DOWN PERISCOPE A film review by Michael John Legeros Copyright 1996 Michael John Legeros
(Fox) Directed by David S. Ward Written by Hugh Wilson, Andrew Kurtzman, and Eliot Wald Cast Kelsey Grammer, Lauren Holly, Rob Schneider, Harry Dean Stanton, Bruce Dern, Rip Torn MPAA Rating "PG-13" Running Time 93 minutes Reviewed at General Cinemas at Pleasant Valley, Raleigh, NC (2MAR96)
==
This cornball combo of CRIMSON TIDE and STRIPES plays far better than it deserves to. Television star Kelsey Grammer-- known to millions as the beloved Sideshow Bob on "The Simpsons"-- makes his feature-film debut as an unorthodox military officer who must win a war game to prove that he's worthy of his own command. Sound familiar? (Among other things, he must whip a misfit crew into shipshape shape. Yawn. The same plot is used in Jonathan Lynn's SGT. BILKO, which stars Steve Martin and opens later this month.)
DOWN PERISCOPE takes about 45 minutes to get up to laugh-out-loud speed. Grammer's subdued performance is hard to fathom at first, but an extended "silent running" sequence-- near the middle of the movie-- marks the transition from "mildly amusing" to "infectious fun." The bland ensemble cast finally begins to gel over a couple of good sonar gags and one hilarious bit of flatulence. (Some semi-serious submarine stalking is also fun, despite the obvious stock footage. Think Tom Clancy lite.)
Grammer considerations aside, the rest of the cast is exceptionally unexceptional. Even Rip Torn's Admiral doesn't add much, though he *does* get to growl the memorable line: "I want a man with a tattoo on his dick!" (Don't ask; it's a plot point.) The jokes directed at Lauren Holly-- as the lone female crew member-- are equally non- PC, but who can argue with a movie that has the chutzpah to include both a rallying rendition of "Anchor's Aweigh" and a music video of Kelsey Grammer and the Village People singing "In the Navy?"
I won't ask any questions.
Grade: C+
--
Mike Legeros - Raleigh, NC
<EMAIL_ADDRESS>(h) -<EMAIL_ADDRESS>(w)
MOVIE HELL is on the Web!
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


UIViewController(BIGRouter) Category Reference
| Declared in | UIViewController+BIGRouter.h |
|---|
+ BIG_mapRoute:
Maps a route to this view controller from the main storyboard,
+ (void)BIG_mapRoute:(NSString *)route
Parameters
route |
The route string. |
|---|
Declared In
UIViewController+BIGRouter.h
+ BIG_mapRoute:toBlock:
Maps a route to this view controller from the main storyboard with a block to be executed.
+ (void)BIG_mapRoute:(NSString *)route toBlock:(id ( ^ ) ( NSDictionary *params , UIViewController *controller ))block
Parameters
route |
The route string. |
|---|---|
block |
The block to be executed before the route is returned. |
Declared In
UIViewController+BIGRouter.h
+ BIG_mapRoute:fromStoryboard:
Maps a route to this view controller from the storyboard.
+ (void)BIG_mapRoute:(NSString *)route fromStoryboard:(UIStoryboard *)storyboard
Parameters
route |
The route string. |
|---|---|
storyboard |
The storyboard the view controller belongs to. |
Declared In
UIViewController+BIGRouter.h
+ BIG_mapRoute:fromStoryboard:toBlock:
Maps a route to this view controller from the storyboard, with a block to be executed.
+ (void)BIG_mapRoute:(NSString *)route fromStoryboard:(UIStoryboard *)storyboard toBlock:(id ( ^ ) ( NSDictionary *params , UIViewController *controller ))block
Parameters
route |
The route string. |
|---|---|
storyboard |
The storyboard the view controller belongs to. |
block |
The block to be executed before the route is returned. |
Declared In
UIViewController+BIGRouter.h
– BIG_presentRoute:
Presents the route from this view controller instance.
- (void)BIG_presentRoute:(NSString *)route
Parameters
route |
The route string. |
|---|
Declared In
UIViewController+BIGRouter.h
– BIG_presentRoute:animated:completion:
Presents the route from this view controller instance.
- (void)BIG_presentRoute:(NSString *)route animated:(BOOL)flag completion:(void ( ^ ) ( void ))completion
Parameters
route |
The route string. |
|---|---|
flag |
A Boolean for animation. |
completion |
A block to be run on completion. |
Declared In
UIViewController+BIGRouter.h
– BIG_presentRoute:animated:completion:beforeCompletion:onCompletion:
Presents the route from this view controller instance.
- (void)BIG_presentRoute:(NSString *)route animated:(BOOL)flag completion:(void ( ^ ) ( void ))completion beforeCompletion:(BIG_STRONG_BLOCK ( UIViewController *))beforeCompletion onCompletion:(BIGCompletionBlock)onCompletion
Parameters
route |
The route string. |
|---|---|
flag |
A Boolean for animation. |
completion |
A block to be run on completion. |
beforeCompletion |
A block to be run before the view controller’s operation has completed. |
onCompletion |
A block to be run after the view controller’s operation has completed. |
Declared In
UIViewController+BIGRouter.h


Installing
The package can be installed on python 3.x simply using the pip
command:
pip install offlinemot
Getting Started
After installing the library, and in order to test the example provided with it, the following lines can be used in as python commands:
import offlinemot
offlinemot.core.extract_paths() # no input to run the example video
In the first time this is ran, the example network model will be downloaded (around 250MB). And a window for the example video with the tracked objects will be shown.
The tracked objects will be surrounded with boxes in 5 different colors. Each color has a spicific meaning:
- Green: Pedestrian is detected.
- Blue: Cyclist is detected.
- Black: Car is detected.
- Red: The tracked object has failed the tracking step for the current frame
- White: The object is moving but still not classified to a class.
Of course, for a different case, the colors can be changed from the configs
class instance here. This also depends on the number of classes to predict.
To control these parameters and many others, the commands to be run are:
cfg = offlinemot.config.configs()
#input can be named file, or empty for the default values.
cfg['colors_map'] = [(255,0,0),(0,0,255),(0,255,0)]
This will open a new text editor with the config.py
file containing all of the parameters.
Running
To run it on some video, the command is:
cfg = offlinemot.config.configs()
offlinemot.core.extract_paths('path_to_video',config=cfg)
#[directory of the videos, leave empty to run the example video]
To show the result on the same video after post processing, use the command:
offlinemot.show_results.show_result('path_to_same_video')
#[directory of the videos, leave empty to run the example video]
Finally, to change the yolo network used in the package, the complete directory to 3 files need to be assigned with the configs
class instance:
.pth for the model weights cfg[‘model_name’] = ‘directory’
.cfg for the Yolo configuration. cfg[‘model_config’] = ‘directory’
.names for a simple text file containing the names of the classes. cfg[‘class_file_name’] = ‘directory’


{% extends 'userena/site_signin.html' %} {% load i18n %} {% block title %}{% trans "Non-activated or Disabled account" %}{% endblock %} {% block content_title %}
Your account has not yet been activated or has been disabled.
If you have any questions regarding (re-)activation of your account, please feel free to contact us.
{% endblock %}


Thanks for using nabor. We’re sorry you’re having trouble, but we’re here to help! To get help as quickly as possible, please read the following.
Search
The first thing is to see if anyone has had your problem before:
If that solves your problem, then great!
Known Problems
If you need more help with a known problem:
- If you found a relevant thread on the nat-user google group: please reply to that.
- If you found a GitHub issue: please reply to that with more details (you’ll need to a GitHub login) or just like it to let us know you’re having trouble too.
- If you’re not sure: ask a new question on the nat-user google group linking to what you have found.
New Problems
If it looks like a new problem then:
- If you just have a question: please ask the nat-user google group.
- If you need to report a new bug: please file an issue.
- If you’re not sure: please just ask the nat-user google group! If your problem is a bug or a feature request, you can easily return here and report it - and we may be able to point you to an existing report or workaround.
Good Questions and Bug Reports
- Be specific
- Include the code that triggered the problem
- If at all possible, make a minimal reproducible example (a reprex)
It will be much easier for us to help if we can run a reprex on our own machine without your data. You might want to use sample data from a nat package to help, or refer to publicly available data online.
You can use the reprex package to help and read the Get help! section of the tidyverse site for more information on this.
Thanks for your help!


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Torquay and Plymouth in top five healthiest places to live in UK
New research has found the healthiest and unhealthiest towns
by Colleen SmithNew research has revealed the UK’s unhealthiest places based on those towns with the most fast food restaurants per person - and it ranks Torquay and Plymouth in the top five healthiest.
The healthiest place is Dorchester according to the research, but Torquay ranks third at 115 out of the total 117 places and Plymouth is fifth healthiest at 113.
If you think there's now a Greggs on ever Devon high street it's nothing compared to Birmingham which has an amazing 87 Greggs.
East Central London ranks at the top of the table with the most McDonald's, KFCs and Dominos per person.
Galashiels has the most Greggs, West London has the most Pizza Huts and Enfield has the most Burger Kings per head of population.
The study is part of a wider campaign to find out how lazy the UK is by bean bag retailer Great Bean Bags.
It follows news that McDonald’s will have a site in every UK county once it opens a Rutland restaurant.And Greggs has just launched its 2,000th store.
The survey uses location data from six leading high street fast food chains.
And nutritional therapist, Claudia le Feuvre, explained the concept of 'secondary gain' to explain why more people are eating fast food: "We know takeaways aren’t healthy, but we perceive advantages that keep us trapped in the same cycle - in this case secondary gain might be the convenience, speed or appeasing someone else by getting a takeaway.
"We even justify it through all kinds of self-talk like ‘it’s been a hard week’ and ‘I deserve a treat’ which can certainly play on our minds and have us heading into the takeaway without even realising it.
“Fast foods are often formulated to achieve the ‘bliss point’.
"The McDonald’s burger bun is classified as confectionary as it has such high sugar content.
"If it’s not the bliss point, it could be the ‘mouth feel’ that has you going back for more. Food companies work hard to perfect the perfect crunch of a chip for example.”
Patrick Tonks, creative director at Great Bean Bags which conducted the research, adds: “It’s crazy to see just how many of these leading high street eateries there are across the country. Following the news from McDonald’s, we wanted to see which places in the UK have the most restaurants per capita.
“Birmingham is home to quite a lot of the restaurants, which is handy if you’re on the lookout for a Greggs, with 87 of them in total in the city.
"But whilst this research is a bit of fun, it still shows a massive demand for quick food, especially given McDonald’s and its recent plans. It seems that the market is continuing to grow and that demand is still there - and we are firm believers in exercising some balance in life.”


Methods
(static) createMonitoring(vnf_name, vnf_interface, metric) → {string}
Represents a create the action that monitors the counters of a VNF interface..
Parameters:
| Name | Type | Description |
|---|---|---|
vnf_name |
string | Name of the VNF to be monitored |
vnf_interface |
string | Name of the VNF interface to be monitored |
metric |
string | One of the following metrics:[tx_bytes, rx_bytes, tx_packets, rx_packets] |
Returns:
OK
- Type
- string
(static) deleteMonitoring(vnf_name, vnf_interface, metric) → {string}
Represents a delete the action that monitors the counters of a VNF interface.
Parameters:
| Name | Type | Description |
|---|---|---|
vnf_name |
string | Name of the VNF to be monitored |
vnf_interface |
string | Name of the VNF interface to be monitored |
metric |
string | One of the following metrics:[tx_bytes, rx_bytes, tx_packets, rx_packets] |
Returns:
OK
- Type
- string
(static) deleteVNF(dc_label, compute_name) → {string}
Represents a requested Data Center.
Parameters:
| Name | Type | Description |
|---|---|---|
dc_label |
string | Name of VNF |
compute_name |
string | Compute Name of VNF |
Returns:
Deleted
- Type
- string
(static) getVNFinfo(dc_label) → {DataCenter}
Represents a requested Data Center.
Parameters:
| Name | Type | Description |
|---|---|---|
dc_label |
string | Name of VNF |
Returns:
DataCenter
- Type
- DataCenter
(static) listDatacenters() → {array.<DataCenter>}
Represents a Data Center List.
Returns:
DataCenter List
- Type
- array.<DataCenter>
Type Definitions
DataCenter
VimEmu Data Center Model
Type:
- Object
Properties:
| Name | Type | Description |
|---|---|---|
internalname |
string | |
ext |
array | |
n_running_containers |
string | |
label |
string | |
switch |
string | |
vnf_list |
array | |
metadata |
array |


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GetRenderScaleQuality()
Returns the scaling quality when creating textures
0 -- nearest: nearest pixel sampling
1 -- linear: linear filtering (supported by OpenGL and Direct3D)
2 -- best: anisotropic filtering (supported by Direct3D)
Example:


Notebooks
Story: The new maiden who ate the ostrich marrow from the thigh-bone of the ostrich without the knowledge of her people
The new maiden who ate the ostrich marrow from the thigh-bone of the ostrich without the knowledge of her people
Title
The new maiden who ate the ostrich marrow from the thigh-bone of the ostrich without the knowledge of her people
Collection
Summary
A new maiden secretly eats the marrow from inside the ostrich's thigh-bone, although she is not supposed to.
Comments
1) p.5405v: this story was told to Dia!kwain by his mother (≠kamme-an); the |xam names for the marrow that used to be inside the ostrich's thigh-bone, 2) This story is found in Book V-18
Contributors
Date
23 November 1875 (started)
Categories
New maidens, Custom and daily life
Keywords
new maiden (who ate the ostrich marrow without the knowledge of her people) , new maiden (her confinement) , new maiden (the preparation of her food) , new maiden (her work) , new maiden (the new girl) , new maiden (her seclusion in a hut) , new maiden (her actions) , new maiden (ceremonies and rituals relating to) , new maiden (food eaten by) , new maiden (prohibitions relating to) , new maiden (may not eat certain things) , new maiden (old women feed and care for her) , new maiden (avoidance behaviour of) , new maiden (may not handle meat) , new maiden (and why ostrich-bones have no marrow) , new maiden (the treatment of) , new maiden (caring for) , new maiden (works the game) , new maiden (the time when she can work with things) , game (its flesh and new maidens) , game (its things and new maidens) , game (and new maidens) , game (and the new maiden who ate ostrich marrow without the knowledge of her people) , food (prepared for new maidens) , food (eaten and avoided by new maidens) , food (the handling of by new maidens) , food (and the new maiden who ate ostrich marrow without the knowledge of her people) , food (the eating of marrow is prohibited for new maidens) , ostrich (its marrow) , ostrich (its thigh-bones formerly had marrow) , ostrich (why its bones have no marrow) , ostrich (and the new maiden who ate ostrich marrow without the knowledge of her people) , ostrich (the eating of marrow is prohibited for new maidens) , hut (for the seclusion of the new maiden) , hut (and the new maiden who ate ostrich marrow without the knowledge of her people) , ceremony (for new maidens) , ceremony (and the new maiden who ate ostrich marrow without the knowledge of her people) , bones (why ostrich-bones have no marrow) , bones (and the story of the new maiden who ate ostrich marrow without the knowledge of her people)
Story Pages
5406-5418


BQ - Execute a shell command line and capture stdout
Like SHELL backquotes (hence the name). Optional second arg is string to use to separate lines.
This doesn't work when DDT is used. The INPUT() fails when traced. Previously, it failed when garbage collect occurred, but that has been fixed. To fix this, BQ() is a wrapper which disables DDT and then calls the 'real' function BQ2().
Uses
See Also
DDT
«INCLUDES»≡ @
«BQ»≡ -WEAK DDT_ACTIVE, DDT_SUSPEND(), DDT_RESUME() -PUBLIC BQ() * DEFINE('BQ(COMMAND,OFS)DDTF') DEFINE('BQ2(COMMAND,OFS)X,UNIT') :(BQ_END) * @
DDT_ACTIVE is set if DDT is active. If DDT is not active, or hasn't been loaded at all, DDT_ACTIVE will evaluate to NULL. Note that SNOBOL4 will not complain about a missing function unless we actually try to execute it. Thus, this works whether or not DDT is actually in use. BQ2() may succeed or fail. In both cases, we want to re-enable DDT if it was loaded and active, and pass the success or failure to the caller of BQ().
«BQ»≡ BQ DDTF = DDT_ACTIVE NE(DDTF) DDT_SUSPEND() BQ = BQ2(COMMAND, OFS) :F(BQ3) NE(DDTF) DDT_RESUME() :(RETURN) BQ3 NE(DDTF) DDT_RESUME() :(FRETURN) @
The actual BQ implementation. Open the command using PIPE open. Read lines and assemble the response. Use space ' ' as a separator if no explicit separator was provided.
«BQ»≡ BQ2 UNIT = IO_FINDUNIT() :F(FRETURN) INPUT(.X, UNIT,, '|' COMMAND) :F(FRETURN) OFS = IDENT(OFS) ' ' BQ2 = X :S(BQ4) ENDFILE(UNIT) DETACH(.X) :(FRETURN) BQ4 BQ2 = BQ2 OFS X :S(BQ4) ENDFILE(UNIT) DETACH(.X) :(RETURN) * BQ_END @
«unit_test»≡ #!/usr/bin/bash exec "snobol4" "-b" "$0" "$@" -INCLUDE 'BQ.INC' &CODE = 1 &CODE = 0 END @
«»≡ -MODULE BQ «INCLUDES» -IN72 -STITL BQ -EJECT * ************************************************************************ * * * ###### ##### * * # # # # * * # # # # * * ###### # # * * # # # # # * * # # # # * * ###### #### # * * * * BQ EXECUTE A SHELL COMMAND LINE AND CAPTURE STDOUT * * * * P BUDNE, JUNE 20, 1994 * * * ************************************************************************ * * BQ.lss * «BQ» * * CE: .MSNOBOL4; @


class Net::POPMail
This class represents a message which exists on the POP server. Instances of this class are created by the POP3 class; they should not be directly created by the user.
Attributes
The length of the message in octets.
The sequence number of the message on the server.
The length of the message in octets.
Public Instance Methods
Marks a message for deletion on the server. Deletion does not actually occur until the end of the session; deletion may be cancelled for all marked messages by calling Net::POP3#reset.
This method raises a POPError if an error occurs.
Example¶ ↑
POP3.start('pop.example.com', 110, 'YourAccount, 'YourPassword') do |pop| n = 1 pop.mails.each do |popmail| File.open("inbox/#{n}", 'w') do |f| f.write popmail.pop end popmail.delete #### n += 1 end end
# File lib/net/pop.rb, line 857 def delete @command.dele @number @deleted = true end
True if the mail has been deleted.
# File lib/net/pop.rb, line 865 def deleted? @deleted end
Fetches the message header.
The optional dest
argument is obsolete.
This method raises a POPError if an error occurs.
# File lib/net/pop.rb, line 833 def header(dest = '') top(0, dest) end
Provide human-readable stringification of class state.
# File lib/net/pop.rb, line 759 def inspect "#<#{self.class} #{@number}#{@deleted ? ' deleted' : ''}>" end
This method fetches the message. If called with a block, the message is
yielded to the block one chunk at a time. If called without a block, the
message is returned as a String. The optional dest
argument
will be prepended to the returned String; this argument is essentially
obsolete.
Example without block¶ ↑
POP3.start('pop.example.com', 110, 'YourAccount, 'YourPassword') do |pop| n = 1 pop.mails.each do |popmail| File.open("inbox/#{n}", 'w') do |f| f.write popmail.pop end popmail.delete n += 1 end end
Example with block¶ ↑
POP3.start('pop.example.com', 110, 'YourAccount, 'YourPassword') do |pop| n = 1 pop.mails.each do |popmail| File.open("inbox/#{n}", 'w') do |f| popmail.pop do |chunk| #### f.write chunk end end n += 1 end end
This method raises a POPError if an error occurs.
# File lib/net/pop.rb, line 801 def pop( dest = '', &block ) # :yield: message_chunk if block_given? @command.retr(@number, &block) nil else @command.retr(@number) do |chunk| dest << chunk end dest end end
Fetches the message header and lines
lines of body.
The optional dest
argument is obsolete.
This method raises a POPError if an error occurs.
# File lib/net/pop.rb, line 821 def top(lines, dest = '') @command.top(@number, lines) do |chunk| dest << chunk end dest end


| Category: containers | Component type: type |
Though ropes can be treated as Containers of characters, and are almost Sequences, this is rarely the most efficient way to accomplish a task. Replacing an individual character in a rope is slow: each character replacement essentially consists of two substring operations followed by two concatenation operations. Ropes primarily target a more functional programming style.
They differ from vector<char> or reference-counted string implementations in the following ways.
Advantages:
A rope is almost, but not quite, a Sequence. It supports random access const_iterators. Forward or backward traversals take constant time per operation. Nonconstant iterators are also provided. However, assignment through a nonconst iterator is an expensive operation (basically logarithmic time, but with a large constant). It should be avoided in frequently executed code.
In order to discourage accidental use of expensive operations, the begin and end member functions on ropes return const_iterator. If non-const iterators are desired, the member functions mutable_begin and mutable_end should be used.
Any modification of a rope invalidates const iterators referring to the rope. Mutable iterators refer to the same position in the same rope after an update. (This may be surprising if the iterators refers to a position after an insertion point.) They remain valid unless the iterator refers to a position that is more than one past the end of the resulting rope.
crope r(1000000, 'x'); // crope is rope<char>. wrope is rope<wchar_t> // Builds a rope containing a million 'x's. // Takes much less than a MB, since the // different pieces are shared. crope r2 = r + "abc" + r; // concatenation; takes on the order of 100s // of machine instructions; fast crope r3 = r2.substr(1000000, 3); // yields "abc"; fast. crope r4 = r2.substr(1000000, 1000000); // also fast. reverse(r2.mutable_begin(), r2.mutable_end()); // correct, but slow; may take a // minute or more.
| Parameter | Description | Default |
|---|---|---|
| T | The rope's value type: usually char or wchar_t. [2] | |
| Alloc | The rope's allocator, used for all internal memory management. | alloc |
| Member | Where defined | Description |
|---|---|---|
| value_type | Container | The rope's value type T, usually char or wchar_t. |
| difference_type | Container | A signed integral type. |
| size_type | Container | An unsigned integral type. |
| reference | Container | Reference to a rope element. [3] |
| const_reference | Container | Const reference to T. [3] |
| pointer | Container | Pointer to T. [3] |
| const_pointer | Container | Const pointer to T. [3] |
| const_reverse_iterator | Reversible Container | Const iterator used to iterate backwards through a rope. |
| reverse_iterator | Reversible Container | Mutable iterator used to iterate backwards through a rope. |
| iterator | Container | Mutable random access iterator used to iterate through a rope. |
| const_iterator | Container | Const random access iterator used to iterate through a rope. |
| rope(const charT* s) | rope. | Constructs a rope from a C string. |
| rope(const charT* s, size_t n) | rope. | Constructs a rope from a (not necessarily null-terminated) array of charT. |
| rope(const const_iterator& f, const const_iterator& l) | Sequence | Creates a rope with a copy of a range. |
| rope(const iterator& f, const iterator& l) | Sequence | Creates a rope with a copy of a range. |
| rope(const charT* f, const charT* l) | Sequence | Creates a rope with a copy of a range. |
| rope(charT c) | rope. | Single-character constructor. |
| rope() | Container | Default constructor. |
| rope(char_producer<charT>*, size_t, bool) | rope | See below. |
| rope(const rope& x) | Container | The copy constructor. |
| ~rope() | Container | The destructor. |
| rope& operator=(const rope&x) | Container | The assignment operator. |
| void swap(rope& x) | Container | Swaps the contents of two ropes. |
| size_type size() const | Container | Returns the size of the rope. |
| size_type length() const | rope | Same as size |
| size_type max_size() const | Container | Size of longest rope guaranteed to be representable. |
| bool empty() const | Container | Equivalent to size() == 0. |
| const_iterator begin() const | Container | Returns an const_iterator pointing to the beginning of the rope. |
| const_iterator end() const | Container | Returns an const_iterator pointing to the end of the rope. |
| iterator mutable_begin() | rope | Returns an iterator pointing to the beginning of the rope. |
| iterator mutable_end() | rope | Returns an iterator pointing to the end of the rope. |
| const_reverse_iterator rbegin() const | Reversible Container | Returns a const_reverse_iterator pointing to the beginning of the reversed rope |
| const_reverse_iterator rend() const | Reversible Container | Returns a const_reverse_iterator pointing to the end of the reversed rope |
| iterator mutable_rbegin() | rope | Returns a reverse_iterator pointing to the beginning of the reversed rope. |
| iterator mutable_rend() | rope | Returns a reverse_iterator pointing to the end of the reversed rope. |
| charT operator[](size_type n) const | Random Access Container | Returns the n'th element. |
| charT at(size_type pos) const | Random Access Container | Returns the n'th element. |
| reference mutable_reference_at(size_type n) | rope | Returns a reference to the nth element. |
| int compare(const rope&) const | rope. | Three-way comparison. See below. |
| charT front() const | Sequence | Returns the first element. |
| charT back() const | Back Insertion Sequence | Returns the last element. |
| void push_front() | Front Insertion Sequence | Inserts a new element at the front. |
| void push_back(charT) | Back Insertion Sequence | Inserts a new element at the end. |
| void pop_front() | Front Insertion Sequence | Removes the first element. |
| void pop_back() | Back Insertion Sequence | Removes the last element. |
| iterator insert(const iterator& p, const rope& x) | rope | Inserts the contents of x before p. |
| iterator insert(const iterator& p, charT c) | Sequence | Inserts c before p. |
| iterator insert(const iterator& p) | Sequence | Inserts charT() before p. |
| iterator insert(const iterator& p, size_t n, charT c) | Sequence | Inserts n copies of c before p. |
| iterator insert(const iterator& p, const charT* s) | rope | Inserts a C string before p. |
| iterator insert(const iterator& p, const charT* s, size_t n) | rope | Inserts a (not necessarily null-terminated) array of charT before p. |
| iterator insert(const iterator& p, const charT* f, const char* l) | Sequence | Inserts the range [f, l) before p. |
iterator insert(const iterator& p, const const_iterator& f, const const_iterator& l) |
Sequence | Inserts the range [f, l) before p. |
iterator insert(const iterator& p, const iterator& f, const iterator& l) |
Sequence | Inserts the range [f, l) before p. |
| void insert(size_t i, const rope& x) | rope | Inserts the contents of x before the ith element. |
| void insert(size_t i, charT c) | rope | Inserts the character c before the ith element. |
| void insert(size_t i) | rope | Inserts the character charT() before the ith element. |
| void insert(size_t i, size_t n, charT c) | rope | Inserts n copies of c before the ith element. |
| void insert(size_t i, const charT* s) | rope | Inserts a C string before the ith element. |
| void insert(size_t i, const charT* s, size_t n) | rope | Inserts a (not necessarily null-terminated) array of charT before the ith element. |
| void insert(size_t i, const charT* f, const charT* l) | rope | Inserts the range [f, l) before the ith element. |
void insert(size_t i, const const_iterator& f, const const_iterator& l) |
rope | Inserts the range [f, l) before the ith element. |
void insert(size_t i, const iterator& f, const iterator& l) |
rope | Inserts the range [f, l) before the ith element. |
| void erase(const iterator& p) | Sequence | Erases the element pointed to by p. |
| void erase(const iterator& f, const iterator& l) | Sequence | Erases the range [f, l). |
| void erase(size_t i, size_t n) | rope | Erases n elements, starting with the ith element. |
| append(const charT* s) | rope | Appends a C string. |
| append(const charT* s, size_t) | rope | Appends a (not necessarily null-terminated) array of charT. |
| append(const charT* f, const charT* l) | rope | Appends a range. |
| append(charT c) | rope | Appends the character c. |
| append() | rope | Appends the character charT(). |
| append(size_t n, charT c) | rope | Appends n copies of c. |
| append(const rope& x) | rope | Appends the rope x. |
| void replace(const iterator& f, const iterator& l, const rope&) | rope | See below. |
| void replace(const iterator& f, const iterator& l, charT) | rope | See below. |
| void replace(const iterator& f, const iterator& l, const charT* s) | rope | See below. |
void replace(const iterator& f, const iterator& l, const charT* s, size_t n) |
rope | See below. |
void replace(const iterator& f1, const iterator& l1, const charT* f2, const charT* l2) |
rope | See below. |
void replace(const iterator& f1, const iterator& l1, const const_iterator& f2, const const_iterator& l2) |
rope | See below. |
void replace(const iterator& f1, const iterator& l1, const iterator& f2, const iterator& l2) |
rope | See below. |
| void replace(const iterator& p, const rope& x) | rope | See below. |
| void replace(const iterator& p, charT c) | rope | See below. |
| void replace(const iterator& p, const charT* s) | rope | See below. |
| void replace(const iterator& p, const charT* s, size_t n) | rope | See below. |
void replace(const iterator& p, const charT* f, const charT* l) |
rope | See below. |
void replace(const iterator& p, const_iterator f, const_iterator l) |
rope | See below. |
void replace(const iterator& p, iterator f, iterator l) |
rope | See below. |
| void replace(size_t i, size_t n, const rope& x) | rope | See below. |
| void replace(size_t i, size_t n, const charT* s, size_t n) | rope | See below. |
| void replace(size_t i, size_t n, charT c) | rope | See below. |
| void replace(size_t i, size_t n, const charT* s) | rope | See below. |
void replace(size_t i, size_t n, const charT* f, const charT* l) |
rope | See below. |
void replace(size_t i, size_t n, const const_iterator& f, const const_iterator& l) |
rope | See below. |
void replace(size_t i, size_t n, const iterator& f, const iterator& l) |
rope | See below. |
| void replace(size_t i, charT c) | rope | See below. |
| void replace(size_t i, const rope& x) | rope | See below. |
| void replace(size_t i, const charT* s) | rope | See below. |
| void replace(size_t i, const charT* s, size_t n) | rope | See below. |
| void replace(size_t i, const charT* f, const charT* l) | rope | See below. |
void replace(size_t i, const const_iterator& f, const const_iterator& l) |
rope | See below. |
void replace(size_t i, const iterator& f, const iterator& l) |
rope | See below. |
| rope substr(iterator f) const | rope | See below. |
| rope substr(const_iterator f) const | rope | See below. |
| rope substr(iterator f, iterator l) const | rope | See below. |
| rope substr(const_iterator f, const_iterator l) const | rope | See below. |
| rope substr(size_t i, size_t n = 1) const | rope | See below. |
| void copy(charT* buf) const | rope | Copies a rope into an array of charT. |
size_type copy(size_type pos, size_type n, charT* buf) |
rope | Copies a rope into an array of charT. |
| const charT* c_str() const | rope | See below. |
| void delete_c_str() | rope | See below. |
| rope operator+(const rope& L, const rope&R) | rope | Concatenates L and R. This is a global function, not a member function. |
| rope& operator+=(rope& L, const rope& R) | rope | Appends R to L. This is a global function, not a member function. |
| rope operator+(const rope& L, const charT* s) | rope | Concatenates L and s. This is a global function, not a member function. |
| rope& operator+=(rope& L, const charT* s) | rope | Appends s to L. This is a global function, not a member function. |
| rope operator+(const rope& L, charT c) | rope | Concatenates L and c. This is a global function, not a member function. |
| rope& operator+=(rope& L, charT c) | rope | Appends c to L. This is a global function, not a member function. |
| bool operator<(const rope&, const rope&) | Forward Container | Lexicographical comparison. This is a global function, not a member function. |
| bool operator==(const rope&, const rope*) | Forward Container | Tests two ropes for equality. This is a global function, not a member function. |
| ostream& operator<<(ostream& os, rope x) | rope | Outputs x to the stream os. This is a global function, not a member function. |
| Function | Description |
|---|---|
| rope(const charT* s) | Constructs a rope from a C string. The rope consists of the sequence of characters starting with *s up to, but not including, the first null character. |
| rope(const charT* s, size_t n) | Constructs a rope from an array of charT. The rope consists of the characters in the range [s, s + n). Note that this range is permitted to contain embedded null characters. |
| rope(charT c) | Constructs a rope consisting of the single character c. |
| rope(char_producer<charT>* cp, size_t n, bool destroy) | Constructs a rope of size n, whose characters are computed as needed by cp. The object *cp must be valid as long as any reference to the resulting rope, or a rope derived from it, may be used. If destroy is true, then delete cp will be executed automatically once cp is no longer needed. Typically destroy will be true unless cp is a pointer to statically allocated storage. It is rarely safe to allocate *cp on the stack. |
| size_type length() const | Synonym for size |
| iterator mutable_begin() | Returns an iterator pointing to the beginning of the rope. This member function exists because mutable rope iterators are much more expensive than constant rope iterators. |
| iterator mutable_end() | Returns an iterator pointing to the end of the rope. This member function exists because mutable rope iterators are much more expensive than constant rope iterators. |
| iterator mutable_rbegin() | Returns a reverse_iterator pointing to the beginning of the reversed rope. This member function exists because mutable rope iterators are much more expensive than constant rope iterators. |
| iterator mutable_rend() | Returns a reverse_iterator pointing to the end of the reversed rope. This member function exists because mutable rope iterators are much more expensive than constant rope iterators. |
| reference mutable_reference_at(size_type n) | Returns a reference to the nth element. This member function exists because mutable references to rope elements have fairly high overhead. |
| int compare(const rope& x) | Three-way comparison, much like the function strcmp from the standard C library. Returns a negative number if *this is lexicographically less than x, a positive number if *this is lexicographically greater than x, and zero if neither rope is lexicographically less than the other. |
| iterator insert(const iterator& p, const rope& x) | Inserts the contents of the rope x immediately before the position p. |
| iterator insert(const iterator& p, const charT* s) | Inserts a C string immediately before the position p. The elements that are inserted are the sequence of characters starting with *s and up to, but not including, the first null character. |
| iterator insert(const iterator& p, const charT* s, size_t n) | Inserts an array of charT. The elements that are inserted are the range [s, s + n). Note that this range is permitted to contain embedded null characters. |
| void insert(size_t i, const rope& x) | Inserts the contents of the rope x immediately before the ith element. |
| void insert(size_t i, size_t n, charT c) | Inserts n copies of c immediately before the ith element. |
| void insert(size_t i, const charT* s) | Inserts a C string immediately before the ith element. The elements that are inserted are the sequence of characters starting with *s and up to, but not including, the first null character. |
| void insert(size_t i, const charT* s, size_t n) | Inserts an array of charT immediately before the ith element. The elements that are inserted are the range [s, s + n). Note that this range is permitted to contain embedded null characters. |
| void insert(size_t i, charT c) | Inserts the character c immediately before the ith element. |
| void insert(size_t i) | Inserts the character charT() immediately before the ith element. |
| void insert(size_t i, const charT* f, const charT* l) | Inserts the range [f, l) immediately before the ith element. |
void insert(size_t i, const const_iterator& f, const const_iterator& l) |
Inserts the range [f, l) immediately before the ith element. |
void insert(size_t i, const iterator& f, const iterator& l) |
Inserts the range [f, l) immediately before the ith element. |
| void erase(size_t i, size_t n) | Erases n elements, starting with the ith element. |
| append(const charT* s) | Adds a C string to the end of the rope. The elements that are inserted are the sequence of characters starting with *s and up to, but not including, the first null character. |
| append(const charT* s, size_ nt) | Adds an array of charT to the end of the rope. The elements that are inserted are the range [s, s + n). Note that this range is permitted to contain embedded null characters. |
| append(const charT* f, const charT* l) | Adds the elements in the range [f, l) to the end of the rope. |
| append(charT c) | Adds the character c to the end of the rope. |
| append() | Adds the character charT() to the end of the rope. |
| append(const rope& x) | Adds the contents of the rope x to the end of *this. |
| append(size_t n, charT c) | Adds n copies of c to the end of *this. |
| void replace(const iterator& f, const iterator& l, const rope& x) | Replaces the elements in the range [f, l) with the elements in x. |
| void replace(const iterator& f, const iterator& l, charT c) | Replaces the elements in the range [f, l) with the single character c. |
| void replace(const iterator& f, const iterator& l, const charT* s) | Replaces the elements in the range [f, l) with a C string: the sequence of characters beginning with *s and up to, but not including, the first null character. |
void replace(const iterator& f, const iterator& l, const charT* s, size_t n) |
Replaces the elements in the range [f, l) with the elements in the range [s, s + n). |
void replace(const iterator& f1, const iterator& l1, const charT* f2, const charT* l2) |
Replaces the elements in the range [f1, l1) with the elements in the range [f2, l2). |
void replace(const iterator& f1, const iterator& l1, const const_iterator& f2, const const_iterator& l2) |
Replaces the elements in the range [f1, l1) with the elements in the range [f2, l2). |
void replace(const iterator& f1, const iterator& l1, const iterator& f2, const iterator& l2) |
Replaces the elements in the range [f1, l1) with the elements in the range [f2, l2). |
| void replace(const iterator& p, const rope& x) | Replaces the element pointed to by p with the elements in x. |
| void replace(const iterator& p, charT c) | Replaces the element pointed to by p with the single character c. |
| void replace(const iterator& p, const charT* s) | Replaces the element pointed to by p with a C string: the sequence of characters beginning with *s and up to, but not including, the first null character. |
| void replace(const iterator& p, const charT* s, size_t n) | Replaces the element pointed to by p with the elements in the range [s, s + n). |
void replace(const iterator& p, const charT* f, const charT* l) |
Replaces the element pointed to by p with the elements in the range [f, l). |
void replace(const iterator& p, const_iterator f, const_iterator l) |
Replaces the element pointed to by p with the elements in the range [f, l). |
void replace(const iterator& p, iterator f, iterator l) |
Replaces the element pointed to by p with the elements in the range [f, l). |
| void replace(size_t i, size_t n, const rope& x) | Replaces the n elements beginning with the ith element with the elements in x. |
| void replace(size_t i, size_t n, charT c) | Replaces the n elements beginning with the ith element with the single character c. |
| void replace(size_t i, size_t n, const charT* s) | Replaces the n elements beginning with the ith element with an array of charT: the sequence of characters beginning with *s and up to, but not including, the first null character. |
| void replace(size_t i, size_t n1, const charT* s, size_t n2) | Replaces the n1 elements beginning with the ith element with the elements in the range [s, s + n2). |
void replace(size_t i, size_t n, const charT* f, const charT* l) |
Replaces the n elements beginning with the ith element with the characters in the range [f, l). |
void replace(size_t i, size_t n, const const_iterator& f, const const_iterator& l) |
Replaces the n elements beginning with the ith element with the characters in the range [f, l). |
void replace(size_t i, size_t n, const iterator& f, const iterator& l) |
Replaces the n elements beginning with the ith element with the characters in the range [f, l). |
| void replace(size_t i, charT c) | Replaces the ith element with the character c. |
| void replace(size_t i, const rope& x) | Replaces the ith element with elements from the rope x. |
| void replace(size_t i, const charT* s) | Replaces the ith element with a C string: the sequence of characters beginning with *s and up to, but not including, the first null character. |
| void replace(size_t i, const charT* s, size_t n) | Replaces the ith element with the elements in the range [s, s + n). |
| void replace(size_t i, const charT* f, const charT* l) | Replaces the ith element with the range [f, l). |
void replace(size_t i, const const_iterator& f, const const_iterator& l) |
Replaces the ith element with the range [f, l). |
void replace(size_t i, const iterator& f, const iterator& l) |
Replaces the ith element with the range [f, l). |
| rope substr(iterator f) const | Returns a new rope with a single element, *f. [4] |
| rope substr(const_iterator f) const | Returns a new rope with a single element, *f. [4] |
| rope substr(iterator f, iterator l) const | Returns a new rope that consists of the range [f, l). [4] |
| rope substr(const_iterator f, const_iterator l) const | Returns a new rope that consists of the range [f, l). [4] |
| rope substr(size_t i, size_t n = 1) const | Returns a new rope whose elements are the n characters starting at the position i. [4]. |
| void copy(charT* buf) const | Copies the characters in a rope into buf. |
size_type copy(size_type pos, size_type n, charT* buf) |
Copies n characters, starting at position pos in the rope, into buf. If the rope contains fewer than pos + n characters, then instead it only copies size() - pos characters. |
| const charT* c_str() const | Returns a pointer to a null-terminated sequence of characters that contains all of the characters in a rope. [5] [6] The resulting sequence of characters is valid at least as long as the rope remains valid and unchanged. Note that the first invocation of this operation on long strings is slow: it is linear in the length of the rope. |
| void delete_c_str() | Reclaims the internal storage used by c_str. Note that this invalidates the pointer that c_str returns. |
| rope operator+(const rope& L, const rope& R) | Returns a new rope consisting of the concatenation of L and R. This is a global function, not a member function. |
| rope& operator+=(rope& L, const rope& R) | Modifies L by appending R, and returns L. This is a global function, not a member function. |
| rope operator+(const rope& L, const charT* s) | Returns a new rope consisting of the concatenation of L and all of the characters from s up to, but not including, the first null character. This is a global function, not a member function. |
| rope& operator+=(rope& L, const charT* s) | Modifies L by appending the characters from s up to, but not including, the first null character. The return value is L. This is a global function, not a member function. |
| rope operator+(const rope& L, charT c) | Returns a new rope consisting of L with the character c appended to it. This is a global function, not a member function. |
| rope& operator+=(rope& L, charT c) | Modifies L by appending the character c. This is a global function, not a member function. |
| ostream& operator<<(ostream& os, rope x) | Outputs x to the stream os. This is a global function, not a member function. |
[1] For a detailed discussion of the rope data structure, see H.-J. Boehm, R. Atkinson, and M. Plass, "Ropes: An Alternative to Strings", Software Practice and Experience 25(12):1315, 1995.
[2] Since the value type is usually either char or wchar_t, the library introduces two abbreviations: crope is a typedef for rope<char>, and wrope is a typedef for rope<wchar_t>.
[3] Rope::reference is not value_type&, but a proxy type. In fact, reference is a typedef for the nested class charT_ref_proxy. Const_reference, however, is simply const value_type&. Similarly, const_pointer is just const value_type* but pointer is a proxy type. If r is an object of type reference, then &r is of type pointer.
[4] Note that the return value of substr is conceptually a distinct rope: the two ropes may share storage, but this is a hidden implementation detail. If you modify a rope returned by substr, this will not change the value of the original rope.
[5] The final const qualifier in the member function c_str() is conceptually slightly inaccurate in the interest of conformance to the basic_string interface in the draft C++ standard; the rope is updated to cache the converted string.
[6] Concurrent calls to c_str() are allowed; the cache is updated atomically.


Contains the infrastructure classes for handling the @PreAuthorize, @PreFilter, @PostAuthorize and @PostFilter annotations.
Other than the annotations themselves, the classes should be regarded as for internal framework use and are liable to change without notice.


This intriguing snapshot was taken exactly one hundred tears ago today in the Big Hangar At Pointy Town, a big hangar in Pointy Town. We can see a number of people, now all dead, standing or milling about, and, with a single exception, not one of them is paying attention to the large and mysterious crate. The group slap bang next to the crate is peering past it, at something else, we know not what. Others are seen walking past, as if oblivious. In the foreground, however, we see a diminutive figure, possibly a curious infant, who seems to want to move towards the crate but is being bustled away by its guardian or governess, dressed in hood and cape.
Can it be that the tiny one, alone of those in the hangar, knew what the crate contained, was attracted to it by invisible forces the nature of which must remain to us as mysterious as the crate itself? Some say this snap is the sole evidence of the arrival in Pointy Town of the Grunty Man. For it is thought that, with uncharacteristic cunning, he had himself concealed in the crate and shipped across the mighty oceans, from the pestilential land that spawned him to the fair shores of our own continent!
If this is so, we are compelled to ask—who was that infant? And what became of them? Answers on a postcard, please.
(Snap spotted at Ptak Science Books)


Acknowledgements
This work builds on the efforts of many people; a few mentions are
- Linkeddata team for [rdflib.js] used for document parsing
- Contributors behind [ace editor] that rdfturtleditor extends to incorporate turtle format specifications
- [Prefix.cc] that is used to fetch popular prefixes for prefix auto-completion
and last but not least to technical leads of this work without whom the work would have been completed one month earlier (Yes they challenge in good ways!) :)


Something weird has happened.
If you're seeing this page you've asked our website to do something unexpected and it doesn't
know how to respond to that, sorry. We've got some resources you can look at here:
https://github.com/Nessphoro/group-CMPUT404-project/wiki/RESTFul-API
Or, you can poke around some more.
Or, if you're someone we know you can get a hold of us and we'll do our best to help.
Best of luck!


Phone: +381 64 455 2001
E-mail<EMAIL_ADDRESS>Adress: Bulevar Mihajla Pupina 4 11070 Beograd
Work time: Monday-Friday 10:00-20:00(Saturday, Sunday and public holidays by appointment)
Phone: +381 64 455 2001
E-mail<EMAIL_ADDRESS>Adress: Bulevar Mihajla Pupina 4 11070 Beograd
Work time: Monday-Friday 10:00-20:00(Saturday, Sunday and public holidays by appointment)


Gym Management
A java swing Gym Management project that consists of three types of user logins--Admin, Manager, Customer. This project is helpful for people looking for a basic, simple and effective swing project. This desktop application also has a database connectivity with jdbc drivers of java and has an example of all the basic sql operations.
Features
- Beautiful and simple GUI
- Different functionality for different users
- Shows an example of java swing and jdbc connectivity
How it works
- User is given an option to login as either an admin, manager or a customer.
- Once an option is selected the user is asked for a userid and a password.
- If the entered credentials match with the database, the user is sent to the next screen.
- According to the type of user, there are various functions that it can perform.
- Some of the operation include:-
- Fetching and viewing the database columns.
- Deleting data from database.
- Adding data into database.
- Updating the data into database like changing userid or passwords.
Guidelines
IDE used:-
Apache Netbeans
Setting up the database:-
- Create a database named demodb
- Import the db.sql file into the demodb database_(The db.sql file is present inside the database folder)_.
- Once the database server is setup, open the project in netbeans and run the project.
Note:-
The id and password for all types of users are user1 and pass1. This can be changed either from the database directly or after logging in the desktop application.
Screenshots
Contact
mailto<EMAIL_ADDRESS>License
MIT License
Copyright (c) 2019 Animesh Sharma
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.


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When bombogenesis comes
In January 2018, a strong storm headed straight for East Coast of the United States and Canada, causing extreme weather and heavy snow.
"Bombogenesis" has long been used by meteorologists. The technical definition of bombogenesis is when the atmospheric pressure drops at least 24 millibars over 24 hours.
Being the most geographically proximate to the storm's track, Massachusetts bore the highest impacts of all American states. Winds gusted to hurricane-force at 76 miles per hour on Nantucket and over 70 miles per hour on mainland Massachusetts.
At least 17.0 inches of snow fell on the Boston area, and 14.1 inches fell in Providence, Rhode Island. In Boston, a storm tide of 15.16 ft was recorded during the blizzard which flooded areas of the financial district, including a subway station. This beat the previous record set in 1978 by the Blizzard of 1978. Significant coastal flooding occurred in Maine and New Hampshire.
Source: NOAA


--- layout: post status: publish published: true title: Kevin Gregg author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 1238 wordpress_url: http://ivyenvy.com/?p=1238 date: '2009-08-17 23:08:20 +0000' date_gmt: '2009-08-18 05:08:20 +0000' categories: - Relief Pitching tags: - Kevin Gregg comments: - id: 364 author: Andy author_email<EMAIL_ADDRESS>author_url: http:// date: '2009-08-18 05:15:34 +0000' date_gmt: '2009-08-18 11:15:34 +0000' content: Well, at least Gregg is now out of the closer role. This has been one area that really sets the Cardinals apart from the Cubs--Ryan Franklin has only blown two saves in 32 opportunities. Can we fault the Cubs offense at all for not getting more runs on a team like the Padres? It all looked so promising with TL on the mound. - id: 365 author: Corey author_email<EMAIL_ADDRESS>author_url: http:// date: '2009-08-18 05:44:59 +0000' date_gmt: '2009-08-18 11:44:59 +0000' content: "It's not ideal to only give the closer a one run lead going into the 9th, but that dude gave up 4 runs. So in theory, he would have given up a four run lead, which should be pretty safe. The lack of offense is troubling, but a closer giving up 4 runs in the 9th is ridiculous.\r\n\r\nThat was the 11th homerun Gregg has given up this year." - id: 367 author: Andy author_email<EMAIL_ADDRESS>author_url: http://ivyenvy.com date: '2009-08-19 09:25:28 +0000' date_gmt: '2009-08-19 15:25:28 +0000' content: Yeah, you're right... I can understand the closer giving up one run every once in a while, but anything more than that is unacceptable for the guys that supposedly have the best stuff among relievers. When Gregg blows a save, he goes all out. ---
I shouldn't be writing this post. I stayed up late for this West Coast game simply because I wanted to hear the Cubs win a 1-0 game. It would have been the first of the season. Enter, Kevin Gregg.
 I beg someone to defend him. Give me one reason he should not be released tonight. If this photo doesn't make you swear, I want to hear from you.
Totally worthless post, but I feel that I'm entitled to it after what I had to endure tonight.


Detects usages of Gradle plugin com.jfrog.bintray. The plugin is used for publishing build results to Bintray. Publishing to Bintray service is disabled.
com.jfrog.bintray


Best tips and tricks aggregator. Become your own boss
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EXAMPLE OF TEXT: Wikipedia's Ketchup definition
Ketchup is a table condiment. The unmodified term ("ketchup") now typically refers to tomato ketchup, although original recipes used egg whites, mushrooms, oysters, grapes, mussels, or walnuts, among other ingredients.
Tomato ketchup is a sweet and tangy condiment made from tomatoes, sugar, and vinegar, with seasonings and spices. The spices and flavors vary, but commonly include onions, allspice, coriander, cloves, cumin, garlic, and mustard, and sometimes include celery, cinnamon, or ginger. The market leader in the United States (60% market share) and the United Kingdom (82%) is Heinz Tomato Ketchup.[5][6] Tomato ketchup is most often used as a condiment to dishes that are usually served hot and may be fried or greasy: french fries and other potatoes, hamburgers, hot dogs, chicken tenders, tater tots, hot sandwiches, meat pies, cooked eggs, and grilled or fried meat. Ketchup is sometimes used as the basis for, or as one ingredient in, other sauces and dressings, and the flavor may be replicated as an additive flavoring for snacks, such as potato chips.


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Microsoft ASP
All the ASP scripting languages support regular expressions. Regular expression support is provided via an object named RegExp, which contains the following methods:
Execute() executes a regular expression search. Replace() performs a search-and-replace operation. Test() checks to see whether a string matches a specified regular expression.
ASP regular expression support is somewhat limited (ASP.NET, on the other hand, has extremely advanced and sophisticated regular expression support). Here are some points that you should be aware of:
An instance of the RegExp object needs to be created and populated before any of the preceding methods are executed. The regular expression is stored in RegExp.Pattern. Global and case-sensitive modifiers are supported. The former is a Boolean value stored in RegExp.Global and the latter is a Boolean value stored in RegExp.IgnoreCase. Execute() returns a Match object that provides access to all the matches. Lookahead (?= and ?!) and lookbehind (?<= and ?<!) are not supported.
|


This inspection triggers when a keyword definition starts with gherkin. This is often redundant and so can be removed.


THE BRADY BUNCH MOVIE A film review by Scott Renshaw Copyright 1995 Scott Renshaw
Starring: Shelly Long, Gary Cole, Christine Taylor, Michael McKean. Screenplay: Laurice Elehwany & Rick Copp and Bonnie Turner & Terry Turner. Director: Betty Thomas.
It is official now: I have become everything that I despise. I am of a certain age where my youth has become a marketing tool, re-packaged and returned to me for nostalgic consumption. But those attempts to this point (THE BEVERLY HILLBILLIES, THE FLINTSTONES) have basically left me unmoved. The Brady Bunch ... now, there's a different story. I grew up with them, and I remember their dopey antics with an inexplicable affection. So the upshot is, they finally got to me. THE BRADY BUNCH MOVIE is a movie that most likely was put together by chimps, and I had fun anyway.
As anyone who watched the 1969-1974 series will recall, this is the story of a lovely lady (Carol, played by Shelly Long) who was bringing up three very lovely girls: Marcia (Christine Taylor); Jan (Jennifer Elise Cox); and Cindy (Olivia Hack). Carol is married to a man named Brady (Mike, played by Gary Cole), who previously had been busy with three boys of his own: Greg (Christopher Daniel Barnes); Peter (Paul Sutera); and Bobby (Jesse Lee). The Bradys are still hopelessly mired in the 70s, but around them it is 1995 Los Angeles. They are not only holdouts of an era, they are also holding out against selling their house to next door neighbor Mr. Ditmeyer (Michale McKean), who wants to turn the neighborhood into a mini-mall. Unfortunately, an unexpected tax bill might force the family to move, unless the industrious Brady kids can raise $20,000 in a week.
I think any discussion of THE BRADY BUNCH MOVIE must begin with this statement: you had to be there. Familiarity with the series, whether in first run or its endless incarnation in reruns, is essential, since the film is composed almost entirely of bits and pieces of plots from the series. When the audience laughs at Marcia being hit in the face by a football, or Peter's cracking voice, or Greg's attempt to turn himself into rock star Johnny Bravo, it isn't because any of these situations are inherently funny; in fact, they are really fairly inane. But they are so familiar, so much a part of the fabric of growing up in America at a particular time, that watching THE BRADY BUNCH MOVIE is like re-discovering an old toy.
THE BRADY BUNCH MOVIE was going to sink or swim on the basis of casting, and there are both successes and failures. Shelly Long has Florence Henderson's mannerisms down pat as Carol, and Gary Cole is a hoot as he pronounces Brady platitudes with a deadpan solemnity. The dead ringer award goes to Christine Taylor, who looks and sounds so much like original Marcia Maureen McCormick that it is truly frightening. Less impressive are Jennifer Elise Cox, whose slightly unhinged Jan is too reminiscent of Melanie Hutsell's "Saturday Night Live" characterization of Jan, and Henriette Mantel, who does a version of housekeeper Alice which includes pratfalls and, inexplicably, a leather bustier.
There are about equal parts homage and parody in THE BRADY BUNCH MOVIE, and both have their moments, but what surprised me most was the way the film managed to recall a simpler time without mockery. When Jan visits a school counselor (played with a leer by RuPaul), it is not entirely a gag that her problem is not a pregnancy, drug abuse or an eating disorder, but simple sibling rivalry. Similarly, when the neighbors eventually rally around the Bradys' stand against the developers, it recalls a time when neighbors actually knew each other. Make no mistake, THE BRADY BUNCH MOVIE is occasionally quite sluggish, and required about a thimbleful of creativity. At the same time, it made me wistful not only for a piece of my youth, but also for an era when families were functional, communities seemed closer, and "Have a Nice Day" was something people actually meant.
On the Renshaw scale of 0 to 10 Brady kids: 6.
-- Scott Renshaw Stanford University Office of the General Counsel
-- Evelyn C. Leeper | +1<PHONE_NUMBER> |<EMAIL_ADDRESS>.
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
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Related links: index of all rec.arts.movies.reviews reviews


The CMS MessageLogger Service is meant to allow code in modules, other services, and other framework "scaffolding" to log messages to a unified message logging and statistics facility.
The MessageLogger Service captures and coordinates messages originating in multiple modules (which, under the CMS framework, will in general be running in multiple threads) into a specified set of destinations. The management of these destinations is based on the ZOOM Error Logger package developed at Fermilab.
All users of the MessageLogger service should read the section on Issuing Messages .
The behavior of the MessageLogger can be adjusted via lines in the job's configuration file (.cfg). Users wishing to customize the behavior of the MessageLogger should read the section on MessageLogger Parameters .
Issuing Messages
In order to issue messages, the module must include the MessageLogger
service header:
#include "FWCore/MessageLogger/interface/MessageLogger.h"
In addition, it is strongly recommended (for consistency with the way all
services are used ) that the .cfg file contain at least the line
service = MessageLogger { }
The braces can enclose specifications of parameters to adjust the
MessageLogger behavior
(see MessageLogger Parameters );
if no parameters are supplied, a sensible CMS default behavior is
provided.
If the .cfg file does not specify the MessageLogger service,
or if a message is issued in code executed before any services are initiated,
then the response to issuing a message will be that the content will
be sent to cerr.
Having included the necessary MessageLogger header, when code wishes to issue
a message, one of these functions can be used:
See CMS Guidelines for Messages and Categories
for advice on which severity
is appropriate, and on choosing category names.
Some other wrinkles about issuing messages:
edm::LogError ("category") << a << b << ... << z;
edm::LogWarning ("category") << a << b << ... << z;
edm::LogInfo ("category") << a << b << ... << z;
When issuing messages:
There is an additional form for issuing a message:
LogDebug ("category") << a << b << ... << z;
This is identical to the others, except:
LogWarning("ReadoutError|TimeBudgetExceeded") << "Processed " << nitems
<< "items and ran out of time";
Compound messges will be reported if any of the individual categories would be reported.
"@SUB=methodName"
(note no spaces).
This will indicate that the message came from that method;
two messages from different "subroutines" are considered, for statistics and
limits purposes, to be two different types of messages even if they are in the same
category and from the same module.
Feature List
Issuing messages
Configuring destinations
Debug messages
#define NDEBUG
will cause compile-time elimination of LogDebug message overhead --
Controlling LogDebug Behavior:
Compile-time Elimination of LogDebug Messages
#define ML_NDEBUG
to cause compile-time elimination of LogDebug message overhead
when NDEBUG
is not defined --
Controlling LogDebug Behavior:
Compile-time Elimination of LogDebug Messages
#define ML_DEBUG
will force LogDebug compilation,
even if NDEBUG
is defined --
Controlling LogDebug Behavior:
Compile-time Elimination of LogDebug Messages
Message Statistics
Framework Job Reports
fwkJobReport
destination can be configured for limits and
thresholds in the same
manner as for other output destinations --
Framework Job Reports ,
MessageLogger Parameters
Mark Fischler
Last modified: November 24, 2005


Copyright 2020, UPPRO.
Uttar Pradesh (UP) is the most populous state in India and has one of the highest rates of malnutrition in the world – half the children under age of 5 years have stunted linear growth. In addition to its high poverty rates, UP’s undernutrition rates are among the highest in the world.
To address malnutrition and undernutrition in Uttar Pradesh, UPPRO, in association with Harvest Plus, has initiated work on production of Zn fortified wheat seeds and grains. Till now total production of 400 quintals of Zn fortified wheat seeds and grains production has been completed.
Harvest Plus leads a global effort to improve nutrition and public health by developing and disseminating staple food crops that are rich in vitamins and minerals. Harvest Plus is a part of the CGIAR research programme on Agriculture for Nutrition and Health. Harvest Plus improves nutrition and public health in India by promoting pearl millet that provides more iron and wheat that provides more zinc in the diet. Harvest Plus and its partners work in five states of India to promote the availability, adoption, and consumption of biofortified pearl millet and wheat.
UPPRO in association with Harvest plus has initiated the production of Iron fortified pearl millet in Uttar Pradesh. This year, total cultivation was undertaken in 143 acres of land with 75 farmers in 3 districts. The intervention has been taken to address the Iron deficiency in women and children’s


Before Change
// No reason to assert the newer accuracy is higher. It might go down slightly
self.assertGreaterEqual(acc_new, acc * ACCURACY_DROP)
logger.info("Accuracy before adversarial training: %.2f%%", (acc * 100))
logger.info("\nAccuracy after adversarial training: %.2f%%", (acc_new * 100))
// Finally assert that the original training data hasn"t changed:
self.assertTrue((x_train == x_train_original).all())
After Change
accuracy_new = np.sum(predictions_new == np.argmax(y_test, axis=1)) / NB_TEST
self.assertEqual(accuracy_new, 0.8181818181818182)
self.assertEqual(accuracy, 0.18181818181818182)
// Assert that the original training data has not changed
self.assertAlmostEqual(float(np.max(np.abs(x_train_original - x_train))), 0.0, delta=0.00001)


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The goal of Markov Chain Monte Carlo (MCMC) is to generate random samples from complicated high dimensional distributions about which we have incomplete information. For example, it might be that we don't know the normalizing constant of the distribution, as we saw in the code breaking example of the previous section.
Suppose the distribution from which we want to generate a sample is called $\pi$. We are going to assume that $\pi$ is a probability distribution on a finite set, and you should imagine the set to be large. MCMC relies on a few observations.
Let $X_0, X_1, \ldots $ be an irreducible aperiodic Markov Chain on a finite state space. Then the distribution of $X_n$ converges to a stationary distribution as $n$ gets large. If we can create a Markov Chain $\{X_n\}$ that has the desired distribution $\pi$ as its stationary distribution, then we can simulate draws from $\pi$ (or close enough to it) by running the chain for a long time and using the values $X_n$ for large $n$.
To create a transition matrix that results in $\pi$ as the stationary distribution, the easiest way is to try to ensure that the detailed balance equations are solved. That is, the easiest way is to try to create a reversible chain.
The chain is reversible if there is detailed balance, which we can write as
The right hand side is based on the transition probabilities of the chain that we want to create. Notice that the left hand side only involves ratios of the terms in $\pi$, and therefore can be checked even if we don't know the constant that normalizes $\pi$.
Exactly who proposed the first algorithm to create such a Markov Chain is the subject of some debate. A general version was proposed by Hastings. Here we will describe an earlier version attributed to Metropolis and co-authors in 1953.
The goal is to create a transition matrix $P$ so that $\pi$ and $P$ together solve the detailed balance equations.
The algorithm is based on any symmetric transition matrix $Q$ that creates an irreducible chain on the state space. For example, if the state space is numerical you could start with, "Wherever the chain is, it picks one of the three closest values (including itself) with probability $1/3$ each." For a pair of states $i$ and $j$, the transition probability $Q(i, j)$ is called the proposal probability.
Here are the steps that determine the transitions of the new chain.
Suppose the chain is at $i$ at time $n$, that is, suppose $X_n = i$. Pick a state $j$ according to the proposal probability $Q(i, j)$. This $j$ is the candidate state to which your chain might move.
Define the acceptance ratio $$ r(i, j) = \frac{\pi(j)}{\pi(i)} $$
If $r(i, j) \ge 1$, set $X_{n+1} = j$.
If $r(i, j) < 1$, toss a coin that lands heads with chance $r(i, j)$.
Thus the chain either moves to the state picked according to $Q$, or it stays where it is. We say that it accepts a move to a new state based on $Q$ and $r$, and otherwise it doesn't move.
Before we prove that the algorithm works, let's examine what it is doing in the context of decoders.
First notice that we are requiring $Q$ to be symmetric as well as irreducible. The symmetry requirement makes sense as each detailed balance equation involves transitions $i \to j$ as well as $j \to i$.
Fix any starting decoder and call it $i$. Now you have to decide where the chain is going to move next, that is, what the next decoder is going to be. The algorithm starts this process off by picking a decoder $j$ according to $Q$. We say that $Q$ proposes a move to $j$.
To decide whether or not the chain should move to $j$, remember that the distribution $\pi$ contains the likelihoods of all the decoders. You want to end up with decoders that have high likelihood, so it is natural to compare $\pi(i)$ and $\pi(j)$.
The algorithm does this by comparing the acceptance ratio $r(i, j) = \pi(j)/\pi(1)$ to 1.
If $r(i, j) \ge 1$, the likelihood of $j$ is at least as large that of $i$, so you accept the proposal and move to $j$.
If $r(i, j) < 1$, the proposed decoder $j$ has less likelihood than the current $i$, so it is tempting to stay at $i$. But this risks the chain getting stuck at a local maximum. The algorithm provides a chance to avoid this, by tossing a biased coin. If the coin lands tails, the chain moves to $j$ even though $j$ has a lower likelihood than the current decoder $i$. The idea is that from this new position there might be paths to decoders that have the highest likelihoods of all.
We will now show that the detailed balance equations are solved by the desired limit distribution $\pi$ and the transition matrix $\mathbb{P}$ of the chain created by the Metropolis algorithm.
Take any two states $i$ and $j$.
Then $r(i, j) = 1$. By the algorithm, $P(i, j) = Q(i, j)$ and also $P(j, i) = Q(j, i) = Q(i, j)$ by the symmetry of $Q$.
Therefore $P(i, j) = P(j, i)$ and the detailed balance equation $\pi(i)P(i, j) = \pi(j)P(j, i)$ is satisfied.
Then $r(i, j) < 1$, so
$$ P(i, j) ~=~ Q(i, j)r(i, j) ~=~ Q(j, i)\frac{\pi(j)}{\pi(i)} ~~~ \text{(symmetry of } Q \text{ and definition of }r) $$Now $r(j, i) > 1$, so the algorithm says $P(j, i) = Q(j, i)$.
Therefore $$ P(i, j) ~ = ~ P(j, i)\frac{\pi(j)}{\pi(i)} $$ which is the same as $$ \pi(i)P(i, j) ~ = ~ \pi(j)P(j, i) $$
Reverse the roles of $i$ and $j$ in Case 2.
That's it! A simple and brilliant idea that provides a solution to a difficult problem. In lab, you will see it in action when you implement the algorithm to decode text.


Beyond Garbage
Recently it has become fashionable to call people, things, and events “garbage.” Within the last few years, we have taken to calling shitty people “garbage people”, and bad television “garbage television.” Garbage isn’t a new pejorative – one might say the recent trend represents a return to vogue rather than a brand new development – and its popularity is understandable. It’s simple, gracefully evades the censors, and has a full, luxurious mouthfeel. I believe, however, that there is another motive for the resurgence of garbage as an insult; a motive that may yield further swears for our collective use.
We live in a world beset with actual garbage. Nuclear waste, agricultural runoff, mill tailings, waste carbon. There is a literal island made of literal trash in the middle of the literal ocean.   Garbage is our eventual death sentence.  Nobody wants to be garbage.
Unfortunately, slang wears out quickly. Already, garbage has been robbed of its initial sting by overuse. But the principles behind garbage as a swear can yield words to replace it. First, most straightforwardly, we can simply adopt other words for industrial waste. Some options:
- Scrap
- Chaff
- Waste
- Refuse
- Runoff
- Smog
- Spoilage
- Offal
… As well as the incredibly useful “pink slime.”
Of course, the grand-daddy of all these terms is the ever popular “slag” - literally waste rock filtered out during the smelting process. In addition to its unbeatable mouthfeel, slag also gives us the compound swear “slag heap”, which illuminates the second principle of waste-based swears: excess is insult.
A few months ago I wrote an article on hole-based suffixes to insults. I said that holes were useful for building compound swears as they could either imply an absence, or a cavity to be filled with a bad thing. I did not, however, address the similar utility of “heap” and other words that imply an abundance. Just for starters, we can concoct such gems as:
- Shitpile
- Cocktower
- Buttmound
- Fuckmountain
- Clitbarrow
… Not to mention -hill, -knoll, -hump, -lump, and -clump.
Combining these two principles, we can see our way to a swearology that casts its victims as nexuses of pollution. We can call an opponent a “festering mound of pink slime,” a “smog-belching chaff-humper”, or “a greasy hog lagoon.” If we truly wish to usher in a new era of conservation, we must work together to make pollution a seriously dirty word.
Really, I’m just trying to come up with a social justice related reason to call someone a “greasy hog lagoon.”


All BSA of BC student who are graduating in 2020 will have photo shoot in middle of june.
We celebrated Bangla Noboborsho.We provided panta ilish for guests,also our cultural event was excellent.Hopefully we will continue it .
BSA of BC family celebrated Summer BBQ with all cuny students.There were lots of activites. Hopefully we will continue it .
BSA of BC family brought traditional pitha to let everyone know about our traditional food. Hopefully we will continue it .
BSA of BC family had wonderful Thanksgiving party.Insahallah BSA of BC family will continue it.
Victory day event is one of the most historical events. Our family memebers gave their best to represent Bangladesh
BSA of BC family had outdoor trip at Pennsylvania. It was an amazing trip. Everyone still miss that trip.


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Conversion |
Trams for Palm OS uses some of the Trams Mobile files. However, they must be converted to Trams for Palm OS before use. I would have loved to include a set of converted files but as they change from country to country - and also from time to time - it seems pointless to do so.
(If a co-worker already has done this, then just get his/hers database file - it's much easier :-)
Run the Refresh batch job from the Trams folder. It will refresh the various files, thus giving you a fresh set of data.
Run the TramsCvt program for the Trams for Palm OS suite (pictures opens in separate windows).
The welcome screen.
Data Collection screen. Enter the full path to the expcat.dat file in the Trams Mobile folder in the Trams Mobile Expenses Category Database field (or use the Browse... button).
Enter the output path in the Palm Database Output Path (or use the Browse... button).
On Microsoft Windows you also have the choice to queue the database files for HotSync during the conversion. Tick the Install to Palm Profile checkbox and select the target profile in the drop down list.
TramsCvt will work a bit and ...
Everything usually runs smooth ... sometimes you get errors but then go back and retry the conversion process.
On Microsoft Windows you have the option to queue the database files for HotSync during the conversion process. If you de-select this option you have to manually queue the database file - it will be transferred on next HotSync.


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1 dog{{ 1|pluralize:"s" }} pluralized!
5 dog{{ 5|pluralize:"s" }} pluralized!


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I graduated in 2009 from Universidade Paranaense and I started to work in the IT area in 2010.
I started as technical support and as a developer/engineer in 2014. During my journey, I have been working with support/sustention, maintenance, and new/legacy projects. I work with Java and your frameworks like Spring framework and boot, hibernate, Java EE technologies like JSF, EJB, JPA, CDI, application servers like Wildfly, Weblogic. I work with angular too but it’s not my strong skill.
My English skill is in intermediate level between B1 and B2, but I am not sure. I already made some jobs interview in English.
Working in systems analysis and development since 2017.
Mainly using Java technology and its frameworks, such as:
Works also carried out with:
Developed activities:
Maintenance, development of new demands, implementation and support to the company's systems. Team with three more people using the Scrum methodology, being formed by developers, a web designer and a telecom analyst, and using Linux operating system.
Remote access, via SSH, to customers' servers to capture system logs. Configuration of Wildfly 10 and Weblogic 12c servers. In Wildfly, configuration of data sources and JDBC driver for connection to database. In the Weblogic. configuration of data sources. Implementation of systems in the company's internal environments using the Jenkins tool. Creating reports using JasperReport Studio. Maintenance of systems that use JAX-WS/SOAP web services.
Mapping of database tables to the relational object model using JPA 2 with the help of the Eclipse IDE tool. Use of Eclipse IDE development tools. Oracle 11g XE database. Spring Core Frameworks, Spring Security, Spring Data-JPA, JPA with Hibernate, JSF with PrimeFaces, JUnit, Mockito, EJB 3. Maven - project manager; SVN - version controller.
Maintenance of the management system, using the Team Developer 6.1 tool, and also of the web systems using PHP and ASP languages. Creation of procedures and functions, in the SQL Server 2000 database, to validate business rules and generate reports for the systems. Creation of management reports for the Board. Support and customer service.
Development of a new system, for mall management, using the Java language, Spring frameworks, Hibernate,
JSF 2 (Primefaces), IDE Netbeans, Maven project manager, Apache Tomcat server,
MySQL database, GIT version control.
Using the Linux operating system.
Teamwork with three more people using the Scrum methodology, being a project manager and two programmers.
System support for clinical analysis laboratories
Customer service to assist and train it to use the company's system.
Remote access, via VNC, to the customer's computer to update the system or help with any procedure.
Deployment on the client was carried out remotely or in-person.
Configuration of printers for printing labels with the results of the exams.
Execution of SQL's commands, in the PostgreSQL 8 database to check and/or correct inconsistencies in the system.
Developing projects for Sebrae-PR.
I have been working with maintenance and management of existing systems.
The activities performed are corrections of incidentes that occur in production and the analysis of the logs, too.
Maintenance or development of new demands.
The projects use Java 8, Spring Boot, Angular (many versions), JSP with Struts, NodeJS, ORACLE, and
application server Wildfly 11.
We are also using Apache Maven as a project manager, and SVN for code versioning.
Development of the new portal and the new SGT system for SEFA-PR.
The project consisted of three modules: IPVA, ITCMD and ICMS. Using Java8, JDeveloper 12c,
Oracle ADF (Application Development Framework), SOAP-UI, Git (Gitlab and Gitkraken) and JIRA.
Application deployment on multiple environments using Oracle Enterprise Manager.
Direct contracting by the company.
Architecture and development of new applications to control the data sent by the simulators that are developed by the company.
Development of integration with some types of biometric readers.
Development of new demands and integrations with the DETRAN webservices of some states of the country.
Maintenance and bug fixes for the production system, developed by the company. Using Linux Ubuntu and Windows.
Tools used in the projects: Java8, Angular 4 and 7, NodeJS, Typescript, ElectronJS,
Spring Boot (MVC, Data-JPA, Core, Security, WebSocket), Lombok, PostgreSQL, H2Database. SVN - version controller.
Eclipse IDE and Visual Studio Code. Apache Maven, project manager.
We also used JIRA, Confluence and Bamboo tools.
Outsourced worker at Mobilis.
Initially hired to support the system that was already in production.
Development of new functionalities, maintenance and bug fixes for the system developed by the company.
Tools used in the projects: Java8, Angular 4, NodeJS, Typescript, Spring Boot (MVC, Data-JPA, Core, Security), Lombok, PostgreSQL. SVN - version controller.
Eclipse IDE and Visual Studio Code. Apache Maven - project manager.
We also used JIRA, Confluence and Bamboo tools.
Initially hired to participate in the development of the SGT Portal - Tax Management System, a new system
for the State Revenue Agency of the State of Paraná.
The solutions that are being used from Oracle Fusion Middleware are: SOA, BPM, WebCenter Content and
Portal, BI Publish and PSRM.
Performed activities: Analysis of how to create metadata and folder structures in WebCenter Content
Manager through the documentation provided by Oracle; analysis of services provided by the tool so that
other applications can integrate with it.
Creation of the project for the integration between applications and Content Manager. The project used
Spring Boot, Eclipse IDE. Code versioning with Git, using Gitlab as a repository. Apache Maven - project
manager.
Worked on contract at Pyxis.
Project development using: Java8, JEE 7: JSF, EJB, JPA, CDI and Bean Validation.
Application server Widlfly and JBossAS. Framework PrimeFaces. Apache Maven - project manager. PostgreSQL
database. Eclipse IDE. SVN and CVS - version managers.
Development, error correction, improvements and integration with web services, SOAP and Rest, in systems
developed for CELEPAR.
Using the Windows 10, and creating reports using iReport.

We love to go to the park to walk. When we're home, we like to see series, cartoons and japaneses films.
We love to travel too.
And I spend a large amount of my free time exploring the latest technology advancements in the front-end and back-end web development world.


Findings
Looking at the graph it becomes immediately evident that the main clusters are those related to Freedom of information (dark purple), Internet censorship (blue) and Digital rights (red).
Little, but of no less imprtance, is the cluster related to the Streisand effect (pink), connected to the Freedom of information cluster.
On the upper right of the visualization there’s an other major cluster, containing two relevant topics (Data and information privacy, in light purple, and Privacy and Mass surveillance in orange) with the ideal center in the Internet privacy node (orange), and one topic less relevant to our research (Tor and anonimity, in dark purple) linked to the Freedom of information cluster.
On the left side are those minor cluster of less importance to our topic, such as Open source, Open society and Opennes (dark green).
In the bottom-right of the visualization there’s a cluster inherent to the legal aspects of the topic, such as International human right law or Public international law, along with the Human and Minority rights (yellow).
Two bridges, Copyleft and Pirate Party, connect the main central cluster to one of less importance and relevance to us, regarding Internet security and Intellectual property (red).
Another bridge, United Nations (red), can be found in the bottom-left of the network, connecting the Digital Rights cluster (red), to that of the Human and Minority rights (yellow).
The main authorities in this network are Internet Censorship, Freedom of Information and, in a minor way, Internet privacy, which are also the main themes in the Right to be forgotten controversy.
The most important finding of this visualization is that the majority of the most relevant topics of discussion of this controversy are situated in the central cluster: Internet censorship, Freedom of information and Digital rights, having the ideal center of the whole graph in the Internet censorship node, which is also the main objection to the right to be forgotten discussion.


1. I can actually work from home and get alot done when I set myself goals and my enviroment is right.
2. I find it hard and embarrassing to ask for help or to admit that I am stuck, but when I do I get results so that is something that I am working on getting over.
3.
It is kinda hard for me to tell what of these things has changed due to the course, and what has changed due to my new found sobriety (most likley both). Which ever it is, the life I am leading now and the way i'm thinking and being, is just so dramatically different to how I was just a few months ago. This whole new whacky world is three things, it is confusing, and it is scarey, but also it is incredibly exciting to me.
................................................................................................
As I explained in the first section, so basically confronting my inability to communicate without freaking out.
....................................................................................................
I would say that it is because this is alot of infomation to take in all at once and being able to cope with that, fit it all in, and take it all in and with a good attitude is very important and requires good time management, and concentration.
....................................................................................................
No it is not a waste of time at all. Without the core learning, we wouldn't be able to program as effectivley. In the core exercises we learn things that will set us up for a life of learing anything effectivly, rather then just struggling through with bad form, and learning a bunch of stuff that is likely to become invalid within a couple of years. With core learning we will also be culturally ready for any work place, and that is extremely valuable.
....................................................................................................


WQMY
geographyalltheway.com - Latitude and Longitude
The Longitude and Latitude Song | Tom Glazer - Space Songs. . Latitude and Longitude Worksheet using Google Earth · Google Earth Placemark, Latitude .
http://www.geographyalltheway.com/ks3_geography/maps_atlases/longitude_latitude.htm
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Latitude and Longitude Coordinates | Worksheet | Education.com
Boost your child's geography skills with this worksheet that challenges your child to find locations using longitude and latitude coordinates.
http://www.education.com/worksheet/article/go-long/
Latitude and Longitude Worksheet Activity
Latitude and Longitude Worksheet Activity: Check out this TabStart page to find worksheets, activities, and lesson plans that teach students about latitude and .
http://tabstart.com/directory/education/latitude-and-longitude-worksheet-activity-1364
Contents |
[filter records in report access] History
Latitude and Longitude Activity - Middle-High School | Inner Asian ...
Print off a copy of the worksheet and the map for each student. 2. Briefly review concepts of latitude and longitude. 3. Have students complete the worksheet and .
http://www.indiana.edu/~iaunrc/content/latitude-and-longitude-activity-middle-high-school
Longitude and Latitude - Your History Site
Read about longitude and latitude. When you are finished print out the worksheet for this page and answer the questions. This worksheet will be the first page of .
http://yourhistorysite.com/Geography%20Web%20Quest/index_files/Page1228.htm
Latitude and Longitude Quiz
Latitude and Longitude Quiz. . This quiz will cover the basic information about latitude and longitude lines on the Earth. You will find out how these lines divide .
http://www.softschools.com/quizzes/geography/latitude_and_longitude/quiz1050.html
Longitude and Latitude Teacher Page - Challenger Learning Center
Review/Introduce to students the use of longitude and latitude. 4. Instruct students to complete worksheet by locating the longitude and latitude of the ten cities .
http://www.challengerlearningcenter.com/Mars/teachers/NAV-LongitudeandLatitudeTeacherPage.pdf
Latitude and longitude map unit flashcards | Quizlet
Sep 11, 2012 . Everything else is fair game!" all info was taken from the worksheet Lattitude and Longitude. If you wish you may add additional information if .
http://quizlet.com/13735480/latitude-and-longitude-map-unit-flash-cards/
Latitude And Longitude Game - By KidsGeo.com
Language Arts Worksheets · All Educational Worksheets . World Capitals Catch · Latitude & Longitude Map Game. Latitude And Longitude Map Match Game .
http://www.kidsgeo.com/geography-games/latitude-longitude-map-game.php
Longitude and Latitude
Compass Rose Map Hunt; Latitude and Longitude Worksheet; Signing Latitude and Longitude; Yarning about Latitude and Longitude; Match Latitude and .
http://www.cehs.wright.edu/~rhelms/Portfolio_Pages/PPT/ElemLessons/Longitude&Latitude.ppt
Latitude and Longitude Worksheet
latitude. equator is axis. range is 0 to 90. how far north or south. x-axis. longitude. prime meridian is axis. range is 0 to 180. how far east or west. y-axis .
http://www.keithalcock.com/teaching/lessonplans/latitudeandlongitude/worksheet.doc
USA Latitude and Longitude - Super Teacher Worksheets
Name: Super Teacher Worksheets - www.superteacherworksheets.com. Latitude and Longitude. ME. VT. NH. MA. RI. CT. NJ. DE. MD. NY. PA. VA. NC. SC. GA .
http://www.superteacherworksheets.com/maps/usa-latitude-longitude-map_WMZRM.pdf
Map Reading Activities - EnchantedLearning.com
Answer questions about latitude and longitude. Answers · Geography Quiz Map Quiz Worksheets On each printable worksheet, the student reads a map to .
http://www.enchantedlearning.com/geography/mapreading/
Longitude Worksheet
The Eighth Floor provides a unit called The Geography of Baseball which includes a latitude and longitude worksheet of the cities of major league baseball .
http://home-school.lovetoknow.com/Longitude_Worksheet
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USA Latitude and Longitude Activity Printout #2 - Enchanted Learning
Is the location 35 degrees N latitude, 75 degrees W longitude in the Atlantic or Pacific Ocean? Mark it on the map with a green X.
http://www.enchantedlearning.com/usa/activity/latlong2/
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