) the most.
When map is called on a collection/Enumerable, it returns an array consisting of the results of the operation that was passed to map. Below is an example of how this might work if we were super hungry when ordering a taco.
>> taco = ["tortilla", "meat", "beans", "salsa"]
=> ["tortilla", "meat", "beans", "salsa"]
>> taco.map { |ingredient| "super-" + ingredient }
=> ["super-tortilla", "super-meat", "super-beans", "super-salsa"]
In addition to being a handy fast-food-meal-up-sizer, Enumerabl#map is helpful when coding as it returns a new object that is the result of the intended operation. This is different than each which returns the receiver of the operation. This is a useful way to perform and return operations on any collection object (not just an array as in the above example) so that the results can be returned and/or passed on to additional steps of code.
This also means that map does not alter the received collection (i.e. it is non-destructive). This can be demonstrated by calling our original "taco" array which returns a regular (non-super-sized) taco.
>> taco
=> ["tortilla", "meat", "beans", "salsa"]
In Closing
Enuerables give us the ability to search, sort, and more generally "traverse" the various elements of a collection object, doing something each time. If you are still performing such operations using while and/or for loops with nested control flow logic, check out Enumerables and you will see ways to collapse your code ten-fold. Enjoy!


ENG
Calender
Mail
Internet
Cortana
Weather
Photos
Laptop
twitter
store
Skype
Start typing to search for apps,files and settings


Before doing a new release of pg8000 I generally run the full suite of SQLAlchemy tests (as well as pg8000's own test suite). This time with pg8000 1.10.2 I found that the tests hung at:
test/dialect/test_oracle.py::CompatFlagsTest::test_ora8_flags PASSED
doing CTRL-C let the tests carry on, not missing out any. Since pg8000 passed its own tests, I went ahead and released it anyway. Publish and be damned! Not a good attitude.
So here I am at the Bristol Hack Night, and determined to fix this bug. I reached out to the SQLAlchemy mailing list, and got some pointers from the ever helpful and hugely talented Mike Bayer.
I've made no progress. Even printing stuff out to stderr made the bug go away. What will I do?
Skip forward many days...
I'm now at the Meanbee Hack Night in Bath. After the lack of progress last time, I've got some new leads. The aforementioned Mike Bayer made a second post saying:
44a9820b4e02f65b3884fa2c016efc has a fix which adds explicit cleanup to a few connection objects that are checked out and not closed, leading to the pool._refs collection to not be empty when that particular test starts.
So I'll fetch
that and see how the tests run...
Everything runs okay now, so case closed.


Creators for Creators
Home
Sign Up
Log In
Like Kickstarter for Creators
What's your idea?
CREATE
COLLABORATE


Simulated summer water temperature trends for 1950–2015 using the Mann-Kendall test (MKT). Triangle sizes represent the magnitude of the overall monotonic trend (°C (66 yr) −1). Triangles with white dots denote trends significant at p < 0.05 with p-values provided in Supplementary Table S5. Map generated using ESRI ArcMap 10.5.1 ( http://desktop.arcgis.com/en/arcmap/).


Rotilio Training Program
What is Rotilio?
Rotilio is the Techmakers base board for the IoT, with many integrated sensors to realize your IoT project.
Two models with different CPU, for global 3G or WiFi connectivity. Intuitive online development environment.
Rotilio basic firmware is already a workable solution for many cases of use.
Basic Training
With this training we want provide the basics setup for the app and the electronics of Rotilio,
in order to show its potential and enable participants to start a process of experimentation and
use of its functions autonomously.
During the training we will retain the following topics:
- Rotilio Maker components: sensors, actuators, communication interface, WiFi and 3G connections
- WiFi configuration
- 3G configuration
- Rotilio Maker and Rotilio Pro functions
- Web/Mobile Application
- Tutorial how to turn on and off eletrical loads with Rotilio Maker
- Tutorial how to turn on and off eletrical loads with Rotilio Pro
- Tutorial of how to receive info from Rotilio
- Main differences between Rotilio Maker and Rotilio Pro
- Creating a mini application
Skills
The following basic skills are required:
- Familiarity with browser, mobile app and WiFi networks
- No programming capacity required even if it might facilitate the understanding of some parts
- Familiarity with electrical fittings for the hardware part
Basic Training Prices
Next date: 18/11/16 from 2.30 PM to 6:30PM
Where: in Rome, Via del Poggio
Laurentino 118, Meeting Room "Sala Spagna"
Map: Centro
Direzionale Eur
Basic Training 190,00 € + VAT
per person.
Basic Training with Rotilio Maker WiFi 289,00 € +VAT.
Basic Training with Rotilio Maker 3G 369,00 € +VAT.
Advanced Training
With this training we want make indipendent the partecipant in the knowledge of the CPU's development environment for customization of their firmware. Provide basic knowledge to create their own IoT solution.
During the training we will retain the following topics:
- Firmware customization
- Web/Mobile Application customization
- Check List for a complete IoT Product
Skills
The following basic skills are required:
- Knowledge of programming languages for those who want to customize the part firmware
- Minimal knowledge of Javascript for customization of web / Mobile application(optional)
- Having attended the basic course of Rotilio Maker and Rotilio Pro
Advanced Training Cost
Next date: 16/12/16 from 2.30 PM to 6.30 PM
Where: in Genoa, Via Palestro 45
a/r, Techmakers Headquarter
Advanced Training 190,00 € + VAT per person.
Advanced Training with Rotilio Maker WiFi 289,00 € +VAT.
Advanced Training with Rotilio Maker 3G 369,00 € +VAT.


5.9 The netrc Module
The netrc module parses .netrc configuration files, as shown in Example 5-18.
Such files are used to store FTP usernames and passwords in a user's
home directory (don't forget to configure things so that the file can
only be read by the user:
"chmod 0600
~/.netrc," in other words).
Example 5-18. Using the netrc Module
File: netrc-example-1.py
import netrc
# default is $HOME/.netrc
info = netrc.netrc("samples/sample.netrc")
login, account, password = info.authenticators("secret.fbi")
print "login", "=>", repr(login)
print "account", "=>", repr(account)
print "password", "=>", repr(password)
login => 'mulder'
account => None
password => 'trustno1'
|


class: center, middle # ETLocal ## Where do we go next? --- # Agenda 0. Preface 1. Goal of this meeting 2. Ideas --- # Preface Provinces, municipalities, districts and neighborhoods have their own unique questions for their energy systems. ETLocal provides a way to get meaningful insight into their current situation and allows to customize and create stable, transparent present situations for usage inside of ETModel. --- # Goal of this meeting - Find the priority of 'what is needed next?' in ETLocal - Hear out possible other ideas --- # Ideas: - Moderating a local dataset - Hooking up to the ETM front-end - Validation with Refinery - etc. - Selecting custom areas (in other words: a non-CBS area) --- # Moderating a local dataset - Include ways for a user to 'freeze' a dataset / moderate incoming changes --- # Hooking up the ETM front-end - Connecting the input from ETLocal to ETEngine → ETModel *Use-cases:* - Trying out a dataset in the ETM - Validating if a number gives the correct result in a scenario --- # Selecting custom areas - Making a dataset for a non-CBS area *Use-cases* - Make a dataset for a few houses - Combining municipalities/neighborhoods/etc. --- class: middle # Other routes to consider?


See an easy way to save on these fees
Here's what our users said this ${timeSpanWords}!
Here's the ${timeSpanWords} at a glance for our users
${fromDate} – ${toDate}
Weekly Stats
App Store
Lifetime Rating
Weekly Avg. Rating *
# Reviews
${appStoreLifetimeRating}
${appStoreRating}
${appStoreNumberOfReview}
Play Store
Lifetime Rating
Weekly Avg. Rating *
# Reviews
${playStoreLifetimeRating}
${playStoreRating}
${playStoreNumberOfReview}
Review Breakup
Positive
Neutral
Negative
${positiveReview}
${neutralReview}
${negativeReview}
Top Feedbacks
${reviewBlock}
Powered by Fawkes!
NOTE :
Average Ratings are calculatetd for the Review's which have a review. May not reflect the App. Store/Play Store Numbers


Hello! I am Sudhanshu Shekhar Jha. Full Stack Developer.
Living and working in New Delhi, I have had the opportunity to learn so much in my field. I have been trained by a number of industry professionals, which means I’ve had many different experiences that have built me into the skilled professional I am today. Now, I’m looking for new challenges and hope to venture even further down my chosen career path, learning as I go. Find out more about me by getting in touch.
April 2019 - present
- Add new features to the product
- Developed multivariate Gaussian anomaly detection algorithm in Python to identify suspicious patterns in network traffic
- Conducted cluster analysis to generate segmented profiles of students
May 2018- Mar 2019
- Full stack developer responsible for end-to-end web app development
- Drove best practice implementation. Decreased rework by 23% and costs by 15%.
- Boosted user experience scores by 55% over company-wide previous best.
Sept 2017- Mar 2018
Learning and experimenting with new programming languages
Mar 2015 - Sept 2017
April 2013 - May 2013
Earth station,Link budget/Link margin,Direct to home transmission,Color mixing.
Setup of the studio,working of cameras,Transmitter,other electronic equipments
2010 - 2014
Instutute of Technical Edaction and Research
C, C++, DataStrucure
2009 - 2010
JMSV
Physics, Chemistry, Maths
2008 - 2009
Tagore International School
Science, Maths, English
My Abode
Address
Rzf 769/8a, Rajnagar Part 2 ,9th Street, New Delhi, India
Phone
+91-9971194422
jha.sudhanshu1991@gmail.com