Short bio
PhD in Agronomy, is researcher at CIRAD – Têtis (remote sensing, environment, territory and spatial information).
Currently based in the BAME/ISRA in Senegal. He is still visiting professor at the Federal university of Para (Brazil). Before, he spent 14 years as professor in federal universities and researcher at the EMBRAPA, Brazil, in Northeast and Amazon region. He works on the territorial level on governance, development dynamics, territorialization of public policies and support to small-scale agriculture in a context of sustainable development. In Brazil, he participated at the network “Public Policy and Rural Development in Latin America and the Caribbean network (PP-AL)”.
Areas of Expertise
- Territorial development
- Territorialization of public policies
- Governance of land use change
- Territorial dynamics
- Anticipation and bottom-up planning
- Territorial processes at play in development and platforms of concerted planning (project One health)
- Territorial approach in the agroecological transition (Project FAIR)
- Piraux M., Valencia Perafan M.E., Caniello M., Nogueira Rocha B. 2020. Avaliar a gestão social na governança territorial: bricolagem, aprendizagem e hibridação na construção do Índice de Gestão Social (IGS). Redes, 25 (3) : p. 1071-1095.
- Piraux M., Tonneau J.P., Poccard-Chapuis R. 2019. Territorial mechanisms: common goods for undertaking the agroecological transition. In : Côte François-Xavier (ed.), Poirier-Magona Emmanuelle (ed.), Perret Sylvain (ed.), Roudier Philippe (ed.), Bruno Rapidel (ed.), Thirion Marie-Cécile (ed.). The agroecological transition of agricultural systems in the Global South. Versailles : Ed. Quae, p. 293-312. (Agricultures et défis du monde).
- Piraux M., Tonneau J.P., Sabourin E., Chia E., Caniello M., Polge E., Massardier G. 2017. The challenges of territorial governance: the example of rural Brazil. In : Caron Patrick (ed.), Valette Elodie (ed.), Wassenaar Tom (ed.), Coppens d’Eeckenbrugge Geo (ed.), Papazian V (ed.). Living territories to transform the world. Versailles : Ed. Quae; FAO, p. 181-184. (Agricultures et défis du monde).
- Polge E., Piraux M. 2017. Analyse des dynamiques d’interaction dans les dispositifs de gouvernance territoriale en Amazonie Brésilienne. Position et rôle des représentants clés. Canadian Journal of Regional Science, 40 (2) (n.spéc. Nouvelles controverses du développement territorial : quelle gouvernance et quelles innovations?) : p. 175-184.
- Barral S., Piraux M., Sourisseau J.M., Valette E. 2015. Contributing to territorial dynamics. In : Sourisseau Jean-Michel (ed.). Family farming and the Worlds to come. Dordrecht : Springer [Pays-Bas], p. 111-127.


* List the most important questions that you have. * when it comes to the admissions process, where do you need the most help? * What is your dream school?


GIRL (** out of ******)
Review of Film http://www.reviewfilm.com/
Girl tells the story of an eighteen-year-old girl, Andrea Marr (Dominique Swain, who was the object of desire in the remake of Lolita) in her last summer of high school, and the events that take place before she leaves for a prestigious university.  Her only concern, shared with her best friend, Darcy, is when she will 'become a woman' (i.e. lose her virginity). Feeling that she needs more 'life' experience, she heads to a seedy part of town, where she encounters the lead singer of a local underground band, Todd Sparrow (Sean Patrick Flanery). Completely smitten, she decides to ditch her prim and proper lifestyle and embrace the 'alternative' scene, in order to impress Todd.
It is easy to see how this movie got made. Take a confused but savvy Nineties teenager (My So-Called Life), add a humorous take on the rites and passages of high-school (Clueless) and add a background of an alternative music scene (Singles). Unfortunately, despite slavishly copying bits of each of those productions, the result is a trite and boring teen flick. Clichés abound, from the thick-headed jocks, the randy and drunk college students trying to deflower Andrea, to the shy but artistic boy that no one but Andrea appreciates.
The film is essentially a journey - Andrea must find her real self, as she becomes a woman. In addition to having sex (and experiencing love for the first time), she is also trying to discover what is her philosophy for life. She embraces the alternative scene, which means that she ditches her best friend for a group of students generally regarded as the school losers. This group has formed a struggling rock-band, consisting of Cybil, the brash, devil-may-care lead singer (whom Andrea secretly admires), and the geeky duo of Greg (David Moscow) and Kevin (Channon Roe). Andrea latches onto this group, since it brings her into contact with Todd. Andrea soon becomes obsessed with Todd and becomes what she had previously despised - a groupie.
There used to be a TV series called Midnight Caller, which starred Gary Cole as a late-night DJ on a talk-radio station. At the end of every episode, Gary would sign off portentously with a bit of philosophy which was invariably inane, stating something so blindingly obvious that it served only to illuminate why he was working the graveyard shift. I was reminded of that show while watching this film. Like Clueless and My So-Called Life, Girl has a narration by Andrea. Unfortunately, she tends to babble incessantly without being either funny or meaningful. It was a mistake to use the music scene as a backdrop, too. Singles managed to capture the Zeitgeist of the grunge era when it was released (and would have featured Nirvana's debut if it hadn't been for the corporate boot of their record company). Part of Todd's charisma is that he is a struggling artist, an image that is swiftly dispelled once he starts singing. The movie devotes far too much time to his performances on stage, which sound like the result of a whinging competition between Neil Diamond and Jon Bon Jovi. Not a pleasant prospect, by any means.
What finally sinks the movie is the last twenty minutes, when the film attempts to become a serious teen drama and fails miserably. Having ignored almost every character except Todd and Andrea for most of the movie, suddenly the peripheral characters take centre stage and then disappear after a few scenes. In addition, Andrea's life takes some unexpected turns, which are so unbelievable (compared to the earlier part of the film) that I presumed it would all be explained as a dream sequence. I presumed wrongly.
The one saving grace (and it's a big one) is the performance of Dominique Swain. Despite the lack of even one original line of dialogue, she manages to be funny, sexy and vulnerable. The film works best when it's trying to be funny - there are a couple of good scenes between Andrea and her well meaning (if perpetually worried parents, particularly when they attempt to explain the facts of life to her). However, those scenes are too few, and are not enough to save a movie, which feels like a very bad episode of Beverly Hills 90120.
(c) Review of Film 1999
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


These define the shadow map types used by the WebGLRenderer.
THREE.BasicShadowMap
Unfiltered shadow maps - fastest, but lowest quality.
THREE.PCFShadowMap
Shadow maps filtered using the Percentage-Closer Filtering (PCF) algorithm (default).
THREE.PCFSoftShadowMap
Shadow maps filtered using the Percentage-Closer Soft Shadows (PCSS) algorithm.
var renderer = new THREE.WebGLRenderer();
renderer.shadowMap.enabled = true;
renderer.shadowMap.type = THREE.PCFShadowMap; //default
Note that this just enables shadows in the renderer and sets the shadow map type.


Hello,
I am MELBY OKOZI
(Software Developer)
I started school in the year 2007.In 2007,I joined Peace Junior Academy.It is here that I studied upto class two then later on went to Our Lady Of Mercy primary in south c, in Our Lady of Mercy studied upto class six then later on transferred to Three Bells primary in Kibera where I sat for my Kenya Certificate of Primary Education in 2015. Afterwards I joined Archbishop Njenga Girls High school in Western. This was a journey indeed!I managed to study there for my four year course of high school and completed in 2019.
Ever since in high school I decided to choose Computer studies as a subject since it was an optional subject.As time went by I realized my undying passion about technology in general.In form three there was a topic about programming though it was not that widely explained but I had alot of interest in knowing more about programming.After my comlpletion in high school,i wanted to go to a school that offers programming course but I did not have the funds to do that.Later on,my friend reffered me to Moringa school and thankfully I got a chance to study there.Programming has alot of benefits,you can get a really nice job after comlpletion of the course and the pay is quite encouraging and then you get to gain more skills in relation to the field.
Project 001
The above projects is all
about my favorite music band.
Project 002,
The above projects explains about Anita's Kitchen.
Project 003,
The project is about a Dairy Business.
The languages that I specialised in the above projects are:


magneticalc.Perspective_Widget.Perspective_Widget(Groupbox)
class documentationmagneticalc.Perspective_Widget
(View In Hierarchy)
Perspective_Widget class.
| Method | __init__ | Populates the widget. |
| Instance Variable | gui | Undocumented |
| Method | set_perspective | Sets display perspective. |
Inherited from Groupbox:
| Instance Variable | layout | Undocumented |
| Instance Variable | palette | Undocumented |
| Method | addWidget | Adds widget to groupbox. |
| Method | addSpacing | Adds spacing to groupbox. |
| Method | addLayout | Adds layout to groupbox. |
Populates the widget.
| Parameters | gui | GUI |


Well, here we are in Annapolis, MD.
We paid $30 to spend a night on the mooring because it was late
and we really didn't see anywhere to anchor. We hate
spending money on mooring when we have a perfectly good anchor
on the bow. When the dockmaster came to collect our fee,
we asked him about anchoring, and he suggested a few spots for
us and we have now moved to a spot and are on anchor.
It is a very rainy day, and tomorrow will be as well. We
are running the engines to charge our batteries for the first
time due to prolonged cloudiness, and are not happy with the
slowness of the charging, so we will have to look into that.
Since it is rainy, and we don't plan on leaving the boat today,
we decided to start school.
Derek was all excited and a little nervous. When we got
out all the materials it looked pretty cool, but then the work
started and the schedule was laid out, and it all became just
school like.
School is going well, Derek is the top student in the class.
His friends Sam and Oso are keeping him company. Mom and
Dad are switching back and forth with the teaching.
Derek doesn't like it when Mom talks in her teacher voice.
He says it sounds like Dolores Umbridge from the Harry Potter
movies - kind of scary.
Mom is still working on the evil giggle to go with the voice.
First day of school
Sam and Oso on the rainy school day
Derek hitting the books


These two parameters go together. Increasing Repeat Count
creates more curves. Repeat Count=0 means only one curve. Repeat Count=1
means one additional curve (two curves total). Increasing Teeth Skip
creates more space or gap between each curve. Teeth Skip=0 means all
curves are atop each other and so only the last one shows.
Penhole Offset
The location of the penhole where the artist inserts the drawing pen
on the moving gear. The value represents the offset expressed as a
percentage from the center toward the edge. A value of 0 is the
center of the gear, and the resulting curve is a circle. A value of
100 is the edge of the gear, and the resulting curve is a hypocycloid.
Negatives are allowed. Try -63 63 with two complementary colors.
Pen Thickness
The thickness (or darkness or boldness) of the curve to be drawn. Decimal
point is allowed. Value 0.2 is a very fine line, 1.0 average, 3.0 bold.
List Notation
Many parameters can accept a list of multiple numbers. A list is a
space-separated list of numbers. Most numbers are in terms of teeth.
But remember, Penhole Offset is an offset percentage; this is
the only parameter that is expressed as a percent.
Sequence Notation
A sequence notation is available to concisely express a list of numbers.
For example, the notation 63..49x33 is expanded to a list of 33 decimal
numbers evenly spaced from 63.0 to 49.0. For example, 0..5x6 expands to
six numbers 0 1 2 3 4 5. To create a mandala drawing, use Penhole Offset
63..23x17 for example. Nice pinwheel looking curves can be drawn when the
repeat factor of Penhole Offset equals the repeat factor of Start Tooth.
Color (manual)
If you are using Firefox on Android, you will need to install a better
color picker because the native one only presents a few fixed colors.
To enter colors manually, use "web hex color" notation.
Check your alma mater site to see the official hexadecimal values of
your school colors. For example, #003262 #fdb515
Go Bears!
Color Rainbow
Search "hsl web color" for an overview. To express a rainbow of many
colors use sequence notation. For example, the notation hsl( 0..359,
88%, 77% ) x17 expands to a list of 17 different colors sweeping across
the full spectrum. For convenience, you may enter just the numbers and
dots of hsl sequence notation. For example, 0..359 88 77 x21 sweeps hue
(color) across the full spectrum in twenty one increments. Even the
little 'x' is optional. The software will automatically fill in the
rest for you.
Color Fade
Same as rainbow, except the lightness parameter of the hsl notation
varies. For example, hsl( 41, 88%, 9..81% ) x21 represents twenty one
shades of orange (hue=41) from deep orange to almost white. Again, all
characters except the numbers and dots are optional, so don't fret
if you accidentally erase a character. The software will automatically
fill in the rest for you.
Interesting
The gear may have more teeth than the ring. In the physical world,
this situation is impossible. But the math works out just fine. Try Ring
Teeth=105 and Gear Teeth=109 for example. Watch what happens when the
number of gear teeth equals, then exceeds, the number of ring teeth.
Please use Autoscale if the image gets zoomed too much or too little.
The Penhole Offset may be greater than 100%, meaning outside the
edge of the moving gear. Impossible in the physical world, but the math
still works. Try it, adjusting Autoscale to taste.
When the Gear Teeth and Ring Teeth are small numbers, the drawing becomes
very angular and jagged. Try ring/gear of 11/7 or 11/13. At larger
teeth values, all the little line segments are so close together they
appear to form a smooth curve. This illusion is revealed using small
Ring and Gear Teeth values.
Try very fine Pen Thickness (eg 0.3) in conjunction with sequences
with many, many numbers. One can get produce curious interference
patterns.
Desktop browser version https://roytobin.github.io/spirograph/


Pat's cookie stand
adding new branch
New branch location
New branch expected minimum custemors per hour
New branch expected maximum cotumers
New branch average cookies sales per costmer
Add branch
Front page


Mexico's president thanks Trump for offering help after deadly ambush of family
MEXICO CITY (Reuters) - Mexico’s President Andres Manuel Lopez Obrador said on Tuesday he spoke with his U.S. counterpart Donald Trump and thanked him for his willingness to help after nine Mexican-Americans died in an ambush in northern Mexico.
He said he also told Trump that the Mexican government would ensure justice was done.


Match Play. Red leads 4-1 to 5. How should Red play 63?
pips Red=125 White=138
(CorrectAnswer= 0/0, ErrorScore= 0)
At this score (and even for money), Red cannot afford to give up White’s bar-point with 18/9*. That would be backgammon suicide.
It is much better to expose two home board blots with 8/2, 6/3, leaving the minimum 20 shots. If one of the blots is hit Red still has White’s bar-point as an escape tunnel.
Hitting 18/9* is worse than a quadruple blunder!
It is much better to expose two home board blots with 8/2, 6/3, leaving the minimum 20 shots. If one of the blots is hit Red still has White’s bar-point as an escape tunnel.
Hitting 18/9* is worse than a quadruple blunder!
1. Cubeful 2-ply 8/2 6/3 Eq.: -0.346 0.470 0.105 0.003 - 0.530 0.136 0.003 2. Cubeful 2-ply 7/1* 6/3 Eq.: -0.417 (-0.070) 0.445 0.092 0.002 - 0.555 0.146 0.004 3. Cubeful 2-ply 8/5 8/2 Eq.: -0.465 (-0.118) 0.430 0.101 0.003 - 0.570 0.155 0.004 4. Cubeful 2-ply 8/2 7/4 Eq.: -0.466 (-0.120) 0.429 0.097 0.003 - 0.571 0.154 0.004 5. Cubeful 2-ply 8/5 7/1* Eq.: -0.479 (-0.133) 0.420 0.094 0.003 - 0.580 0.153 0.004


This is a simple model of a translational eddy current brake. The force versus speed characteristic is defined by Kloss' equation.
Thermal behaviour:
The resistance of the braking fin is influenced by the actual
temperature Theatport, which in turn shifts the speed v_nominal at
which the (unchanged) maximum torque occurs.
If the heatPort is not used (useHeatPort = false), the operational
temperature remains at the given temperature T.
However, the speed v_nominal at which the maximum torque occurs is
adapted from reference temperature TRef to the operational
temperature.


Jeffrey Michael Baker
Unafffiliated
Vice President, BGS-LLC. I manage a clean energy research and development support services contract.
BA, Biology, Augustana College, Rock Island, IL. MS, Environmental Engineering, University of Iowa, Iowa City, Iowa. MBA, University of Colorado, Denver, Colorado. Senior Executive Services Executive Core Qualifications Certification, U.S. Office of Personnel Management. Project Management Professional, Project Management Institute. Safety Trained Supervisory, Board of Certified Safety Professionals. Graduate, Federal Executive Institute, Charlottesville, VA.
80007
None.
No political activity beyond voting and donating to candidates. Donations to candidates for various federal offices over multiple elections. U.S. President: Clinton, Biden. U.S. Senator (Colorado): Hickenlooper. U.S. Representatives: Bullock, Gideon, McGrath, Harrison, Perlmutter, Kelly, and Greenfield.
None.
I believe that voting is a sacred trust and protecting that trust is essential if our democracy is to survive and thrive. Chief Justice Earl Warren said “The basic principle of representative government remains, and must remain, unchanged – the weight of a citizen’s vote cannot be made to depend on where he lives.” While gerrymandering has been with us since the nation’s earliest days, this practice has intensified over the last 20 years to the point that over 90% of House of Representative seats are considered noncompetitive. Moreover, gerrymandering has been used to limit the electoral impact of ethnic communities. Gerrymandering continues to erode the public’s trust in the value of their vote and, as a result, has discouraged some from participating in the electoral process to the long-term detriment of our democracy. My desire to serve on the commission is to ensure that congressional districts are fairly drawn to ensure the equality of all votes and to promote the competition of ideas necessary to sustain the health of our democracy.
Bringing people together to achieve a common end has been foundational to my career success. People will always have differing views on or approaches to solving a problem or achieving an end. Consensus is satisfying but elusive. Agreement through informed compromise, however, is readily achievable. A key principle to achieving consensus or agreement is trust between team participants as well as with stakeholders. Developing trust requires a commitment to each other, respectfully listening to competing views, honestly considering these views, recognizing and setting aside our own biases, and persuasion. Whether a team leader or participant, I work to promote trust through dialogue, transparency, and patience to create an environment all will see as fair and impartial. Once trust is established compromise to achieve agreement is possible.
My training as a scientist and engineer ingrained in me the importance of objective, evidence-based data to analyze problems and create solutions. My training as a business executive taught me that the best decisions were not solely driven by hard, objective evidence, but required an understanding of the people or emotional elements. Taken together, my training has enabled me to not only use logic and reason to solve a problem, but to consider the human side of a problem to create a logically sound and emotionally satisfying solution.
Male


Special Notices,
Announcements, and Miscellany
otherwise not classified
(You can
search any file or page on this web site by following the steps found by
clicking on Search.)
From time to time, there are items of
importance that you will want to know about but which do not neatly fit into
one of the specific sections of the web site. So, a special page has been
created for such material. Here it is!
Special
Notice: Mark Haselberger has been working on a
project for several years to honor those Monroe County
men who died in the Civil War. Mark would like to identify these men and
have their names posted on the Scroll of Honor at the courthouse. If you
have information on a Monroe
County Civil War soldier
who died in the war, please contact Mark at 203 Maple Ave., Woodsfield,
OH 43793
or call him at<PHONE_NUMBER>.
Civil War Book in progress -- Gerald Earley, P. O. Box 106, Goddard,
KS 67052,
is writing a book on the 116th Ohio Volunteer Infantry that served during
the Civil War. He is interested in collecting any information relating to this
unit. He is also researching background information such as the political
atmosphere in the area during that time. If you have any information to share
with Mr. Earley, he would be happy to hear from you.
Long-distance Phone Calls -- The MCC of OGS is a low-budget, largely volunteer
organization. Phone numbers and e-mail addresses used by the Chapter are those
of private individuals. While we would like to be able to return all long
distance calls that we receive (we receive several each week), our officers and
volunteers are unable to pay for them from their personal funds. If you place a
long-distance call and do not receive an answer (our officers may be at their
jobs), please place your call again at a later time. Evenings and weekends are
usually good times to contact our officers and volunteers. We will respond to
all local calls so feel free to leave a message. We will also
respond to all e-mail messages.
FROM ACROSS THE ATLANTIC -- The following message comes from Andrea Kindelberger
who lives in Rumbach, Germany. Andrea is related to many
residents in Monroe County and many non-residents who trace their roots
back to Monroe County. The message from Andrea is as
follows:
Hello,
In June 2002, I visited Woodsfield, the Monroe County
area and the excellent MCC of OGS library. You can see from my last name that I
have relatives in Monroe
County although I m not
currently in touch with them.
I m lucky to own some old letters from
relatives who emigrated to the States in the 19th century. I was wondering if
somebody in Monroe County might also still have some old German letters
and pictures from relatives of the Palatinate?
I support the German Institute for Palatine
history, which plans to publish a book about immigrant letters. Would it be
possible to post something in the library for me asking for copies of those
kind of letters?
I would very much appreciate your help!
Andrea Kindelberger
Hauptstr.52
76891 Rumbach
Germany
<EMAIL_ADDRESS>Attack on United States -- On Tuesday September 11, 2001 at about 8:46 a.m.
EST, the first of the two World Trade Center
towers in New York City
was struck by a loaded, commercial passenger jet plane which had been hijacked
by suicide terrorists. About 18 minutes later, the second tower was struck by a
second loaded, commercial passenger jet plane that had been hijacked by suicide
terrorists. Both towers collapsed. Approximately 20 minutes later a third
loaded, commercial passenger jet plane that had been hijacked by suicide
terrorists crashed into the Pentagon across the Potomac River from Washington, D.C.
Outbreaks of Smallpox in the mid-1890s threatened
to spread to the small towns and villages of Monroe County, Ohio.
Working with the records of the Board of Health of Miltonsburg, Ohio, photographs, and some of his own sketches, Paul E.
Young created an historical snapshot of how the Village of Miltonsburg
coped with the crisis of Smallpox in the winter of 1896. He had titled his work, Difficult Days in the Winter of 1896. In preparing this document, Paul Young has captured some of the scenes, the
people, and the feelings of the period.
He has added visual perspective to his work with a number of sketches
that he made based on historical records, old photographs, and some buildings
and features of the village that have survived.
Visit to Woodsfield by President Mckinley: John Ogden of 5713 Eliot Court # 372,
Alexandra, VA 22311
<EMAIL_ADDRESS>writes: My Mother is the historian for the United Methodist
Church in Woodsfield, OH.
There is a local tradition that President McKinley visited the Mooney family in
Woodsfield and attended a church service at the UMC. Mother is collecting
materials, pictures and memorabilia for the history of the church. Can
anyone validate or verify that Pres. McKinley attended a service at this
church? If you have stories or memories of this church, please let me
know, and I will forward them. Thanks.
(8/23/2003)
Click here for the Short-Cut Table of Contents


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# -*- coding: utf-8 -*-
#
# Licensed to the Apache Software Foundation (ASF) under one
# or more contributor license agreements. See the NOTICE file
# distributed with this work for additional information
# regarding copyright ownership. The ASF licenses this file
# to you under the Apache License, Version 2.0 (the
# "License"); you may not use this file except in compliance
# with the License. You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing,
# software distributed under the License is distributed on an
# "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
# KIND, either express or implied. See the License for the
# specific language governing permissions and limitations
# under the License.
from typing import Iterable
import google.api_core.exceptions
from airflow import AirflowException
from airflow.models import BaseOperator
from airflow.sensors.base_sensor_operator import BaseSensorOperator
from airflow.contrib.hooks.gcp_bigtable_hook import BigtableHook
from airflow.utils.decorators import apply_defaults
from google.cloud.bigtable_admin_v2 import enums
from google.cloud.bigtable.table import ClusterState
[docs]class BigtableValidationMixin(object):
"""
Common class for Cloud Bigtable operators for validating required fields.
"""
[docs] REQUIRED_ATTRIBUTES = [] # type: Iterable[str]
[docs]class BigtableInstanceCreateOperator(BaseOperator, BigtableValidationMixin):
"""
Creates a new Cloud Bigtable instance.
If the Cloud Bigtable instance with the given ID exists, the operator does not
compare its configuration
and immediately succeeds. No changes are made to the existing instance.
For more details about instance creation have a look at the reference:
https://googleapis.github.io/google-cloud-python/latest/bigtable/instance.html#google.cloud.bigtable.instance.Instance.create
.. seealso::
For more information on how to use this operator, take a look at the guide:
:ref:`howto/operator:BigtableInstanceCreateOperator`
:type instance_id: str
:param instance_id: The ID of the Cloud Bigtable instance to create.
:type main_cluster_id: str
:param main_cluster_id: The ID for main cluster for the new instance.
:type main_cluster_zone: str
:param main_cluster_zone: The zone for main cluster
See https://cloud.google.com/bigtable/docs/locations for more details.
:type project_id: str
:param project_id: Optional, the ID of the GCP project. If set to None or missing,
the default project_id from the GCP connection is used.
:type replica_cluster_id: str
:param replica_cluster_id: (optional) The ID for replica cluster for the new instance.
:type replica_cluster_zone: str
:param replica_cluster_zone: (optional) The zone for replica cluster.
:type instance_type: enums.IntEnum
:param instance_type: (optional) The type of the instance.
:type instance_display_name: str
:param instance_display_name: (optional) Human-readable name of the instance. Defaults
to ``instance_id``.
:type instance_labels: dict
:param instance_labels: (optional) Dictionary of labels to associate
with the instance.
:type cluster_nodes: int
:param cluster_nodes: (optional) Number of nodes for cluster.
:type cluster_storage_type: enums.IntEnum
:param cluster_storage_type: (optional) The type of storage.
:type timeout: int
:param timeout: (optional) timeout (in seconds) for instance creation.
If None is not specified, Operator will wait indefinitely.
"""
[docs] REQUIRED_ATTRIBUTES = ('instance_id', 'main_cluster_id',
'main_cluster_zone')
[docs] template_fields = ['project_id', 'instance_id', 'main_cluster_id',
'main_cluster_zone']
@apply_defaults
def __init__(self,
instance_id,
main_cluster_id,
main_cluster_zone,
project_id=None,
replica_cluster_id=None,
replica_cluster_zone=None,
instance_display_name=None,
instance_type=None,
instance_labels=None,
cluster_nodes=None,
cluster_storage_type=None,
timeout=None,
gcp_conn_id='google_cloud_default',
*args, **kwargs):
self.project_id = project_id
self.instance_id = instance_id
self.main_cluster_id = main_cluster_id
self.main_cluster_zone = main_cluster_zone
self.replica_cluster_id = replica_cluster_id
self.replica_cluster_zone = replica_cluster_zone
self.instance_display_name = instance_display_name
self.instance_type = instance_type
self.instance_labels = instance_labels
self.cluster_nodes = cluster_nodes
self.cluster_storage_type = cluster_storage_type
self.timeout = timeout
self._validate_inputs()
self.hook = BigtableHook(gcp_conn_id=gcp_conn_id)
super(BigtableInstanceCreateOperator, self).__init__(*args, **kwargs)
[docs] def execute(self, context):
instance = self.hook.get_instance(project_id=self.project_id,
instance_id=self.instance_id)
if instance:
# Based on Instance.__eq__ instance with the same ID and client is
# considered as equal.
self.log.info(
"The instance '%s' already exists in this project. "
"Consider it as created",
self.instance_id
)
return
try:
self.hook.create_instance(
project_id=self.project_id,
instance_id=self.instance_id,
main_cluster_id=self.main_cluster_id,
main_cluster_zone=self.main_cluster_zone,
replica_cluster_id=self.replica_cluster_id,
replica_cluster_zone=self.replica_cluster_zone,
instance_display_name=self.instance_display_name,
instance_type=self.instance_type,
instance_labels=self.instance_labels,
cluster_nodes=self.cluster_nodes,
cluster_storage_type=self.cluster_storage_type,
timeout=self.timeout,
)
except google.api_core.exceptions.GoogleAPICallError as e:
self.log.error('An error occurred. Exiting.')
raise e
[docs]class BigtableInstanceDeleteOperator(BaseOperator, BigtableValidationMixin):
"""
Deletes the Cloud Bigtable instance, including its clusters and all related tables.
For more details about deleting instance have a look at the reference:
https://googleapis.github.io/google-cloud-python/latest/bigtable/instance.html#google.cloud.bigtable.instance.Instance.delete
.. seealso::
For more information on how to use this operator, take a look at the guide:
:ref:`howto/operator:BigtableInstanceDeleteOperator`
:type instance_id: str
:param instance_id: The ID of the Cloud Bigtable instance to delete.
:param project_id: Optional, the ID of the GCP project. If set to None or missing,
the default project_id from the GCP connection is used.
:type project_id: str
"""
[docs] REQUIRED_ATTRIBUTES = ('instance_id',)
[docs] template_fields = ['project_id', 'instance_id']
@apply_defaults
def __init__(self,
instance_id,
project_id=None,
gcp_conn_id='google_cloud_default',
*args, **kwargs):
self.project_id = project_id
self.instance_id = instance_id
self._validate_inputs()
self.hook = BigtableHook(gcp_conn_id=gcp_conn_id)
super(BigtableInstanceDeleteOperator, self).__init__(*args, **kwargs)
[docs] def execute(self, context):
try:
self.hook.delete_instance(project_id=self.project_id,
instance_id=self.instance_id)
except google.api_core.exceptions.NotFound:
self.log.info(
"The instance '%s' does not exist in project '%s'. "
"Consider it as deleted",
self.instance_id, self.project_id
)
except google.api_core.exceptions.GoogleAPICallError as e:
self.log.error('An error occurred. Exiting.')
raise e
[docs]class BigtableTableCreateOperator(BaseOperator, BigtableValidationMixin):
"""
Creates the table in the Cloud Bigtable instance.
For more details about creating table have a look at the reference:
https://googleapis.github.io/google-cloud-python/latest/bigtable/table.html#google.cloud.bigtable.table.Table.create
.. seealso::
For more information on how to use this operator, take a look at the guide:
:ref:`howto/operator:BigtableTableCreateOperator`
:type instance_id: str
:param instance_id: The ID of the Cloud Bigtable instance that will
hold the new table.
:type table_id: str
:param table_id: The ID of the table to be created.
:type project_id: str
:param project_id: Optional, the ID of the GCP project. If set to None or missing,
the default project_id from the GCP connection is used.
:type initial_split_keys: list
:param initial_split_keys: (Optional) list of row keys in bytes that will be used to
initially split the table into several tablets.
:type column_families: dict
:param column_families: (Optional) A map columns to create.
The key is the column_id str and the value is a
:class:`google.cloud.bigtable.column_family.GarbageCollectionRule`
"""
[docs] REQUIRED_ATTRIBUTES = ('instance_id', 'table_id')
[docs] template_fields = ['project_id', 'instance_id', 'table_id']
@apply_defaults
def __init__(self,
instance_id,
table_id,
project_id=None,
initial_split_keys=None,
column_families=None,
gcp_conn_id='google_cloud_default',
*args, **kwargs):
self.project_id = project_id
self.instance_id = instance_id
self.table_id = table_id
self.initial_split_keys = initial_split_keys or list()
self.column_families = column_families or dict()
self._validate_inputs()
self.hook = BigtableHook(gcp_conn_id=gcp_conn_id)
self.instance = None
super(BigtableTableCreateOperator, self).__init__(*args, **kwargs)
[docs] def _compare_column_families(self):
table_column_families = self.hook.get_column_families_for_table(self.instance,
self.table_id)
if set(table_column_families.keys()) != set(self.column_families.keys()):
self.log.error("Table '%s' has different set of Column Families",
self.table_id)
self.log.error("Expected: %s", self.column_families.keys())
self.log.error("Actual: %s", table_column_families.keys())
return False
for key in table_column_families.keys():
# There is difference in structure between local Column Families
# and remote ones
# Local `self.column_families` is dict with column_id as key
# and GarbageCollectionRule as value.
# Remote `table_column_families` is list of ColumnFamily objects.
# For more information about ColumnFamily please refer to the documentation:
# https://googleapis.github.io/google-cloud-python/latest/bigtable/column-family.html#google.cloud.bigtable.column_family.ColumnFamily
if table_column_families[key].gc_rule != self.column_families[key]:
self.log.error("Column Family '%s' differs for table '%s'.", key,
self.table_id)
return False
return True
[docs] def execute(self, context):
self.instance = self.hook.get_instance(project_id=self.project_id,
instance_id=self.instance_id)
if not self.instance:
raise AirflowException(
"Dependency: instance '{}' does not exist in project '{}'.".
format(self.instance_id, self.project_id))
try:
self.hook.create_table(
instance=self.instance,
table_id=self.table_id,
initial_split_keys=self.initial_split_keys,
column_families=self.column_families
)
except google.api_core.exceptions.AlreadyExists:
if not self._compare_column_families():
raise AirflowException(
"Table '{}' already exists with different Column Families.".
format(self.table_id))
self.log.info("The table '%s' already exists. Consider it as created",
self.table_id)
[docs]class BigtableTableDeleteOperator(BaseOperator, BigtableValidationMixin):
"""
Deletes the Cloud Bigtable table.
For more details about deleting table have a look at the reference:
https://googleapis.github.io/google-cloud-python/latest/bigtable/table.html#google.cloud.bigtable.table.Table.delete
.. seealso::
For more information on how to use this operator, take a look at the guide:
:ref:`howto/operator:BigtableTableDeleteOperator`
:type instance_id: str
:param instance_id: The ID of the Cloud Bigtable instance.
:type table_id: str
:param table_id: The ID of the table to be deleted.
:type project_id: str
:param project_id: Optional, the ID of the GCP project. If set to None or missing,
the default project_id from the GCP connection is used.
:type app_profile_id: str
:parm app_profile_id: Application profile.
"""
[docs] REQUIRED_ATTRIBUTES = ('instance_id', 'table_id')
[docs] template_fields = ['project_id', 'instance_id', 'table_id']
@apply_defaults
def __init__(self,
instance_id,
table_id,
project_id=None,
app_profile_id=None,
gcp_conn_id='google_cloud_default',
*args, **kwargs):
self.project_id = project_id
self.instance_id = instance_id
self.table_id = table_id
self.app_profile_id = app_profile_id
self._validate_inputs()
self.hook = BigtableHook(gcp_conn_id=gcp_conn_id)
super(BigtableTableDeleteOperator, self).__init__(*args, **kwargs)
[docs] def execute(self, context):
instance = self.hook.get_instance(project_id=self.project_id,
instance_id=self.instance_id)
if not instance:
raise AirflowException("Dependency: instance '{}' does not exist.".format(
self.instance_id))
try:
self.hook.delete_table(
project_id=self.project_id,
instance_id=self.instance_id,
table_id=self.table_id,
)
except google.api_core.exceptions.NotFound:
# It's OK if table doesn't exists.
self.log.info("The table '%s' no longer exists. Consider it as deleted",
self.table_id)
except google.api_core.exceptions.GoogleAPICallError as e:
self.log.error('An error occurred. Exiting.')
raise e
[docs]class BigtableClusterUpdateOperator(BaseOperator, BigtableValidationMixin):
"""
Updates a Cloud Bigtable cluster.
For more details about updating a Cloud Bigtable cluster,
have a look at the reference:
https://googleapis.github.io/google-cloud-python/latest/bigtable/cluster.html#google.cloud.bigtable.cluster.Cluster.update
.. seealso::
For more information on how to use this operator, take a look at the guide:
:ref:`howto/operator:BigtableClusterUpdateOperator`
:type instance_id: str
:param instance_id: The ID of the Cloud Bigtable instance.
:type cluster_id: str
:param cluster_id: The ID of the Cloud Bigtable cluster to update.
:type nodes: int
:param nodes: The desired number of nodes for the Cloud Bigtable cluster.
:type project_id: str
:param project_id: Optional, the ID of the GCP project.
"""
[docs] REQUIRED_ATTRIBUTES = ('instance_id', 'cluster_id', 'nodes')
[docs] template_fields = ['project_id', 'instance_id', 'cluster_id', 'nodes']
@apply_defaults
def __init__(self,
instance_id,
cluster_id,
nodes,
project_id=None,
gcp_conn_id='google_cloud_default',
*args, **kwargs):
self.project_id = project_id
self.instance_id = instance_id
self.cluster_id = cluster_id
self.nodes = nodes
self._validate_inputs()
self.hook = BigtableHook(gcp_conn_id=gcp_conn_id)
super(BigtableClusterUpdateOperator, self).__init__(*args, **kwargs)
[docs] def execute(self, context):
instance = self.hook.get_instance(project_id=self.project_id,
instance_id=self.instance_id)
if not instance:
raise AirflowException("Dependency: instance '{}' does not exist.".format(
self.instance_id))
try:
self.hook.update_cluster(
instance=instance,
cluster_id=self.cluster_id,
nodes=self.nodes
)
except google.api_core.exceptions.NotFound:
raise AirflowException(
"Dependency: cluster '{}' does not exist for instance '{}'.".
format(self.cluster_id, self.instance_id))
except google.api_core.exceptions.GoogleAPICallError as e:
self.log.error('An error occurred. Exiting.')
raise e
[docs]class BigtableTableWaitForReplicationSensor(BaseSensorOperator, BigtableValidationMixin):
"""
Sensor that waits for Cloud Bigtable table to be fully replicated to its clusters.
No exception will be raised if the instance or the table does not exist.
For more details about cluster states for a table, have a look at the reference:
https://googleapis.github.io/google-cloud-python/latest/bigtable/table.html#google.cloud.bigtable.table.Table.get_cluster_states
.. seealso::
For more information on how to use this operator, take a look at the guide:
:ref:`howto/operator:BigtableTableWaitForReplicationSensor`
:type instance_id: str
:param instance_id: The ID of the Cloud Bigtable instance.
:type table_id: str
:param table_id: The ID of the table to check replication status.
:type project_id: str
:param project_id: Optional, the ID of the GCP project.
"""
[docs] REQUIRED_ATTRIBUTES = ('instance_id', 'table_id')
[docs] template_fields = ['project_id', 'instance_id', 'table_id']
@apply_defaults
def __init__(self,
instance_id,
table_id,
project_id=None,
gcp_conn_id='google_cloud_default',
*args, **kwargs):
self.project_id = project_id
self.instance_id = instance_id
self.table_id = table_id
self._validate_inputs()
self.hook = BigtableHook(gcp_conn_id=gcp_conn_id)
super(BigtableTableWaitForReplicationSensor, self).__init__(*args, **kwargs)
[docs] def poke(self, context):
instance = self.hook.get_instance(project_id=self.project_id,
instance_id=self.instance_id)
if not instance:
self.log.info("Dependency: instance '%s' does not exist.", self.instance_id)
return False
try:
cluster_states = self.hook.get_cluster_states_for_table(instance=instance,
table_id=self.table_id)
except google.api_core.exceptions.NotFound:
self.log.info(
"Dependency: table '%s' does not exist in instance '%s'.",
self.table_id, self.instance_id)
return False
ready_state = ClusterState(enums.Table.ClusterState.ReplicationState.READY)
is_table_replicated = True
for cluster_id in cluster_states.keys():
if cluster_states[cluster_id] != ready_state:
self.log.info("Table '%s' is not yet replicated on cluster '%s'.",
self.table_id, cluster_id)
is_table_replicated = False
if not is_table_replicated:
return False
self.log.info("Table '%s' is replicated.", self.table_id)
return True


{% extends "site_base.html" %} {% load i18n %} {% block body %}
{% blocktrans with title=proposal.title %}Are you sure you wish to leave as a speaker on {{ title }}?{% endblocktrans %}


Simple Login Form
Username
Password
Simple Login form with Table
Username
Password
Dropdown
Please select District
Sri Porri Sriramulu Nellore
Chittor
Prakasam
Guntur
Krishna
East Godawari
West Godavari
Srikakulam
Text area
Enter your Text here
Datalist
Enter Your District
Sri Porri Sriramulu Nellore
Chittor
Prakasam
Guntur
Krishna
East Godawari
West Godavari
Srikakulam


Draw line between 2 points
Right Click to select the first point and Left click to select the second point


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface DigesterConfig
Common interface for config classes applicable to
StandardByteDigester
or
StandardStringDigester
objects.
Objects of classes implementing this interface will provide values for:
The config objects passed to a digester will only be queried once for each configuration parameter, and this will happen during the initialization of the digester object.
For a default implementation, see SimpleDigesterConfig
.
| Method Summary | |
|---|---|
String |
getAlgorithm()
Returns the name of an algorithm to be used for hashing, like "MD5" or "SHA-1". |
Integer |
getIterations()
Returns the number of times the hash function will be applied recursively. |
java.security.Provider |
getProvider()
Returns the java.security.Provider implementation object to be used by the digester for obtaining the digest algorithm. |
String |
getProviderName()
Returns the name of the java.security.Provider implementation to be used by the digester for obtaining the digest algorithm. |
SaltGenerator |
getSaltGenerator()
Returns a SaltGenerator implementation to be used by the digester. |
Integer |
getSaltSizeBytes()
Returns the size of the salt to be used to compute the digest. |
| Method Detail |
|---|
String getAlgorithm()
Returns the name of an algorithm to be used for hashing, like "MD5" or "SHA-1".
This algorithm has to be supported by your Java Virtual Machine, and it should be allowed as an algorithm for creating java.security.MessageDigest instances.
If this method returns null, the digester will ignore the config object when deciding the algorithm to be used.
Integer getSaltSizeBytes()
Returns the size of the salt to be used to compute the digest. This mechanism is explained in PKCS #5: Password-Based Cryptography Standard.
If salt size is set to zero, then no salt will be used.
If this method returns null, the digester will ignore the config object when deciding the size of the salt to be used.
Integer getIterations()
Returns the number of times the hash function will be applied recursively.
The hash function will be applied to its own results as many times as
specified: h(h(...h(x)...))
This mechanism is explained in PKCS #5: Password-Based Cryptography Standard.
If this method returns null, the digester will ignore the config object when deciding the number of hashing iterations.
SaltGenerator getSaltGenerator()
Returns a SaltGenerator
implementation to be used by the digester.
If this method returns null, the digester will ignore the config object when deciding the salt generator to be used.
String getProviderName()
Returns the name of the java.security.Provider implementation to be used by the digester for obtaining the digest algorithm. This provider must have been registered beforehand.
If this method returns null, the digester will ignore this parameter when deciding the name of the security provider to be used.
If this method does not return null, and neither does getProvider()
,
providerName will be ignored, and the provider object returned
by getProvider() will be used.
java.security.Provider getProvider()
Returns the java.security.Provider implementation object to be used by the digester for obtaining the digest algorithm.
If this method returns null, the digester will ignore this parameter when deciding the security provider object to be used.
If this method does not return null, and neither does getProviderName()
,
providerName will be ignored, and the provider object returned
by getProvider() will be used.
The provider returned by this method does not need to be registered beforehand, and its use will not result in its being registered.
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Julian day Number and Civil Date Calculator
|
|
(Edit the following field for interval calculations.)
|
|
|
- You must have JavaScript enabled in your browser for this
calculator to work. Requires Netscape 3.0 or Internet Explorer 3.0
or later for correct operation.
- All fields are editable. Change civil date to calculate Julian
Day Number and day-of-week, or vice versa.
- After changing a text box, click outside of the calculator, or
press tab, to update all other data. (Don't press return.)
- In Auto mode, civil calendar changes from Julian to Gregorian
between October 4/15, 1582. For Julian civil dates after that date,
as in England and colonies until 1753, select Julian Only.
|
Copyright (C) 1998 by Numerical Recipes Software. Permission is
granted for unlimited copying and redistribution, provided that
this copyright notice, and the following link are preserved. All
calculations are embedded as JavaScript, so an exact copy of this page's source code will generally work
from any server (no CGI script needed).
Numerical Recipes home page
2005 July 11


Today’s post will go into some detail on getting started with Rerun. Rerun is a tool that’s kind of meant to bridge the gap between having a bunch of sysadmin scripts and a full-blown configuration management tool. The truth is that a lot of times, groups have a bunch of bash scripts that can perform differently on different machines or exist in several different versions. This makes it hard to ensure that you’re always using the right one, the right flags are being passed, etc., etc. Rerun sets out to help wrangle your shell scripts and present them as something super easy to use.
Install Rerun
- Installing Rerun is really just a ‘git clone’ and then adding a bunch of
variables to your .bash_profile. I rolled it all into a script so it can just be
run (at your own risk). Just issue
chmod +x whatever_you_name.sh
, followed by./whatever_you_name.sh
.
- Exit the terminal and restart, then issue
rerun
to see if it’s working. This should give you a list of the modules installed:
Create a Module & Command
Now let’s run through the Rerun tutorial. A lot of this part of the post will be a rehashing of that page, with some differences here and there to keep myself from just copying/pasting and not actually committing this to memory. We will be creating a waitfor module that simply waits for a variety of different conditions like ping to be available at a given address, a file to exist, etc..
- Rerun uses a module:command type syntax, where module is kind of the general idea of what you’re trying to do, while command is the specifics. So, let’s use the stubbs module’s add-module command to create the bones for our waitfor module:
- Okay, now let’s add a ping command to our waitfor module with
Note that this command creates both a script and a test.sh file. script is what will actually get run, the test file is for us to write a test plan.
- For ping, we’ll want to add a host and an interval option. Host will be required, while we will set the interval option with a default and make overriding that optional.
- Set the required host option:
- Set the optional interval option:
- Let’s make sure our params look right by checking the output with
rerun waitfor
. Rerun gives a pretty easy to read/understand output when you try to figure out what a module is capable of.
Implement the Command
So now we’ve got our command created, but it doesn’t actually do anything. Rerun can’t read our mind, so it just lays down some basics and it’s up to us to implement the particulars.
- Open the file
~/rerun/modules/waitfor/commands/ping/script
for editing. Scroll down to the bottom, where you will see:
- Replace the ‘Put the command implementation here’ with your code. I had to throw in a -t flag in the ping command to timeout quicker on Mac. For our ping check, the code will look like:
- Test it out with a call to localhost. This should always return a positive ping.
rerun waitfor:ping --host localhost --interval 1
Write Tests
Okay, let’s write the tests for our new command. This will help us ensure it’s working the right way.
-
Open
~/rerun/modules/waitfor/tests/ping-1-test.sh
for editing. Remove the whole ‘it_fails_without_a_real_test’ block. -
We’ll create two new functions. One will check that the required host is present. The other will check that localhost responds as expected. These tests are straight from the wiki tutorial with extra comments to explain what’s actually happening.
- Finally, let’s check that the output of the stubbs:test command to make sure
our tests pass. Issue
rerun stubbs:test --module waitfor --plan ping
Extend, Extend, Extend
Now that we have learned all of the functionality from the official tutorial, it’s time to extend our module to do other things. Consider what the ‘waitfor’ module is for. It is there to wait on things in general, not just ping responses. So let’s extend our module to support another wait use case, waiting for a file to exist.
- First let’s add the new command to our module. This is as simple as it was earlier, just pass the proper options as needed:
- Add options for the filepath we want to check, as well as the interval we want to wait to check:
- Time to implement the actual logic behind our file checker. You’ll notice that since this command is similar in function to our ping command, a lot of the same logic that we used previously still applies. Here’s the relevant bash from ‘waitfor/commands/file/script’:
- We can now see this in action by issuing our command, waiting for a few cycles to occur, then touching the file that we want to exist in another terminal. For me, the touch command was simply touch /tmp/test.txt.
- Finally, we would want to write some tests around this command to ensure it functions as expected when variables are missing, etc.. This post is getting pretty lengthy, so I will leave that task up to you.
And that’s it! I hope you enjoyed this intro to Rerun. It’s a really fun tool to use once you pick up the basics, and it really makes it dead simple to allow other team mates (even those who may not be very adept with bash) to execute scripts in a known, repeatable manner.


| Project Name: | Walve Hospital |
| Subject: | 2015S1 - Software Engineering |
| Details: | A software engineering project. Starting from gather requierments from customer, developing the project and send to customer. This project is a web application for a hospital which include making appointents, recording symptom and medication. |
| Roles: | System Analyst, Front-end developer |
| More Information: | http://bit.ly/pete_resume_WalveR http://bit.ly/pete_resume_WalveD |


Back
A)Vehicle Details:-
1.Name:-
2.No:-
3.Type Of Vehicle:-
B)Supplier Details:-
1.Name:-
2.Phone No:-
3.Address:-
4.Delivery Date
C)Vehicle Driver Details:-
1.Name:-
2.Phone No:-


Answer TRUE or FALSE.
The problem with using a ".key()" method to get the key from a record is that we can't use this same method to get different fields for different searches
If we use a ".key()" function, then there is only one way to compute the key for a record.
That means the records cannot be sorted on differing fields.


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Most popular datasets in the BC Data Catalogue
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Want more data? Request data that you can use to build apps for BC citizens.


Emma's Coding Cafe
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Welcome
This blog contains my lessons learned and experiences I come accross in my daily work. Currently, I work as a data scientist at different companies with a focus on the engineering part of data science. Hence, you will see quite some posts about experiences with the cloud, machine learning and deep learning.
If you would like to speak to me, please connect through the social media shown on this web page. Also I would very much like to hear from you in case any of my lessons learned was useful in your situation.


| Interface | Description |
|---|---|
| ITessAPI |
An interface represents common TessAPI classes/constants.
|
| ITessAPI.CANCEL_FUNC |
Callback for
cancel_func . |
| ITessAPI.TessOcrEngineMode |
When Tesseract/Cube is initialized we can choose to instantiate/load/run
only the Tesseract part, only the Cube part or both along with the
combiner.
|
| ITessAPI.TessOrientation |
+------------------+
| 1 Aaaa Aaaa Aaaa |
| Aaa aa aaa aa |
| aaaaaa A aa aaa.
|
| ITessAPI.TessPageIteratorLevel |
Enum of the elements of the page hierarchy, used in
ResultIterator to provide functions that operate on each
level without having to have 5x as many functions. |
| ITessAPI.TessPageSegMode |
Possible modes for page layout analysis.
|
| ITessAPI.TessParagraphJustification |
NOTA BENE: Fully justified paragraphs (text aligned to both left and
right margins) are marked by Tesseract with JUSTIFICATION_LEFT if their
text is written with a left-to-right script and with JUSTIFICATION_RIGHT
if their text is written in a right-to-left script.
Interpretation for text read in vertical lines: "Left" is wherever the starting reading position is. |
| ITessAPI.TessPolyBlockType |
Possible types for a POLY_BLOCK or ColPartition.
|
| ITessAPI.TessTextlineOrder |
The text lines are read in the given sequence.
In English, the order is top-to-bottom. |
| ITessAPI.TessWritingDirection |
The grapheme clusters within a line of text are laid out logically in
this direction, judged when looking at the text line rotated so that its
Orientation is "page up".
For English text, the writing direction is left-to-right. |
| ITesseract |
An interface represents common OCR methods.
|
| TessAPI |
A Java wrapper for
Tesseract OCR 3.04 API using
JNA Interface Mapping . |
| Class | Description |
|---|---|
| ITessAPI.EANYCODE_CHAR |
It should be noted that the format for char_code for version 2.0 and
beyond is UTF-8, which means that ASCII characters will come out as one
structure but other characters will be returned in two or more instances
of this structure with a single byte of the UTF-8 code in each, but each
will have the same bounding box.
Programs which want to handle languages with different characters sets will need to handle extended characters appropriately, but all code needs to be prepared to receive UTF-8 coded characters for characters such as bullet and fancy quotes. |
| ITessAPI.ETEXT_DESC |
Description of the output of the OCR engine.
|
| ITessAPI.TessBaseAPI |
Base class for all tesseract APIs.
|
| ITessAPI.TessChoiceIterator | |
| ITessAPI.TessMutableIterator |
MutableIterator adds access to internal data structures.
|
| ITessAPI.TessPageIterator |
Class to iterate over tesseract page structure, providing access to all
levels of the page hierarchy, without including any tesseract headers or
having to handle any tesseract structures.
WARNING! This class points to data held within the TessBaseAPI class, and therefore can only be used while the TessBaseAPI class still exists and has not been subjected to a call of Init ,
SetImage , Recognize , Clear ,
End DetectOS , or anything else that changes the
internal PAGE_RES . |
| ITessAPI.TessResultIterator |
Iterator for tesseract results that is capable of iterating in proper
reading order over Bi Directional (e.g.
|
| ITessAPI.TessResultRenderer |
Interface for rendering tesseract results into a document, such as text,
HOCR or pdf.
|
| ITessAPI.TimeVal | |
| TessAPI1 |
A Java wrapper for
Tesseract OCR 3.04 API using
JNA Direct Mapping . |
| Tesseract |
An object layer on top of
TessAPI , provides character
recognition support for common image formats, and multi-page TIFF images
beyond the uncompressed, binary TIFF format supported by Tesseract OCR
engine. |
| Tesseract1 |
An object layer on top of
TessAPI1 , provides character
recognition support for common image formats, and multi-page TIFF images
beyond the uncompressed, binary TIFF format supported by Tesseract OCR
engine. |
| Word |
Encapsulates Tesseract OCR results.
|
| Enum | Description |
|---|---|
| ITesseract.RenderedFormat |
Rendered formats supported by Tesseract.
|
| Exception | Description |
|---|---|
| TesseractException |


Introduction |
gidpost is a set of functions (library) for writing postprocess results for GiD in ASCII or binary format. GiD version 6.1.4b or higher is required to read the ASCII postprocess files. GiD version 7.2 or higher is required to read the binaries postprocess files.
This software is copyrighted by CIMNE
gid.cimne.upc.es,
(Visit GiD). The software can be used
freely under the terms described in license.terms, all terms described
there apply to all files associated with the software unless
explicitly disclaimed in individual files. Particular terms apply to the third party
code, "cfortran.h
", which has its own distribution policy
(please read the "cfortran.doc
" for this code).
This
description asumes that the readear is familiar with the postprocess
terminology.
For futher details please check the online help
available in GiD ( Postprocess
data files chapter).
The library was implemented taking into account two of the must widely
used development environments: C/C++ and FORTRAN.
Here we are going to describe how to compile and use the library. At
the end the reference of the library functions can be found.
Compiling |
makefile
is provided inside the unix
directory. Invoke make
to create the library:
make [target=release|debug]This will create the library
unix/release/gidpost.a
if the option is target=release
or unix/debug/gidpostd.a
if the option istarget=debug
. If no option is provided
the release version is created by default. Makefile.vc
is provided inside gidpost\\win
to compile with Microsoft Visual C++.
To compile, open a DOS console, change the current directory to gidpost\\win
.
First run vcvars32.bat prior namake execution to ensure enviroment PATH is ok. Then
invoke:
nmake -f Makefile.vc [CFG="Release"|"Debug"]This will create the library
gidpost.lib
inside the subdirectory win\\Release
if the option is CFG="Release"
or inside win\\Debug
) if the option is
CFG="Debug"
. If no option is provided the release version is created by default.cfortran.h
", is also provided as a link between C and FORTRAN. It has
its own distribution policy. Please, read the file "cfortran.doc
" about the licence terms of
this code.
Using the library |
gidpost.h
to use the libray gidpost
#include "gidpost.h"A small example, called
testpost.c
, is provided to show the use of the library from C/C++.testpostfor.f
, is provided to show the use of the library with FORTRAN
Functions references |
int GiD_OpenPostMeshFile(char* FileName,GiD_PostMode Mode); Description: Open a new post mesh file Parameters:
GiD_WriteCoordinates2D
Parameters:
int id
Node number identifier (starting from 1, is recommended to avoid jumps in the
numeration)
double x,double y,double z
Cartesian coordinates
Example:
C/C++
int id=1;
double x=3.5,y=1.5e-2,z=0;
GiD_WriteCoordinates(id,x,y,z);
FORTRAN
REAL*8 rx, ry
INTEGER*4 idx
idx=1
rx=3.5
ry=-4.67
CALL GID_WRITECOORDINATES(idx,rx,ry,0.0)
int GiD_BeginElements();
Description: Start a elements block in the current mesh.
Parameters:
None
Example:
C/C++
GiD_BeginElements();
FORTRAN
CALL GID_BEGINELEMENTS
int GiD_EndElements();
Description: Close the current elements block.
Parameters:
None
Example:
C/C++
GiD_EndElements();
FORTRAN
CALL GID_ENDELEMENTS
int GiD_WriteElement(int id,int nid[]);
Description: Write an element member at the current Elements Block.
Parameters:
int id
Element number identifier
int nid[]
connectivities of the element, the vector dimension must be equal to the
NNode parameter given in the previous call to GiD_BeginMesh
Example:
C/C++
int id=2;
int nid[3];
nid[0]=4; nid[1]=7; nid[2]=3;
GiD_WriteElementMat(id,nid);
FORTRAN
INTEGER *4 nid(1:3)
INTEGER*4 idx
idx=2
nid(1)=4
nid(2)=7
nid(3)=3
CALL GID_WRITEELEMENT(idx,nid)
int GiD_WriteElementMat(int id,int nid[]);
Description: Similar to GiD_WriteElement, but the last aditional integer
on nid correspond to a material number.
Results file functions
int GiD_OpenPostResultFile(char* FileName,GiD_PostMode Mode); Description: Open a new post result file. All subsequent call to functions write the information into this file. If there is no mesh file opened then the output of the mesh is writen into this file also. Parameters: char* FileName name of the mesh file (*.flavia.res) GiD_PostMode Mode GiD_PostAscii=0 for ascii output GiD_PostAsciiZipped=1 for compressed ascii output GiD_PostBinary=2 for compressed binary output Note: In binary output, the mesh must be inside the same file as the results, you should not call GiD_OpenPostMeshFile and GiD_ClosePostMeshFile in that case. Example: C/C++ GiD_OpenPostResultFile( "testpost.bin",GiD_PostBinary); FORTRAN CALL GID_OPENPOSTRESULTFILE('testfortran.flavia.res',2) int GiD_ClosePostResultFile(); Description: Close the current post results file Parameters: None Example: C/C++ GiD_ClosePostResultFile(); FORTRAN CALL GID_CLOSEPOSTRESULTFILE int GiD_BeginGaussPoint(char* name,GiD_ElementType EType,char* MeshName, int GP_number,int NodesIncluded,int InternalCoord); Description: Begin Gauss Points definition. The gauss point definition should have a name wich may be referenced in futher results blocks. The gauss points could be internal (InternalCoord=1) or given (InternalCoord=0). If the gauss points are given then the list of its natural coordinates should be written using the function GiD_WriteGaussPoint2D or GiD_WriteGaussPoint3D depending on the dimension of the element type. Parameters: char* name Name to reference this gauss points definition GiD_ElementType EType GiD_Point=1 for a 1 noded-element GiD_Linear=2 for a line element GiD_Triangle=3 for a triangle element GiD_Quadrilateral=4 for a quadrilateral element GiD_Tetrahedra=5 for a tetrahedral element GiD_Hexahedra=6 for a hexahedral element GiD_Prism=7 for a prism element GiD_Pyramid=8 for a pyramid element char* MeshName An optional field. If this field is missing, the gauss points are defined for all the elements of type my_type. If a mesh name is given, the gauss points are only defined for this mesh. int GP_number number of gauss points per element. The GiD internal accepted number should be: 1, 3, 6 for Triangles; 1, 4, 9 for quadrilaterals; 1, 4 for Tetrahedras; 1, 8, 27 for hexahedras; 1 or 6 for prism; 1 or 5 for pyramid and 1, ... n points equally spaced over lines. int NodesIncluded Can be 0 for nodes not included or 1 for included. Only used for gauss points on Linear elements which indicate whether the end nodes of the Linear element are included in the number of gauss points per element count or not. int InternalCoord Can be 0 for given coordinates or 1 for internal GiD gauss points location. Example: C/C++ GiD_BeginGaussPoint("GPtria",GiD_Triangle,NULL,1,0,1); FORTRAN CHARACTER*4 NULL NULL = CHAR(0)//CHAR(0)//CHAR(0)//CHAR(0) CALL GID_BEGINGAUSSPOINT('GPtria',3,NULL,1,0,1); int GiD_EndGaussPoint(); Description: End current Gauss Points definition Parameters: None Example: C/C++ GiD_EndGaussPoint(); FORTRAN CALL GID_ENDGAUSSPOINT int GiD_WriteGaussPoint2D(double x,double y); int GiD_WriteGaussPoint3D(double x,double y,double z); Description: Write internal gauss point local coordinates (only required if InternalCoord=0) Parameters: double x,double y,double z Cartesian gauss points local coordinates Example: C/C++ double x=3.5; double y=-7; GiD_WriteGaussPoint2D(double x,double y); FORTRAN REAL*8 x, y rx=3.5 ry=-7 CALL GID_WRITEGAUSSPOINT2D(x,y) int GiD_BeginRangeTable(char* name); Description: Begin a Range Table definition. With a range table you can group the result values into intervals and label each interval with a name. Inside GiD this can be visualized with a contour range. Parameters: char* name name identifier Example: C/C++ GiD_BeginRangeTable("table1"); FORTRAN CALL GID_BEGINRANGETABLE('table1') int GiD_EndRangeTable(); Description: End a Range Table definition. Parameters: None Example: C/C++ GiD_EndRangeTable(); FORTRAN CALL GID_ENDRANGETABLE() int GiD_WriteMinRange(double max,char* name); int GiD_WriteRange(double min,double max,char* name); int GiD_WriteMaxRange(double min,char* name); Description: Write Range functions. Must be between GiD_BeginRangeTable and GiD_EndRangeTable. WriteMinRange : write a range with an implicit minimum value, the minimum absolute in the result set. WriteRange : write an explicit range. WritemaxRange: write a range with an implicit maximum value, the maximum absolute in the result set. Parameters: double min,double max Values to define a interval char* name string asociated to be showed for this interval Example: C/C++ GiD_WriteRange(0.0,100.0,"Normal"); FORTRAN CALL GID_WRITERANGE(0.0,100.0,'Normal') int GiD_BeginResult(char* Result,char* Analysis,double step, GiD_ResultType Type,GiD_ResultLocation Where, char* GaussPointsName,char* RangeTable, int compc,char* compv[]); Description: Begin Result Block. This function open a result block. Parameters: char* Result a name for the Result, which will be used for menus. char* Analysis the name of the analysis of this Result, which will be used for menus. double step the value of the time step inside the analysis "analysis name". (for multiple steps results) GiD_ResultType Type The type of defined result: GiD_Scalar=0 GiD_Vector=1 GiD_Matrix=2 GiD_PlainDeformationMatrix=3 GiD_MainMatrix=4 GiD_LocalAxes=5 GiD_ResultLocation Where The location of the results GiD_OnNodes=0 GiD_OnGaussPoints=1 char* GaussPointsName If Where is GiD_OnGaussPoints a "location name" (predefined in GiD_BeginGaussPoint) should be entered. char* RangeTable A valid Range table name or NULL int compc The number of component names or 0 char* compv[] array of 'compc' strings to be used as component names Note: in FORTRAN, instead of a general GID_BEGINRESULT, must be used a separate function foreach result type: int GiD_BeginScalarResult(char* Result,char* Analysis,float step, GiD_ResultLocation Where, char* GaussPointsName, char* RangeTable,char* Comp); int GiD_BeginVectorResult(char* Result,char* Analysis,float step, GiD_ResultLocation Where, char* GaussPointsName,char* RangeTable, char* Comp1,char* Comp2,char* Comp3,char* Comp4); int GiD_Begin2DMatResult(char* Result,char* Analysis,float step, GiD_ResultLocation Where, char* GaussPointsName,char* RangeTable, char* Comp1,char* Comp2,char* Comp3); int GiD_Begin3DMatResult(char* Result,char* Analysis,float step, GiD_ResultLocation Where, char* GaussPointsName,char* RangeTable, char* Comp1,char* Comp2,char* Comp3, char* Comp4,char* Comp5,char* Comp6); int GiD_BeginPDMMatResult(char* Result,char* Analysis,float step, GiD_ResultLocation Where, char* GaussPointsName,char* RangeTable, char* Comp1,char* Comp2,char* Comp3, char* Comp4); int GiD_BeginMainMatResult(char* Result,char* Analysis,float step, GiD_ResultLocation Where, char* GaussPointsName,char* RangeTable, char* Comp1,char* Comp2,char* Comp3, char* Comp4,char* Comp5,char* Comp6, char* Comp7,char* Comp8,char* Comp9, char* Comp10,char* Comp11,char* Comp12); int GiD_BeginLAResult(char* Result,char* Analysis,float step, GiD_ResultLocation Where, char* GaussPointsName,char* RangeTable, char* Comp1,char* Comp2,char* Comp3); Example: C/C++ GiD_BeginResult("Result","Static",1.0,GiD_Scalar,GiD_OnNodes,NULL,NULL,0,NULL); FORTRAN CHARACTER*4 NULL NULL = CHAR(0)//CHAR(0)//CHAR(0)//CHAR(0) CALL GID_BEGINSCALARRESULT('Result','Analy.',1.0,0,NULL,NULL,NULL) int GiD_BeginResultHeader(char * Result, char * Analysis, double step, GiD_ResultType Type, GiD_ResultLocation Where, char * GaussPointsName); Description: Begin Result Block. This function open a result block. Only the result, analisys, location and location name are provided in the function call. The other result attributes as range table or components names are provided in a separated function calls. See GiD_ResultRange and GiD_ResultComponents. Parameters: See GiD_BeginResult. Example: GiD_BeginHeader("Result","Static",1.0,GiD_Scalar,GiD_OnNodes,NULL); int GiD_ResultRange(char * RangeTable); Description: Define the components names associated to the current result, either a single result block or the current result defined in a result group. Parameters: char * RangeTable --> name of the range table previously defined Example: C/C++ GiD_ResultRange("MyTable"); FORTRAN GID_RESULTRANGE('MyTable'); int GiD_ResultComponents(int compc, char* compv[]); Description: Define the components names associated to the current result, either a single result block or the current result defined in a result group. In FORTRAN you should call a diferent function of each result type: GID_SCALARCOMP(STRING Comp1) --> for scalar result GID_VECTORCOMP(STRING Comp1, STRING Comp2, STRING Comp3, STRING Comp4) --> for vector result type GID_2DMATRIXCOMP(STRING Sxx, STRING Syy, STRING Sxy) --> for matrix result type GID_3DMATRIXCOMP(STRING Sxx, STRING Syy, STRING Szz, STRING Sxy, STRING Syz, STRING Sxz) --> for matrix result type GID_PDMCOMP(STRING Sxx, STRING Syy, STRING Sxy, STRING Szz); --> for plain deformation matrix result type GID_MAINMATRIXCOMP(STRING Si, STRING Sii, STRING Siii, STRING Vix, STRING Viy, STRING Viz, STRING Viix, STRING Viiy, STRING Viiz, STRING Viiix, STRING Viiiy, STRING Viiiz) --> for main matrix result type GID_LACOMPONENT(STRING axes_1, STRING axes_2, STRING axes_3) --> for local axis result type Parameters: int compc --> number of components names to write. char * compv[] --> array of names. Example: C/C++ char cnames[] = {"X", "Y", "Z", "Mod"}; Gid_ResultComponents(3, cnames); FORTRAN CHARACTER*10 XN, YN, ZN, MN XN = 'X' YN = 'Y' ZN = 'Z' MN = 'Mod' CALL GID_VECTORCOMP(XN, YN, ZN, MN) int GiD_BeginResultGroup(char * Analysis, double step, GiD_ResultLocation Where, char * GaussPointsName); Description: Begin a result group. All grouped in the same analysis and step. See GiD online help on this topic. Parameters: See GiD_BeginResult. Example: C/C++ GiD_BeginResultGroup("Analysis", 1.0, GiD_OnNodes, NULL); GiD_ResultDescription("EscalarNodos", GiD_Scalar); GiD_ResultDescription("VectorNodos", GiD_Vector); GiD_ResultDescription("Matrix", GiD_Matrix); GiD_ResultDescription("Local Axes", GiD_LocalAxes); for ( i = 0; i < 9; i++ ) { GiD_WriteScalar(nodes[i].id, Random()); GiD_WriteVector(nodes[i].id, Random(), Random(), Random()); GiD_Write3DMatrix(i+1, Random(), Random(), Random(), Random(), Random(), Random()); GiD_WriteLocalAxes(i+1, Random(), Random(), Random()); } GiD_EndResult(); FORTRAN CALL GID_BEGINRESULTGROUP("Analysis", 1.0, 0, NULL) CALL GID_RESULTDESCRIPTION("EscalarNodos", 0) CALL GID_RESULTDESCRIPTION("VectorNodos",1) CALL GID_RESULTDESCRIPTION("Matrix",2) CALL GID_RESULTDESCRIPTION("Local Axes",5) do idx=1,9 value = idx*1.5; CALL GID_WRITESCALAR(nodes[i].id, value) CALL GID_WRITEVECTOR(nodes[i].id, value, value*2, value*3) CALL GID_WRITE3DMATRIX(i+1,value,value*2,value*3,value*4,value*7,value*1.1) CALL GID_WRITELOCALAXES(i+1,value,value*3,value*5) end do GID_ENDRESULT(); int GiD_ResultDescription(char * Result, GiD_ResultType Type); int GiD_ResultDescriptionDim( GP_CONST char * Result, GiD_ResultType Type, size_t dim); Description: Define a result member of a result group given the name and result type. The second prototype enable us to specify the dimension of the result types. Most of the types do not allow more than one dimension. Bellow if the set of valid dimensions for the argument dim given the value of Type: - Scalar : 1 (GiD_WriteScalar) - Vector : 2 (GiD_Write2DVector), 3(GiD_WriteVector) or 4 (GiD_WriteVectorModule) - Matrix : 3 (GiD_Write2DMatrix) or 6 (GiD_Write3DMatrix) - PlainDeformationMatrix : 4 (GiD_WritePlainDefMatrix) - MainMatrix : 12 (GiD_WriteMainMatrix) - LocalAxes : 3 (GiD_WriteLocalAxes) Parameters: See GiD_BeginResult. Example: C/C++ See GiD_BeginResultGroup FORTRAN See GiD_BeginResultGroup int GiD_ResultValues(); Description: This function is not needed anymore it is just maintained for backward compatibility. Parameters: Example: int GiD_EndResult(); Description: End Result Block. Parameters: NONE Example: C/C++ GiD_EndResult(); FORTRAN CALL GID_ENDRESULT int GiD_BeginOnMeshGroup(char * Name); Description: Results which are referred to a mesh group (see GiD_BeginMeshGroup) should be written between a call to this function and GiD_EndOnMeshGroup. Parameters: char* Name Name of the mesh group where the results will be specified. This group must be previously defined in a call to GiD_BeginMeshGroup. Example: C/C++ GiD_BeginOnMeshGroup("steps 1, 2, 3 and 4" ); FORTRAN CALL GID_BEGINONMESHGROUP("steps 1, 2, 3 and 4" ) int GiD_EndOnMeshGroup(); Description: This function close a previously opened block of result over a mesh group. See GiD_BeginOnMeshGroup. Parameters: None Example: C/C++ GiD_EndOnMeshGroup(); FORTRAN GID_ENDONMESHGROUP(); int GiD_FlushPostFile(); Description: Flushes all pending output into the postprocess file. This function should be called only when strictly necessary when writing in GiD_PostAsciiZipped or GiD_PostBinary modes because it can degrade compression.  Must be between GiD_BeginResult and GiD_EndResult Parameters: None Example: C/C++ GiD_WriteScalar(3,4.6); FORTRAN INTEGER*4 idx REAL*8 value idx=3 value=4.6 CALL GID_WRITESCALAR(idx,value)


Setup Access to run GSheets tests
Reference Materials:
- Overview of sheets API
- API Console – where you go to manage the credentials
- ../cmd/gsheetssetup/gsheetsetup.go is a Go program to remind me how to set this up for testing!
This is what I do to setup access and remember the details how things
get authorized.
go run cmd/gsheetaccess/gsheetaccess.go
Follow the prompts and suggestions until I get back the contents
of my “Sheet1”.
Environment variables for testing
- SPREADSHEET_ID
- The Google Spreadsheet ID taken from the URL (long alpha numeric string)
- SHEET_NAME
- Name the the sheet in the spread to test, e.g. “Sheet1”
- CLIENT_SECRET
- Location of the “credentials.json” file.


Stepping from JavaScript into Wasm
This tests that the DevTools can seamless step from JavaScript
into Wasm functions.
Steps
- Open DevTools
- Reload this page
- The page pauses on
debugger
statement in JavaScript function bar
- Now hitting Step / Step In twice should get you into the Wasm function
foo


Scheduler
Back
ADD SCHEDULE
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Repeat
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TUE
WED
THU
FRI
SAT
From
To
Thermostat Settings
31
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Introducing Postman Mock Call Logs - Postman Blog With the most recent release of Postman, we introduced call logging to ensure that mock servers generated from Postman collections are more useful. Prior to this release, you could publish a mock server from any… Continue reading "Introducing Postman Mock...
Changing the title without JavaScript Blazor is a fantastic way to develop interactive sites without the use of JavaScript.But that is not always entirely true, in some cases, you do need JavaScr...
The Guide to Arrow Functions in ES6 Learn more about a powerful feature of ES6: arrow functions. See how we can have better, more concise, and more powerful functions in JavaScript.
Containers Basics: Providing Persistent Storage to Containers One of the main differences you will notice when comparing containers with Virtual Machines (VMs) is that containers use an ephemeral storage by default. What that means is that containers use what we call as “scratch space” and this data is not persisted...
ASP.NET Core Session Storage Strategies - DZone Web Dev In this article, we discuss how to set up NCache Session Provider for ASP.NET Core applications in order to overcome issues caused by sticky sessions.
Microsoft Dotnet Gitignore File dotnet now has inbuilt functionality to create gitignore files and it's great!
How to SSH into a Windows 10 Machine from Linux OR Windows OR anywhere I've been shushing all over the place lately. I SSH into Linux from Windows using the built-in OpenSSH Client that ...
Microsoft Plots the End of Visual Basic - Thurrott.com Microsoft said this week that it will support Visual Basic on .NET 5.0 but will no longer add new features or evolve the language.
EdDSA, Ed25519, Ed25519-IETF, Ed25519ph, Ed25519ctx, HashEdDSA, PureEdDSA, WTF? The Edwards-curve Digital Signature Algorithm (EdDSA) You've heard of EdDSA right? The shiny and new signature scheme (well new, it's been here since 2008, wake up). Since its inception, EdDSA has evolved quite a lot, and some amount of standardization pr...
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Which type of Kickstarter Projects are Most Successful?
Kickstarter is currently the world's largest funding platform for creative projects. Project ideas range over fifteen categories including games, food, music, and technology. As of February 20, 2015, Kickstarter has raised over $1.5 billion dollars for over 200,000 projects. Kickstarter considers a project to be "successful" if the amount of money pledged is greater than the goal set by the creator. But is there one type of project that is more successful than others?
Out of 209,013 projects launched, 78,799 of them (37.7%) were considered successful.
Film & Video take up the largest fraction of all projects (43939), but only 39% of these projects are successfully funded.
On the other hand, Dance projects have the highest success rate (66.6%) but only 2466 projects have been created.
Out of the $1.54 billion pledged by backers in Kickstarter projects, $1.32 billion went on to fund successful projects.
Games is the category that is most funded, with over $300 million in pledges.
Film & Video, Technology and Design are the next four categories that have the most funding, with over $200 million in pledges each.
Dance, Journalism and Crafts are the least funded categories with less than $10 million in pledges.
The average Kickstarter project raises $7,219.65 in funds. On one end of the spectrum, the average Games project with a success rate of 34% and the average Technology project with a success rate of 23% raised over $20 thousand. On the other hand, a Crafts project averages only $1,338.70 in pledges.


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George Oikonomou
Associate Professor of IoT Networking | Electrical, Electronic and Mechanical Engineering | University of Bristol
Office 5.09
Merchant Venturers Building
Woodland Road
Clifton
BS8 1UB
UK
Previously
- Research Associate with the University of Bristol, working on RERUM and SPHERE.
- Research Associate with Computer Science at Loughborough University.
- Member (Research Assistant and Sys Admin) of the Computer and Communication Systems Laboratory (Department of Informatics, Athens University of Economics and Business).
Open source
I maintain and contribute to a number of open source projects.
Contki-NG
Co-founder, steering group member and maintainer of the Contiki-NG open source operating system for the Internet of Things.
I am the developer of its IPv6 multicast support (some info here) and I maintain a number of hardware ports, including the one for TI’s CC26x0/CC13x0 as well as the platforms powered by the older CC2538 System-on-Chip (CC2538DK, Zolertia Zoul and OpenMote).
Sensniff
Developer of Sensniff, the open source “Live Traffic Capture and Sniffer for IEEE 802.15.4 networks”.
cc2538-bsl
Collaborator/maintainer of cc2538-bsl, an open source serial boot loader project.
Legacy contiki for 8051-based devices
Developer of Contiki’s support for 8051-based devices, such as as the TI CC2530/31 and the Sensinode CC2430-based sensors. These ports are no longer maintained, but for historic purposes here is some info and a related blog entry.
news
| Oct 31, 2019 | New home for spd.gr |


Create tour and activity itineraries. Add custom pricing options including tiered pricing for groups. Create availability in open date or fixed date modes with ability to change prices for each session.
Get your own mobile friendly, responsive tour site created automatically for you. Make tour inventory bookable and collect payments through an intuitive and simple booking process.
Keep track of your tours and sessions schedule through easy to use calendar. See detail views of every tour session, booking and status.
Keep your guests informed throughout booking and post booking process through automated HTML email messages and SMS.
No need to setup or integrate with any payment gateway. Your tour booking pages come pre-integrated with payment processor.
Cancel a booking if needed and issue refunds from within the application.


{% load i18n %} {% blocktrans %}
Images are dedicated to keep virtual machine's configuration, such as operating system, software and configs. Thats what new virtual machines are created from and existing ones are saved to.
List all public images. You can create image of one of them.
{% endblocktrans %}


Drawing on a network of new and returning collaborators, Different Skies provides a platform for bold experiments in criticism, short fiction, poetry and reportage. We welcome submissions and proposals at any time.
Our regular writers’ meetings are open to potential contributors, running alongside a series of live reading events. Get in touch if you’d like to read.
Join our mailing list to hear about upcoming events, calls for submissions and latest releases.


{% extends "layout.html" %} {% block page_title %} View funding at organisation level {% endblock %} {% block content %} {% include "includes/phase_banner_beta.html" %} Choose how to view funding View funding at organisation level View funding at organisation level Select a school, academy, college or local authority to view the latest funding for this financial or academic year. School name, academy name, college name or local authority establishment number For example, Lickhill Primary School or 3832470 Search for school name, academy name, or local authority establishment number Local authority name or code For example, Camden or 202 Search for local authority name or code {% endblock %}
Select a school, academy, college or local authority to view the latest funding for this financial or academic year.


gawds
Graphics and Web Development Workshop
Learn to Develop a Simple Real-time Chat Application
OR
Learn UI Design and Photo Compositing
.workshop {
venue :E-block;
start-date :27-02-2017;
end-date :04-03-2017;
prerequisite :none;
contact<EMAIL_ADDRESS>registration-fees :150;
}
Contact
Gautam (Graphics) :<PHONE_NUMBER>
Anshu (Graphics) :<PHONE_NUMBER>
Ankit (Web) :<PHONE_NUMBER>
Divya (Web) :<PHONE_NUMBER>


Match Play. Red trails 2-5 to 9. Should Red redouble, if redoubled should White take?
pips Red=125 White=137
(CorrectAnswer= 0/0, ErrorScore= 0)
A tremendous match score redouble. For money this would be a trivial beaver. If the cube was in the centre this would be a big no double.
Red wins only 49% of the time from here but nearly half of those wins are gammons and a gammon wins the match.
Surprisingly, not redoubling now becomes a double blunder.
This position would pass many people by, and they would miss the redouble completely. It is only because XG flagged this up that I studied it at all. Thus, is progress made.
Red wins only 49% of the time from here but nearly half of those wins are gammons and a gammon wins the match.
Surprisingly, not redoubling now becomes a double blunder.
This position would pass many people by, and they would miss the redouble completely. It is only because XG flagged this up that I studied it at all. Thus, is progress made.
Cube analysis 2-ply cubeless equity +0.086 (Money: +0.075) 0.506 0.217 0.006 - 0.494 0.151 0.008 Cubeful equities: 1. Double, take +0.692 2. Double, pass +1.000 (+0.308) 3. No double +0.524 (-0.167) Proper cube action: Redouble, take


Offset: 0
The main objective of this is to develop an easy to use and customizable web interface for Collectd (Resource monitoring software).
Two days of research where enough to realize that collectd didn't have a real frontend and the one bundled with the backend was really made for testing purposes, so much of the usablility and strength of statistics was left aside.


ASTROIMAGES
ZwEin
Solarsystem Images
Downloads:
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Solarsystem
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By
ZwEin
Location: Los Angeles
Date: Jan 14, 2016
Solarsystem Icon Set
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|
CardGame
|
Public Member Functions | |
| EventManager () | |
| void | Connection (PacketHeader header, Connection connection, string message) |
| void | Rename (PacketHeader header, Connection connection, string message) |
| void | Deconnection (PacketHeader header, Connection connection, string message) |
| void | ReceiveMessage (PacketHeader header, Connection connection, string message) |
| void | SendDeck (PacketHeader header, Connection connection, string message) |
| void | SendPile (PacketHeader header, Connection connection, string message) |
| void | HowManyCards (PacketHeader header, Connection connection, string id) |
| void | PlayerAnnonce (PacketHeader header, Connection connection, string serial) |
| void | PlayerPlay (PacketHeader header, Connection connection, string serial) |
| void | GetScore (PacketHeader header, Connection connection, string id) |
| void | PlayerReady (PacketHeader header, Connection connection, string id) |
| void | RelanceGame (PacketHeader header, Connection connection, string msg) |
This class contain all the functions which will be triggered by the client's requests.
|
inline |
Constructor.
|
inline |
Triggered when the client asked to connect.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| message | The name of the user. |
|
inline |
Triggered when the client disconnect himself.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| message | Message of deconnection. |
|
inline |
Triggered when the client want to play a card.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| id | The id of the player from who the player want to know the score. |
|
inline |
Triggered when the client ask the number of card of a player.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| id | The id of the player he want to know the number of card. |
|
inline |
Triggered when the client want to make an annonce.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| serial | The serialisation of a Contract object. |
|
inline |
Triggered when the client want to play a card.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| serial | Serialisation of a Card object. |
|
inline |
Triggered when the client want to play a card.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| id | The id of the player who's ready. |
|
inline |
Triggered when the client write a message.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| message | The message of the user. |
|
inline |
Triggered when the client want to relance the game.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| msg | Unused. |
|
inline |
Triggered when the client rename himself.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| message | The new name of the user. |
|
inline |
Triggered when the client ask his deck to the server.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| message | Unused. |
|
inline |
Triggered when the client ask The pile to the server.
| header | Infos about the header. |
| connection | Infos about the client connection. |
| message | Unused. |