Farfetch Stock Prices Surge After Announcing Strong Q4 Expectations
Third-quarter losses were also narrower than expected.
by Jeff YeungOnline fashion retail giant Farfetch saw its stock prices surge by 15 percent over an extended session on Thursday after the company announced its third-quarter financial report. The company announced a narrower-than-expected loss of $85.5 million USD, or 28 cents per share, in the third quarter of 2019, compared to a loss of 30 cents per share ($77.2 million USD) in the same quarter last year.
More optimistically, revenues increased from $134.5 million USD in Q3 of 2018 to $255.5 million USD this quarter. For even better news, Farfetch expects a loss of only between $21 million USD to $31 million USD in the final quarter of the year. According to its Chief Executive Jose Neves, “We had a fantastic Q3, beating all our expectations, and continuing to capture market share at a rapid pace.”
Those with stocks in the company should definitely keep an eye out for its fourth-quarter finances with the holiday season coming up.
For more fashion news, UNDERCOVER has launched a new “UNDERCOVER NOISE LAB” line.


Research Methods for Global Studies
Class 15: Oral Presentations
Abelardo Gómez Díaz
Key challenges
- overcoming fear
- communicating clearly
- engaging audience
Preparation
- Start with messy ideas
- Distill into outline
- Write out some or all of speech - especially key phrasing
- Edit
- Distill speech to short outline/reminders
- Practice
Implementation
- dress
- movement
- timing
- engaging the audience
- managing slides
Slides: Core Considerations
- Slides should aid talk, not other way around
- Slides should not distract
- Slides should not be the default
Slides: Technical Considerations
- Use clear, sans serif font
- Keep them simple
- Less is better
- Make things big enough to read


Contact: B. Wyman Reviewers: Change history: WebCVS Log for bgrid_sponge.f90
Eddy damping of prognostic fields at the top level of the model.
Damping is done using a 5-point Shapiro filter. For temperature, tracers, and zonal wind the zonal mean is removed before applying the filter. For meridional wind, the entire field is damped. Coefficients are controlled through namelist input.
bgrid_horiz_mod bgrid_masks_mod bgrid_prog_var_mod bgrid_change_grid_mod bgrid_halo_mod fms_mod mpp_domains_mod
use bgrid_sponge_mod [ ,only: sponge_init, sponge_driver ] sponge_init Mandatory initialization routine for bgrid_sponge_mod. Initializes sponge control parameters. sponge_driver Computes tendencies for sponge damping. NOTES * A namelist interface called bgrid_sponge_nml is read from file input.nml.
call sponge_init ( Hgrid ) DESCRIPTION This routine reads the bgrid_sponge_nml namelist and then defines sponge control parameters (stored internally in sponge_control_type). INPUT Hgrid Data structure containing horizontal grid constants. [horiz_grid_type]
call sponge_driver ( Hgrid, nplev, dt, dpde, Var, Var_dt ) DESCRIPTION Updates the prognostic variable tendencies with sponge (eddy damping) tendencies. The damping coefficients are controlled by namelist. INPUT nplev number of "pure" pressure levels at the top of the model [integer] dt adjustment time step [real] dpde current pressure thickness of model layers [real, dimension(Hgrid%ilb:,Hgrid%jlb:,:)] Var prognostic variables at the end of the last dynamics time step [prog_var_type] INPUT/OUTPUT Hgrid horizontal grid constants [horiz_grid_type] Var_dt prognostic variable tendencies accumulated since the variables were updated in Var [prog_var_type] NOTES The eddy damping is applied to "current" fields that have been updated with their time tendencies. For example, temp(current) = Var % t + dt * Var_dt % t.
&bgrid_sponge_nml num_sponge_levels The number of uppermost model levels where the sponge damping is applied. Currently, this cannot exceed one level. [integer, default = 0] sponge_coeff_wind Normalized [0,1] sponge damping coefficients sponge_coeff_temp for the top model level. sponge_coeff_tracer [real, default = 0.]
FATAL errors in bgrid_sponge_mod initialization not called Interface sponge_driver was called before calling sponge_init. numlev > 1 This version applies the sponge at only one model level. The namelist value cannot be set > 1.
None.
None.


{% extends 'base.html' %} {% import "macro.html" as macros %} {% block content %}
Showing data for run with id {{ run.id | e }} corresponding to version {{ run.user_set_identifier | e }}


public interface Connection
TcpIpConnection
.| Modifier and Type | Method and Description |
|---|---|
void |
close()
Closes this connection.
|
Address |
getEndPoint()
Gets the
Address of the other side of this Connection. |
InetAddress |
getInetAddress()
Returns remote address of this Connection.
|
int |
getPort()
The remote port.
|
InetSocketAddress |
getRemoteSocketAddress()
Returns the address of the endpoint this Connection is connected to, or
null if it is unconnected. |
ConnectionType |
getType()
Returns the
ConnectionType of this Connection. |
boolean |
isAlive()
Checks if the Connection is still alive.
|
boolean |
isClient()
Checks if it is a client connection.
|
long |
lastReadTime()
Returns the clock time of the most recent read using this connection.
|
long |
lastWriteTime()
Returns the clock time of the most recent write using this connection.
|
boolean |
write(SocketWritable packet)
Writes a SocketWritable packet to the other side.
|
boolean write(SocketWritable packet)
packet
- the packet to write.NullPointerException
- if packet is null.boolean isAlive()
long lastReadTime()
long lastWriteTime()
void close()
ConnectionType getType()
ConnectionType
of this Connection.null
is returned.boolean isClient()
InetAddress getInetAddress()
null
if the connection is not alive.InetSocketAddress getRemoteSocketAddress()
null
if it is unconnected.Address getEndPoint()
Address
of the other side of this Connection.
todo: rename to get remoteAddress?int getPort()
Copyright © 2016 Hazelcast, Inc.. All Rights Reserved.


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Some Quick Thoughts on Simple Chess Variants by G.P. Jelliss
Simple Chess Variants by G.P. Jelliss is a densely packed booklet that describes many chess variants in just 14 short pages. It is available to read on his website in PDF format. The booklet feels almost like an academic paper where Jelliss covers many topics of “simple” variants. He is quite restrictive on what is considered a “chess variant”, so you won’t find varieties that fall too far away from the chess game we all know and love. This sentiment is best described by a quote from the booklet.
“In most of the variants selected here the aim is checkmate of a royal piece. In my view it is questionable whether games with other objectives are chess at all! Games for more than two players, or on special boards, or requiring other equipment are mostly excluded, as are variants that appear to me to be entirely arbitrary.”
In some ways, I appreciate this boundary since I’ve see many games as “chess like” or a “chess variant” that doesn’t feel like chess to me at all.
I also found the content interesting for a different reason. I’ve been experimenting with designing abstract games. This is a little treasure trove of different types of moves and rules (albeit in a chess context) that is great for considering game design in general.
For a quick introduction to different types of “simple” chess variants, give the booklet a read.


Progressive Rock Top Albums / all subgenres - all record types - 2004 - all countries
Based on members ratings & PA algorithm
Here is some details about how we calculate the average rating of an album and the rank of an album.
-
Average rating: The classic calculation of the average but more weight is affected to the rating of progarchives.com collaborators and to rating with reviews.
- Rating only: Weight = 1
- Review by members : Weight = 10
- Review by PA Collaborators : Weight = 20
- Rank of an album: We use a calculation that compare an album average rating and number of ratings over all others albums in the query using this theory (http://en.wikipedia.org/wiki/Weighted_average) to create a variable every query "QWR" (AKA: Query Weighted Rating) use for ordering.
- By default, only albums with the average ratings above the average ratings of the requested query are displayed in theses lists, you can control this value in the parameters
| Rank | Cover | Ratings | Title Artist |
Genre (Record Type) |
BUY |
| 1 |
4.27 | 550 ratings
QWR = 4.2328
|
K.A Magma |
Zeuhl Studio, 2004 |
Shop | |
| 2 |
4.18 | 1029 ratings
QWR = 4.1643
|
The Human Equation Ayreon |
Progressive Metal Studio, 2004 |
Shop | |
| 3 |
4.22 | 163 ratings
QWR = 4.1157
|
Back To Times Of Splendor Disillusion |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 4 |
4.13 | 767 ratings
QWR = 4.1068
|
Be Pain Of Salvation |
Progressive Metal Studio, 2004 |
Shop | |
| 5 |
4.17 | 193 ratings
QWR = 4.0924
|
Isa Enslaved |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 6 |
4.16 | 211 ratings
QWR = 4.0858
|
Temple Of Shadows Angra |
Progressive Metal Studio, 2004 |
Shop | |
| 7 |
4.09 | 925 ratings
QWR = 4.0716
|
Marbles Marillion |
Neo-Prog Studio, 2004 |
Shop | |
| 8 |
4.11 | 419 ratings
QWR = 4.0688
|
One Neal Morse |
Symphonic Prog Studio, 2004 |
Shop | |
| 9 |
4.13 | 208 ratings
QWR = 4.0562
|
Of Natural History Sleepytime Gorilla Museum |
RIO/Avant-Prog Studio, 2004 |
Shop | |
| 10 |
4.11 | 226 ratings
QWR = 4.0499
|
Panopticon Isis |
Experimental/Post Metal Studio, 2004 |
Shop | |
| 11 |
4.30 | 58 ratings
QWR = 4.0457
|
From The Purple Skies Wicked Minds |
Heavy Prog Studio, 2004 |
Shop | |
| 12 |
4.09 | 296 ratings
QWR = 4.0435
|
Mabool - The Story Of The Three Sons Of Seven Orphaned Land |
Experimental/Post Metal Studio, 2004 |
Shop | |
| 13 |
4.34 | 48 ratings
QWR = 4.0374
|
Veil Of Gossamer Dave Bainbridge |
Crossover Prog Studio, 2004 |
Shop | |
| 14 |
4.08 | 285 ratings
QWR = 4.0332
|
Seven Magenta |
Neo-Prog Studio, 2004 |
Shop | |
| 15 |
4.37 | 42 ratings
QWR = 4.0306
|
Dreamsongs From Middle Earth Pär Lindh and Björn Johansson |
Symphonic Prog Studio, 2004 |
Shop | |
| 16 |
4.22 | 68 ratings
QWR = 4.0210
|
Gritaré Matraz |
Progressive Metal Studio, 2004 |
Shop | |
| 17 |
4.03 | 803 ratings
QWR = 4.0139
|
Dark Matter IQ |
Neo-Prog Studio, 2004 |
Shop | |
| 18 |
4.31 | 42 ratings
QWR = 3.9983
|
Force Majeure Solar Project |
Psychedelic/Space Rock Studio, 2004 |
Shop | |
| 19 |
4.29 | 43 ratings
QWR = 3.9865
|
Journey Of A Rough Diamond Mind Key |
Progressive Metal Studio, 2004 |
Shop | |
| 20 |
4.08 | 106 ratings
QWR = 3.9662
|
Abydos Abydos |
Progressive Metal Studio, 2004 |
Shop | |
| 21 |
4.19 | 55 ratings
QWR = 3.9661
|
Just The Two of US Me and Them Mindflow |
Progressive Metal Studio, 2004 |
Shop | |
| 22 |
4.13 | 72 ratings
QWR = 3.9630
|
Anchor Drops Umphrey's McGee |
Crossover Prog Studio, 2004 |
Shop | |
| 23 |
4.18 | 55 ratings
QWR = 3.9563
|
Songs of Darkness, Words of Light My Dying Bride |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 24 |
4.05 | 118 ratings
QWR = 3.9481
|
Five Suns Guapo |
RIO/Avant-Prog Studio, 2004 |
Shop | |
| 25 |
4.10 | 71 ratings
QWR = 3.9346
|
Codename: Dustsucker Bark Psychosis |
Post Rock/Math rock Studio, 2004 |
Shop | |
| 26 |
4.05 | 95 ratings
QWR = 3.9274
|
Implosion Univers Zero |
RIO/Avant-Prog Studio, 2004 |
Shop | |
| 27 |
4.07 | 73 ratings
QWR = 3.9187
|
Book of Horizons Secret Chiefs 3 |
RIO/Avant-Prog Studio, 2004 |
Shop | |
| 28 |
4.22 | 37 ratings
QWR = 3.9180
|
Bird Eyes View Asturias |
Neo-Prog Studio, 2004 |
Shop | |
| 29 |
4.03 | 96 ratings
QWR = 3.9177
|
Prélude Ā La Ruine Nemo |
Eclectic Prog Studio, 2004 |
Shop | |
| 30 |
4.26 | 30 ratings
QWR = 3.9060
|
8.8 Le Silo |
RIO/Avant-Prog Studio, 2004 |
Shop | |
| 31 |
4.12 | 51 ratings
QWR = 3.9055
|
Buried in Oblivion Into Eternity |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 32 |
3.97 | 144 ratings
QWR = 3.9000
|
The Sun Also Rises Knight Area |
Neo-Prog Studio, 2004 |
Shop | |
| 33 |
3.94 | 220 ratings
QWR = 3.8956
|
Subsurface Threshold |
Progressive Metal Studio, 2004 |
Shop | |
| 34 |
3.95 | 174 ratings
QWR = 3.8931
|
Vacuum The Watch |
Neo-Prog Studio, 2004 |
Shop | |
| 35 |
3.96 | 142 ratings
QWR = 3.8878
|
Storm Season White Willow |
Symphonic Prog Studio, 2004 |
Shop | |
| 36 |
4.03 | 60 ratings
QWR = 3.8691
|
A Matter Of Life & Death (The Journal of Abel Mann) Manning |
Eclectic Prog Studio, 2004 |
Shop | |
| 37 |
4.05 | 46 ratings
QWR = 3.8483
|
The Inner Dragon Silver Lining |
Symphonic Prog Studio, 2004 |
Shop | |
| 38 |
3.98 | 64 ratings
QWR = 3.8409
|
Astray Matthew Parmenter |
Neo-Prog Studio, 2004 |
Shop | |
| 39 |
3.93 | 92 ratings
QWR = 3.8366
|
Mirror Of Insanity Red Sand |
Neo-Prog Studio, 2004 |
Shop | |
| 40 |
3.86 | 292 ratings
QWR = 3.8332
|
Leviathan Mastodon |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 41 |
3.94 | 76 ratings
QWR = 3.8284
|
The Eye Of Every Storm Neurosis |
Experimental/Post Metal Studio, 2004 |
Shop | |
| 42 |
4.01 | 47 ratings
QWR = 3.8280
|
Elden Av År Trettioåriga Kriget |
Crossover Prog Studio, 2004 |
Shop | |
| 43 |
3.99 | 51 ratings
QWR = 3.8222
|
The Imaginary Direction Of Time Winds |
Experimental/Post Metal Studio, 2004 |
Shop | |
| 44 |
3.87 | 160 ratings
QWR = 3.8159
|
The Inner Circle Evergrey |
Progressive Metal Studio, 2004 |
Shop | |
| 45 |
3.97 | 55 ratings
QWR = 3.8147
|
Ciclotimia Amagrama |
Symphonic Prog Studio, 2004 |
Shop | |
| 46 |
3.93 | 70 ratings
QWR = 3.8138
|
Ink Compatible Spastic Ink |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 47 |
3.88 | 123 ratings
QWR = 3.8134
|
Before Became After Proto-Kaw |
Symphonic Prog Studio, 2004 |
Shop | |
| 48 |
4.04 | 35 ratings
QWR = 3.8102
|
Autumn Aurora Drudkh |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 49 |
3.88 | 112 ratings
QWR = 3.8047
|
Lemuria Therion |
Progressive Metal Studio, 2004 |
Shop | |
| 50 |
4.00 | 41 ratings
QWR = 3.8045
|
Liquid Scarlet Liquid Scarlet |
Heavy Prog Studio, 2004 |
Shop | |
| 51 |
4.03 | 31 ratings
QWR = 3.7866
|
Blue Cathedral Comets on Fire |
Psychedelic/Space Rock Studio, 2004 |
Shop | |
| 52 |
4.05 | 27 ratings
QWR = 3.7811
|
Pardon Our French French TV |
RIO/Avant-Prog Studio, 2004 |
Shop | |
| 53 |
4.01 | 32 ratings
QWR = 3.7787
|
Weila Thork |
Prog Folk Studio, 2004 |
Shop | |
| 54 |
3.95 | 43 ratings
QWR = 3.7785
|
Ersatz 4/3 De Trio |
Eclectic Prog Studio, 2004 |
Shop | |
| 55 |
4.04 | 28 ratings
QWR = 3.7765
|
When The Dust Settles Salmon |
Symphonic Prog Studio, 2004 |
Shop | |
| 56 |
3.84 | 104 ratings
QWR = 3.7724
|
Sirius B Therion |
Progressive Metal Studio, 2004 |
Shop | |
| 57 |
3.93 | 45 ratings
QWR = 3.7689
|
Quentadharken Amarok |
Prog Folk Studio, 2004 |
Shop | |
| 58 |
3.93 | 42 ratings
QWR = 3.7652
|
L'Arbre-Cimetičre Maldoror |
Symphonic Prog Studio, 2004 |
Shop | |
| 59 |
3.90 | 51 ratings
QWR = 3.7630
|
And Life Goes On The Black Noodle Project |
Psychedelic/Space Rock Studio, 2004 |
Shop | |
| 60 |
3.96 | 35 ratings
QWR = 3.7626
|
Attack of the Martians Eccentric Orbit |
Symphonic Prog Studio, 2004 |
Shop | |
| 61 |
3.98 | 31 ratings
QWR = 3.7584
|
Lost In Reverie Peccatum |
Experimental/Post Metal Studio, 2004 |
Shop | |
| 62 |
3.80 | 146 ratings
QWR = 3.7580
|
Evening Games Satellite |
Neo-Prog Studio, 2004 |
Shop | |
| 63 |
3.98 | 28 ratings
QWR = 3.7474
|
Dark Side Of The Duck Yak |
Neo-Prog Studio, 2004 |
Shop | |
| 64 |
3.95 | 30 ratings
QWR = 3.7412
|
The Screw-Loose Entertainment Disen Gage |
Eclectic Prog Studio, 2004 |
Shop | |
| 65 |
3.88 | 42 ratings
QWR = 3.7363
|
Lepidoptera Rak |
Symphonic Prog Studio, 2004 |
Shop | |
| 66 |
3.94 | 30 ratings
QWR = 3.7357
|
Far Corner Far Corner |
RIO/Avant-Prog Studio, 2004 |
Shop | |
| 67 |
3.87 | 45 ratings
QWR = 3.7352
|
Ta Det Lugnt Dungen |
Psychedelic/Space Rock Studio, 2004 |
Shop | |
| 68 |
3.94 | 30 ratings
QWR = 3.7348
|
A Helmet Of Gnats II A Helmet of Gnats |
Jazz Rock/Fusion Studio, 2004 |
Shop | |
| 69 |
3.85 | 53 ratings
QWR = 3.7341
|
Salvation Cult of Luna |
Experimental/Post Metal Studio, 2004 |
Shop | |
| 70 |
3.91 | 31 ratings
QWR = 3.7244
|
Fluxion The Ocean |
Experimental/Post Metal Studio, 2004 |
Shop | |
| 71 |
3.79 | 91 ratings
QWR = 3.7242
|
Lady Of The Light Black Bonzo |
Heavy Prog Studio, 2004 |
Shop | |
| 72 |
3.75 | 212 ratings
QWR = 3.7198
|
The World That We Drive Through The Tangent |
Eclectic Prog Studio, 2004 |
Shop | |
| 73 |
3.90 | 32 ratings
QWR = 3.7183
|
Metalmusica - Aleaciones Aleatorias Cabezas De Cera |
Eclectic Prog Studio, 2004 |
Shop | |
| 74 |
3.82 | 46 ratings
QWR = 3.7063
|
Woodland Prattlers Mechanical Poet |
Progressive Metal Studio, 2004 |
Shop | |
| 75 |
3.88 | 31 ratings
QWR = 3.7054
|
Brain Hiromi Uehara |
Jazz Rock/Fusion Studio, 2004 |
Shop | |
| 76 |
3.74 | 160 ratings
QWR = 3.7051
|
Wheel Of Life Karmakanic |
Symphonic Prog Studio, 2004 |
Shop | |
| 77 |
3.78 | 70 ratings
QWR = 3.7046
|
Extension of the Wish - The Final Extension Andromeda |
Progressive Metal Studio, 2004 |
Shop | |
| 78 |
3.75 | 96 ratings
QWR = 3.6974
|
L'Infinito Le Orme |
Rock Progressivo Italiano Studio, 2004 |
Shop | |
| 79 |
3.75 | 89 ratings
QWR = 3.6929
|
Wintersun Wintersun |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 80 |
3.85 | 32 ratings
QWR = 3.6917
|
Walking Cloud and Deep Red Sky, Flag Fluttered and the Sun Shined Mono |
Post Rock/Math rock Studio, 2004 |
Shop | |
| 81 |
3.73 | 146 ratings
QWR = 3.6914
|
Spirals In Hyperspace Ozric Tentacles |
Psychedelic/Space Rock Studio, 2004 |
Shop | |
| 82 |
3.74 | 89 ratings
QWR = 3.6884
|
Incoherence Peter Hammill |
Eclectic Prog Studio, 2004 |
Shop | |
| 83 |
3.71 | 181 ratings
QWR = 3.6863
|
Shadowlands Glass Hammer |
Symphonic Prog Studio, 2004 |
Shop | |
| 84 |
3.74 | 87 ratings
QWR = 3.6856
|
The January Tree DeadSoul Tribe |
Experimental/Post Metal Studio, 2004 |
Shop | |
| 85 |
3.74 | 94 ratings
QWR = 3.6855
|
Symphony of Enchanted Lands II - The Dark Secret Rhapsody (of Fire) |
Progressive Metal Studio, 2004 |
Shop | |
| 86 |
3.75 | 64 ratings
QWR = 3.6789
|
Ahvak Ahvak |
RIO/Avant-Prog Studio, 2004 |
Shop | |
| 87 |
3.79 | 37 ratings
QWR = 3.6690
|
Outside Nowhere Taproban |
Rock Progressivo Italiano Studio, 2004 |
Shop | |
| 88 |
3.81 | 29 ratings
QWR = 3.6640
|
Domain of Oblivion Ken's Novel |
Neo-Prog Studio, 2004 |
Shop | |
| 89 |
3.68 | 193 ratings
QWR = 3.6591
|
Gathering Speed Big Big Train |
Crossover Prog Studio, 2004 |
Shop | |
| 90 |
3.74 | 47 ratings
QWR = 3.6582
|
Quintessenza Il Castello Di Atlante |
Rock Progressivo Italiano Studio, 2004 |
Shop | |
| 91 |
3.79 | 28 ratings
QWR = 3.6493
|
Out of Range Sense |
Crossover Prog Studio, 2004 |
Shop | |
| 92 |
3.70 | 72 ratings
QWR = 3.6476
|
Graveyard Mountain Home Chroma Key |
Psychedelic/Space Rock Studio, 2004 |
Shop | |
| 93 |
3.76 | 33 ratings
QWR = 3.6449
|
The Angels Tear Aragon |
Neo-Prog Studio, 2004 |
Shop | |
| 94 |
3.78 | 27 ratings
QWR = 3.6448
|
The Focusing Blur Vintersorg |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 95 |
3.67 | 136 ratings
QWR = 3.6442
|
Amplifier Amplifier |
Psychedelic/Space Rock Studio, 2004 |
Shop | |
| 96 |
3.75 | 28 ratings
QWR = 3.6311
|
Sublimation Canvas Solaris |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 97 |
3.65 | 154 ratings
QWR = 3.6286
|
Ghost Story Phideaux |
Crossover Prog Studio, 2004 |
Shop | |
| 98 |
3.70 | 46 ratings
QWR = 3.6283
|
Si Monumentum Requires, Circumspice Deathspell Omega |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 99 |
3.70 | 42 ratings
QWR = 3.6244
|
Sphere Karcius |
Jazz Rock/Fusion Studio, 2004 |
Shop | |
| 100 |
3.67 | 56 ratings
QWR = 3.6185
|
The Fall Of Math 65DaysOfStatic |
Post Rock/Math rock Studio, 2004 |
Shop | |
| 101 |
3.63 | 183 ratings
QWR = 3.6165
|
Once Nightwish |
Progressive Metal Studio, 2004 |
Shop | |
| 102 |
3.66 | 39 ratings
QWR = 3.5990
|
The Spaghetti Epic Various Artists (Concept albums & Themed compilations) |
Various Genres Studio, 2004 |
Shop | |
| 103 |
3.63 | 66 ratings
QWR = 3.5915
|
Balansia Hidria Spacefolk |
Psychedelic/Space Rock Studio, 2004 |
Shop | |
| 104 |
3.61 | 124 ratings
QWR = 3.5891
|
Kallocain Paatos |
Crossover Prog Studio, 2004 |
Shop | |
| 105 |
3.66 | 28 ratings
QWR = 3.5856
|
Kings Of Time Magyar Posse |
Post Rock/Math rock Studio, 2004 |
Shop | |
| 106 |
3.63 | 43 ratings
QWR = 3.5852
|
Cold Light of Monday Wolverine |
Progressive Metal Studio, 2004 |
Shop | |
| 107 |
3.63 | 43 ratings
QWR = 3.5817
|
Ghosts on Magnetic Tape Bass Communion |
Progressive Electronic Studio, 2004 |
Shop | |
| 108 |
3.64 | 33 ratings
QWR = 3.5778
|
Psychopuls Lizard |
Eclectic Prog Studio, 2004 |
Shop | |
| 109 |
3.62 | 38 ratings
QWR = 3.5747
|
Hexameron Nick Magnus |
Symphonic Prog Studio, 2004 |
Shop | |
| 110 |
3.62 | 36 ratings
QWR = 3.5737
|
Oregon Nice Beaver |
Eclectic Prog Studio, 2004 |
Shop | |
| 111 |
3.61 | 47 ratings
QWR = 3.5731
|
Cerulean Blue Rain |
Symphonic Prog Studio, 2004 |
Shop | |
| 112 |
3.58 | 141 ratings
QWR = 3.5720
|
Field Of Crows Fish |
Neo-Prog Studio, 2004 |
Shop | |
| 113 |
3.61 | 41 ratings
QWR = 3.5678
|
Purgatorio (Dante Alighieri - La Divina Commedia) Tangerine Dream |
Progressive Electronic Studio, 2004 |
Shop | |
| 114 |
3.58 | 94 ratings
QWR = 3.5669
|
The Muse Awakens Happy The Man |
Eclectic Prog Studio, 2004 |
Shop | |
| 115 |
3.59 | 49 ratings
QWR = 3.5618
|
La Meccanica Naturale Finisterre |
Rock Progressivo Italiano Studio, 2004 |
Shop | |
| 116 |
3.61 | 31 ratings
QWR = 3.5617
|
Epic Borknagar |
Tech/Extreme Prog Metal Studio, 2004 |
Shop | |
| 117 |
3.58 | 42 ratings
QWR = 3.5533
|
End Of Silence Dreamscape |
Progressive Metal Studio, 2004 |
Shop | |
| 118 |
3.58 | 34 ratings
QWR = 3.5507
|
Playgrounds Cross |
Crossover Prog Studio, 2004 |
Shop | |
| 119 |
3.56 | 122 ratings
QWR = 3.5503
|
X-Rayed Sylvan |
Neo-Prog Studio, 2004 |
Shop | |
| 120 |
3.55 | 62 ratings
QWR = 3.5401
|
Rhythm Of Time Jordan Rudess |
Crossover Prog Studio, 2004 |
Shop | |
| 121 |
3.55 | 88 ratings
QWR = 3.5384
|
Medúlla Björk |
Crossover Prog Studio, 2004 |
Shop | |
| 122 |
3.57 | 30 ratings
QWR = 3.5380
|
The First Lights of the Century Chaneton |
Neo-Prog Studio, 2004 |
Shop | |
| 123 |
3.55 | 28 ratings
QWR = 3.5273
|
Prophet in a Statistical World Saens |
Neo-Prog Studio, 2004 |
Shop | |
| 124 |
3.54 | 28 ratings
QWR = 3.5220
|
Blues from Hellah Lucifer Was |
Eclectic Prog Studio, 2004 |
Shop | |
| 125 |
3.53 | 55 ratings
QWR = 3.5215
|
Mythology Derek Sherinian |
Jazz Rock/Fusion Studio, 2004 |
Shop | |
| 126 |
3.52 | 30 ratings
QWR = 3.5141
|
Legends Magrathea |
Symphonic Prog Studio, 2004 |
Shop |


Xlsxir v1.3.3 Xlsxir.Unzip
Provides validation of accepted file extension types for file path, extracts required .xlsx
contents to ./temp
and ultimately deletes the ./temp
directory and its contents.
Summary
Functions
Deletes all files and directories contained in specified directory
Extracts requested list of files from a .zip
file to ./temp
and returns a list of the extracted file paths
Validates given path is of extension type .xlsx
and returns a tuple
List of files contained in the requested .xlsx
file to be extracted
Functions
Deletes all files and directories contained in specified directory.
Parameters
dir
- list of directories to delete (default set for standard Xlsxir functionality)
Example
An example file named test.zip
located in ‘./test_data/test’ containing a single file named test.txt
:
iex> path = "./test/test_data/test.zip"
iex> file_list = ['test.txt']
iex> Xlsxir.Unzip.extract_xml_to_file(file_list, path)
{:ok, ['temp/test.txt']}
iex> Xlsxir.Unzip.delete_dir(["./temp"])
:ok
Extracts requested list of files from a .zip
file to ./temp
and returns a list of the extracted file paths.
Parameters
file_list
- list containing file paths to be extracted inchar_list
formatpath
- file path of a.xlsx
file type instring
format
Example
An example file named test.zip
located in ‘./test_data/test’ containing a single file named test.txt
:
iex> path = "./test/test_data/test.zip"
iex> file_list = ['test.txt']
iex> Xlsxir.Unzip.extract_xml_to_file(file_list, path)
{:ok, ['temp/test.txt']}
iex> File.ls("./temp")
{:ok, ["test.txt"]}
iex> Xlsxir.Unzip.delete_dir(["./temp"])
:ok
Validates given path is of extension type .xlsx
and returns a tuple.
Parameters
path
- file path of a.xlsx
file type instring
format
Example
iex> path = "Good_Example.xlsx"
iex> Xlsxir.Unzip.validate_path(path)
{:ok, 'Good_Example.xlsx'}
iex> path = "bad_path.xml"
iex> Xlsxir.Unzip.validate_path(path)
{:error, "Invalid path. Currently only .xlsx file types are supported."}


TITLE0 ☜
This is a text for the given title.
TITLE0 ☜
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TITLE0 ☜
To sure calm much most long me mean. Able rent long in do we. Uncommonly no it announcing melancholy an in. Mirth learn it he given. Secure shy favour length all twenty denote. He felicity no an at packages answered opinions juvenile.
TITLE0 ☜
Impossible considered invitation him men instrument saw celebrated unpleasant. Put rest and must set kind next many near nay. He exquisite continued explained middleton am. Voice hours young woody has she think equal. Estate moment he at on wonder at season little. Six garden result summer set family esteem nay estate. End admiration mrs unreserved discovered comparison especially invitation.
☞ TITLE1
Am increasing at contrasted in favourable he considered astonished. As if made held in an shot. By it enough to valley desire do. Mrs chief great maids these which are ham match she. Abode to tried do thing maids. Doubtful disposed returned rejoiced to dashwood is so up.
☞ TITLE1
This is also a text for the given title.
☞ TITLE1
Do to be agreeable conveying oh assurance. Wicket longer admire do barton vanity itself do in it. Preferred to sportsmen it engrossed listening. Park gate sell they west hard for the. Abode stuff noisy manor blush yet the far. Up colonel so between removed so do. Years use place decay sex worth drift age. Men lasting out end article express fortune demands own charmed. About are are money ask how seven.
☞ TITLE1
Old unsatiable our now but considered travelling impression. In excuse hardly summer in basket misery. By rent an part need. At wrong of of water those linen. Needed oppose seemed how all. Very mrs shed shew gave you. Oh shutters do removing reserved wandered an. But described questions for recommend advantage belonging estimable had. Pianoforte reasonable as so am inhabiting. Chatty design remark and his abroad figure but its.


“The COPE Inventory was developed to assess a broad range of coping responses, several of which had an explicit basis in theory. The inventory includes some responses that are expected to be dysfunctional, as well as some that are expected to be functional. It also includes at least 2 pairs of polaropposite tendencies. These were included because each scale is unipolar (the absence of this response does not imply the presence of its opposite), and because we think people engage in a wide range of coping during a given period, including both of each pair of opposites.
“The items have been used in at least 3 formats. One is a "dispositional" or traitlike version in which respondents report the extent to which they usually do the things listed, when they are stressed. A second is a timelimited version in which respondents indicate the degree to which they actually did have each response during a particular period in the past. The third is a time-limited version in which respondents indicate the degree to which they have been having each response during a period up to the present. The formats differ in their verb forms: the dispositional format is present tense, the situational-past format is past tense, the third format is present tense progressive (I am ...) or present perfect (I have been ...).” (Charles S. Carver, at http://www.psy.miami.edu/faculty/ccarver/sclCOPEF.html, accessed 2015-05-28.)


while - Execute script repeatedly as long as a condition is met
while test body
The while command evaluates test as an expression
(in the same way that expr evaluates its argument).
The value of the expression must a proper boolean
value; if it is a true value
then body is executed by passing it to the Tcl interpreter.
Once body has been executed then test is evaluated
again, and the process repeats until eventually test
evaluates to a false boolean value. Continue
commands may be executed inside body to terminate the current
iteration of the loop, and break
commands may be executed inside body to cause immediate
termination of the while command. The while command
always returns an empty string.
Note: test should almost always be enclosed in braces. If not,
variable substitutions will be made before the while
command starts executing, which means that variable changes
made by the loop body will not be considered in the expression.
This is likely to result in an infinite loop. If test is
enclosed in braces, variable substitutions are delayed until the
expression is evaluated (before
each loop iteration), so changes in the variables will be visible.
For an example, try the following script with and without the braces
around $x<10:
set x 0
while {$x<10} {
puts "x is $x"
incr x
}
Read lines from a channel until we get to the end of the stream, and
print them out with a line-number prepended:
set lineCount 0
while {[gets $chan line] >= 0} {
puts "[incr lineCount]: $line"
}
break, continue, for, foreach
boolean value, loop, test, while
Copyright © 1993 The Regents of the University of California.
Copyright © 1994-1997 Sun Microsystems, Inc.
Copyright © 1995-1997 Roger E. Critchlow Jr.


You can use this page to write an object into the store.
Is this an
ontology, a
translation or a
dataset?
Submit


Hello! Raj here, naam to suna hi hoga.
This is where I'll write something about me you know the standard stuff, life goals and all. If interested in research then areas interested in or if looking for jobs/interns then the area in which looking for job.
- BlackTie.co
-<EMAIL_ADDRESS>- +44 2009-4839
- 902 3940-4439
- Vicky.Wallberg
- Love-Vicky-Site
- Vicoooria
- @BlackTie_co


VEGAN CAMPING COOKBOOK COLLECTIVE
A website for vegan camping recipes.
Sort Recipes By:
Popularity
| Meal:
Breakfast
Lunch
Dinner
Snack
Dessert
All
Alphabetical Order


This presentation was made using Reveal.js, a framework for making HTML slide presentations; Reveal.js is a Node.js application.
For more details, visit the repository for this application at https://github.com/lisawilliams/defense
You can always find this presentation and its resources at http://lisawilliams.github.io/defense


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💌
✨
🎂
Happy Birthday!
🎂
💝💝💝
Maan
💝💝💝
🏩
Venue
⏰
Time
👑
invite
🌈
Theme
🎁
Features
🎈
About us
💬
Languages
📲
Contact us
Happy Birthday to my Wife
Wishing and Praying for all Your Dreams and Goals Fulfilledment
From:
💖💖💖
Your Loving Husband and Children
💖💖💖


See: Description
| Interface | Description |
|---|---|
| KeyInfoCredentialResolver |
Specialized
CredentialResolver marker interface for resolvers which resolve
credentials based on a KeyInfo element. |
| KeyInfoGenerator |
Interface for implementations which generate a
KeyInfo based on keying material and other
information found within a Credential . |
| KeyInfoGeneratorFactory |
Interface for factories which produce
KeyInfoGenerator instances. |
| KeyInfoProvider |
Interface for providers used in conjunction with a
KeyInfoCredentialResolver which
support resolving Credential s based on a child element of KeyInfo . |
| Class | Description |
|---|---|
| BasicProviderKeyInfoCredentialResolver |
Implementation of
KeyInfoCredentialResolver which resolves credentials based on a KeyInfo element
using a configured list of KeyInfoProvider 's and optional post-processing hooks. |
| CollectionKeyInfoCredentialResolver |
An implementation of
KeyInfoCredentialResolver which uses a Collection as the
underlying credential source. |
| KeyInfoCredentialContext |
Context for credentials resolved from a
KeyInfo element. |
| KeyInfoCriteria | |
| KeyInfoGeneratorManager |
A manager for
KeyInfoGeneratorFactory instances. |
| KeyInfoHelper |
Utility class for working with data inside a KeyInfo object.
|
| KeyInfoResolutionContext |
Resolution context class that is used to supply state information to, and to share information
amongst,
KeyInfoProvider s. |
| LocalKeyInfoCredentialResolver |
A simple specialization of
BasicProviderKeyInfoCredentialResolver
which is capable of using information from a KeyInfo to resolve
local credentials from a supplied CredentialResolver which manages local credentials. |
| NamedKeyInfoGeneratorManager |
A manager for named sets of
KeyInfoGeneratorFactory instances. |
| StaticKeyInfoCredentialResolver |
Simple implementation of
KeyInfoCredentialResolver which just stores and returns a static set of credentials. |
| StaticKeyInfoGenerator |
Implementation of
KeyInfoGenerator which always returns static KeyInfo data. |
Copyright © 1999-2014. All Rights Reserved.


Each piece comes from the hard work and dedication of our members.
La Pluma is the Monta Vista literary magazine for creative art and writing. We are submission based, and will happily publish wherever your pen leads you, whether that’s dramatic literature, prose, poetry, artwork, or graphics.
New submissions are continually posted to our website while a print copy of our magazine is published bimonthly. We also host fun-filled, collaborative workshops throughout the year designed to inspire new ideas for your writing and to help you finetune your writing skills! .
We aim to help writers harness their creativity to create pieces that make readers feel something. If you believe in our mission, sign up for our email list to receive notifications about upcoming meetings and events, then fill out an application form available online.


Id: 326
Name: Slippery Stair
Status: Alive
Species: Animal
Type: Slug
Gender: Male
OriginName: Fantasy World
OriginUrl: https://rickandmortyapi.com/api/location/48
LocationName: Earth (Replacement Dimension)
LocationUrl: https://rickandmortyapi.com/api/location/20
Image: https://rickandmortyapi.com/api/character/avatar/326.jpeg
Episode: ['https://rickandmortyapi.com/api/episode/5', 'https://rickandmortyapi.com/api/episode/11']
Url: https://rickandmortyapi.com/api/character/326
Created: 2018-01-10T16:11:09.964Z


|
BitShares-Core
6.1.0
BitShares blockchain implementation and command-line interface software
|
an offer to sell an amount of an asset at a specified exchange rate by a certain timeThe objects are indexed by expiration and are automatically deleted on the first block after expiration. More...
#include <market_object.hpp>
Public Member Functions | |
| pair< asset_id_type, asset_id_type > | get_market () const |
| asset | amount_for_sale () const |
| asset | amount_to_receive () const |
| asset_id_type | sell_asset_id () const |
| asset_id_type | receive_asset_id () const |
| Public Member Functions inherited from graphene::db::abstract_object< limit_order_object, protocol_ids, limit_order_object_type > | |
| abstract_object () | |
| object_id< SpaceID, TypeID > | get_id () const |
| Public Member Functions inherited from graphene::db::base_abstract_object< limit_order_object > | |
| std::unique_ptr< object > | clone () const override |
| void | move_from (object &obj) override |
| fc::variant | to_variant () const override |
| std::vector< char > | pack () const override |
| Public Member Functions inherited from graphene::db::object | |
| object ()=default | |
| object (uint8_t space_id, uint8_t type_id) | |
| virtual | ~object ()=default |
Public Attributes | |
| time_point_sec | expiration |
| account_id_type | seller |
| share_type | for_sale |
| asset id is sell_price.base.asset_id More... | |
| price | sell_price |
| share_type | deferred_fee |
| fee converted to CORE More... | |
| asset | deferred_paid_fee |
| originally paid fee More... | |
| bool | is_settled_debt = false |
| Whether this order is an individual settlement fund. More... | |
| Public Attributes inherited from graphene::db::object | |
| object_id_type | id |
Additional Inherited Members | |
| Static Public Attributes inherited from graphene::db::abstract_object< limit_order_object, protocol_ids, limit_order_object_type > | |
| static constexpr uint8_t | space_id |
| static constexpr uint8_t | type_id |
an offer to sell an amount of an asset at a specified exchange rate by a certain time
The objects are indexed by expiration and are automatically deleted on the first block after expiration.
Definition at line 44 of file market_object.hpp.
|
inline |
Definition at line 62 of file market_object.hpp.
|
inline |
Definition at line 63 of file market_object.hpp.
|
inline |
Definition at line 55 of file market_object.hpp.
|
inline |
Definition at line 65 of file market_object.hpp.
|
inline |
Definition at line 64 of file market_object.hpp.
| share_type graphene::chain::limit_order_object::deferred_fee |
fee converted to CORE
Definition at line 51 of file market_object.hpp.
| asset graphene::chain::limit_order_object::deferred_paid_fee |
originally paid fee
Definition at line 52 of file market_object.hpp.
| time_point_sec graphene::chain::limit_order_object::expiration |
Definition at line 47 of file market_object.hpp.
| share_type graphene::chain::limit_order_object::for_sale |
asset id is sell_price.base.asset_id
Definition at line 49 of file market_object.hpp.
| bool graphene::chain::limit_order_object::is_settled_debt = false |
Whether this order is an individual settlement fund.
Definition at line 53 of file market_object.hpp.
| price graphene::chain::limit_order_object::sell_price |
Definition at line 50 of file market_object.hpp.
| account_id_type graphene::chain::limit_order_object::seller |
Definition at line 48 of file market_object.hpp.


{{+bindTo:partials.standard_nacl_api}}
| PP_ImageDataFormat | format |
| struct PP_Size | size |
| int32_t | stride |
The PP_ImageDataDesc
structure represents a description of image data.
This value represents one of the image data types in the PP_ImageDataFormat
enum.
| struct PP_Size PP_ImageDataDesc::size |
This value represents the size of the bitmap in pixels.
| int32_t PP_ImageDataDesc::stride |
This value represents the row width in bytes.
This may be different than width * 4 since there may be padding at the end of the lines.


Interface to the UNU.RAN library for Universal Non-Uniform RANdom variate generators. Thus it allows to build non-uniform random number generators from quite arbitrary distributions. In particular, it provides an algorithm for fast numerical inversion for distribution with given density function. In addition, the package contains densities, distribution functions and quantiles from a couple of distributions.
| Version: | 0.24 |
| Depends: | R (≥ 3.0.0) |
| Imports: | methods, stats |
| Published: | 2017-10-25 |
| Author: | Josef Leydold [aut, cre], Wolfgang H"ormann [aut] |
| Maintainer: | Josef Leydold <josef.leydold at wu.ac.at> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | http://statmath.wu.ac.at/unuran/ |
| NeedsCompilation: | yes |
| Materials: | NEWS |
| In views: | Bayesian, Distributions |
| CRAN checks: | Runuran results |
| Reference manual: | Runuran.pdf |
| Vignettes: |
Using Runuran |
| Package source: | Runuran_0.24.tar.gz |
| Windows binaries: | r-devel: Runuran_0.24.zip, r-release: Runuran_0.24.zip, r-oldrel: Runuran_0.24.zip |
| OS X binaries: | r-release: Runuran_0.24.tgz, r-oldrel: Runuran_0.24.tgz |
| Old sources: | Runuran archive |
| Reverse depends: | riskSimul, RunuranGUI |
| Reverse imports: | glmBfp, trawl |
| Reverse suggests: | copula, rvgtest, Tinflex |
Please use the canonical form https://CRAN.R-project.org/package=Runuran to link to this page.


This is just so you can keep track of your groups. It won't be shown to users.
Paste one email address per line, or separate them by commas.
Paste one username per line, or separate them by commas.
The packages for your game that this key group will give access to.


class: center, middle, contrast # "Load-aware" L4 load balancing Kamila Součková Advanced Topics in Communication Networks 2018-12-20 --- class: contrast, expanded, middle # Aims 1. **Implement an L4 load balancer** Single virtual IP for a pool of application servers 2. **Be able to choose the _distribution_:** If a server is very busy, it should get fewer new connections (All in the data plane.) --- # Simple L4 load balancer .floatright[.qrcode[![QR code](./img/how-routers-work.svg)]] **Up to L3: it is a router** Details: [How do routers really work?](https://kamila.is/teaching/how-routers-work/) **L4 flow:** .width90[![simple flow chart](./img/simple-packet.svg)] * kind of like the ECMP exercise * mind the return path --- class: contrast, expanded, middle # Changing the distribution Three problems: 1. Which distribution to choose? 2. How to implement load balancing with a given distribution? 3. How to dynamically change the distribution while there are active connections? --- class: contrast, expanded, middle count: false # Changing the distribution Three problems: 1. **Which distribution to choose? ⇒ not SDN** 2. How to implement load balancing with a given distribution? 3. How to dynamically change the distribution while there are active connections? --- class: contrast, expanded, middle count: false # Changing the distribution Three problems: 1. Which distribution to choose? 2. **How to implement load balancing with a given distribution?** 3. How to dynamically change the distribution while there are active connections? --- # Weighted load balancing Same as the equal-cost case, except we add the server multiple times: .center[![buckets](./img/buckets.svg)] blue server will get 2/5 of requests, pink server will get 3/5 **Disadvantage:** table gets big quickly --- # Idea: Making the table smaller How can we conceptually add an entry N times with fewer actual entries? .width90[![flat table](./img/prefix-tree-intro.svg)] .center[![table size \leq \ln \sum weights](./img/latex-sum.svg)] .footnote[\* not implemented due to lack of time] --- count: false # Idea: Making the table smaller How can we conceptually add an entry N times with fewer actual entries? .width90[![prefix tree](./img/prefix-tree.svg)] .center[![table size \leq \ln \sum weights](./img/latex.svg)] .footnote[\* not implemented due to lack of time] --- class: contrast, expanded, middle count: false # Changing the distribution Three problems: 1. Which distribution to choose? 2. How to implement load balancing with a given distribution? 3. **How to dynamically change the distribution while there are active connections?** --- # The problem: .center.width80[![hash problem](./img/hash-problem.svg)] -- **Fix:** Keep server assignments in a connections table .center.width100[![conn table](./img/connections.svg)] --- # The second problem: Table writes are not instant: .center.width95[![outstanding](./img/timeline.svg)] -- **Fix:** Keep old pool data, discard only after all connections using them are in `conn_table` --- exclude: true # Not breaking connections .center.width90[![pinkbox](./img/pinkbox.svg)] --- # Old pool data??? **Fix:** Versioned tables: ```c table ipv4_dips { key = { * meta.version: exact; meta.server_pool: exact; meta.flow_hash: exact; } ... } ``` write to a register from the control plane to set the active version --- # The third problem: For a given packet, how to determine to which pool version that connection belongs? -- **Fix:** Hard-code a few "version slots" (I use 4) and cycle through them.  Insert new connections into its version's Bloom filter. --- class: tall # Life of a packet .center.width100[![flow diagram](./img/life-of-a-packet.svg)] --- # Bloom filters: Controller 1. Need to track outstanding writes ⇒ make table writes asynchronous: ```python def recv_packet(self, packet): ... self.pending_writes[version].append( self.conn_table.add(...)) # async ``` 2. Wait for completion before overwriting a version: ```python def commit(self): await DeferredList( self.pending_writes[self.vips.next_version]) ... ``` .right.footnote[\* `await` is actually spelled `yield` in Python 2 + Twisted ] --- # How not to go crazy 1. Each component is written and tested separately: ```py class Router(IPv4Routing, ArpLazy, L2SwitchLazy, BaseController): pass # :D ``` 2. Asynchronous (using the [Twisted](https://twistedmatrix.com/) framework) * easier to handle `conn_table` writes correctly (see before) * makes it much easier to test things 3. Tests! ??? Cleanly structured code --- exclude: true # Tests * integration tests * launch `p4run` * run and communicate with clients, servers, and controller ```py @pt.inlineCallbacks def test_add_dip(remote_module, p4run): client, server, lb = ... ... pool_h = yield lb.add_pool('<IP_ADDRESS>', 8000) yield lb.add_dip(pool_h, p4run.IP['h2'], 8001) ... yield client.callRemote('make_connections', '<IP_ADDRESS>', 8000, count=47) num_conns = yield server.callRemote('get_conn_count') assert num_conns == 47 ``` --- # Tests example: Single run
??? Here's an example of running one test: it's an integration test, so it starts p4run for me, then it starts the servers, clients, and the controller here you can see the table_add's from the controller, it also started the server and client now it has told the clients to connect to the servers through the loadbalancer and it's checking that the connections work here it says 47/47 connections succeeded and the test passed --- # Tests example: Session
--- class: contrast, center, middle # Demo! --- exclude: true # Demo We need to: * start servers * configure load balancer: * teach it how to get load and how to balance * add server pools * connect to servers --- class: tall # Conclusion .center.width60[![screenshot](./img/demo1-narrow-loadonly.png)] * table versioning + Bloom filters to find version * prefixes idea for weights * test-driven development * interesting software engineering aspects --- class: center, middle # Questions? :-) --- .width100[![demo](./img/demo1-wide.png)]


Rotation 10: Raspberry Pi
Project Description:
Raspberry Pi was so much fun! Within the first day of using it we got to play Minecraft and other games that were programmed on.
I learned how to hook up the Raspberry Pi to the computer, plugging in the power source last. I also learned that while using the programs like Scratch or Python, on letter wrong or capitalized when it should not be can causes the entire circuit to fail.
Scratch and Python are important while using Raspberry Pi because they are the softwares that we use for programming circuits like pictures. These softwares use coding language to do so.
My favorite part of Raspberry Pi was using the camera and taking videos with Marcella. I also liked when we added specific coding onto Python to add a color filter over the picture that was taken.
Below are some picutres of the resulting circuit from our coding on Python.


This class represents a single touch input (one finger action). More...
#include <touch.h>
Public Member Functions | |
| touch (const point &loc, const point &prev_loc, unsigned int tap_count, float timestamp) | |
| touch (const point &loc) | |
| const point & | location () const |
| const point & | prev_location () const |
| const unsigned int | tap_count () const |
| const float | timestamp () const |
| const bool | is_valid () const |
This class represents a single touch input (one finger action).


Globally Unique Identifier (GUID) to be Evaluated:
This is the GUID for the metadata (!) of your data record
We currently recognize INCHI Keys, DOIs, Handles and URLs. Contact the developer to add new GUID types to this list - for example, we plan to support LSIDs soon, and others.
If you have a DOI for your data deposit, a DOI returns metadata to our system, so please use your DOI unless you have specifically created a better metadata record.
For DOIs, enter the DOI without the 'doi:' prefix (e.g. just '10.1002/abd.123')
For InCHI keys, enter the key with no prefix ( e.g xxxxxxxxxxxxxxxx.xxxxxxxxxx.xxxxx)


‘Need to strengthen policies, laws to protect children’
Setting up of fast track courts will be useful: Speaker
by Staff ReporterAssembly Speaker Thammineni Seetharam said that accused in child abuse cases and those who violated child rights will be severely punished. He also stressed the need for strengthening of policies and laws to protect future generation. Mr. Sitaram was speaking at a symposium on ‘Child Rights and Acts,’ organised by the Child Rights Protection Forum (CRPF), at VUDA Children's Arena here on Friday.
Speaking as chief guest at the programme, Mr Sitaram said that it was very painful to see some incidents in which caretakers, relatives and even some parents were abusing children and even molesting them. He said that the State government was always committed to protect rights of children and has been introducing various schemes for them.
“Setting up of fast track courts will be useful to protect the rights of children, especially girl child,” the Speaker said.
Speakers in the programme have delivered lecture on Child rights and Acts. Cultural programmes, were organised. Retired Judge D.Dharmarao, VMRDA Chairman Dronamraju Srininivas Rao, District Educational Officer (DEO) B. Lingeswara Reddy, officials from 1098, several NGOs fighting for child rights have attended the event.


I live in the top of the mountains, aka Utah, with my beautiful wife and three rambunctious boys. We enjoy nature and architecture, which leads to one of our favorite activities of going for walks and discussing what we like or would change about all the houses we walk past. That might help explain why we have already bought two homes and built two homes within the first ten years of our marriage.
I love developing and creating beautiful User Interfaces. I do not subscribe to the belief that the web cannot be as smooth or fresh of an experience as native applications. I love to collaborate with designers to help create something of which we can be proud.


Nginious has built in support for parsing and handling multipart content. If a Content-Type
header with value multipart
is found in a request the server automatically extracts files and
parameters and makes them available to controllers through the
HttpRequest instances.
Uploaded files are available through the getFiles() and getFile(String name) methods of the HttpRequest class.
Parameters are available through the standard parameter handling methods of the HttpRequest class. These methods are the getParameter(String name), getParameterNames() and getParameterValues(String name) methods.
Nginious provides classes and methods for tracking the progress of a multipart upload containing a large file. The following outlines the steps necessary to track the progress of a file upload.
| Name | Description |
| Initialization | Before starting a file upload the prepareUploadTracker() method must be called. This method sets a tracking cookie which makes it possible for the server to associate a file upload with requests for the upload progress. This must be done before the file upload starts, for example in the controller that serves the form for starting the file upload. |
| Upload | A controller must be implemented for accepting and processing the uploaded file. This can be with any Java class which is annotated with the Controller annotation. The controller must have a method that can accept a HTTP post. See the 5. Web applications for details. |
| Tracker |
Implement a controller which returns the status of an ongoing file upload. The
controller must call the getUploadTracker()
method to retrieve the current status of any ongoing file uploads. This information can then
be serialized into json format for sending to the client.
|


OpenBLAS is an optimized BLAS library based on GotoBLAS2 1.13 BSD version. Please read the documents on OpenBLAS wiki.
Dependencies
the unit test codes depended on CUnit
Binary Packages
We provide binary packages for the following platform.
- Windows x86/x86_64
Install from Source
Dowanload the source code package (zip or tar format). Extract the source codes from the package.
-
Normal compile
Please read GotoBLAS_02QuickInstall.txt or type "make"
-
Cross compile
Please set CC and FC with the cross toolchains. Then, set HOSTCC with your host C compiler. At last, set TARGET explicitly.
examples:
On X86 box, compile this library for loongson3a CPU.
make BINARY=64 CC=mips64el-unknown-linux-gnu-gcc FC=mips64el-unknown-linux-gnu-gfortran HOSTCC=gcc TARGET=LOONGSON3A
Optional
make install PREFIX=your_directory
Changelog
The current release is 0.2.14 stable version on Mar 24, 2015. Please check the changelog file. Here is the single thread DGEMM performance result on desktop Sandy Bridge.
License
BSD
Developers
Current Developers: Zhang Xianyi, Wang Qian, Werner Saar
Previous Developers:
- Zaheer Chothia
- Chen Shaohu (Optimized GEMV on the Loongson-3A processor)
- Luo Wen (Intern, Testing Level 2 BLAS)
Contributors
Please check CONTRIBUTORS.md.
Contact
FAQ
Please read our wiki pages.
Donation
Please read this wiki page.
Specification of Git Branches
We used the git branching model in this article. Now, there are 6 branches.
master: This a main branch to reflect a production-ready state.
develop: This a main branch to reflect a state with the latest delivered development changes for the next release.
sandybridge: This is a feature branch. We optimize Intel Sandy Bridge on this branch.
loongson3a: This is a feature branch. We develop ICT Loongson-3A codes on this branch.
loongson3b: This is a feature branch. We develop ICT Loongson-3B codes on this branch.
gh-pages: This is for web pages.
Contact
Download
You can download this project in either zip or tar formats.
You can also clone the project with Git by running:
$ git clone git@github.com:xianyi/OpenBLAS


Beast Herder Tunatun:
If you're interested in handling the beasts, I can give you this Bull Whip. If you've forgotten how to use it, I can tell you again.
Listen to the explanation about how to handle.


Remote Monitoring
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Developer
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Welcome to the Spiritual Portrait Site
Groja: Graphical Representations of Jungian Archetypes.
I am inspired by Myers-Briggs' and Keirsey's work, and cannot praise them enough! But I have my own quiz, ideas and perceptions, and ultimately this is my own thing. All of this is based on Carl Jung's theories so naturally similarities abound.


RHElements
RHElements is a set of web components
View on GitHub
RHElements Overpass Element
Dev
yarn run dev
Build
yarn run build
Demo
Run http-server or python SimpleHTTPServer in the demo directory


 That is very critical to cover at least the most sensitive parts of your system. In order to achieve that goal, we produce a set of different tests like integration tests, unit tests, e2e tests, and so on. And Nest provides a bunch of test utilities that improves testing experience.
In general, you can use any testing framework that you enjoy working with.  The main Nest application starter is integrated with Jest framework to reduce an amount of overhead when it comes to start writing your tests, but still, you can get rid of it and use any other tool easily.
Firstly, we need to install the required package:
$ npm i --save-dev @nestjs/testing
In the following example, we have two different classes, CatsController
and CatsService
respectively.
As mentioned before, Jest is used as a fully-fledged testing
framework. That framework behaves like a test-runner and also, provides assert functions and test-doubles utilities that
helps with mocking, spying, etc. We have manually enforced catsService.findAll()
method to return result
variable,
once it's called. Thanks to that, we can test whether catsController.findAll()
returns expected result,
or not.
{{ isolatedTests }}
{{ isolatedTestsJs }}
Hint Keep your test files nearby tested classes. The testing files should have a.spec
or.test
suffix.
We didn't make use of any existing Nest testing utility so far. Since we have manually taken care of instantiating tested classes, above test suite has nothing to do with Nest. This type of testing is called isolated tests.
The @nestjs/testing
package gives us a set of utilities that boost the testing process. Let's rewrite the
previous example, but now, using exposed Test
class.
{{ utils }}
{{ utilsJs }}
Test
class has a createTestingModule()
method that takes a module metadata (the same object
as this one passed in @Module()
decorator) as an argument. This method creates a TestingModule
instance
which in turn provides a few methods, but only one of them is useful when it comes to unit tests - the compile()
.
This function is asynchronous, therefore it has to be awaited. Once module is compiled, you can retrieve
any instance using get()
method.
In order to mock a real instance, you can override existing provider with a custom provider.
When the application grows, it is difficult to manually test a behavior of each API endpoint. The end-to-end tests help us to make sure that everything is working correctly and fits project requirements. To perform e2e tests we use the same configuration as in the case of unit testing, but additionally, we take advantage of supertest library that allows simulating HTTP requests.
{{ 'cats.e2e-spec' | extension: e2eTestsT.isJsActive }}{{ e2eTests }}
Hint Keep your e2e test files inside thee2e
directory. The testing files should have a.e2e-spec
or.e2e-test
suffix.
The cats.e2e-spec.ts
test file contains a single HTTP endpoint test (/cats
). We have used app.getHttpServer()
method
to pick up an underlying HTTP server that runs in the background of Nest application. Notice that TestingModule
instance
provides a overrideProvider()
method, and thus we can override the existing provider which
is declared by the imported module. Also, we can successively override the guards, interceptors, filters, and pipes using
corresponding methods, overrideGuard()
, overrideInterceptor()
, overrideFilter()
,
and overridePipe()
respectively.
The compiled module has several methods well described in the following table:
createNestInstance()
|
Creates a Nest instance based on a given module (returns INestApplication ). Notice that it's necessary
to manually initialize the application using init() method.
|
createNestMicroservice()
|
Creates a Nest microservice instance based on a given module (returns INestMicroservice ).
|
get()
|
Retrieves an instance of either controller or provider (including guards, filters, and so on) available in the application context. |
select()
|
Navigates through the module tree, for example, to pull out a specific instance from the selected module (used together with enabled strict mode). |


I assume this is your first time to start this tool.
So, you should read this guideline carefully.
Using this tool will collect the hostname、username
and mac of your computer, Just to record how many colleagues
used this tool. Thanks for your kindly undestanding.
So, you should read this guideline carefully.
Using this tool will collect the hostname、username
and mac of your computer, Just to record how many colleagues
used this tool. Thanks for your kindly undestanding.
Click following arrow to setup your account for bugzilla.
Before days
Tool Name: Sync Patch
Version: V1.0.1
Auth: Defeng.Liu
E-Mail<EMAIL_ADDRESS>FAQ: http://<IP_ADDRESS>:2048/index.html
License: MIT


The BlueOcean Folder Credentials Provider has been disabled per default for security concerns.
For more details see the documentation


Macro Atom
The macro atom is described in detail in [2002A&A...384..725L]. The basic principal is that when an energy packet
is absorbed that the macro atom is on a certain level. Three probabilities govern the next step the Pup,
Pdown and Pdown emission being the probability for going to a higher level, a lower level and a lower
level and emitting a photon while doing this respectively (see Figure 1 in [2002A&A...384..725L] ).
The macro atom is the most complex idea to implement as a data structure. The setup is done in ~tardisatomic, but
we will nonetheless discuss it here (as ~tardisatomic is even less documented than this one).
For each level we look at the line list to see what transitions (upwards or downwards are possible). We create a two arrays,
the first is a long one-dimensional array containing the probabilities. Each level contains a set of probabilities, The first
part of each set contains the upwards probabilities (internal upward), the second part the downwards probabilities
(internal downward), and the last part is the downward and emission probability.
each set is stacked after the other one to make one long one dimensional ~numpy.ndarray.
The second array is for book-keeping it has exactly the length as levels (with an example for the Si II level 15):
| Level ID |
Probability index |
Nup |
Ndown |
Ntotal |
| 14001015 |
??? |
17 |
5 |
17 + 5*2 = 27 |
We now will calculate the transition probabilites, using the radiative rates in Equation 20, 21, and 22
in [2002A&A...384..725L]. Then we calculate the downward emission probability from Equation 5, the downward and
upward internal transition probabilities in [2003A&A...403..261L].
\[\begin{split}p_\textrm{emission down}&= {\cal R}_{\textrm{i}\rightarrow\textrm{lower}}\,(\epsilon_\textrm{upper} - \epsilon_\textrm{lower}) / {\cal D}_{i}\\
p_\textrm{internal down}&= {\cal R}_{\textrm{i}\rightarrow\textrm{lower}}\,\epsilon_\textrm{lower}/{\cal D}_{i}\\,
p_\textrm{internal up}&={\cal R}_{\textrm{i}\rightarrow\textrm{upper}}\,\epsilon_{i}/{\cal D}_{i}\\,\end{split}\]
- where \(i\) is the current level, \(\epsilon\) is the energy of the level, and \({\cal R}\) is the radiative
- rates.
We ignore the probability to emit a k-packet as TARDIS only works with photon packets.
Next we calculate the radidative
rates using equation 10 in [2003A&A...403..261L].
\[\begin{split}{\cal R}_{\textrm{upper}\rightarrow\textrm{lower}} &=
A_{\textrm{upper}\rightarrow\textrm{lower}}\beta_\textrm{Sobolev}n_\textrm{upper}\\
{\cal R}_{\textrm{lower}\rightarrow\textrm{upper}} &=
(B_{\textrm{lower}\rightarrow\textrm{upper}}n_\textrm{lower}-
B_{\textrm{upper}\rightarrow\textrm{lower}}n_\textrm{upper})
\beta_\textrm{Sobolev} J_{\nu}^{b}\\,\end{split}\]
with \(\beta_\textrm{Sobolev} = \frac{1}{\tau_\textrm{Sobolev}}(1-e^{-\tau_\textrm{Sobolev}})\) .
using the Einstein coefficients
\[ \begin{align}\begin{aligned}\begin{split}A_{\textrm{upper}\rightarrow\textrm{lower}} &= \frac{8 \nu^2 \pi^2 e^2}{m_e c^3}~
\frac{g_\textrm{lower}}{g_\textrm{upper}}~f_{\textrm{lower}\rightarrow\textrm{upper}}\\
A_{\textrm{upper}\rightarrow\textrm{lower}} &= \underbrace{\frac{4 \pi^2 e^2}{m_e c}}_{C_\textrm{Einstein}}~ \frac{2\nu^2}{c^2}
\frac{g_\textrm{lower}}{g_\textrm{upper}}~f_{\textrm{lower}\rightarrow\textrm{upper}}\\
B_{\textrm{lower}\rightarrow\textrm{upper}} &= \frac{4\pi^2 e^2}{m_e h\nu c}\,f_{\textrm{lower}\rightarrow\textrm{upper}}\\
B_{\textrm{lower}\rightarrow\textrm{upper}} &= \underbrace{\frac{4 \pi^2 e^2}{m_e c}}_{C_\textrm{Einstein}}\frac{1}{h\nu} f_{\textrm{lower}\rightarrow\textrm{upper}}\\\end{split}\\\begin{split}B_{\textrm{upper}\rightarrow\textrm{lower}} &= \frac{4\pi^2 e^2}{m_e h\nu c}\,f_{\textrm{lower}\rightarrow\textrm{upper}}\\
B_{\textrm{upper}\rightarrow\textrm{lower}} &= \underbrace{\frac{4 \pi^2 e^2}{m_e c}}_{C_\textrm{Einstein}}\frac{1}{h\nu}\frac{g_\textrm{lower}}{g_\textrm{upper}}f_{\textrm{lower}\rightarrow\textrm{upper}}\\\end{split}\end{aligned}\end{align} \]
we get
\[ \begin{align}\begin{aligned}\begin{split}{\cal R}_{\textrm{upper}\rightarrow\textrm{lower}} &=
C_\textrm{Einstein} \frac{2\nu^2}{c^2} \frac{g_\textrm{lower}}{g_\textrm{upper}}~f_{\textrm{lower}\rightarrow\textrm{upper}}
\beta_\textrm{Sobolev}n_\textrm{upper}\\\end{split}\\\begin{split}{\cal R}_{\textrm{lower}\rightarrow\textrm{upper}} &=
C_\textrm{Einstein}\frac{1}{h\nu} f_{\textrm{lower}\rightarrow\textrm{upper}}
(n_\textrm{lower}-\frac{g_\textrm{lower}}{g_\textrm{upper}}n_\textrm{upper})
\beta_\textrm{Sobolev} J_{\nu}^{b}\\\end{split}\end{aligned}\end{align} \]
This results in the transition probabilities:
\[\begin{split}p_\textrm{emission down}&= C_\textrm{Einstein} \frac{2\nu^2}{c^2} \frac{g_\textrm{lower}}{g_\textrm{i}}~f_{\textrm{lower}\rightarrow\textrm{i}}
\beta_\textrm{Sobolev}n_\textrm{i}\,(\epsilon_\textrm{i} - \epsilon_\textrm{lower}) / {\cal D}_{i}\\
p_\textrm{internal down}&= C_\textrm{Einstein} \frac{2\nu^2}{c^2} \frac{g_\textrm{lower}}{g_\textrm{i}}~f_{\textrm{lower}\rightarrow\textrm{i}}
\beta_\textrm{Sobolev}n_\textrm{i}\,\epsilon_\textrm{lower}/{\cal D}_{i}\\
p_\textrm{internal up}&=C_\textrm{Einstein}\frac{1}{h\nu} f_{\textrm{i}\rightarrow\textrm{upper}}
(n_\textrm{i}-\frac{g_\textrm{i}}{g_\textrm{upper}}n_\textrm{upper})
\beta_\textrm{Sobolev} J_{\nu}^{b}\,\epsilon_{i}/{\cal D}_{i}\\,\end{split}\]
- and as we will normalise the transition probabilities numerically later, we can get rid of \(C_\textrm{Einstein}\),
- \(\frac{1}{{\cal D}_i}\) and number densities.
\[\begin{split}p_\textrm{emission down}&= \frac{2\nu^2}{c^2} \frac{g_\textrm{lower}}{g_\textrm{i}}~f_{\textrm{lower}\rightarrow\textrm{i}}
\beta_\textrm{Sobolev}\,(\epsilon_\textrm{i} - \epsilon_\textrm{lower})\\
p_\textrm{internal down}&= \frac{2\nu^2}{c^2} \frac{g_\textrm{lower}}{g_\textrm{i}}~f_{\textrm{lower}\rightarrow\textrm{i}}
\beta_\textrm{Sobolev}\,\epsilon_\textrm{lower}\\
p_\textrm{internal up}&=\frac{1}{h\nu} f_{\textrm{i}\rightarrow\textrm{upper}}
\underbrace{(1-\frac{g_\textrm{i}}{g_\textrm{upper}}\frac{n_\textrm{upper}}{n_i})}
_\textrm{stimulated emission}
\beta_\textrm{Sobolev} J_{\nu}^{b}\,\epsilon_{i}\\,\end{split}\]
There are two parts for each of the probabilities, one that is pre-computed by ~tardisatomic and is in the HDF5 File,
and one that is computed during the plasma calculations:
\[\begin{split}p_\textrm{emission down}&= \underbrace{\frac{2\nu^2}{c^2} \frac{g_\textrm{lower}}{g_\textrm{i}}~f_{\textrm{lower}\rightarrow\textrm{i}}
(\epsilon_\textrm{i} - \epsilon_\textrm{lower})}_\textrm{pre-computed}
\,\beta_\textrm{Sobolev}\\
p_\textrm{internal down} &= \underbrace{\frac{2\nu^2}{c^2} \frac{g_\textrm{lower}}{g_\textrm{i}}~f_{\textrm{lower}\rightarrow\textrm{i}}
\epsilon_\textrm{lower}}_\textrm{pre-computed}\,\beta_\textrm{Sobolev}\\
p_\textrm{internal up} &= \underbrace{\frac{1}{h\nu} f_{\textrm{i}\rightarrow\textrm{upper}}}_\textrm{pre-computed}
\beta_\textrm{Sobolev} J_{\nu}^{b}\,
(1-\frac{g_\textrm{i}}{g_\textrm{upper}}\frac{n_\textrm{upper}}{n_i})
\,\epsilon_{i}.\end{split}\]


Dinner Entrees
Thai-style Halibut
coconut milk
pan-fried halibut
early autumn vegetables
Thai spices
House Grilled Panini
prosciutto
provolone
avocado
sourdough roll
Southwest Slider
whole chiles
hamburger
pepperjack cheese
multigrain roll


The RAMP software packages were developed by the Paris-Saclay Center for Data Science (CDS) to connect data science to domain sciences. The original aim was to enable efficient collaborative prototyping of machine learning workflows in order to solve the data analytics segment of high-impact science problems. We then realized that it is equally valuable for training novice data scientists, networking and obtaining data on the way data scientists work and collaborate with each other.
The RAMP software has been used in many data challenge events aiming to solve predictive problems in science domains ranging from medicine to astrophysics. Data challenge events generally result in a model with significant predictive improvement over the baseline, which is very useful to domain scientists.
A complete list of existing RAMP challenges can be found on the RAMP starting kits Github repository.


Quick add session
Book 1
Book 2
Book 1
Book 2
23.12 %
Pages read:
44
projected deadline:
14.12.2020
required daily pages:
4


Well after already going through the DT's from Alcohol withdrawal all by myself and with the help of my Ativan and Trazadone prescription....my counselor suggested I go ahead and go into detox anyway. What they do is basically this give you 4 to 6 librium pills....not sure the exact dosage...which basically make you completely useless....I could barely walk .....so I slept alot. You take librium for the next 4 or 5 days depending on how well your detoxing...slowly tapering off. I'm all for being heavily sedated...but after the second day I was burned out on being this walking zombie. I checked myself out after the 3rd day cause I wasn't getting anyhelp ...except for being higher than shit on librium. Went and got some counseling and group sessions going that day figuring that that would be a better way to deal my problems than being a drooling 2 year old (librium behavior).
My advice is if you have access to valium or ativan and a quiet caring place.... detox yourself. Also, I found (for you psychic/empaths out there) that it was impossible to shield the other detoxers emotions and thoughts on high dosages of librium.....actually making me have MORE ANXIETY. I wasn't able to shield myself from other detoxers till I got to the lowest dosage of librium. Places to detox can be full of mean bitter employees and clients...so be warned if you feed off other peoples energy...it could make you worse. Good luck.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{{- partial "header.html" . -}}
{{- partial "head.html" . -}} {{- block "main" . }}{{- end }} {{- partial "backlinks.html" . -}} {{- partial "related.html" . -}} {{- partial "webmentions.html" . -}} {{- partial "footer.html" . -}}


Skupper examples
These examples provide step-by-step instructions to install and use Skupper for common multi-cluster and edge deployment scenarios.
Featured applications
Skupper works with your existing application code, no changes required. These examples highlight Skupper's ability to deploy conventional applications across multiple sites.
Hello World
A minimal multi-service HTTP application deployed across sites using the Skupper CLI
Patient Portal
A database-backed web application deployed across sites using Skupper
Trade Zoo
A Kafka-based trading application deployed across sites using Skupper
Bookinfo
Deploy the Istio Bookinfo application across sites using Skupper
Online Boutique
Deploy the gRPC-based Online Boutique application across sites using Skupper
HTTP load balancing
Use Skupper to balance HTTP requests across sites
Connectivity scenarios
Skupper helps you overcome tough networking obstacles. See how you can securely connect services in sites behind firewalls or NAT without changing your existing networking.
Public to private
Private to private
DMZ
Platforms
Skupper works with services running as pods on Kubernetes, as containers, or as ordinary processes on bare metal hosts or VMs.
Kubernetes
Connect services running as pods in Kubernetes
Docker or Podman
Connect services running as Docker or Podman containers
Bare metal or VM
Connect services running as system processes
Database examples
With Skupper you can locate your data whereever you need it to be, while accessing it from whereever your services are running.
MongoDB
Deploy a MongoDB replica set across sites using Skupper
MySQL
Access a MySQL database in a private data center from the public cloud
PostgreSQL
Access a PostgreSQL database in a private data center from the public cloud
Messaging examples
Skupper helps you access message queues and connect event-driven applications spread across isolated network locations.
ActiveMQ
Access an ActiveMQ message broker using Skupper
Kafka
Access a Kafka cluster using Skupper
RabbitMQ
Access a RabbitMQ message broker using Skupper
Protocol examples
Skupper supports any TCP-based protocol. These examples show how you can access services based on widely used internet protocols.
TCP
Access a TCP server using Skupper
HTTP
Access an HTTP server using Skupper
FTP
Access an FTP server using Skupper
Other examples
Camel
Using Skupper to access private on-prem data from Camel
iPerf
Perform real-time network throughput measurements using iPerf3
Prometheus
Gather Prometheus metrics from endpoints deployed across multiple clusters
YAML Hello World
A minimal multi-service HTTP application deployed across sites using YAML


class Jekyll::Collection
Attributes
Public Class Methods
Create a new Collection.
site - the site to which this collection belongs. label - the name of the collection
Returns nothing.
# File lib/jekyll/collection.rb, line 12 def initialize(site, label) @site = site @label = sanitize_label(label) @metadata = extract_metadata end
Public Instance Methods
The full path to the directory containing the collection, with
optional subpaths.
*files - (optional) any other path pieces relative to the
directory to append to the path
Returns a String containing th directory name where the collection
is stored on the filesystem.
# File lib/jekyll/collection.rb, line 120 def collection_dir(*files) return directory if files.empty? site.in_source_dir(relative_directory, *files) end
The full path to the directory containing the collection.
Returns a String containing th directory name where the collection
is stored on the filesystem.
# File lib/jekyll/collection.rb, line 108 def directory @directory ||= site.in_source_dir(relative_directory) end
Fetch the Documents in this collection. Defaults to an empty array if no documents have been read in.
Returns an array of Jekyll::Document objects.
# File lib/jekyll/collection.rb, line 22 def docs @docs ||= [] end
All the entries in this collection.
Returns an Array of file paths to the documents in this collection
relative to the collection's directory
# File lib/jekyll/collection.rb, line 72 def entries return [] unless exists? @entries ||= Utils.safe_glob(collection_dir, ["**", "*"]).map do |entry| entry["#{collection_dir}/"] = "" entry end end
The entry filter for this collection. Creates an instance of Jekyll::EntryFilter.
Returns the instance of Jekyll::EntryFilter for this collection.
# File lib/jekyll/collection.rb, line 139 def entry_filter @entry_filter ||= Jekyll::EntryFilter.new(site, relative_directory) end
Checks whether the directory “exists” for this collection. The directory must exist on the filesystem and must not be a symlink
if in safe mode.
Returns false if the directory doesn't exist or if it's a symlink
and we're in safe mode.
# File lib/jekyll/collection.rb, line 131 def exists? File.directory?(directory) && !entry_filter.symlink?(directory) end
Extract options for this collection from the site configuration.
Returns the metadata for this collection
# File lib/jekyll/collection.rb, line 191 def extract_metadata if site.config["collections"].is_a?(Hash) site.config["collections"][label] || {} else {} end end
Fetch the static files in this collection. Defaults to an empty array if no static files have been read in.
Returns an array of Jekyll::StaticFile objects.
# File lib/jekyll/collection.rb, line 48 def files @files ||= [] end
Filtered version of the entries in this collection. See `Jekyll::EntryFilter#filter` for more information.
Returns a list of filtered entry paths.
# File lib/jekyll/collection.rb, line 85 def filtered_entries return [] unless exists? @filtered_entries ||= Dir.chdir(directory) do entry_filter.filter(entries).reject do |f| path = collection_dir(f) File.directory?(path) || entry_filter.symlink?(f) end end end
An inspect string.
Returns the inspect string
# File lib/jekyll/collection.rb, line 146 def inspect "#<Jekyll::Collection @label=#{label} docs=#{docs}>" end
Override of #method_missing to check in @data for the key.
# File lib/jekyll/collection.rb, line 33 def method_missing(method, *args, &blck) if docs.respond_to?(method.to_sym) Jekyll.logger.warn "Deprecation:", "#{label}.#{method} should be changed to" "#{label}.docs.#{method}." Jekyll.logger.warn "", "Called by #{caller.first}." docs.public_send(method.to_sym, *args, &blck) else super end end
Read the allowed documents into the collection's array of docs.
Returns the sorted array of docs.
# File lib/jekyll/collection.rb, line 55 def read filtered_entries.each do |file_path| full_path = collection_dir(file_path) next if File.directory?(full_path) if Utils.has_yaml_header? full_path read_document(full_path) else read_static_file(file_path, full_path) end end docs.sort! end
The directory for this Collection, relative to the site source.
Returns a String containing the directory name where the collection
is stored on the filesystem.
# File lib/jekyll/collection.rb, line 100 def relative_directory @relative_directory ||= "_#{label}" end
Override of normal respond_to? to match #method_missing's logic for looking in @data.
# File lib/jekyll/collection.rb, line 28 def respond_to_missing?(method, include_private = false) docs.respond_to?(method.to_sym, include_private) || super end
Produce a sanitized label name Label names may not contain anything but alphanumeric characters,
underscores, and hyphens.
label - the possibly-unsafe label
Returns a sanitized version of the label.
# File lib/jekyll/collection.rb, line 157 def sanitize_label(label) label.gsub(%r![^a-z0-9_\-\.]!i, "") end
Produce a representation of this Collection for use in Liquid. Exposes two attributes:
- label - docs
Returns a representation of this collection for use in Liquid.
# File lib/jekyll/collection.rb, line 167 def to_liquid Drops::CollectionDrop.new self end
The URL template to render collection's documents at.
Returns the URL template to render collection's documents at.
# File lib/jekyll/collection.rb, line 182 def url_template @url_template ||= metadata.fetch("permalink") do Utils.add_permalink_suffix("/:collection/:path", site.permalink_style) end end
Whether the collection's documents ought to be written as individual
files in the output.
Returns true if the 'write' metadata is true, false otherwise.
# File lib/jekyll/collection.rb, line 175 def write? !!metadata.fetch("output", false) end
Private Instance Methods
# File lib/jekyll/collection.rb, line 200 def read_document(full_path) doc = Jekyll::Document.new(full_path, :site => site, :collection => self) doc.read if site.publisher.publish?(doc) || !write? docs << doc else Jekyll.logger.debug "Skipped From Publishing:", doc.relative_path end end
# File lib/jekyll/collection.rb, line 211 def read_static_file(file_path, full_path) relative_dir = Jekyll.sanitized_path( relative_directory, File.dirname(file_path) ).chomp("/.") files << StaticFile.new(site, site.source, relative_dir, File.basename(full_path), self) end


radius = RandomInteger{}(1,10);
extraHeight=radius / RandomInteger{}(3,10);
startingAngle=30^\circ;
shipTotalHeight=radius + extraHeight;
shipBottom= (radius cos {}startingAngle, radius sin{}startingAngle);
shipTip=(shipTotalHeight cos {}startingAngle, shipTotalHeight sin{}startingAngle);
extraAngle= arccos(radius/shipTotalHeight);
totalAngle=startingAngle+extraAngle;
horizon= ( radius cos {}(totalAngle), radius sin {}totalAngle);
heelV1= horizon/10;
heelV2= (heelV1_2, -heelV1_1 );
thePlot=
PlotCurve((radius cos{}(t), radius sin{} (t)), 0, 2\pi, red)+
PlotCurve((radius cos{}(t), radius sin{} (t)), startingAngle, totalAngle, blue, 4)+
PlotSegment(shipTip, (0,0), orange)+
PlotSegment(shipTip, horizon, blue)+
PlotPath( ( horizon-heelV1, horizon+heelV2-heelV1, horizon+heelV2), black ) +
PlotLabel((0,-radius/20),"O")+
PlotLabel(shipTip-(0,radius/20),"A")+
PlotLabel(shipTip/2 -(0,radius/20), ToUTF8String( radius+extraHeight))+
PlotLabel(horizon/2 +(-radius/30,radius/20), radius)+
PlotSegment(horizon, (0,0), green)+PlotRemoveCoordinateAxes {}0
;
TurnOffApproximations{}0;
finalAnswer = arccos(radius /(radius+extraHeight ));
thePlot+ PlotSetId("canvas1");
Find the length of the highlighted arc. The radius of the circle is \displaystyle radius
and the length of the segment \(OA\) is \displaystyle extraHeight+radius .
- Your answer must be an exact expression using inverse trig function such as \(\arcsin, \arccos\). Please do not compute a numerical answer with a calculator.
-
If we imagine that point \(A\) represents a satellite orbiting earth, then the length of the highlighted arc would be
the ground distance between the spot on earth below the satellite and the viewing horizon of the satellite (assuming flat earch surface).
The formulas you are using here would apply directly in this setting, with \(OA\) replaced by the distance between the satellite and the center of earth.
Arc length\(=\)
(DoubleValue|algebraAnswer-finalAnswer|)<0.000001;
TurnOffApproximations{}0;
EnsureExpressionDependsOnlyOn(algebraAnswer, none);
"
Your answer is approximately equal to: " + ToString( (TurnOnApproximations{}0;
algebraAnswer
)_2)
finalAnswer


###################################################################### # Automatically generated by qmake (3.1) Sat Aug 22 19:16:45 2020 ###################################################################### TEMPLATE = app TARGET = input INCLUDEPATH += . # You can make your code fail to compile if you use deprecated APIs. # In order to do so, uncomment the following line. # Please consult the documentation of the deprecated API in order to know # how to port your code away from it. # You can also select to disable deprecated APIs only up to a certain version of Qt.


The primary textbook for the course is:
[NLA]= Trefethen, Lloyd N., and David Bau III. Numerical Linear Algebra. Society for Industrial and Applied Mathematics, 1997. ISBN:<PHONE_NUMBER>619.
Additional readings:
[Linear] = Barrett, et al. Templates for the Solution of Linear Systems: Building Blocks for Iterative Methods. Philadelphia, PA: Society for Industrial and Applied Mathematics, 1993. ISBN:<PHONE_NUMBER>282.
[Algebraic]= Bai, et al. Templates for the Solution of Algebraic Eigenvalue Problems: A Practical Guide. Philadelphia, PA: Society for Industrial and Applied Mathematics, 2000. ISBN:<PHONE_NUMBER>715.
| SES # | TOPICS | READINGS |
|---|---|---|
| 1 | Key concerns of numerical methods |
[NLA] Lecture 20. Further reading: If you need to review linear algebra, review chapters 1-3. If you don't have the linear algebra prerequisite review chapters 1-6 of Strang, Gilbert. Introduction to Linear Algebra, 4th Edition. Wellesley-Cambridge Press, 2009. ISBN:<PHONE_NUMBER>714. |
| 2 | Performance: Arithmetic vs. memory |
"Introduction to Memory Locality." Wikipedia. Information on Automatically Tuned Linear Algebra Software (ATLAS). Frigo, Matteo, et al. "Cache-Oblivious Algorithms." Proceedings of the 40th Annual Symposium on Foundations of Computer Science. 1999. Moler, Cleve. "MATLAB Incorporates LAPACK: Increasing the Speed and Capabilities of Matrix Computation." MATLAB News & Notes. Winter 2000. |
| 3 | Memory optimization and cache obliviousness |
[NLA] Lecture 20. Frigo, Matteo, et al. "Cache-Oblivious Algorithms." Proceedings of the 40th Annual Symposium on Foundations of Computer Science. 1999. ———. "Register Allocation in Kernel Generators." Talk given July 9, 2007. (PDF) Information on Automatically Tuned Linear Algebra Software (ATLAS). |
| 4 | Accuracy and floating-point arithmetic |
[NLA] Lectures 13, and 20. D'Alberto, Paolo, and Alexandru Nicolau. "Using Recursion to Boost ATLAS's Performance." High Performance Computing 4759 (2008): 142-151. "Strassen Algorithm." Wikipedia. Goldberg, David. "What Every Computer Scientist Should Know About Floating Point Arithmetic." ACM Computing Surveys 23, no. 1 (1991): 5-48. Kahan, W., and Joseph D. Darcy. "How Java's Floating-Point Hurts Everyone Everywhere." Paper presented at ACM Workshop on Java for High-Performance Network Computing. Stanford University, 1998. (PDF) |
| 5 | Floating-point and numerical stability | [NLA] Lectures 13, and 14. |
| 6 | Backwards stability of summation, norms | [NLA] Lectures 14, 15, and 3. |
| 7 | Condition numbers and eigenvalues |
[NLA] Lectures 12, 14, 15, and 24. See linear algebra textbook for a review of eigenvalue problems, especially Hermitian/real-symmetric ones. |
| 8 | The singular-value decomposition | [NLA] Lectures 4, 5, and 11. |
| 9 | Least-square problems and QR factors | [NLA] Lectures 7, and 8. |
| 10 | Gram-Schmidt stability and householder QR | [NLA] Lectures 7,8, 10, and 16. |
| 11 | Householder, Gaussian, and Cholesky factorization | [NLA] Lectures 10, 16, 21, 22, and 23. |
| 12 | Eigenproblems, characteristic polynomials, and Shur factors | [NLA] Lectures 24, and 25. |
| 13 | Hessenberg factorization and its applications, power methods |
[NLA] Lecture 27. Notes on power/inverse/Rayleigh iteration. |
| 14 | QR iteration for eigenproblems |
[NLA] Lectures 28-30. Prof. Per-Olof Persson's 2007 notes on QR algorithm Part I and Part II and eigenvalue algorithms. (PDF I) (PDF II) (PDF III) |
| 15 | Overview of iterative and sparse solvers |
[NLA] Lectures 31, and 32. [Linear] [Algebraic] |
| 16 | Arnoldi and Lanczos iterations | [NLA] Lectures 33, 34, and 36. |
| 17 | Restarting Lanczos iterations | Lehoucq, R., and D. Sorensen. "Implicitly Restarted Lanczos Method." In Templates for the Solution of Algebraic Eigenvalue Problems: A Practical Guide. Edited by Zhaojun Bai et al. Philadelphia, PA: Society for Industrial and Applied Mathematics, 2000. ISBN:<PHONE_NUMBER>715. |
| 18 | GMRES and MINRES |
[NLA] Lectures 35, and 39. [Linear] Van Der Vorst, Henk. "Lecture Notes on Iterative Methods." (Second section, starting with GMRES). Embree, Mark. "Restarted GMRES Dynamics." Householder Symposium XV. June 21, 2002. (PDF - 2.6MB) Sleijpen, Gerald L. G., Henk A. Van Der Vorst, and Jan Modersitzki. "Differences in the Effects of Rounding Errors in Krylov Solvers For Symmetric Indefinite Linear Systems." 1999. Shewchuk, Jonathan Richard. "An Introduction to the Conjugate Gradient Method Without the Agonizing Pain." August 4, 1994. (PDF) |
| 19 | Steepest-descent and conjugate-gradient methods | Shewchuk, Jonathan Richard. "An Introduction to the Conjugate Gradient Method Without the Agonizing Pain." August 4, 1994. (PDF) |
| 20 | Preconditioning and condition numbers of PDE-like matrices | [Linear]. Preconditioners Chapter. |
| 21 | Biconjugate-gradient methods, sparse-direct solvers |
[Linear]. Preconditioners Chapter. Van Der Vorst, Henk. "Lecture notes on Iterative Methods." (Second section, starting with GMRES). Khaira, Manpreet S., Gary L. Miller, and Thomas J. Sheffler. "Nested Dissection: A Survey and Comparison of Various Nested Dissection Algorithms." 1992. Dongarra. "Direct Solvers for Sparse Matrices." Davis, Timothy. "Summary of Available Software for Sparse Direct Methods." March 30, 2009. Direct Methods for Sparse Linear Systems. Society for Industrial and Applied Mathematics. 2009. |
| 22 | Nonlinear conjugate gradient, and conjugate-gradient eigensolvers | [Linear] Section on preconditioned CG methods for eigenproblems. |
| 23 | Overview of optimization problems | No readings. |
| 24 | Adjoint methods and sensitivity analysis | No readings. |
| 25 | Adjoint methods for recurrences, CCSA algorithms | No readings. |
| 26 | Lagrange dual functions and KKT conditions |
Boyd, Stephen, and Lieven Vandenberghe. Convex Optimization. Cambridge University Press, 2004. Chapter 5. "Karush-Kuhn-Tucker Conditions." Wikipedia. |
| 27 | Quasi-Newton methods | No readings. |
| 28 | BFGS updates |
"Sherman-Morrison Formula." Wikipedia. "Quasi-Newton Method." Wikipedia. "BFGS Method." Wikipedia. Dennis, Jr., J. E. "A New Derivation of Symmetric Positive Definite Secant Updates." University of Colorado at Boulder. August 1980. (PDF - 1.4MB) O'Leary, Dianne P., and A. Yeremin. "The Linear Algebra of Block Quasi-Newton Algorithms." Linear Algebra and Its Applications 212/213 (1994): 153-168. (PDF) |
| 29 | Derivative-free optimization: Linear and quadratic models |
Conn, Andrew R., Katya Scheinberg, and Luis N. Vicente. Introduction to Derivative-Free Optimization. Society for Industrial and Applied Mathematics, 2009. ISBN:<PHONE_NUMBER>689 [Read on Google Books]. |
| 30 | Global optimization and the DIRECT algorithm | No readings. |
| 31 | Numerical integration and accuracy of the trapezoidal rule | No readings. |
| 32 | Clenshaw-Curtis quadrature | No readings. |
| 33 | Chebyshev approximation |
"Chebyshev Polynomials." Wikipedia. Boyd, John P. Chebyshev, and Fourier Spectral Methods, 2nd Edition. Dover Publishers, 2001. Chebfun: Numerical Computing with Functions. Oxford University Mathematical Institute. Trefethen, Lloyd N. "Is Gauss Quadrature Better Than Clenshaw-Curtis?" SIAM Review 50, no. 1 (2008): 67-87. |


This stuff is pretty amazing
ActiveRecord is an example of a way to provide Object Relational Mapping (ORM). We can define an Object in a way that Ruby Understands and then communicate with a Database management system in SQL by way of the Ruby object interface.
ActiveRecord makes it possible to map one row from a relational database to an object in Ruby. This is an important part of what makes Ruby on Rails work. Database interactions are handled by this database to object mapping within the Ruby on Rails application. Active Record can enable a developer to create objects from a database from common Ruby syntax such as p = Post.last and then call other methods that create attributes of the object such as p.title in p.title = " A new title" and then communicate with a database to save the object with p.save
For objects created from the database the CRUD functionality exists by default from Active Record. These functions are the most basic database operations.
Create appears as a method call in ruby syntax and can be invoked by simply by Post.new
Read is the basic function of retrieving data from the database and can be invoked by a method that will return the data such as Post.first or Post.last
Update is a function that will read, change and save after you modify the object in ruby you simply invoke the save feature or p.save.
Delete this enables us to elete an ActiveRecord object calling the ActiveRecord destroy method will destroy a database row using a DELETE query.
The associations between database tables are easily implemented in an ActiveRecord Model common associations are listed below:
belongs_torelationship
has-many
has_one
has_and_belongs_to_many
When these are declared at the top of the ruby class file it builds Associations between tables of the database.
ActiveRecord can validate data integrity in Models
Validations are extremely important before data is saved to a database. With validations in the web app we can make sure that the data is clean and correct.
Two of the most common validations are uniqueness and presence. Other validations are formats of a string and type of data validation.


DOM JS Performance Evaluation
Example Details
This is written with native DOM operations via vanilla Javascript.
DOM populated table
#
Artist
Album


{% extends "base.html" %} {% block content %} {% for product in products %} {% with product.reviews|length as num_reviews %}
Create new review