Colleges and Universities - Chile
(C)Copyright 1995,1996 Christina DeMello. Reproduction and distribution are
permissible for non-profit purposes only, but no changes are to be
made to this document without the author's written consent.
Please send additions, corrections, and comments to<EMAIL_ADDRESS>Please
give me a few days to respond as I no longer have a
direct net connection at work every day. Also, this list may be
updated more quickly than I can respond personally to email.
Last modified: Thu Jul 11 20:53:17 1996
- Pontificia Universidad Católica de Chile
- Universidad Católica del Norte
- Universidad Catolica de Valparaiso
- Universidad Diego Portales
- Universidad Técnica Federico Santa María
- Universidad de Atacama
- Universidad de Chile
- Universidad de Concepción
- Universidad de La Frontera
- Universidad de Santiago de Chile
- Universidad de Talca
- Universidad de Tarapacá
- Universidad del Bío-Bío
Return to Top Level
<EMAIL_ADDRESS><EMAIL_ADDRESS>Last updated:
Mon Jul 15 00:41:32 PDT 1996


Background
Hello, My name is Keith Cesar Dela Cruz Bangi. I've always had this hidden passion in technology. I’m always browsing, tweaking stuff and always curious what's going on behind websites. Thats what brought me to learn coding. Now I am an aspiring web developer. I’m excited, I know this journey won’t be easy but I believe something good will happen and it will be worth it.
Programming Skills
- HTML
- CSS
- Javascript
Places I want to visit
PhilippinesJapanSouth KoreaHawaiiCanada- Australia
- China
- Italy
- Thailand
- Greece


This is the portal for the GUC Link Digital Campus inititative
This system is intended to augment the existing GUC infrastracture and enhance student experience
Created by MET department
Report issues here


Lorem Ipsum Help
Introduction
This is the help page for the Lorem Ipsum add-on for Google Docs.
Using the Add-on
After you install the add-on, click
Add-ons > Lorem Ipsum > Insert placeholder text... to
add placeholder text to your document. You can add up to 99 randomly generated words, sentences, or paragraphs.
About
Lorem Ipsum 1.0.0
Created by
Allen Guo
MIT License
Check out the source code on GitHub


CQ3WeakObjectRef.h
Discussion
Wrapper class for zeroing weak reference to a Quesa object. Unlike CQ3ObjectRef, the object is not required to be a shareable (reference-counted) type of object.
© 1999-2023 Quesa Developers (Last Updated 1/27/2023)


Are you sure you want to change this VRM?
Amending this VRM will also amend the VRM for all other tech records present.


My Artwork Grally
Home
Portfolio
About
Welcome to Qingdi's Profile Page
Life is short, feel this colourful world with the soul, grasp this sweet moment with the camera.
My Artwork Grally


Wittebome High School Duty first
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text
text that describes the image or block of text


[gecode-users] Search and Recomputation
Max Ostrowski
ostrowsk at cs.uni-potsdam.de
Fri Nov 18 13:29:22 CET 2011
I have 2 general questions on how search works in gecode.
Search and Propagation
I just read on page 306 in "Modelling and Programming with Gecode", that
during search "pristine" clones are stored, where no propagation was made.
How is this possible. Considering the simple case, without
recomputation, having a full "trail" of spaces.
having space[0] to space[n] for the first n decision levels.
Now i do a choice on some variable x==1.
Now i would expect doing some propagation.
Do you copy the space[n+1], do some propagation, and afterwards delete
the propagated space to do another choice ?
Do you always propagate all constraints with all choices without storing
intermediate, usable, results of this propagation?
2nd Question:
Using Recomputation:
If i have stored a space S and done some choices C1,C2,C3
S->C1->S1->C2->S2->C3->S3
and now recognize that space S3 is failed and want to "backtrack" to S2
i would do
S->commit(C1)
S->commit(C2)
This should lead to a space equivalent to S2. Is this space already
propagated ?
If i now call status() on S, is any propagator invoked?

Does it just restore the effects of the propagation?
Does it just repost the decision (as i could do by hand saying post(x==1) )?
Best,
Max Ostrowski
More information about the users
mailing list


Madusha Lakruwan
Hardcore Gamer
Shohan Mark
Always at Papre
Sajidh Farook
Most Punctual Person LOL
Nafeel Cassim
Never Answers the phone


Mridula Shankar
About
Contact
Portfolio
Projects
Psychic Game
GitHub pages
Balloon Hit Game
GitHub pages
Trivia game
GitHub pages
SEQUELized-Coffee-Shop
Heroku Deployed Site
Giftastic
GitHub pages
Word Guess Game
GitHub pages
LIRI Bot-NodeJsApp
Coffee Shop
Heroku Deployed Site


Bourne Again Shell, renew format of Bourne Shell (sh).
Yeahhhhh, let see it in action....
cd handson
./start.sh
Shebang is the first line of interpreter
#!interpreter [optional-arg]
Examples:
Let's focus on two types of variables:
How do you set your variables?
Can set environment variables for a single command
#env [OPTION]... [-] [NAME=VALUE]... [COMMAND [ARG]...]
env y=5 ./example.sh
Sets shell variables
#declare [-aAfFgilnrtux] [-p] [NAAM[=WAARDE] ...]
declare z=6
Makes shell variables environment variables
#export [-fn] [NAAM[=WAARDE] ...]
export q=6
Create functions in bash to make life easier.
# Define:
function_name() {
echo "function_name"
}
function function_name {
echo "function_name"
}
# Call
function_name [args1 args2 args3....]
function_name() {
echo "function1
}
function_name() {
local function=5 #local variable only inside this function
function2=5 #variable set outside
}
Fault:
foo() {echo "hello world";}
Correct:
foo() { echo "hello world";}
Indexed array(default):
declare -a arrayName
Associative arrays
declare -A arrayName
echo "Array ${array[*]}: test1 test2 test3 test4"
echo "Array ${#array[*]}: 4"
echo "Array ${array[1]}: test2"
Fault:
array=( $var )
Correct:
# if single element use:
array=( "$var" )
# if multiple elements:
mapfile -t array <<< "$var"
# or
IFS=" " read -r -a array <<< "$var"
if [[ test-commands ]]; then
consequent-commands;
elif [[ more-test-commands ]]; then
more-consequents;
else
consequent-commands;
fi"
case word in
option1 | option 2 )
echo -n "options"
;;
* )
echo -n "default"
;;
esac
select x in *; do
echo you picked $x ($REPLY)
done"
if [ "$(whoami)" = "root" ]; then....
//Fault:
[[ [ a || b ] && c ]]
//Correct:
[[ ( a || b ) && c ]]"
until test-commands; do
consequent-commands;
done
while test-commands; do
consequent-commands;
done
for name [ [in [words …] ] ; do
commands;
done
for (( expr1 ; expr2 ; expr3 )) ; do
commands ;
done
for f in *; do echo "$f" done
for f in \$@; do x; done
# Loop until all parameters are used up
while [ "$1" != "" ]; do
#DEBUG: echo \"first param: \$1, second parm: \$2\"
case $1 in
--debug )
debug=1
shift 1
;;
-data | --data )
data=$2
shift 2
;;
import )
action=import
shift
;;
--help )
usage
exit
;;
* )
usage
exit 1
esac
done
Shellcheck https://www.shellcheck.net/
How to install shellcheck:
See the wiki of shellcheck for explaining some cases
WikiBy default shell scripts doesn't exit if a error occured from a other script. With Set you can fixed that problem:
set -o errexit // error will be thrown up.
set -o pipefail // error will be thrown if a pipe fails.
set -o xtrace // debug, show every command that runs.
set -o nounset // Fails if variable is not declared.
!#shebang
Define variable with declare
Define functions
Define Menu
//Variable naming:
declare -x ENV_VARIABLE
declare shellvariable
// Private readable
_function_name() { echo "test"; }
_variable
export PATH=$PATH:/c/Users/XXXXXXXXX/scripts
When you have got a script copy this to your scripts path with the command:
cp example.sh /c/Users/XXXXXXXXX/scripts/example *
* Notice i have stip down the extension of the file..


[1]
basic -/: but i was prepared for , as i had read previous travellers ' reviews .
[2]
much at reservation , except for complimentary breakfast and these promises were met in the hotel .


{% extends "layout.html" %} {% set active_user = user %} {% set active_page = "funding" %} {% block heading %} {% endblock %} {% block body %}
Help us bring a culture of wellbeing support to Baltimore, MD
As a family business, we hope to provide fresh local food all year round
A group of new college graduates looking to build cool architecture projects!
We hope to bring you a wider range of products for darker skin tones
The county's first hygiene services run by a woman - help us fight the pandemic
Find personalized web design tools and templates for your product


Your Bitcoin tipping service for live video content!
Learn More
Send
{{ nickname }}
a tip with Bitcoin!
{{ display_text }}
Username:
Email:
Message:
Show BitCoin Address


Ouput Files
Variables
Almost there!
All set!! Select a plot mode and click on the Finish button to generate the graph


A loader for loading a .obj resource.
The OBJ file format is a simple data-format
that represents 3D geometry in a human readable format as, the position of each vertex, the UV position of
each texture coordinate vertex, vertex normals, and the faces that make each polygon defined as a list of
vertices, and texture vertices.
// instantiate the loader
let loader = new OBJLoader2();
// function called on successful load
function callbackOnLoad ( object3d ) {
scene.add( object3d );
}
// load a resource from provided URL synchronously
loader.load( 'obj/female02/female02.obj', callbackOnLoad, null, null, null );
[example:webgl_loader_obj2] - Simple example
[example:webgl_loader_obj2_options] - Example for multiple use-cases (parse and load, sync or in parallel to main (see [page:OBJLoader2Parallel]))
[page:LoadingManager manager] - The [page:LoadingManager loadingManager] for the loader to use. Default is [page:LoadingManager THREE.DefaultLoadingManager].
Creates a new [name]. Use it to load OBJ data from files or to parse OBJ data from arraybuffer or text.
See the base [page:Loader] class for common properties.
See the base [page:Loader] class for common methods.
[[page:Arraybuffer content]|[page:String content]] OBJ data as Uint8Array or String
Parses OBJ data synchronously from arraybuffer or string and returns the [page:Object3D baseObject3d].
[page:String url] - A string containing the path/URL of the file to be loaded.
[page:Function onLoad] - A function to be called after loading is successfully completed. The function receives loaded [page:Object3D] as an argument.
[page:Function onProgress] - (optional) A function to be called while the loading is in progress. The argument will be the XMLHttpRequest instance, which contains [page:Integer total] and [page:Integer loaded] bytes.
[page:Function onError] - (optional) A function to be called if an error occurs during loading. The function receives the error as an argument.
[page:Function onMeshAlter] - (optional) A function to be called after a new mesh raw data becomes available for alteration.
Use this convenient method to load a file at the given URL. By default the fileLoader uses an ArrayBuffer.
[page:Boolean enabled] True or false.
[page:Boolean debug] True or false.
Enable or disable logging in general (except warn and error), plus enable or disable debug logging.
[page:Boolean materialPerSmoothingGroup]
Tells whether a material shall be created per smoothing group.
[page:Boolean useOAsMesh]
Usually 'o' is meta-information and does not result in creation of new meshes, but mesh creation on occurrence of "o" can be enforced.
[page:Boolean useIndices]
Instructs loaders to create indexed [page:BufferGeometry].
[page:Boolean disregardNormals]
Tells whether normals should be completely disregarded and regenerated.
[page:String modelName]
Set the name of the model.
[page:Object3D baseObject3d - Object already attached to scenegraph where new meshes will be attached to
Set the node where the loaded objects will be attached directly.
[page:Object materials] - materials Object with named [page:Material Materials]
Add materials as associated array.
[page:Function onLoad]
Register a function that is called when parsing was completed.
[page:Function onAssetAvailable]
Register a function that is called once an asset (mesh/material) becomes available.
[page:Function onProgress]
Register a function that is used to report overall processing progress.
[page:Function onError]
Register an error handler function that is called if errors occur. It can decide to just log or to throw an exception.
[page:Function onMeshAlter]
Register a function that is called once a single mesh is available and it could be altered by the supplied function.
[link:https://github.com/mrdoob/three.js/blob/master/examples/jsm/loaders/OBJLoader2.js examples/jsm/loaders/OBJLoader2.js]


Copyright (c) 1989 Golden
The game is played on a 8x8 board with the following initial setup:
|
| An example Green wins next move. He jumps his a2 stone until it captures d6. Black does not have no stones on the court, and thus looses. |
There is a ZRF to play King's Court with Zillions


|
Panda3D
|
This is the fundamental interface for writing binary objects to a Bam file, to be extracted later by a BamReader. More...
Public Member Functions | |
| __init__ (const BamWriter) | |
| __init__ (DatagramSink target) | |
| flush () | |
| Ensures that all data written thus far is manifested on the output stream. More... | |
| BamEnums::BamEndian | getFileEndian () |
| Returns the endian preference indicated by the Bam file currently being written. More... | |
| int | getFileMajorVer () |
| Returns the major version number of the Bam file currently being written. More... | |
| int | getFileMinorVer () |
| Returns the minor version number of the Bam file currently being written. More... | |
| const Filename | getFilename () |
| If a BAM is a file, then the BamWriter should contain the name of the file. More... | |
| bool | getFileStdfloatDouble () |
| Returns true if the file will store all "standard" floats as 64-bit doubles, or false if they are 32-bit floats. More... | |
| BamEnums::BamTextureMode | getFileTextureMode () |
| Returns the BamTextureMode preference indicated by the Bam file currently being written. More... | |
| TypedWritable | getRootNode () |
| Returns the root node of the part of the scene graph we are currently writing out. More... | |
| DatagramSink | getTarget () |
| Returns the current target of the BamWriter as set by set_target() or the constructor. More... | |
| bool | hasObject (const TypedWritable obj) |
| Returns true if the object has previously been written (or at least requested to be written) to the bam file, or false if we've never heard of it before. More... | |
| bool | init () |
| Initializes the BamWriter prior to writing any objects to its output stream. More... | |
| setFileMinorVer (int minor_ver) | |
| Changes the minor .bam version to write. More... | |
| setFileTextureMode (BamEnums::BamTextureMode file_texture_mode) | |
| Changes the BamTextureMode preference for the Bam file currently being written. More... | |
| setRootNode (TypedWritable root_node) | |
| Sets the root node of the part of the scene graph we are currently writing out. More... | |
| setTarget (DatagramSink target) | |
| Changes the destination of future datagrams written by the BamWriter. More... | |
| bool | writeObject (const TypedWritable obj) |
| Writes a single object to the Bam file, so that the BamReader::read_object() can later correctly restore the object and all its pointers. More... | |
| Public Member Functions inherited from BamEnums | |
| __init__ () | |
| __init__ (const BamEnums) | |
Public Attributes | |
| BamEnums::BamEndian | file_endian |
| Returns the endian preference indicated by the Bam file currently being written. More... | |
| bool | file_stdfloat_double |
| Returns true if the file will store all "standard" floats as 64-bit doubles, or false if they are 32-bit floats. More... | |
| BamEnums::BamTextureMode | file_texture_mode |
| Returns the BamTextureMode preference indicated by the Bam file currently being written. More... | |
| const Filename | filename |
| If a BAM is a file, then the BamWriter should contain the name of the file. More... | |
| TypedWritable | root_node |
| Returns the root node of the part of the scene graph we are currently writing out. More... | |
| DatagramSink | target |
| Returns the current target of the BamWriter as set by set_target() or the constructor. More... | |
Additional Inherited Members | |
| Public Types inherited from BamEnums | |
| enum | BamEndian { BE_bigendian = 0, BE_littleendian = 1, BE_native = 1 } |
| This defines an enumerated type used to represent the endianness of certain numeric values stored in a Bam file. More... | |
| enum | BamObjectCode { BOC_push = 0, BOC_pop = 1, BOC_adjunct = 2, BOC_remove = 3, BOC_file_data = 4 } |
| This is the code written along with each object. More... | |
| enum | BamTextureMode { BTM_unchanged = 0, BTM_fullpath = 1, BTM_relative = 2, BTM_basename = 3, BTM_rawdata = 4 } |
This is the fundamental interface for writing binary objects to a Bam file, to be extracted later by a BamReader.
A Bam file can be thought of as a linear collection of objects. Each object is an instance of a class that inherits, directly or indirectly, from TypedWritable. The objects may include pointers to other objects; the BamWriter automatically manages these (with help from code within each class) and writes all referenced objects to the file in such a way that the pointers may be correctly restored later.
This is the abstract interface and does not specifically deal with disk files, but rather with a DatagramSink of some kind, which simply accepts a linear stream of Datagrams. It is probably written to a disk file, but it might conceivably be streamed directly to a network or some such nonsense.
Bam files are most often used to store scene graphs or subgraphs, and by convention they are given filenames ending in the extension ".bam" when they are used for this purpose. However, a Bam file may store any arbitrary list of TypedWritable objects; in this more general usage, they are given filenames ending in ".boo" to differentiate them from the more common scene graph files.
See also BamFile, which defines a higher-level interface to read and write Bam files on disk.
| __init__ | ( | const | BamWriter | ) |
| __init__ | ( | DatagramSink | target | ) |
| flush | ( | ) |
Ensures that all data written thus far is manifested on the output stream.
| BamEnums::BamEndian getFileEndian | ( | ) |
Returns the endian preference indicated by the Bam file currently being written.
This does not imply that every number is stored using the indicated convention, but individual objects may choose to respect this flag when recording data.
| int getFileMajorVer | ( | ) |
Returns the major version number of the Bam file currently being written.
| int getFileMinorVer | ( | ) |
Returns the minor version number of the Bam file currently being written.
| const Filename getFilename | ( | ) |
If a BAM is a file, then the BamWriter should contain the name of the file.
This enables the writer to convert pathnames in the BAM to relative to the directory containing the BAM.
| bool getFileStdfloatDouble | ( | ) |
Returns true if the file will store all "standard" floats as 64-bit doubles, or false if they are 32-bit floats.
This isn't runtime settable; it's based on the compilation flags of the version of Panda that generated this file.
| BamEnums::BamTextureMode getFileTextureMode | ( | ) |
Returns the BamTextureMode preference indicated by the Bam file currently being written.
Texture objects written to this Bam file will be encoded according to the specified mode.
| TypedWritable getRootNode | ( | ) |
Returns the root node of the part of the scene graph we are currently writing out.
This is used for determining what to make NodePaths relative to.
| DatagramSink getTarget | ( | ) |
Returns the current target of the BamWriter as set by set_target() or the constructor.
| bool hasObject | ( | const TypedWritable | obj | ) |
Returns true if the object has previously been written (or at least requested to be written) to the bam file, or false if we've never heard of it before.
| bool init | ( | ) |
| setFileMinorVer | ( | int | minor_ver | ) |
Changes the minor .bam version to write.
This should be called before init(). Each Panda version has only a fairly narrow range of versions it is able to write; consult the .bam documentation for more information.
| setFileTextureMode | ( | BamEnums::BamTextureMode | file_texture_mode | ) |
Changes the BamTextureMode preference for the Bam file currently being written.
Texture objects written to this Bam file will be encoded according to the specified mode.
| setRootNode | ( | TypedWritable | root_node | ) |
Sets the root node of the part of the scene graph we are currently writing out.
NodePaths written to this bam file will be relative to this node.
| setTarget | ( | DatagramSink | target | ) |
| bool writeObject | ( | const TypedWritable | obj | ) |
Writes a single object to the Bam file, so that the BamReader::read_object() can later correctly restore the object and all its pointers.
This implicitly also writes any additional objects this object references (if they haven't already been written), so that pointers may be fully resolved.
This may be called repeatedly to write a sequence of objects to the Bam file, but typically (especially for scene graph files, indicated with the .bam extension), only one object is written directly from the Bam file: the root of the scene graph. The remaining objects will all be written recursively by the first object.
Returns true if the object is successfully written, false otherwise.
| BamEnums::BamEndian file_endian |
Returns the endian preference indicated by the Bam file currently being written.
This does not imply that every number is stored using the indicated convention, but individual objects may choose to respect this flag when recording data.
| bool file_stdfloat_double |
Returns true if the file will store all "standard" floats as 64-bit doubles, or false if they are 32-bit floats.
This isn't runtime settable; it's based on the compilation flags of the version of Panda that generated this file.
| BamEnums::BamTextureMode file_texture_mode |
Returns the BamTextureMode preference indicated by the Bam file currently being written.
Texture objects written to this Bam file will be encoded according to the specified mode.
| const Filename filename |
If a BAM is a file, then the BamWriter should contain the name of the file.
This enables the writer to convert pathnames in the BAM to relative to the directory containing the BAM.
| TypedWritable root_node |
Returns the root node of the part of the scene graph we are currently writing out.
This is used for determining what to make NodePaths relative to.
| DatagramSink target |
Returns the current target of the BamWriter as set by set_target() or the constructor.


Es wurden ${exhibitions?size} Einträge zu Ausstellungen in der Datenbank gefunden!
${i18n("exhibition.title.box")}
${exhibitions?size}
| ${i18n("exhibition.table.header.one")} | ${i18n("exhibition.table.header.two")} | ${i18n("exhibition.table.header.three")} | ${i18n("exhibition.table.header.four")} | ${i18n("exhibition.table.header.five")} | ${i18n("exhibition.table.header.six")} | ${i18n("exhibition.table.header.seven")} | ${i18n("exhibition.table.header.eight")} | ${i18n("exhibition.table.header.nine")} |
|---|---|---|---|---|---|---|---|---|
| ${exhibition.index} | ${exhibition.name} | ${exhibition.institution} | ${exhibition.year} | ${exhibition.dateFrom} | ${exhibition.dateTo} | ${exhibition.city} | ${exhibition.country} | ${exhibition.comment} |


Line data Source code
1 : import './SearchData.dart'; 2 : import '../geocoder_offline.dart'; 3 : 4 : class LocationResult { 5 : /// Location data that was finded in search. Contains data from provided search file. 6 : LocationData location; 7 : 8 : /// Search data contains latitude and longitude that was searched for. 9 : SearchData searchData; 10 : 11 : /// Distance beetween search data and location data 12 : double distance; 13 : 14 : /// Bearing beetween search data and location data 15 : String bearing; 16 : 17 1 : LocationResult(this.location, this.distance, this.bearing, this.searchData); 18 : 19 : /// Get LocationResult representation in GNIS format 20 1 : String get gnisFormat { 21 2 : if (distance < 1) { 22 5 : return '${location.featureName}, ${location.state} '; 23 : } 24 8 : return '${distance.toInt()}mi $bearing of ${location.featureName}, ${location.state} '; 25 : } 26 : }


| Name | Total Lines | Lines of Code | Total Coverage | Code Coverage |
|---|---|---|---|---|
| lib/godinterface.rb | 160 | 112 | 20.00%
|
8.93%
|
Code reported as executed by Ruby looks like this...and this: this line is also marked as covered.Lines considered as run by rcov, but not reported by Ruby, look like this,and this: these lines were inferred by rcov (using simple heuristics).Finally, here's a line marked as not executed.
1 #!/usr/bin/ruby -w |
2 |
3 |
4 # A constant that we use to indicate that we want the output produced |
5 # by remotely executed SSH commands. |
6 WANT_OUTPUT = true |
7 |
8 |
9 # A constant that we use to indicate that we do not want the output |
10 # produced by remotely executed SSH commands. |
11 NO_OUTPUT = false |
12 |
13 |
14 # Most daemons within AppScale aren't fault-tolerant, so to make them |
15 # fault-tolerant, we use the open source process monitor god. This |
16 # module hides away having to write god config files, deploying it, and |
17 # sending config files to it. |
18 module GodInterface |
19 |
20 def self.start_god(remote_ip, remote_key) |
21 self.run_god_command("god", remote_ip, remote_key) |
22 end |
23 |
24 def self.start(watch, start_cmd, stop_cmd, ports, env_vars=nil, remote_ip=nil, remote_key=nil) |
25 |
26 ports = [ports] unless ports.class == Array |
27 |
28 prologue = <<BOO |
29 WATCH = "#{watch}" |
30 START_CMD = "#{start_cmd}" |
31 STOP_CMD = "#{stop_cmd}" |
32 PORTS = [#{ports.join(', ')}] |
33 |
34 BOO |
35 |
36 body = <<'BAZ' |
37 PORTS.each do |port| |
38 God.watch do |w| |
39 w.name = "#{WATCH}-#{port}" |
40 w.group = WATCH |
41 w.interval = 30.seconds # default |
42 w.start = START_CMD |
43 w.stop = STOP_CMD |
44 w.start_grace = 20.seconds |
45 w.restart_grace = 20.seconds |
46 w.log = "/var/log/appscale/#{WATCH}-#{port}.log" |
47 w.pid_file = "/var/appscale/#{WATCH}-#{port}.pid" |
48 |
49 w.behavior(:clean_pid_file) |
50 |
51 w.start_if do |start| |
52 start.condition(:process_running) do |c| |
53 c.running = false |
54 end |
55 end |
56 |
57 w.restart_if do |restart| |
58 restart.condition(:memory_usage) do |c| |
59 c.above = 150.megabytes |
60 c.times = [3, 5] # 3 out of 5 intervals |
61 end |
62 |
63 restart.condition(:cpu_usage) do |c| |
64 c.above = 50.percent |
65 c.times = 5 |
66 end |
67 end |
68 |
69 # lifecycle |
70 w.lifecycle do |on| |
71 on.condition(:flapping) do |c| |
72 c.to_state = [:start, :restart] |
73 c.times = 5 |
74 c.within = 5.minute |
75 c.transition = :unmonitored |
76 c.retry_in = 10.minutes |
77 c.retry_times = 5 |
78 c.retry_within = 2.hours |
79 end |
80 end |
81 BAZ |
82 |
83 if !env_vars.nil? and !env_vars.empty? |
84 env_vars_str = "" |
85 |
86 env_vars.each { |k, v| |
87 env_vars_str += " \"#{k}\" => \"#{v}\",\n" |
88 } |
89 |
90 body += <<BOO |
91 |
92 w.env = { |
93 #{env_vars_str} |
94 } |
95 BOO |
96 end |
97 |
98 epilogue = <<BAZ |
99 end |
100 end |
101 BAZ |
102 |
103 config_file = prologue + body + epilogue |
104 tempfile = "/tmp/god-#{rand(10000)}.god" |
105 |
106 HelperFunctions.write_file(tempfile, config_file) |
107 |
108 if remote_ip |
109 HelperFunctions.scp_file(tempfile, tempfile, remote_ip, remote_key) |
110 end |
111 |
112 self.run_god_command("god load #{tempfile}", remote_ip, remote_key) |
113 Kernel.sleep(5) |
114 FileUtils.rm_f(tempfile) |
115 |
116 ip = remote_ip || HelperFunctions.local_ip |
117 if remote_ip |
118 remove = "rm -rf #{tempfile}" |
119 HelperFunctions.run_remote_command(ip, remove, remote_key, NO_OUTPUT) |
120 end |
121 |
122 god_info = "Starting #{watch} on ip #{ip}, port #{ports.join(', ')}" + |
123 " with start command [#{start_cmd}] and stop command [#{stop_cmd}]" |
124 Djinn.log_debug(god_info) |
125 |
126 self.run_god_command("god start #{watch}", remote_ip, remote_key) |
127 end |
128 |
129 def self.stop(watch, remote_ip=nil, remote_key=nil) |
130 self.run_god_command("god stop #{watch}", remote_ip, remote_key) |
131 end |
132 |
133 def self.remove(watch, remote_ip=nil, remote_key=nil) |
134 self.run_god_command("god remove #{watch}", remote_ip, remote_key) |
135 end |
136 |
137 def self.shutdown(remote_ip=nil, remote_key=nil) |
138 god_status = `god status` |
139 services = god_status.scan(/^([\w\d]+)/).flatten |
140 |
141 services.each { |service| |
142 self.run_god_command("god stop #{service}", remote_ip, remote_key) |
143 } |
144 |
145 self.run_god_command("god terminate", remote_ip, remote_key) |
146 end |
147 |
148 private |
149 def self.run_god_command(cmd, ip, ssh_key) |
150 local = ip.nil? |
151 |
152 if local |
153 Djinn.log_run(cmd) |
154 else |
155 output = HelperFunctions.run_remote_command(ip, cmd, ssh_key, WANT_OUTPUT) |
156 Djinn.log_debug("running command #{cmd} on ip #{ip} returned #{output}") |
157 end |
158 end |
159 end |
160 |
Generated on Tue Dec 11 11:59:27 -0800 2012 with rcov 1.0.0


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface NativeBufferIterator
The interface NativeBufferIterator
is implemented by the framework
to provide a native buffer iterator.
A native buffer iterator allows to read/write the native memory sequentially; an internal counter working as the relative offset of the buffer address is incremented automatically depending on the data read/written.
NativeBuffer.newBufferIterator()
| Method Summary | |
|---|---|
long |
backward(long bytes)
Decrements the current relative position with the specified number of bytes. |
long |
currentAddress()
Returns the current absolute address position of the iterator. |
long |
currentOffset()
Returns the current relative position of the iterator in bytes working as an offset. |
long |
forward(long bytes)
Increments the current relative position with the specified number of bytes. |
java.lang.String |
getAnsiString()
Returns a java.lang.String read from the native memory in the buffer address + the current relative position until a '\0' character is found, converting each byte (C char) read to a Java char. |
java.lang.StringBuffer |
getAnsiStringBuffer()
Returns a java.lang.StringBuffer read from the native memory in the buffer address + the current relative position until a '\0' character is found, converting each byte (C char) read to a Java char. |
NativeBuffer |
getBuffer()
Returns the parent native buffer. |
java.lang.String |
getUnicodeString()
Returns a java.lang.String read from the native memory in the buffer address + the current relative position until a C L'\0' character is found converting each 2 byte (Win32 wchar_t) or 4 byte (Linux/Mac/Solaris wchar_t) read to a Java char. |
java.lang.StringBuffer |
getUnicodeStringBuffer()
Returns a java.lang.StringBuffer read from the native memory in the buffer address + the current relative position until a '\0' character is found, converting each byte (C char) read to a Java char. |
long |
nextAddress()
Returns a platform address value read from the native memory in the parent buffer address + the current relative position. |
boolean |
nextBoolean()
Returns a boolean read from the native memory in the parent buffer address + the current relative position. |
boolean[] |
nextBooleanArray(boolean[] buff,
int index,
int length)
Returns a boolean array read from the native memory in the buffer address + the current relative position. |
NativeBuffer |
nextBuffer(long size)
Returns a new native buffer mapping a native memory part of the buffer. |
byte |
nextByte()
Returns a byte read from the native memory in the parent buffer address + the current relative position. |
byte[] |
nextByteArray(byte[] buff,
int index,
int length)
Returns a byte array read from the native memory in the buffer address + the current relative position. |
char |
nextChar()
Returns a char read from the native memory in the parent buffer address + the current relative position. |
char[] |
nextCharArray(char[] buff,
int index,
int length)
Returns a char array read from the native memory in the buffer address + the current relative position. |
double |
nextDouble()
Returns a double read from the native memory in the parent buffer address + the current relative position. |
double[] |
nextDoubleArray(double[] buff,
int index,
int length)
Returns a double array read from the native memory in the buffer address + the current relative position. |
float |
nextFloat()
Returns a float read from the native memory in the parent buffer address + the current relative position. |
float[] |
nextFloatArray(float[] buff,
int index,
int length)
Returns a float array read from the native memory in the buffer address + the current relative position. |
int |
nextInt()
Returns an int read from the native memory in the parent buffer address + the current relative position. |
int[] |
nextIntArray(int[] buff,
int index,
int length)
Returns an int array read from the native memory in the buffer address + the current relative position. |
long |
nextLong()
Returns a long read from the native memory in the parent buffer address + the current relative position. |
long[] |
nextLongArray(long[] buff,
int index,
int length)
Returns a long array read from the native memory in the buffer address + the current relative position. |
short |
nextShort()
Returns a short read from the native memory in the parent buffer address + the current relative position. |
short[] |
nextShortArray(short[] buff,
int index,
int length)
Returns a short array read from the native memory in the buffer address + the current relative position. |
void |
setAddress(long value)
Updates with a platform address data the native memory in the buffer address + the current relative position. |
void |
setAnsiString(java.lang.String value)
Writes on the native memory the specified java.lang.String in the buffer address + the current relative position, each character is converted to one byte (C char), the '\0' character is written in the end. |
void |
setAnsiStringBuffer(java.lang.StringBuffer value)
Writes on the native memory the specified java.lang.StringBuffer in the buffer address + the current relative position, each character is converted to one byte (C char), the '\0' character is written in the end. |
void |
setBoolean(boolean value)
Updates with a boolean data the native memory in the buffer address + the current relative position. |
void |
setBooleanArray(boolean[] value,
int index,
int length)
Updates with a boolean data array the native memory in the buffer address + the current relative position. |
void |
setBuffer(NativeBuffer value)
Copies the native memory data mapped by the specified buffer to this buffer starting in the buffer address + the current relative position. |
void |
setByte(byte value)
Updates with a byte data the native memory in the buffer address + the current relative position. |
void |
setByteArray(byte[] value,
int index,
int length)
Updates with a byte data array the native memory in the buffer address + the current relative position. |
void |
setChar(char value)
Updates with a char data the native memory in the buffer address + the current relative position. |
void |
setCharArray(char[] value,
int index,
int length)
Updates with a char data array the native memory in the buffer address + the current relative position. |
void |
setDouble(double value)
Updates with a double data the native memory in the buffer address + the current relative position. |
void |
setDoubleArray(double[] value,
int index,
int length)
Updates with a double data array the native memory in the buffer address + the current relative position. |
void |
setFloat(float value)
Updates with a float data the native memory in the buffer address + the current relative position. |
void |
setFloatArray(float[] value,
int index,
int length)
Updates with a float data array the native memory in the buffer address + the current relative position. |
void |
setInt(int value)
Updates with an int data the native memory in the buffer address + the current relative position. |
void |
setIntArray(int[] value,
int index,
int length)
Updates with an int data array the native memory in the buffer address + the current relative position. |
void |
setLong(long value)
Updates with a long data the native memory in the buffer address + the current relative position. |
void |
setLongArray(long[] value,
int index,
int length)
Updates with a long data array the native memory in the buffer address + the current relative position. |
void |
setShort(short value)
Updates with a short data the native memory in the buffer address + the current relative position. |
void |
setShortArray(short[] value,
int index,
int length)
Updates with a short data array the native memory in the buffer address + the current relative position. |
void |
setUnicodeString(java.lang.String value)
Writes on the native memory the specified java.lang.String in the buffer address + the current relative position, each character is converted to 2 bytes (Win32 wchar_t) or 4 bytes (Linux/Mac/Solaris wchar_t), the L'\0' character is written in the end. |
void |
setUnicodeStringBuffer(java.lang.StringBuffer value)
Writes on the native memory the specified java.lang.StringBuffer in the buffer address + the current relative position, each character is converted to two bytes (C wchar_t), the C L'\0' character is written in the end. |
| Method Detail |
|---|
NativeBuffer getBuffer()
long currentOffset()
Absolute position address of the iterator must be calculated as: buffer address + iterator position
long currentAddress()
Absolute address is calculated as: buffer address + current offset
NativeAddress.getValue()
long forward(long bytes)
bytes
- the number of bytes to increment.
long backward(long bytes)
bytes
- the number of bytes to decrement.
boolean nextBoolean()
The iterator is moved forward 1 byte (Java boolean size).
NativeBuffer.getBoolean(long)
void setBoolean(boolean value)
The iterator is moved forward 1 byte (Java boolean size).
value
- the new value to write.NativeBuffer.setBoolean(long,boolean)
byte nextByte()
The iterator is moved forward 1 byte (Java byte size).
NativeBuffer.getByte(long)
void setByte(byte value)
The iterator is moved forward 1 byte (Java byte size).
value
- the new value to write.NativeBuffer.setByte(long,byte)
char nextChar()
The iterator is moved forward 2 bytes (Java char size).
NativeBuffer.getChar(long)
void setChar(char value)
The iterator is moved forward 2 byte (Java char size).
value
- the new value to write.NativeBuffer.setChar(long,char)
short nextShort()
The iterator is moved forward 2 bytes (Java short size).
NativeBuffer.getShort(long)
void setShort(short value)
The iterator is moved forward 2 bytes (Java short size).
value
- the new value to write.NativeBuffer.setShort(long,short)
int nextInt()
The iterator is moved forward 4 bytes (Java int size).
NativeBuffer.getInt(long)
void setInt(int value)
The iterator is moved forward 4 bytes (Java int size).
value
- the new value to write.NativeBuffer.setInt(long,int)
long nextLong()
The iterator is moved forward 8 bytes (Java long size).
NativeBuffer.getLong(long)
void setLong(long value)
The iterator is moved forward 8 bytes (Java long size).
value
- the new value to write.NativeBuffer.setLong(long,long)
float nextFloat()
The iterator is moved forward 4 bytes (Java float size).
NativeBuffer.getFloat(long)
void setFloat(float value)
The iterator is moved forward 4 bytes (Java float size).
value
- the new value to write.NativeBuffer.setFloat(long,float)
double nextDouble()
The iterator is moved forward 8 bytes (Java double size).
NativeBuffer.getDouble(long)
void setDouble(double value)
The iterator is moved forward 8 bytes (Java double size).
value
- the new value to write.NativeBuffer.setDouble(long,double)
long nextAddress()
In a 32 bit platform an int value is read, in a 64 bit will be a long value read.
The iterator is moved forward 4 bytes in 32 bit and 8 bytes if 64 bit.
NativeBuffer.getAddress(long)
void setAddress(long value)
In a 32 bit platform an int value is written, in a 64 bit will be a long value written.
The iterator is moved forward 4 bytes in 32 bit and 8 bytes if 64 bit.
value
- the new value to write.NativeBuffer.setAddress(long,long)
java.lang.String getAnsiString()
The '\0' finalizer is not assigned to the String.
The iterator is moved forward the string length + 1 (the '\0' character) bytes.
NativeBuffer.getAnsiString(long)
void setAnsiString(java.lang.String value)
The iterator is moved forward the string length + 1 (the '\0' character) bytes.
value
- the new ANSI string to write.NativeBuffer.setAnsiString(long,String)
java.lang.String getUnicodeString()
The '\0' finalizer is not assigned to the String.
The iterator is moved forward the string length * sizeof(wchar_t) + sizeof(wchar_t) (the final L'\0' character) bytes.
NativeBuffer.getUnicodeString(long)
void setUnicodeString(java.lang.String value)
The iterator is moved forward the string length * sizeof(wchar_t) + sizeof(wchar_t) (the C L'\0' character) bytes.
value
- the new UNICODE string to write.NativeBuffer.setUnicodeString(long,String)
java.lang.StringBuffer getAnsiStringBuffer()
Current implementation calls
getAnsiString()
and copies it to a new StringBuffer.
NativeBuffer.getAnsiStringBuffer(long)
void setAnsiStringBuffer(java.lang.StringBuffer value)
Current implementation gets a String from the StringBuffer and
writes to native memory with setAnsiString(String)
.
value
- the new ANSI string to write.NativeBuffer.setAnsiStringBuffer(long,StringBuffer)
java.lang.StringBuffer getUnicodeStringBuffer()
Current implementation reads a String with
getUnicodeString()
and copies it to a new StringBuffer.
NativeBuffer.getUnicodeStringBuffer(long)
void setUnicodeStringBuffer(java.lang.StringBuffer value)
Current implementation gets a String from the StringBuffer and
writes to native memory with setUnicodeString(String)
.
value
- the new UNICODE string to write.NativeBuffer.setUnicodeStringBuffer(long,StringBuffer)
boolean[] nextBooleanArray(boolean[] buff, int index, int length)
The iterator is moved forward length
bytes (Java boolean size is 1 byte).
buff
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.NativeBuffer.getBooleanArray(long,boolean[],int,int)
void setBooleanArray(boolean[] value, int index, int length)
The iterator is moved forward length
bytes (Java boolean size is 1 byte).
value
- the source array to write data in native memory. Can not be null.index
- the starting index of value
to write.length
- the number of elements to be written.NativeBuffer.setBooleanArray(long,boolean[],int,int)
byte[] nextByteArray(byte[] buff, int index, int length)
The iterator is moved forward length
bytes (Java byte size is 1).
buff
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.NativeBuffer.getByteArray(long,byte[],int,int)
void setByteArray(byte[] value, int index, int length)
The iterator is moved forward length
bytes (Java byte size is 1 byte).
value
- the source array to write data in native memory. Can not be null.index
- the starting index of value
to write.length
- the number of elements to be written.NativeBuffer.setByteArray(long,byte[],int,int)
char[] nextCharArray(char[] buff, int index, int length)
The iterator is moved forward length * 2
bytes (Java char size is 2 bytes).
buff
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.NativeBuffer.getCharArray(long,char[],int,int)
void setCharArray(char[] value, int index, int length)
The iterator is moved forward length * 2
bytes (Java char size is 2 bytes).
value
- the source array to write data in native memory. Can not be null.index
- the starting index of value
to write.length
- the number of elements to be written.NativeBuffer.setCharArray(long,char[],int,int)
short[] nextShortArray(short[] buff, int index, int length)
The iterator is moved forward length * 2
bytes (Java short size is 2 bytes).
buff
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.NativeBuffer.getShortArray(long,short[],int,int)
void setShortArray(short[] value, int index, int length)
The iterator is moved forward length * 2
bytes (Java short size is 2 bytes).
value
- the source array to write data in native memory. Can not be null.index
- the starting index of value
to write.length
- the number of elements to be written.NativeBuffer.setShortArray(long,short[],int,int)
int[] nextIntArray(int[] buff, int index, int length)
The iterator is moved forward length * 4
bytes (Java int size is 4 bytes).
buff
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.NativeBuffer.getIntArray(long,int[],int,int)
void setIntArray(int[] value, int index, int length)
The iterator is moved forward length * 4
bytes (Java int size is 4 bytes).
value
- the source array to write data in native memory. Can not be null.index
- the starting index of value
to write.length
- the number of elements to be written.NativeBuffer.setIntArray(long,int[],int,int)
long[] nextLongArray(long[] buff, int index, int length)
The iterator is moved forward length * 8
bytes (Java long size is 8 bytes).
buff
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.NativeBuffer.getLongArray(long,long[],int,int)
void setLongArray(long[] value, int index, int length)
The iterator is moved forward length * 8
bytes (Java long size is 8 bytes).
value
- the source array to write data in native memory. Can not be null.index
- the starting index of value
to write.length
- the number of elements to be written.NativeBuffer.setLongArray(long,long[],int,int)
float[] nextFloatArray(float[] buff, int index, int length)
The iterator is moved forward length * 4
bytes (Java float size is 4 bytes).
buff
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.NativeBuffer.getFloatArray(long,float[],int,int)
void setFloatArray(float[] value, int index, int length)
The iterator is moved forward length * 4
bytes (Java float size is 4 bytes).
value
- the source array to write data in native memory. Can not be null.index
- the starting index of value
to write.length
- the number of elements to be written.NativeBuffer.setFloatArray(long,float[],int,int)
double[] nextDoubleArray(double[] buff, int index, int length)
The iterator is moved forward length * 8
bytes (Java double size is 8 bytes).
buff
- the array to copy read data. Can not be null.index
- the starting index of buf
to copy.length
- the number of elements to be copied.
buf
parameter.NativeBuffer.getDoubleArray(long,double[],int,int)
void setDoubleArray(double[] value, int index, int length)
The iterator is moved forward length * 8
bytes (Java double size is 8 bytes).
value
- the source array to write data in native memory. Can not be null.index
- the starting index of value
to write.length
- the number of elements to be written.NativeBuffer.setDoubleArray(long,double[],int,int)
NativeBuffer nextBuffer(long size)
The returned buffer is ever attached to the native memory (does not own the memory) and is independent of parent buffer (native memory shared is the only one dependency).
The iterator is moved forward size
bytes.
size
- the size of the native memory.
NativeBuffer.getBuffer(long,long)
void setBuffer(NativeBuffer value)
The iterator is moved forward the size of the buffer argument.
value
- the native buffer to be copied.NativeBuffer.setBuffer(long,NativeBuffer)
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Also see
KLM Royal Dutch Airlines Trivago Amsterdam Hotels Amsterdam Nightlife and Clubbing Amsterdam's museaPowered by HTML 5.0 | CSS 3.0 | Copyright © 2015, amsterdaminfo.be , Matthieu Van Wambeke. All rights reserved
Powered by HTML 5.0 | CSS 3.0 | Copyright © 2015, amsterdaminfo.be , Matthieu Van Wambeke. All rights reserved


THE SAINT
A film review by Michael Dequina
Copyright 1997 Michael Dequina
The Saint (PG-13) ** 1/2 (out of ****)
After briefly trying on the cowl of the caped crusader, Val Kilmer has found a role that's an even better fit for his blend of charisma and cockiness--master thief The Saint. It's too bad the rest of Phillip Noyce's big budget update of the Leslie Charteris character is so mediocre that future adventures seem far from likely.
Kilmer perfectly embodies Simon Templar, an ace thief, master of disguise, and all-around rogue who uses his charms and quick wit to ensnare any woman for his personal gain. For the first time, Simon reaches a crisis of conscience when he develops genuine feelings for scientist Dr. Emma Russell (Elisabeth Shue), who holds the commodity which he has been hired by a mafia-affiliated Russian billionaire (Rade Serbedzija) to steal--a working formula for cold fusion.
Kilmer has a perfect grasp on the character, pulling off convincing accents in his different guises (the fairly plain makeup work, however, does leave something to be desired), and keeping a great sense of humor throughout. Simon is not only good at what he does, but he has a lot of fun doing it. On the other side of the token, there's the completely miscast Shue. Emma is supposed to be kooky yet so brilliant as to perfect a formula that many scientists have been trying to discover for years. We first meet Emma when she lectures a class on cold fusion. The scene is absolutely crucial to establishing the credibility of the character, and Shue blows it. She plays up the character's quirks and nervous foibles, and any hint of real intelligence is lost in the process. Instead of being brilliant yet kooky, Emma is just kooky--kooky and vacuous.
The character of Emma also gets short shrift from screenwriters Jonathan Hensleigh and Wesley Strick. One of Emma's key defining traits is a heart ailment she's had since childhood, and early on a lot is made of her need for medication. But lo and behold, act three rolls around and suddenly Emma's heart condition is written off in a single line of dialogue. Hensleigh and Strick also don't give any convincing reasons as to why Simon would feel any differently about Emma than any of the other women he's used. The implication is that Emma "understands" the real Simon, but their relationship isn't developed thoroughly enough to make that clear.
The lackluster romance shouldn't come as too big a surprise, since The Saint is directed by Noyce, a skilled craftsman whose work, most recently the Jack Ryan films Patriot Games and Clear and Present Danger and the voyeuristic thriller Sliver, is characterized by their technical achievement and emotional chilliness. Noyce creates a number of exciting and suspenseful moments, in particular an extended chase midway, and the film is visually enthralling. But with the "heart" of the picture, the romance between Simon and Emma, so unconvincing, it's easy to just be superficially interested in the picture without really caring about the people involved.
Simon Templar is an interesting character with infinite promise as the protagonist in a series of films, and Val Kilmer is the perfect man for the job, but based on this unexceptional initial outing, Kilmer may soon regret giving up his Batman meal ticket.
Michael Dequina<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Visit Mr. Brown's Movie Site at http://members.tripod.com/~MrBrown/ Personal Page: http://members.tripod.com/~MrBrown/home.html
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


Chapter 3
On this particular Thursday, something was moving quietly through the ionosphere many miles above the surface of
the planet; several somethings in fact, several dozen huge yellow chunky slablike somethings, huge as office
blocks, silent as birds.


MRP and Quality Triangle (Time, Cost and Quality)
My work experiences or my backgrounds were from manufactured environments. Therefore, I do know MRP, Time, Cost and Quality and rdbms such as Multivalue Pick/Universe, Oracle,MsSQL and NoSql. I had worked in small groups to one person in a shop and I have done many functions from database backend to user interface/training including Web API as well.
My tasks start from getting requests to deployments and then monitorings and enhancements.
My resume is available upon request.


Const TubeContext
TubeContext: object
bytes
bytes: number = 4096
encoding
encoding: "utf8" = "utf8"
handleIncomplete
handleIncomplete: "return" = "return"
keepEnds
keepEnds: false = false
lineEnding
lineEnding: Buffer = Buffer.from("\n", "utf8")
longTimeout
longTimeout: number = 15
noTimeout
noTimeout: number = 0
shortTimeout
shortTimeout: number = 0.05
throwIncomplete
throwIncomplete: true = true
The context for the tube functions which contains all the default arguments.
Refer to TubeContextInterface.


Open accessiblility viewer
Close accessiblility viewer
Select level of visual imparity
Normal vision
Moderate vision loss
Severe vision loss
Blindness
Select level of color blindness
No color blindness
No red (Protanopia)
Low red (Protanomaly)
No green (Deuteranopia)
Low green (Deuteranomaly)
No blue (Tritanopia)
Low blue (Tritanomaly)
No color (Achromatopsia)
Almost no color (Achromatomaly)
Keyboard only
What page (URL) do you want to view?
GO
Your browser is unable to simulate impairments. If you can,
update your browser
to use Accessibility Viewer.


|
Bomberman
1.0
|
Header file of the players logic. More...
#include "core/utils.h"
Go to the source code of this file.
Data Structures | |
| struct | player_specs_t |
| structure representing the specificities of a player. More... | |
| struct | player_t |
| structure representing a player. More... | |
Typedefs | |
| typedef enum direction_t | direction_t |
| Constants of the directions. More... | |
| typedef struct player_specs_t | player_specs_t |
| structure representing the specificities of a player. More... | |
| typedef struct player_t | player_t |
| structure representing a player. More... | |
Enumerations | |
| enum | direction_t { NORTH, WEST, EAST, SOUTH } |
| Constants of the directions. More... | |
Functions | |
| unsigned int | next_id (player_t *players) |
| Get the smallest possible ID for a new player. More... | |
| void | init_player (player_t *player, int id, const char *username) |
| Initializes a new player from his new ID and username. More... | |
| unsigned int | alive_players (player_t *players) |
| Return the number of players alive in a player list. More... | |
| player_t * | get_first_alive_player (player_t *players) |
| Return the first player alive found in a player list. More... | |
| void | reset_player (player_t *player) |
| Reset a player. More... | |
Header file of the players logic.
All methods for players logic are here.
| typedef enum direction_t direction_t |
Constants of the directions.
direction_t is a series of predefined constants for the different direction of a player.
| typedef struct player_specs_t player_specs_t |
structure representing the specificities of a player.
player_specs_t is a structure representing the specificities of a player.
structure representing a player.
player_t is a structure representing a player.
| enum direction_t |
| unsigned int alive_players | ( | player_t * | players | ) |
Return the number of players alive in a player list.
| players | The list of players. |
Return the first player alive found in a player list.
| players | The list of players. |
| void init_player | ( | player_t * | player, |
| int | id, | ||
| const char * | username | ||
| ) |
Initializes a new player from his new ID and username.
| player | A pointer to the new player. |
| id | The ID of the new player. Mostly get from next_id/1 function. |
| username | The username of the new player. |
| unsigned int next_id | ( | player_t * | players | ) |
Get the smallest possible ID for a new player.
| players | The list of all players. |
| void reset_player | ( | player_t * | player | ) |
Reset a player.
| player | A pointer to the player to reset. |


|
|
||||
|
Enter Video Source Path. /dev/videoX for Webcam, or Youtube Video URL
| ||||
|
Resolution for camera
|
||||
|
Turn AI Inference On/Off
|
||||
|
Select Object Detection Model from the list
|
||||
|
Target hardware to run inference on.
|
||||
|
IR Precision of Model. FP32 for CPU and FP16 for GPU are preferred. FP16 only for Myriad.
|
||||
|
||||


| 046:004 Khan | : |
Say (O Muhammad SAW to these pagans): "Think! All that you invoke besides Allah show me! What have they created of the earth? Or have they a share in (the creation of) the heavens? Bring me a Book (revealed before this), or some trace of knowledge (in support of your claims), if you are truthful!" |
| 046:004 Maulana | : |
Say: Have you considered that which you invoke besides Allah? Show me what they have created of the earth, or have they a share in the heavens? Bring me a Book before this or any relics of knowledge, if you are truthful. |
| 046:004 Pickthal | : |
Say (unto them, O Muhammad): Have ye thought on all that ye invoke beside Allah? Show me what they have created of the earth. Or have they any portion in the heavens? Bring me a scripture before this (Scripture), or some vestige of knowledge (in support of what ye say), if ye are truthful. |
| 046:004 Rashad | : |
Say, "Consider the idols you have set up beside GOD. Show me what on earth did they create. Do they own part of the heavens? Show me any other scripture before this one, or any piece of established knowledge that supports your idolatry, if you are truthful." |
| 046:004 Sarwar | : |
(Muhammad), ask them, "Have you thought about what you worship besides God? Show me which part of the earth they have created. Do they have a share in the creation of the heavens? Bring me a Book, revealed before this Quran, or any other proof based on knowledge to support your belief, if indeed you are truthful". |
| 046:004 Shakir | : |
Say: Have you considered what you call upon besides Allah? Show me what they have created of the earth, or have they a share in the heavens? Bring me a book before this or traces of knowledge, if you are truthful. |
| 046:004 Sherali | : |
Say to them, 'Do you know what it is you call upon beside ALLAH? Show me what they have created of the earth. Or, have they a share in the creation of the heavens? Bring me a Book revealed before this or some vestige of knowledge in your support, if you indeed, speak the truth.' |
| 046:004 Yusufali | : |
Say: "Do ye see what it is ye invoke besides Allah? Show me what it is they have created on earth, or have they a share in the heavens bring me a book (revealed) before this, or any remnant of knowledge (ye may have), if ye are telling the truth! |
Concepts/Themes Covered: أركان الإسلام > التوحيد > الشرك والمشركون > تنزيه الله جلّ جلاله عن الشريك Pillars of Islam> Islamic> Polytheism and the Polytheists> Allah's Freedom from Partnership القرآن الكريم > حقيقته وتصديقه للكتب الأوائل The Holy Quran> The Quran's Reality and its confirmation of the Previous Books
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


EUR/USD meets resistance near 1.1080 ahead of data
by Pablo Piovano- Upside in EUR/USD met resistance around 1.1080.
- The 100-day SMA at 1.1091 caps the recovery so far.
- EMU Current Account, Construction Output next on the docket.
The recovery in EUR/USD appears to have met an important resistance in the 1.1080 region so far on Tuesday, coincident with the 21-day SMA.
EUR/USD looks to USD dynamics, trade
The positive streak in the pair is struggling to overcome the key 1.1080/90 region so far this week on the back of some pick up in the demand for the greenback.
In fact, higher US yields appear to be supporting the mild bullish attempt in the buck and therefore forcing spot to abandon the area of recent tops around 1.1080. this relevant barrier is also reinforced by the 21-day and 100-day SMAs at 1.1081 and 1.1091, respectively.
Investors continue to look to the US-China trade front for near term direction, although sentiment around this key issue soured as of late in response to the lack of progress in the ‘Phase One’ deal and after President Trump said he would not favour the rollover of some tariffs.
Data wise in Euroland, September’s Current Account results are due ahead of less relevant Construction Output figures. In the meantime, all the attention remains on the publication of the ECB minutes, the speech of ECB’s Lagarde and the first estimates of November’s PMIs.
Across the pond, Housing Starts and Building Permits will be the sole releases later today.
What to look for around EUR
Spot is prolonging the rebound from last week’s lows in sub-1.10 levels, always underpinned by the renewed weakness around the greenback and hopes of a US-China trade deal. The up move, however, seems to have met a tough hurdle in the 1.1080/90 band for the time being. On the macro view, the outlook in Euroland remains fragile and does nothing but justify the ‘looser for longer’ monetary stance by the ECB and the bearish view on the single currency in the medium term at least. In this regard, all the attention will be on the publication of flash PMIs for the current month later in the week.
EUR/USD levels to watch
At the moment, the pair is losing 0.02% at 1.1069 and faces the next up barrier at 1.1081 (high Nov.19) followed by 1.1091 (100-day SMA) and finally 1.1179 (monthly high Oct.21). On the downside, a breach of 1.0989 (monthly low Nov.14) would target 1.0925 (low Sep.3) en route to 1.0879 (2019 low Oct.1).


shopify.
Home
Shop
Contact Us
Shopify
your needs
Shop now!
Choose a category
Loads of wide variety to choose from
Clothings
Electronics
Home Decor


MANAGER
问题描述 :
One of the programming paradigm in parallel processing is the producer/consumer paradigm that can be implemented using a system with a “manager” process and several “client” processes. The clients can be producers, consumers, etc. The manager keeps a trace of client processes. Each process is identified by its cost that is a strictly positive integer in the range 1 .. 10000. The number of processes with the same cost cannot exceed 10000. The queue is managed according to three types of requests, as follows:
- a x – add to the queue the process with the cost x;
- r – remove a process, if possible, from the queue according to the current manager policy;
- p i – enforce the policy i of the manager, where i is 1 or 2. The default manager policy is 1
- e – ends the list of requests.
There are two manager policies:
- 1 – remove the minimum cost process
- 2 – remove the maximum cost process
The manager will print the cost of a removed process only if the ordinal number of the removed process is in the removal list.
Your job is to write a program that simulates the manager process.
输入:
The input is from the standard input. Each data set in the input has the following format:
- the maximum cost of the processes
- the length of the removal list
- the removal list – the list of ordinal numbers of the removed processes that will be displayed; for example 1 4 means that the cost of the first and fourth removed processes will be displayed
- the list of requests each on a separate line.
Each data set ends with an e request. The data sets are separated by empty lines.
输出:
The program prints on standard output the cost of each process that is removed, provided that the ordinal number of the remove request is in the list and the queue is not empty at that moment. If the queue is empty the program prints -1. The results are printed on separate lines. An empty line separates the results of different data sets.
An example is given in the following:
样例输入:
5 2 1 3 a 2 a 3 r a 4 p 2 r a 5 r e
样例输出:
2 5
解题代码:
import java.io.PrintWriter; import java.io.PrintWriter; import java.util.Collections; import java.util.PriorityQueue; import java.util.Scanner; public class Main { Scanner cin = new Scanner(System.in); PrintWriter out=new PrintWriter(System.out,true); public void solve() { int maxCost,removeLen; String op; while(cin.hasNext()) { maxCost=cin.nextInt(); removeLen=cin.nextInt(); int [] list=new int[removeLen]; for(int i=0; i< removeLen; i++) list[i]=cin.nextInt(); PriorityQueue< Integer> minQ=new PriorityQueue< Integer>(); PriorityQueue< Integer> maxQ=new PriorityQueue< Integer>(1000,Collections.reverseOrder()); int state=1,cost,step=1,flagRemove=0,temp; op=cin.next(); while(!op.equals("e")) { if(op.equals("a")) { cost=cin.nextInt(); maxQ.add(cost); minQ.add(cost); } else if(op.equals("r")) { if(maxQ.isEmpty()) //empty out.println("-1"); else //not empty { if(state==1){ temp=minQ.poll(); maxQ.remove(temp); } else { temp=maxQ.poll(); minQ.remove(temp); } if(flagRemove< removeLen&&step==list[flagRemove]) //show { out.println(temp); flagRemove++; } } step++; } else // op==p { state=cin.nextInt(); } op=cin.next(); } out.println(""); } out.close(); } public static void main(String[] args) { Main m = new Main(); m.solve(); } }
(adsbygoogle = window.adsbygoogle || []).push({});
这是研发的在线笔试题吗?发现很多C啊，阿里不是JAVA多么？
能不能说下这个是用的什么算法策略？
刚开始学习，为啥会报错了，你试过了吗
整理的很好，学习了
因为是要把从字符串s的start位到当前位在hash中重置，修改提交后能accept，但是不修改居然也能accept
感觉我好像很多都不会做。。。。
这个是代码高亮功能，那就再换一个颜色
终于明白了递归和dp的关系，多谢分享！
很好的思路，可以借鉴
顺利测试通过了，多谢
妈呀！这个Dijkstra模板好长OwQ！
Good task for the group. Hold it up for every yeara??s winner. This is a excellent oppotunity for a lot more enhancement. Indeed, obtaining far better and much better is constantly the crucial. Just like my pal suggests on the truth about ab muscles, he just keeps obtaining much better.


title = "FAQ"
url = "/faq"
layout = "default"
description = "Página inicial do site"
==
{% put styles %}
{% endput %}
{% put scripts %}
{% endput %}
{% put pages %}
- WHAT IS HTML?
- HTML stands for HyperText Markup Language. HTML is the main markup language for describing the structure of Web pages.
- WHAT IS TWITTER BOOTSTRAP?
- Twitter Bootstrap is a powerful front-end framework for faster and easier web development. It is a collection of CSS and HTML conventions.
- WHAT IS CSS?
- CSS stands for Cascading Style Sheet. CSS allows you to specify various style properties for a given HTML element such as colors, backgrounds, fonts etc.
- HOW DO I BECOME AN AUTHOR?
- CSS stands for Cascading Style Sheet. CSS allows you to specify various style properties for a given HTML element such as colors, backgrounds, fonts etc.
- WHAT CONTENT CAN I USE IN MY ITEMS?
- CSS stands for Cascading Style Sheet. CSS allows you to specify various style properties for a given HTML element such as colors, backgrounds, fonts etc.
- HOW DO I PAY FOR ITEMS?
- CSS stands for Cascading Style Sheet. CSS allows you to specify various style properties for a given HTML element such as colors, backgrounds, fonts etc.
{% endput %}


System Architect Picture "Temporal Resource For Activity"
Parent Diagram:
Actual Resource For Activity
(OMT Object Model)


{% extends "layout.html" %} {% block page_title %} Forecast sent : Pension statements {% endblock %} {% block content %} Search {% include "includes/customer_header_alt.html" %} Forecast printed The customer's forecast will be posted and arrive in 3-5 working days Return to record Exit record and Search again {% endblock %}
The customer's forecast will be posted and arrive in 3-5 working days
Return to record
Exit record and Search again


EBD - Easton Bible DIctionary
Ludim
LUDIM
"LUDIM "probably the same as Lud (2) (comp.
Genesis 10:13
;
1 Chronicles 1:11
). They are associated (
Jeremiah 46:9
) with African nations as mercenaries of the king of Egypt.
"LUDIM "probably the same as Lud (2) (comp. Genesis 10:13; 1 Chronicles 1:11). They are associated (Jeremiah 46:9) with African nations as mercenaries of the king of Egypt.


WTF is Node.js
A guide for .Net and Java developers
What is Node.js
- Javascript runtime for the server
What is Node.js
- Javascript runtime for the server
- Initial release May 2009
- Utilizes Chrome V8 Javascript engine
- Now belongs to The Node.js Foundation
- Open Source
Installation and Versions
- Current Stable version is 12.1.0 (April 29, 2019)
- Node.js vs IO.js
- Use Node Version Manager
Topics in this talk
- Event Loop
- Ecosystem
- What does Node.js offer that other runtimes don't
Event Loop
- Perhaps most important part of Node.js
- Single threaded
- Everything is asynchronous
libuv
- Low level library that enables the event loop
- Fixed size thread pool
- The main thread sends tasks to thread pool
- Upon completion, informs main thread to execute callback
Event Loop
Event-driven programming
- Non-Blocking I/O
- Any function performing I/O must use a callback
- Mainly used for Web Servers and I/O heavy services
Scaling
- No thread context switch
- Suitable for I/O operation
- CPU bound tasks are slow
-
Only horizontal scaling
- There are modules that allow for multi-threaded operation
Code example
Modules
NPM
- NPM Scripts
- NPM vs Yarn
- node_modules
left-pad
- Problem with NPM transitive dependencies
- package-lock.json
- Bitcoin wallet attack
What can I do with Node
- Code sharing between Client and Server
-
Isomorphic (universal) Javascript
- Server Side rendering of client side frameworks
Code Sharing
- Business Logic
- Validation
- Markup (More on that later)
Isomorphic (Universal) Javascript
- Render the landing page of a SPA on the server
- SEO
- Allow client side framework to continue to handle the generated HTML on the client


SocketServer.BaseRequestHandler:
Base class for request handler classes.
SocketServer.StreamRequestHandler:
Define self.rfile and self.wfile for stream sockets.
BaseHTTPServer.BaseHTTPRequestHandler:
HTTP request handler base class.
tangled.server.AsyncHTTPRequestHandler:
An asynchronous HTTP request handler inspired somewhat by the
http://code.activestate.com/recipes/440665-asynchronous-http-server/
recipe.
rfc822.Message:
Represents a single RFC 2822-compliant message.
mimetools.Message:
A derived class of rfc822.Message that knows about MIME headers and
contains some hooks for decoding encoded and multipart messages.
asyncore.dispatcher
tangled.server.AsyncHTTPServer:
Cobbled together from various sources, most of them state that they
copied from the Medusa http server..
tangled.core.Trigger:
Used to trigger the event loop with external stuff, also from
Medusa
asynchat.async_chat:
This is an abstract class.
tangled.server.AsyncHTTPRequestHandler:
An asynchronous HTTP request handler inspired somewhat by the
http://code.activestate.com/recipes/440665-asynchronous-http-server/
recipe.


{% extends "chem/base.html" %} {% load url from future %} {% block title %}Chemtools{% endblock %} {% block content %}
To make a molecule or set a molecules, enter their name(s) in the form below.
Create job files from files or from a list of files for any of the supercomputers.
Extract data from log files, calculate long chain limits, or rebuild gjf files from log files.


Sathyabamalite
Simple.Fast .informative
References
Most of us are intrested in doing or learning about their passion but cannot find right resource for it ,so I have thought of sharing some useful resources at my reach
Cyber Security
- The Internet is a worldwide collection of networks that has advanced beyond expectations
- Internet provides convenience to an individual trying to access data but this convenience comes along with associated risks .The critical information can be either changed, misused, stolen or lost.
- Cryptography is the art of concealing information ,the field of Cryptography is very old and has existed since the origins of humans messages were translated from one language to the other in these early efforts Sensitive information like the personal data of the masses is of high priority and importance • Different organizations need to protect trade secrets, financial records, employee information and list of customer
- Basic Hacking Terminologies
- Fundamentals of Information security
- More about Tools
Blockchain
Blockchain is best known for being the technology behind cryptocurrencies like Bitcoin and Ether (the currency of Ethereum), but blockchain is much more than an instrument of finance. ... Blockchain serves as a bookkeeping platform or ledger that is incorruptible, enforces transparency, and bypasses censorship.
Nakamoto implemented the bitcoin software as open source code and released it in January 2009. The identity of Nakamoto remains unknown. In January 2009, the bitcoin network was created when Nakamoto mined the first block of the chain, known as the genesis block.
Some majour companies using blockchain technology are:
- Microsoft ( MSFT ) , Nasdaq.
- IBM ( IBM ), NYSE.
- Overstock.com ( OSTK ), Nasdaq.
- Blockchain Capital
- Bitcoin Investment Trust ( GBTC )
Learn Blockchain Basics


Unless otherwise stated, all original code presented on this site is licensed under the MIT license. All original photographs and text on this website are licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives license.
{% if site.google_analytics %}
{% include google_analytics.html %}
{% endif %}


--- title: "Mercury App Privacy Policy" date: 2018-11-22 12:32:27 +0300 categories: android mercury policy tags: [android, mercury, policy] permalink: /android/mercury/policy/ published: false ---


Saturday's weather: Mixed bag of sunshine, rain across SA
Saturday's weather is expected to be a mixed bag across South Africa, with sunny conditions interspersed with scattered showers, according to the SA Weather Service.
Warnings:
Extremely high fire danger conditions are expected over the central and eastern parts of the Northern Cape and western parts of the Free State and North West.
Watches:
Severe thunderstorms are expected over the southern parts of Limpopo, Mpumalanga (except the extreme northeast), north-eastern parts of the Free State, extreme eastern parts of the North West, KwaZulu-Natal (except in the southeast) and Gauteng.
A snapshot of the weather in your region:
Gauteng is expected to be partly cloudy and warm with scattered afternoon showers and thundershowers, but hot in the north. The expected UVB sunburn index is low.
Mpumalanga will be cloudy with morning fog, otherwise partly cloudy and warm with scattered showers and thundershowers but isolated in the Lowveld where it will be hot.
Limpopo will be cloudy with morning fog along the escarpment, otherwise partly cloudy and warm to hot with scattered showers and thundershowers, but isolated in the east.
The North West is expected to be partly cloudy and hot, but very hot in the extreme west. Isolated to scattered afternoon showers and thundershowers are expected, except in the west.
The Free State will see morning fog patches in the east, otherwise partly cloudy and warm to hot. Isolated to scattered afternoon thundershowers are expected, except in the west.
The Northern Cape will be cloudy in the west at first with morning drizzle in places over the adjacent interior, otherwise fine and cool to warm. The wind along the coast will be light to moderate south-westerly, becoming south-easterly in the evening.
The Western Cape will be fine and warm, but cloudy to partly cloudy and cool along the coastal areas, with afternoon rain over the extreme south-west coast and evening rain along the south-east coast.
The wind along the coast will be moderate to fresh north-westerly over the south-western parts at first, otherwise moderate westerly to south-westerly. The expected UVB sunburn index is high.
The western half of the Eastern Cape will be cloudy with mist in the morning, otherwise fine and warm, but cool along the coast. The wind along the coast will be light north westerly west of Port Elizabeth otherwise light north-easterly, becoming moderate to fresh south-westerly by mid-morning.
The eastern half of the province will be cloudy and cool with rain and morning mist, becoming partly cloudy and warm in the west and fine and hot in the north, but cool in places along the coast.
Isolated thunderstorms and thundershowers are expected over the north-eastern parts in the afternoon. The wind along the coast will be light to moderate north-easterly, becoming moderate south-easterly by late morning.
KwaZulu-Natal can expect hot to very hot conditions in places and morning fog over the interior, otherwise partly cloudy warm. Scattered showers and thundershowers are expected but isolated in the south.
The wind along the coast will be moderate to fresh easterly to north-easterly. It will become moderate southerly to south-easterly from the south, spreading to Mandeni by afternoon. The expected UVB sunburn index is high.
Temperatures:
- Compiled by Yunus Kemp
Click here to see the specific forecast for your city over the next few days.


RustBackend |
Serves as the JNI boundary between the Kotlin and Rust layers. Functions in this class should not be called directly by code outside of the SDK. Instead, one of the higher-level components should be used such as Wallet.kt or CompactBlockProcessor.kt. class RustBackend : RustBackendWelding |
RustBackendWelding |
Contract defining the exposed capabilities of the Rust backend. This is what welds the SDK to the Rust layer. It is not documented because it is not intended to be used, directly. Instead, use the synchronizer or one of its subcomponents. interface RustBackendWelding |


WITNESS LIST Urban Affairs Committee April 14, 1999-2:00P HB 1891 For: Bounds, Paul S. (Self and City of Fort Worth/Code Enforcement) Davis, Walter (City of Dallas) HB 3543 For: Enoch, Mark (Dallas Area Rapid Transit / Board of Directors) Johnson, Anthony (Fort Worth Transportation Authority/Assistant General Manager) HB 3607 For: Alexander, Roberta F. (Resident's Group/1947 North Josey Lane/Carrollton, Tx.) Assegahegn, Seifu A. (Self and Retired) Byers, Christopher A. (Bergstrom Arms Tenants Advisory Board) Henneberger, John (Texas Low Income Housing Information Service) Ocanas, Reymundo (Self and Texas Association of Community Development Corporations) Rollins, Sandy (Texas Tenants Union) Against: Mintz, David (Texas Apartment Association) On: Lehman, Mark (Texas Association of Realtors) Stewart, Brent (Texas Department of Housing and Community Affairs / Section 8 Housing) HB 3609 For: Henneberger, John (Self and Texas Low Income Housing Information Service) Ocanas, Reymundo (Texas Association of Community Development Corporations) Rollins, Sandy (Texas Tenants Union) SB 264 For: Andrews, Mary (Self and City of Lubbock Human Resources Director/ Coalition of Civil Service Cities) Burgess, Anita (Self and City Attorney/City of Lubbock) James, David N. (City of Carrollton Police Department/Carrollton Police Department) Jones, Claude (Texas Police Chiefs Association) Louis, Karl (Chief of Police/City of Paris, Texas, Police Department) Mann, Tom (Police Lieutenant/Lubbock Police Department) Paniagua, Joe (City of Fort Worth City Council) Against: DeLord, Ronald G. (Combined Law Enforcement Associations of Texas) Johnson, Jamie (Fort Worth Police Officers Association) Jones, James (Detective/San Antonio Police Officer's Association) Sheffield, Mike (Police Officer/Austin Police Association President) Wilkison, Charley (El Paso Municipal Police Officers Association/CLEAT) SB 337 On: Anderson, Bruce W. (Linebarger Heard Law Firm)


{{ message }}
{% endfor %} {% endif %} {% endwith %}
After an initial Ɖ10,000 float, this Dogefaucet is run on donations.
Please give generously to {{ g.doge_address }}
Powered by Dogefaucet and
Flask-Coin, written by
Aaron Brady (tips to: DF6Y2j6vmP1fnnZMSqxL5auRk8mfJK5vSp
)


Store Purchase a monthly rank from our selection!
-
Home
- Pricing
- Special rank on all network platforms!
- Join when the server is full!
- Join when teams are full!
- Suggest perks in Discord!
-
Purchase →
- Special rank on all network platforms!
- Join when the server is full!
- Join when teams are full!
- Obtain the ability to pick your team!
-
Purchase →
- Special rank on all network platforms!
- Join when the server is full!
- Join when teams are full!
- Obtain the ability to pick your team!
-
Purchase →
Information Purchasing Information
Purchasing a rank on our servers is the best way to show your support if you want to help Zildith Network continue running.
The money will directly go to supporting the server. This includes development of new features, server costs, and management.
Your rank should be processed within 24 hours. Any requested refunds will be provided if you have paid and you have not recieved your rank within the 24 hour period.
Ranks may be moved and transferred to different accounts only if you have ownership of the account the rank is being transferred to.
We do not currently offer discounts for upgrading to ranks. However, you may purchase another rank on top of the one you currently have (e.g Gold -> Emerald will have both ranks active at the same time.) You will recieve the perks from the highest rank you have purchased.
Refunding Our Refunding Policy
Once purchased, ranks are non-refundable, unless you haven't recieved your rank within 24 hours. Do not issue PayPal chargebacks, we will assist you.
If you are having an issue with a rank, please let an administrator know by giving them your transaction number and any extra details.


Widget Title
Dear Math, please grow up and solve your own problems, I'm tired of solving them for you.
They say that love is more important than money, but have you ever tried to pay your bills with a hug?
Etsy mixtape wayfarers, ethical wes anderson tofu before they sold out mcsweeney's organic lomo retro fanny pack lo-fi farm-to-table readymade. Messenger bag gentrify pitchfork tattooed craft beer, iphone skateboard locavore carles etsy salvia banksy hoodie helvetica. DIY synth PBR banksy irony.
 Fanny pack portland seitan DIY, art party locavore wolf cliche high life echo park Austin. Cred vinyl keffiyeh DIY salvia PBR, banh mi before they sold out farm-to-table.


Before Change
os.remove(zip_file_path)
except OSError as e:
// file has already been removed.
if e.errno == 2:
pass
else:
raise e
if check_sha1(file_path, sha1_hash):
return _load_vocab_file(file_path, cls)
else:
raise ValueError("Downloaded file has different hash. Please try again.")
After Change
path=temp_zip_file_path, overwrite=True)
with zipfile.ZipFile(temp_zip_file_path) as zf:
if not os.path.exists(file_path):
utils.mkdir(temp_root)
zf.extractall(temp_root)
os.replace(temp_file_path, file_path)
shutil.rmtree(temp_root)


R/is.available_Comtrade.R
is.available_Comtrade.Rd
Check if data of a particular trade data set, frequency or
country is available. Only returns list of countries that actively report
trade data for the specified classification.
Data availability varies by country and classification, and new trade data is
released/revised very frequently on Comtrade.
comtradeRggregator
uses trade information corresponding to
official Comtrade data availability which
it updates once a day and stores locally on your machine:
your local package directory/data/Comtrade_DataAvailability-<date stamp>.rds
The locally stored Comtrade Data Availability file is used in every
download_Comtrade()
data query. In other words, if new data becomes
available and is documented in the official Comtrade
data availability file,
comtradeRggregator
will use this information no later than 24 hours after its publication.
is.available_Comtrade( is.contained = NULL, is.fuzzy = FALSE, type = "commodities", frequency = "annual", month = NULL, nomenclature = "H3", year = 2008, directory = system.file("data", package = "comtradeRggregator"), file = paste0("Comtrade_DataAvailability-", Sys.Date()) )
| is.contained | Check if a particular country (set of countries) is
available for a particular data set; default is |
|---|---|
| is.fuzzy | Fuzzy match of country name fragments provided in
|
| type | Type of trade data to be extracted; either |
| frequency | Frequency of data extract; either |
| month | Optional parameter for |
| nomenclature | Select trade database and classification to be extracted;
default is |
| year | Year for which to extract data. |
| directory | Location of directory; default is
|
| file | Location of Comtrade Data Availability file; default is
|
if (FALSE) { is.available_Comtrade(frequency = "annual", nomenclature = "H3", year = 2008) is.available_Comtrade( is.contained = c("Austria", "Germany"), frequency = "annual", nomenclature = "H2", year = 2012 ) is.available_Comtrade( is.contained = c("Austria", "Germany"), frequency = "monthly", month = "01", nomenclature = "H3", year = 2020 ) }


Seasonal Affective Disorder (SAD) is a mood disorder subset that causes people who have normal mental health throughout most of the year exhibit depressive symptoms at the same time each year, most commonly in winter.
Feeling depressed most of the day, nearly every day
Losing interest in activities you once enjoyed
Having low energy
Having problems with sleeping
Experiencing changes in your appetite or weight
Feeling sluggish or agitated
Having difficulty concentrating
Feeling hopeless, worthless or guilty
Having frequent thoughts of death or suicide
SAD can be caused by weather patterns that cause changes to circadian rhythm and levels of serotonin and melatonin. Factors that may increase SAD symtoms include low sunlight, precipitation, and poor visibility, while on sunny, clear days, SAD symtoms are less likely. This website can be used to assess your daily risk of experiencing SAD according to current weather patterns to best manage symptoms of Seasonal Affective Disorder and visualize these emotions with collage. Additional resources about SAD can be found through the link on the homepage.


Your First Cup: An Introduction to the Java EE Platform
4.5 Building, Packaging, Deploying, and Running the firstcup-war Web Application
In this section, you will build the firstcup-war
web application, deploy it to the server, and run the application.
4.5.1 Build, Package, and Deploy the firstcup-war Web Application
Now build and package the DukesBirthdayBean
enterprise bean, the FirstcupUser
entity, and the firstcup-war
web client into a WAR file, firstcup-war.war
, then deploy it to the server.
-
In the Projects tab, select the
firstcup-war
project. -
Right-click
firstcup-war
and select Run.
After firstcup-war.war
deploys successfully to GlassFish Server, a web browser will load the application URL.
4.5.2 Run the firstcup-war Application
-
On the greeting page, enter your birth date in the Your birthday field. Make sure you use the date pattern specified on the page: MM/dd/yyyy.
-
Click Submit.
-
After the
response.xhtml
page is displayed, click Back to return to thegreeting.xhtml
page. -
Enter a different birthday in the text field and click Submit again to see how the average age of First Cup users changes.


Apply for help with NHS costs
Use this form to apply for help with NHS costs by post if you can’t apply online.
{% extends "layout_bsa.html" %} {% block page_title %} Help paying for NHS Costs prototype {% endblock %} {% block content %}
Use this form to apply for help with NHS costs by post if you can’t apply online.


Roger H. Brown is the president emeritus of Berklee. Since his appointment in 2004, he led Berklee during a period of unparalleled expansion that included the launch of several pioneering institutes, such as the Berklee Global Jazz Institute, Berklee India Exchange, the Institute for Creative Entrepreneurship, and the Institute of Jazz and Gender Justice; oversaw the creation of the world’s largest online music education system; created an international campus in Valencia, Spain; led the construction of the Boston campus’s first, custom-built building; and the acquisition of New York’s iconic Power Station studio to create BerkleeNYC, a state-of-the-art recording facility and a hub of education and creativity. He completed a merger with the Boston Conservatory to establish the world’s most comprehensive training ground for global careers in music, dance, and theater.
Brown is a Phi Beta Kappa graduate of Davidson College and a graduate of the Yale School of Management. He cofounded Bright Horizons Family Solutions in 1986 with his wife, Linda Mason, and served as chief executive officer until January 2002.
A former codirector of the Save the Children relief and development effort in Sudan, he and Mason coauthored the book Rice, Rivalry, and Politics, which examines the management of emergency relief efforts. He has served as a management consultant for Bain and Company, was one of the founders of the Bright Horizons Foundation for Children, and a cofounder of Horizons for Homeless Children, which serves the needs of homeless children throughout the Boston area.
Brown has been recognized for his humanitarian, educational, and entrepreneurial achievements by the government of Valencia, Spain with the Cruz de Honor; by the March of Dimes Franklin Delano Roosevelt Humanitarian Award; and by being named, along with his wife, as a Visionary Social Entrepreneur at the 2012 Social Venture Network’s Hall of Fame Celebration. In 2019, he received an honorary Doctor of Laws degree from Williams College and was honored at the Boston Arts Academy Foundation annual celebration to support BAA.


--- layout: post title: "Preparing for the Next Mardi Gras Festival" subtitle: "11 Facts You Never Knew About Mardi Gras" date: 2020-11-12 21:45:45 -0300 background: '/img/posts/mardigras.jpg' ---
For those who may not know, MARDI GRAS (New Orleans, Louisiana), also recognized as Fat Tuesday or Shrove Tuesday denotes the events of the Carnival celebrations. It is a reflection of the last night of feasting before the fasting ritual of the Lenten season.
The celebrations begin on or after Epiphany, which is the Christians’ feast and reaches a climax on the eve of Ash Wednesday. The origin of this celebration is in medieval Europe between the 17th and 18th centuries.
On March 2, 1699 a French-Canadian explorer called Jeane Baptiste arrived at a place about 60 miles directly south of New Orleans and when his team realized that it was on the eve of the festive holiday, Jean named that place Pointe Du Mardi Gras.
 During this time, the celebrations did not incorporate the parades as is known today. However, in recent years the popularity of small parades in the days immediately preceding the Mardi Gras festival have sprung up.
Interestingly, the word Mardi Gras is derived from the French language which means Fat Tuesday. In as much as debauchery and partying is associated with these events, it is impossible to overlook the religious, cultural and historical part of this celebration.
Even though most people may claim to understand this festival well, only a few realize that Mardi Gras and Carnival are essentially different; Carnival is the season that begins on the feast of epiphany while Mardi Gras is the actual day of the celebrations
Mardi Gras is also great for families especially for kids who would love to spectate at the parades and enjoy a few delights and goodies.
In the early days, the Krewes threw all manner of items including dirt at the festival. That is why this has been replaced by plastic beads at the modern festivals.
Unbeknownst to many, Mardi Gras is a recognized legal holiday in Louisiana and has been so since 1875.
Mardi Gras is also beyond the New Orleans due to the fact that it is celebrated in other parts of the world like Europe and Brazil.
Revelers are advised to brace themselves; you never anticipate what may be thrown your way!
More than half a million goods are sold annually in New Orleans in the period leading to Mardi Gras festival. The Mardi Gras festival generates about 840 Million dollars.
A finder of a doll embedded in a king cake is declared a king and must buy the next cake or treat.
Around 95% of hotel rooms at New Orleans Metropolitan are filled during the festival.
The largest beads supplier in New Orleans sells about one billion pairs during Mardi Gras.
The next Mardi Gras festival is slated for Tuesday, 16 February 2021.


{% extends "base.html" %} {% load static i18n crispy_forms_tags %} {% block title %}{% trans 'Project Management' %}{% endblock %} {% block content %}
{% blocktrans %}
Gluwa Inc.
Dossiebit 2 #1113
1328-11 Seocho 2-dong, Seocho-gu
Seoul, Republic of Korea
137-858
{% endblocktrans %}
+82 070-8867-8403
<EMAIL_ADDRESS>{% blocktrans %} We are looking for talented people on an ongoing basis. Send us your CV with a cover letter at<EMAIL_ADDRESS>{% endblocktrans %}
{% trans "Thank you! We will reply in a moment." %}
{% endif %}
{% blocktrans %}
Request project management service here.
DodMe's project management is a charged service.
The cost depends on the size of your project.
Of course, inquiries are free.
{% endblocktrans %}


Click on a name to jump to bio.
{% assign all_members = site.data.co_chairs | concat: site.data.members_contributors | concat: site.data.experts_advisors | concat: site.data.secretariat | where_exp: "item", "item.commission contains '2020'" | sort: "Last Name" %}
{% for member in all_members %}
-
{{ member['Last Name'] }}, {{ member['First Name'] }}
{% endfor %}


About Us
The Story Behind Our Story
In 2004, we met as graduate students at MIT.While Brian was helping venture-backed startups with their go-to-market strategy, we started to notice something curious: Customers had gotten really good at blocking out interruptive marketing and sales tactics. The tried and true tactics of old (direct mail, email blasts, cold calls) simply weren’t effective anymore.
An idea in the moment has sparked a global movement.
While Brian was helping venture-backed startups with their go-to-market strategy, we started to notice something curious: Customers had gotten really good at blocking out interruptive marketing and sales tactics. The tried and true tactics of old (direct mail, email blasts, cold calls) simply weren’t effective anymore.


{% load humanize %} {% load staticfiles %} {% load cycle_selector %}
All numbers are for the two-year cycle, from {{ cycle_start|date:"N j, Y"}} through {{ cycle_end|date:"N j, Y"}}.
| Group type | Total Receipts | Total Independent Expenditures | Cash on Hand | {% for group in sums %}
|---|---|---|---|
| {{ group.name }} | ${{group.tot_rec|intword}} | ${{group.tot_ie|intword}} | ${{group.coh|intword}} |
This is just a listing of the top 50 Super PACs by independent expenditures. For a more complete list that's sortable, filterable and downloadable, see here.
| Committee Name | Total outside spending | Major Activity | Cash on hand (if reported) | Cash on hand date | {% for superpac in top_superpacs %}
|---|---|---|---|---|
| {{ superpac.name }} ( {{superpac.display_type}} ) | ${{superpac.total_indy_expenditures|intcomma}} | {{superpac.major_activity }} | ${{ superpac.display_coh |intcomma}} | {{ superpac.display_coh_date }} |


Today
Appointments
Customers
You have
0
appointments today.
Complete:
0
Expected income: $
0
Total so far: $
0
Owner
Name
Breed
Service
Price
Groomer
You have no appointments for today
Paste an image URL
×
Search by
Phone
Last Name
Email
Pet Name
Search


EBD - Easton Bible DIctionary
Godliness
GODLINESS
"GODLINESS "the whole of practical piety (
1 Timothy 4:8
;
2 Peter 1:6
).
“It supposes knowledge, veneration, affection, dependence, submission, gratitude, and obedience.” In 1 Timothy 3:16 it denotes the substance of revealed religion.
"GODLINESS "the whole of practical piety (1 Timothy 4:8; 2 Peter 1:6).
“It supposes knowledge, veneration, affection, dependence, submission, gratitude, and obedience.” In 1 Timothy 3:16 it denotes the substance of revealed religion.