Package io.ebean
Interface QueryIterator<T>
- Type Parameters:
T
- the type of entity bean in the iteration
- All Superinterfaces:
AutoCloseable
,Closeable
,Iterator<T>
public interface QueryIterator<T> extends Iterator<T>, Closeable
Used to provide iteration over query results.
This can be used when you want to process a very large number of results and means that you don't have to hold all the results in memory at once (unlike findList(), findSet() etc where all the beans are held in the List or Set etc).
Note that findIterate (and findEach and findEachWhile) uses a "per graph" persistence context scope and adjusts jdbc fetch buffer size for large queries. As such it is better to use findList for small queries.
Remember that with QueryIterator
you must call close()
when you have finished iterating the results. Use "try with resources" or ensure it
is closed in a finally block.
Try finally style
Query<Customer> query = database.find(Customer.class)
.where().gt("id", 0)
.order("id")
.setMaxRows(2);
QueryIterator<Customer> it = query.findIterate();
try {
while (it.hasNext()) {
Customer customer = it.next();
// do something with customer ...
}
} finally {
// close the underlying resources
it.close();
}
Try with resources style
// try with resources
try (QueryIterator<Customer> it = query.findIterate()) {
while (it.hasNext()) {
Customer customer = it.next();
// do something with customer ...
}
}
-
Method Details
-
hasNext
boolean hasNext()Returns true if the iteration has more elements. -
next
Returns the next element in the iteration. -
remove
void remove()Remove is not allowed. -
close
void close()Close the underlying resources held by this iterator.- Specified by:
close
in interfaceAutoCloseable
- Specified by:
close
in interfaceCloseable
-


Tea of the Month
What's steeping at tea cozy?
Fall Berry Blitz Tea
Spiced Rum Tea
Seasonal Donuts
Myrtle Ave Tea
Bedford Bizarre Tea
Location
Downtown
384 West 4th St
Suite 108
Portland, Maine
East Bayside
3433 Phisherman's Avenue
(Northwest Corner)
Portland, Maine
Oakdale
515 Crescent Avenue
Second Floor
Portland, Maine


Custom support for multipart request. This allow parsing multipart request (support files upload) builtin.


As william shakespeare once said, Hello. It's me Bayan. I'm 23 yars old and I have recently graduated with a bachelor degree in electrical engineering. I enjoy reading books and watching movies with my friend and then start a long chat (Longer than the movie itself). I Love my family and I have them as a priority all the time. I enjoy drinking cold drinks even in the hardest days of winter. And for sport section, mmmm, I don't think so, becuase I'm too lazy to move from a room to another one.  That's all for today, I have tried my best in this lab, but as you can see. it is not working at all.
In 2020, I have watched around 150 movies. It's not a great number but considering that it was my last year at University, it seems to be fine. Here are the top movies and the movies I liked the most:


Main Page Class Hierarchy Alphabetical List Compound List File List Compound Members File Members
TPalette Class Reference
Simple class used to create and manipulate palette arrays.
More...
#include <views.h>
List of all members.
Detailed Description
TPalette is a simple class used to create and manipulate palette arrays.
Although palettes are arrays of char, and are often referred to as strings, they are not the conventional null-terminated strings found in C. Normal C string functions cannot be used.
The first byte of a palette string holds its length (not counting the first byte itself). Each basic view has a default palette that determines the usual colors assigned to the various parts of a view, such as scroll bars, frames, buttons, text, and so on.
Definition at line 752 of file views.h.
Constructor & Destructor Documentation
|
TPalette::TPalette (
|
const char * d,
|
|
ushort len )
|
|
|
|
Creates a TPalette object with string `d' and length `len'. The private member data is set with `len' in its first byte, following by the array `d'. |
|
TPalette::TPalette (
|
const TPalette & tp )
|
|
|
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Creates a new palette by copying the palette `tp'. |
Member Function Documentation
|
TPalette & TPalette::operator= (
|
const TPalette & tp )
|
|
|
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The code p = tp; copies the palette `tp' to the palette `p'. |
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uchar & TPalette::operator[] (
|
int index ) const
|
|
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The subscripting operator returns the character at the index'th position. |
Member Data Documentation
|
|
Undocumented.
Definition at line 781 of file views.h. |
The documentation for this class was generated from the following file:
Generated at Sat Sep 22 20:19:31 2001 for TVision by
<IP_ADDRESS> written by Dimitri van Heesch,
© 1997-2001


{% extends "rpg/meters/large.html" %} {% load humanize %} {% block meter-content %}
You gain {{ meters.diamonds.unit }} by finding metaphorical diamonds.
{{ aunlock.achievement.description }}
You have no achievements yet.
{% endif %}If you find a diamond, please don't spoil it for others!
{% if first_achievement %}
Don't know where to look?
Here's one to start: {{ first_achievement.code }}
.
See also diamonds leaderboard.


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Tests that if iframe is loaded and then deleted, inspector could still show its content. Note that if iframe.src is changed to "javascript:'...some html...'" after loading, then we have different codepath, hence two tests;


Magmamakaawa ka kaya sa prof mo??
Enter your scores and we will predict your fate this semester
Quizzes
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Meet the team!
Jen Stewart
React I Developer
Nicholas Nobida Pedrano
React II Developer
Spencer Vail
Back-End Developer
Trevor Beadle
Web UI/Marketing
Mike Phelps
Project Lead


Object Oriented Programming: 2016-2017
|
Lecturer |
|
|
Degrees |
Schedule A(CS&P) — Computer Science and Philosophy Part A Core — Computer Science |
|
Term |
Michaelmas Term 2016 (16 lectures) |
Overview
NOTE: This course is currently undergoing revision.
This course aims to prepare undergraduates for the programming work they will undertake during their time in Oxford and subsequently, including subsequent programming-heavy courses such as Compilers and Database Systems Implementation, in addition to the group project and later individual project work. The course contains few topics that have not been mentioned in previous courses, but the defining aim in this course is to illustrate those programming techniques put to work in a sequence of case studies of carefully chosen size, each of them big enough to have significant internal interfaces, but not so large as to be overwhelming. The course will introduce standard tools and techniques for software development: use of a version control system, an automated build process, an approriate framework for automated unit and integration tests, and profiling tools for studying performance. Participants will be able to choose between an IDE and a traditional editor/compiler setup.
Learning outcomes
After taking the course, participants will be able to
- Specify simple abstract data types and design implementations, using abstraction functions to document them.
- Recognise features of object-oriented design such as encapsulation, polymorphism, inheritance, and composition of systems based on object identity.
- Name and apply some common object-oriented design patterns and give examples of their use.
- Design applications with an event-driven graphical user interface.
Prerequisites
This is not a first programming course; neither is it a course about Scala. Most undergraduates taking the course will have had a previous introduction to Scala in the course Imperative Programming 2 that they took in the first year. Since we will be using mostly those features of Scala that are also present (in slightly more clunky form) in Java, it should not be too difficult for those already familiar with Java to pick up the language they need to follow the course. Familiarity with elementary notions of program correctness will be assumed, such as pointer-linked data structures and the use of invariants to reason about programs containing loops.
Synopsis
This page gives a lecture-by-lecture synopsis of the course, supplemented by links to printed lecture notes and handouts.
Abstract Data Types
The first part of the course concentrates on the structuring of large programs by means of abstract data types (ADT's). An ADT is a program module that satisfies a specification expressed in abstract terms, while hiding the details of how the specification is implemented.
[1] Programming with abstract data types. What do we mean by a 'large' program? A program for a simple editing task. Rewriting the program to use an abstract data type. Programming for change by separation of concerns.
[2] How to specify an ADT. Abstract state space. Operations with pre- and post-conditions, illustrated by the Text example and others. Invariants for a program that uses the Text ADT.
[3] How to implement an ADT. Concrete state space, concrete invariant, abstraction function. Implementing operations, illustrated by the Text example.
[4] Rules for specifying and implementing ADTs. Additional examples of refinement. General formulation of the correctness criteria.
Designing with objects
This part of the course is organised around a programming case study: a text editor written in about 2,500 lines of Scala.
[5] Features of object-oriented programming. Encapsulation, object identity, polymorphism – but not inheritance.
[6-7] Introducing Ewoks. Commands as methods and as objects.
[8] Subclasses and inheritance. Relationship between Text and PlaneText, dynamic binding.
[9] Fragile base class problem.
[10] Model/view separation. Specifying by programming, benign side-effects, narrowing the interface between Editor and Display.
[11-12] Undo/redo.
Another case study
[13] Dijkstra's algorithm. Representing the model.
[14] Implementing Dijkstra's algorithm. Priority queues. Speeding up the program.
[15-16] A graphical interface. for animating Disjkstra's algorithm.
Note for tutors: the schedule given here is an ideal. Because of unplanned discussion in the lectures (a good thing), we will sometimes run up to half a lecture behind the plan.
Syllabus
Software architecture. Object-oriented design principles. Design by contract and proof of correctness of data representations. Event-driven programming. Common design patterns. Case studies.
Reading list
Essential
There is no set text for the course, in the sense of a book that we will work our way through, lecture by lecture. The closest book in spirit to the course is
- Barbara Liskov, Program Development in Java, Addison-Wesley, 2001, £47.99, ISBN<PHONE_NUMBER>.
except that we shall be emphasizing programming examples much more than that book – and our programs will be written in Scala not Java.
As a guide to Scala, we will use
- Martin Odersky, Lex Spoon and Bill Venners, Programming in Scala.
Optional
For reading around the course, I recommend a number of other books. The structure of our programs will resonate with some of the 'design patterns' that have become a popular way to think about object-oriented programs. A chatty and accessible introduction to design patterns is this book:
- Head First Design Patterns
The design patterns movement started with the book,
- GOF
Also helpful as an account of design by contract is
- Bertrand Meyer, Object-Oriented Software Construction, SAMS, 1997, £35.37, ISBN<PHONE_NUMBER>.
This book is based on the Eiffel language invented by the author rather than Scala.
Here is a book about restructuring programs to make them more clear, the program maintenance counterpart of modular design. It resonates well with the lecturer's experience of designing for clarity and robustness.
- Martin Fowler, Refactoring: improving the design of existing code, Addison-Wesley, 2000, £37.99, ISBN<PHONE_NUMBER>.
Also the following books about programming more generally would be good companions to the course:
- Jon Bentley, Programming Pearls (2nd ed.), Addison-Wesley, 2000, £21.99, ISBN<PHONE_NUMBER>.
- Brian W. Kernighan and Rob Pike, The Practice of Programming, Addison-Wesley, 1999, £22.99, ISBN 020161586X.


C0 code coverage information
Generated on Tue Oct 21 01:05:25 +0100 2008 with rcov <IP_ADDRESS>
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 module Sequel
2 class Model
3 # Whether to lazily load the schema for future subclasses. Unless turned
4 # off, checks the database for the table schema whenever a subclass is
5 # created
6 @@lazy_load_schema = false
7
8 @allowed_columns = nil
9 @dataset_methods = {}
10 @primary_key = :id
11 @raise_on_save_failure = true
12 @restrict_primary_key = true
13 @restricted_columns = nil
14 @sti_dataset = nil
15 @sti_key = nil
16 @strict_param_setting = true
17 @typecast_empty_string_to_nil = true
18 @typecast_on_assignment = true
19
20 # Which columns should be the only columns allowed in a call to set
21 # (default: all columns).
22 metaattr_reader :allowed_columns
23
24 # Hash of dataset methods to add to this class and subclasses when
25 # set_dataset is called.
26 metaattr_reader :dataset_methods
27
28 # The default primary key for classes (default: :id)
29 metaattr_reader :primary_key
30
31 # Whether to raise an error instead of returning nil on a failure
32 # to save/create/save_changes/etc.
33 metaattr_accessor :raise_on_save_failure
34
35 # Which columns should not be update in a call to set
36 # (default: no columns).
37 metaattr_reader :restricted_columns
38
39 # The base dataset for STI, to which filters are added to get
40 # only the models for the specific STI subclass.
41 metaattr_reader :sti_dataset
42
43 # The column name holding the STI key for this model
44 metaattr_reader :sti_key
45
46 # Whether new/set/update and their variants should raise an error
47 # if an invalid key is used (either that doesn't exist or that
48 # access is restricted to it).
49 metaattr_accessor :strict_param_setting
50
51 # Whether to typecast the empty string ('') to nil for columns that
52 # are not string or blob.
53 metaattr_accessor :typecast_empty_string_to_nil
54
55 # Whether to typecast attribute values on assignment (default: true)
56 metaattr_accessor :typecast_on_assignment
57
58 # Dataset methods to proxy via metaprogramming
59 DATASET_METHODS = %w'<< all avg count delete distinct eager eager_graph each each_page
60 empty? except exclude filter first from from_self full_outer_join get graph
61 group group_and_count group_by having import inner_join insert
62 insert_multiple intersect interval invert_order join join_table last
63 left_outer_join limit map multi_insert naked order order_by order_more
64 paginate print query range reverse_order right_outer_join select
65 select_all select_more server set set_graph_aliases single_value size to_csv to_hash
66 transform union uniq unfiltered unordered update where'.map{|x| x.to_sym}
67
68 # Instance variables that are inherited in subclasses
69 INHERITED_INSTANCE_VARIABLES = {:@allowed_columns=>:dup, :@cache_store=>nil,
70 :@cache_ttl=>nil, :@dataset_methods=>:dup, :@primary_key=>nil,
71 :@raise_on_save_failure=>nil, :@restricted_columns=>:dup, :@restrict_primary_key=>nil,
72 :@sti_dataset=>nil, :@sti_key=>nil, :@strict_param_setting=>nil,
73 :@typecast_empty_string_to_nil=>nil, :@typecast_on_assignment=>nil}
74
75 # Returns the first record from the database matching the conditions.
76 # If a hash is given, it is used as the conditions. If another
77 # object is given, it finds the first record whose primary key(s) match
78 # the given argument(s). If caching is used, the cache is checked
79 # first before a dataset lookup is attempted unless a hash is supplied.
80 def self.[](*args)
81 args = args.first if (args.size == 1)
82
83 if Hash === args
84 dataset[args]
85 else
86 @cache_store ? cache_lookup(args) : dataset[primary_key_hash(args)]
87 end
88 end
89
90 # Returns the columns in the result set in their original order.
91 # Generally, this will used the columns determined via the database
92 # schema, but in certain cases (e.g. models that are based on a joined
93 # dataset) it will use Dataset#columns to find the columns, which
94 # may be empty if the Dataset has no records.
95 def self.columns
96 @columns || set_columns(dataset.naked.columns)
97 end
98
99 # Creates new instance with values set to passed-in Hash, saves it
100 # (running any callbacks), and returns the instance if the object
101 # was saved correctly. If there was an error saving the object,
102 # returns false.
103 def self.create(values = {}, &block)
104 obj = new(values, &block)
105 return unless obj.save
106 obj
107 end
108
109 # Returns the dataset associated with the Model class.
110 def self.dataset
111 @dataset || raise(Error, "No dataset associated with #{self}")
112 end
113
114 # Returns the database associated with the Model class.
115 def self.db
116 return @db if @db
117 @db = self == Model ? DATABASES.first : superclass.db
118 raise(Error, "No database associated with #{self}") unless @db
119 @db
120 end
121
122 # Sets the database associated with the Model class.
123 def self.db=(db)
124 @db = db
125 if @dataset
126 set_dataset(db[table_name])
127 end
128 end
129
130 # Returns the cached schema information if available or gets it
131 # from the database.
132 def self.db_schema
133 @db_schema ||= get_db_schema
134 end
135
136 # If a block is given, define a method on the dataset with the given argument name using
137 # the given block as well as a method on the model that calls the
138 # dataset method.
139 #
140 # If a block is not given, define a method on the model for each argument
141 # that calls the dataset method of the same argument name.
142 def self.def_dataset_method(*args, &block)
143 raise(Error, "No arguments given") if args.empty?
144 if block_given?
145 raise(Error, "Defining a dataset method using a block requires only one argument") if args.length > 1
146 meth = args.first
147 @dataset_methods[meth] = block
148 dataset.meta_def(meth, &block)
149 end
150 args.each{|arg| instance_eval("def #{arg}(*args, &block); dataset.#{arg}(*args, &block) end", __FILE__, __LINE__)}
151 end
152
153 # Deletes all records in the model's table.
154 def self.delete_all
155 dataset.delete
156 end
157
158 # Like delete_all, but invokes before_destroy and after_destroy hooks if used.
159 def self.destroy_all
160 dataset.destroy
161 end
162
163 # Returns a dataset with custom SQL that yields model objects.
164 def self.fetch(*args)
165 db.fetch(*args).set_model(self)
166 end
167
168 # Modify and return eager loading dataset based on association options
169 def self.eager_loading_dataset(opts, ds, select, associations)
170 ds = ds.select(*select) if select
171 ds = ds.order(*opts[:order]) if opts[:order]
172 ds = ds.eager(opts[:eager]) if opts[:eager]
173 ds = ds.eager_graph(opts[:eager_graph]) if opts[:eager_graph]
174 ds = ds.eager(associations) unless associations.blank?
175 ds = opts[:eager_block].call(ds) if opts[:eager_block]
176 ds
177 end
178
179 # Finds a single record according to the supplied filter, e.g.:
180 #
181 # Ticket.find :author => 'Sharon' # => record
182 def self.find(*args, &block)
183 dataset.filter(*args, &block).first
184 end
185
186 # Like find but invokes create with given conditions when record does not
187 # exists.
188 def self.find_or_create(cond)
189 find(cond) || create(cond)
190 end
191
192 # If possible, set the dataset for the model subclass as soon as it
193 # is created. Also, inherit the INHERITED_INSTANCE_VARIABLES
194 # from the parent class.
195 def self.inherited(subclass)
196 sup_class = subclass.superclass
197 ivs = subclass.instance_variables.collect{|x| x.to_s}
198 INHERITED_INSTANCE_VARIABLES.each do |iv, dup|
199 next if ivs.include?(iv.to_s)
200 sup_class_value = sup_class.instance_variable_get(iv)
201 sup_class_value = sup_class_value.dup if dup == :dup && sup_class_value
202 subclass.instance_variable_set(iv, sup_class_value)
203 end
204 unless ivs.include?("@dataset")
205 begin
206 if sup_class == Model
207 subclass.set_dataset(Model.db[subclass.implicit_table_name]) unless subclass.name.blank?
208 elsif ds = sup_class.instance_variable_get(:@dataset)
209 subclass.set_dataset(sup_class.sti_key ? sup_class.sti_dataset.filter(sup_class.sti_key=>subclass.name.to_s) : ds.clone, :inherited=>true)
210 end
211 rescue
212 nil
213 end
214 end
215 end
216
217 # Returns the implicit table name for the model class.
218 def self.implicit_table_name
219 name.demodulize.underscore.pluralize.to_sym
220 end
221
222 # Set whether to lazily load the schema for future model classes.
223 # When the schema is lazy loaded, the schema information is grabbed
224 # during the first instantiation of the class instead of
225 # when the class is created.
226 def self.lazy_load_schema=(value)
227 @@lazy_load_schema = value
228 end
229
230 # Initializes a model instance as an existing record. This constructor is
231 # used by Sequel to initialize model instances when fetching records.
232 # #load requires that values be a hash where all keys are symbols. It
233 # probably should not be used by external code.
234 def self.load(values)
235 new(values, true)
236 end
237
238 # Mark the model as not having a primary key. Not having a primary key
239 # can cause issues, among which is that you won't be able to update records.
240 def self.no_primary_key
241 @primary_key = nil
242 end
243
244 # Returns primary key attribute hash. If using a composite primary key
245 # value such be an array with values for each primary key in the correct
246 # order. For a standard primary key, value should be an object with a
247 # compatible type for the key. If the model does not have a primary key,
248 # raises an Error.
249 def self.primary_key_hash(value)
250 raise(Error, "#{self} does not have a primary key") unless key = @primary_key
251 case key
252 when Array
253 hash = {}
254 key.each_with_index{|k,i| hash[k] = value[i]}
255 hash
256 else
257 {key => value}
258 end
259 end
260
261 # Restrict the setting of the primary key(s) inside new/set/update. Because
262 # this is the default, this only make sense to use in a subclass where the
263 # parent class has used unrestrict_primary_key.
264 def self.restrict_primary_key
265 @restrict_primary_key = true
266 end
267
268 # Whether or not setting the primary key inside new/set/update is
269 # restricted, true by default.
270 def self.restrict_primary_key?
271 @restrict_primary_key
272 end
273
274 # Serializes column with YAML or through marshalling. Arguments should be
275 # column symbols, with an optional trailing hash with a :format key
276 # set to :yaml or :marshal (:yaml is the default). Setting this adds
277 # a transform to the model and dataset so that columns values will be serialized
278 # when saved and deserialized when returned from the database.
279 def self.serialize(*columns)
280 format = columns.extract_options![:format] || :yaml
281 @transform = columns.inject({}) do |m, c|
282 m[c] = format
283 m
284 end
285 @dataset.transform(@transform) if @dataset
286 end
287
288 # Set the columns to allow in new/set/update. Using this means that
289 # any columns not listed here will not be modified. If you have any virtual
290 # setter methods (methods that end in =) that you want to be used in
291 # new/set/update, they need to be listed here as well (without the =).
292 #
293 # It may be better to use (set|update)_only instead of this in places where
294 # only certain columns may be allowed.
295 def self.set_allowed_columns(*cols)
296 @allowed_columns = cols
297 end
298
299 # Sets the dataset associated with the Model class. ds can be a Symbol
300 # (specifying a table name in the current database), or a Dataset.
301 # If a dataset is used, the model's database is changed to the given
302 # dataset. If a symbol is used, a dataset is created from the current
303 # database with the table name given. Other arguments raise an Error.
304 #
305 # This sets the model of the the given/created dataset to the current model
306 # and adds a destroy method to it. It also extends the dataset with
307 # the Associations::EagerLoading methods, and assigns a transform to it
308 # if there is one associated with the model. Finally, it attempts to
309 # determine the database schema based on the given/created dataset unless
310 # lazy_load_schema is set.
311 def self.set_dataset(ds, opts={})
312 inherited = opts[:inherited]
313 @dataset = case ds
314 when Symbol
315 db[ds]
316 when Dataset
317 @db = ds.db
318 ds
319 else
320 raise(Error, "Model.set_dataset takes a Symbol or a Sequel::Dataset")
321 end
322 @dataset.set_model(self)
323 @dataset.transform(@transform) if @transform
324 if inherited
325 ((@columns = @dataset.columns) rescue nil) unless @@lazy_load_schema
326 else
327 @dataset.extend(DatasetMethods)
328 @dataset.extend(Associations::EagerLoading)
329 @dataset_methods.each{|meth, block| @dataset.meta_def(meth, &block)} if @dataset_methods
330 end
331 ((@db_schema = inherited ? superclass.db_schema : get_db_schema) rescue nil) unless @@lazy_load_schema
332 self
333 end
334 metaalias :dataset=, :set_dataset
335
336 # Sets primary key, regular and composite are possible.
337 #
338 # Example:
339 # class Tagging < Sequel::Model
340 # # composite key
341 # set_primary_key :taggable_id, :tag_id
342 # end
343 #
344 # class Person < Sequel::Model
345 # # regular key
346 # set_primary_key :person_id
347 # end
348 #
349 # You can set it to nil to not have a primary key, but that
350 # cause certain things not to work, see #no_primary_key.
351 def self.set_primary_key(*key)
352 @primary_key = (key.length == 1) ? key[0] : key.flatten
353 end
354
355 # Set the columns to restrict in new/set/update. Using this means that
356 # any columns listed here will not be modified. If you have any virtual
357 # setter methods (methods that end in =) that you want not to be used in
358 # new/set/update, they need to be listed here as well (without the =).
359 #
360 # It may be better to use (set|update)_except instead of this in places where
361 # only certain columns may be allowed.
362 def self.set_restricted_columns(*cols)
363 @restricted_columns = cols
364 end
365
366 # Makes this model a polymorphic model with the given key being a string
367 # field in the database holding the name of the class to use. If the
368 # key given has a NULL value or there are any problems looking up the
369 # class, uses the current class.
370 #
371 # This should be used to set up single table inheritance for the model,
372 # and it only makes sense to use this in the parent class.
373 #
374 # You should call sti_key after any calls to set_dataset in the model,
375 # otherwise subclasses might not have the filters set up correctly.
376 #
377 # The filters that sti_key sets up in subclasses will not work if
378 # those subclasses have further subclasses. For those middle subclasses,
379 # you will need to call set_dataset manually with the correct filter set.
380 def self.set_sti_key(key)
381 m = self
382 @sti_key = key
383 @sti_dataset = dataset
384 dataset.set_model(key, Hash.new{|h,k| h[k] = (k.constantize rescue m)})
385 before_create(:set_sti_key){send("#{key}=", model.name.to_s)}
386 end
387
388 # Returns the columns as a list of frozen strings instead
389 # of a list of symbols. This makes it possible to check
390 # whether a column exists without creating a symbol, which
391 # would be a memory leak if called with user input.
392 def self.str_columns
393 @str_columns ||= columns.map{|c| c.to_s.freeze}
394 end
395
396 # Defines a method that returns a filtered dataset. Subsets
397 # create dataset methods, so they can be chained for scoping.
398 # For example:
399 #
400 # Topic.subset(:popular, :num_posts > 100)
401 # Topic.subset(:recent, :created_on > Date.today - 7)
402 #
403 # Allows you to do:
404 #
405 # Topic.filter(:username.like('%joe%')).popular.recent
406 #
407 # to get topics with a username that includes joe that
408 # have more than 100 posts and were created less than
409 # 7 days ago.
410 def self.subset(name, *args, &block)
411 def_dataset_method(name){filter(*args, &block)}
412 end
413
414 # Returns name of primary table for the dataset.
415 def self.table_name
416 dataset.opts[:from].first
417 end
418
419 # Allow the setting of the primary key(s) inside new/set/update.
420 def self.unrestrict_primary_key
421 @restrict_primary_key = false
422 end
423
424 # Add model methods that call dataset methods
425 def_dataset_method(*DATASET_METHODS)
426
427 ### Private Class Methods ###
428
429 # Create the column accessors
430 def self.def_column_accessor(*columns) # :nodoc:
431 include(@column_accessors_module = Module.new) unless @column_accessors_module
432 columns.each do |column|
433 im = instance_methods.collect{|x| x.to_s}
434 meth = "#{column}="
435 @column_accessors_module.module_eval do
436 define_method(column){self[column]} unless im.include?(column.to_s)
437 unless im.include?(meth)
438 define_method(meth) do |*v|
439 len = v.length
440 raise(ArgumentError, "wrong number of arguments (#{len} for 1)") unless len == 1
441 self[column] = v.first
442 end
443 end
444 end
445 end
446 end
447
448 # Get the schema from the database, fall back on checking the columns
449 # via the database if that will return inaccurate results or if
450 # it raises an error.
451 def self.get_db_schema(reload = false) # :nodoc:
452 set_columns(nil)
453 return nil unless @dataset
454 schema_hash = {}
455 ds_opts = dataset.opts
456 single_table = ds_opts[:from] && (ds_opts[:from].length == 1) \
457 && !ds_opts.include?(:join) && !ds_opts.include?(:sql)
458 get_columns = proc{columns rescue []}
459 if single_table && (schema_array = (db.schema(table_name, :reload=>reload) rescue nil))
460 schema_array.each{|k,v| schema_hash[k] = v}
461 if ds_opts.include?(:select)
462 # Dataset only selects certain columns, delete the other
463 # columns from the schema
464 cols = get_columns.call
465 schema_hash.delete_if{|k,v| !cols.include?(k)}
466 cols.each{|c| schema_hash[c] ||= {}}
467 else
468 # Dataset is for a single table with all columns,
469 # so set the columns based on the order they were
470 # returned by the schema.
471 cols = schema_array.collect{|k,v| k}
472 set_columns(cols)
473 # Also set the columns for the dataset, so the dataset
474 # doesn't have to do a query to get them.
475 dataset.instance_variable_set(:@columns, cols)
476 end
477 else
478 # If the dataset uses multiple tables or custom sql or getting
479 # the schema raised an error, just get the columns and
480 # create an empty schema hash for it.
481 get_columns.call.each{|c| schema_hash[c] = {}}
482 end
483 schema_hash
484 end
485
486 # Set the columns for this model, reset the str_columns,
487 # and create accessor methods for each column.
488 def self.set_columns(new_columns) # :nodoc:
489 @columns = new_columns
490 def_column_accessor(*new_columns) if new_columns
491 @str_columns = nil
492 @columns
493 end
494
495 private_class_method :def_column_accessor, :get_db_schema, :set_columns
496 end
497 end
Generated using the rcov code coverage analysis tool for Ruby
version <IP_ADDRESS>.


[docs]class ActiveMaterial:
""" Active material mass flow details for Cathode and Anode: through a process step """
def __init__(self, solid_mass, mass_fraction, step_position, mass_in):
"""
calculates active material mass flow of a process step
Args:
solid_mass: amount of solid mass
mass_fraction: mass fraction of the active material composition
step_position: 0 if inlet to the first process step (mixing), any other number for other steps
mass_in: inlet mass flow to the process step
"""
if step_position == 0:
self.ActiveMaterialMass = solid_mass * mass_fraction
else:
self.ActiveMaterialMass = mass_in
[docs]class Carbon:
""" Carbon details for Cathode and Anode: from initial battery """
def __init__(self, solid_mass, mass_fraction, step_position, mass_in):
"""
calculates carbon black mass flow of a process step
Args:
solid_mass: amount of solid mass
mass_fraction: mass fraction of the carbon black composition
step_position: 0 if inlet to the first process step (mixing), any other number for other steps
mass_in: inlet mass flow to the process step
"""
if step_position == 0:
self.CarbonMass = solid_mass * mass_fraction
else:
self.CarbonMass = mass_in
[docs]class Binder:
""" Binder details for Cathode and Anode: from initial battery """
def __init__(self, solid_mass, mass_fraction, step_position, mass_in):
"""
calculates binder material mass flow of a process step
Args:
solid_mass: amount of solid mass
mass_fraction: mass fraction of the binder material composition
step_position: 0 if inlet to the first process step (mixing), any other number for other steps
mass_in: inlet mass flow to the process step
"""
if step_position == 0:
self.BinderMass = solid_mass * mass_fraction
else:
self.BinderMass = mass_in


This paragraph has its “last” lines aligned to the start
. This alignment will be seen immediately preceding line breaks:
and also in the very last line of text in the paragraph, wherever that may happen to fall.
This paragraph has its “last” lines aligned to the end
. This alignment will be seen immediately preceding line breaks:
and also in the very last line of text in the paragraph, wherever that may happen to fall.
This paragraph has its “last” lines aligned to the left
. This alignment will be seen immediately preceding line breaks:
and also in the very last line of text in the paragraph, wherever that may happen to fall.
This paragraph has its “last” lines aligned to the right
. This alignment will be seen immediately preceding line breaks:
and also in the very last line of text in the paragraph, wherever that may happen to fall.
This paragraph has its “last” lines aligned to the center
. This alignment will be seen immediately preceding line breaks:
and also in the very last line of text in the paragraph, wherever that may happen to fall.


Features
See below a list of features that Citrus provides as a test automation framework for enterprise integration testing. If you are missing a feature in Citrus please help us and submit a feature request. You can also just vote for ideas and features on github, so we can start developing those things that are most relevant to you.
Control the test flow
- Send and receive messages and specify control messages for validation
- Simulate interface partners supporting a wide range of protocols (Http, JMS, SOAP WebServices, TCP/IP, …)
- Force timeouts and error situations
- Define the sequence of messages
- Wait for messages to arrive
- Trigger messages and validate responses
- Save dynamic message content and reuse those later in test case (proper response generation with dynamic identifiers)
- Test complex messaging scenarios with step by step sequence of operations
- Use advanced logic in test cases (loops, delays, retries, parallel sections, …)
- Message validation
Message validation
- Json message payload validation
- JsonPath element validation
- Groovy Json validation
- XML message payload validation
- XML tree comparison
- XPath element validation
- Groovy XML validation
- XML schema and DTD validation
- Groovy message validaiton
- Database access/validation
Validate existence of data
- Prepare/simulate database content
- Execute queries and use database content in tests
- Test writing
Human readable tests (XML format)
- Simple test creation (cross-editor support, XML schema support)
- Separation of test cases and environment configurations (easy environment switching, improved maintenance)
- Effective testing
Test grouping / test templates / test suites
- IDE support (execute tests as TestNG/JUnit tests from Eclipse, IntelliJ IDEA or NetBeans)
- Integration into build lifecycle (Maven, ANT)
- Reliable failure descriptions
- Reports and test results
- Parallel test execution realistic message load on tested system and faster test runs
- Provide test plan and document test coverage
- Framework extensions
Write adapters to support more protocols
- Write customized functions
- Write customized test actions
- Execute Groovy code


This part—
(a) Gives instructions for using provisions and clauses in solicitations and/or contracts;
(b) Sets forth the solicitation provisions and contract clauses prescribed by this regulation; and
(c) Presents a matrix listing the FAR provisions and clauses applicable to each principal contract type and/or purpose (e.g., fixed-price supply, cost-reimbursement research and development).
This subpart—
(a) Gives instructions for using Part 52, including the explanation and use of provision and clause numbers, prescriptions, prefaces, and the matrix;
(b) Prescribes procedures for incorporating, identifying, and modifying provisions and clauses in solicitations and contracts, and for using alternates; and
(c) Describes the derivation of FAR provisions and clauses.
(a) Definition. “Modification,” as used in this subpart, means a minor change in the details of a provision or clause that is specifically authorized by the FAR and does not alter the substance of the provision or clause (see 52.104).
(b) Numbering—
(1) FAR provisions and clauses. Subpart 52.2 sets forth the text of all FAR provisions and clauses, each in its own separate subsection. The subpart is arranged by subject matter, in the same order as, and keyed to, the parts of the FAR. Each FAR provision or clause is uniquely identified. All FAR provision and clause numbers begin with “52.2,” since the text of all FAR provisions and clauses appear in Subpart 52.2. The next two digits of the provision or clause number correspond to the number of the FAR subject part in which the provision or clause is prescribed. The FAR provision or clause number is then completed by a hyphen and a sequential number assigned within each section of Subpart 52.2. The following example illustrates the makeup of the FAR provision or clause number (see Figure 1 below).
(2)(i) Provisions or clauses that supplement the FAR. Provisions or clauses that supplement the FAR are—
(A) Prescribed and included in authorized agency acquisition regulations issued within an agency to satisfy the specific needs of the agency as a whole;
(B) Prescribed and included in a regulation issued by a suborganization of an agency to satisfy the needs of that particular suborganization; or
(C) Developed for use at a suborganizational level of an agency, not meant for repetitive use, but intended to meet the needs of an individual acquisition and, thus, impractical to include in either an agency or suborganization acquisition regulation. (See 1.301(c).)
(ii) Supplemental provisions or clauses published in agency acquisition regulations shall be in full text and the prescription for the use of each shall be included. Supplemental provisions or clauses published in agency acquisition regulations shall be numbered in the same manner in which FAR provisions and clauses are numbered except that—
(A) If it is included in an agency acquisition regulation that is published in the Federal Register and is codified in Title 48, Code of Federal Regulations (48 CFR), the number shall be preceded by the chapter number within 48 CFR assigned by the CFR staff; and
(B) The sequential number shall be “70” or a higher number (see 1.303).
(iii) The sequential number at the end of the number of a provision or clause that supplements the FAR, like its counterpart at the end of any FAR provision or clause number, indicates the subsection location of the provision or clause in Subpart 52.2 of the agency acquisition regulation that contains its full text. If, for example, an agency acquisition regulation contains only one provision followed by only one clause supplementing the FAR in its section 52.236 (Construction and Architect-Engineer Contracts), then the sequential numbers would be “70” for the provision and “71” for the clause.
(c) Prescriptions. Each provision or clause in Subpart 52.2 is prescribed at that place in the FAR text where the subject matter of the provision or clause receives its primary treatment. The prescription includes all conditions, requirements, and instructions for using the provision or clause and its alternates, if any. The provision or clause may be referred to in other FAR locations.
(d) Introductory text. Within Subpart 52.2, the introductory text of each provision or clause includes a cross-reference to the location in the FAR subject text that prescribes its use.
(e) Matrix.
(1) The matrix in Subpart 52.3 contains a column for each principal type and/or purpose of contract (e.g., fixed-price supply, cost reimbursement research and development). The matrix lists the—
(i) Required solicitation provisions;
(ii) Required-when-applicable solicitation provisions;
(iii) Optional solicitation provisions;
(iv) Required contract clauses;
(v) Required-when-applicable contract clauses; and
(vi) Optional contract clauses.
(2) For each provision or clause listed, the matrix provides information on—
(i) Whether incorporation by reference is or is not authorized (see 52.102);
(ii) The section of the Uniform Contract Format (UCF) in which it is to be located, if it is used in an acquisition that is subject to the UCF;
(iii) Its number;
(iv) The citation of the FAR text that prescribes its use; and
(v) Its title.
(3) Since the matrix does not provide sufficient information to determine the applicability of a provision or clause in the “required-when-applicable” and “optional” categories, contracting officers shall refer to the FAR text (cited in the matrix) that prescribes its use.
(4) The FAR matrix may be reproduced at agency levels, and at subordinate levels, for the purpose of supplementing it with agency-developed provisions and clauses. The resulting consolidated matrices may be included in agency acquisition regulations.
(f) Dates. Since they are subject to revision from time to time, all provisions, clauses, and alternates are dated; e.g., (Dec 1983). To avoid questions concerning which version of any provision, clause, or alternate is operative in any given solicitation or contract, its date shall be included whether it is incorporated by reference or in full text.
(a) Provisions and clauses should be incorporated by reference to the maximum practical extent, rather than being incorporated in full text, even if they—
(1) Are used with one or more alternates or on an optional basis;
(2) Are prescribed on a “substantially as follows” or “substantially the same as” basis, provided they are used verbatim;
(3) Require modification or the insertion by the Government of fill-in material (see 52.104); or
(4) Require completion by the offeror or prospective contractor. This instruction also applies to provisions completed as annual representations and certifications.
(b) Except for provisions and clauses prescribed in 52.107, any provision or clause that can be accessed electronically by the offeror or prospective contractor may be incorporated by reference in solicitations and/or contracts. However, the contracting officer, upon request, shall provide the full text of any provision or clause incorporated by reference.
(c) Agency approved provisions and clauses prescribed in agency acquisition regulations, and provisions and clauses not authorized by Subpart 52.3 to be incorporated by reference, need not be incorporated in full text, provided the contracting officer includes in the solicitation and contract a statement that—
(1) Identifies all provisions and clauses that require completion by the offeror or prospective contractor;
(2) Specifies that the provisions and clauses must be completed by the offeror or prospective contractor and must be submitted with the quotation or offer; and
(3) Identifies to the offeror or prospective contractor at least one electronic address where the full text may be accessed.
(d) An agency may develop a group listing of provisions and clauses that apply to a specific category of contracts. An agency group listing may be incorporated by reference in solicitations and/or contracts in lieu of citing the provisions and clauses individually, provided the group listing is made available electronically to offerors and prospective contractors.
(e) A provision or clause that is not available electronically to offerors and prospective contractors shall be incorporated in solicitations and/or contracts in full text if it is—
(1) A FAR provision or clause that otherwise is not authorized to be incorporated by reference (see Subpart 52.3); or
(2) A provision or clause prescribed for use in an agency acquisition regulation.
(f) Provisions or clauses may not be incorporated by reference by being listed in the—
(1) Provision at 52.252-3, Alterations in Solicitations; or
(2) Clause at 52.252-4, Alterations in Contract.
(a) Whenever any FAR provision or clause is used without deviation in a solicitation or contract, whether it is incorporated by reference or in full text, it shall be identified by number, title, and date. This identification shall also be used if the FAR provision or clause is used with an authorized deviation, except that the contracting officer shall then insert “(DEVIATION)” after the date. Solicited firms and contractors will be advised of the meaning of this insertion through the use of the (1) provision at 52.252-5, Authorized Deviations in Provisions, or (2) clause at 52.252-6, Authorized Deviations in Clauses. The above mentioned provision and clause are prescribed in 52.107(e) and (f).
(b) Any provision or clause that supplements the FAR whether it is incorporated by reference or in full text shall be clearly identified by number, title, date, and name of the regulation. When a supplemental provision or clause is used with an authorized deviation, insert “(DEVIATION)” after the name of the regulation.
(c) A provision or clause of the type described in 52.101(b)(2)(i)(C) shall be identified by the title, date, and the name of the agency or suborganization within the agency that developed it.
(d) Except for provisions or clauses covered by 52.103(c), the following hypothetical examples illustrate how a provision or clause that supplements the FAR shall be identified when it is incorporated in solicitations and/or contracts by reference or in full text:
(1) If Part 14 (Sealed Bidding) of the X Agency Acquisition Regulation, published in the Federal Register and codified as Chapter 99 in 48 CFR, prescribes the use of a provision entitled “Bid Envelopes,” dated October 1983, and that provision is sequentially the first provision or clause appearing in Section 52.214 of the X Agency Acquisition Regulation, then the identification of that provision shall be “9952.214-70—Bid Envelopes (Oct 1983).”
(2) Assume that Y, a major organizational element of the X Agency, is authorized to issue the Y Acquisition Regulation, which is not published in the Federal Register and codified in 48 CFR. If Part 36 (Construction and Architect-Engineer Contracts) of the Y Acquisition Regulation prescribes the use of a clause entitled “Refrigerated Display Cases,” dated March 1983, pertaining to a specialized type of construction work, and that clause is sequentially the second provision or clause appearing in Section 52.236 of the Y Acquisition Regulation, then the identification of that clause shall be “52.236-71—Refrigerated Display Cases (Mar 1983)—Y Acquisition Regulation.”
(a) The contracting officer must not modify provisions and clauses unless the FAR authorizes their modification. For example—
(1) “The contracting officer may use a period shorter than 60 days (but not less than 30 days) in paragraph (x) of the clause”; or
(2) “The contracting officer may substitute the words ‘task order’ for the word ‘Schedule’ wherever that word appears in the clause.”
(b) When modifying provisions or clauses incorporated by reference, insert the changed wording directly below the title of the provision or clause identifying to the lowest level necessary (e.g., paragraph, sentence, word), to clearly indicate what is being modified.
(c) When modifying provisions or clauses incorporated in full text, modify the language directly by substituting the changed wording as permitted.
(d) When completing blanks in provisions or clauses incorporated by reference, insert the fill-in information directly below the title of the provision or clause identifying to the lowest level necessary to clearly indicate the blanks being filled in.
(e) When completing blanks in provisions or clauses incorporated in full text, insert the fill-in information in the blanks of the provision or clause.
(a) The FAR accommodates a major variation in a provision or clause by use of an alternate. The FAR prescribes alternates to a given provision or clause in the FAR subject text where the provision or clause is prescribed. The alternates to each provision or clause are titled “Alternate I,” “Alternate II,” “Alternate III,” etc.
(b) When an alternate is used, its date shall be cited along with the date of the basic provision or clause; e.g., 52.209-3 First Article Approval—Contractor Testing (Oct 1983)—Alternate I (Dec 1983).
(c) Under certain circumstances, a provision or clause may be used with two or more alternates. In these circumstances, each of the applicable alternates shall be cited, whether incorporated by reference or in full text; e.g., 52.209-3 First Article Approval—Contractor Testing (Oct 1983)—Alternate I (Dec 1983) and Alternate II (Feb 1984). However, under no circumstances may an alternate to a specific provision or clause be applied to any other provision or clause.
(a) The contracting officer shall insert the provision at 52.252-1, Solicitation Provisions Incorporated by Reference, in solicitations in order to incorporate provisions by reference.
(b) The contracting officer shall insert the clause at 52.252-2, Clauses Incorporated by Reference, in solicitations and contracts in order to incorporate clauses by reference.
(c) The contracting officer shall insert the provision at 52.252-3, Alterations in Solicitation, in solicitations in order to revise or supplement, as necessary, other parts of the solicitation that apply to the solicitation phase only, except for any provision authorized for use with a deviation.
(d) The contracting officer shall insert the clause at 52.252-4, Alterations in Contract, in solicitations and contracts in order to revise or supplement, as necessary, other parts of the contract, or parts of the solicitations that apply to the contract phase, except for any clause authorized for use with a deviation.
(e) The contracting officer shall insert the provision at 52.252-5, Authorized Deviations in Provisions, in solicitations that include any FAR or supplemental provision with an authorized deviation. Whenever any FAR or supplemental provision is used with an authorized deviation, the contracting officer shall identify it by the same number, title, and date assigned to the provision when it is used without deviation, include regulation name for any supplemental provision, except that the contracting officer shall insert “(DEVIATION)” after the date of the provision.
(f) The contracting officer shall insert the clause at 52.252-6, Authorized Deviations in Clauses, in solicitations and contracts that include any FAR or supplemental clause with an authorized deviation. Whenever any FAR or supplemental clause is used with an authorized deviation, the contracting officer shall identify it by the same number, title, and date assigned to the clause when it is used without deviation, include regulation name for any supplemental clause, except that the contracting officer shall insert “(DEVIATION)” after the date of the clause.


After Graduation we did not got jobs. We searched a lot, OOh sorry we did not pass the graduation as a result we did not got an opportunity to write civils exam which was dream of our parents.
So we used our presense of mind, Every one will do some work so that they want to be happy. So we started Happy club, The main aim of the club is to make you happy. Me with friends irfan and aleem works here, OOh sorry Aleem eat more than working, Since he is happy eating we won't try to stop him
I don't want to say about my friends because they are the most funniest characters I have seen in my life. But any how they are also responsible for the Happy club I am posting here. Please don't judge me by seeing them.
Irfan will take care of all the Technological department
Whereever we go he takes the food responsibility and he fullfills ...


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you're interested in WebVR
Thanks for
coming by
More about Mozilla
at GDC 2016
Continue


Getting Started: Running the
“Graphics Object Layer” demo
The
demo projects are created to run on supported Microchip Demo Boards and
development hardware. Pre-generated hex files are available on the
"Precompiled Demos"
sub-directory found in the demo directory. These hex files are generated using
the alternative hardware profiles found in the sub-directory named
"Alternative Configurations". Use the "Demo Compatibility
Guide" when running pre-generated hex files appropriate for your
hardware.
The
Graphics Object Layer (GOL) demo exhibits the basic functionalities of the GOL
Objects. It is composed of multiple screens showing how the different GOL
Objects can be utilized with a touch screen, demonstrates how to bind some
objects and use GOL Messages to pass parameters from one object to
another. The demo has two language modes: Chinese and English modes. When
selection is done, the strings used in the demo are mapped to the language
selected. Both modes use the same fonts to save memory space. The default font
file GOLFontDefault.c located in the Microchip/Graphics/ directory is NOT used
in this demo. Instead, the file named ChineseFonts.c is used. This font file
contains the GOLFontDefault
and another named GOLSmallFont. Both fonts are reduced fonts generated using
character filters defined in the application directory named FontFilter. The
font tables include only the standard ASCII set (32-127) and the Chinese
characters that are used in the demo. The summary of the strings used for
the two modes are placed in the ChineseFontsfontref.h file.
All
font tables used in the demo are generated using the "Graphics Resource
Converter" (grc.jar) utility. Please refer to the utility documentation
for details.
The
demo starts with the Microchip Start Screen and using the touch screen you can
navigate through all the screens showing the different GOL Objects that can be
used in the library.
Side Buttons Support
An
additional feature of the library is the support for keyboard. Four Explorer 16
buttons (S3, S4, S5 and S6) are used to control the demo. The key assignments
are enumerated below:
·
S3 - Down Key
·
S4 - Up Key
·
S5 - Enter Key
·
S6 - This moves
the focus on the screen.
You
can perform actions on the objects using these buttons. You can actually
navigate through all the demo screen using buttons S5 and S6. Where S6 toggles
the object selection and S5 performs the action on the object. S3 and S4
buttons in this demo works only for the slider. Pressing the S3 or S4 buttons
will decrement or increment the slider thumb’s position.
Demo Limitations
Compiler
optimization level must be set to "1", "2", or
"s" for PIC24FJ128GA010, dsPIC33FJ128GP804 and PIC24HJ128GP504. For
evaluation copies of the compilers that have expired, a purchase of the valid
license will be needed to to set the optimization levels to "1",
"2" or "s".
For
PIC32 Starter Kits:
·
No potentiometer
present. The plotting demo with external source will not work.
·
No available
button to perform focus control.
·
Secondary
oscillator when not populated will not update the date and time demo that is
based on the RTCC module.
Demo Procedure
1)
Connect the
necessary hardware and program with the correct pre-generated hex.
2)
When running the
demo for the very first time, you’ll get touch screen calibration menu. Please
refer to Screen
Calibration for details.
3)
After you exit the calibration menu or
immediately after power up the Start Screen will be shown. Touch the screen to
continue.
4)
The screens showing GOL objects will appear.
Navigate through the demo using the Next (») and Back («) buttons on the sides.
5)
Notice the time
and date is displayed on the upper right corner of the screen. To set the date
and time press on the date and time group box. Note that only the touch screen
interface is enabled when setting time and date. To exit just press the exit
button. Time and date set will be reflected in the time and date group box.
6)
To jump from one
screen to another press on the Microchip logo on the upper left corner. A pull
down menu will appear on the screen. Releasing your press will remove the pull
down menu. To jump to a screen, drag your stylus or finger while pressing to
the desired screen title. Once the title is selected, release your finger or
stylus. The screen chosen will be displayed. To cancel selection, simply drag
your finger or stylus outside the drop down menu and release. You will return
to the current screen. The pull down menu has two lists. The first list has one
item named “MORE” at the bottom.  The second list also has a “BACK” item that
gives you ability to return to the first list.
Microchip
Start Screen
This screen shows the start of the demo. Tap the
screen to proceed.
Before describing the other screens of the demo, the
navigation buttons are defined:
·
Back («) button
– This button, located on the left side, directs the user to the previous
screen. Before the previous screen is shown, all objects in the current screen
is destroyed and removed from memory. The previous screen is created from
scratch and displayed, replacing the current screen.
·
Next (») button
– This button, located on the right side, directs the user to the next screen.
Before the next screen is shown, all objects in the current screen is destroyed
and removed from memory. The next screen is created from scratch and displayed,
replacing the current screen.
Buttons
This screen is composed of a Window with 7 buttons
drawn on its client area. Going from top to down and left to right direction,
each button’s actions are described below:
1)
The 1st Button
shows the basic functionality of the object. Appearance of the object changes
from Pressed to Un-pressed when pressed or released.
2)
The 2nd Button
shows a gradient bitmap drawn over the button’s face.
3)
The 3rd Button
shows that multiple bitmaps can be displayed in the face of the button with
text. For every state a different bitmap can be rendered. Text shown is also moved
to the upper left corner of the button’s face.
4)
The 4th Button
is configured to toggle mode. Every press will toggle the button from press to
release or release to press.
5)
The 5th and 6th
Buttons (colored green and red respectively) is configured to complement each
other. When one is pressed, the other will be in the released state. This
emulates an exclusive or property just like in ON/OFF switches.
6)
The 7th Button
is disabled. All touch screen and button actions are ignored by this object.
Note that the object that you operate on is selected
as the current focused object. This can be verified by a dotted rectangle is
drawn on the face of the object. When this rectangle is drawn on or around the
object the state of this object is set to Focused and when removed the state is
Unfocused. Not all objects have this feature.
Checkboxes
This screen is composed of a Window with 3 check
boxes drawn on its client area and a rounded button (“HOME”). Each object
actions are described below:
1)
The 1st Check
Box changes the location of the text in the button to align left. Notice again
the dotted rectangle drawn around the checkbox when the object is selected and
removed when the object is not selected.
2)
The 2nd Check
Box changes the text alignment to bottom.
3)
The 3rd Check
Box is disabled. All touch screen and button actions are ignored by this
object.
4)
The Button is
implemented using multi-line strings and operates in default settings.
Radio
Buttons
This screen is composed of a Window with 2 groups of
radio buttons its client area. In a radio button group only one radio button
can be selected at a time. Group boxes (Group1 & Group2) defines the two
groups.
Group 1 actions are described below:
1)
The 1st Radio
Button (Rb1) has its state set to active and initially checked. This is also
the head object of the group. The filled circle drawn indicates that it is
checked.
2)
The 2nd Radio
Button (Rb2) set to active state.
3)
The 3rd Radio
Button (Rb3) set to active state.
4)
The 4th Radio
Button is disabled. This object cannot be selected and ignores all touch screen
and button actions.
Group 2 functions similarly to Group 1 but in this
group the language selection of the whole demo is controlled by the two radio
buttons. English is the default setting. To change to Chinese language, select
the Chinese radio button.
Static Text and Group Box
This screen is composed of a Window with a Group Box,
Static Text and one group of Radio Buttons drawn on its client area. The Static
Text is drawn inside the Group Box. Each object actions are described below:
1)
The Radio
Buttons are used to select the text alignment of the Group Box Title and the
Static Text.
·
L – Selects left
alignment.
·
C – Selects
center alignment.
·
R – Selects
right alignment
2)
The Group Box title
“Group Box” alignment is controlled by the radio buttons.
3)
The Static Text
is drawn with a frame. The text “Microchip Graphics Library Static Text and
Group Box Test.” alignment is also controlled by the radio buttons.
Slider
This screen is composed of a Window with a Group Box
and three sliders drawn on its client area. Each object actions are described
below:
1)
The Group Box is
drawn without a title. The small black square drawn inside the Group Box can be
moved by the touch screen. Touching any point within the Group Box moves the
black square in that position. At the same time the 2 active sliders are
updated reflecting the horizontal and vertical position of the black square on
the Group Box.
2)
The 1st Slider
is disabled. All touch screen and key actions on this object are ignored.
3)
The 2nd Slider
thumb position can be moved by touching the screen or pressing S3 and S4
buttons. This also controls the horizontal position of the black square in the
Group box.
4)
The 3rd Slider
thumb position can be moved by touching the screen or pressing S3 and S4
buttons. This also controls the vertical position of the black square in the
Group box.
Progress
Bar
This screen is composed of a Window with a Progress
Bar and a Button drawn on its client area. The Progress Bar incrementally
sweeps the progress from 0% to 100% and vice versa. The Progress Bar does not
process touch screen or button actions. The Button, configured in toggle mode,
can change the speed of the Progress Bar animation.
List
Box
This screen is composed of the following:
1)
Window –
Contains all the objects.
2)
List Box –
Contains 7 items. Only 5 items can be displayed at a time.
3)
Two Check Boxes
– These selects the modes.
·
Single – This
enables the single item selection when checked. When unchecked, multiple items
can be selected.
·
Center –
controls the alignment of the text in the List Box. When checked, alignment is
centered, otherwise left aligned.
4)
Two Group Boxes
– These are added to label the Check Boxes.
5)
Scroll Bar –
This enables scrolling the List Box.
6)
Two Buttons
(with Up and Down arrows) – These objects are added to function together with
the Scroll Bar. Aside from
the ability to drag the Scroll Bar, the
Buttons also allows up and down movement of the Scroll Bar.
Edit
Box
This screen is composed of a Window with an Edit Box and
16 Buttons. This screen emulates the telephone functionality. The buttons
marked with number 0-9, “*” and “#” serves as inputs for a phone number. Every
time one of these buttons is pressed, the number or character is displayed in
the Edit Box. The Button with ? symbol is the back space key. Pressing this
deletes the last character displayed. The Button with the “Green” phone
receiver icon and “Red” phone icon serves as the “Call” and “End Call” keys.
Pressing the “Call” key will show the text “Calling…” in the Edit Box. Pressing
the “End Call” key will erase text in the Edit Box. The Button “Hld” is the
“Hold Call” key.
Meters
This screen is composed of a Window with Two Meters
(METER1 and METER2), two Digital Meters and two Buttons configured to toggle
mode. METER1 is drawn with an ARC drawn over the scales. METER2 is drawn
without the ARC.
METER1 animates by increasing the values of the
meters and decreasing the values of the meter. The first button (with
alternating “accel” and decelerating “dclrt” text alternately displayed when
pressed or released) controls this movement.
METER2 is manually animated by pressing the second
button. METER1 animation can be also altered by pressing and releasing the
first button.
Values of the Meters are also shown. The colors of
the values changes from GREEN, to YELLOW and to RED. These colors define the
The Digital Meters shows the digital equivalent of
the meter values.
Dial
This screen is composed of a Window with a Dial and a
Meter. Dial and Meter are configured to have a range of 0-700. The Meter shows
the current value of the Dial. Turning the Dial (using the touch screen) in a
clockwise direction will increment the value of the Dial. Turning it in a
counter clockwise direction will decrement the value.
Also the demo lights up the LED in the Explorer 16
board when the Dial is turned.
Picture
Control
This screen is composed of a Window with Picture, a
slider and two check boxes drawn on its client area. Each object actions are
described below:
1)
The Picture
object is drawn with a frame. The bitmap is displayed with scaling (x1 or x2)
controlled by one checkbox. Bitmap shown is also changed to emulate animation.
There are actually 8 frames used to emulate animation.
2)
The 1st Check
Box names “Scale” controls the scale of the Picture.
3)
The 2nd Check
Box named “Animate” controls the animation of the Picture.
4)
The slider
controls the speed of the animation. This object will only be enabled when the
“Animate” control is set. Notice that the slider toggles from active to
inactive state when “Animate” control is toggled. The speed changes from
slowest when slider thumb is in the right most position and fastest when the
thumb is in the left most position. Animation speed is controlled by inserting
delays between the frames.
Custom
Control
This screen is composed of a Window, three Radio
Buttons and a custom object created and displayed in its client area. The
custom object shows an animation of a UP and DOWN arrow bitmap and a green bar
drawn on a blue background. The green bar emulates a fluid level. The level can
be modified by touching the screen. The level can also be controlled by
pressing the Radio Buttons. “Heavy Load” sets the level to high, “Normal Load”
sets the level to medium and “Light Load” sets the level to low. Changing the
level using the touch screen automatically sets the Radio Button selection. The
custom object does not process button actions.
Signature
This screen is composed of a Window with a Panel
drawn on its client area. The Panel encloses an area that functions as a paper
that the user can write to. This is similar to point of sale devices where
signatures of customers can be recorded digitally and stored.
Plotting
This screen is composed of a Window with a Panel
drawn on its client area. The Panel encloses an area that graphs the value of
the Potentiometer (R6) in the Explorer 16 Board in real time. Turning the
potentiometer will displays the new value of R6 in the Panel.
ECG
This screen is composed of a Window with a Panel
drawn on its client area. The Panel encloses an area where samples of a signal
can be displayed. The demo emulates an ECG sampled data in Scan Mode. The data
is not coming from an external source but rather from a pre-stored data in
memory.
Trademarks:
The Microchip name and
logo, the Microchip logo, MPLAB, and PIC are registered trademarks of Microchip
Technology Incorporated in the
PICDEM and PICTail are trademarks
of Microchip Technology Incorporated in the
SD is a trademark of the
SD Association in the U.S.A and other countries
Microsoft, Windows,
Excel, and Windows Vista are either registered trademarks or trademarks of
Microsoft Corporation in the


#--
/**********************************************************************************
* $URL: https://source.sakaiproject.org/contrib/etudes/sakai-jforum/tags/2.8.1/jforum-tool/src/webapp/templates/default/bookmark_list.htm $
* $Id: bookmark_list.htm 55651 2008-12-03 23:28:08Z<EMAIL_ADDRESS>$
***********************************************************************************
*
* Copyright (c) 2008 Etudes, Inc.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
* Portions completed before July 1, 2004 Copyright (c) 2003, 2004 Rafael Steil, All rights reserved, licensed under the BSD license.
* http://www.opensource.org/licenses/bsd-license.php
*
* Redistribution and use in source and binary forms,
* with or without modification, are permitted provided
* that the following conditions are met:
*
* 1) Redistributions of source code must retain the above
* copyright notice, this list of conditions and the
* following disclaimer.
* 2) Redistributions in binary form must reproduce the
* above copyright notice, this list of conditions and
* the following disclaimer in the documentation and/or
* other materials provided with the distribution.
* 3) Neither the name of "Rafael Steil" nor
* the names of its contributors may be used to endorse
* or promote products derived from this software without
* specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT
* HOLDERS AND CONTRIBUTORS "AS IS" AND ANY
* EXPRESS OR IMPLIED WARRANTIES, INCLUDING,
* BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
* MERCHANTABILITY AND FITNESS FOR A PARTICULAR
* PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL
* THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
* EXEMPLARY, OR CONSEQUENTIAL DAMAGES
* (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
* SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA,
* OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
* CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER
* IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
* ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
* ADVISED OF THE POSSIBILITY OF SUCH DAMAGE
***********************************************************************************/
-->
<#include "header.htm"/>
<#import "../macros/pagination.ftl" as pagination/>
<#assign owner = loggedUserId == user.id/>
| ${I18n.getMessage("Bookmarks.title")} |
${I18n.getMessage("Bookmarks.description")} |
<#if owner> ${I18n.getMessage("Action")} | #if>
<#if bookmarks.size() == 0>
|
${I18n.getMessage("Bookmarks.empty")}
|
#if>
<#assign color = "row1"/>
<#list bookmarks as b>
<#if b.relationType == topicType>
<#if b.isPublicVisible() || owner>
|
${b.title}
|
<#if (b.description?default("")?length > 0)>${b.description}#if> |
<#if owner>${I18n.getMessage("Edit")} | #if>
<#if owner>${I18n.getMessage("Delete")} | #if>
<#if color == "row1">
<#assign color = "row2"/>
<#else>
<#assign color = "row1"/>
#if>
#if>
#if>
#list>
|
|
| <#if<EMAIL_ADDRESS>"list", -1/>#if> |
<#include "bottom.htm"/>


THE REPLACEMENT KILLERS RATING: 6.5 / 10 --> So-so
For more reviews, go to http://surf.to/joblo
Chow Yun-Fat makes his American movie debut in a shoot 'em up Hong Kong-themed action thriller co-starring Quentin Tarantino's main squeeze from the days of shooting, Mira Sorvino. This film is also the first for music-video director (see Little Known Facts below) gone movie director Antoine Fuqua.
 Before he kills the child, he develops a conscience, and skips his task of murder. Mr. Wei is not happy with his killer employee, and sends in some "replacement killers" to finish him off, as well as the cop's kid. Lee must do battle with other killers, while attempting to return home to his endangered family in China, with the assistance of passport forger Coburn (Sorvino).
CRITIQUE: Do you like guns? Do you like the gunplay?  If you're one that enjoys the plot of a movie, the deep characterization of man and woman, and the existential meaning of life, then I suggest you remain seated, and move onto another review. This bullet-emblazoned film is all noize and explosions, and anything but stimulus for your cerebral matter.
This movie is also filmed like a MTV music video, with the required hip eclectic soundtrack, a dark moody look with sporadic use of green and red filters, and the obligatory Tony Scott-famed rainfall. It also boasts the required short runtime (less than 90 minutes- flat), an extreme use of slo-motion when the bullets and the bodies are a-flyin', and the less than impressive emphasis on plot. If there was a plot, that is.  Slap in some Sorvino running around in a bra for most of the film, and you've got yourself a nacho-munching fool-fest for all those willing to drop their brains off at the door (Guilty as charged.)
Yun-Fat's rookie American performance is also pretty lame in this movie, with his entire dialogue based around three word monotone sentences. Michael Rooker as the good cop plays Michael Rooker as the good cop, and the rest of the cast is basically just a heap of bodies to be counted later. Did I mention that there were a lot of gunfights? In the tradition of the master himself, John Woo (co-executive producer on this one), Fuqua also wastes no time in between gunplay scenes. Fat walks into a hotel. Gun fight. Fat walks into an arcade. Gun fight. Fat walks into a car wash. Gun fight. Highly stylized gunfights mind you, but perpetual gunfights nonetheless. All in all, this is the kind of stuff that seems to be receding our kids into the lobotomous zones that we recognize them in sometimes. On the other hand, if this is your taste of salsa, don't let me stand in the way of a man, his cheese and his monster bag o' nachos!
Little Known Facts: Mira Sorvino is the daughter of actor Paul Sorvino (Mob-boss Paul from GOODFELLAS (9/10).) She won an Academy Award for Best Supporting Actress for Woody Allen's 1995's MIGHTY APHRODITE (6.5/10). She dated director Quentin Tarantino for two years, and he even named one of his production companies Mighty Mighty Afrodite Productions in her honour. Mira graduated from Harvard University in 1990, with a major in East Asian Studies. She speaks fluent Mandarin Chinese. Director Antoine Fuqua is famous for directing Coolio's "Gangsta's Paradise" music video, as well as Prince's (or the Artist Formerly Known as a Loser) "The most beautiful girl in the world". Chow Yun-Fat has won the Hong Kong Academy "Best Actor" Awards three times for A BETTER TOMORROW in 1987, CITY ON FIRE (7.5/10) in 1988 and ALL ABOUT AH LONG in 1990. He was born in Hong Kong in 1955.
Review Date: August 9, 1998 Director: Antoine Fuqua Writer: Ken Sanzel Producers: Bernie Brillstein and Brad Grey Actors: Chow Yun-Fat as John Lee Mira Sorvino as Meg Coburn Michael Rooker as Stan "Zeedo" Zedkov Genre: Action Year of Release: 1998
Visit JoBlo's Movie Emporium http://surf.to/joblo
(c) 1998 Berge Garabedian
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


First Elder Lockirin:
Welcome, young friend, to the House of Elders. My name is Lockirin Stonecutter. I am the Head Elder of the Bronze Door Guild, and the First Elder of the Guild Elder Association. Impressive, eh?
What I actually do is humor the old goats in the Seniors Association. So, what brings you here?
Show Seresin's letter


... Enjoy!!!
Wait, do I need a Maven Repository Manager?
Short answer: No!
Long answer: Your containers need visibility to the artifacts.
Shared Filesystem, A maven repository manager, etc.
Fabric8 provides a Maven Repo Manager, to save you all the trouble.
The Fabric8 Maven Proxy
-
A minimal maven repository manager
-
Acts as a "proxy" but also supports direct uploads
-
Discoverable through the Fabric8 Runtime Registry
-
Works out of the box (as part of the fabric profile).
How does it work?
-
A container "needs" an artifact.
-
It looks up the registry for the available proxies.
-
Proxy checks its internal repo (as a repo manager).
-
Looks up configured remote repos (as a proxy).
-
The "latest" artifact gets downloaded.
Add this to your pom.xml ...
false
fabric
Fabric
http://hostname:8181/maven/upload
default
true
fabric-snapshots
Fabric Snapshots
http://hostname:8181/maven/upload
And then:
#mvn deploy
What if...
the maven proxy goes down?
You can use more than one container acting as a proxy.
Each request is always sent to ALL registered proxies.
What if...
the the registry fails?
The Registry is powered by a ZooKeeper Ensemble.
The ensemble is consisted by an "odd" number of server.
As long as there is "quorum" the Ensemble will keep on running.
And I have to configure the ensemble myslef?
Fabric8 can even manage the ZooKeeper Ensemble for you...
Why is managing the ensemble hard?
ZooKeeper configuration is static.
-
All servers need to know each other upfront.
-
You can't add / remove a server.
-
You can't reconfigure a server.
-
Some tools out there may make things a bit easier:
- Apache Whirr
- Netflix Exibitor
How does Fabric8 manages the Ensemble?
Changing the Ensmeble in Action
Runtime Registry
How is it structured?
Just like a filesystem...
Runtime Registry
What does ZooKeeper bring into the picture?
In addition to common filesystem attributes...
-
A znode may contain both children and data.
-
A znode may be "ephemeral".
-
Sequential node.
These are really important for "Service Discovery"....
Runtime Registry
How does discovery works?
-
A unique path for each service type.
-
A "znode" per registration under the corresponding "path".
-
Registration contains the connection information.
-
Registration uses "Ephemeral" znodes.
-
Discovery is as simple as listing the files in a directory.
Discovery Example
Let's see how the Fabric8 Maven Proxies are discovered.
-
Base Path: "/fabric/registry/maven/proxy/download"
-
Maven Proxies Publish their URL under that path.
-
When a "proxy" is needed it's looked up under that path.
The Fabric8 Maven Proxy Registration
Runtime Registry
How does master election works?
-
A unique path for each service type.
-
A "znode" per registration under the corresponding "path".
-
Registration contains the connection information.
-
Registration uses "Ephemeral/Sequential" znodes.
-
The lowest sequence number wins (First One Wins)
-
All candidates request to be notified upon any change.
The master died...
All "hail" the new master...
When a container dies, all its "ephemeral" entrieas are removed.
This will send a notification to all the "slaves".
Start of the relection proces.
The Git Master
The master/slave paradigm is used by the Fabric8 Git Repository...
The Git Master
Master Slave Demo
Let's force a disconnection in the current git master....
How is the registry secured?
Connection is free for all.
Clients may authenticate.
Znodes may be protected by ACLS.
Authorization
ZooKeeper nodes can be protected by ACLs.
Authorization Schemes
Mutliple Authorization Schemes:
-
World
-
Auth
-
Host
-
Ip
-
Digest
Setting ACL to a Znode
Some examples:
-
Allow the world to read /mynode
-
Allow only authenticated users to write to /mynode
-
Allow only that "user" to have admin access to the /mynode
How does Fabric8 manges ACLs
Using Profiles, of course !!!
Fabric8 ACL Manager
io.fabric8.zookeeper.acl
path = [acl scheme]:[pemissions]
# Add properties here
acls./ = world:anyone:acdrw
acls./fabric = world:anyone:acdrw
Advanced Profile Management
The need of abstraction
The are cases when:
- Configuration differs between containers
- Configuration values are not known upfront
- Configuration is environement specific
For Exmaple:
- The bind address for Jetty
- The bind port of any service on Openshift
- A configuration provided by an other profile
Placeholders
Fabric using the concept of placeholders.
Examples:
- Container attribute placeholder
- Port placeholder
- ZooKeeper Entry placeholder
- Environment placeholder
Container Placeholder
Can be used when we want to refer to a container attribute...
- Bind Address ${container:bindaddress}
- Ip Address ${container:ip}
- Base HTTP URL ${container:httpurl}
Port Placeholder
It's hard to know which port will be free...
especially when you are free to create on the fly multiple containers on the same host...
- Allows allocating a port within a range ${port:9090,9191}
- Registers the allocated port
- Associates the port with the service. (for releasing ports)
Demo
Improve the simple application to use resolvers


Screams ring out as boy, 13, is thrown into the air after being struck by car
WARNING: UPSETTING CONTENT
Distressing doorbell camera footage shows the moment a 13 year-old boy was struck by a car and thrown into the air.
Eyewitnesses screamed with shock as the youngster, named as Nomar, was hit as he crossed the street on Monday afternoon in South Whittier, California.
He had been making his daily after school visit to the home of Evelyn Panameno, whose son Nomar is friends wiht.
The youngster was filmed standing behind a parked car, waiting to cross the street.

The thud of the impact, and screams of eye-witnesses, made neighbors run out onto the street to the boy’s aid.
Advertisement Advertisement
Eyewitnesses described the aftermath as ‘heart-wrenching.’
Nomar was rushed to hospital with major injuries.
He was later found to have broken a few bones, but is now talking again and is expected to make a full recovery.
Nomar’s friend Anthony Panamero, who he had been visiting, said: ‘It was nice to know that he was good.’
Nomar’s dad is said to have been battling leukemia.
Driver Gina Lo-Blue stopped her car after striking Nomar and stayed at the scene.
She has not been arrested.


Race to Dubai: Jon Rahm denies Tommy Fleetwood to win Tour Championship
| DP World Tour Championship, Dubai: Final-round leaderboard |
|---|
| -19 J Rahm (Sp); -18 T Fleetwood (Eng); -17 M Lorenzo-Vera (Fra); -12 R McIlroy (NI); -11 D Willett (Eng); -10 S Garcia (Sp), T Pieters (Bel), T Lewis (Eng); -9 M Fitzpatrick (Eng) |
| Selected others: -7 S Lowry (Ire); -6 R MacIntyre (Sco); -4 P Casey (Eng); -3 J Rose (Eng); -2 P Reed (US), B Wiesberger (Aut); Par L Westwood (Eng); +1 F Molinari (Ita); +3 I Poulter (Eng); +4 T Hatton (Eng) |
Jon Rahm birdied the final hole to win the DP World Tour Championship in Dubai on 19 under par and clinch the European Tour's season-long Race to Dubai title.
Rahm holed a three-foot putt to finish one ahead of England's Tommy Fleetwood and win the event for the second time.
The win also meant the 25-year-old Spaniard also pipped Fleetwood, 28, to be the number one in Europe for 2019.
Rahm becomes the second Spaniard to achieve the feat after the late Seve Ballesteros, who won it six times.
"Seve was such an idol for us," said Rahm. "To put my name there, it's hard to believe. I can't believe some of the things I have accomplished."
Rahm survives rollercoaster day
Such drama on the final green seemed unlikely when Rahm began with five birdies in his first seven holes on Sunday to open up a six-shot lead - but he then wobbled, making four bogeys in the next eight.
In contrast, Fleetwood was inspired on the back nine, picking up five birdies in his final seven holes, including at both 17 and 18 to draw level with Rahm at 18 under after a best-of-the-day seven-under 65.
Fleetwood finished on 18 under, meaning Rahm knew he needed a birdie four up the last to take both prizes.
He produced an exquisite up-and-down from a greenside bunker to card a closing 68, seal a one-shot victory and claim the Race to Dubai.
It was his fourth win of 2019 and his second in a row, having won the Open de Espana in his last tournament six weeks ago.
The victory also takes him up to third in the world ranking behind number one Brooks Koepka of the United States and Northern Ireland's Rory McIlroy, who finished fourth at Jumeirah Golf Estates after a closing 73.
He also secured the biggest winning cheque in tournament golf of $3m (£2.34m) and a further $2m (£1.56m) for winning the Race to Dubai.
"It was such an up-and-down day," he said. "I had a six-shot lead and I came down 18 needing a birdie to win.
"But how many times do you dream of having to birdie the last to win a tournament?"
| European Tour 2019 Race to Dubai final standings: | |
|---|---|
| 1. Jon Rahm (Sp) | 5,898.3 points |
| 2. Tommy Fleetwood (Eng) | 5,414.8 |
| 3. Bernd Wiesberger (Aut) | 4,905.9 |
| 4. Shane Lowry (Ire) | 3,813.6 |
| 5. Matthew Fitzpatrick (Eng) | 3,588 |
Close but no repeat for Fleetwood
Fleetwood began the week in second place in the Race to Dubai standings behind Austrian Bernd Wiesberger but Rahm's 66 on day three put him in charge, four clear of the Southport player.
But Fleetwood, who won the Nedbank Golf Challenge in South Africa last week, again produced his best golf on Sunday as he took the battle all the way to the end in trying to repeat his Race to Dubai success of 2017.
Joint overnight leader Mike Lorenzo-Vera finished two shots behind Rahm in third after a closing 70, but five clear of McIlroy.
Wiesberger finished in a tie for 28th, leaving him third in the Race to Dubai, while Scotland's Robert MacIntyre capped an impressive season with a 68 as he won the Rookie of the Year crown.


data satellite network messages Internet IoT message Iridium transmission LoRa number Things information SBD December transmitted (accessed Available Figure online: {border-style format size transfer container packaging px;} #ffffff;} IEEE communication Data open remote collection gateway using JSON MQTT devices things LoRaWAN Proceedings Satellite architecture containers main Yes binary new sensors technology algorithm algorithms efficiency endpoint energy experimental protocols terrestrial used Algorithm GDEP Network Protobuf buffer heterogeneous method simulation Conference Networks USA application based delay encoding incoming key low px; rate sensor technologies time transmitting use {font-family International Object Table constellation existing following font-size networks possible power proposed protocol range related results terms utilization Communications Inmarsat LEO LoRa-Iridium access average channel compared cost double; frequency internet methods placed present presentation process queue sending significant single standard —the Applications IoRT Message Messages Notation Number Remote Sensors Service Syst. allows applications area areas border-color border-width bytes case choice connected constraints determined device different encoded gateway. hybrid important long packing primary regions server solid; study task times. total type volume {font-style {font-weight (GDEP) (SBD) Architecture Arctic Average Binary Burst CA, Commun. Comput. Encoding Format Gateway Heterogeneous JavaScript Protocol SATCOM Section Short Terrestrial Thus, Wang applicability areas. autonomous backhaul bold channel. consider considered container, containers. courier; data. defined depends design em; energy-efficient feasible formats hard-to-reach layer leads low-speed maximal maximum messages. method. multiple overall payload performed previous processing protocols, protocols. provide pt;} ratio received reduction result, routing satellites scenarios selected service short shown smart suitable systems


to connect enter your
chat_pass
from in-game:
hackmud web chat beta
—
logout
contribute:
https://github.com/DrizzlyBear/hackmud_chat_web


If the conditions in the "If" tab are respected, then the conditions in the "Then" tab should be respected. Otherwise, the conditions in the "Else" tab should be respected.
"United States of America"
[0-9]{5}(-[0-9]{4})?
[A-Z][0-9][A-Z] [0-9][A-Z][0-9]


About Me
My name is Nicole Deshong and I'm from Maui, Hawaii. I was a former teacher assistant for La Petite Academy where I ensured the daily care of every child by following all licensing guidelines, created a fun and interactive learning experiences, as well as communicated directly with parents about their child’s overall development and success. Working with children for the past five years has taught me how to think quickly on my feet as well as having patience no matter the circumstance. I also have a background in community work which ranges from working with non-profits, foodbanks, to fundraising for youth leadership events.
Outside of work, some of my favorite activities include hiking, spending the day at the beach, and hitting the gym. I moved to Washington state about a year ago to pursue a career in software development, following in the footsteps of my mother. I'm looking forward to feeling a sense of purpose in my career and maximizing my full potential.
Through my experiences, I've learned that the status quo cannot be broken through innovation and team-building exercises alone, but by framing the workplace in such a the way that obstacles become the motivating factor, and not the reason for failure.
Copyright [2014-2021] [Sara Newman]. Licensed under the Apache License, Version 2.0


cvnn
Installation
Getting Started
Complex Layers
Activation Functions
Initializers
Monte Carlo
Data Analysis
Code Examples
Publication results
About Me
cvnn
Docs
»
Complex-Valued Neural Network (CVNN)
View page source
Complex-Valued Neural Network (CVNN)
¶
Author
Agustin Barrachina
Version
1.1.58 of 07/09/2021
Content
¶
Installation
Using Anaconda
Using PIP
Using GitHub
Getting Started
Complex Layers
Complex Convolution
Complex Dense
Complex Pooling 2D
Complex Upsampling techniques
Complex Dropout
Activation Functions
TYPE A: Cartesian form
TYPE B: Polar form
Complex input, real output
ReLU-based
Phasor activation functions
Elementary Transcentental Functions
Initializers
Glorot Uniform
Glorot Normal
He Normal
He Uniform
Monte Carlo
Monte Carlo
Real Vs Complex
Output files
Other Helper function
Data Analysis
Plotter
Monte Carlo Analyzer
Monte Carlo Plotter
Several Monte Carlo Comparison
Code Examples
Small complex-regression example
MNIST Example
CIFAR 10
Fashion MNIST
Publication results
Correlated Noise
About Me


| Created: | 6/27/2020 7:03:13 AM |
| Modified: | 6/27/2020 7:03:13 AM |
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Public varchar(255) created_by |
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Public timestamp with time zone(0) created_at |
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Public timestamp with time zone(0) updated_at |
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Public varchar(255) updated_by |
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«table» funding_sources_fund_ratios Table «FK» |
Name: funding_sources_fund_ratios_versions_funding... |
Name: funding_sources_fund_ratios_pkey |
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| Owner | public |
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| isFinalSpecialization: | 0 |


az lock
Manage Azure locks.
Part of `azure-cli`.
More information: home page
- Create a read-only subscription level lock:
az lock create --name lock_name --lock-type ReadOnly
- Create a read-only resource group level lock:
az lock create --name lock_name --resource-group group_name --lock-type ReadOnly
- Delete a subscription level lock:
az lock delete --name lock_name
- Delete a resource group level lock:
az lock delete --name lock_name --resource-group group_name
- List out all locks on the subscription level:
az lock list
- Show a subscription level lock:
az lock show -n lock_name


Companies need the Business Scientist who can:
✅
Understand the business's problems. Work with executive leadership to uncover the multi-million dollar problems.
✅
Communicate with leadership and engage the right people to solve the problem.
✅
Solve the business problem leveraging data science AND subject matter experts.
✅
Build verified business solutions that solve those problems.
✅
Deploy the verified business solutions themselves without involving IT, DevOps, and other time-consuming, resource intense groups.
Companies are happy to pay Business Scientists 17% more to replace a $1,240,000 cost and get projects done 80% faster (that work the 1st time through).


| DOSE: |
repeated |
oral |
DXM |
(liquid) |
I'm a frequent DXM user who enjoys the mellow feeling of a first plateau buzz. I'd like to share my report of some of DXM's lingering afteraffects for a chronic user. I've found that I'm impotent when under the influence of DXM. Thankfully, it's temporary so I can corrolate that dysfunction to Dex use.  Again, it's temporary, and I've been able to corrolate this with Dex use. It gives me the shakes, something that goes away when I don't take DXM.
I've been a chronic DXM user for the past 3 years, with an average frequency of two or three bottles of Robo every week. Yeah, I guess you could say I'm addicted, but my pattern has shown me that it's a psychological addiction because I have no lingering physical effects. I guess when the side effects get too bad, I'll stop.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


 We're really close and we share a lot of experiences. I'll update you guys once I'm this close to a human being (No hard feelings).
I got a humble family and some really nasty friends. They are really nice but I swear if you attack me they will roast you. I mean in reality they'll roast the two of us but, I'm used to it.
I would really like to keep telling you about myself but I want you to like me so let's leave it at that. Otherwise you can always hit me up for a quick chat on the DM.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
If umami is your thing, you can't go wrong with this recipe. Mushrooms two ways, steak and sauce all crammed into steamed buns.
For the pickled mushrooms, put the mushrooms in a heatproof bowl. Bring the other ingredients to the boil and pour over the sliced mushrooms.
For the oyster emulsion, put the oysters in a blender and blend until smooth, slowly adding the oil. Season with lemon juice and salt.
For the beef, heat frying pan until hot and add the oil. Once hot, seal the beef on each side for 1 minute. Transfer to a plate and allow to rest. Add the XO sauce to the pan and deglaze, scraping the cooked on parts from the pan into the sauce.
To serve, cut or break the bun in half and assemble the bun with the steak, sauce, mushrooms, emulsion, lettuce, mint and basil with the lid on top. Garnish with oyster leaves and edible flowers.


I need help with an account
Adding or removing users to spaces
Org managers can add or remove existing users from a space using the CLI.
Adding or removing users from your org
Having issues logging in?
If you tried to access GOV.UK PaaS with the wrong credentials and you’ve been locked out for too many failed attempts, wait 5 minutes for the lock to expire.
In case you forgot your password, you can reset it here.


Classes
The following classes are available globally.
-
Abstract base navigation controller class
See moreDeclaration
Swift
class BaseNavigationViewController : UINavigationController
-
Abstract base view controller class
See moreDeclaration
Swift
class BaseViewController : UIViewController
-
A generic networking interface
See moreDeclaration
Swift
final class APIClient<T> where T : Decodable
-
A logging subclass provided by Alamofire
See moreDeclaration
Swift
final class APILogger : EventMonitor
-
The view controller for the full screen image display
See moreDeclaration
Swift
class FullImageViewViewController : BaseViewController
-
The implementation of the
See moreNavigableDetail
The concrete destination scenes or views are defined hereDeclaration
Swift
class RootViewDetailViews : NavigableDetail
-
On this controller the game series are displayed as rows of images and series information.
See moreDeclaration
-
The view model made for the
See moreRootViewController
Declaration
-
On this screen the web view is initialized with the google search url. When the url is loaded a progress indicator is displayed to indicate the current progress of loading the url.
See moreDeclaration
Swift
class SeriesDecriptionViewController : BaseViewController


[§663-8.7] Limitation on pain and suffering. Damages recoverable for pain and suffering as defined in section 663-8.5 shall be limited to a maximum award of $375,000; provided that this limitation shall not apply to tort actions enumerated in section 663-10.9(2). [L Sp 1986, c 2, §20; am L 1989, c 300, §2; am L 1991, c 62, §1; am L 1993, c 238, §1; am L 1995, c 130, §1]
Law Journals and Reviews
Medical Malpractice in Hawaii: Tort Crisis or Crisis of Medical Errors? 30 UH L. Rev. 167 (2007).
Kanahele v. Han: Economic Sufferings Legally Implies Non-Economic Sufferings. 34 UH L. Rev. 611 (2012).