#include <get_node_info.hpp>
|
| | GetNodeInfo (const std::string &appName="", const std::string &appVersion="", int64_t jreAvailableProcessors=0, int64_t jreFreeMemory=0, int64_t jreMaxMemory=0, int64_t jreTotalMemory=0, const Types::Trytes &latestMilestone="", int64_t latestMilestoneIndex=0, const Types::Trytes &latestSolidSubtangleMilestone="", int64_t latestSolidSubtangleMilestoneIndex=0, int64_t neighbors=0, int64_t packetsQueueSize=0, int64_t time=0, int64_t tips=0, int64_t transactionsToRequest=0) |
| |
| | GetNodeInfo (const json &res) |
| |
| | ~GetNodeInfo ()=default |
| |
| void | deserialize (const json &res) override |
| |
| const std::string & | getAppName () const |
| |
| const std::string & | getAppVersion () const |
| |
| const int64_t & | getJreAvailableProcessors () const |
| |
| const int64_t & | getJreFreeMemory () const |
| |
| const int64_t & | getJreMaxMemory () const |
| |
| const int64_t & | getJreTotalMemory () const |
| |
| const Types::Trytes & | getLatestMilestone () const |
| |
| const int64_t & | getLatestMilestoneIndex () const |
| |
| const Types::Trytes & | getLatestSolidSubtangleMilestone () const |
| |
| const int64_t & | getLatestSolidSubtangleMilestoneIndex () const |
| |
| const int64_t & | getNeighbors () const |
| |
| const int64_t & | getPacketsQueueSize () const |
| |
| const int64_t & | getTime () const |
| |
| const int64_t & | getTips () const |
| |
| const int64_t & | getTransactionsToRequest () const |
| |
| | Base (const int64_t &duration=0) |
| |
| | Base (const json &res) |
| |
| virtual | ~Base ()=default |
| |
| const int64_t & | getDuration () const |
| |
| void | setDuration (const int64_t &duration) |
| |
GetNodeInfo API call response.
Returns information about your node.
https://iota.readme.io/reference#getnodeinfo
◆ GetNodeInfo() [1/2]
| IOTA::API::Responses::GetNodeInfo::GetNodeInfo |
( |
const std::string & |
appName = "" , |
|
|
const std::string & |
appVersion = "" , |
|
|
int64_t |
jreAvailableProcessors = 0 , |
|
|
int64_t |
jreFreeMemory = 0 , |
|
|
int64_t |
jreMaxMemory = 0 , |
|
|
int64_t |
jreTotalMemory = 0 , |
|
|
const Types::Trytes & |
latestMilestone = "" , |
|
|
int64_t |
latestMilestoneIndex = 0 , |
|
|
const Types::Trytes & |
latestSolidSubtangleMilestone = "" , |
|
|
int64_t |
latestSolidSubtangleMilestoneIndex = 0 , |
|
|
int64_t |
neighbors = 0 , |
|
|
int64_t |
packetsQueueSize = 0 , |
|
|
int64_t |
time = 0 , |
|
|
int64_t |
tips = 0 , |
|
|
int64_t |
transactionsToRequest = 0 |
|
) |
| |
|
explicit |
Full init ctor.
- Parameters
-
| appName | Name of the IOTA software you're currently using (IRI stands for Initial Reference Implementation). |
| appVersion | The version of the IOTA software you're currently running. |
| jreAvailableProcessors | Available cores on your machine for JRE. |
| jreFreeMemory | The amount of free memory in the Java Virtual Machine. |
| jreMaxMemory | The maximum amount of memory the Java virtual machine will attempt to use. |
| jreTotalMemory | The total amount of memory in the Java virtual machine. |
| latestMilestone | Latest milestone that was signed off by the coordinator. |
| latestMilestoneIndex | Index of the latest milestone. |
| latestSolidSubtangleMilestone | The latest milestone which is solid and is used for sending transactions. For a milestone to become solid your local node must basically approve the subtangle of coordinator-approved transactions, and have a consistent view of all referenced transactions. |
| latestSolidSubtangleMilestoneIndex | Index of the latest solid subtangle. |
| neighbors | Number of neighbors you are directly connected with. |
| packetsQueueSize | Packets which are currently queued up. |
| time | Current UNIX timestamp. |
| tips | Number of tips in the network. |
| transactionsToRequest | Transactions to request during syncing process. |
◆ GetNodeInfo() [2/2]
| IOTA::API::Responses::GetNodeInfo::GetNodeInfo |
( |
const json & |
res | ) |
|
|
explicit |
Json-based ctor.
- Parameters
-
| res | json to be used for deserialization. |
◆ ~GetNodeInfo()
| IOTA::API::Responses::GetNodeInfo::~GetNodeInfo |
( |
| ) |
|
|
default |
◆ deserialize()
| void IOTA::API::Responses::GetNodeInfo::deserialize |
( |
const json & |
res | ) |
|
|
overridevirtual |
Initialization based on json data.
- Parameters
-
| res | json data to be used for deserialization. |
Reimplemented from IOTA::API::Responses::Base.
◆ getAppName()
| const std::string& IOTA::API::Responses::GetNodeInfo::getAppName |
( |
| ) |
const |
- Returns
- Name of the IOTA software you're currently using (IRI stands for Initial Reference Implementation).
◆ getAppVersion()
| const std::string& IOTA::API::Responses::GetNodeInfo::getAppVersion |
( |
| ) |
const |
- Returns
- The version of the IOTA software you're currently running.
◆ getJreAvailableProcessors()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getJreAvailableProcessors |
( |
| ) |
const |
- Returns
- Available cores on your machine for JRE.
◆ getJreFreeMemory()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getJreFreeMemory |
( |
| ) |
const |
- Returns
- The amount of free memory in the Java Virtual Machine.
◆ getJreMaxMemory()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getJreMaxMemory |
( |
| ) |
const |
- Returns
- The maximum amount of memory that the Java virtual machine will attempt to use.
◆ getJreTotalMemory()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getJreTotalMemory |
( |
| ) |
const |
- Returns
- The total amount of memory in the Java virtual machine.
◆ getLatestMilestone()
| const Types::Trytes& IOTA::API::Responses::GetNodeInfo::getLatestMilestone |
( |
| ) |
const |
- Returns
- Latest milestone that was signed off by the coordinator.
◆ getLatestMilestoneIndex()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getLatestMilestoneIndex |
( |
| ) |
const |
- Returns
- Index of the latest milestone.
◆ getLatestSolidSubtangleMilestone()
| const Types::Trytes& IOTA::API::Responses::GetNodeInfo::getLatestSolidSubtangleMilestone |
( |
| ) |
const |
- Returns
- The latest milestone which is solid and is used for sending transactions. For a milestone to become solid your local node must basically approve the subtangle of coordinator-approved transactions, and have a consistent view of all referenced transactions.
◆ getLatestSolidSubtangleMilestoneIndex()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getLatestSolidSubtangleMilestoneIndex |
( |
| ) |
const |
- Returns
- Index of the latest solid subtangle.
◆ getNeighbors()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getNeighbors |
( |
| ) |
const |
- Returns
- Number of neighbors you are directly connected with.
◆ getPacketsQueueSize()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getPacketsQueueSize |
( |
| ) |
const |
- Returns
- Packets which are currently queued up.
◆ getTime()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getTime |
( |
| ) |
const |
- Returns
- Current UNIX timestamp.
◆ getTips()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getTips |
( |
| ) |
const |
- Returns
- Number of tips in the network.
◆ getTransactionsToRequest()
| const int64_t& IOTA::API::Responses::GetNodeInfo::getTransactionsToRequest |
( |
| ) |
const |
- Returns
- Transactions to request during syncing process.
The documentation for this class was generated from the following file:


×
Home
Bookmarks
Upload
User
☰
Home
Bookmarks
Upload
User
Choose Your Department:
ECE
EEE
CSE
Mech
Civil
Choose Your Department:
ECE
EEE
CSE
Mech
Civil
For personalised suggestions, Log in using
Google


Username
Password
Login
Products
Door Hardware
Levers
Knobs
Pulls
Escutcheons
Sliding door hardware
Flush Pulls
Lift & Slide
Pocket Door Locks
Door Accessories
Hinges
Finials
Clavos
Hinge Straps
Corner Brackets
Door bolts
Door stops
Push Plates
Kickplates
Door Knockers
Cabinet Hardware
Knobs
Roses
Bin Pulls
Pulls
Home Accessories
Hooks
House Numbers
Window Hardware
Customization
Locks
About Us
History
Process
Patina
Contact
Contact
Contact Us
Search
Products
Door hardware
Levers
Knobs
Pulls
Escutcheons
Sliding door hardware
Flush Pulls
Lift & Slide
Pocket Door Locks
Door Accessories
Hinges
Finials
Clavos
Hinge Straps
Corner Brackets
Door bolts
Door stops
Push Plates
Kickplates
Door Knockers
Cabinet Hardware
Knobs
Roses
Bin Pulls
Pulls
Home Accessories
Hooks
House Numbers
Window Hardware
Customization
Locks
About us
History
Process
Patina
Contact
Contact
Contact Us


Maximum download speed:
kB/s
Start
loading data from the server...
running downloads
completed downloads
Clear all


Becca and Mikey met for a fateful trail run in the summer of 2015. Both were recent transplants from their respective Colorado and Tennessee places and were living the dream nearby the redwood forests and coastal tidepools near San Francisco. Mikey had recently signed up for his first triathlon, and Becca was his coach. She still wins in every triathlon where they compete head-to-head, and plans to keep it that way.
The next summer, Mikey and Becca were traveling in Mongolia with their friends.   It was there at the lake where Mikey read a limmerick and proposed with his great grandmother Myrtle's 90-year-old wedding band. Becca gave a teary-eyed Yes, and that brings us to today.
Having those you love spread out around the country and the world has its ups and downs. We'd be foolish not to take this rare opportunity to bring everybody together for a weekend celebration! Luckily, we've found the perfect place to host everyone for a few days full of our favorite things. Please join us for as much as you are able!
Friday, April 28
12pm: Service project at Camp
5pm: Rehearsal Dinner
Saturday, April 29
10am: 5k Race & Brunch
4pm: Wedding
6pm: Reception Dinner & Barn Dance
Sunday, April 30
10am: Brunch


New nodes and links marked green. Deleted links are red dotted lines. Deleted node icon speaks for itself
Display Current Topology Refresh Autolayout Horizontal Layout Vertical Layout


Your browser doesn't support the features required by impress.js, so you are presented with a simplified version of this presentation.
For the best experience please use the latest Chrome, Safari or Firefox browser.
Use a spacebar or arrow keys to navigate


Required Files:
Task
Complete?
No
Amad Ali
Yes?
Zipped the three required files together and submitted to D2L
No
Submitted only MiniWebserver.java as .docx or .txt (NOT as .java) file to
TII
No
No
Ran MyTelnet successfully
Sorta - It doesn't give the response specified in the comment. Tested on both CMD and PowerShell
Ran MyListener successfully
Yes - Compiles, runs, and gives the expected response
Ran WebResponse successfully
Yes - Compiles, runs, and gives the expected response
Created MiniWebserver.java from WebResponse.java (or from scratch)
Yes - Well technically I started from JokeServer.java and just removed superfluous code
Modified MiniWebserver to accept input from WebAdd.html, parse the query
string and return the
name and sum as HTML
Sorta. It returns as string to console, working towards "returning as HTML"
Modified the return HTML output to also include a new
copy of the form input back to the user. That is, you can repeatedly press
< SUBMIT > without having to manually reload the page in the
browser. (See HostServer assignment.)
No
I understand how MIME types convey information about data from server to
client
Yes
If I wanted to, I could return the contents of an HTML file (Web Page) to a
user indicated by the URL
No, but I'm sure I could was able to resolve "returning as html" i'm sure I could
I can explain how the trailing part of the URL string is completely under
program control
Yes - The trailing end of the URL is based on the inputs provided from WebAdd.html
Optional: talked between MyTelentClient and MyListener for fun!
Yes!
No
No
Explained how MIME-types are used to tell the browser what data is coming.
Yes
Explained how you would return the contents of requested files (web pages)
of type HTML (text/html)
Yes
------------------- BRAGGING RIGHTS BELOW THIS
LINE--------------
Explained how you would return the contents of requested files (web pages)
of type TEXT (text/plain)
Yes
<>
[Fill in custom extra feature] add
multiple entries as needed
Sure!
Cool thing I did...
No
Comment two, etc.


| 030:038 Khan | : |
So give to the kindred his due, and to Al-Miskin (the poor) and to the wayfarer. That is best for those who seek Allah's Countenance, and it is they who will be successful. |
| 030:038 Maulana | : |
So give to the near of kin his due, and to the needy and the wayfarer. This is best for those who desire Allah's pleasure, and these it is who are successful. |
| 030:038 Pickthal | : |
So give to the kinsman his due, and to the needy, and to the wayfarer. That is best for those who seek Allah's Countenance. And such are they who are successful. |
| 030:038 Rashad | : |
Therefore, you shall give the relatives their rightful share (of charity), as well as the poor, and the traveling alien. This is better for those who sincerely seek GOD's pleasure; they are the winners. |
| 030:038 Sarwar | : |
Give the relatives, the destitute, and the needy travellers their share (of charity). It is better for those who want to please God and they will have everlasting happiness. |
| 030:038 Shakir | : |
Then give to the near of kin his due, and to the needy and the wayfarer; this is best for those who desire Allah's pleasure, and these it is who are successful. |
| 030:038 Sherali | : |
So give to the kinsman his due and to the needy and to the wayfarer. That is best for those who seek the favour of ALLAH, and it is they who will prosper. |
| 030:038 Yusufali | : |
So give what is due to kindred, the needy, and the wayfarer. That is best for those who seek the Countenance, of Allah, and it is they who will prosper. |
Concepts/Themes Covered: العمل > العمل الطالح > الفلاح والسعادة Action(Work)> Bad Deeds>Success and Happiness الإنسان والعلاقات الاجتماعية > صلة ذوي القربى Man and The Social Relations>Kinship الإنسان والعلاقات الاجتماعية > المجتمع > ابن السبيل Man and The Social Relations>The Society>The Wayfarer تنظيم العلاقات المالية > الفقراء Organizing Financial Relationships>The Poor
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Biography
Hello! My name is Courtney and I am a Software Developer that currently resides in Seattle, Washington. My experience background is working in the service industry through being a personal trainer, volleyball coach, and flight attendant. I have an associates degree in science and am currently improving my developer skills at Code Fellows. My life consists of so many goals, they truly will never end. A main goal of mine is to output some clean code so I can create immaculate websites!
Education
- Code Fellows
- Associates Degree in Science
- Certified Yoga Teacher
- Certified Personal Trainer
Work Experience
- Flight Attendant
- Personal Trainer and Group Strength and Conditioning Instructor
- Volleyball Coach
10 of my Favorite Places To Travel to in the USA
- Kauai, Hawaii
- Maui, Hawaii
- Jackson Hole, Wyoming
- Juneau, Alaska
- San Francisco, California
- Boulder, Colorado
- Seattle, Washington
- Waimea, Hawaii
- Santa Monica, California
- Seaside, Oregon
Lorem ipsum dolor sit amet consectetur adipisicing elit. At repellat possimus a quod id. Nam, quidem aliquid fugiat eum dignissimos non nostrum corporis similique quasi maiores vero, ipsum debitis dolores? Lorem ipsum dolor sit amet consectetur, adipisicing elit. Sed, pariatur? Quam tenetur earum minus voluptas magni ad, est et doloribus, beatae culpa veritatis architecto quaerat repellendus deserunt sit id impedit.


Back
Package ApplicationPackage
Index
Integration diagram:
MobileApp
this is a comment for MobileApp
MobileApp Another
Sequence Diagram
Request types
Response types
MobileApp Login
Sequence Diagram
Request types
Response types
MobileApp2
this is a comment for MobileApp
MobileApp2 SecondEndpoint
Sequence Diagram
Request types
Response types
MobileApp2 ThirdEndpoint
Sequence Diagram
Request types
Response types


The stemming algorithm
German includes the following accented forms,
-
ä ö ü
and a special letter, ß, equivalent to double s.
The following letters are vowels:
-
a e i o u y ä ö ü
First, replace ß by ss, and put u and y between vowels into upper case.
R1 and R2 are first set up in the standard way
(see the note on R1 and R2),
but then R1 is
adjusted so that the region before it contains at least 3 letters.
Define a valid s-ending as one of b, d, f, g, h, k, l, m, n, r or t.
Define a valid st-ending as the same list, excluding letter r.
Do each of steps 1, 2 and 3.
Step 1:
-
Search for the longest among the following suffixes,
-
(a) em ern er
(b) e en es
(c) s (preceded by a valid s-ending)
and delete if in R1. (Of course the letter of the valid s-ending is
not necessarily in R1.) If an ending of group (b) is deleted, and the ending
is preceded by niss, delete the final s.
(For example, äckern -> äck, ackers -> acker,
armes -> arm, bedürfnissen -> bedürfnis)
Step 2:
-
Search for the longest among the following suffixes,
-
(a) en er est
(b) st (preceded by a valid st-ending, itself preceded by at least 3
letters)
and delete if in R1.
(For example, derbsten -> derbst by step 1, and derbst -> derb by step
2, since b is a valid st-ending, and is preceded by just 3 letters)
Step 3: d-suffixes (*)
-
Search for the longest among the following suffixes, and perform the
action indicated.
- end ung
- delete if in R2
- if preceded by ig, delete if in R2 and not preceded by e
- ig ik isch
- delete if in R2 and not preceded by e
- lich heit
- delete if in R2
- if preceded by er or en, delete if in R1
- keit
- delete if in R2
- if preceded by lich or ig, delete if in R2
Finally,
-
turn U and Y back into lower case, and remove the umlaut accent from a,
o and u.
|


This tables lists the index of interstate branching restrictions, the effective date of interstate branching regulation changes, and each of the following four provisions: the minimum age of the institution for acquisition, allowance of de novo interstate branching, allowance of interstate branching by acquisition of a single branch or portions of an institution, and statewide deposit cap on branch acquisitions. The index is set to zero for states that are most open to out‐of‐state entry. We add one to the index when a state adds any of the four barriers just described. Specifically, we add one to the index: if a state imposes a minimum age of 3 or more years on target institutions of interstate acquirers; if a state does not permit de novo interstate branching; if a state does not permit the acquisition of individual branches by an out‐of‐state bank; and if a state imposes a deposit cap less than 30%. The index ranges from zero to four. Source: Johnson and Rice (2008).
| State | Branching Restrictivness Index | Effective Date | Minimum Age of Institution (Bank or Branch) for Acquisitions | Allows de novo Interstate Branching | Interstate Branching by Acquisition of Single Branch or Portions of an Institution | Statewide Deposit Cap on Branch Acquisitions |
|---|---|---|---|---|---|---|
| Alabama | 3 | 5/31/1997 | 5 years | No | No | 30% |
| Alaska | 2 | 1/1/1994 | 3 years | No | Yes | 50% |
| Arizona | 2 | 8/31/2001 | 5 years | No | Yes | 30% |
| Arizona | 3 | 9/1/1996 | 5 years | No | No | 30% |
| Arkansas | 4 | 6/1/1997 | 5 years | No | No | 25% |
| California | 3 | 9/28/1995 | 5 years | No | No | 30% |
| Colorado | 4 | 6/1/1997 | 5 years | No | No | 25% |
| Connecticut | 1 | 6/27/1995 | 5 years | Yes | Yes | 30% |
| Delaware | 3 | 9/29/1995 | 5 years | No | No | 30% |
| DC | 0 | 6/13/1996 | No | Yes | Yes | 30% |
| Florida | 3 | 6/1/1997 | 3 years | No | No | 30% |
| Georgia | 3 | 5/10/2002 | 3 years | No | No | 30% |
| Georgia | 3 | 6/1/1997 | 5 years | No | No | 30% |
| Hawaii | 0 | 1/1/2001 | No | Yes | Yes | 30% |
| Hawaii | 3 | 6/1/1997 | 5 years | No | No | 30% |
| Idaho | 3 | 9/29/1995 | 5 years | No | No | None |
| Illinois | 0 | 8/20/2004 | No | Yes | Yes | 30% |
| Illinois | 3 | 6/1/1997 | 5 years | No | No | 30% |
| Indiana | 1 | 7/1/1998 | 5 years | Yes | Yes | 30% |
| Indiana | 0 | 6/1/1997 | No | Yes | Yes | 30% |
| Iowa | 4 | 4/4/1996 | 5 years | No | No | 15% |
| Kansas | 4 | 9/29/1995 | 5 years | No | No | 15% |
| Kentucky | 3 | 3/22/2004 | No | No | No | 15% |
| Kentucky | 3 | 3/17/2000 | No | No | No | 15% |
| Kentucky | 4 | 6/1/1997 | 5 years | No | No | 15% |
| Louisiana | 3 | 6/1/1997 | 5 years | No | No | 30% |
| Maine | 0 | 1/1/1997 | No | Yes | Yes | 30% |
| Maryland | 0 | 9/29/1995 | No | Yes | Yes | 30% |
| Massachusetts | 1 | 8/2/1996 | 3 years | Yes | Yes | 30% |
| Michigan | 0 | 11/29/1995 | No | Yes | Yes | None |
| Minnesota | 3 | 6/1/1997 | 5 years | No | No | 30% |
| Mississippi | 4 | 6/1/1997 | 5 years | No | No | 25% |
| Missouri | 4 | 9/29/1995 | 5 years | No | No | 13% |
| Montana | 4 | 10/1/2001 | 5 years | No | No | 22% |
| Montana | 4 | 9/29/1995 | N/A | N/A | N/A | Increases 1% per year from 18% to 22% |
| Nebraska | 4 | 5/31/1997 | 5 years | No | No | 14% |
| Nevada | 3 | 9/29/1995 | 5 years | Limited | Limited | 30% |
| New Hampshire | 0 | 1/1/2002 | No | Yes | Yes | 30% |
| New Hampshire | 1 | 8/1/2000 | 5 years | Yes | Yes | 30% |
| New Hampshire | 4 | 6/1/1997 | 5 years | No | No | 20% |
| New Jersey | 1 | 4/17/1996 | No | No | Yes | 30% |
| New Mexico | 3 | 6/1/1996 | 5 years | No | No | 40% |
| New York | 2 | 6/1/1997 | 5 years | No | Yes | 30% |
| North Carolina | 0 | 7/1/1995 | No | Yes | Yes | 30% |
| North Dakota | 1 | 8/1/2003 | No | Yes | Yes | 25% |
| North Dakota | 3 | 5/31/1997 | No | No | No | 25% |
| Ohio | 0 | 5/21/1997 | No | Yes | Yes | 30% |
| Oklahoma | 1 | 5/17/2000 | No | Yes | Yes | 20% |
| Oklahoma | 4 | 5/31/1997 | 5 years | No | No | 15% |
| Oregon | 3 | 7/1/1997 | 3 years | No | No | 30% |
| Pennsylvania | 0 | 7/6/1995 | No | Yes | Yes | 30% |
| Rhode Island | 0 | 6/20/1995 | No | Yes | Yes | 30% |
| South Carolina | 3 | 7/1/1996 | 5 years | No | No | 30% |
| South Dakota | 3 | 3/9/1996 | 5 years | No | No | 30% |
| Tennessee | 1 | 3/17/2003 | 3 years | Yes | Yes | 30% |
| Tennessee | 1 | 7/1/2001 | 5 years | Yes | Yes | 30% |
| Tennessee | 2 | 5/1/1998 | 5 years | No | Yes | 30% |
| Tennessee | 3 | 6/1/1997 | 5 years | No | No | 30% |
| Texas | 2 | 9/1/1999 | No | Yes | Yes | 20% |
| Texas | 4 | 8/28/1995 | N/A | N/A | N/A | 20% |
| Utah | 1 | 4/30/2001 | 5 years | Yes | Yes | 30% |
| Utah | 2 | 6/1/1995 | 5 years | No | Yes | 30% |
| Vermont | 0 | 1/1/2001 | No | Yes | Yes | 30% |
| Vermont | 2 | 5/30/1996 | 5 years | No | Yes | 30% |
| Virginia | 0 | 9/29/1995 | No | Yes | Yes | 30% |
| Washington | 1 | 5/9/2005 | 5 years | Yes | Yes | 30% |
| Washington | 3 | 6/6/1996 | 5 years | No | No | 30% |
| West Virginia | 1 | 5/31/1997 | No | Yes | Yes | 25% |
| Wisconsin | 3 | 5/1/1996 | 5 years | No | No | 30% |
| Wyoming | 3 | 5/31/1997 | 3 years | No | No | 30% |


--- title: 'boring proof: pentax optio w60' date: 2009-01-27 10:21:52.000000000 +02:00 categories: - gadgets tags: - battery - camera - gadget - pentax - photography - w60 status: publish type: post published: true meta: _edit_last: '600927' delicious: a:3:{s:5:"count";s:1:"0";s:9:"post_tags";s:0:"";s:4:"time";s:10:"1245171626";} reddit: a:2:{s:5:"count";s:1:"0";s:4:"time";s:10:"1245171626";} author: login: kouk email<EMAIL_ADDRESS>display_name: Konstantinos Koukopoulos first_name: '' last_name: '' excerpt: !ruby/object:Hpricot::Doc options: {} ---
After some consideration of my habits, I decided against getting a dSLR (I was between the Olympus e420 and the Nikon d60). Convenience, efficiency and durability were more suitable criteria for me. So I bought the Pentax Optio w60, in ocean blue color.
[caption id="attachment_58" align="alignleft" width="233" caption="water and sand/dust proof"][/caption]
As you can see from the image on the left it is both waterproof and sand/dust proof. These I regard as safety and longevity features and not necessary photography requirements. I wasn't thinking of scuba diving with this camera nor on joining a desert caravan. But I know that I'm not the most careful person when it comes to valuables, in other words gadgets suffer at my hands. I hope this camera can stand me longer than others would be able to.
I had it brought from the states, and it cost 230EUR 1. There are cheaper 10 Mpixel cameras out there but I thought it worth paying for it being waterproof, up to 4 meters below the sea. It also has a 28mm wide angle lens which sounds useful.
At the moment I'm charging the battery so I haven't even taken a single photograph but I'm anxious to try it out (in about two hours). I'll update this post when I've taken some photos and more importantly, discovered if the battery life is ok. I might have to get a spare one because I haven't read stellar reviews on the Li-Ion battery.
1. About $300 at current exchange rate (back).


22 Jul 2013 09:43
Re: [java code coverage] JaCoCo and Aspectj
Hi André, if AspectJ replaces classes with other differently named classes things get tricky. As you already proposed you might try to dump these extra classes and create a report including those classes (although the original class probably still renders at not covered). I'm not a Maven expert but a possible setup might look like this: 1) Backup original classes in target/classes 2) specify classDumpDir for the prepare-agent goal to dump classes to target/classes 2) Create JaCoCo report 3) Restore target/classes from backup See documentation of JaCoCo Maven goals: http://www.eclemma.org/jacoco/trunk/doc/maven.html Cheers, -marc On 2013-07-21 18:42, André Pinto wrote: > Hi Marc, > > thanks for replying so quickly. > > Right now I'm only testing a specific problematic class in order to > perform faster clean install iterations while trying different > approaches. > > The class that I'm testing does not appear on the Sessions page when > I > have AspectJ weaver agent enabled. In its place there are two > AjcClosure classes from AspectJ: > > CLASS_NAME.AjcClosure1 8b30d747616523a0 > CLASS_NAME.AjcClosure3 b62aad26ee5ff4eb > CLASS_NAME.Result [nested class with link] 27ec6335c32de676 > CLASS_NAMEIntTest c508b26e62564a2b > CLASS_NAMETest d101cb5455c0b79d > CLASS_NAMETest.TestDelegate 89770d1905c6d466 > > When not using AspectJ LTW the class appears in the session page (I > needed to comment the tests that used AOP for this to work so the > nested class does not appear now): > > CLASS_NAME [with link] 9be84e8927495ca6 > CLASS_NAMEIntTest 6e56338794a364f2 > CLASS_NAMETest d101cb5455c0b79d > CLASS_NAMETest.TestDelegate 89770d1905c6d466 > > This is my Jacoco Maven plugin configuration: > > <plugin> > <groupId>org.jacoco</groupId> > <artifactId>jacoco-maven-plugin</artifactId> > <version><IP_ADDRESS>306030806</version> > <configuration> > <propertyName>coverageAgent</propertyName> > <skip>false</skip> > <excludes> > EXCLUDES LIST > </excludes> > > > <classDumpDir>${basedir}/target/jacoco-classes</classDumpDir> > </configuration> > > <executions> > <execution> > <id>prepare-agent</id> > <goals> > <goal>prepare-agent</goal> > </goals> > </execution> > <execution> > <id>report</id> > <phase>prepare-package</phase> > <goals> > <goal>report</goal> > </goals> > </execution> > <execution> > <id>check</id> > <goals> > <goal>check</goal> > </goals> > <configuration> > <rules> > RULES LIST > </rules> > </configuration> > </execution> > </executions> > </plugin> > > and my Maven Surefire plugin configuration: > > <plugin> > <groupId>org.apache.maven.plugins</groupId> > <artifactId>maven-surefire-plugin</artifactId> > <version>2.15</version> > > <configuration> > <groups>specific_test_group</groups> > <argLine>-Xmx1024m -XX:MaxPermSize=256m ${coverageAgent} > -javaagent:"${aspectj.agent.jar}"</argLine> > <properties> > <property> > <name>listener</name> > <value>SOME_TESTNG_LISTENERS</value> > </property> > </properties> > </configuration> > </plugin> > > Thanks, > > André > > On Sun, Jul 21, 2013 at 4:58 PM, Marc R. Hoffmann ><EMAIL_ADDRESS>[10]> wrote: > >> Hi André, >> >> this strange. If the JaCoCo agent really is the very first agent in >> the command line it should see the class files (or JARs) from the >> file system. So if the report is created based on the exact same >> file the report should show coverage for all executed classes. >> >> In the JaCoCo HTML report can you please check whether the classes >> in question are listed on the sessions page (link in the top right >> corner). >> >> Thanks, >> -marc >> >> On 20.07.13 19:03<EMAIL_ADDRESS>[6] wrote: >> >>> Hi, >>> >>> I'm using Java 1.7, AspectJ 1.7.3 (for load-time weaving), Jacoco >>> Maven plugin <IP_ADDRESS>306030806 and Maven Surefire Plugin 2.15 to >>> run the tests. In these conditions Jacoco doesn't work correctly. >>> >>> If Jacoco's Java agent is set as the second Java agent (after >>> AspectJ weaver agent), the build produces these errors: >>> >>> java.lang.instrument.IllegalClassFormatException: Error while >>> instrumenting class CLASS_NAME. >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.CoverageTransformer.transform(CoverageTransformer.java:89) >>> at >>> >> > > sun.instrument.TransformerManager.transform(TransformerManager.java:188) >>> ... >>> Caused by: java.io.IOException: Error while instrumenting class >>> CLASS_NAME. >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.core.instr.Instrumenter.instrumentError(Instrumenter.java:147) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.core.instr.Instrumenter.instrument(Instrumenter.java:98) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.CoverageTransformer.transform(CoverageTransformer.java:87) >>> ... 64 more >>> Caused by: java.lang.IllegalStateException: Missing or invalid >>> stackmap frames. >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.core.internal.instr.FrameTracker.assertValidFrames(FrameTracker.java:613) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.core.internal.instr.FrameTracker.pop(FrameTracker.java:602) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.core.internal.instr.FrameTracker.visitVarInsn(FrameTracker.java:386) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.asm.MethodVisitor.visitVarInsn(Unknown >>> Source) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.asm.MethodVisitor.visitVarInsn(Unknown >>> Source) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.asm.tree.VarInsnNode.accept(Unknown >>> Source) >>> at >>> >> > org.jacoco.agent.rt.internal_9dd1198.asm.tree.InsnList.accept(Unknown >>> Source) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.asm.tree.MethodNode.accept(Unknown >>> Source) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.core.internal.flow.ClassProbesAdapter$1.visitEnd(ClassProbesAdapter.java:124) >>> at >>> org.jacoco.agent.rt.internal_9dd1198.asm.ClassReader.b(Unknown >>> Source) >>> at >>> >> org.jacoco.agent.rt.internal_9dd1198.asm.ClassReader.accept(Unknown >>> Source) >>> at >>> >> org.jacoco.agent.rt.internal_9dd1198.asm.ClassReader.accept(Unknown >>> Source) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.core.instr.Instrumenter.instrument(Instrumenter.java:78) >>> at >>> >> > > org.jacoco.agent.rt.internal_9dd1198.core.instr.Instrumenter.instrument(Instrumenter.java:96) >>> ... 65 more >>> >>> if it is set as the first Java Agent (before AspectJ) it works >>> for most classes, but fails to produce correct coverage reports >>> for weaved classes (all the lines appear as not covered even >>> though I have tests covering them). >>> >>> I tried to use the classdumpdir solution presented here: >>> https://github.com/jacoco/eclemma/issues/33 [5] but I can't find a >>> equivalent Maven configuration for the setting the check and >>> report Jacoco goals to use the classdumpdir directory. >>> >>> Does anyone have a solution for this? >>> >>> Thanks, >>> André. >>> >>> On Wednesday, March 6, 2013 8:52:36 AM UTC, Erik Vande Velde >>> wrote: >>> >>>> Hi Henrik, >>>> >>>> This did indeed solve my problem, thanks !!! >>>> >>>> 2013/3/6 Henrik Horneber<EMAIL_ADDRESS>[1]> >>>> >>>> Hi, >>>> >>>> I've successfully used JaCoCo together with AspectJ. >>>> >>>> You need to make sure >>>> >>>> * you use AspectJ version >= 1.7 >>>> >>>> * java source and target are also set to 1.7 >>>> >>>> Then AspectJ will generate class files JaCoCo can use. >>>> >>>> Best regards, >>>> >>>> Henrik >>>> >>>> On Wed, Mar 6, 2013 at 8:02 AM, Erik Vande Velde >>>><EMAIL_ADDRESS>[2]> wrote: >>>> >>>> Hello Marc, >>>> >>>> Thanks for your reaction! I'll put your question on the Aspectj >>>> forum today. >>>> >>>> Kind Regards, >>>> Erik >>>> >>>> 2013/3/5 Marc Hoffmann<EMAIL_ADDRESS>[3]> >>>> >>>> Hi, >>>> >>>> in any case JaCoCo requires valid classfiles as input. This >>>> implies that class files from version 1.6 on need to contain >>>> valid stackmap frames. If this is not the case JaCoCo will fail >>>> with exactly this message. >>>> >>>> Have you reported the problem to AspectJ? >>>> >>>> Best regards, >>>> >>>> -marc >>>> >>>> On 2013-03-05 16:50<EMAIL_ADDRESS>[4] wrote: >>>> >>>> I downloaded JaCoCo today, and got the ant + maven examples >>>> going >>>> >>>> immediately. >>>> >>>> But when I change the pom.xml of our project in a similar way >>>> as the >>>> >>>> examples I'm in trouble, almost certainly because we use >>>> Aspectj in >>>> >>>> that project: >>>> >>>> 1) offline modus: >>>> >>>> Here I get the following error message: >>>> >>>> [ERROR] Failed to execute goal >>>> >>>> org.jacoco:jacoco-maven-plugin:<IP_ADDRESS>302030002:instrument >>>> (default) >>>> >>>> on project com.fugro.gwf.server.core: Execution default of >>>> goal >>>> >>>> org.jacoco:jacoco-maven-plugin:<IP_ADDRESS>302030002:instrument >>>> failed: >>>> >>>> Missing or invalid stackmap frames. -> [Help 1] >>>> >>>> 2) on the fly modus: >>>> >>>> Running >>>> com.fugro.gwf.server.core.synchronisation.Synchronise1Test >>>> >>>> Start java.lang.instrument.IllegalClassFormatException: >>>> >>>> Error while instrumenting class >>>> >>>> com/fugro/gwf/server/core/referencing/ReferencingAspect. >>>> >>>> Underneath this message the stack trace once more shows: >>>> >>>> Caused by: java.lang.IllegalStateException: Missing or invalid >>>> >>>> stackmap frames. >>>> >>>> My questions: >>>> >>>> 1) Is there a way to get coverage information for an aspectj >>>> project >>>> >>>> in JaCoCo? >>>> >>>> 2) If not, do you know an alternative tool that can deal with >>>> aspectj >>>> >>>> projects. I tried clover, but they simply say they don't >>>> support >>>> >>>> aspectj projects. I also tried Coburtera and emma, but assumed >>>> JaCoCo >>>> >>>> is a more recent (and better supported) tool >> >> -- >> You received this message because you are subscribed to a topic in >> the Google Groups "JaCoCo and EclEmma Users" group. >> >> To unsubscribe from this topic, visit >> https://groups.google.com/d/topic/jacoco/Zb_MOFXIUn0/unsubscribe >> [7]. >> To unsubscribe from this group and all its topics, send an email to >><EMAIL_ADDRESS>[8]. >> For more options, visit https://groups.google.com/groups/opt_out >> [9]. > > -- > You received this message because you are subscribed to the Google > Groups "JaCoCo and EclEmma Users" group. > To unsubscribe from this group and stop receiving emails from it, > send an email to<EMAIL_ADDRESS>> For more options, visit https://groups.google.com/groups/opt_out > [11]. > > > > Links: > ------ > [1]<EMAIL_ADDRESS>> [2]<EMAIL_ADDRESS>> [3]<EMAIL_ADDRESS>> [4]<EMAIL_ADDRESS>> [5] https://github.com/jacoco/eclemma/issues/33 > [6]<EMAIL_ADDRESS>> [7] https://groups.google.com/d/topic/jacoco/Zb_MOFXIUn0/unsubscribe > [8]<EMAIL_ADDRESS>> [9] https://groups.google.com/groups/opt_out > [10]<EMAIL_ADDRESS>> [11] https://groups.google.com/groups/opt_out -- -- You received this message because you are subscribed to the Google Groups "JaCoCo and EclEmma Users" group. To unsubscribe from this group and stop receiving emails from it, send an email to<EMAIL_ADDRESS>For more options, visit https://groups.google.com/groups/opt_out.


|
Annotation Types Summary |
| Cacheable |
Annotation to specify that this class/field/property is cacheable
in a Level 2 cache. |
| Column |
Annotation for a column in the database. |
| Columns |
Annotation for a group of columns. |
| DatastoreIdentity |
Annotation for the datastore identity of the class. |
| Discriminator |
Annotation for the discriminator of the class. |
| Element |
Annotation for the element of a collection/array relation. |
| Embedded |
Annotation to define that the object is embedded into the table of the
owning object. |
| EmbeddedOnly |
Annotation for whether the class is only for persisting embedded into
another object. |
| Extension |
Annotation for a JDO vendor extension. |
| Extensions |
Annotation for a group of extensions |
| FetchGroup |
Annotation for the fetch group of a class. |
| FetchGroups |
Annotation for a group of fetch-group objects |
| FetchPlan |
Annotation for the fetch plan of a persistence manager, query, or extent. |
| FetchPlans |
Annotation for a group of FetchPlan objects |
| ForeignKey |
Annotation for a database foreign-key. |
| ForeignKeys |
Annotation for a group of foreign-key constraints. |
| Index |
Annotation for a database index. |
| Indices |
Annotation for a group of index constraints. |
| Inheritance |
Annotation for the inheritance of the class. |
| Join |
Annotation for the join of a relation. |
| Joins |
Annotation for a group of joins. |
| Key |
Annotation for the key of a map relation. |
| NotPersistent |
Annotation to specify that the member is not persistent. |
| Order |
Annotation for the ordering component of an ordered container member,
such as Java Collections Framework Array and List types and Java native
array types. |
| PersistenceAware |
Annotation to specify that the class is persistence-aware. |
| PersistenceCapable |
Annotation for whether the class or interface is persistence-capable. |
| Persistent |
Annotation for defining the persistence of a member. |
| PrimaryKey |
Annotation on a member to define it as a primary key member of a class or
persistent interface using application identity. |
| Queries |
Annotation for a group of named queries. |
| Query |
Annotation for a named query. |
| Sequence |
Annotation for a datastore sequence. |
| Serialized |
Annotation on a member (field or property) to indicate that
the member is stored serialized. |
| Transactional |
Annotation to indicate that a member (field or property)
is transactional but not persistent. |
| Unique |
Annotation for a database unique constraint. |
| Uniques |
Annotation for a group of unique constraints. |
| Value |
Annotation for the value of a map relation. |
| Version |
Annotation for the versioning of the class. |


{% extends "base.html" %} {% load static %} {% block head_title %}{{ title }} || {{ block.super }}{% endblock head_title %} {% block header%}{{ header }}{% endblock header %} {% block content%} {% url 'campus:index_buildings' as buildings_url %} {% url 'campus:index_faculties' as faculties_url %} {% url 'campus:index_locations' as locations_url %} {% url 'campus:index_sections' as sections_url %} {% url 'inventory:index_assets' as assets_url %} {% url 'inventory:index_assettypes' as assettypes_url %} {% url 'inventory:index_loanedassets' as loanedassets_url %} {% url 'inventory:index_reservations' as reservations_url %} {% url 'inventory:index_reservedassets' as reservedassets_url %} {% url 'inventory:index_returnedassets' as returnedassets_url %} {% url 'market:index_suppliers' as suppliers_url %} {% url 'nations:index_countries' as countries_url %} {% url 'siunits:index_sibaseunits' as sibaseunits_url %}
| # | Campus |
|---|---|
| 1 | Buildings |
| 2 | Faculties |
| 3 | Locations |
| 4 | Sections |
| # | Inventory |
| 1 | Assets |
| 2 | Asset Types |
| 3 | Loaned Assets |
| 4 | Reservations |
| 4 | Reserved Assets |
| 4 | Returned Assets |
| # | Market |
| 1 | Suppliers |
| # | Nations |
| 1 | Countries |
| # | SI Units |
| 1 | SI Base Units |


{% extends 'layout.html' %} {% block content %} {# About #}
Welcome to the PySlackers community site! We are a growing community of Python enthusiasts, ranging from those starting the language, to those who have been using it for far too long. Our community has a range of resources, from our main presence on Slack to our community projects.


Group trips easily organized
2018
The app to balance your life
48 hours to change the world
2017
Team leadership, design thinking and strategy
Creating a cooperative with 17 years
2011-2015
Basque language promotion in Irun town hall
2014-2015
Social event
2014
Gastronomic and cultural experiences
Event where young talents and companies come together
2013-2014
Tourist activities agency
2013
Learning journeys agency
2012-2013
If you want to collaborate on creating amazing experiences for people you are very welcome to contact me.


`PacemDataElement` is the core element to stand on for **data observing**. Its most important property is `model`. Lean on it to orchestrate your **ViewModel**. ## Plain properties Basic "_flat_" properties are easily made observable (i.e. _bindable_). Remember, as a best practice, to > use a `PacemDataElement` and its `model` property as the most reliable observable: > it will always be guaranteed to emit a `propertychange` event. Example:
timer:
timer## Nested properties Nested properties don't always notify their change, they do if a **two-way binding** is set between the `PacemDataElement` and the data modifiers. This is typical in a form scenario. Example:
## Persisted data Property `persistAs` lets the `model` of a `PacemDataElement` to persist in the _localStorage_. Re-entering a page having persisted data permits to have resumed the last registered changes. Example:
last set:
timer## Debounce and throttle Property change notifications can be debounced and throttled, in order to mitigate - for instance - eccessive DOM changes. Here are the propeties: - `debounce`: can be a `number`, in that case it signifies "milliseconds", or a `boolean`, which means debounce at browser's frame rate. - `throttle`: is a `boolean` that specifies whether actual debounce algorithm should be used (when `false`) or throttle instead (when `true`).


Women’s Origin is heading to the Sunshine Coast. It could be taken even further north to Townsville
Women’s State of Origin matches may be taken to Townsville if the concept outgrows its new home at the Sunshine Coast.
NRL boss Todd Greenberg confirmed on Monday that the 2020 Women’s State of Origin clash would be held at the 12,000 capacity Sunshine Coast Stadium in June after two years at North Sydney Oval.
Stream over 50 sports live & anytime on your TV or favourite device with KAYO SPORTS. The biggest Aussie sports and the best from overseas. Just $25/month. No lock-in contract. Get your 14 day free trial >
It will mark the first time women’s Origin will be held in Queensland but not everyone in the Sunshine State is happy.
Townsville Mayor Jenny Hill wanted their new $290 million, 25,000 seat North Queensland Stadium to host the fixture, describing the NRL’s decision to pick Sunshine Coast as a “kick in the guts”.
But Greenberg said women’s Origin may yet head north if the concept continued to prosper.
“I know the Townsville Mayor very well and it’s nice to see she is disappointed when she can’t get the content that she so richly wants,” he said.
“I understand that disappointment. All I would say to the mayor is be patient.
“There is a lot of content to come to Queensland including the new stadium at Townsville.
“We will start here (Sunshine Coast) and see if we can grow it.”
READ MORE NRL
EXCLUSIVE: Teen Eels star to meet with FOUR rival clubs
STILL ON? Green still hints at Cowboys’ interest in Latrell after Holmes signing
TITLE FIX? Why Val can take Cowboys back to the grand final
Greenberg said women’s Origin had outgrown North Sydney Oval and believed it would gain further momentum on the Sunshine Coast, not ruling out the series one day featuring three matches.
“We played in Sydney and ultimately we grew out of that in the second year - we hope the same problem eventuates here,” said Greenberg, who expected the June 2020 clash to be a sellout.
“We will get through the first year (at Sunshine Coast) and consider what it looks like in 2021.
“The other component on our calendar is how do we grow the women’s State of Origin game - can we make it more than one game, can it be two and ultimately three games?
“We will go slowly and strategically, make sure we don’t overload our players.”


Easy
Hard
New Game
Welcome!
Since you're our guest,
you get to go first...
My Score
0
Computer Score
0
Tic-Tac-Toe


Gilt Mobile Web Nav Redesigned
Hello!
Yesterday (April 23, 2013), I sent to production the third phase of the Gilt Mobile Web (m.gilt.com) redesign. In this phase, I updated the primary and secondary nav on the mobile web so that there is (hopefully!) a much better user experience. And like the first and second phase of the redesign, the goal with the m.gilt.com nav redesign was to incorporate learnings taken from the Gilt iPhone App experience.
Here are some before and after screenshots:
On the Sales Listing Page, you’ll see that I moved the stores menu from above the primary nav to below it. This gives the overall navigation a hierarchy that was not present earlier. You’ll also notice that the nav feels less busy because the buttons in the primary nav are more concise.
In the Product Listing Page, you’ll see that the back button was changed and that the title of the sale occupies the secondary nav. This allows the user to easily know in which store she is. In the future, the secondary nav on the product listing page will disappear as the user scrolls down.
On the Product Detail Page, I tightened the primary nav a little more and there is still no secondary nav.
On the checkout page, I changed the styling of the Cart and Submit button. The colors now match the style that persists throughout the entire Gilt Mobile Web experience. And, the lock is gone. Our site is still secure regardless whether the lock is there or not.
Let me know what you think!
Greg


|
116. Index of super-prime Time Limit: 0.25 sec, Memory Limit: 1 MB Let P1, P2, … ,PN, … be a sequence of prime numbers. Super-prime number is such a prime number that its current number in prime numbers sequence is a prime number too. For example, 3 is a super-prime number, but 7 is not. Index of super-prime for number is 0 iff it is impossible to present it as a sum of few (maybe one) super-prime numbers, and if such presentation exists, index is equal to minimal number of items in such presentation. Your task is to find index of super-prime for given numbers and find optimal presentation as a sum of super-primes. Input There is a positive integer number in input. Number is not more than 10000. Output Write index I for given number as the first number in line. Write I super-primes numbers that are items in optimal presentation for given number. Write these I numbers in order of non-increasing. Sample Input 6 Sample Output 2 3 3 | ||||||
|


Den McHenry
I'm an illustrator, graphic designer, and front-end developer doing business as Rookish Design in the Ballard neighborhood of Seattle, WA. I've been working through FreeCodeCamp to help build up my JavaScript skills, and you can see some of my projects below.


Migration from NZBHydra v1 was removed in version 2.10.3. Please manually download and run the latest version which supports migration, migrate that and then update.


Contant name
City
Country
Is Promoted
Maria Anders
Berlin
Germany
Ana Trujilo
México D.F
Mexico
Antonio Moreno
México D.F
Mexico
Tomas Hardy
London
UK


Evernote
Remember everything important
-------------------------- or -------------------------
Remember me for 30 days
Don't have an account?
Create account


#include "gpio.h"
Functions | |
| void | MX_GPIO_Init (void) |
| MX_GPIO_Init - generate STM32CubeMx. |
This notice applies to any and all portions of this file that are not between comment pairs USER CODE BEGIN and USER CODE END. Other portions of this file, whether inserted by the user or by software development tools are owned by their respective copyright owners.
Copyright (c) 2019 STMicroelectronics International N.V. All rights reserved.
Redistribution and use in source and binary forms, with or without modification, are permitted, provided that the following conditions are met:
1. Redistribution of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. Neither the name of STMicroelectronics nor the names of other contributors to this software may be used to endorse or promote products derived from this software without specific written permission. 4. This software, including modifications and/or derivative works of this software, must execute solely and exclusively on microcontroller or microprocessor devices manufactured by or for STMicroelectronics. 5. Redistribution and use of this software other than as permitted under this license is void and will automatically terminate your rights under this license.
 IN NO EVENT SHALL STMICROELECTRONICS OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
| void MX_GPIO_Init | ( | void | ) |
MX_GPIO_Init - generate STM32CubeMx.
| None |


Israeli cybersecurity firm CyCognito raises $18 million
TEL AVIV (Reuters) - Israeli cybersecurity firm CyCognito said on Tuesday it raised $18 million in an early-stage funding round led by Lightspeed Venture Partners.
Sorenson Ventures and Microsoft (MSFT.O) Chairman John Thompson also participated in the financing, which followed a $5 million seed funding round.
CyCognito is using the funding to evolve its software-as-a- service platform, which is in use by dozens of customers, including financial, healthcare and hospitality organizations.
The platform identifies and eliminates an organization’s security blind spots, the company said.
It employs 50 workers at its office in Palo Alto and its research and development center in Israel. The company expects to recruit 60 new workers in the coming year, mostly in Israel.


Our enterprise grade environment is equipped with IoT, ML and Powerful Database.
We strive for 100% ecofriendly solutions across the globe.
Since we provide the smart solutions using ML, IoT and Online services which are cost-friendly and ecofriendly


Decentralized Auditable Affiliate Website Skeleton
Features
- Log Visitors
- Track forms submitted
- Track links clicked
- Setup email marketing funnel
- single page application
Pages
Contracts
- Website - logs visitors, user clicks, and form submits; tracks who is the owner; receives public key and encrypted private key of encryption wallet
- Captcha - receives answer and url of new image and new answer
- Audit - run a program that checks the blocks and tests their validity by adding at least three secrets in each block
- Auction - tracks highest bidder; transfers contract ownership; checks audit was performed; pays all parties involved their percentages


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.ExternalServicesConfig @import views.helpers.Title @import views.html.components.gds._ @import uk.gov.hmrc.govukfrontend.views.html.components.HtmlContent @this( govukLayout: gdsMainTemplate, pageTitle: pageTitle, paragraphBody: paragraphBody, insetText: exportsInsetText, link: link, bulletList: bulletList, config: ExternalServicesConfig ) @(displaySignOut: Boolean = false)(implicit request: Request[_], messages: Messages) @govukLayout(title = Title("unauthorised.heading"), displaySignOut = displaySignOut) { @pageTitle(messages("unauthorised.heading"))


Quick start¶
Installation¶
The installation of the package is as simple as writing:
pip3 install stretchme
It is distributed (yet) at the pypi.org:
https://pypi.org/project/Stretchme
Requirements¶
The package runs for Python 3. In requires the following packages, installed during the standard package installation: * setuptools * pandas * matplotlib * numpy * scipy * scikit-learn * lmfit
Example usage¶
Below the most common usages of the package are shown. For tweaking the analysis, see the documentation of the main classes Structure and Trace.
Example 1¶
Analyzing the 'data.xls' file with the measured distances and corresponding forces in consecutive columns is very easy:
from stretchme import analyze_experiment
analyze_experiment('data.xls')
results with the complete analysis of the data. One can also specify the sheet name:
from stretchme import analyze_experiment
analyze_experiment('data.xls', sheet_name='my_first_protein')
and tell Strechme, that the data come from experiment with dna linkers attaching the protein to the beads:
from stretchme import analyze_experiment
analyze_experiment('data.xls', sheet_name='my_first_protein', source='experiment', linker='dna')
Example 2¶
One can also analyze traces stored in specific files, by manipulating the parameters of the Structure class:
from stretchme import Structure
experiment = Structure()
for file in glob.glob('my_proteins*.csv):
experiment.add_trace(file)
experiment.analyze()
The last command will start the whole analysis, resulting in the histograms and fitted traces.
In general, the data in the files are expected to contain distance and corresponding forces. If columns with specified headers (e.g. 'stretch_distance' and 'measured_force') are to be read, this can be specified within the add_trace method:
from stretchme import analyze_experiment
experiment = Structure()
for file in glob.glob('my_proteins*.csv):
experiment.add_trace(file, columns=['stretch_distance', 'measured_force'])
experiment.analyze()
One can also specify the expected number of states (e.g. 4) in the whole experiment:
from stretchme import analyze_experiment
experiment = Structure()
for file in glob.glob('my_proteins*.csv):
experiment.add_trace(file, columns=['stretch_distance', 'measured_force'])
experiment.set(states=4)
experiment.analyze()
This will set the value of expected states in the total analysis for 4, but for each individual case, the number of states may still be different. If you want to set the individual trace, this can be specified by invoking the .set() method on the entries of the Structure.traces list:
from stretchme import analyze_experiment
experiment = Structure()
for file in glob.glob('my_proteins*.csv):
experiment.add_trace(file, columns=['stretch_distance', 'measured_force'])
experiment.traces[-1].set(states=4)
experiment.analyze()
Example 3¶
In general, fitting the curves takes most of the time. If you know the values of p_prot, k_prot etc, you can set them before analysis, prohibiting therefore finding new parameters. You can set the parameters globally:
experiment = Structure('data.xls')
experiment.set(k_prot=0.005, p_prot=0.7)
experiment.analyze()
or for each trace individually::
experiment = Structure()
for file in glob.glob('my_proteins*.csv):
experiment.add_trace(file, columns=['stretch_distance', 'measured_force'])
experiment.traces[-1].set(p_prot=0.7, k_prot=0.005)
experiment.analyze()
Example 4¶
A simple trace can also be analyzed, with known parameters. For example:
from stretchme import analyze_trace
analyze_trace('input_file', k_prot=0, p_prot=0.7, name='test')
will produce an image test.png with analysis done for 'input_file' with parameters given (and no DNA linker).
Example 5¶
One can also simulate the traces and plot them using standard MatPlotLib functions. The data obtained are as raw as in experiment, i.e. they are not sorted, therefore, in order to obtain a good plot, one needs to sort them first:
from stretchme import simulate_experiment
from matplotlib import pyplot as plt
data = simulate_experiment(traces=1)
data = data.sort_values(by=['d'])
plt.plot(data['d'], data['F'])
plt.show()


| HOME | DOWNLOAD | DOCUMENTATION | FORUM | FAQ |
> Home > Documentation > Localized Spectral Analysis
SHBIAS(1) SHTOOLS 2.6 SHBIAS(1)
SHBias
SHBias - Calculate the (cross-)power spectrum expectation of a windowed function.
SYNOPSIS
SUBROUTINE SHBias ( SHH, LWIN, INCSPECTRA, LDATA, OUTCSPECTRA, SAVE_CG ) REAL*8 SHH(LWIN+1), INCSPECTRA(LDATA+1), OUTCSPECTRA(*) INTEGER LWIN, LDATA INTEGER, OPTIONAL SAVE_CG
DESCRIPTION
SHBias will calculate the (cross-)power spectrum expectation of a function multiplied by a localizing window. This is given by equation 35 of Wieczorek and Simons (2005) and equation 2.11 of Wieczorek and Simons (2007), <SFG> = Sum_{j=0}^L Shh Sum_{i=|l-j|}^{|l+j|} Sfg (C_{j0i0}^{l0})^2 where <SFG> is the expectation of the localized (cross-)power spectrum, Shh is the power spectrum of the window bandlimited to degree L, Sfg is the global unwindowed (cross-)power spectrum, and C is a Clebsch-Gordan coefficient. The Clebsch-Gordan coefficients are calculated using a simple relationship to the Wigner 3-j symbols. The maximum calculated degree of the windowed power spectrum expectation corresponds to the smaller of (LDATA+LWIN) and SIZE(OUTCSPECTRA)-1. It is implicitly assumed that the power spectrum of INSPECTRUM is zero beyond degree LDATA. If this routine is to be called several times using the same values of LWIN and LDATA, then the Clebsch-Gordon coefficients can be precomputed and saved by setting the optional parameter SAVE_CG equal to 1. To deallocate the saved memory, which is a matrix of size (LWIN+LDATA,LWIN,2*LWIN+LDATA+1), set SAVE_CG equal to -1.
ARGUMENTS
SHH (input) REAL*8, DIMENSION (LWIN+1) The power spectrum of the localizing window. LWIN (input) INTEGER The spherical harmonic bandwidth of the localizing window. INCSPECTRA (input) REAL*8, DIMENSION (LDATA+1) The global unwindowed (cross-)power spectrum. LDATA (input) INTEGER The maximum degree of the global unwindowed power spectrum. OUTCSPECTRA (output) REAL*8, DIMENSION (*) The expectation of the localized (cross-)power spectrum. The maximum spherical harmonic degree of the output is min(LDATA+LWIN, SIZE(OUTSCSPECTRA)-1). SAVE_CG (input) INTEGER, OPTIONAL If set equal to 1, the Clebsch-Gordon coefficients will be precomputed and saved for future use (if LWIN or LDATA change, this will be recomputed). To deallocate the saved memory, set this parameter equal to 1. If set equal to 0 (default), the Clebsch-Gordon coefficients will be recomputed for each call.
SEE ALSO
shpowerspectra(1), shcrosspowerspectra(1), wigner3j(1), shreturntapers(1), shreturntapersm(1), shbiasadmitcorr(1) <http://www.ipgp.jussieu.fr/~wieczor/SHTOOLS/SHTOOLS.html>
REFERENCES
Wieczorek, M. A. and F. J. Simons, Localized spectral analysis on the sphere, Geophys. J. Int., 162, 655-675, doi:10.1111/j.1365-246X.2005.02687.x, 2005. Wieczorek, M. A. and F. J. Minimum-variance multitaper spectral estimation on a sphere, J. Fourier Anal. Appl., 13, 665-692, doi:10.1007/s00041-006-6904-1, 2007.
COPYRIGHT AND LICENSE
Copyright 2005-2009 by Mark Wieczorek<EMAIL_ADDRESS>This is free software; you can distribute and modify it under the terms of the revised BSD license. SHTOOLS 2.6 2009-08-18 SHBIAS(1)
> Home > Documentation > Localized Spectral Analysis
| Centre National de la Recherche Scientifique | Institut de Physique du Globe de Paris | © 2011 Mark Wieczorek |


{% extends "app/base.html" %} {% block content %}
{{product.name}}, internationally acclaimed textbook provides a comprehensive introduction to the modern study of computer algorithms. It covers a broad range of algorithms in depth, yet makes their design and analysis accessible to all levels of readers. Each chapter is relatively self-contained and presents an algorithm, a design technique, an application area, or a related topic. The algorithms are described and designed in a manner to be readable by anyone who has done a little programming. The explanations have been kept elementary without sacrificing depth of coverage or mathematical rigor.


|
|
| Hi User, |
|
|
We have recieved a password change request for your CloudFuze account. If you made this request, then click on the link below to reset your password.
|
|
|
|
|
If clicking on the above link does not work, then simply copy and paste the following url into your browser.
|
| https://webapp.cloudfuze.com/pwdNew/auth/changepassword?userId=532705d8e4b0fb882a0af845&confirmId=null |
| If you did not ask to change password, then please ignore this email. Another user may have entered your username by mistake. No changes would be made to your account. |
| Thanks for choosing CloudFuze! |
| ------------------------- |
| CloudFuze Team |
| For any assistance, Please contact us at<EMAIL_ADDRESS>|
|
|
|
|
|


KIDS COUNT data center
State Rankings
Data by...
Search
Economic
Every Kid Needs More
Education
Families Rising Up
Family
Every Kid Needs More
United States
Opportunity Score
65
out of 100
Economic
Education
Health
Family
Count
Percent
Rank


Well-Rounded Developers
I had the opportunity this week to talk with some terrific Computer Science students nearing graduation and who were beginning to look for employment. It provided me the chance to put into words the amazing culture and environment that exists at my workplace. The software development team at Extend Health is second to none in both talent and passion for creating clean, modular code that is maintainable because of its extensibility. Everyone on the team contributes and has a trusted voice. It truly is an environment I’ve never seen before and am certainly proud to be apart of.
One of the main things that hit me while talking to these graduating students was how well-rounded our developers have come. No, I’m not talking about the amount of soda and treats we consume. I’m referring to the varying skills each one of us have developed. From front-end to back-end or web sites to desktop apps, every single member of the team is capable of jumping into any of our codebases and tackling new features or bugs with a excellent degree of competentcy. I find this fascinating because it is not the norm at many medium to large size companies. It is typical for a developer to be hired to a position or team where he or she works on a single project and codebase for a few years until they get bored enough to change positions within the company or go somewhere else completely. This has not been the case for all of the developers at Extend Health.
We are currently divided into four teams of about four or five devs each. While each team may have past experience with a certain project or codebase, they are not automatically the chosen team to work on it again the next time. Because of this, there is shared knowledge across teams and team members, instead of all the knowledge residing in only one person’s head. This avoids the “what if someone gets hit by a bus” problem my coworker Ryan just blogged about. The other side effect is that our developers have all become well-rounded in varying languages and platforms, solving both front-end and back-end problems. Contrast this with how I used to classify my dev skill set four or five years ago before working at Extend Health. I used to consider myself a back-end systems developer, feeling it was important to have specialization in order to differentiate myself and provide a chance to develop focused and in-depth experience. I also fooled myself into thinking that I preferred this designation because web development was trivial and only the hardest and most worthwhile problems were in the back-end systems. Instead, I merely lacked some meaningful experience with front-end web development, which is harder to come by in the typical work enivronment I described above. However in my current employment, I’ve become a much more well-rounded software developer.
I’m not entirely positive if our environment and team dynamic were intentionally setup to ensure we were all well-rounded developers (though every other good aspect of our dev culture seems to have been carefully pieced together by Corey). Regardless, I am appreciatevly taking note of the advantageous results of such a configuration. This is one very important aspect of true job satisfaction and also in avoiding high turnover and attrition in workforce.


¶ Contravention moduleas in contravenes the convention a directory extracted from an nzb should follow certain conventions, like it contains media files, and the name can be extracted from the path, et cetera. when a directorydoesnt match these criteria, throw a contravention ala callback(new Contravention(directory, 'noMedia', 'optional custom message'); |
|
|
require & declarations |
var log = require('./log.js');
var Contravention;
var defaultMessages;
|
¶ defaultMessages |
defaultMessages = {
noMatch: 'tmdb has no matches',
noMedia: 'directory does not contain media',
volNum: 'multiple volumes but no volume numbers',
targetExists: 'the target directory already exists',
deleted: 'directory has been deleted'
};
|
¶ Contravention Classcustom error class, will attach itself to specified directory class
|
Contravention = function(directory, name, message) {
var match;
if (!_.contains(_.keys(defaultMessages), name)) {
match = /\[(\w.*?)\]/.exec(name);
if (
(!match) ||
(!_.contains(_.keys(defaultMessages), match[1]))
) {
log.error(new Error('bad contravention name: ' + name));
} else {
name = match[1];
}
}
this.name = name;
this.message = message || defaultMessages[name];
this.stack = (new Error()).stack;
directory.meta.contravention = this;
log.debug(directory.logName, '| contravention: ', this.message);
}
Contravention.prototype = Object.create(Error.prototype);
Contravention.prototype.constructor = Contravention;
|
¶ Contravention.prototype.toJSONthe 'meta' property of a directory instance is written to a .meta file for user reference. so when JSON.stringify(directory.meta) is called, it will call this method if an instance of Contravention is present in the method. pretty clever right? |
Contravention.prototype.toJSON = function() {
return '[' + this.name + '] ' + this.message;
};
Contravention.prototype.toString = function() {
return '[' + this.name + '] ' + this.message;
};
module.exports = Contravention;
|


The following commands manipulate the agenda.
AGENDA
CLEAR-FOCUS-STACK
FOCUS
GET-SALIENCE-EVALUATION
GET-STRATEGY
HALT
LIST-FOCUS-STACK
REFRESH-AGENDA
RUN
SET-SALIENCE-EVALUATION
SET-STRATEGY


occurrence climate migration species probabilities change models data Great (.) wetland Plains Sandpiper habitat shorebirds predicted future Long‐billed wetlands bird changes model used {border-style average variables px;} waterfowl #ffffff;} area conservation region shorebird spring Conservation North U.S. distribution Landscape precipitation (Table American Dry– Lesser distance spatial Skagen, is, patterns projected water (Figure Climate GCMs Table Wet– birds including large study April Johnson, Migration Wildlife based landscape migratory probability weather Baird's Dowitcher Mountain declines eastern relative response species, temperature wintering Ecology GPLCC Joint National Smith, Yellowlegs conditions contemporary distributions global increases largest migrants provided using (C) CMIP, Cooperative Ecological Geological John Lakes Marbled Northern Venture Wiley Wilson's areas example, factors long‐distance modeling playa px; range shifts {font-family (see Fish GFDL‐CM Ltd, ONE, PLJV Playa Plover Prairie Probability Random Sons, averaged changing depths effects ensemble environmental font-size important land modeled northern observations playas presence relatively route southern speed stopover Applications, Avocet Biology, Figure GCMs, Haukos, Pavlacky, Pothole Predicted Service Skagen Stilt United White‐rumped absence available averages breeding circulation condition delineated double; eBird early increase increased likely migration. number observation potential region, responses selected shift species. survey time use variable western (Appendix (index) ACCESS‐ Auk, Calidris Concentration Davis, Effects Fink, GCM Guntenspergen, IPSL‐CMB‐LR LaGrange, March Modeling Pathway Phalarope Pintail Probabilities Range Representative Sandpiper, Science Semipalmated Species Wetlands, Whimbrel Yellowlegs, annual availability avian border-color border-width climate. code counts current drier empirical general included influence land‐use loss management migration, models. nonbreeding occurred out‐of‐bag population portion predicting predictions project remaining solid; suitable surveys total values wind {font-style {font-weight (cm) (forecast) (hindcast) (–) ACCESS‐, America Appendix Avian Bird Change, Curlew Cutler, D.C.: Department Family Farmer, Forests Fort General Global Godwit Higgins, Hussell, INM‐CM Kansas Mallard Management, Methods Projected Retrieved South Survey Texas Vector Washington, Wetlands Willet absences addition, additional bold boundary circular collab: complexes conterminous courier; cropland decline dynamic em; error evaluation findings greatest hydroperiods index inundation larger line, locations migrants, migrating minus models, natural patterns, populations portions predictor presences projections pt;} rainfall rates representing resources respectively, respectively. right science sedimentation small temporal therefore, trends uncertainty variation wetter


Name
HPL_pwarn displays an error message.
Synopsis
#include "hpl.h"
void
HPL_pwarn(
FILE *
STREAM
,
int
LINE
,
const char *
SRNAME
,
const char *
FORM
,
...
);
Description
HPL_pwarn
displays an error message.
Arguments
STREAM (local input) FILE *
On entry, STREAM specifies the output stream.
LINE (local input) int
On entry, LINE specifies the line number in the file where
the error has occured. When LINE is not a positive line
number, it is ignored.
SRNAME (local input) const char *
On entry, SRNAME should be the name of the routine calling
this error handler.
FORM (local input) const char *
On entry, FORM specifies the format, i.e., how the subsequent
arguments are converted for output.
(local input) ...
On entry, ... is the list of arguments to be printed within
the format string.
See Also
HPL_pabort,
HPL_fprintf.


Dear ECM, RepCheck has found new missing documents. There are new missing documents in the object store #objectstore# and file store #filestore#. The following new orphaned files were found.
TM and copyright © 2018 Sacramento County. All Rights Reserved You are receiving this email because you are an ECM team member who is opted-in to receive technical information. If you would prefer not to receive future communications from ECM Notify, you may unsubscribe.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/Strange.20error.20message.html ---
code generation failed, VM does not have code for 'classical.choice'
seems to be Lean trying to tell me to stop considering examples and go back to work
you can't compute the noncomputable
Yes I understand
funny part is I thought I wasn't using choice
Actually I used a small #eval
to test something in the middle of a file I was working on. Of course this file begins the mathematical preamble, including local attribute [instance] classical.prop_decidable
Removing that line makes eval to succeed
So the line can prevent computing even things which are actually computable. That's nice defense against constructivism
You can use local attribute [instance, priority 0] classical.prop_decidable
to preserve computability when possible.
Last updated: Apr 24 2020 at 19:02 UTC


The overall purpose of a Timber program is to react to events sent to it from its execution environment. This process is potentially infinite, and the order of external events is also not generally known in advance.
To capture this intuition, Timber defines its primary run-time structure to be a set of interconnected reactive objects, that each encapsulate a piece of the global program state. A reactive object is a passive entity defined by a set of methods, whose relative execution order is left to be determined by clocks and external events. Between invocations, a Timber object just maintains its state, ready to react when a method call occurs. Like real-world objects, Timber objects evolve in parallel, although the methods belonging to a particular object are always run under mutually exclusion. Concurrency as well as state protection is thus implicit in Timber, and does not require any direct mentioning of threads or other concurrency constructs.
Objects are created by instantiating a class. Methods are either asynchronous or synchronous, as denoted by the keywords action and request, respectively. The most radical property of Timber is that it is free from any indefinitely blocking constructs; because of this, a Timber object is always fully responsive when not actively executing code. This process structure should be contrasted to the common infinite event-loop pattern in other languages, where blocking system calls are used to partition an otherwise linear thread of execution into event-handling fragments.
Each reaction in Timber is furthermore associated with a programmable timing window, delimited by upper and lower constraints called the baseline and the deadline of a reaction. The semantics of these constraints is formally defined like the rest of the language, and serves the purpose of codifying the legal behavior of a Timber system in a platform-independent manner. The timing window is inherited by each method call by default, but can also be manually set by the programmer; using the constructs after for moving a window forward with an offset, and before for setting a timing window width. Both values are measured relative to the fixed reference-points of baselines, never from the point in time a method call is actually made. Posting a message to arrive at some specific time into the future is thus easy in Timber, and defining a periodic process amounts to the special case of repeating such a pattern recursively.
The following Timber example shows a simple implementation of a sonar driver that is coupled to an alarm. The specifications assumed state that a sonar beep should be 2 milliseconds long, with a maximum jitter of 50 microseconds, and that the required accuracy of the measurements dictate that time-stamps associated with beeps must also be accurate down to the 50 microsecond range. The figure below illustrates the timing windows constraining the involved methods ping and stop, and thus, indirectly, the actual beep produced.
Furthermore, the sonar is supposed to sound every 3 seconds, and the deadline for reacting to off-limit measurements is 5 milliseconds. These specifications look as follows when translated into Timber code:
sonar port alarm critical = class tm = new timer count := 0 ping = before (microsec 50) action port.write beep_on tm.reset after (millisec 2) stop after (sec 3) ping stop = before (microsec 50) action port.write beep_off echo = before (millisec 5) action diff <- tm.sample if critical diff then count := count + 1 alarm count result { interrupt = echo, start = ping }
The header sonar port alarm critical here defines function sonar to take port (the port controlling the beeping hardware), alarm (the method to call in emergency) and critical (a boolean function on time values) as parameters. The shown class construct creates a local timer object instance tm, initializes a state variable count to 0, and furthermore defines the asynchronous methods ping, stop and echo. The resulting interface is a record containing methods named interrupt and start, which are just exported aliases for the local method names echo and ping, respectively.
A timer object allows the time between the current baseline and the baseline of the last timer reset to be measured. This is utilized in method echo, where the time since the last invocation of ping (bound to differ from the beep emission by at most 50 microseconds) is sampled and analyzed to determine if an alarm should be sent. When this happens, the provided alarm method is given the accumulated alarm count as an argument. Notice how each ping causes two future events to be triggered: one call to stop 2 milliseconds from the current baseline, and a recursive invocation of ping itself after 3 seconds to keep the periodic sonar activity alive.
As an example of how a sonar object might be instantiated to run on a bare-metal embedded system, here follows an example of the root declaration for such a system.
root regs = class crit d = d < millisec 15 a = new alarm (regs!com_port_addr) s = new sonar (regs!sonar_port_addr) a crit result [ s.start, s.interrupt, a.ack ]
On this level, the interface to the software (as seen from the hardware) is the list of interrupt handlers it provides (enclosed in square brackets). Consequently (from the software perspective), the hardware takes the shape of an array of device registers that can be read or written (with ! being the indexing operator). The parametric class root above is thus of a type that can be instantiated and used directly by the run-time system of a typical bare-metal platform, although it should be noted that the exact shape of a root definition can vary between Timber platforms -- under the POSIX environment, for example, the root class returns just a startup procedure, while taking a full-featured operating system interface as an argument.
The semantics of Timber allows a natural implementation in terms of an EDF scheduler, where the asynchronous methods of a program correspond to tasks, objects take the role of shared resources, and all methods (synchronous as well as asynchronous) simply denote code sequences that require exclusive access to the owning object. Timber also relegates management of its garbage-collected heap to idle time, thus facilitating direct application of known schedulability and execution time analysis methods. The implementation technique used furthermore allows both objects and messages to be created in large numbers without incurring any run-time penalty, at the same time as the number of threads behind the scenes (i.e., the number of execution contexts and stacks) can be limited to the maximum preemption depth a system is expected to need.
Additional features of Timber not covered here include a strong static type system supporting subtyping, parametric polymorphism with overloading, and automatic type inference; a rich set of heap-allocated immutable datatypes; first-class citizenship to all values (meaning that methods as well as classes can be sent as arguments and stored inside data structures); and a referentially transparent evaluation semantics in the purely functional tradition.


Enumerable#grep vs Enumerable#select
Often, Enumerable#select
is the chosen method to obtain elements from an
Array for a given block. Without thinking twice, we may be doing more work than
necessary by not taking advantage of another method from the Enumerable module,
Enumerable#grep
.
Enumerable#grep
can not always be used instead of Enumerable#select
, but
when it can, #grep
provides better readability and a small speed improvement
over #select
.
See the benchmark below for example, which uses the class matcher for #grep
:
2.1.2 :041 > a = (1..100000).map { rand(100000) }
2.1.2 :042 > b = (1..100000).map { rand(100000).to_s }
2.1.2 :043 > c = a + b
2.1.2 :044 > Benchmark.bm(10) do |b|
2.1.2 :045 > b.report("select") { c.select { |x| x.is_a? Integer } }
2.1.2 :046?> b.report("grep") { c.grep(Integer) }
2.1.2 :047?> end
user system total real
select 0.040000 0.000000 0.040000 ( 0.037799)
grep 0.020000 0.000000 0.020000 ( 0.023749)
2.1.2 :048 > c.select { |x| x.is_a? Integer } == c.grep(Integer)
=> true
You can also see its power when using Regexp patterns, which is not only faster
but also less verbose, which is enough of a win to favor it over #select
:
2.1.2 :049 > a = (1..100000).map { (65 + rand(26)).chr }
2.1.2 :050 > b = (1..100000).map { rand(10).to_s }
2.1.2 :051 > c = a + b
2.1.2 :052 > Benchmark.bm(10) do |b|
2.1.2 :053 > b.report("select") { c.select{|x| /^\d*$/ === x} }
2.1.2 :054?> b.report("grep") { c.grep(/^\d*$/) }
2.1.2 :055?> end
user system total real
select 0.020000 0.000000 0.020000 ( 0.021058)
grep 0.020000 0.000000 0.020000 ( 0.012626)
There are some pretty good use cases for #grep
, and one last thing worth
keeping in mind: #grep
can take a second parameter, which acts
as #map
does and reads very nicely. For example:
2.1.2 :056 > hello = ['Hello', 'ello', 'llo', 'lo', 'o']
2.1.2 :057 > hello.select { |x| /[A-Z]\w+/ === x }.map(&:downcase)
=> ["hello"]
2.1.2 :058 > hello.grep(/[A-Z]\w+/, &:downcase)
=> ["hello"]


Awaiting Redirect
If you are not redirected, please click . If the server has not been accessed recently, this may take a few moments.


Creates a new instance of the shutdown component.
Closes component and frees used resources.
(optional) transaction id to trace execution through call chain.
callback function that receives error or null no errors occured.
Configures component by passing configuration parameters.
configuration parameters to be set.
Checks if the component is opened.
true if the component has been opened and false otherwise.
Opens the component.
(optional) transaction id to trace execution through call chain.
callback function that receives error or null no errors occured.
Crashes the process using the configured crash mode.
Generated using TypeDoc
Random shutdown component that crashes the process using various methods.
The component is usually used for testing, but brave developers can try to use it in production to randomly crash microservices. It follows the concept of "Chaos Monkey" popularized by Netflix.
Configuration parameters
Example
let shutdown = new Shutdown(); shutdown.configure(ConfigParams.fromTuples( "mode": "exception" )); shutdown.shutdown(); // Result: Bang!!! the process crashes


Scott Belding
Unafffiliated
Occupation: Researcher Employer: National Renewable Energy Laboratory (NREL)
B.A. Chemistry, University of San Diego | M.S. Chemistry, University of California, Berkeley | M.P.A. Energy & Environment, Columbia University | For more details, see resume
80212
No formal group affiliations or activity
Small amounts (<$150) to: Pete Buttigieg: 2020 Campaign for President Elizabeth Warren: 2020 Campaign for President Joe Biden: 2020 Campaign for President
n/a
I am a Coloradan who believes fair representation is the lynchpin of a legitimate republic. I want to help give all Coloradans an equal voice in choosing our representatives and turn our state into a model of successful reform to combat gerrymandering.
I have found success throughout my personal and professional life in guiding meetings and conversations to a place that promotes consensus. I once managed a 30-person team of graduate student volunteers, which is a fragile coalition to hold together since students always have competing interests for their time and, being volunteers, I could offer them no material incentives. I was ultimately able to keep the group engaged, and on this and other teams I have relied upon a few key building blocks to set the stage for productive collaboration. First, confirm goals and check assumptions. Do we have a common understanding of our purpose? Are there facts we all recognize? Many disagreements can be forestalled by establishing a baseline of goals and information that the entire group accepts. Second, match outcomes to goals. What does success look like? Does this hypothetical result comport with our mission? Why or why not? Holding up possible outcomes for consideration helps ground the group in the reality of their decisions. Third, connect actions to outcomes. If we take this step, will it lead to the result we want? The result that we agree will help achieve our goals? Actions can be more easily agreed upon if their connections to prior points of consensus are made clear; it is also important to deliberately give proposed actions a reality check for unintended consequences. Half the battle (at least) of gathering consensus from a diverse group lies in simply avoiding derailment, since tangents constantly threaten to intrude and have a tendency to build their own momentum once instigated. Furthermore, it is crucial to follow good evidence wherever it leads and to be an active listener who strives to hear the truth in the experiences of one’s peers. These steps, attitude, and adherence to evidence are crucial ingredients for impartiality and consensus-building, and I believe a good process leads to good outcomes. While a harmonious ending is never guaranteed, these factors maintain a focus on the right questions and lead to the right conversations. I will strive to foster this collaborative process on the Commission.
In my current work, I routinely analyze projects from policy, scientific, and engineering perspectives in order to judge their viability. Problems can arise from all sorts of angles and it’s my job to anticipate and mitigate those potential issues. In my brewing career, problems were often more acute and required immediate, effective action to resolve. There is little time to deliberate when an enormous tank is leaking, and so I developed a quick response time to problems that does not compromise the effectiveness of the solution. In my academic training, I built a foundation of logical and reasoned analysis since the field of chemistry tolerates no other type of analysis. In my leisure time, I’m always eager to learn a new board game or puzzle because they help me think about strategic problem solving in a new light. Tasks like the Commission’s are a good fit for me.


csv2xlsx [OPTIONS] WORKBOOK_NAME SHEET_NAME
csv2xlsx will take CSV input and create a new sheet in an Excel Workbook. If the Workbook does not exist then it is created.
-h display help
-help display help
-i input filename (CSV content)
-input input filename (CSV content)
-l display license
-license display license
-sheet Sheet name to create/replace
-v display version
-version display version
-workbook Workbook name
csv2xlsx -i data.csv MyWorkbook.xlsx 'My worksheet'
This creates a new ‘My worksheet’ in the Excel Workbook called ‘MyWorkbook.xlsx’ with the contents of data.csv.
cat data.csv | csv2xlsx MyWorkbook.xlsx 'My worksheet'
This does the same but the contents of data.csv are piped into the workbook’s sheet.


Description
Your best score: 0
?
Labyrinth Ball
This is a test of three.js and ammo.js, you can find the source code
here
.
To rotate the tray, use the arrow keys.
Use space key to push the ball.
Useful links
Source code of this app
ThreeJs
ammo.js source code and examples
Very good starting point
Very good ammo examples
Basic Collisions Detection, RayCasting with Three.Js
Not used, but interesting:
Constructive Solid Geometry With csg.js
Physijs (not maintained)
Simple 3D Physics Game Using Three.js and Physijs


Hi, Welcome to Urlinq! Thank you for showing interest in our endeavour. We will keep you updated.
If you don't see the button above, click here
Thanks, The Urlinq Family
This email was sent to<EMAIL_ADDRESS>TM and copyright © 2014 Urlinq LLC. New York City.


|
EAP644/1/1: "Bonfils Stereoscopic Views Series: ""Vues de tout l'Orient"" [c 1867-c 1914] |
|
EAP644/1/2: "Bonfils Lantern Magic slides series: ""Terre Sainte"" [c 1867-c 1914]" |
|
EAP644/1/3: Catalogue 1876 [1876] |
|
EAP644/1/4: Undated Catalogue [c 1867-c 1914] |
|
EAP644/1/5: Catalogue 1907 [1907] |
|
EAP644/1/6: Album 103 [c 1867-c 1914] |
|
EAP644/1/7: Album 108 [c 1867-c 1914] |
|
EAP644/1/8: Album 111 [c 1867-c 1914] |
|
EAP644/1/9: Album 113 [c 1867-c 1914] |
|
EAP644/1/10: Album 118 [c 1870-c 1875] |
|
EAP644/1/11: Album 125 [c 1870-c 1878] |
|
EAP644/1/12: Album 126 [c 1867-c 1914] |
|
EAP644/1/13: Album 129 [c 1867-c 1914] |
|
EAP644/1/14: Album 130 [c 1867-c 1914] |
|
EAP644/1/15: Album 131 [c 1867-c 1914] |
|
EAP644/1/16: Album 139 [c 1867-c 1914] |
|
EAP644/1/17: Album 140 [c 1867-c 1914] |
|
EAP644/1/18: Album 141 [c 1884-c 1885] |
|
EAP644/1/19: Album 142 [c 1867-c 1914] |
|
EAP644/1/20: Album 144 [c 1867-c 1914] |
|
EAP644/1/21: Album 151 [c 1895] |
|
EAP644/1/22: Album 156 [c 1867-c 1914] |
|
EAP644/1/23: Album 159 [c 1867-c 1876] |
|
EAP644/1/24: Album 160 [c 1867-c 1876] |
|
EAP644/1/25: Album 161 [c 1867-c 1876] |
|
EAP644/1/26: Album 162 [c 1867-c 1876] |
|
EAP644/1/27: Album 163 [c 1867-c 1876] |
|
EAP644/1/28: Album 166 [c 1867-c 1914] |
|
EAP644/1/29: Album 171 [1865-1866] |
|
EAP644/1/30: Album 172 [c 1867-c 1914] |
|
EAP644/1/31: Album 193 [1879] |
|
EAP644/1/32: Album 194e [c 1867-c 1914] |
|
EAP644/1/33: Album 197b [c 1867-c 1914] |
|
EAP644/1/34: Album 401 [c 1867-c 1914] |
|
EAP644/1/35: Album 402 [c 1867-c 1914] |
|
EAP644/1/36: Album 403 [c 1867-c 1914] |
|
EAP644/1/37: Album 404 [c 1867-c 1914] |
|
EAP644/1/38: Album 405 [c 1867-c 1914] |
|
EAP644/1/39: Album 406 [c 1867-c 1914] |
|
EAP644/1/40: Album 407 [c 1867-c 1914] |
|
EAP644/1/41: Portfolio 408 [c 1867-c 1914] |
|
EAP644/1/42: Portfolio 501 [c 1867-c 1914] |
|
EAP644/1/43: Portfolio 502 [c 1867-c 1914] |
|
EAP644/1/44: Portfolio 503 [c 1867-c 1914] |
|
EAP644/1/45: Portfolio 504: Panoramic view of Jerusalem (panorama in 2 parts) [c 1867-c 1914] |
|
EAP644/1/46: Portfolio 505 [c 1867-c 1914] |
|
EAP644/1/47: Portfolio 507 [c 1867-c 1914] |
|
EAP644/1/48: Portfolio 508 [c 1867-c 1914] |
|
EAP644/1/49: Portfolio 509 [c 1867-c 1914] |
|
EAP644/1/50: Portfolio 510 [c 1867-c 1914] |
|
EAP644/1/51: Portfolio 511 [c 1867-c 1914] |
|
EAP644/1/52: Portfolio 513 [c 1867-c 1914] |
|
EAP644/1/53: Portfolio 514 [c 1867-c 1914] |
|
EAP644/1/54: Portfolio 515: The Cedars (MT. Lebanon) So Hiram gave Salomon cedar trees and fir trees according to all his desire. I. Kings V.10 [c 1867-c 1914] |
|
EAP644/1/55: Portfolio 517 [c 1867-c 1914] |
|
EAP644/1/56: Portfolio 518 [c 1867-c 1914] |
|
EAP644/1/57: Portfolio 519 [c 1867-c 1914] |
|
EAP644/1/58: Portfolio 520 [c 1867-c 1914] |
|
EAP644/1/59: Portfolio 521 [c 1867-c 1914] |
|
EAP644/1/60: Portfolio 522 [c 1886] |
|
EAP644/1/61: Portfolio 524 [c 1867-c 1914] |
|
EAP644/1/62: Portfolio 525 [c 1893] |
|
EAP644/1/63: Portfolio 526 [c 1867-c 1914] |
|
EAP644/1/64: Portfolio 527 [c 1867-c 1914] |
|
EAP644/1/65: Portfolio 528 [c 1867-c 1914] |
|
EAP644/1/66: Portfolio 529 [c 1867-c 1914] |
|
EAP644/1/67: Portfolio 530 [c 1867-c 1914] |
|
EAP644/1/68: Album 803 [c 1874] |
|
EAP644/1/69: Cabinet Cards [c 1867-c 1914] |
|
EAP644/1/70: Cartes de visite [c 1875] |
|
EAP644/1/71: Nubie. Temple de Dakkeh (Egypte) [c 1867-c 1914] |


{% extends "base.html" %}
{% block title %}
GPA Calculator
{% endblock %}
{% block body %}
GPA Calculator
Welcome to the RVHS GPA Calculator.
Please enter your academic level:


MPI_COMM_FREE(comm)
[ INOUT comm] communicator to be destroyed (handle)
int MPI_Comm_free(MPI_Comm *comm)
MPI_COMM_FREE(COMM, IERROR)
INTEGER COMM, IERROR
This collective operation marks the communication object for deallocation. The handle is set to MPI_COMM_NULL. Any pending operations that use this communicator will complete normally; the object is actually deallocated only if there are no other active references to it. This call applies to intra- and inter-communicators. The delete callback functions for all cached attributes (see section Caching ) are called in arbitrary order.
[] Advice
to implementors.
A reference-count mechanism may be used: the reference count is incremented by each call to MPI_COMM_DUP, and decremented by each call to MPI_COMM_FREE. The object is ultimately deallocated when the count reaches zero.
Though collective, it is anticipated that this operation will normally
be implemented to be local, though the debugging version of an MPI library might
choose to synchronize.
( End of advice to implementors.)


Online Video Thumbnail Generator
Video from URL
Video from file
(Currently, youtube/vimeo video URLS are not supported, only URLs pointing to a video resource)
Video URL
Load video
For youtube URLs, you can use a service to convert Youtube videos to MP4 files (Google for "Youtube mp4").
Use the provided "Download link" URL here, or
Download the file to your device and select "Video from file"
Select the frame to capture using video controls.
⏮
⏪
-1m
⏪
-5s
⏪
-1s
⏪
-1fr
⏯
⏩
+1fr
⏩
+1s
⏩
+5s
⏩
+1m
⏭
Image width
Snap photo
Save Image
Image link


Neuroplasticity
Accepting the principles of neuroplasticity is perhaps the first stage of learning to think in a growth mindset. The principles of neuroplasticity benefit not only those with learning difficulties or those who have suffered from neurological events, but also people who are wanting to learn new skills or improve existing ones.
The principles of neuroplasticity wouldn’t necessarily be new concepts to most people. By engaging and utilising the simple principles of neuroplasticity we can enhance our ability to learn new things.  I’m interested in how engaging with meaningful and salient learning will change and strengthen the way I retain information.
There are many physical, emotional, intellectual and behavioural ways to increase ones neuroplasticity. It could be as simple as walking home a different way from work than you normally would or it could be practicing mindfulness and meditation in order to awaken your consciousness. Awareness of improving neuroplasticity allows the brain to behave in a growth mindset.
I found this research on neuroplasticity particularly interesting.
Growth Mindset
A growth mindset is a belief that skills and intelligence are grown and developed through determination and hardwork. It creates the foundation for great learning and shows that it can improve our ability to grow and develop neuroplasticity. Our brains are still capable of learning new things which means that utilising a growth mindset is just as relevant to all areas of our life as it was when we were children.
Since childhood, I’ve generally always operated with a growth mindset (subconsciously or not) and began learning about it this year when I was helping my friend through her teachers college study. I had been under the impression that a growth mindset tends to only be relevant to school children and teenagers so it’s interesting to learn that a lot of corporate companies and organisations are implementing the growth mindset into their business strategies as a way to promote company profit.
Learning a new skill comes with a whole new set of challenges. Finding ways of strategising and overcoming these challenges is going to be key to achieving successes throughout my learning journey. Things to personally focus on will be language which promotes a growth mindset. Instead of focusing on the end destination I’m going to focus on the journey of learning.
I found this video on growth mindset really engaging.
Learning Plan and Strategies
- Perfectionism - whatever you do is good enough for now, come back and work on it later
- Complete the easiest things first - seeing progress creates more progress
- Break down hard things into smaller steps
- Temptations add fuel to the fire - celebrate milestones
- Find the flow - find when the creative flow is “just right” and keep working through it