{{+bindTo:partials.standard_nacl_api}}
| FileRef () | |
| FileRef (PP_Resource resource) | |
| FileRef (PassRef, PP_Resource resource) | |
| FileRef (const FileSystem &file_system, const char *path) | |
| FileRef (const FileRef &other) | |
| PP_FileSystemType | GetFileSystemType () const |
| Var | GetName () const |
| Var | GetPath () const |
| FileRef | GetParent () const |
| int32_t | MakeDirectory (int32_t make_directory_flags, const CompletionCallback &cc) |
| int32_t | Touch (PP_Time last_access_time, PP_Time last_modified_time, const CompletionCallback &cc) |
| int32_t | Delete (const CompletionCallback &cc) |
| int32_t | Rename (const FileRef &new_file_ref, const CompletionCallback &cc) |
| int32_t | Query (const CompletionCallbackWithOutput< PP_FileInfo > &callback) |
| int32_t | ReadDirectoryEntries (const CompletionCallbackWithOutput< std::vector< DirectoryEntry > > &callback) |
The FileRef
class represents a "weak pointer" to a file in a file system.
| pp::FileRef::FileRef | ( | ) | [inline] |
| pp::FileRef::FileRef | ( | PP_Resource | resource | ) | [explicit] |
A constructor used when you have an existing PP_Resource for a FileRef and which to create a C++ object that takes an additional reference to the resource.
| [in] | resource | A PP_Resource corresponding to file reference. |
| pp::FileRef::FileRef | ( | PassRef | , |
| PP_Resource | resource | ||
| ) |
A constructor used when you have received a PP_Resource as a return value that has already been reference counted.
| [in] | resource | A PP_Resource corresponding to file reference. |
| pp::FileRef::FileRef | ( | const FileSystem & | file_system, |
| const char * | path | ||
| ) |
A constructor that creates a weak pointer to a file in the given file system.
File paths are POSIX style.
If the path
is malformed, the resulting FileRef
will have a null PP_Resource
.
| [in] | file_system | A FileSystem corresponding to a file system type. |
| [in] | path | A path to the file. Must begin with a '/' character. |
| pp::FileRef::FileRef | ( | const FileRef & | other | ) |
| int32_t pp::FileRef::Delete | ( | const CompletionCallback & | cc | ) |
Delete() deletes a file or directory.
If file_ref
refers to a directory, then the directory must be empty. It is an error to delete a file or directory that is in use. It is not valid to delete a file in the external file system.
| [in] | cc | A CompletionCallback to be called upon completion of Delete(). |
pp_errors.h
. | PP_FileSystemType pp::FileRef::GetFileSystemType | ( | ) | const |
GetFileSystemType() returns the type of the file system.
PP_FileSystemType
with the file system type if valid or PP_FILESYSTEMTYPE_INVALID
if the provided resource is not a valid file reference. | Var pp::FileRef::GetName | ( | ) | const |
| FileRef pp::FileRef::GetParent | ( | ) | const |
GetParent() returns the parent directory of this file.
If file_ref
points to the root of the filesystem, then the root is returned.
FileRef
containing the parent directory of the file. This function fails if the file system type is PP_FileSystemType_External
. | Var pp::FileRef::GetPath | ( | ) | const |
| int32_t pp::FileRef::MakeDirectory | ( | int32_t | make_directory_flags, |
| const CompletionCallback & | cc | ||
| ) |
MakeDirectory() makes a new directory in the file system according to the given make_directory_flags
, which is a bit-mask of the PP_MakeDirectoryFlags
values.
It is not valid to make a directory in the external file system.
| [in] | make_directory_flags | A bit-mask of the PP_MakeDirectoryFlags values. See ppb_file_ref.h for more details. |
| [in] | cc | A CompletionCallback to be called upon completion of MakeDirectory(). |
pp_errors.h
. | int32_t pp::FileRef::Query | ( | const CompletionCallbackWithOutput< PP_FileInfo > & | callback | ) |
Query() queries info about a file or directory.
You must have access to read this file or directory if it exists in the external filesystem.
| [in] | callback | A CompletionCallbackWithOutput to be called upon completion of Query(). |
pp_errors.h
. | int32_t pp::FileRef::ReadDirectoryEntries | ( | const CompletionCallbackWithOutput< std::vector< DirectoryEntry > > & | callback | ) |
ReadDirectoryEntries() Reads all entries in the directory.
| [in] | cc | A CompletionCallbackWithOutput to be called upon completion of ReadDirectoryEntries(). On success, the directory entries will be passed to the given function. |
Normally you would use a CompletionCallbackFactory to allow callbacks to be bound to your class. See completion_callback_factory.h for more discussion on how to use this. Your callback will generally look like:
void OnReadDirectoryEntries( int32_t result, const std::vector<DirectoryEntry>& entries) { if (result == PP_OK) // use entries... }
pp_errors.h
. | int32_t pp::FileRef::Rename | ( | const FileRef & | new_file_ref, |
| const CompletionCallback & | cc | ||
| ) |
Rename() renames a file or directory.
Argument new_file_ref
must refer to files in the same file system as in this object. It is an error to rename a file or directory that is in use. It is not valid to rename a file in the external file system.
| [in] | new_file_ref | A FileRef corresponding to a new file reference. |
| [in] | cc | A CompletionCallback to be called upon completion of Rename(). |
pp_errors.h
. | int32_t pp::FileRef::Touch | ( | PP_Time | last_access_time, |
| PP_Time | last_modified_time, | ||
| const CompletionCallback & | cc | ||
| ) |
Touch() Updates time stamps for a file.
You must have write access to the file if it exists in the external filesystem.
| [in] | last_access_time | The last time the file was accessed. |
| [in] | last_modified_time | The last time the file was modified. |
| [in] | cc | A CompletionCallback to be called upon completion of Touch(). |
pp_errors.h
.


{% trans "Account Pending Approval" %}
{% blocktrans %}We have sent the administrators a notice to approve your account associated with {{ email }}. If the account is approved, you will receive a confirmation notice.{% endblocktrans %}
{% extends 'main_base.html' %} {% load i18n %} {% load account socialaccount %} {% load static from staticfiles %} {% block subtitle %}Account Pending Approval{% endblock %} {% block head %} {% endblock %} {% block body_content %}
{% blocktrans %}We have sent the administrators a notice to approve your account associated with {{ email }}. If the account is approved, you will receive a confirmation notice.{% endblocktrans %}


Egyptian woman fights unequal Islamic inheritance laws
CAIRO (AP) — One Egyptian woman is taking on the country’s inheritance laws that mean female heirs inherit half that of men.
Since her father’s death last year, Huda Nasrallah, a Christian, has stood before three different judges to demand an equal share of the property left to her two brothers by their father. Yet courts have twice issued rulings against her, basing them on Islamic inheritance laws that favour male heirs.
Nasrallah, a 40-year-old Christian human rights lawyer, is now challenging the rulings in a higher court.
A final verdict is expected to be handed down later this month. She has formulated her case around Christian doctrine which dictates that heirs, regardless of their sex, receive equal shares.
“It is not really about inheritance, my father did not leave us millions of Egyptian pounds,” she said.
“I have the right to ask to be treated equally as my brothers.”
Calls for equal inheritance rights began to reverberate across the Arab world after the Tunisian government had proposed a bill to this effect last year. Muslim feminists hailed the bill.
But there has been a blacklash from elsewhere in the Arab world.
Egypt’s Al-Azhar, the highest Sunni religious institution in the Muslim world, vehemently dismissed the proposal as contradictory to Islamic law and destabilising to Muslim societies.
But there is hope that Tunisia could have broken the taboo on the topic for the region.


"The freedom of Mankind does not lie in the fact that we can do what we want, but that we do not have to do that which we do not want."
- Jean-Jacques Rousseau


SINE_TRANSFORM
A Discrete Fourier Transform for Real Data
SINE_TRANSFORM
is a MATLAB library which
demonstrates some simple properties of the discrete sine transform
for real data.
The code is not optimized in any way, and is intended instead for
investigation and education.
Licensing:
The computer code and data files described and made available on this web page
are distributed under
the GNU LGPL license.
Languages:
SINE_TRANSFORM is available in
a C version and
a C++ version and
a FORTRAN77 version and
a FORTRAN90 version and
a MATLAB version.
p
Related Data and Programs:
FFT_SERIAL,
a MATLAB program which
demonstrates the computation of a Fast Fourier Transform,
and is intended as a starting point for implementing a parallel version.
HAAR,
a MATLAB library which
computes the Haar transform of data.
SFTPACK,
a MATLAB library which
implements the "slow" Fourier transform, intended as a teaching
tool and comparison with the fast Fourier transform.
WALSH,
a MATLAB library which
implements versions of the Walsh and Haar transforms.
WAVELET,
a MATLAB library which
does some simple calculations with wavelet transforms;
Reference:
-
William Briggs, Van Emden Henson,
The DFT: An Owner's Manual for the Discrete Fourier Transform,
SIAM, 1995,
ISBN13: 978-0-898713-42-8,
LC: QA403.5.B75.
-
Eleanor Chu, Alan George,
Inside the FFT Black Box,
CRC Press,
ISBN:<PHONE_NUMBER>,
LC: QA403.5C5.
Source Code:
Examples and Tests:
-
sine_transform_test.m, calls all the tests;
-
sine_transform_test_output.txt,
the output file.
-
sine_transform_test01.m,
demonstrates that the transform is its own inverse.
-
sine_transform_test02.m,
uses the functional form of the transform.
-
sine_transform_test03.m,
evaluates the sine transform interpolant for a polynomial.
-
sine_transform_test03.png,
a PNG image comparing the function and interpolant.
-
sine_transform_test04.m,
evaluates the sine transform interpolant for a sum of cosines.
-
sine_transform_test04.png,
a PNG image comparing the function and interpolant.
-
poly5.m,
evaluates a particular fifth-degree polynomial;
-
cosine_sum.m,
evaluates a function which is the sum of cosines.
You can go up one level to
the MATLAB source codes.
Last modified on 17 December 2011.


{% load static %}
Get the fastest service for your product
Join us today
Make the most of it
Our Feature
We are the best courier service provider in Bangladesh. Our service is unparalleled to any contemporary services. Merchant will get the best cut here where cost is low for the customer.
Our Staffs
Our Clients
Completed Deliveries
Running Deliveries


TGMarker
@interface TGMarker : NSObject
Marker interface that makes you able to add icons, polylines and polygons to the map view.
The marker style should defined using the Tangram YAML syntax.
-
Similar to
-[TGMarker point]
except that the point will transition to the geographic coordinate with a transition of timeseconds
and with an ease type function of typeease
(SeeTGEaseType
) from its previous coordinate, if a point geometry hasn’t been set any coordinate yet, this method will act as-[TGMarker point]
.Note
Markers can have their geometry set multiple time with possibly different geometry types.
Declaration
Objective-C
- (BOOL)pointEased:(TGGeoPoint)coordinates seconds:(float)seconds easeType:(TGEaseType)ease error:(NSError *_Nullable *_Nullable)error;
Swift
func pointEased(_ coordinates: TGGeoPoint, seconds: Float, easeType ease: TGEaseType) throws
Parameters
coordinates
the longitude and latitude where the marker will be placed
seconds
the animation duration given in seconds
ease
the ease function to be used between animation timestep
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker coordinates were set succesfully
-
Sets the styling for a marker with a string of YAML defining a ‘draw rule’.
See the more detailed scene documentation to get more styling informations.
Note
Setting the stylingString will overwrite any previously set stylingString or stylingPath.
Declaration
Objective-C
- (BOOL)stylingString:(nonnull NSString *)styling error:(NSError *_Nullable *_Nullable)error;
Swift
func stylingString(_ styling: String) throws
Parameters
styling
the styling to set to this marker
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker styling string was set successfully
-
Sets the styling for a marker with a path, delimited by ‘.’ that specifies a ‘draw rule’ in the current scene.
See the more detailed scene documentation to get more styling informations.
Note
Setting the stylingPath will overwrite any previously set stylingString or stylingPath.
Declaration
Objective-C
- (BOOL)stylingPath:(nonnull NSString *)path error:(NSError *_Nullable *_Nullable)error;
Swift
func stylingPath(_ path: String) throws
Parameters
path
the styling path to set to this marker
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker styling path was set successfully
-
Sets a marker to be a single point geometry at a geographic coordinate.
Note
Markers can have their geometry set multiple time with possibly different geometry types.
Declaration
Objective-C
- (BOOL)point:(TGGeoPoint)coordinates error:(NSError *_Nullable *_Nullable)error;
Swift
func point(_ coordinates: TGGeoPoint) throws
Parameters
coordinates
the coordinates to set to this marker
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker coordinates were set successfully
-
Sets a marker styled to be a polyline (described in a
TGGeoPolyline
).Note
Markers can have their geometry set multiple time with possibly different geometry types.
Declaration
Objective-C
- (BOOL)polyline:(nonnull TGGeoPolyline *)polyline error:(NSError *_Nullable *_Nullable)error;
Swift
func polyline(_ polyline: TGGeoPolyline) throws
Parameters
polyline
the polyline geometry to set to this marker
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker polyline was set successfully
-
Sets a marker to be a polygon geometry (described in a
TGGeoPolygon
).Note
Markers can have their geometry set multiple time with possibly different geometry types.
Declaration
Objective-C
- (BOOL)polygon:(nonnull TGGeoPolygon *)polygon error:(NSError *_Nullable *_Nullable)error;
Swift
func polygon(_ polygon: TGGeoPolygon) throws
Parameters
polygon
the polygon geometry to set to this marker
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker polygon was set successfully
-
Adjusts marker visibility
Declaration
Objective-C
- (BOOL)visible:(BOOL)visible error:(NSError *_Nullable *_Nullable)error;
Swift
func visible(_ visible: Bool) throws
Parameters
visible
whether the marker should be visible or not
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker visibility order was set successfully
-
Set the ordering of point marker object relative to other markers; higher values are drawn ‘above’.
Declaration
Objective-C
- (BOOL)drawOrder:(NSInteger)drawOrder error:(NSError *_Nullable *_Nullable)error;
Swift
func drawOrder(_ drawOrder: Int) throws
Parameters
drawOrder
the draw order to set to this marker
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker draw order was set successfully
-
Sets an icon loaded with a UIImage to a marker styled with a points style.
TGMarker marker; marker.styling = "{ style: 'points', color: 'white', size: [25px, 25px], order:500 }" marker.point = TGGeoPointMake(longitude, latitude) marker.icon = UIIMage(name: "marker-icon.png")
Note
An icon marker must be styled with a point style.
Declaration
Objective-C
- (BOOL)icon:(nonnull UIImage *)icon error:(NSError *_Nullable *_Nullable)error;
Swift
func icon(_ icon: Any!) throws
Parameters
icon
the icon image to set to this marker
error
an error status pointer that will be assigned if non-nil and an error occured
Return Value
Whether the marker icon was set successfully
-
Access the marker styling string (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) NSString *_Nonnull stylingString;
Swift
var stylingString: String { get }
-
Access the marker styling path (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) NSString *_Nonnull stylingPath;
Swift
var stylingPath: String { get }
-
Access the marker coordinate (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) TGGeoPoint point;
Swift
var point: TGGeoPoint { get }
-
Access the marker polyline (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) TGGeoPolyline *_Nonnull polyline;
Swift
var polyline: TGGeoPolyline { get }
-
Access the marker polygon (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) TGGeoPolygon *_Nonnull polygon;
Swift
var polygon: TGGeoPolygon { get }
-
Access whether the marker visibility (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) BOOL visible;
Swift
var visible: Bool { get }
-
Access the marker draw order (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) NSInteger drawOrder;
Swift
var drawOrder: Int { get }
-
Access the marker icon (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) UIImage *_Nonnull icon;
Swift
var icon: UnsafeMutablePointer
-
A custom user data
Declaration
Objective-C
@property (assign, readwrite, nonatomic) void *_Nonnull userData;
Swift
var userData: UnsafeMutableRawPointer { get set }
-
Access the marker map view (readonly)
Declaration
Objective-C
@property (readonly, nonatomic) TGMapViewController *_Nullable map;
Swift
var map: TGMapViewController? { get }


|
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| BeanFactory<T> | |
| IMultiValueContainer | |
| LogicalOperator | |
| Operator | Operator generates an SQL operation on two expressions. |
| Persistent | Deprecated. Use a PersistentClass annotation instead. |
| StoreInfo | For any class Clazz that implements Persistent,
you may define Clazz_StoreInfo which implements
this interface (but note that this technique is deprecated in
favor of PersistentClass annotations). |
| Class Summary | |
|---|---|
| AbstractStoreInfo | Deprecated. Use PersistentClass annotations instead. |
| Criteria | Criteria is a simple HashMap with additional bells and whistles. |
| GlobalPersistentID | A globally unique identifier for persistent objects. |
| Index | Represents a database index. |
| MultiValueContainer | |
| PersistentID | Special property type which may be used instead of explicit persistent object references in order to define relationships between persistent objects. |
| PersistentMap<TKey,TValue> | A persistent map of strings to Persistent objects. |
| SimpleLogicalOperator | |
| SimpleOperator | SimpleOperator generates a simple operation on two expressions. |
| Store | A Store instance provides
mapping of Java objects (beans) to relational
database tables and vice-versa. |
| Exception Summary | |
|---|---|
| DuplicateEntryException | Thrown when a database record cannot be inserted because there's already an entry with equal unique-index values or primary keys. |
| StoreException | Exception thrown by Store methods, generally
when there's a database error. |
Contains class Store and main pBeans utilities.
|
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |


GenomeAnnotation
API Access to the Genome Annotation Service.
Provides support for gene calling, functional annotation, re-annotation. Use to extract annotation in formation about an existing genome, or to create new annotations.
$return = $obj->genomeTO_to_reconstructionTO($genomeTO)
$genomeTO is a genomeTO $return is a reconstructionTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int reconstructionTO is a reference to a hash where the following keys are defined: subsystems has a value which is a variant_subsystem_pairs bindings has a value which is a fid_role_pairs assignments has a value which is a fid_function_pairs variant_subsystem_pairs is a reference to a list where each element is a variant_of_subsystem variant_of_subsystem is a reference to a list containing 2 items: 0: a subsystem 1: a variant subsystem is a string variant is a string fid_role_pairs is a reference to a list where each element is a fid_role_pair fid_role_pair is a reference to a list containing 2 items: 0: a fid 1: a role fid is a string role is a string fid_function_pairs is a reference to a list where each element is a fid_function_pair fid_function_pair is a reference to a list containing 2 items: 0: a fid 1: a function function is a string
$return = $obj->genomeTO_to_feature_data($genomeTO)
$genomeTO is a genomeTO $return is a fid_data_tuples genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int fid_data_tuples is a reference to a list where each element is a fid_data_tuple fid_data_tuple is a reference to a list containing 4 items: 0: a fid 1: a md5 2: a location 3: a function fid is a string md5 is a string function is a string
$return = $obj->reconstructionTO_to_roles($reconstructionTO)
$reconstructionTO is a reconstructionTO $return is a reference to a list where each element is a role reconstructionTO is a reference to a hash where the following keys are defined: subsystems has a value which is a variant_subsystem_pairs bindings has a value which is a fid_role_pairs assignments has a value which is a fid_function_pairs variant_subsystem_pairs is a reference to a list where each element is a variant_of_subsystem variant_of_subsystem is a reference to a list containing 2 items: 0: a subsystem 1: a variant subsystem is a string variant is a string fid_role_pairs is a reference to a list where each element is a fid_role_pair fid_role_pair is a reference to a list containing 2 items: 0: a fid 1: a role fid is a string role is a string fid_function_pairs is a reference to a list where each element is a fid_function_pair fid_function_pair is a reference to a list containing 2 items: 0: a fid 1: a function function is a string
$return = $obj->reconstructionTO_to_subsystems($reconstructionTO)
$reconstructionTO is a reconstructionTO $return is a variant_subsystem_pairs reconstructionTO is a reference to a hash where the following keys are defined: subsystems has a value which is a variant_subsystem_pairs bindings has a value which is a fid_role_pairs assignments has a value which is a fid_function_pairs variant_subsystem_pairs is a reference to a list where each element is a variant_of_subsystem variant_of_subsystem is a reference to a list containing 2 items: 0: a subsystem 1: a variant subsystem is a string variant is a string fid_role_pairs is a reference to a list where each element is a fid_role_pair fid_role_pair is a reference to a list containing 2 items: 0: a fid 1: a role fid is a string role is a string fid_function_pairs is a reference to a list where each element is a fid_function_pair fid_function_pair is a reference to a list containing 2 items: 0: a fid 1: a function function is a string
$return = $obj->annotate_genome($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
Given a genome object populated with contig data, perform gene calling and functional annotation and return the annotated genome. NOTE: Many of these "transformations" modify the input hash and copy the pointer. Be warned.
$return = $obj->call_selenoproteins($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
$return = $obj->call_pyrrolysoproteins($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
$return = $obj->call_RNAs($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
$return = $obj->call_CDSs($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
$return = $obj->find_close_neighbors($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
$return = $obj->assign_functions_to_CDSs($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
$return = $obj->annotate_proteins($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
Given a genome object populated with feature data, reannotate the features that have protein translations. Return the updated genome object.
$return = $obj->call_CDSs_by_projection($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
$return = $obj->get_strep_suis_repeats($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
Interface to Strep repeats and "boxes" tools
$return = $obj->get_strep_pneumo_repeats($genomeTO)
$genomeTO is a genomeTO $return is a genomeTO genomeTO is a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature genome_id is a string contig is a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string contig_id is a string feature is a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation feature_id is a string location is a reference to a list where each element is a region_of_dna region_of_dna is a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int feature_type is a string annotation is a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
$return = $obj->version()
$return is a string
Return the module version. This is a Semantic Versioning number.
a string
a reference to a list where each element is a md5
a string
a string
a string
a string
A region of DNA is maintained as a tuple of four components:
the contig
the beginning position (from 1)
the strand
the length
We often speak of "a region". By "location", we mean a sequence
of regions from the same genome (perhaps from distinct contigs).
a reference to a list containing 4 items: 0: a contig_id 1: (begin) an int 2: (strand) a string 3: (length) an int
a "location" refers to a sequence of regions
a reference to a list where each element is a region_of_dna
a reference to a list containing 3 items: 0: (comment) a string 1: (annotator) a string 2: (annotation_time) an int
represents a feature on the genome location on the contig with a type, and if a protein has translation, any aliases associated current history of annoation in style of SEED
a reference to a hash where the following keys are defined: id has a value which is a feature_id location has a value which is a location type has a value which is a feature_type function has a value which is a string protein_translation has a value which is a string aliases has a value which is a reference to a list where each element is a string annotations has a value which is a reference to a list where each element is an annotation
Data for DNA contig
a reference to a hash where the following keys are defined: id has a value which is a contig_id dna has a value which is a string
All of the information about particular genome
a reference to a hash where the following keys are defined: id has a value which is a genome_id scientific_name has a value which is a string domain has a value which is a string genetic_code has a value which is an int source has a value which is a string source_id has a value which is a string contigs has a value which is a reference to a list where each element is a contig features has a value which is a reference to a list where each element is a feature
a string
a string
a reference to a list containing 2 items: 0: a subsystem 1: a variant
a reference to a list where each element is a variant_of_subsystem
a string
a string
a string
a reference to a list containing 2 items: 0: a fid 1: a role
a reference to a list where each element is a fid_role_pair
a reference to a list containing 2 items: 0: a fid 1: a function
a reference to a list where each element is a fid_function_pair
Metabolic reconstruction represents the set of subsystems that we infer are present in this genome
a reference to a hash where the following keys are defined: subsystems has a value which is a variant_subsystem_pairs bindings has a value which is a fid_role_pairs assignments has a value which is a fid_function_pairs
a reference to a list containing 4 items: 0: a fid 1: a md5 2: a location 3: a function
a reference to a list where each element is a fid_data_tuple


Schtromm.github.io
View and Download Peavey CS 800 operating manual online. Peavey Stereo Power Amplifier Operating Guide. CS 800 Amplifier pdf manual download. PEAVEY CS 800X OPERATING MANUAL Pdf Download. PEAVEY CS 800 OPERATING MANUAL Pdf Download.
Get the guaranteed best price on Live Power Amplifiers like the Peavey CS 800X4 Power Amplifier at Musician s Friend. Get a low price and free shipping on thousands of items. Peavey CS-800 - Manual - Stereo Power Amplifier - HiFi Engine. Peavey cs 800 stereo power amplifier. PEAVEY CS-400 OPERATING MANUAL Pdf Download. Peavey Electronics Corporation is one of the world s largest manufacturers and suppliers of musical instruments and professional audio equipment. be_ixf; java_sdk; java_sdk_1.4.10 CS 800 Stereo Power Amplifier (French translation only) CS 800 Stereo Power Amplifier: CS 800H Stereo Power Amplifier: CS 800S Professional Stereo Power Amplifier. CS®800H Operations Manual CS® 800H Power Amplifier Congratulations on your purchase of the CS 800H power amplifier from Peavey—designed for years of reliable, flawless operation under rigorous use. This amplifier offers the sonic superiority. Peavey CS 800X4 Power Amplifier Musician s Friend.
Find great deals on eBay for peavey cs 800 stereo power amplifier. Shop with confidence. This website is not affiliated with or sponsored by Peavey. To purchase CS-800 spares or accessories, please contact the company via their website or visit an authorised retailer.
View and Download Peavey CS-400 operating manual online. Commercial Series power Amplifier. CS-400 Amplifier pdf manual download.
CS 800H Operations Manual power amplifier - Peavey.com. Over 70% New Buy It Now. This is the new eBay. Find Peavey
Peavey electronics stereo power amplifier operating guide (28 pages) Amplifier Peavey CS 800H Operation Manual Peavey power amplifier operations manual (60 pages). Shaking up the pro audio industry with innovative power amplifier designs has become our stock in trade. More than 30 years ago, we were the first to break the dollar-per-watt barrier. Peavey cs 800h stereo power amplifier. Building on the reputation of the world-famous Peavey CS® 800, which conquered the power amp market in the 1970s, the CS Series is the global standard bearer for workhorse reliability.


|
|
DX7asDX8.h File ReferenceThis header allows code to use some DX8 types names instead of the DX7 ones when working with just the DX7 SDK headers. More...
Detailed DescriptionThis header allows code to use some DX8 types names instead of the DX7 ones when working with just the DX7 SDK headers.It enables the code to be more similar.
Define Documentation
|


CHFN(1) User Commands CHFN(1) NAME chfn - change real user name and information SYNOPSIS chfn [options] [LOGIN] DESCRIPTION The chfn command changes user fullname, office room number, office phone number, and home phone number information for a user's account. This information is typically printed by finger(1) and similar programs. A normal user may only change the fields for her own account, subject to the restrictions in /etc/login.defs. (The default configuration is to prevent users from changing their fullname.) The superuser may change any field for any account. Additionally, only the superuser may use the -o option to change the undefined portions of the GECOS field. These fields must not contain any colons. Except for the other field, they should not contain any comma or equal sign. It is also recommended to avoid non-US-ASCII characters, but this is only enforced for the phone numbers. The other field is used to store accounting information used by other applications. OPTIONS The options which apply to the chfn command are: -f, --full-name FULL_NAME Change the user's full name. -h, --home-phone HOME_PHONE Change the user's home phone number. -o, --other OTHER Change the user's other GECOS information. This field is used to store accounting information used by other applications, and can be changed only by a superuser. -r, --room ROOM_NUMBER Change the user's room number. -R, --root CHROOT_DIR Apply changes in the CHROOT_DIR directory and use the configuration files from the CHROOT_DIR directory. -u, --help Display help message and exit. -w, --work-phone WORK_PHONE Change the user's office phone number. If none of the options are selected, chfn operates in an interactive fashion, prompting the user with the current values for all of the fields. Enter the new value to change the field, or leave the line blank to use the current value. The current value is displayed between a pair of [ ] marks. Without options, chfn prompts for the current user account. CONFIGURATION The following configuration variables in /etc/login.defs change the behavior of this tool: CHFN_RESTRICT (string) This parameter specifies which values in the gecos field of the /etc/passwd file may be changed by regular users using the chfn program. It can be any combination of letters f, r, w, h, for Full name, Room number, Work phone, and Home phone, respectively. For backward compatibility, yes is equivalent to rwh and no is equivalent to frwh. If not specified, only the superuser can make any changes. The most restrictive setting is better achieved by not installing chfn SUID. FILES /etc/login.defs Shadow password suite configuration. /etc/passwd User account information. SEE ALSO chsh(1), login.defs(5), passwd(5). shadow-utils <IP_ADDRESS> 05/25/2012 CHFN(1)


Name: Shoval Suissa
ID: 313527111
3 Funny Pictures
2 Easy and Difficult Things
Easy
Difficult
Creating readme.html file
Working on 100 lines of meaningful code with different syntax was challenging
Working on qCalc object
Testing all parts using test.html by presenting them in view


Dashboard
{{instance.entity.dashboard_url}}
Type
{{instance.entity.type}}
Disk Quota
{{instance.entity.disk_quota}}
Tags
Last Operation
{{instance.entity.last_operation.type}}
State
{{instance.entity.last_operation.state}}
Created
{{instance.entity.last_operation.created_at | date: 'short'}}
Updated
{{instance.entity.last_operation.updated_at | date: 'short'}}


Brett Beekley
2050 S Bentley Ave Apt 304, Los Angeles, CA 90025
(650) 339-3002<EMAIL_ADDRESS>Education
University of California, Los Angeles
M.S. Materials Science & Engineering '15
GPA: 3.77
- Oustanding Masters of Science of Materials Science
B.S. Materials Science & Engineering '12
GPA: 3.68, cum laude
Professional Experience
Laserfiche
Solutions EngineerMarch 2015 - Present
Long Beach, CA
- Perform Laserfiche implementations, customizations and upgrades as an engineer and project manager
- Manage XX projects
- Lead client interactions across the lifespan and closure of a project, from requirements gathering to support
- Build custom utilities and workflow extensions in C# and Javascript
Office of Intellectual Property & Industry Sponsored Research, UCLA
Technology FellowApril 2014 - December 2014
Los Angeles, CA
Kroenert GmbH & Co KG
Praktikant (intern)Feb 2013 - July 2013
Hamburg, Germany
Nitinol Devices and Components, Inc
Process Engineering InternJuly 2012 - Sept 2012
Fremont, CA
Publications and Presentations
Interface Evolution of Au-Au Thermocompression Bonding and Nanotwins
- B Beekley
- Thesis in partial requirement for MS in Materials Science, UCLA, 2015
Large Area Plan-View Transmission Electron Microscopy Sample Preparation for Direct-Bonded Interfaces
- B Beekley, CR Roberts, MS Salazar, M Goorsky
- ECS Transactions, 2014
- Presented at: Meeting of the Electrochemical Society, Cancun, Mexico, 2014
The Stability of Metallized, Thin, Flexible III-V Structures for High Temperature Applications and Wafer Bonding
- T Bai, B Beekley, M Jackson, M Goorsky
- IEEE Photovoltaic Scpecialists Conference, New Orleans, LA, 2015
Nanotwin-Assisted Grain Growth for Metal-Metal Bonding
- M Salazar, B Beekley, M Goorsky
- UCLA Center for Excellence in Engineering and Diversity Undergraduate Poster Competition, Oct 2014
Research
Electronic Materials Group
Prof. Mark GoorskySept 2013 - March 2015
UCLA, Los Angeles, CA
- Evaluated bonded gold nanostructures by TEM and SEM to study the interfacial growth mechanism leading to ambient temperature metal-metal bonds
- Developed method to quantify the quality of metal bonds using a 3D reconstruction of Focused Ion Beam images
- Quantified extent of stacking faults in epitaxially grown GaAs on silicon by TEM and SEM for 3D heterostructures
Organic Electronics Group
Prof. Yang YangApril 2010 - June 2012
UCLA, Los Angeles, CA
Institüt für Partikeltechnik
Prof. Arno KwadeJune 2011 - Aug 2011
Technische Universität Braunschweig, Braunschweig, Germany
Teaching Experience
Teaching Assistant
UCLA, Los Angeles, CA
Chemistry 14BWinter 2015
Thermodynamics, Electrochemistry, Kinetics, and Organic Chemistry
-
"His attitude towards the chemistry course made the material seem much less daunting...I felt comfortable participating and asking questions in his discussion section, which is an experience I have not had with most of my other TAs." -- A former student
-
Materials Science and Engineering 110Fall 2014
Introduction to Materials Chacterization XRD
-
"Brett is the best TA I have ever met. He is very good at teaching. I wish UCLA had TAs or instructors just like Brett." -- Another actual actual student
-
Summer BREES Instructor
Center for Excellence in Engineering and Diversity, UCLA, Los Angeles, CA
Materials Science and Engineering 104Summer 2014
Science of Engineering Materials
Personal Interests
- Homebrewing
- Ultimate Frisbee
- Learning Jquery in order to put together a silly dynamic resume


I created a Jupyter Binder (see link below) that uses Python to automate the downloading, processing, and visual communication of census data. The Notebook walks users through the process of downloading census data via the Census Data API, munging the data to calculate bicycle mode share by census tract, and joining the data to census tract geographic data for mapping. Finally, the script uses Folium and Leaflet to create an interactive choropleth map that displays the bicycle commute to work mode share for each census tract.
Project Goals
- Automate the downloading, processing, and visual communication of census data.
- Introduce colleagues to the power of using Python to develop well-documented, reproducible analyses and automation tools.
- Test Jupyter Binder as a cloud computing solution for sharing Python based automation and analysis tools worldwide.
- Create easy-to-use, interactive and standalone Python tools that don't necessitate additional software or the configuration of a complex python environment.
- Foster cross-discipline collaboration by making the Python development process more transparent and accessible.
Hover over the map to see a quick demo of the final output:


| ID | Repository Url | Build Plan Id | Initialization State | Initialization Date | Student | Exercise | |
|---|---|---|---|---|---|---|---|
| {{participation.id}} | {{participation.repositoryUrl}} | {{participation.buildPlanId}} | {{participation.initializationState}} | {{participation.initializationDate | date:'medium'}} | {{participation.student.firstName}} | {{participation.exercise.title}} |
|


Next: Assertions, Previous: Printing Conditions, Up: Condition System Concepts
The operation of the condition system depends on the ordering of active applicable handlers from most recent to least recent.
Each handler is associated with a type specifier that must designate a subtype of type condition. A handler is said to be applicable to a condition if that condition is of the type designated by the associated type specifier.
Active handlers are established by using handler-bind (or an abstraction based on handler-bind, such as handler-case or ignore-errors).
Active handlers can be established within the dynamic scope of other active handlers. At any point during program execution, there is a set of active handlers. When a condition is signaled, the most recent active applicable handler for that condition is selected from this set. Given a condition, the order of recentness of active applicable handlers is defined by the following two rules:
Each handler in a set of active handlers H_1 is more recent than every handler in a set H_2 if the handlers in H_2 were active when the handlers in H_1 were established.
Let h_1 and h_2 be two applicable active handlers established by the same form. Then h_1 is more recent than h_2 if h_1 was defined to the left of h_2 in the form that established them.
Once a handler in a handler binding form (such as handler-bind or handler-case) has been selected, all handlers in that form become inactive for the remainder of the signaling process. While the selected handler runs, no other handler established by that form is active. That is, if the handler declines, no other handler established by that form will be considered for possible invocation.
Figure 9–4 shows operators relating to the handling of conditions.
handler-bind handler-case ignore-errors
Figure 9–4: Operators relating to handling conditions.
| • Signaling: | ||
| • Resignaling a Condition: | ||
| • Restarts: | ||
| • Interactive Use of Restarts: | ||
| • Interfaces to Restarts: | ||
| • Restart Tests: | ||
| • Associating a Restart with a Condition: |
Next: Assertions, Previous: Printing Conditions, Up: Condition System Concepts


 Email address * First name * Last name * Monthly newsletter Yes, I want to receive the Open Knowledge Foundation newsletter Permissions Please tick the box below to confirm that you give us permission to contact you via: Email By clicking subscribe, you agree that we may process your information in accordance with our privacy policy. {% endblock %} {% block breadcrumb %} {% show_breadcrumb %} {% endblock %}
* indicates required field.
Please tick the box below to confirm that you give us permission to contact you via:
By clicking subscribe, you agree that we may process your information in accordance with our privacy policy.


STRESS CONCENTRATION IN THE VICINITY OF A CRACK IN THE ROAD COATING UNDER TRANSPORT LOADS
ABSTRACT
Shevchuk L.V. Stress concentration in the vicinity of a crack in the road coating under transport loads. Visnyk National Transport University. Series «Technical sciences». Scientific and Technical Collection. - Kyiv: National Transport University, 2020. - Issue 1 (46).
The problem of stress concentration in the vicinity of a crack under the action of transport loads is posed. Its analysis takes place in an elastic (thermoelastic) formulation using the given modules that correspond to a given state of the system at a given load level. Cases where the coating has no cracks and has them in the upper and inner layers are considered.
The effect of transverse cracks on the redistribution of stress fields under the action of transport loads is analyzed. In the case where the coating has no cracks, the greatest compressive stresses occur on the top plane of the coating. Tensile stresses predominate in the zone of the third layer. They increase as they approach the contact plane of the third and fourth layers. The maximum values of the tangent stresses are realized at the boundary of the second and third layers, thus being a potential cause of the coating delamination in this zone. If the crack penetrates the first two upper layers, then the greatest compression stress has moved to the fracture mouth, and the tensile stress remains almost unchanged. In the case where a vertical crack penetrates the inner layer, the maximum values of the normal and tangent values occur in the central and edge zones of the load distribution.
A finite element analysis of the effect of the crack on the stress-strain state of the multilayer system is performed. The stress concentration in the crack zones depends largely on the geometry of the crack and its structure at its mouth.
KEYWORDS: AUTOMOBILE ROAD, ROAD COATING STRUCTURE, TRANSPORT LOADS, NORMAL VOLTAGE, TENSION VOLTAGE, TENSION-DEFORMED CONDITION.
REFERENCES
- Gaydaychuk, V.V., Mozgoviy, V.V., Zaets, Yu. A., Shevchuk, L.V. (2017) Modeliuvannia napruzheno-deformovanoho stanu konstruktsii dorozhnoho odiahu pid diieiu transportnykh navantazhen [Simulation of stress-strain states of road structures under action of transport loads]. Opir materialiv i teoriia sporud - [Strength of Materials and Theory of structures], 99, 45-57 [in Ukrainian].
- Gulyayev, V. I., Gaydaychuk, V.V., Mozgoviy, V.V. (2018) Termopruzhnyi stan bahatosharovykh dorozhnikh pokryttiv [Thermoelastic state of multilayer pavements]. [in Ukrainian].
- Gulyayev, V. I., Mozgoviy, V.V., Gustelev, O.O., Shlyun, N.V., Kutsman, O.M., Baran, S.A. (2019) Doslidzhennia napruzheno-deformovanoho stanu dorozhn'oho odiahu z ukriplenoiu osnovoiu pid poperechnymy trischynamy i shvamy [Investigation of the stress-strain state of road clothing with reinforced base under transverse cracks and joints]. Visnyk Natsionalnoho transportnoho universytetu - [Herald of National Transport University], 43, 26-38.
- Gulyayev, V. I., Gaydaychuk, V.V., Mozgoviy, V.V., Zaets, Yu. A., Shevchuk, L.V. (2017) Doslidzhennia termonapruzhenoho stanu konstruktsii dorozhnoho odiahu [Analysis of thermo-stressed state of the road coating structures]. Promyslove budivnytstvo ta inzhenerni sporudy - [Industrial building and engineering structures], 1, 6-12 [in Ukrainian].
- Gulyayev, V. I., Shevchuk, L.V., Kutsman O. M. (2018) Sezonnyi pererozpodil poliv napruzhen v konstruktsiiakh sharuvatykh pokryttiv dorih pid diieiu transportnykh navantazhen [Seasonal redistribution of stress fields in layered road structures under transport load action]. Visnyk Natsionalnoho transportnoho universytetu - [Herald of National Transport University], 40, 98-105. [in Ukrainian].
- Kovalenko, A.D. (1970). Osnovy termopruzhnosti [Thermoelasticity fundamentals]. Kyiv: Naukova Dumka [in Russian].
- Mozgoviy, V.V., Gaydaychuk, V.V., Zaets, Yu. A., Shevchuk, L.V., Gustelev, O.O., Kutsman, O.M. (2018) Mekhanichni efekty i paradoksy yavysch termopruzhnoho napruzhennia v konstruktsiiakh dorozhnikh odiahiv [Mechanical effects and paradoxes of phenomena of thermoelastic stress in roadwear designs]. Dorohy i mosty - [Roads and bridges], 18, 128 - 146 [in Ukrainian].
- Perelmuter, A.V., Slyvner, V.Y (2007) Raschetnbie medely sooruzhenyi y vozmozhnost ykh analyza [Design models of structures and the possibility of their analysis]. Moskva: DMK Press [in Russian].
- Shevchuk, L.V., Vaschilina, O.V., Lebedieva, I.V., Baran, S.A. (2018) Skinchenno-elementnyi monitorynh napruzheno-deformovanoho stanu dorozhnoho pokryttia z rozsharuvanniam [Finite element monitoring of stress-strain state of pavement with stratification]. Visnyk KNU im. T.H. Shevchenka - [Visnyk of KNU them. T.G. Shevchenko], 2., 57 - 63. [in Ukrainian].
- Radovskiy B., Teltayev B. Viscoelastic Properties of Asphalts Based on Penetration and Softening Point. Monograph. - Springer Nature, Switzerland, 2017. - 107 p.
AUTHOR
Shevchuk L. V., Ph.D., National Transport University, assistant department of mathematics, e-mail<EMAIL_ADDRESS>tel. +380667153633, Ukraine, 01010, Kyiv, Boychuka str.42, of.511, orcid.org/0000-0002-5748-9527
REVIEWER
Gaidaichuk V.V., Ph.D., Engineering (Dr.), professor, Kyiv National University of Structures and Architecture, Head of Department of Theoretical Mechanics, Kyiv, Ukraine.
Loza I.A., Ph.D., Physics and Mathematics (Dr), professor, National Transport University, Head of Department of Theoretical Mechanics, Kyiv, Ukraine.
Article language: Ukrainian
Open Access: http://publications.ntu.edu.ua/visnyk/46/437.pdf
Print date: 15.04.2020
Online publication date: 27.10.2020


--- layout: page title: Contact permalink: /contact/ ---
You can contact us by using mail feellille@mail.com.


--- creation_epoch:<PHONE_NUMBER> lastmod_epoch:<PHONE_NUMBER> categories: ['Tech Tricks'] title: My new custom NAS --- I built my own Linux based low-power NAS box. I had wanted something much faster than my OpenWRT Buffalo router that I was using as a NAS. I was only getting around 15 megabytes/second on my older NAS with a gigabit link.
I decided to build my own NAS versus buying one because for about the same cost I could get something that ran a stock Ubuntu Linux system which would make it easier to customize. I run some scripts that do file verification overnight and will also use it for an OpenVPN server and rsync for offsite backup server. While I saw some NAS devices that might have been able to do that they didn't has as much CPU or RAM like I wanted.
One important consideration was a box that would be very power efficient. I could have just taken some old spare parts and ran a server, but it would add $10-$15 a month to my electric bill. I also wanted something that could run 24/7 and not be noisy.
In terms of hardware I wanted something that had dual cores, 1GB+ ram, and supported USB 3.0. Ideally before disks cost it would be around $150. This is what I ended up with:
So $165 before hard drives. The motherboard also has HDMI and VGA out, but I only needed that during the initial setup.
I installed Ubuntu 13.04 LTS 64-bit Server Edition on the 2GB USB drive and boot from that. Since the Ubuntu installer uses grub it identifies the boot drive by UUID so I can plug the drive in on any port with the boot order working just fine.
The motherboard's BIOS has a lot of options and little documentation. I initially made the mistake of enabling the thermal shutdown option (in the CPU fan section) which caused the machine to consistently power off hard. This option wasn't necessary as the system wasn't overheating and another option already would cut the power if it reached a critical level of heat. I restored the option back to the BIOS default and it worked fine afterwards.
Updating the BIOS with Windows was as easy as copying the latest BIOS to a USB, inserting the USB, powering on, and hitting F12. I was prompted to select the USB file and confirm to flash.
I configured Samba with the most secure settings for the current version (smbd Version 3.6.9) and created the necessary users and shares.
Overall the system runs very quite and the fan doesn't run at full speed always. I tested full speed by disabling fan smart control in the BIOS just to see. When disabled and the fan always at 100% it is quite loud, but when you leave the fan smart control enabled (I usd Auto) it is very quite.
Performance wise from a Windows 7 machine to the NAS over sftp I only got about 15 megabytes/second with one core of the NAS at 100%. I used FileZilla which may have been a bottleneck as well. I didn't do any optimization of the encryption algorithm for sftp so I'm betting that could be made faster.
Samba performance:
Windows 7 64-bit (fully patched) to the NAS was my setup. I ran the benchmark once so the 4GB file would be cached into memory on the NAS. This test was to verify that my NAS would max out the gigabit connection. I performed a dd on the 3TB drive on the NAS to verify that USB 3.0 performance was meeting the maximum speed of the drive which it did.
I'm very happy with the performance, power usage, and price. I can also run integrity checks of all the drive data at night or perform other tasks such as compression to archive files. The NAS makes a great backup device and utilizes the speed of my wired gigabit connection.


Class: Authorization
- Inherits:
-
Object
- Object
- Authorization
- Includes:
- AccessControlled, Mongoid::Document, Mongoid::Timestamps
- Defined in:
- /home/fedora/origin-server/controller/app/models/authorization.rb
Class Method Summary (collapse)
- + (Object) authenticate(token)
-
+ (Object) last_authorized_token_for(application, resource_owner_id)
private :expired_time.
-
+ (Object) matching_token_for(user)
(application, resource_owner_or_id, scopes).
- + (Object) revoke_all_for(application_id, resource_owner)
Instance Method Summary (collapse)
- - (Boolean) accessible?
- - (Object) associate_identity private
- - (Object) collapse_scopes private
-
- (Boolean) expired?
Maps to Doorkeeper::Models::Expirable.
- - (Object) expired_time
- - (Object) expires_in_seconds
- - (Object) generate_token private
-
- (Object) revoke(clock = DateTime)
Maps to Doorkeeper::Models::Revokeable.
- - (Boolean) revoked?
- - (Object) scopes
- - (Object) scopes=(scope)
- - (Object) scopes_list
Methods included from AccessControlled
Class Method Details
+ (Object) authenticate(token)
47 48 49 50 51 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 47 def self.authenticate(token) with(consistency: :eventual).where(token: token).find_by rescue Mongoid::Errors::DocumentNotFound where(token: token).first end |
+ (Object) last_authorized_token_for(application, resource_owner_id)
private :expired_time
102 103 104 105 106 107 108 109 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 102 def self.(application, resource_owner_id) where(:application_id => application.id, :resource_owner_id => resource_owner_id, :revoked_at => nil). order_by([:created_at, :desc]). limit(1). first end |
+ (Object) matching_token_for(user)
(application, resource_owner_or_id, scopes)
57 58 59 60 61 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 57 def self.matching_token_for(user)#(application, resource_owner_or_id, scopes) user_id = user.respond_to?(:to_key) ? user.id : user token = (user)#(application, resource_owner_id) token #if token && ScopeChecker.matches?(token.scopes, scopes) end |
+ (Object) revoke_all_for(application_id, resource_owner)
53 54 55 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 53 def self.revoke_all_for(application_id, resource_owner) delete_all_for(application_id, resource_owner) end |
Instance Method Details
- (Boolean) accessible?
81 82 83 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 81 def accessible? !expired? && !revoked? end |
- (Object) associate_identity (private)
119 120 121 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 119 def associate_identity self.identity_id = user.login end |
- (Object) collapse_scopes (private)
116 117 118 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 116 def collapse_scopes self.scopes = scopes.to_s unless scopes.is_a? String end |
- (Boolean) expired?
Maps to Doorkeeper::Models::Expirable
86 87 88 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 86 def expired? expires_in && (expires_in < 1 || Time.now > expired_time) end |
- (Object) expired_time
90 91 92 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 90 def expired_time created_at + expires_in.seconds end |
- (Object) expires_in_seconds
94 95 96 97 98 99 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 94 def expires_in_seconds return nil if expires_in.nil? expires = (created_at + expires_in.seconds) - Time.now expires_sec = expires.seconds.round(0) expires_sec > 0 ? expires_sec : 0 end |
- (Object) generate_token (private)
113 114 115 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 113 def generate_token self.token = SecureRandom.hex(32) end |
- (Object) revoke(clock = DateTime)
Maps to Doorkeeper::Models::Revokeable
74 75 76 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 74 def revoke(clock = DateTime) update_attribute :revoked_at, clock.now end |
- (Boolean) revoked?
78 79 80 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 78 def revoked? revoked_at.present? end |
- (Object) scopes
63 64 65 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 63 def scopes self[:scopes] end |
- (Object) scopes=(scope)
69 70 71 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 69 def scopes=(scope) self[:scopes] = scope && scope.is_a?(String) ? scope : scope.to_s || nil end |
- (Object) scopes_list
66 67 68 |
# File '/home/fedora/origin-server/controller/app/models/authorization.rb', line 66 def scopes_list Scope.list(scopes) end |


jQuery resizeend event
Resize your browser window,
a completion notice will appear below:
View Source


Quick intro for you guys, I'm a 17 year old male. I've been told I have an 'old soul' and have always lived life with an extremely open mind and open heart. Psychedelics and hallucinogens are nothing new to me as I've been a pretty heavy smoker for the past few years, in addition I've used Shrooms about 4-5 times in that period. I've also had plenty of experience with uppers/downers and whatever other prescription drugs you can think of.
THE PREP-I and two of my good friends picked up on some salvia extract, really looking forward to this trip we drove just around the corner from the smoke shop and started to load up the piece with a pretty sizable bowl. Not knowing what to expect we figured we'll try out a quick hit each to get acquainted.
THE TRIP-I was the first to go, I took a regular sized puff n passed the bowl. At first it seemed like a normal bud high building up but the easygoing fluttering feeling quickly seemed to concentrate into the middle of my field of vision. I was sitting in the driver's seat of my car, the dashboard seemed to sprawl out in front of me, then beyond that the street and cars/scenery etc. seemed to stretch out forever, yet at the same time it simply occupied all of the space it always had, very proportionally.
About a minute later it felt like everything about me was being pushed carefully and gently, but at the same time with great force forward. I turned to my friend Luke sitting in the passenger seat who had just finished his hit, and it was the funniest thing at the time just to see him laughing and sweating as ridiculously as I was. Then out of nowhere he commented about how it felt like he was being pushed forward just like I had felt only a few seconds before. I knew we were all in the same place, very forign but at the same time still chillin in my car.
After the bowl came back around I decided that I really wanted to experience what this plant could offer.  I exhaled after about twenty seconds and again found all of my vision being condensed into the center of something (be it my field of vision, or my essential-being or whatever, it was an extreme sensation of becoming centered). As I reclined back into the car-seat an intense yellow/ golden light permeated my entire reality. No longer was I sitting in the car on a street somewhere in some neighborhood. But I had been thrown into this void of Golden-Yellow. To me it seemed that I was just floating there in the yellow nothingness, so peaceful so content just existing forever, then out of nowhere I was being bombarded with colors so vivid and vibrant.
These colors yanked me out of that tranquil-golden zone. But with each circle of color that came at me, an entire set of memories of being alive rushed into my consciencesness with it. I would get to breifly look at what each color had to offer before it would flip with great force like a huge coin with a different color behind it and land on top of my being again. Each time this happened it seemed that every one of these experiences/emotions compacted on top of my being and gradually furthered my solidification into the regular reality. By the end of this 'flipping process' it felt like I was completely encumbered physically and mentally by these layers of color and life.
THE COMEBACK-This was when I finally started to become aware of my own body again. I came to and realized that I had been talking the whole time.  I was standing about 5 feet behind my car with no recollection of getting out, sitting up or walking. All I remembered was being flicked backwards like a coin then being pinned underneath it ('it' most likely being my body's interpretation of the sensory stimuli it was recieving back in reality, but had been unable to comprehend because of how far away I thought I was).
After about ten minutes of being back I was covered in a cold sweat and was both burning up and freezing cold at the same time. A great sense of peace seemed to be the only thing that lingered on after that. And I felt really fulfilled, even though I ran out of my car and was muttering things in the road like a maniac. That was my first salvia experience, I would definiely do it again and I think that the experience is truly enriched when I am surrounded by those I know and am familliar with.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Penguin Resorts
═════════════════
Comfort Worldwide
Reserve Now!
Why Penguin?
Penguin lets you discover the true penguins up close, while providing many
comforts such as pools, tennis courts, boat rentals and more,
all to help you feel at home, no matter where in the world you are.
Our worldwide goal is to make sure our guests feel great.
Our Antarctica/South Pole locations come with complimentary penguin-watching tours,
and now open, our most exclusive location in the Galápagos Islands!
This location comes with everything you know and love, and more!
Take guided tours to see a rare species of penguin, as well as other wildlife!
When you reserve a suite at one of our locations, 30 percent of your payment(s)
is donated to help research and protect different species of penguin worldwide!
So Penguin Resorts is more than just a resort, it also helps penguins!
Without your support, none of this would ever happen.
View Our Available Rooms For Booking:\
Our Worldwide Locations
We have locations in:
Maxwell Bay
The Galápagos Islands
Port Lockroy
Paradise Harbor


(.) influenza FLU-v challenge study participants (%) vaccine vaccination adjuvanted group {border-style viral virus placebo px;} #ffffff;} observed related symptoms challenge. human number shedding significant MMID efficacy cell cells data disease doses reduction response using AEs HAI considered dose total Influenza cytotoxic days demonstrated experienced immune phase protection received responses statistically Participants cellular clinical day groups primary severity test titers (−., compared healthy manuscript one-sided prior px; symptoms, two-dose {font-family (N = ) (Table Clinical Infectious National font-size high immunity incidence individuals low mean population protective safety shedding, vaccines Allergy Exp. Intramural Research antibody available double; endpoint evaluated experiencing induce infection injection mild one-dose placebo, proteins provide shown studies (Fig. Diseases, FLU-v, IIb Institute Med../jem... NIAID border-color border-width broadly design, developed duration effect evaluation influenza. intranasal peak protocol results significance solid; spectrum study. time titer trials virus. wild-type {font-style {font-weight (HN)pdm Commons Creative FLU-v. Fig. However, Montanide Phase Placebo Table [], addition, analysis analysis. antigen bold calculated confidence courier; demonstrate designed em; evaluate events included information likely lower lymphocyte lymphocytes measured mice peptide previous pt;} randomized randomized, reduced research seasonal severity, single-dose site specific symptom trial used vaccine.


Ever wanted to share some kind of a opinion with someone, but you weren't sure they would accept, or share it? This website was made just for that!
There are two ways you can get an opinion chart to a friend, by making one, or using an existing one. To make your own, click here and fill out the required fields. To use an existing one, click here to create a session. You can search for one here.
A chart is a list of checkmarks that are labeled with opinions. To make one, go to the creation page and fill out a form. To add more checks, hit the "Add More" button. There is a limit to how big a chart can be. A chart has a maximum of 63 opinions, and each opinion has a maximum of 127 bytes. (Bytes, not characters.)
A session is a running version of a chart. Two users fill it out and the results of what they have in common are returned. To make one, go to the session creation page and fill out the required fields. Remember, once the original session creator has viewed the results with their link, or 24 hours has passed since the session was created, the session will automatically be deleted.


HKFP Lens: Hong Kong protesters crushed during clearance operation as top cop says speeding police van ‘not unsafe’
19 Nov 2019, 18:05 by HKFP Lens
Hong Kong police have been accused of driving a van carrying elite officers into protesters during a clearance operation in Yau Ma Tei on Monday night, reportedly causing injuries among fleeing demonstrators. When asked about police vehicles speeding into the crowd, Police Senior Superintendent of the Operations Branch Wong Wai-shun said it was necessary for officers to take such measures when facing attacks from protesters: “[Driving] fast doesn’t mean it is unsafe. For our police officers, they all well trained.” Dylan Hollingworth and USP were on the scene. Click here for the full story.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Photo: Dylan Hollingsworth/HKFP.
Hong Kong Free Press relies on direct reader support. Help safeguard independent journalism and press freedom as we invest more in freelancers, overtime, safety gear & insurance during this summer’s protests. 10 ways to support us.


{% autoescape true %}
Knowlarity TT/Foosball Leaderboard
Home
Create Team
Record Match Scores
Team 1 (select one):
{% for team in teams %}
{{team.teamID}}
{% endfor %}
Score
Team 2 (select one):
{% for team in teams %}
{{team.teamID}}
{% endfor %}
Score
Location
Game type (select one):
Table Tennis
Foosball
Submit
{% endautoescape %}


@import views.html.util._ @this(standardPage: standardPage) @() @standardPage("Access denied", Some(heading("Access denied"))){ }{
You do not have permission to edit this application.


MongoDB (https://www.mongodb.com) is a document database, meaning that it stores data in JSON-like documents. It's a source-available cross-platform document-oriented database program, and it is one of the most popular NoSQL databases.
"MongoDB is a general purpose, document-based, distributed database built for modern application developers and for the cloud era. No database makes you more productive."
MongoDB is developed MongoDB Inc. and was initially released on February 11, 2009. The latest stable release (as of 29th June) is 4.4.5, and it was released on 8 April 2021. MongoDB is written in C++, JavaScript, and Python, and its Github repository can be found here.
In order to install MongoDB, simply go to https://www.mongodb.com/.
There, use the navigation bar to hover over on "Software" and click on "Community Server". You can then press the "Download" button in order to download the MongoDB package.
The "bin" sub-directory contains all the executables and tools:
mongod
: for starting a MongoDB server (with suffix 'd' for daemon or server)mongo
: for starting a command-line clientmongoimport, monoexport, mongodump, mongorestore
To get started, create a data directory for Mongo, such as "c:/mongo/data
".
Start a CMD/Terminal/Shell. Launch the MongoDB server by running "mongod.exe
", where the suffix "d" denotes daemon (i.e. server). Observe the console message:
mongod --dbpath "c:/mongo/data"
......
2020-03-06T23:24:13.298-0700 I NETWORK [listener] Listening on <IP_ADDRESS>
2020-03-06T23:24:13.300-0700 I NETWORK [listener] waiting for connections on port 27017
......
Start "another" CMD/Terminal/Shell. Launch the command line client by running "mongo.exe
" (without the suffix 'd' for cilent).
mongo
MongoDB shell version v4.2.3
connecting to: mongodb://<IP_ADDRESS>:27017/?compressors=disabled&gssapiServiceName=mongodb
.......
>help
show dbs | show database names
show collections | show collections in current databases
show users | show users in current database
show profile | show most recent system.profile entries with time >= 1ms
show logs | show the accessible logger names
show log [name] | prints out the last segment of log in memory, 'global' is default
use <db_name> | set current database
db.foo.find() | list objects in collection foo
db.foo.find( { a : 1 } ) | list objects in foo where a == 1
it | result of the last line evaluated; use to further iterate
DBQuery.shellBatchSize = x | set default number of items to display on shell
exit | quit the mongo shell
// show databases
> show dbs
admin | 0.000GB
config | 0.000GB
local | 0.000GB
// show collections (documents)
> show collections
// Create a database called "coffeeshopdb"
// Database will be created when you create the first collection
> use coffeeshopdb
switched to db coffeeshopdb
// Create a collection (document)
> db.createCollection("beverage")
{ "ok" : 1 }
> show dbs
admin | 0.000GB
coffeeshopdb | 0.000GB
config | 0.000GB
local | 0.000GB
> show collections
beverage
// Insert one row
> db.beverage.insert({ id: 1, name: 'Espresso', price: 5.5 })
WriteResult({ "nInserted" : 1 })
// Insert multiple rows as an array
> db.beverage.insert([
{ id: 2, name: 'Cappuccino', price: 5.6 },
{ id: 3, name: 'Latte', price: 5.7 }
])
BulkWriteResult({
"writeErrors" : [ ],
"writeConcernErrors" : [ ],
"nInserted" : 2,
"nUpserted" : 0,
"nMatched" : 0,
"nModified" : 0,
"nRemoved" : 0,
"upserted" : [ ]
})
// Query (or Find)
> db.beverage.find().pretty()
{
"_id" : ObjectId("5e63453cd24e043c085e1014"),
"id" : 1,
"name" : "Espresso",
"price" : 5.5
}
{
"_id" : ObjectId("5e63461cd24e043c085e1015"),
"id" : 2,
"name" : "Cappuccino",
"price" : 5.6
}
{
"_id" : ObjectId("5e63461cd24e043c085e1016"),
"id" : 3,
"name" : "Latte",
"price" : 5.7
}
// Find with filter
> db.beverage.find({ id : 3 }).pretty()
{
"_id" : ObjectId("5e63461cd24e043c085e1016"),
"id" : 3,
"name" : "Latte",
"price" : 5.7
}
// Update with $set
> db.beverage.update({ name: 'Latte' }, { $set: { name: 'Latte New' }})
WriteResult({ "nMatched" : 1, "nUpserted" : 0, "nModified" : 1 })
> db.beverage.find({ id: 3 } ).pretty()
{
"_id" : ObjectId("5e63461cd24e043c085e1016"),
"id" : 3,
"name" : "Latte New",
"price" : 5.7
}
// Update with $inc
> db.beverage.update({ name: 'Latte New' }, { $inc: { price: -1.1 } })
WriteResult({ "nMatched" : 1, "nUpserted" : 0, "nModified" : 1 })
> db.beverage.find({ id: 3 }).pretty()
{
"_id" : ObjectId("5e63461cd24e043c085e1016"),
"id" : 3,
"name" : "Latte New",
"price" : 4.6
}
// Update with $mul
> db.beverage.update({ name: { $in: ['Espresso', 'Cappuccino'] } }, { $mul: { price: 1.2 }})
WriteResult({ "nMatched" : 1, "nUpserted" : 0, "nModified" : 1 })
> db.beverage.find({ id: { $in: [1, 2] } }).pretty()
{
"_id" : ObjectId("5e63453cd24e043c085e1014"),
"id" : 1,
"name" : "Espresso",
"price" : 6.6
}
{
"_id" : ObjectId("5e63461cd24e043c085e1015"),
"id" : 2,
"name" : "Cappuccino",
"price" : 5.6
}
> exit
bye


| PostgreSQL 9.0.10 Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Chapter 2. The SQL Language | Next |
The INSERT statement is used to populate a table with rows:
INSERT INTO weather VALUES ('San Francisco', 46, 50, 0.25, '1994-11-27');
Note that all data types use rather obvious input formats. Constants that are not simple numeric values usually must be surrounded by single quotes ('), as in the example. The date type is actually quite flexible in what it accepts, but for this tutorial we will stick to the unambiguous format shown here.
The point type requires a coordinate pair as input, as shown here:
INSERT INTO cities VALUES ('San Francisco', '(-194.0, 53.0)');
The syntax used so far requires you to remember the order of the columns. An alternative syntax allows you to list the columns explicitly:
INSERT INTO weather (city, temp_lo, temp_hi, prcp, date) VALUES ('San Francisco', 43, 57, 0.0, '1994-11-29');
You can list the columns in a different order if you wish or even omit some columns, e.g., if the precipitation is unknown:
INSERT INTO weather (date, city, temp_hi, temp_lo) VALUES ('1994-11-29', 'Hayward', 54, 37);
Many developers consider explicitly listing the columns better style than relying on the order implicitly.
Please enter all the commands shown above so you have some data to work with in the following sections.
You could also have used COPY to load large amounts of data from flat-text files. This is usually faster because the COPY command is optimized for this application while allowing less flexibility than INSERT. An example would be:
COPY weather FROM '/home/user/weather.txt';
where the file name for the source file must be available to the backend server machine, not the client, since the backend server reads the file directly. You can read more about the COPY command in COPY.


Fatehpur Sikri
Just an hour's drive from the Taj Mahal, Fatehpur Sikri makes for a worthwhile day trip from Agra. The city, once the capital of the Mughal Empire some 500 years ago, was built by Akbar as a salute to the famous Sufi saint, Shaikh Salim
Chishti, who accurately predicted the birth of an heir. Residents abandoned the city not long after it was built, when water supplies ran too low.
Tourists can now explore the well-preserved remains of this red sandstone ghost town, still surrounded by a fortification wall. Check out the Jama Masjid, a mosque and one of the first buildings finished in the city. Then, explore the
three palaces, built for each one of Akbar's wives. They combine a variety of religious-inspired architectural styles that honor the women's individual spiritualities.
Finally, get off the beaten path and stroll to Hiran Minar, a circular spiked tower covered with stone elephant tusks, atop which Akbar himself supposedly gazed at wildlife.
Dig in deeper to this incredible site with a visit to the Archaeological Museum, near the Diwan-i-Am main gate. It contains four galleries filled with treasures from the Mughal era and beyond, including grey ware pot shreds, terra-cotta
lamps, mini human heads in stone, jewelry molds, and much more.
Itimad-ud-Daulah's Tomb
On the banks of the Yamuna River sits another one of Agra's exquisite structures: Itimad-ud-Daulah's Tomb. The mausoleum contains the remains of Mirza Ghiyas Beg, a Persian official who served the Mughal empire, as well as his wife.
Legend has it that this jewelry box-like tomb was actually the inspiration for the Taj Mahal, earning it the nickname "Baby Taj." The red sandstone and marble structure features 13-meter-high hexagonal towers on each corner.
The most noteworthy thing about this attraction, though, is that it was the first structure to use pietra dura, the iconic Indian inlay technique that uses semiprecious stones to create decorative floral designs in marble. You'll see exquisite
geometric patterns, depictions of vases and cups, and delicate flower bouquets from floor to ceiling of the graceful structure—reminiscent of those on the Taj Mahal.
Despite its beauty, Itimad-ud-Daulah's Tomb gets far fewer visitors than other attractions around Agra, making it an ideal place to appreciate the lovely features without the crowds.


Disaster recovery and business continuity define how an organization responds to a cyber-security incident or any other event that causes the loss of operations or data. Disaster recovery policies dictate how the organization restores its operations and information to return to the same operating capacity as before the event. Business continuity is the plan the organization falls back on while trying to operate without certain resources.
End-user education addresses the most unpredictable cyber-security factor: people. Anyone can accidentally introduce a virus to an otherwise secure system by failing to follow good security practices. Teaching users to delete suspicious email attachments, not plug in unidentified USB drives, and various other important lessons is vital for the security of any organization.


Sign Out
Exhibit
Albedo Exploration
Sally Ride
Drag & Drop Files Here
Choose File
✖
Wrong Naming Scheme
Naming: "exhibit-pathway-location.extension"
For example: "albedo-pathway-right.png"


@Target(value=FIELD) @Retention(value=RUNTIME) public @interface DocProperty
| Modifier and Type | Optional Element and Description |
|---|---|
String |
analyzer
The analyzer to use.
|
float |
boost
Set a boost value specific to this property.
|
boolean |
code
Set this to true to indicate that this property should be un-analysed.
|
String |
copyTo
Set a copyTo field.
|
boolean |
docValues
Set this to false such that doc values are not stored separately for this property.
|
boolean |
enabled
Set to false to disable the field from indexing, it will only be get/set in _source.
|
boolean |
includeInAll
Set this to false to exclude this from the _all property.
|
boolean |
norms
Set to false such that norms are not stored.
|
String |
nullValue
Set a value to use instead of null.
|
DocProperty.Option |
options
The index options for this property.
|
String |
searchAnalyzer
The analyzer to use for searches.
|
boolean |
sortable
Set this to true to get an additional un-analysed 'raw' field to use for sorting etc.
|
boolean |
store
Set to true to have the property additionally stored separately from _source.
|
public abstract boolean code
public abstract boolean sortable
public abstract boolean store
public abstract float boost
public abstract boolean includeInAll
public abstract String searchAnalyzer
public abstract DocProperty.Option options
public abstract boolean docValues
public abstract boolean enabled
public abstract boolean norms
Copyright © 2016. All rights reserved.


{% extends 'base.html' %} {% block content %}
Next generation music recommendation
Project executed for Notre Dame CSE-30246. See repo for details. © 2018 CSE-30246 Rhapsody Project Group
Logout


ngStart
- angularjs starter template
a fully operational build system to quickstart new html5 projects