This app checks a Stardew Valley save file for various achievements and milestones and
lets you know what is missing. Currently it checks for progress on 38 achievements (everything but the 2 Prairie King minigame achieves) and Grandpa's evaluation. It also summarizes relationship progress, including cutscenes.
Most changed & added content from version 1.5 is supported, and 1.5-specific features should only appear in the results if the save is detected to be from that version. If you load a 1.5 save into the app, expect to see spoilers. There is now some spoiler protection for major systems by using the Output Preferences to hide some section results, but the titles of the new sections will still be visible and new items will still appear in the details of old sections.
Select Output Preferences below and then choose your save file. The summary is the part that lists whether or not an achievement / goal has been met and the details are things like the NPC event checklist or full list of still-needed items. New Sections are those which have been added for Stardew 1.5.
Select a save file to check:
Please use the full save file named with your farmer's name (or farm name) and an ID number (e.g. Fred_148093307); do not use the SaveGameInfo file as it does not contain all the necessary information.
Default save file locations are:
Windows: %AppData%\StardewValley\Saves\
Mac OSX & Linux: ~/.config/StardewValley/Saves/
Working...
Results
Changelog
7 Jan 2021 - v4.0.3 - More Monster Hunting updates, added Special Orders tracking
3 Jan 2021 - v4.0.2 - Updated Monster Hunting counts, ignoring special furniture items in fishing, fix museum details
23 Dec 2020 - v4.0.1 - Fixed some multiplayer parsing bugs.
22 Dec 2020 - v4.0 - Output Preferences and initial support for Stardew Valley 1.5
24 Jul 2020 - v3.0.5 - Small bugfix on missable event check; updated forum link in footer
27 Dec 2019 - v3.0.4 - Fixed event ID for Maru's 14-heart (thanks SweetGarage) and another spelling error (thanks debashisbiswas)
7 Dec 2019 - v3.0.3 - Version detection changed again to handle semver like 1.4.2
1 Dec 2019 - v3.0.2 - Fixed bug in Joja development summary
30 Nov 2019 - v3.0.1 - Version detection should now properly identify day one 1.4 saves
26 Nov 2019 - v3.0 - Support for Stardew Valley 1.4
15 Aug 2019 - v2.5.1 - Fixed duplicate Social output; PR from debashisbiswas
22 June 2019 - v2.5 - Added Introductions quest summary to Social
22 Feb 2019 - v2.4.1 - Fixed bug with detecting valid farmhands on MP saves
30 Jan 2019 - v2.4 - Improved support for iOS save files
2 Jan 2019 - v2.3.2 - Multiplayer marriage detection in Grandpa's evaluation
1 Jan 2019 - v2.3.1 - Fixed bug with multiplayer processing introduced by last update
30 Dec 2018 - v2.3 - Improved handling of mod content for cooking & crafting summaries
Older changes
3 Oct 2018 - v2.2.3 - Mark some Penny heart events impossible after Pam house; stardrop wording fix
7 Sept 2018 - v2.2.2 - Joja achievement no longer marked impossible unless CC is fully complete
1 Sept 2018 - v2.2.1 - Detect crafting recipes from mods; collapse older entries in changelog
29 Aug 2018 - v2.2 - Added the polyamory events to social summary & clarified multi-NPC events
20 Aug 2018 - v2.1.2 - Blobfish spelling fix and better input sanitization
12 Aug 2018 - v2.1.1 - Another bugfix for fish count (Pearls)
12 Aug 2018 - v2.1 - Individual player output can now be toggled on/off on multiplayer saves
11 Aug 2018 - v2.0.2 - Bugfix in fish count related to Secret Notes
25 June 2018 - v2.0.1 - Sanity-checking on cooking results and NPCs
6 June 2018 - v2.0 - Multiplayer support for all relevant sections
26 May 2018 - v1.9.7 - Secret Note reward bugfixes
24 May 2018 - v1.9.6 - Secret Note reward progress; favicon; change initial spouse friendship max to Stardrop threshold
21 May 2018 - v1.9.5 - Work around multiplayer mine level weirdness; add "angry" status after confrontation event
14 May 2018 - v1.9.4 - Fix quest completion for SV 1.2 that got broken in last update
12 May 2018 - v1.9.3 - Fix quest completion to only look at host
10 May 2018 - v1.9.2 - Friendship status, including "guesses" for 1.2
4 May 2018 - v1.9.1 - Additional support for version 1.3 features (work in progress)
1 May 2018 - v1.9 - Basic support for version 1.3 (fix friendship parsing); new content support will come later
14 Apr 2018 - v1.8 - Rusty Key counter on museum summary and minor formatting changes
9 Mar 2018 - v1.7 - Added "heart events" to Social friendship summary
7 Feb 2018 - v1.6 - Wiki links for social summary and additional info on current skill level
29 Jan 2018 - v1.5 - Added full friendship point summary to Social section
10 Sept 2017 - v1.4 - Minor bugfixes
28 June 2017 - v1.3 - Added navigation links along right side (only visible after a save is loaded)
27 June 2017 - v1.2 - Community Center bundle & Joja Mart form progress
23 June 2017 - v1.1 - Added wiki links for needed item lists


The level of accessibility required for all content published on GOV.UK
Accessibility: requirements, background and approach
Minimum standard of accessibility
Technical accessibility
The minimum standard of accessibility for all public sector websites is Level AA of the Web Content Accessibility Guidelines (WCAG) 2.0.
This applies to all web pages on GOV.UK and all web pages created for government services.
Usable accessibility
All services must be tested with disabled and older people throughout the different phases of design.


Place the bars inside the 3D printed try in outside the mouth to ensure proper fit and to identify the bar that corresponds
to each hole.
Attach the bar screws onto the implants and tighten to 15 Ncm with the screwdriver and manual torque wrench (1.2mm).
Place the 3D printed try in in the mouth and make sure it fits properly in the bars and ask patient to bite with full force.
(If delivering a set of upper and lower repeat steps 2-4 with the lower try in)
Evaluate Bite, VD, midline, occlusal plane and overjet/overbite.
If the bite/occlusal plane is not ideal, take a new bite.
Take the 3D printed try in out of the mouth and fill the housing spaces with light body PVS. (It is necessary to place a
thin layer of PVS adhesive on the try in; prior to applying the light body PVS)
Seat the try-in completely and ask patient to bite with full force.
Gently take out the try-in out of the mouth.
Place adjustment requests online and send bars and try in back to DENTCA.
Note: If patient does not have opposing dentition and full force biting is not possible, use manual pressure to seat denture
as firmly as possible.
Ready for the next step? Click here to go to Final Delivery Appointment.


Manually defined registry entries, never know what you’ll find here.
VNC password
AV disable password
Autologon password
Slide Notes
-This is the most flexible class of settings, and it’s where admins can set up any custom registry entries they see fit.
-You'll find a bunch of fun stuff in here.
-The most useful examples are things like VNC passwords, which are encrypted using a standard method and key, so you can easily decrypt those and have a nice time.
-Another favourite is, Autologon credentials. These aren’t stored encrypted, just right there in the registry in plain text. These will often be pretty rubbish stuff like low-privilege accounts for kiosk machines but sometimes you’ll get something great like “the account used for the big TV in the network admins’ area that shows all of their monitoring stuff and therefore had to have access to all the monitoring stuff and it was easiest to just make it a domain admin.”
-This category tends to be very noisy, especially in shops with very old-school admins.


Xavier de Rosnay & Gaspard Augé
Xavier De Ronsay and Gaspard Augé had a few mutual friends, who happened to run a record label, seeking tracks for a compilation. With an immediate connection, the pair decided to try their hand at making a song. That’s when they created their breakout single, We Are Your Friends – a feel-good, funk-ﬁlled, instant anthem that lost the remix contest, but won the attention of Pedro Winter, director of the newly founded Ed Banger Records, who boasted Daft Punk as former clients. One week later, they were in his ofﬁce, signing a record deal
Xavier De Ronsay and Gaspard Augé had a few mutual friends, who happened to run a record label, seeking tracks for a compilation. With an immediate connection, the pair decided to try their hand at making a song. That’s when they created their breakout single, We Are Your Friends – a feel-good, funk-ﬁlled, instant anthem that lost the remix contest, but won the attention of Pedro Winter, director of the newly founded Ed Banger Records, who boasted Daft Punk as former clients. One week later, they were in his ofﬁce, signing a record deal


| Filter |
|---|
|
Show: |
| Message | Class | Method | Time |
|---|---|---|---|
| Setting up NuBot version : 0.1.5b | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.853 UTC |
| Init logging system | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.872 UTC |
| Set up SSL certificates | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.873 UTC |
| Load options from 1 files : /tmp/tmpduFT1X | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.874 UTC |
| Wrap the keys into a new ApiKeys object | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.875 UTC |
| Creating an Exchange object | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.876 UTC |
| Create e ExchangeLiveData object to accomodate liveData from the exchange | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.890 UTC |
| Create a new TradeInterface object | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.891 UTC |
| Swapped pair mode : false | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.892 UTC |
| The bot detected a 0 TX fee : forcing a priceOffset of 0.1% [if required] | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.894 UTC |
| Create a TaskManager | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.894 UTC |
| Starting task : Check connection with exchange | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.903 UTC |
| Waiting a for the connectionThreads to detect connection | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:48.904 UTC |
| Configuring NuBot for Dual-Side strategy | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:51.911 UTC |
| Start trading Strategy specific for nbtbtc | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:51.920 UTC |
| Options : { dualSide=true submitLiquidity=false executeOrders=true verbose=false sendHipchat=false apiKey=T1WBB90W-JCSM19QI-5BA7YIPJ-C1AQYC47-XCROLSCS nubitAddress= rpcUser= nudIp=<IP_ADDRESS> nudPort=9091 priceIncrement=3.0E-4 txFee=0.2 exchangeName=bitcoincoid pair=nbtbtc executeStrategyInterval=41 sendLiquidityInterval=130 sendMails=false mailRecipient=null emergencyTimeoutMinutes 60 keepProceeds=0.0 aggregate=false SecondaryPegOptionsJSON : backupFeedNames [blockchain, coinbase, bitstamp] distanceThreshold 10.0 mainFeed bitfinex spread 0.1 wallchangeThreshold 0.3} |
com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:51.921 UTC |
| Updated Froozen Balances file (res/frozen/nbt_btc-bitcoincoid-frozen.json) : 0 BTC | com.nubits.nubot.utils.FrozenBalancesManager | updateFrozenFilesystem | Mar 09 2015 22:07:51.963 UTC |
| Forcing a 0.9% minimum spread to protect from collisions | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:51.970 UTC |
| NuBot will be start running in 69 seconds, to sync with remote NTP and place walls during next wall shift window. | com.nubits.nubot.launch.NuBot | execute | Mar 09 2015 22:07:52.036 UTC |
| Bot shutting down.. | com.nubits.nubot.launch.NuBot | run | Mar 09 2015 22:07:55.065 UTC |
| Clearing out active orders ... | com.nubits.nubot.launch.NuBot | run | Mar 09 2015 22:07:55.067 UTC |


Typer is a tool to help you get better at typing HTML and CSS. There are a lot of rules and syntax you need to get used to and here you can practice.
Select a lesson below to get started.


#include <graphics.h> int installuserdriver(char *name, int huge (*detect)(void));
There are two ways to use this vendor-supplied driver. Suppose you have a new video card called the Spiffy Graphics Array (SGA) and that the SGA manufacturer provided you with a BGI device driver (SGA.BGI). The easiest way to use this driver is to install it by calling installuserdriver and then passing the return value (the assigned driver number) directly to initgraph.
The other, more general way to use this driver is to link in an autodetect function that will be called by initgraph as part of its hardware-detection logic (presumably, the manufacturer of the SGA gave you this autodetect function). When you install the driver (by calling installuserdriver), you pass the address of this function, along with the device driver's file name.
After you install the device-driver file name and the SGA autodetect function, call initgraph and let it go through its normal autodetection process. Before initgraph calls its built-in autodetection function (detectgraph), it first calls the SGA autodetect function. If the SGA autodetect function doesn't find the SGA hardware, it returns a value of -11 (grError), and initgraph proceeds with its normal hardware detection logic (which can include calling any other vendor-supplied autodetection functions in the order in which they were "installed"). If, however, the autodetect function determines that an SGA is present, it returns a nonnegative mode number; then initgraph locates and loads SGA.BGI, puts the hardware into the default graphics mode recommended by the autodetect function, and finally returns control to your program.
You can install up to ten drivers at one time.
/* installuserdriver example */ #include#include #include #include /* function prototypes */ int huge detectEGA(void); void checkerrors(void); int main(void) { int gdriver, gmode; /* install a user written device driver */ gdriver = installuserdriver("EGA", detectEGA); /* must force use of detection routine */ gdriver = DETECT; /* check for any installation errors */ checkerrors(); /* initialize graphics and local variables */ initgraph(&gdriver, &gmode, ""); /* check for any initialization errors */ checkerrors(); /* draw a line */ line(0, 0, getmaxx(), getmaxy()); /* clean up */ getch(); closegraph(); return 0; } /* detects EGA or VGA cards */ int huge detectEGA(void) { int driver, mode, sugmode = 0; detectgraph(&driver, &mode); if ((driver == EGA) || (driver == VGA)) return sugmode; /* return suggested video mode number */ else return grError; /* return an error code */ } /* check for and report any graphics errors */ void checkerrors(void) { int errorcode; /* read result of last graphics operation */ errorcode = graphresult(); if (errorcode != grOk) { printf("Graphics error: %s\n", grapherrormsg(errorcode)); printf("Press any key to halt:"); getch(); exit(1); } }


1985: National Medal of Technology (with Steve Wozniak), awarded by US President Ronald Reagan
1987: Jefferson Award for Public Service
1989: Entrepreneur of the Decade by Inc. magazine
1991: Howard Vollum Award from Reed College
2007: Named the most powerful person in business by Fortune magazine
2007: Inducted into the California Hall of Fame, located at The California Museum for History, Women and the Arts
2012: Grammy Trustees Award, an award for those who have influenced the music industry in areas unrelated to performance
2013: Posthumously inducted as a Disney Legend
2017: Steve Jobs Theatre opens at Apple Park
Autobiographies/memoirs
2014: Steve Jobs: The Unauthorized Autobiography by J.T. Owens.
2013: The Bite in the Apple: A Memoir of My Life with Steve Jobs by Chrisann Brennan.
2006: iWoz by Steve Wozniak.
Biographies and histories
2015: Becoming Steve Jobs by Brent Schlender and Rick Tetzeli
2015: Steve Jobs and Philosophy: For Those Who Think Different, edited by Shawn E. Klein
2014: Creativity, Inc.: Overcoming the Unseen Forces That Stand in the Way of True Inspiration by Edwin Catmull of Pixar
2011: Steve Jobs by Walter Isaacson (the basis for the 2015 film, Steve Jobs by Danny Boyle)
2005: iCon: Steve Jobs by Jeffrey S. Young & William L. Simon.
2005: What the Dormouse Said: How the 60s Counterculture Shaped the Personal Computer Industry by John Markoff
2004: Revolution in the Valley: The Insanely Great Story of How the Mac was Made by Andy Hertzfeld
2000: The Second Coming of Steve Jobs by Alan Deutschman.
❝
"Basically Steve Wozniak and I invented the Apple because we wanted a personal computer. Not only couldn't we afford the computers that were on the market, those computers were impractical for us to use. We needed a Volkswagen. The Volkswagen isn't as fast or comfortable as other ways of traveling, but the VW owners can go where they want, when they want and with whom they want. The VW owners have personal control of their car."


Celebrity social media photos: Samantha Akkineni, Ajith, Sara Ali Khan and others
From Tiger Shroff's Baaghi 3 photo to Akshay Kumar-Kareena Kapoor's click from Good Newwz sets, scroll to see the latest photos shared by celebrities on social media.
21 Nov 2019, 11:18
Tiger Shroff, Akshay Kumar, Katrina Kaif, Gauri Khan, Aanya Panday, Anupam Kher, Samantha Akkineni, Milind Soman, Sonali Bendre, Arjun Kapoor, Kajol, Farah Khan and Sara Ali Khan among others shared photos on their social media accounts today.
Sharing this still, Akshay Kumar wrote, "You know it’s time to file for bankruptcy when she asks you, ‘Baby, how much do you love me?’ #TheBatras #GoodNewwz #KareenaKapoorKhan." (Photo: Akshay Kumar/Instagram)
A photo of Ajith, who will be seen next in Valimai, is making the rounds of the internet. (Photo: @ThalaAjith_FC/ Twitter)
The caption of Katrina Kaif's photo read, "Justtttttt ........" (Photo: Katrina Kaif/Instagram)
Milind Soman shared his old photo with the caption, "#throwbackthursday 2003." (Photo: Milind Soman/Instagram)
Sonali Bendre shared this photo with the caption, "This is how we do meetings! Meet my Executive Assistant, #LittleMissIcy! Job description: be cute or Zzzzz." (Photo: Sonali Bendre/Instagram)
Sharing this click, Tiger Shroff wrote, "...And I thought the prequel was challenging...ok round 2 lets go! #baaghi3 #climax." (Photo: Tiger Shroff/Instagram)
Arjun Kapoor shared Panipat's poster and wrote, "Sadashiv Rao Bhau vs Ahmad Shah Abdali. Witness the epic battle on 6th December, #Panipat." (Photo: Arjun Kapoor/Instagram)
Vidya Balan shared her look for Shakuntala Devi's wrap party last night. (Photo: Vidya Balan/Instagram)
Gauri Khan shared some photos on Instagram. (Photo: Gauri Khan/ Instagram)
Shanaya Kapoor, Ananya Panday and Karan Johar posed for a click during Falguni and Shane Peacock’s flagship store launch. (Photo: Gauri Khan/Instagram)
Anupam Kher wrote with the photo, "It was an absolute pleasure to meet actor Chris Cooper recently. Have always admired his performances. Especially in films like #Adaptation and #AmericanBeauty." (Photo: Anupam Kher/Instagram)
Kajol posted a photo on Instagram. (Photo: Kajol/Instagram)
"Thank you @falgunishanepeacockindia for making me feel fun, fabulous and fierce on your Winter Cover❄," wrote Sara Ali Khan with her photo. (Photo: Sara Ali Khan/Instagram)
Samantha Akkineni shared some photos on Instagram. (Photo: Samantha Akkineni/Instagram)
"Can’t handle one of me? How about two BTS," wrote Aanya Panday with her photo. (Photo: Aanya Panday/Instagram)
Sharing this photo, Farah Khan wrote, "Mere do Anmol Ratan.. @vishaldadlani n @shekharravjiani aaj class mein.. #backbenchers @flipkartvideo .. first time i heard chammak chhallo ka bhajan version." (Photo: Farah Khan/Instagram)
The caption of Shweta Tiwari's photo read, "My favourite place to visit when my mind searches for peace #bookstores." (Photo: Shweta Tiwari/Instagram)


influenza (.) children cases aged hospitalized < (.–.) years {border-style study vaccination chronic px;} respiratory #ffffff;} Influenza disease . ± . virus Available Health data from: hospitalization (). Hospital ICU acute severe surveillance clinical distress seasons (HN) Catalunya. admission characteristics days differences epidemiological frequent included Catalonia, bacterial hospital mean pdm px; seasonal subtype symptom {font-family disease, failure font-size people treatment type vaccine viruses years, (%) (n = ) (±SD Public care disease. double; hospitalizations infection manuscript multiorgan onset pneumonia pre-existing risk stay syndrome (.%), Agency Catalan Josep [], according analysis antiviral border-color border-width complications descriptive especially pneumonia, population post-pandemic requiring results reviewed sentinel solid; studies subtypes time using {font-style {font-weight .%, Barcelona, Carlos Catalonia. Commons Creative European Generalitat Maria Mean Med. Surveillance Table admitted affect article bold case cases, conception confirmed coordinated courier; effectiveness em; factors health higher hospitals infection. information line manuscript. preventing pt;} received required routine sex shown syndrome, viral virus, years.


#include <stdio.h> ssize_t getline(char **lineptr, size_t *n, FILE *stream); ssize_t getdelim(char **lineptr, size_t *n, int delim, FILE *stream);
Feature Test Macro Requirements for glibc (see feature_test_macros(7)):
getline(), getdelim():
If *lineptr is set to NULL and *n is set 0 before the call, then getline() will allocate a buffer for storing the line. This buffer should be freed by the user program even if getline() failed.
Alternatively, before calling getline(), *lineptr can contain a pointer to a malloc(3)-allocated buffer *n bytes in size. If the buffer is not large enough to hold the line, getline() resizes it with realloc(3), updating *lineptr and *n as necessary.
In either case, on a successful call, *lineptr and *n will be updated to reflect the buffer address and allocated size respectively.
getdelim() works like getline(), except that a line delimiter other than newline can be specified as the delimiter argument. As with getline(), a delimiter character is not added if one was not present in the input before end of file was reached.
Both functions return -1 on failure to read a line (including end-of-file condition). In the event of an error, errno is set to indicate the cause.
#define _GNU_SOURCE #include <stdio.h> #include <stdlib.h> int main(void) { FILE *fp; char *line = NULL; size_t len = 0; ssize_t read; fp = fopen("/etc/motd", "r"); if (fp == NULL) exit(EXIT_FAILURE); while ((read = getline(&line, &len, fp)) != -1) { printf("Retrieved line of length %zu :\n", read); printf("%s", line); } free(line); fclose(fp); exit(EXIT_SUCCESS); }


{% for sentences in render_payload["summaryLines"] %}
● {{ sentences }}
{% endfor %}
Stats:
{% if "Error" in render_payload %}
"Something went wrong! Selection too short to be summarized."
{% else %}
Top Terms:
{% for topwords,occurance in render_payload["mostCommonWords"] %}
#{{ topwords }}
{% endfor %}
Selection Shortened By:
{{ render_payload["reducedBy"] }}%
{% endif %}


Terms of Use and Privacy Policy
By viewing or accessing Draughts.github.io website, you expressly agree to the following Terms and Conditions, IF YOU DO NOT WISH TO BE BOUND BY THE THESE TERMS OF USE, PLEASE DO NOT USE THIS SITE.

General Terms and Prohibitions
- All trademarks reproduced in this website which are not the property of, or licensed to, the operator are acknowledged on the website.
- You may not use this site for any purpose that is unlawful or in any manner that could damage, disable or impair the operation of this site or any other party's use of this site.
- We reserve the sole right to either modify or discontinue the site, including any of the site's features, at any time with or without notice.
- If you click on any advertisements, you will be dealing with external companies responsible for those advertisements. Draughts.github.io does not control the actions of these companies or the content of their websites.
- Neither we nor any third parties provide any warranty or guarantee as to the accuracy, timeliness, performance, completeness or suitability of the information and materials found or offered on this website for any particular purpose. You acknowledge that such information and materials may contain inaccuracies or errors and we expressly exclude liability for any such inaccuracies or errors to the fullest extent permitted law.
Privacy
- Draughts.github.io is using third-party companies such as DoubleClick in order to display advertisements. These third party companies will place cookies and/or web beacons in order to collect statistics about your visits and interaction with these advertisements.


| Package | Description |
|---|---|
| org.apache.olingo.client.api.domain | |
| org.apache.olingo.client.api.serialization | |
| org.apache.olingo.commons.api.data |
Contains all the data objects of OData responses and OData requests
|
| org.apache.olingo.server.api.deserializer |
Olingo Server API - Deserializer
|
| org.apache.olingo.server.api.serializer |
Olingo Server API - Serializer
|
| org.apache.olingo.server.api.uri |
Olingo URI
|
| Class and Description |
|---|
| Entity
Data representation for a single entity.
|
| Class and Description |
|---|
| Delta
A Delta instance contains all added and deleted links and all deleted entities.
|
| Entity
Data representation for a single entity.
|
| EntityCollection
Data representation for a collection of single entities.
|
| Link
Data representation for a link.
|
| Property
Data representation for a property.
|
| Class and Description |
|---|
| AbstractEntityCollection |
| AbstractODataObject
Abstract OData object with basic values (
id , baseURI , title ). |
| Annotatable
An element with instance annotations.
|
| Annotation
Represents an instance annotation.
|
| ComplexValue
Represents the value of a complex property.
|
| ContextURL
High-level representation of a context URL, built from the string value returned by a service; provides access to the
various components of the context URL, defined in the
protocol specification.
|
| ContextURL.Builder
Builder for a ContextURL instance.
|
| ContextURL.Suffix
Suffix of the OData Context URL
|
| DeletedEntity
A deleted entity contains the reason for deletion and the id.
|
| DeletedEntity.Reason
Reason of the removal from the list
|
| DeltaLink
A delta link.
|
| Entity
Data representation for a single entity.
|
| EntityCollection
Data representation for a collection of single entities.
|
| Link
Data representation for a link.
|
| Linked
Data representation for a linked object.
|
| Operation
Data representation for an operation.
|
| Operation.Type |
| Property
Data representation for a property.
|
| PropertyType
Enumeration for all OData property types.
|
| Valuable
Defines a value with an according type.
|
| ValueType
Defines the type of a value (see Valuable).
|
| Class and Description |
|---|
| Entity
Data representation for a single entity.
|
| EntityCollection
Data representation for a collection of single entities.
|
| Parameter
Data representation for a parameter.
|
| Property
Data representation for a property.
|
| Class and Description |
|---|
| AbstractEntityCollection |
| ContextURL
High-level representation of a context URL, built from the string value returned by a service; provides access to the
various components of the context URL, defined in the
protocol specification.
|
| Delta
A Delta instance contains all added and deleted links and all deleted entities.
|
| Entity
Data representation for a single entity.
|
| EntityIterator
Data representation as an Iterator for a collection of single entities.
|
| Property
Data representation for a property.
|
| Class and Description |
|---|
| Entity
Data representation for a single entity.
|
Copyright © 2013–2018 The Apache Software Foundation. All rights reserved.


--- layout: post title: Radio Interview with Maggie:How to Save up to $50,000 in College Costs date: 2011-01-04 18:30:45.000000000 -08:00 type: post parent_id: '0' published: true pd: '' status: publish categories: - Classroom Talk - College Prep tags: - advanced placement - advanced standing - College Prep author: login: k email: k@k display_name: mcary first_name: '' last_name: '' ---
I was recently interviewed on TalkZone Internet Talk Radio and thought you all might enjoy it. Their embedded player requires flash so if you're trying to listen to it via your iphone then that's why it won't work (everyone else should be fine though). Thanks for listening!
Here's the link to the interview:


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Interface for data flow analysis methods. All the data flow information is available accessing this interface. There are some dependecies between the methods in this interface. For example, findReach() mustn't be called before both findDef() and findKill() have been called, and findKill() in turn depends on the result of findDefined(). Please be careful in using. findAll() method should call those methods in the correct order.
DataFlowImpl
,
SetRefRepr
| Method Summary | |
int |
defLookup(int pNodeIndex)
Changes the IR node index into the "Def" index. |
int |
defReverseLookup(int pBitPosition)
Changes the "Def" index into the IR node index. |
int |
expLookup(int pExpIdIndex)
Changes the ExpId index into the position in the ExpVector. |
int |
expReverseLookup(int pBitPosition)
Changes the position in the ExpVector into the ExpId index. |
void |
findAll()
Finds and sets all the data flow information. |
void |
findAllBitVectors()
Finds and sets all the BitVectors, that is, Def, Kill, In, Out, Reach, Defined, Exposed, EGen, EKill, AvailIn, AvailOut, LiveIn, LiveOut, DefIn, and DefOut vectors. |
void |
findAvailInAvailOut()
Finds and sets the AvailIn/AvailOut vector for the entire flow. |
void |
findBasic()
Finds and sets the data flow items that are independent of the control flow, that is, Def, Kill, Defined, Exposed, EGen, and EKill vectors. |
void |
findDef()
Finds and sets the Def vector for the entire flow. |
void |
findDef(BBlock pBBlock)
Finds and sets the Def vector for the given BBlock. |
void |
findDefInDefOut()
Finds and sets the DefIn/DefOut vector for the entire flow. |
void |
findDefined()
Finds and sets the Defined vector for the entire flow. |
void |
findDefined(BBlock pBBlock)
Finds and sets the Defined vector for the given BBlock. |
void |
findDefUse()
Finds and sets the DefUseList for each FlowAnalSym without considering side effects of alias and call. |
void |
findDefUseExhaustively()
Finds and sets the DefUseList for each FlowAnalSym considering side effects of alias and call. |
void |
findEGen()
Finds and sets the EGen vector for the entire flow considering alias. |
void |
findEGen(BBlock pBBlock)
Finds and sets the EGen vector for the given BBlock considering alias. |
void |
findEKill()
Finds and sets the EKill vector for the entire flow. |
void |
findEKill(BBlock pBBlock)
Finds and sets the EKill vector for the given BBlock considering alias. |
void |
findExposed()
Finds and sets the Exposed vector for the entire flow. |
void |
findExposed(BBlock pBBlock)
Finds and sets the Exposed vector for the given BBlock. |
void |
findKill()
Finds and sets the Kill vector for the entire flow. |
void |
findKill(BBlock pBBlock)
Finds and sets the Kill vector for the given BBlock. |
void |
findLiveInLiveOut()
Finds and sets the LiveIn/LiveOut vector for the entire flow. |
void |
findReach()
Finds and sets the Reach vector for the entire flow. |
void |
findUsed()
Finds and sets the Used vector for the entire flow. |
void |
findUsed(BBlock pBBlock)
Finds and sets the Used vector for the given BBlock. |
void |
findUseDef()
Finds and sets the UseDefList for each FlowAnalSym considering alias and call. |
void |
findUseDefExhaustively()
Finds and sets the UseDefList for each FlowAnalSym without considering side effects of alias and call. |
java.util.List |
getBBlockList()
Returns the List of BBlocks in this flow. |
int |
getDefCount()
Returns the # of value-setting SetRefReprs. |
int |
getDefIndex(int pIRIndex)
Returns the DefSetRefRepr index (SetRefRepr no. |
int |
getDefNodeIndex(int pDefSetRefReprNo)
Returns the node index corresponding to the given "DefSetRefReprNo", which is the index attached to every value-setting SetRefRepr. |
FlowAnalSym |
getFlowAnalSym(int pFlowAnalSymIndex)
Returns the ExpId that has the given index. |
int |
getFlowAnalSymCount()
Returns the # of ExpIds generated in this flow. |
IR |
getNode(int pNodeIndex)
Returns the node that has the given index. |
IR |
getNodeFromDefIndex(int pDefIndex)
Returns the IR node that corresponds to the given DefSetRefRepr index (entry of the DefVector). |
int |
getPointCount()
Returns the # of "Points" in this flow. |
java.util.Set |
getUndefinedUseNodeOfSym(FlowAnalSym lSym)
|
java.util.Set |
getUseFlowAnalSyms(IR pSubtree)
Returns the Set of ExpIds that fall under the given subtree and are used. |
java.util.Set |
getUseFlowAnalSymsForHir(HIR pSubtree)
|
void |
showAll()
Shows all the information found in this analysis. |
void |
showAllBitVectors()
Shows all the BitVectors. |
void |
showAvailIn()
Shows the AvailIn vector for every BBlock. |
void |
showAvailInAvailOutRelated()
Shows BitVectors related to (needed to solve) AvailIn/AvailOut vectors, that is, EGen, EKill, AvailIn, and AvailOut vectors. |
void |
showAvailOut()
Shows the AvailOut vector for every BBlock. |
void |
showBasic()
Shows all the data flow items that are independent of the control flow, that is, Def, Kill, Defined, Exposed, EGen, and EKill vectors. |
void |
showDef()
Shows the Def vector for every BBlock. |
void |
showDefIn()
Shows the DefIn vector for every BBlock. |
void |
showDefInDefOutRelated()
Shows BitVectors related to (needed to solve) DefIn/DefOut vectors, that is, Defined, DefIn, and DefOut vectors. |
void |
showDefined()
Shows the Defined vector for every BBlock. |
void |
showDefOut()
Shows the DefOut vector for every BBlock. |
void |
showDefUse()
Shows the DefUseList for each FlowAnalSym. |
void |
showDefVectors()
Shows all the DefVectors for every BBlock. |
void |
showEGen()
Shows the EGen vector for every BBlock. |
void |
showEKill()
Shows the EKill vector for every BBlock. |
void |
showExposed()
Shows the Exposed vector for every BBlock. |
void |
showExpVectors()
Shows all the ExpVectors for every BBlock. |
void |
showKill()
Shows the Kill vector for every BBlock. |
void |
showLiveIn()
Shows the LiveIn vector for every BBlock. |
void |
showLiveInLiveOutRelated()
Shows BitVectors related to (needed to solve) LiveIn/LiveOut vectors, that is, Exposed, Defined, LiveIn, and LiveOut vectors. |
void |
showLiveOut()
Shows the LiveOut vector for every BBlock. |
void |
showReach()
Shows the Reach the vector for every BBlock. |
void |
showReachRelated()
Shows BitVectors related to (needed to solve) Reach vectors, that is, Def, Kill, and Reach vectors. |
void |
showSolved()
Shows all the data flow items data flow equations have found, that is, In, Out, Reach, AvailIn, AvailOut, LiveIn, LiveOut, DefIn, and DefOut vectors. |
void |
showSummary()
Show summary of data flow information. |
void |
showUseDef()
Shows the UseDefList for each FlowAnalSym. |
void |
solveAll()
Solves all the data flow equations to find In, Out, Reach, AvailIn, AvailOut, LiveIn, LiveOut, DefIn, and DefOut vectors. |
| Method Detail |
public void findDef()
public void findDef(BBlock pBBlock)
pBBlock
- BBlock whose Def vector to find.public void findKill()
public void findKill(BBlock pBBlock)
pBBlock
- BBlock whose Kill vector to find.public void findDefined()
public void findDefined(BBlock pBBlock)
pBBlock
- BBlock whose Defined vector to find.public void findUsed()
public void findUsed(BBlock pBBlock)
pBBlock
- BBlock whose Used vector to find.public void findExposed()
public void findExposed(BBlock pBBlock)
pBBlock
- BBlock whose Exposed vector to find.public void findEGen()
public void findEGen(BBlock pBBlock)
pBBlock
- BBlock whose EGen vector to find.public void findEKill()
public void findEKill(BBlock pBBlock)
pBBlock
- BBlock whose EKill vector to find.public void findReach()
public void findAvailInAvailOut()
public void findLiveInLiveOut()
public void findDefInDefOut()
public void findBasic()
findDef()
,
findDefined()
,
findKill()
,
findExposed()
,
findEGen()
,
findEKill()
public void solveAll()
findReach()
,
findAvailInAvailOut()
,
findLiveInLiveOut()
,
findDefInDefOut()
public void findAllBitVectors()
findBasic()
,
solveAll()
public void findDefUse()
public void findDefUseExhaustively()
public void findUseDef()
public void findUseDefExhaustively()
public void findAll()
findAllBitVectors()
,
findDefUse()
public int getDefCount()
public int getFlowAnalSymCount()
public int getPointCount()
public int getDefIndex(int pIRIndex)
public IR getNodeFromDefIndex(int pDefIndex)
public java.util.List getBBlockList()
public java.util.Set getUseFlowAnalSyms(IR pSubtree)
pSubtree
- IR node that is the root of the subtree to examine.
public java.util.Set getUseFlowAnalSymsForHir(HIR pSubtree)
public FlowAnalSym getFlowAnalSym(int pFlowAnalSymIndex)
public int expReverseLookup(int pBitPosition)
pBitPosition
- position in the ExpVector.public int defLookup(int pNodeIndex)
pNodeIndex
- index of the value-setting node (AssignStmt in HIR).public int defReverseLookup(int pBitPosition)
pBitPosition
- index in the DefVector for which to find the node index.public int expLookup(int pExpIdIndex)
pExpIdIndex
- index of ExpId.public int getDefNodeIndex(int pDefSetRefReprNo)
pDefSetRefReprNo
- index of value-setting SetRefRepr.
public IR getNode(int pNodeIndex)
pNodeIndex
- index of the node to be gotten.
public void showDef()
public void showKill()
public void showReach()
public void showDefined()
public void showExposed()
public void showEGen()
public void showEKill()
public void showAvailIn()
public void showAvailOut()
public void showLiveIn()
public void showLiveOut()
public void showDefIn()
public void showDefOut()
public void showDefVectors()
showDef()
,
//@see #showIn()
//@see #showOut()
,
showReach()
public void showExpVectors()
showDefined()
,
showExposed()
,
showEGen()
,
showEKill()
,
showAvailIn()
,
showAvailOut()
,
showLiveIn()
,
showLiveOut()
,
showDefIn()
,
showDefOut()
public void showBasic()
showDef()
,
showKill()
,
showDefined()
,
showExposed()
,
showEGen()
,
showEKill()
public void showSolved()
showReach()
,
showAvailIn()
,
showAvailOut()
,
showLiveIn()
,
showLiveOut()
,
showDefIn()
,
showDefOut()
public void showReachRelated()
showDef()
,
showKill()
,
showReach()
public void showAvailInAvailOutRelated()
showEGen()
,
showEKill()
,
showAvailIn()
,
showAvailOut()
public void showLiveInLiveOutRelated()
showExposed()
,
showDefined()
,
showLiveIn()
,
showLiveOut()
public void showDefInDefOutRelated()
showDefined()
,
showDefIn()
,
showDefOut()
public void showAllBitVectors()
showDefVectors()
,
showExpVectors()
public void showDefUse()
public void showUseDef()
public void showAll()
showAllBitVectors()
,
showDefUse()
public void showSummary()
public java.util.Set getUndefinedUseNodeOfSym(FlowAnalSym lSym)
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


---
title: Kevoree 1.1.0-RC1 is out !
layout: post
published: true
---
Kevoree 1.1.0-RC1 is out ! Many bugs have been fixed and the support of arduino nodes is now supported directly in the editor.
Added Features : GroupType & NodeType Added Library : Gossiper group algorithm


MessageHandlerChain
.MessageHandler
which wraps and invokes another handler, catches any Throwable
which is
thrown by the wrapped handler's MessageHandler.invoke(MessageContext)
, and applies
a list of configured TypedMessageErrorHandler
strategies.TypedMessageErrorHandler
.TypedMessageErrorHandler
.Copyright © 1999–2016 Shibboleth Consortium. All rights reserved.


SDR receiver compatible with HPSDR
The SDR receiver compatible with HPSDR is ready.
Now you can run the SDR programs that support the HPSDR/Metis protocol.
More details about this application can be found at this link.
SDR programs
Here is a list of the SDR programs that are known to work with this SDR receiver:
- PowerSDR mRX PS that can be downloaded from this link
- QUISK with the hermes/quisk_conf.py configuration file
- CW Skimmer Server and RTTY Skimmer Server
- ghpsdr3-alex client-server distributed system
Running CW Skimmer Server
- Install CW Skimmer Server.
- Copy HermesIntf.dll to the CW Skimmer Server program directory (C:\Program Files (x86)\Afreet\SkimSrv).
- In the
SkimSrv
directory, renameHermesIntf.dll
toHermestIntf_XXXX.dll
whereXXXX
are the last four digits of the MAC address of the Red Pitaya board. - Make a copy of the
SkimSrv
directory and rename the copy toSkimSrv2
. - In the
SkimSrv2
directory, renameSkimSrv.exe
toSkimSrv2.exe
and renameHermestIntf_XXXX.dll
toHermestIntf_FFXX.dll
. - Install Reverse Beacon Network Aggregator.
- Start
SkimSrv.exe
andSkimSrv2.exe
, configure frequencies and your call sign. - Start Reverse Beacon Network Aggregator.


{% load staticfiles %}
menu
Windows Statistics
OSX Statistics
Linux Statistics
iOS Statistics
Android Statistics
Profile
Leaderboard
Wiki
Announcement Updates
Download Here
Windows .exe
Linux .deb
OSX .dmg
iOS .ipa
Android .apk
Professor Nitta
Settings
Feedback & Support
Log Out
Friends
2 PLAYERS ONLINE
John Doe
Mary Jane
Username
Level Progress
Accolades and Achievements
Statistics
Hours Played
15
Wins
10
Loses
15
Where We Are
×


Figure 10: An attack on a hydro electric plant, Iraq, broadcast on CNN, 21 January 1991. (Wombell 1991: 101)


Sudha Murthy is an Indian engineering teacher, Kannada, Marathi and English author as well as a Social worker. She is also the Chairperson of the Infosys Foundation. She is the wife of co-founder of Infosys, N. R. Narayana Murthy. Sudha Murthy began her professional career in computer science and engineering.


- authors
- Jason Lowe-Power
Compiling a SLICC protocol
The SLICC file
Now that we have finished implementing the protocol, we need to compile it. You can download the complete SLICC files below:
- MSI-cache.sm <../../_static/scripts/part3/MSI_protocol/MSI-cache.sm>
- MSI-dir.sm <../../_static/scripts/part3/MSI_protocol/MSI-dir.sm>
- MSI-msg.sm <../../_static/scripts/part3/MSI_protocol/MSI-msg.sm>
Before building the protocol, we need to create one more file:
MSI.slicc
. This file tells the SLICC compiler which state machine
files to compile for this protocol. The first line contains the name of
our protocol. Then, the file has a number of include
statements. Each
include
statement has a file name. This filename can come from any of
the protocol_dirs
directories. We declared the current directory as
part of the protocol_dirs
in the SConsopts file
(protocol_dirs.append(str(Dir('.').abspath))
). The other directory is
src/mem/protocol/
. These files are included like C++h header files.
Effectively, all of the files are processed as one large SLICC file.
Thus, any files that declare types that are used in other files must
come before the files they are used in (e.g., MSI-msg.sm
must come
before MSI-cache.sm
since MSI-cache.sm
uses the RequestMsg
type).
``` {.sourceCode .c++} protocol “MSI”; include “RubySlicc_interfaces.slicc”; include “MSI-msg.sm”; include “MSI-cache.sm”; include “MSI-dir.sm”;
You can download the fill file
here \<../../\_static/scripts/part3/MSI\_protocol/MSI.slicc\>
Compiling a protocol with SCons
-------------------------------
Most SCons defaults (found in `build_opts/`) specify the protocol as
`MI_example`, an example, but poor performing protocol. Therefore, we
cannot simply use a default build name (e.g., `X86` or `ARM`). We have
to specify the SCons options on the command line. The command line below
will build our new protocol with the X86 ISA.
``` {.sourceCode .sh}
scons build/X86_MSI/gem5.opt --default=X86 PROTOCOL=MSI SLICC_HTML=True
This command will build gem5.opt
in the directory build/X86_MSI
. You
can specify any directory here. This command line has two new
parameters: --default
and PROTOCOL
. First, --default
specifies
which file to use in build_opts
for defaults for all of the SCons
variables (e.g., ISA
, CPU_MODELS
). Next, PROTOCOL
overrides any
default for the PROTOCOL
SCons variable in the default specified.
Thus, we are telling SCons to specifically compile our new protocol, not
whichever protocol was specified in build_opts/X86
.
There is one more variable on this command line to build gem5:
SLICC_HTML=True
. When you specify this on the building command line,
SLICC will generate the HTML tables for your protocol. You can find the
HTML tables in <build directory>/mem/protocol/html
. By default, the
SLICC compiler skips building the HTML tables because it impacts the
performance of compiling gem5, especially when compiling on a network
file system.
After gem5 finishes compiling, you will have a gem5 binary with your new
protocol! If you want to build another protocol into gem5, you have to
change the PROTOCOL
SCons variable. Thus, it is a good idea to use a
different build directory for each protocol, especially if you will be
comparing protocols.
When building your protocol, you will likely encounter errors in your SLICC code reported by the SLICC compiler. Most errors include the file and line number of the error. Sometimes, this line number is the line after the error occurs. In fact, the line number can be far below the actual error. For instance, if the curly brackets do not match correctly, the error will report the last line in the file as the location.


Florent Collin
Master Student in Computer Science
Belgium
SUMMARY
Cloud developer with mostly back-end experience, I am currently focusing on learning AWS development, low-level programming, and graphics rendering.
I always challenge myself and work hard to exceed expectations. In a team environment, I seek to learn from my coworkers while working toward our goals.
EDUCATION
Master in Computer Science
2020 – 2022 | University of Mons (UMons)
Graduated with High Distinction: 17.00/20 avg.
Bachelor in Computer Science
2017 – 2020 | University of Mons (UMons)
Graduated with Distinction: 15.03/20 avg.
High School (CESS)
2010 – 2017 | Institut Notre-Dame de Bonne-Espérance
Option: Sciences and Mathematics
PROJECTS
Cave Generator Tutorial Using the Bevy Engine
2022 | Rust, Bevy
- › Implementation of a cave generator based on Cellular Automata theory using Rust and the Bevy game engine.
- › Wrote a tutorial presenting Bevy, how to create a cave generator and an explanation of the code.
Multiplayer Turn-Based Game · Slay
2019 | Java, Gradle, LibGDX
- › Developed a multiplayer game over a network connection where each player must fight their enemies with soldiers to gain territory.
- › A server was developed in Java with a multi-threaded approach to handle several game rooms concurrently.
Puzzle Game · Baba is You
2018 | Java, JavaFX
- › Recreated the first levels of the famous game: Baba is You. A puzzle game where the player can change the rules by pushing blocks and win in many different ways.
LANGUAGES
French: Native
English: B2 (Upper-Intermediate)
EXPERIENCE
Cloud Developer
August 2022 – Present | Necko Technologies
Intern Cloud Developer
August 2021 – October 2021 | Necko Technologies
- › Development and deployement of a bridge between two APIs using AWS (API Gateway, Lambda, DynamoDB).
- › Utilization of AWS CDK to deploy the Cloud infrastructure using TypeScript code.
- › Developed a GraphQL API with a Dynamo database providing an interface allowing users to register for games, fill out forms and belong to a group.
Student Assistant
2018 – Present | UMons
- › Assisted over 100 first-year students during their hands-on programming and algorithmic classes in Python and Java.
Algorithms Lab's Intern
August 2020 | UMons
- › Developed and implemented a time-based shortest path algorithm in C++ using QGIS and OpenStreetMap.
- › Optimized the code to calculate in the order of milliseconds the fastest paths to reach any node in a city graph with thousands of nodes and edges.
Back-end Developer
July 2020 | Open Summer of Code
- › Built a system to decentralize electoral data and provide a simple interface for citizens to access that data.
- › Designed and implemented the data pipeline from the candidate forms to the front-end using Link Data, Solid and a Python API.
Back-end Developer
July 2019 | Open Summer of Code
- › Built a Node.Js/React website that shows the quality of Dutch mobility data on a map.
- › Developed the back-end server using PostGIS to process geospatial queries.
SKILLS
Programming Languages
- Rust
- Python
- C++
- C
- Java
- Go
- TypeScript
DevOps
- Docker
- Docker-Compose
- Git
- GitHub
- AWS Pipeline
- JetBrains Space
Databases
- PostgreSQL
- SQLite
- DynamoDB
- MongoDB
Other Skills
- AWS
- Linux
- Bash


Loading your profile, please wait...
The About field supports GitHub flavoured markdown. NOTE: Images will not be supported due to CSP.


Narwhal YOLO hella quinoa, Truffaut disrupt lumbersexual fashion axe Thundercats. Stumptown blog Austin VHS bitters McSweeney's skateboard, paleo American Apparel chia Truffaut lo-fi whatever selvage Echo Park. Selvage kogi try-hard small batch, Marfa readymade twee vinyl Thundercats stumptown blog mumblecore skateboard. Locavore crucifix synth banh mi, Vice flexitarian tattooed plaid Etsy freegan cred actually. Pop-up bicycle rights Brooklyn messenger bag, cray sriracha authentic retro pickled fingerstache. Schlitz YOLO hella food truck, flannel authentic single-origin coffee. Sriracha fap fashion axe kale chips, jean shorts leggings banh mi twee cold-pressed tofu Neutra McSweeney's fixie.
Sustainable tofu beard, locavore fap Cosby sweater pop-up heirloom selvage farm-to-table trust fund mustache flexitarian. Synth High Life Etsy, actually meh disrupt banh mi ennui wayfarers. Tousled pickled chillwave tattooed. Twee cornhole street art quinoa, gluten-free four dollar toast High Life fanny pack Kickstarter. Pickled swag lo-fi, taxidermy cred next level pug meditation cold-pressed mustache. Squid small batch irony, hella locavore pop-up Tonx. Brooklyn deep v forage farm-to-table.


manifest
"The manifest
keyword may be used with link
elements.
This keyword creates an external resource link.
The manifest
keyword indicates the manifest file that provides
metadata associated with the current document.
There is no default type for resources given by the manifest
keyword.
The appropriate time to fetch and process the linked resource for this link type
is when the user agent deems it necessary. For example, when the user chooses to install the web application. In that case, only the
first link
element in tree order whose rel
attribute contains the token manifest
may be used.
A user agent must not delay the load event for this link type.
The linked resource fetch setup steps for this type of linked resource, given a
link
element el and request
request, are:
Let context be el's node document's browsing context.
If context is null, then return false.
If context is not a top-level browsing context, then return false.
Set request's initiator to
"manifest
".
Set request's destination to
"manifest
".
Set request's mode to "cors
".
Set request's credentials
mode to the CORS settings attribute credentials mode for el's
crossorigin
content attribute.
Return true.
To process this type of linked resource given
a link
element el, boolean success, and response response:


For Farmers and Growers
GleanSLO is a program of the Food Bank Coalition of San Luis Obispo County that harvests excess produce and donates it to local Food Bank agencies to be distributed to food insecure individuals around the county.
We harvest:
- Quality produce that is no longer commercially viable
- Weather damaged crops
- Produce from bypassed fields
- Non-machine harvestable crops
- Pollinator trees
- Secondary growth
Additionally, GleanSLO will pick up crops which have already been harvested. Bins to pick into are available upon request.
From small scale farms to large grower cooperatives, GleanSLO has the capacity to harvest any size farm.
“Talley Farms and our Fresh Harvest CSA program support the work of GleanSLO as they provide fresh fruits and vegetables for the needy in our community while educating on the importance of eating healthy. We are grateful for the work of the GleanSLO volunteers who harvest our “imperfect” produce that we would otherwise cultivate back into the soil.”
~Andrea Chavez, Manager Fresh Harvest,
Talley Farms
We properly train, supervise and hold liability coverage for all volunteers who glean with us. We are happy to provide a certificate of coverage if necessary.
Benefits:
New CA legislation that takes effect on January 1, 2017 will provide a tax credit for all CA grown produce donated to food banks, equaling 15% of the donation’s wholesale value (up from current expiring legislation which provides 10% of the donation’s inventoried value). Additionally, farmers are also eligible for a federal tax deduction for donated produce. For information, see the link below. Please consult your tax advisor to determine your eligibility for the tax incentives.
Summary of Federal and California produce donation tax incentives
2018 CALIFORNIA TAX CREDIT FORM for produce donations
FEDERAL TAX DEDUCTION FORM for produce donations
For more information, contact Roxanne Sanders at<EMAIL_ADDRESS>Federal Bill Emerson Good Samaritan Food Donation Act - In 1996, President Clinton signed this act to encourage donation of food and grocery products to non-profit organizations for distribution to individuals in need. This law:
- Protects you from liability when you donate to a non-profit organization;
- Protects you from civil and criminal liability should the product donated in good faith later cause harm to the recipient;
- Standardizes donor liability exposure. You or your legal counsel do not need to investigate liability laws in 50 states; and
- Sets a floor of "gross negligence" or intentional misconduct for persons who donate grocery products. According to the new law, gross negligence is defined as "voluntary and conscious conduct by a person with knowledge (at the time of conduct) that the conduct is likely to be harmful to the health or well-being of another person."
- Protects you from liability when you donate to a non-profit organization;
- Protects you from civil and criminal liability should the product donated in good faith later cause harm to the recipient;
- Standardizes donor liability exposure. You or your legal counsel do not need to investigate liability laws in 50 states; and Sets a floor of "gross negligence" or intentional misconduct for persons who donate grocery products. According to the new law, gross negligence is defined as "voluntary and conscious conduct by a person with knowledge (at the time of conduct) that the conductis likely to be harmful to the health or well-being of another person."
For more information: Feeding America.


Seam Carving (or Context Aware Image Resizing) is an algorithm to resize images in a way that the main features of the image are preserved, while details in the background may be lost. The algorithm is computationally intensive and hence, web workers are used for the operation.
Drag the orange dashed right-border of the image below to resize it.
Drag the image below over the image on left to compare after resizing.
Add your Image


{{modalTitle}}
Name
*
Url
*
Username
*
Password
Version
Vendor
Protocol
Product Name
Type
WAN
DC
Location


pricing table
Small Business
$75
- Photoshop 5.5+ PSD File
- Organized Layers and Folders
Medium Business
$125
- Photoshop 5.5+ PSD File
- Organized Layers and Folders
- Vector Based Graphics
Large Business
$275
- Photoshop 5.5+ PSD File
- Organized Layers and Folders
- Vector Based Graphics
- Documentation
- Free Fonts


Nah nah nah nah
Oh, no See you walking 'round like it's a funeral
Not so serious, girl, why those feet cold?


Columns, each within their own rows
Columns side by side, each within their own row
3 Columns
5 Columns
4 Columns
Columns side by side, each within their own row, but with small screen differences such as text alignment.
6 Columns, text align left on small, text align right on desktop.
6 Columns, text align left on small, text align right on desktop.
4 Columns desktop and small
8 Columns desktop and small, text center on desktop, text left on small.
3 Columns desktop and small
5 Columns desktop and small
4 Columns desktop and small
Also has extra abilities, like text alignment and centering / pushing columns
6 Columns, Column Centered, Text Centered
7 columns, "floated" right
You can also give it your own flex basis value.
Flex Basis 650
Flex Basis 300


---
layout: post
title: The Day Football Died in Los Angeles
date: '2014-12-26T13:37:29-08:00'
tags:
- nfl
- losangeles
- fromtheinternet
tumblr_url: http://beekley.xyz/post/106257884196/the-day-football-died-in-los-angeles
---
The Day Football Died in Los Angeles


Use checkboxes to create state that persists; use buttons to create momentary state.
Or, use the numbers 1–8 on your keyboard as momentary switches.


Work Day Scheduler
12AM
1AM
2AM
3AM
4AM
5AM
6AM
7AM
8AM
9AM
10AM
11AM
12PM
1PM
2PM
3PM
4PM
5PM
6PM
7PM
8PM
9PM
10PM
11PM
12PM


egta.innerloop module¶
module for doing innerloop procedures
-
egta.innerloop.
inner_loop
(agame, *, initial_restrictions=None, regret_thresh=0.001, dist_thresh=0.1, support_thresh=0.0001, restricted_game_size=3, num_equilibria=1, num_backups=1, devs_by_role=False, style='best', executor=None)[source]¶ Inner loop a game using a scheduler
Parameters: - game (RsGame) – The game to find equilibria in. This function is most useful when game is a SchedulerGame, but any complete RsGame will work.
- initial_restriction ([[bool]], optional) – Initial restrictions to start inner loop from. If unspecified, every pure restriction is used.
- regret_thresh (float > 0, optional) – The maximum regret to consider an equilibrium an equilibrium.
- dist_thresh (float > 0, optional) – The minimum norm between two mixed profiles for them to be considered distinct.
- support_thresh (float > 0, optional) – Candidate equilibria strategies with probability lower than this will be truncated. This is useful because often Nash finding returns strategies with very low support, which now mean extra deviating strategies need to be sampled. Trimming saves these samples, but may increase regret above the threshold.
- restricted_game_size (int > 0, optional) – The maximum restricted game support size with which beneficial deviations must be explored. Restricted games with support larger than this are queued and only explored in the event that no equilibrium can be found in beneficial deviations smaller than this.
- num_equilibria (int > 0, optional) – The number of equilibria to attempt to find. Only one is guaranteed, but this might be beneifical if the game has a known degenerate equilibria, but one which is still helpful as a deviating strategy.
- num_backups (int > 0, optional) – In the event that no equilibrium can be found in beneficial deviations to small restricted games, other restrictions will be explored. This parameter indicates how many restricted games for each role should be explored.
- devs_by_role (boolean, optional) – If specified, deviations will only be explored for each role in order, proceeding to the next role only when no beneficial deviations are found. This can reduce the number of profiles sampled, but may also fail to find certain equilibria due to the different path through restricted games.
- style (string, optional) – A string describing the thoroughness of equilibrium finding. Seed nash.mixed_equilibria for options and a description.
- executor (Executor, optional) – The executor to be used for Nash finding. The default setting will allow async networking calls to continue to happen during long nash finding, but buy using a process pool this can take advantage of parallel computation.


Foreword¶
The formal User API is new as of v1.4. This means we’ve just gotten public functionality to the point where it’s relatively stable and wont change too much from update to update. The internals are still moving fast and subject to constant refactoring and reworking. This up-front engineering cost is essential to the long-term success of the project and more or less makes it impossible to have a stable developer API for the time being.
That said, we are working on stabilizing and exposing small sections of the API and do expect to have a reasonable developer guide at some point. Neural MMO is fully open source and in no way limited to experienced reinforcement learning researchers. We also need full-stack software engineers and game designers/programmers/technical artists, among others. The purpose of this section in its current form is to provide a starting point for those interested in contributing to the platform. If you think something is missing, let me know on Discord.
Before You Start¶
Neural MMO is open source by traditional measures – good PRs get merged. In practice, more is required. Neural MMO is neither a pure research nor software engineering endeavor; long-term success requires people from a variety of skill backgrounds to contribute. Here’s how you can help:
Research Science: We need better baseline models and algorithms. The largest likely improvement will come from rewriting the baseline model to be fully attentional. It should be possible to express the input, hidden, and output networks as Transformer modules. I’ve done some preliminary work and have a decent Attentional baseline, but it needs some tuning and also doesn’t incorporate attention at every layer. Note that the above is intended for contributors who want to improve the base platform. We also support collaborations with researchers who want to use Neural MMO as a platform for more creative explorations into multiagent communication, population-based algorithms, emergent communication, etc. Come chat on Discord.
Research Engineering: The single hardest engineering challenge in Neural MMO lies between the model and the environment. Our IO processing allows us to modify the environment observation and action spaces without having to manually rewrite networks. Currently, we only support discrete and continuous observations and discrete fixed and variable length actions. We would like to expand support to include vector-values observations and actions, as well as continous values actions. We also need peripheral research utilities – better model versioning, versioning, and troubleshooting tools.
Software Engineering: The Neural MMO core is nothing more than a traditional game with a few extra design decisions to support efficiency and simplicity as a research environment. Research on Neural MMO is fundamentally limited by the simplicity of the environment – more complex game mechanics give agents more systems to learn and interact with. We need more content: item and inventory systems, player communication, trade, PvE, interesting terrain generation, etc.
Game Development: The server-side code can be handled more or less by traditional software engineering. Game designers and programmers would be helpful there, but experienced Unity developers would probably be more helpful on the client side. The Neural MMO client is currently limited to relatively small maps that are assembled from 3D tiles in what is probably the stupidest way possible. We need scalable systems for handling large maps and large numbers of agents. As the game and rendering logic are separated, we also need to keep up with features being added to the server.
Technical Artwork: The models, animations, UIs, and other assets used in the client are good by research environment standard but amateur otherwise. We need help improving all aspects of the client visuals
Technical Writing: The website docs could use improvement – assistance in editing is greatly appreciated.
Other: If you have other relevent skills and can improve a portion of this project, we welcome your help. Come chat on Discord about how you can get involved if you don’t fit into one of the buckets above or come from a multidisciplinary background.
Tech Stack¶
High-Level: The server is written in Python 3.7. The client is a Unity3D project written in C#. The client is not required for training and is only used for rendering visualizations. These two layers communicate with each other through a Twisted WebSocket server. The documentation is written in Sphinx.
Server: Broken into four modules as described in the User Guide. The biggest chunk of code is responsible for the environment game logic, as well as general purpose observation and action processing required for the OpenAI Gym derivative User API. The baselines are PyTorch models and our demo training code uses RLlib. The environment itself does not depend on PyTorch or RLlib (and shouldn’t), but they are more or less mandatory if you want an out-of-the-box experience. There isn’t a way around this with current frameworks. No frameworks currently support automatic input/output network definitions from complex Gym spaces. The best we could do is to replicate the current design in other frameworks (e.g. TensorFlow). That is too much work for me to do as an individual for too little benefit, but if you want to implement a TensorFlow port, go ahead and I’ll merge to forge/ethyr/tensorflow.
As of v1.4, we use a slightly customized GoogleFire wrapper for environment and experiment configuration files (pure python with nice CLI support) and a pip requirements.txt for dependency management and installation
Client: The v1.0 client was written in THREE.js. Since then, we have migrated to Unity3D with a C# code base. The terrain is made of a large number of snappable 3D tiles modeled in Blender. The only significant library we use outside of base Unity is websocket-sharp for communicating with the server.
Documentation: We use Sphinx to autogenerate documentation. The User API is created manually in docs/source/public. The Developer API is a dump of all doctrings using Sphinx Autodoc. The website template is defined in source/_templates and is a reskinned readthedocs.io theme.
Versioning¶
We assume Python 3.7+ with the packages listed in the requirements.txt, minus Pytorch/RLlib which are only required for the baseline models. Note that this means:
Dicts are assumed sorted by insertion order
No walrus := operator
Style¶
Deviations from PEP:
3 space indents
Lines cut at 78 characters
Unit tests at the User API level and a basic linter will be required as the project scales. We currently have neither of these. For the time being, verify that your commits do not break the demo policy + renderer. Larger patches should run the training code overnight to ensure agents still learn similar behaviors.
The Neural MMO: [Style Guide] provides canonical color schemes for the website, figures, and presentations. It is not designed for traditional light-on-dark publications – arXiv and conference papers should significantly downplay fonts/colors to avoid overly high-contrast figures.


This is a demo project listing the projects from a xxm.xml
file.
xxm.xml
file.listprojects.xxl
is in, and the directories above it, for the xxm.xml
file.
Loads it, and lists the <Project>
tags by name (skipping any alias definitions and "xxm
").By default, a request for the root page on an xxm handler will forward to "/xxm/
"
(unless a SingleProject
is configured in the project registry).
Register this project as ProjectName="xxm"
to offer a list of available projects.
Important: Use this for development servers or environments where it's safe to publish the full list of available projects on the host.


{% include "headerlinks.html" %}
Agrichain
Home
About
Model
Login
Register
Team
Please register yourself as a Farmer.
Email
Farmer's Name
Password
You can add multiple plots
Plot Number
Plot Owner
Plot Address
+ Add Another Plot
Submit


When there is an interaction between two user stores, care must be taken or the primary feature provided by Mantissa's division of storage by user — horizontal scalability — will be disturbed. If it is necessary to interact with data from one user while processing a request for another user, interstore messaging provides the APIs for doing so which will not interfer with scalability.
Readers should familiarize themselves with the following concepts in order to understand all sections of this document:
As you may have guessed from the title of this document, interaction between user stores is done using a message based API. Instead of opening two user stores directly and performing the usual inspection and modification of them with Axiom's APIs, applications create messages and send them from one store to another. Messages are defined as AMP Command classes. Applications also define methods to handle and possibly respond to these messages. Methods can also be defined to handle successful answers to message or errors generated by some part of the message dispatch process.
The message delivery system is transactional. A message which is sent in a transaction which is committed is guaranteed to be delivered to its recipient. Similarly, a method which is called to handle a received message is called in a transaction; if this transaction fails, a persistent record of this failure is created for an administrator to examine (in the future, this may also be handled with transparent retry or some another strategy to increase reliability). And again, each answer is passed to the method defined to handle it in a transaction with similar handling of transaction failures as for message handling methods.
In this document, we will consider a simple multi-user appointment tracking application which uses the interstore messaging API to establish appointments between different users.
Before you can send or receive a message, you first need to define the
arguments, results, and errors of that message. This is done with a
twisted.protocols.amp.Command
subclass. For
example, here is the definition of MakeAppointment
, the
message the appointment tracking example sends when one user wants to
make an appointment with another user:
class MakeAppointment(Command): arguments = [("whom", SenderArgument()), ("when", String())] response = [("appointmentID", Unicode())] errors = {"busy": Busy}
The Mantissa sharing system is used to specify the target of an
interstore message. Targets are specified as instances of xmantissa.sharing.Identifier
. These instances
identify an Item
instance in a particular user's store by
its shareID
. To receive a message, these items must be
shared to the sender using the xmantissa.ixmantissa.IMessageReceiver
interface.
The simplest way to handle interstore messages is to use the xmantissa.interstore.AMPReceiver
mixin. Once a
message gets to an item, if that item's class mixes in
AMPReceiver
, the message will be dispatched to a method
based on the command in the message. These methods are defined similarly
to normal AMP command responders, but using the xmantissa.interstore.commandMethod
, xmantissa.interstore.answerMethod
, and xmantissa.interstore.errorMethod
exposers.
In the example appointment tracking application, the
Calendar
class's peerRequestedAppointment
method shows how commandMethod
can be used.
@commandMethod.expose(MakeAppointment) def peerRequestedAppointment(self, whom, when): app = Appointment( store=self.store, when=Time.fromISO8601TimeAndDate(when), withWhomUsername=whom.localpart, withWhomDomain=whom.domain, withWhomShareID=whom.shareID, remoteID=whom.shareID) role = getPrimaryRole(self.store, u"%s@%s" % (whom.localpart, whom.domain), True) appointmentID = role.shareItem(app, interfaces=[IMessageReceiver]).shareID return {'appointmentID': appointmentID}
As AMPReceiver
provides a relatively high-level API for
receiving messages, xmantissa.interstore.AMPMessenger
provides a
high-level API for sending messages. AMPMessenger
instances
are ephemeral, intended to be created as necessary to send messages.
However, to create one, a xmantissa.interstore.MessageQueue
is required. Aside
from that, two Identifier
instances, a sender an a target,
are also needed. Once created, an AMPMessenger
instance's
xmantissa.interstore.AMPMessenger.messageRemote
method may be used to send a message. This method takes an AMP
Command
subclass, any keyword arguments allowed by that
Command
and optionally a consequence.
An example of this can be seen in the example's
Calendar.requestAppointmentWith
method. This is the method
invoked by other application code (in the case of the example, by the web
user interface code) to try to create a new appointment.
def requestAppointmentWith(self, whom, when): appointment = Appointment( store=self.store, when=when, withWhomShareID=whom.shareID, withWhomUsername=whom.localpart, withWhomDomain=whom.domain) role = getPrimaryRole(self.store, u"%s@%s" % (whom.localpart, whom.domain), True) appointmentID = role.shareItem(appointment, interfaces=[IMessageReceiver]).shareID messenger = AMPMessenger( self.messageQueue, Identifier(appointmentID, *getAccountNames(self.store).next()), whom) messenger.messageRemote( MakeAppointment, appointment, when=when.asISO8601TimeAndDate())
If a consequence item is supplied to a messageRemote
call,
that item will be used to look up a handler for the response to the
message, or a handler for any error which occurs while delivering that
message.
The appointment tracking example uses consequences to make the result of
any appointment setup attempt go to an instance of
Appointment
which locally represents that potential
appointment. This lets it adjust local state easily to reflect either
successful appointment setup or any errors. This is implemented using
the answerMethod
and errorMethod
exposers:
@answerMethod.expose(MakeAppointment) def appointmentMade(self, appointmentID): self.remoteID = appointmentID print 'Appointment made' @errorMethod.expose(MakeAppointment, Busy) def appointmentFailed(self, failure): self.failed = u"Appointment not made, too busy."
What you've learned here, about AMPReceiver
,
AMPMessenger
, and the command, answer, and error method
exposers, should let you write applications with interactions between
multiple users in a way which preserves Mantissa's horizontal scalability
features.
See the full appointment tracking example source here:
This example is fully runnable. Just add it to your PYTHONPATH
and start Mantissa server. It provides a
Calendar offering which includes one installable powerup.


Make sure you add a script tag reference to https://cdnjs.cloudflare.com/ajax/libs/Chart.js/2.1.3/Chart.min.js
https://cdnjs.cloudflare.com/ajax/libs/Chart.js/2.1.3/Chart.min.js
Full documentation regarding the line charts is available on Chart.js


This iterator takes an iterator, a filtering function, and a filter value and iterates over all values that satisfy the filter.
Function FilterVal[ ]
| @x:func FilterVal[iter~func,filter~func,fval](act) | ||||||||
|
Semantics
This is an iterator function that iterates over over all values v of iter where filter(v,


1) Draw a platform background, with ground one color, and ladders another color, at least three platforms, and a finish place.
2) If the character is not touching the ground or a platform, make it fall until it does. (To see the example again, click the green flag.)
3) Now, make the character fall realistically. (Hint: Does a falling object’s speed stay the same, get faster, or get slower as it falls? Observe the difference between the examples for step 2 and step 3.)
4) Make the left-right arrow keys move your sprite on ground with its legs moving.
5) Make the up-arrow key move your sprite up the ladder when you’re touching it.
6) Make the spacebar have your sprite jump. (Hint: When you jump, on the way up, does your speed get faster, slower or stay the same?)
7) Add balls. (Hint: Making them move is easier than you think.)
8) Make the finish place work.
9) Be creative: add another level or a trapdoor or a laser or another kind of obstacle.


Don't spoil it! Hide anything with a bit of blur. Hint on mouseover. Reveal on click.
This just in ... kittens are just so ...
Sharoni shoots Adama. It's really tragic. There's so much blood. Haha. Classic Sharon!
Turns out Jesus dies, but is brought back to life. A twist worthy of M Night Shamamanalayan!
On the Itchy & Scratchy CD-ROM, is there a way to get out of the dungeon without using the wizard key?
SPOILER ALERT
To make your site spoiler free, simply include spoiler.js.
Then, add this somewhere:
$ ('spoiler, .spoiler').spoilerAlert()
To control the maximum and partial blurs, you can pass arguments:
$ ('spoiler, .spoiler').spoilerAlert({max: 10, partial: 4})
Spoiler Alert! has been tested in Chrome, Firefox, Safari and Mobile Safari. Let us know if you find any bugs!
Spoiler Alert! was created by Joshua Hull. Website by Jared Volpe.


{% extends "base.html" %} {% block page_content %}
{{ playlist.votes_total }} votes Playlist Votes{{ playlist.commentary }}


|
Acerba
0.0.2
|
Public Member Functions | |
| ComponentHandle (EntityManager::EntityHandle *handle, const UInt32 index) | |
| virtual EntityManager::ComponentBaseHandle * | Clone (EntityManager::EntityHandle *target, EntityManager::EntityHandle *other) |
| Clones a component. More... | |
| virtual void | Delete () |
| Destroys this component. | |
| virtual void * | Get () |
| Retrieves void pointer of component. More... | |
| virtual const void * | Get () const |
| const CompType * | operator-> () const |
| Returns a pointer to the underlying component constant. | |
| CompType * | operator-> () |
| Returns a pointer to the underlying component. | |
| Public Member Functions inherited from ace::EntityManager::ComponentBaseHandle | |
| ComponentBaseHandle (EntityManager::ComponentID id, EntityManager::EntityHandle *_entity, const UInt32 _index) | |
Additional Inherited Members | |
| Data Fields inherited from ace::EntityManager::ComponentBaseHandle | |
| EntityManager::ComponentID | componentID |
| EntityManager::EntityHandle *const | entity |
| UInt32 | index |
| EntityManager::ComponentBaseHandle * | next |
|
inlinevirtual |
Clones a component.
| [in,out] | target | Target owner entity of the new component. |
| [in,out] | other | Owner entity of the original component. |
Implements ace::EntityManager::ComponentBaseHandle.
|
inlinevirtual |
Retrieves void pointer of component.
Implements ace::EntityManager::ComponentBaseHandle.


referenced
by None at 2020-10-16 13:24:23.merged
by None at 2020-10-16 13:24:23.closed
by None at 2020-10-16 13:24:24.head_ref_deleted
by None at 2020-10-16 13:24:27.referenced
by None at 2020-10-16 13:25:25.merged
by None at 2020-10-16 13:25:25.closed
by None at 2020-10-16 13:25:25.head_ref_deleted
by None at 2020-10-16 13:25:29.WG agreed to move any accession numbers to acqinfo
no longer needed
closed
by None at 2020-10-16 14:41:39.labeled
by James R. Griffin III at 2020-10-16 13:30:26.labeled
by James R. Griffin III at 2020-10-16 13:30:26.assigned
by James R. Griffin III at 2020-10-16 13:30:26.As I cannot address this without rebasing the branch, I'm going to set this as a draft.
convert_to_draft
by James R. Griffin III at 2020-10-16 17:51:40.This is now currently blocked by https://github.com/pulibrary/dspace-jruby/pull/22
convert_to_draft
by James R. Griffin III at 2020-10-16 17:55:43.labeled
by None at 2020-10-16 19:24:06.labeled
by None at 2020-10-16 19:24:06.closed
by None at 2020-10-16 13:41:02.closed
by None at 2020-10-16 13:47:59.The process described in the link doesn't seem to mention open PRs or branch protection rules.
The script I've been using does take care of those things which is nice. More info on the orangelight issue: https://github.com/pulibrary/orangelight/issues/2210
added_to_project
by None at 2020-10-16 18:39:18.Coverage increased (+0.09%) to 82.059% when pulling d795275191737ef8a59ae5ac054aafb02c45a33a on 751-bib-items into 24e6f4ded529ab3da5bd1734bca865429e0a54ac on master.
head_ref_force_pushed
by Christina Chortaria at 2020-10-16 14:40:22.head_ref_force_pushed
by Christina Chortaria at 2020-10-16 14:47:26.head_ref_force_pushed
by Christina Chortaria at 2020-10-16 16:30:47.deployed
by Trey Pendragon at 2020-10-16 16:31:48.head_ref_force_pushed
by Christina Chortaria at 2020-10-16 16:37:47.deployed
by Trey Pendragon at 2020-10-16 16:38:01.Coverage remained the same at 81.968% when pulling 9132b907ee329ef06d3ef05ffc8a9bc267233784 on exception_adds into e2221926ed92634d6b2769dd5936a272eca67d70 on master.
review_requested
by Kevin Reiss at 2020-10-16 17:12:25.referenced
by None at 2020-10-16 17:38:47.merged
by None at 2020-10-16 17:38:48.closed
by None at 2020-10-16 17:38:48.head_ref_deleted
by None at 2020-10-16 17:38:49.Staging was reset with production data, but the files aren't there so it's still broken.
Document how a reset should work.
referenced
by None at 2020-10-16 14:43:31.merged
by None at 2020-10-16 14:43:31.closed
by None at 2020-10-16 14:43:31.head_ref_deleted
by None at 2020-10-16 14:43:35.This is blocking https://github.com/pulibrary/orangelight/pull/2267
Coverage remained the same at 96.578% when pulling 1650b6234679a92f0511c6caa38f472de3162f99 on reopen-flood into 0bf7c30dfba4a4a6678658afadd9505653bd1991 on main.
deployed
by Trey Pendragon at 2020-10-16 18:37:30.head_ref_force_pushed
by None at 2020-10-16 19:00:17.deployed
by Trey Pendragon at 2020-10-16 19:01:09.labeled
by Christina Chortaria at 2020-10-16 21:02:34.labeled
by None at 2020-10-16 18:35:09.added_to_project
by None at 2020-10-16 18:35:15.labeled
by None at 2020-10-16 18:35:53.added_to_project
by None at 2020-10-16 18:36:08.review_requested
by James R. Griffin III at 2020-10-16 13:13:10.referenced
by James R. Griffin III at 2020-10-16 13:26:53.merged
by James R. Griffin III at 2020-10-16 13:26:53.closed
by James R. Griffin III at 2020-10-16 13:26:53.head_ref_deleted
by James R. Griffin III at 2020-10-16 13:26:54.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:10.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:11.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:12.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:14.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:15.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:16.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:17.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:18.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:19.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:20.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:21.review_requested
by Francis Kayiwa at 2020-10-16 16:39:54.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:09.referenced
by None at 2020-10-16 17:03:41.merged
by None at 2020-10-16 17:03:41.closed
by None at 2020-10-16 17:03:42.head_ref_deleted
by None at 2020-10-16 17:03:42.base_ref_changed
by Francis Kayiwa at 2020-10-16 16:50:13.convert_to_draft
by Francis Kayiwa at 2020-10-16 17:02:09.closed
by Francis Kayiwa at 2020-10-16 17:03:41.moved_columns_in_project
by Francis Kayiwa at 2020-10-16 17:03:41.reopened
by Francis Kayiwa at 2020-10-16 20:30:21.moved_columns_in_project
by Francis Kayiwa at 2020-10-16 20:30:22.referenced
by None at 2020-10-16 13:19:03.merged
by None at 2020-10-16 13:19:03.closed
by None at 2020-10-16 13:19:03.head_ref_deleted
by None at 2020-10-16 13:19:07.mentioned
by Trey Pendragon at 2020-10-15 22:00:20.subscribed
by Trey Pendragon at 2020-10-15 22:00:20.Coverage remained the same at 100.0% when pulling 9409f427d94a194e12efc6f227d7c98e89075460 on dependabot/npmandyarn/npm-user-validate-1.0.1 into c131c232291ef0a327062b6feb723c743e914f18 on main.
labeled
by None at 2020-10-16 19:23:10.labeled
by None at 2020-10-16 19:23:10.moved online only. This repo has not been used for 7 years.
closed
by None at 2020-10-16 14:19:51.labeled
by None at 2020-10-16 14:36:53.labeled
by None at 2020-10-16 14:36:53.labeled
by None at 2020-10-16 14:36:54.renamed
by None at 2020-10-16 12:00:16.closed
by None at 2020-10-16 13:01:34.base_ref_deleted
by None at 2020-10-16 13:01:35.referenced
by None at 2020-10-16 14:40:51.closed
by Kevin Reiss at 2020-10-16 15:46:15.head_ref_force_pushed
by None at 2020-10-16 14:40:51.referenced
by Kevin Reiss at 2020-10-16 15:46:14.merged
by Kevin Reiss at 2020-10-16 15:46:15.closed
by Kevin Reiss at 2020-10-16 15:46:15.head_ref_deleted
by Kevin Reiss at 2020-10-16 15:46:19.referenced
by None at 2020-10-16 17:52:45.closed
by Kevin Reiss at 2020-10-16 18:31:42.referenced
by Kevin Reiss at 2020-10-16 18:31:41.merged
by Kevin Reiss at 2020-10-16 18:31:41.closed
by Kevin Reiss at 2020-10-16 18:31:42.referenced
by None at 2020-10-16 17:52:45.closed
by Kevin Reiss at 2020-10-16 18:31:42.referenced
by Kevin Reiss at 2020-10-16 18:55:26.merged
by Kevin Reiss at 2020-10-16 18:55:26.closed
by Kevin Reiss at 2020-10-16 18:55:26.head_ref_deleted
by Kevin Reiss at 2020-10-16 18:55:29.The request does not seem to actually go through. Tried it several times with my own account and received the same outcome everytime. Above error message was copied out of the email generated for the error to<EMAIL_ADDRESS>https://catalog.princeton.edu/requests/6933811?mfhd=6830115&source=pulsearch
Also confirmed that when this happens there is no fallback ILLiad request created.
head_ref_deleted
by None at 2020-10-16 14:25:12.head_ref_deleted
by None at 2020-10-16 14:25:13.head_ref_deleted
by None at 2020-10-16 14:25:15.labeled
by None at 2020-10-16 14:26:16.labeled
by None at 2020-10-16 14:26:16.referenced
by Kevin Reiss at 2020-10-16 14:41:11.merged
by Kevin Reiss at 2020-10-16 14:41:11.closed
by Kevin Reiss at 2020-10-16 14:41:11.Changed online only this repos has not been used in 5 years
closed
by None at 2020-10-16 14:21:38.


1850s
1860s
1870s
1880s
1890s
1900s
1910s
1920s
1930s
1940s
1950s
1960s
1970s
1980s
1990s
2000s
2000s
2010s
Now


Be prepared to receive an experience so valuable, you'll have to lock it away and deny it ever happened.
Like sandals but with a "C" (for completely jaded worldview)
Like a heaven on earth, if your idea of heaven is putting other people through hell.
We cater to every palate and every palate will savor this experience.


Secrets Manager RotationSchedule RotationRules
The RotationRules
property
is used as part of the AWS::SecretsManager::RotationSchedule resource
type to configure how and when Secrets Manager performs rotation for the associated
secret.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "AutomaticallyAfterDays" :
Integer
}
YAML
AutomaticallyAfterDays:
Integer
Properties
AutomaticallyAfterDays
-
Specifies the number of days after the previous rotation before Secrets Manager triggers the next automatic rotation.
You can specify a minimum value of 1 and a maximum value of 1000.
Required: No
Type: Integer
Update requires: No interruption
See Also
-
Rotating Your AWS Secrets Manager Secrets in the AWS Secrets Manager User Guide


PROSTAT PROTECTIVE COATING BANDAGE FIRST AID- benzethonium chloride and benzocaine aerosol, spray
ProStat First Aid
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active ingredients
Benzethonium Chloride 0.2% w/w
Benzocaine 3.2% w/w
Purpose
Topical antiseptic
Topical anesthetic
Uses
First aid to help protect against infection in
minor cuts
scrapes
burns
Warnings
For external use only
Flammable
keep away from fire or flame
contents under pressure
do not puncture or incinerate container
do not expose to temperatures above 120° F
Do not use
in or near eyes or other mucous membranes
in case of serious burns
in deep puncture wounds
for a prolonged period of time
on large portions of the body
Stop use and ask a doctor if
redness, swelling, or irritation occurs
infection occurs
condition persists or worsens
symptoms persist for more than 7 days
Keep out of reach of children. If swallowed, get medical help or contact a Poison Control Center right away.
Directions
clean the affected area
shake can well before using
hold 4-6 inches from surface and spray area until wet
for adult institutional use only
not intended for use on children
Other information
avoid inhaling
use only as directed
intentional misuse by deliberately concentrating and inhaling contents may be harmful or fatal
Inactive ingredients
Ethyl alcohol, PVP-VA copolymer, N-Butane, Propane, Isobutane
Principal Display


An extension of the AdsSoapClient for Google's DoubleClick for Publishers API.
Located in /Ads/Dfp/Lib/DfpSoapClient.php (line 38)
SoapClient | --AdsSoapClient | --DfpSoapClient
| Class | Description |
|---|---|
| CompanyService | |
| CreativeService | |
| CustomTargetingService | |
| ForecastService | |
| InventoryService | |
| LineItemCreativeAssociationService | |
| LineItemService | |
| NetworkService | |
| OrderService | |
| PlacementService | |
| PublisherQueryLanguageService | |
| ReportService | |
| UserService | |
| LabelService | |
| ThirdPartySlotService | ThirdPartySlotService |
Inherited from AdsSoapClient
AdsSoapClient::$headers
AdsSoapClient::$lastArguments
AdsSoapClient::$lastHeaders
AdsSoapClient::$lastMethodName
AdsSoapClient::$lastRequest
AdsSoapClient::$lastResponse
AdsSoapClient::$lastSoapFault
AdsSoapClient::$options
AdsSoapClient::$serviceName
AdsSoapClient::$serviceNamespace
AdsSoapClient::$user
Constructor for Google's DoubleClick for Publishers API SOAP client.
Generates the request info message containing:
Generates the SOAP header for the client.
Removes the authentication information from the request before being logged.
Inherited From AdsSoapClient
AdsSoapClient::__construct()
AdsSoapClient::Create()
AdsSoapClient::GenerateRequestInfoMessage()
AdsSoapClient::GenerateSoapHeader()
AdsSoapClient::GetAdsUser()
AdsSoapClient::GetEmail()
AdsSoapClient::GetHeaderNames()
AdsSoapClient::GetHeaderValue()
AdsSoapClient::GetLastFaultMessage()
AdsSoapClient::GetLastMethodName()
AdsSoapClient::GetLastRequestDom()
AdsSoapClient::GetLastRequestId()
AdsSoapClient::GetLastResponseDom()
AdsSoapClient::GetLastResponseTime()
AdsSoapClient::GetServer()
AdsSoapClient::GetServiceName()
AdsSoapClient::GetTypemaps()
AdsSoapClient::IsFault()
AdsSoapClient::PrepareRequest()
AdsSoapClient::RemoveSensitiveInfo()
AdsSoapClient::SetHeaderValue()
AdsSoapClient::TypemapLongFromXml()
AdsSoapClient::TypemapLongToXml()
AdsSoapClient::__doRequest()
AdsSoapClient::__soapCall()
Documentation generated by phpDocumentor 1.4.3


R/readers.R
read_phx.Rd
to more easily read data with a 2nd row with units common to phx data
read_phx(data, skip = 0, header = TRUE, sep = "auto", stringsAsFactors = FALSE, has_units = FALSE, fread = TRUE, data.table = FALSE, ...)
| data | the name of the csv |
|---|---|
| skip | rows to skip before header row |
| header | logical value indicating whether the file contains the names of variables as it's first line |
| sep | field separator character. With fread defaults to 'auto', else defaults to "," |
| stringsAsFactors | logical value whether to include string columns as factors |
| has_units | logical value whether has a units row below the header (eg phx nlme data) |
| fread | logical value. Use fread from data.table for much faster reading |
| data.table | logical value. When using fread, whether to return data.table (TRUE) or data.frame (FALSE) |
| ... | additional arguments to read.csv functions |
data frame of read-in csv
helpful function to handle situations where the second row is a units row as often seen with phoenix-style datasets
# NOT RUN { read_phx("example.csv") read_phx("example.csv", skip = 1) # will ignore 1st line, good for comment lines # }


Hey guys. I'm learning as I go.
First thing I've learned is that I'm super jealous of these neat little power boxes you have on the INSIDE of your homes in the UK. Just go to the utility room/basement, clamp, and go. For me, I don't think it will be so easy...
I've included a couple composite photos of the hardware I'm dealing with at this site.
I'd like to get the assembled emonTx V3 and use a Raspberry Pi as the base station. I haven't purchased them yet, so any recommendations from the pros here can influence the hardware list.
The meter:
Below the meter:
Interior goodies:
Main cutoff is the big switch on the right. I'm thinking it might be best to get my readings at this point before it gets distributed to the other panels. Is that sound logic?
One step at a time, right?
Re: Commercial Meter in the US. Need help getting started
I can't see how the upper two pictures relate to the lower one, so I'm a bit lost. If you want to measure whole-house consumption, clearly the easiest place to clip current transformers on is at the meter, and if you want to measure real power, then you need access to a socket where you can measure the voltage. It is convenient if it is close, otherwise you have to extend some cables.
Otherwise, you can measure whole-house consumption at any point up to where the distribution to the final sub-circuits takes place - either before or after the main incoming isolator or before the main distribution board.
 Basically, our system was designed for UK domestic premises where we have a single phase 240 V supply, with the neutral effectively at earth potential, whereas I understand yours is 120-0-120 V with the centre tap being neutral and effectively earthed. That means that for best accuracy, you should measure the two line voltages and the two line currents, however most US users seem to find the balance between the two voltages is good and you can get away with reading only one voltage.
Re: Commercial Meter in the US. Need help getting started
Robert,
The service shown in tofurobot's picture is a 3 phase, commercial - i.e. not residential - installation. The meter is a 200 Amp unit, but the disconnect is a 400, or possibly, 600 Amp switch, which means the meter is driven by 5 Amp CTs rather than direct feed.
If he can manage to locate the meter CTs, would that be a good place to attach (if it's even possible) the new CTs?
Regards,
Bill
Re: Commercial Meter in the US. Need help getting started
Bill: It looked as if that could be the case but there wasn't anything I could see to get a good idea of scale. The switch certainly looked around the 500A sort of size. It's the usual problem of having to guess, when there is not enough information given with the question. You never see cylindrical trunking, nor flexible conduit used in that manner, in the UK, and no factory electrician I've ever known would want to be seen dead with that mess of spaghetti!
It doesn't matter where the CTs go - they measure the current they see at that point, pure and simple. He could even put his own split-core CTs on the secondary side of the metering CTs! - it's not unheard of. Use 5A:50 mA ideally, or whatever is available with the monitor burden chosen to suit. Just don't cut the wires, else if on-load, the metering CTs will flash over and the electricity supplier will not be impressed. Obviously, the calibration would be for the compound CT (meter + his own), so if the metering CT is 500:5 and he has a 5:50 mA, then that is the equivalent of a single 500:50mA one, but with the non-linearities and errors of both.
Re: Commercial Meter in the US. Need help getting started
The electrician I showed the photo to made the same comment (more or less) you did about the flexible conduit!
Re: Commercial Meter in the US. Need help getting started
Hi guys! Thanks for the input so far. I have a little more information to share now. I hope they are useful pieces of the puzzle.
I poked around outside by the meter again and can confirm Bill Thompson's observation about the meter being CT driven. I now see how the number (and gague) of the wires feeding into it are a fairly clear giveaway. There is a large mounted box near the meter that houses the three CTs - and they are huge. They have multiple (2 or 3 large) cables running through each one, and I would guess the diameter of the opening to be 3 or 4 inches. Heavy-duty, mounted to the back plate on the inside of the box. I don't have a good photo as we had to peek through a crack in the door - this is why some of my CT intel is a bit sketchy thus far. The utility company used tamper-evident security clips on the door panel (I will find a way around this if we need the information.
I see how using my own CTs would technically work, but I'm thinking that acquiring CTs of this size might blow the budget 10-fold.
I also didn't know before that we had 3 phase installation. This seems to complicate things. Here's an updated photo highlighting what the important bits are (as far as I can tell).
Basically, the main disconnect feeds into 3 panels, one of them retaining all 3 phases (this is the panel that the air conditioning uses, so maybe this makes sense).
The large disconnect is rated for 600A. Here's a (bad) photo of the info plate:
(It reads: AMPS 600, VOLTS AC 240, 3 PHASE 240V, HP STD 75 MAX 200)
We wanted to open the panel to look for good CT placement candidates, but this is the type that must be turned off before the front panel can be removed (for good reason - no arguments here). We did the next best thing and looked at the output from this main disconnect (a nearby box that we could open). Take a look:
Good grief...
So, we're talking about a few giant CTs or several smaller ones (even though not all of these cables will need to be clamped from what I understand). I'm pretty sure that we'd still surpass the input limit of the emonTx V3 if we relied on several smaller CTs (or so it seems).
The meter does have an optical output that might be activated. I don't want to abandon the CT method, but as something to fall back on in the mean time, can the emonTx V3 accept an optical sensor for summing counts without too much modification?
One last note - agreed on the spaghetti! haha. Sometimes we just have to play with the cards we're dealt. I must say, however, that having you guys on my side provides a great deal of relief. I'm confident this project can remain a fun one :)