Log¶
The StatMon stores the obtained data in log files. This chapter describes the contents of the log shortly.
Database location¶
The database “raspi” for managing user logins is created in the top. You can directly check the content of the database and table from mysql.
MariaDB [(none)]> show databases;
+--------------------+
| Database |
+--------------------+
| information_schema |
| mysql |
| performance_schema |
| raspi |
+--------------------+
4 rows in set (0.003 sec)
MariaDB [(none)]> select * from raspi.user;
+---------+----------+--------------------------------------------------------------+
| user_id | username | password |
+---------+----------+--------------------------------------------------------------+
| 000 | admin | $2b$12$qrnmyL03i4dXdraHgqwZ2./cTQLzuoZL3hZMqAQIf57hkhV6StUKq |
+---------+----------+--------------------------------------------------------------+
1 row in set (0.001 sec)
Each row of the table consists of user_id, username and hashed password of the registered user. Newly registered users’ information will also be added to the table.
Data store¶
The obtained data are written to csv and stored as data log. The csv is stored to stat_data
directory in the data
. The dirctory contains sub-directory whose file name is the data yyyymm
The log has the file name of yymmdd.csv
and is stored in the sub-directory.
data
└-- stat_data
└-- yyyymm
└-- yymmdd.csv
The csv contains the header in the first line and the data in subsequent lines. so this will be used for other purposes (for example plotting graph with pandas and matplotlib as shown below).
User log¶
The operations about user account such as login, logout creat and delete accout are written to user log. In the log, The result of process, date, IP address of the PC accessing the machine, the detaild message are shown according to the following format.
[<log_level> <date>] <ip_address> : <message>
The example are shown as below.
pi@raspberrypi:~/raspi_statmon/raspi_statmon/data $ cat log/202106/20210603.log
[ERROR 2021-06-33 01:42:01:637] <IP_ADDRESS> : login failed
[ERROR 2021-06-33 01:42:11:271] <IP_ADDRESS> : login failed
[ERROR 2021-06-33 01:52:55:301] <IP_ADDRESS> : login failed
[ERROR 2021-06-33 01:52:58:032] <IP_ADDRESS> : login failed
[ERROR 2021-06-33 01:53:06:078] <IP_ADDRESS> : login failed
[ERROR 2021-06-33 01:53:10:546] <IP_ADDRESS> : login failed
[ERROR 2021-06-33 01:53:15:695] <IP_ADDRESS> : login failed
[ERROR 2021-06-33 01:53:19:942] <IP_ADDRESS> : login failed
[SUCCESS 2021-06-33 01:53:31:352] <IP_ADDRESS> : login success
[SUCCESS 2021-06-33 01:54:00:818] <IP_ADDRESS> : logout success
[SUCCESS 2021-06-33 01:55:24:899] <IP_ADDRESS> : logout success
[SUCCESS 2021-06-33 01:55:42:209] <IP_ADDRESS> : created account
[SUCCESS 2021-06-03 02:26:43:502] <IP_ADDRESS> : login success
[SUCCESS 2021-06-03 02:49:32:669] <IP_ADDRESS> : login success
[SUCCESS 2021-06-03 17:02:24:807] <IP_ADDRESS> : login success


Knot.js example - tab page
This is created from html:
This is created from data:
this is a single page


Injection via 'Orange.Modularity.Container' is a central concept in orange. The container
can be used to automate creation of complex classes.
Basic example
In this example we create an instance of Foo and register it in the container.
Whenever we resolve the type Foo from the container we will get the registered instance.
class Foo { /* ... */ }
let container = new Orange.Modularity.Container();
let fooInstance = new Foo();
container.registerInstance(Foo, fooInstance);
// wherever we resolve Foo we will get the same instance (i.e. fooInstance)
let myFoo = container.resolve(Foo);
Container can automatically resolve any type that has an empty constructor. To resolve
more complex types some more information has to be provided, as illustrated in the
Nested resolving example below.
Nested resolving
In this example we provide information about how to resolve Bar with the
@Orange.Modularity.inject decorator on the Bar class. Because of this the container has
all information it needs to directly resolve instances of Bar.
classFoo{ /* ... */ }
@Orange.Modularity.inject
classBar{
constructor(private myFoo: Foo) { }
}
let container = new Orange.Modularity.Container();
let myBar = container.resolve(Bar);
In the example above resolving Bar will always result in a new instance of Bar, this
is not always what we want. The following example illustrates how to make bar 'singleton'.
classFoo{ /* ... */ }
@Orange.Modularity.inject
classBar{
constructor(private myFoo: Foo) { }
}
let container = new Orange.Modularity.Container();
container.registerInstance(Bar, container.resolve(Bar));
let myBar = container.resolve(Bar);
In this case we will always get the same instance of bar.
Injection via 'Orange.Modularity.Container' is a central concept in orange. The container can be used to automate creation of complex classes.
Basic example
In this example we create an instance of
Foo
and register it in the container. Whenever we resolve the typeFoo
from the container we will get the registered instance.class Foo { /* ... */ } let container = new Orange.Modularity.Container(); let fooInstance = new Foo(); container.registerInstance(Foo, fooInstance); // wherever we resolve Foo we will get the same instance (i.e. fooInstance) let myFoo = container.resolve(Foo);
Container
can automatically resolve any type that has an empty constructor. To resolve more complex types some more information has to be provided, as illustrated in the Nested resolving example below.Nested resolving
In this example we provide information about how to resolve
Bar
with<EMAIL_ADDRESS>decorator on theBar
class. Because of this the container has all information it needs to directly resolve instances ofBar
.class Foo { /* ... */ } @Orange.Modularity.inject class Bar { constructor(private myFoo: Foo) { } } let container = new Orange.Modularity.Container(); let myBar = container.resolve(Bar);
In the example above resolving
Bar
will always result in a new instance ofBar
, this is not always what we want. The following example illustrates how to make bar 'singleton'.class Foo { /* ... */ } @Orange.Modularity.inject class Bar { constructor(private myFoo: Foo) { } } let container = new Orange.Modularity.Container(); container.registerInstance(Bar, container.resolve(Bar)); let myBar = container.resolve(Bar);
In this case we will always get the same instance of bar.


Buffalo & Western New York
Exploring my hometown through data
A digital garden is an online space for sharing and cultivating knowledge 🌈 It embodies the notion of working out loud 🤓
Projects ➡ Collection of code, notebooks, packages, and/or writings
Posts ➡ Announcements, standalone essay, or opinions
Discussion ➡ Github issues


Laravel 4 learnings: week 1
So I decided to keep a record of everything I'm learning from Laravel 4 and post it as a blog post at the end of each week. I'm hoping that this will be helpful to others who are also testing Laravel 4. I'll try to post each week and with as much tips as possible.
Let's get started.
Helper methods
I don't know if people realize this but Laravel 4 has a lot of helper methods that will save you time and provide more readable code. You can find all the helper methods in Illuminate\Support\helpers.php
Named resourceful routes
So I asked a question on Github about adding named resourceful routes so you could do someting like route('<route name>@method')
. I didn't find anything about it in the L4 docs at that time. But Taylor pointed out you actually already can do that.
Every resourceful route has its own name set automatically as the route itself. It's actually not a named route, just a resourceful route. Basically if you want quickly link to a resourceful controller's method you can do the following:
// Generate a route to a resourceful controller through the route() helper function.
route('users.edit', 1);
// Will generate: http://example.com/users/1/edit
This is very handy when you have deeply nested namespaced controllers. It saves you the effort from typing the entire namespace to the controller through the action() function.
Nested resources or prefixed routes is also possible. Say you have a users controller which is used under the admin prefix. You can simple do the following:
route('admin.users.edit', 1);
Quite the timesaver.
Generators
This is pretty neat! Jeffrey Way, the editor of Nettuts has developed a package for Laravel 4 that extends the Artisan CLI with custom generators. This tool allows you to generate various parts in Laravel 4 that you're bound to code yourself frequently. It saves you the effort from coding them manually every time. Jeffrey has posted a video about it that will explain it much better than I could possible do :)
https://tutsplus.com/lesson/custom-generators/
Resource naming conventions
This was a question I asked in the IRC channel a bit earlier this week. I don't think this is in the docs but everyone seems to agree that controllers should have plural naming. E.g. UsersController
instead of UserController
. This goes for routes, views (users.show.blade.php
, with users being the folder name), etc. The exception for this are Models which always should be singular. E.g. User
.
Model::lists()
Very neat little function an intern at my company (@jannemoonvx) discovered. Ever wanted to get a key/value array for a returned model set? You can do so by using the lists() function. The first parameter defines which column should be used as the value and the second parameter defines which column should be used as the key in the array. Using the ID column is a logic choice as the second parameter. You can later use the array in, for example, a select list generated through the Form helper class in Laravel.
$keyValueArray = User::lists('first_name', 'id');
Conclusion
I hope that these tips were useful to anyone. I'll be sharing more next week. I'm picking up things every week since I started out with Laravel 4 and it's been amazing so far how much it has helped me learn PHP in general but also speed up my development workflow.
Feel free to drop me a note on twitter: @driesvints


Text2Canvas is an awesome, open source program written in Javascript to make it easier to use the Piet Programming Language by David Morgan-Mar.
Namely, to make it easier, it limits the amount of mouse precision required to properly and quickly code in Piet by enabling the user to do everything they can do in a normal image editing program by using text commands.
This is not intended to be the textual version of Piet. Rather, it is simply a way to draw images using text geared toward programming in Piet. Besides, it's easier just to interpret an image itself. Yeesh.
Feel free to copy the program and modify it as you please.
All text refers to T2C itself, not this page.
Page functionality:
All commands are entered into the text area on the left.
The program works by using a 2D pointer to place pixels on a canvas, initially starting at the top-left. One creates images using commands that draw text and manipulate the pointer. When using only drawing commands, the pointer is automatically moved to the right and reregistered back at the left edge when it reaches the right edge. This behavior can be modified through the use of certain commands.
Tip #1: Any number before any command but # and 3# repeats that command that many times minus one. # and 3# can be repeated using [ and ], see below. The math symbols -, +, * and / works as expected.
Tip #2: Commands that draw will naturally move the canvas pointer to the right, or to the left edge and down when it reaches the canvas edge.
Tip #4: Loops can be nested. To change the number of iterations, just put a number before any [.
Pixel Pointer CommandsTip #5: Numbers work with these commands, too. Putting a 0 before e, E, s or S sets it to default edge.
CommentsTip #6: These commands are used to comment out text.
Tip #7: XD (recommended use).
Piet webpage: http://www.dangermouse.net/esoteric/piet.html


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{% extends "otree/admin/Session.html" %} {% block content %} {{ block.super }}
There are several modes to play this session.
{% if fullscreen_mode_on %}To play in full screen mode, click here.
{% endif %}Open each link in its own browser tab.
{% for participant_url in participant_urls %}
{{ participant_url }}
{% endfor %}
If it is impractical to distribute distinct URLs to each participant, you can give the following start URL to all participants:
Notes:
To run your experiment in a lab, see the Persistent URLs page.
{% endblock %}


Takenpossession of lorem Ipsum is simply dummy text of the printing and typesetting industry In sit amet sapien eros Integer in tincidunt labore et dolore magna aliqua remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages.
Fusce et nibh eget odio cursus consectetur
Fusce et nibh eget odio cursus consectetur
Fusce et nibh eget odio cursus consectetur
Fusce et nibh eget odio cursus consectetur
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Fusce et nibh eget odio cursus consectetur
Fusce et nibh eget odio cursus consectetur
There are many variations of passages of Lorem Ipsum available, but the majority have suffered alteration in some form, by injected humour, or randomised words which don't look even slightly believable. If you are going to use a passage of Lorem Ipsum


Login with Username and Password please
Invalid username and password.
You have been logged out.
User:
Password:
Login


MSG_META_DOC_OUTPUT_PHYSICAL_SAVE, MSG_GEN_DOCUMENT_PHYSICAL_SAVE, MSG_META_DOC_OUTPUT_PHYSICAL_UPDATE, MSG_GEN_DOCUMENT_PHYSICAL_UPDATE, MSG_META_DOC_OUTPUT_PHYSICAL_SAVE_AS_FILE_HANDLE, MSG_GEN_DOCUMENT_PHYSICAL_SAVE_AS_FILE_HANDLE, MSG_META_DOC_OUTPUT_PHYSICAL_REVERT, MSG_GEN_DOCUMENT_PHYSICAL_REVERT
The document control can be used to handle DOS files. However, there are special issues to be aware of. When you use GEOS Virtual Memory files, the system takes care of swapping sections of the file in and out of memory as needed. You can use high-level commands to mark parts of the file as dirty, and when you need the document saved, only the dirty sections will be copied to the disk. The details of reading from and writing to the disk are transparent to the application.
When you use DOS files, on the other hand, you have to take care of all of these details yourself. It is usually impractical to keep all of a document in memory at one time, so you have to have some way of managing the data (perhaps by creating a temporary VM file and copying the DOS file into that).
For this reason, the document control sends out messages when it does many low-level things (such as save files). If the application needs to take special actions, it can define handlers for these messages. Most of these messages can be ignored if you are working with GEOS files.
If you want to implement "Save As" and "Revert" for DOS files, you will have to do most of it by hand. If you leave "Save As" and "Revert" enabled, the Document Control will do some of the work for you. For example, when the user chooses "Save As", the Document Control will first present a File Selector, letting the user choose a file name and location. The Document Control will then create the new file. After this it will send out MSG_META_DOC_OUTPUT_PHYSICAL_SAVE_AS_FILE_HANDLE and MSG_GEN_DOCUMENT_PHYSICAL_SAVE_AS_FILE_HANDLE, passing the handle of the newly-created file. The application is responsible for writing the current version of the document to the new file, and reverting the original file to its last-saved state. The Document Control will automatically close the original file and update all Document Control instance data as necessary.
Boolean MSG_META_DOC_OUTPUT_PHYSICAL_SAVE( word * error, optr document, FileHandle file);
If you need to take special steps to save a file, you should have a handler for either this message or
MSG_GEN_DOCUMENT_PHYSICAL_SAVE
. The handler should write the file completely to the disk. If an error occurs, return
true
and write the error code in
*error
. (File access error codes are members of the
FileError
enumerated type, defined in
file.h
.)
If, for example, you copy a DOS file into a temporary VM file while you work on it, you would probably respond to this message by copying the data from the temporary file back to the DOS file.
Source: The GenDocumentGroup object.
Destination: Output of GenDocumentGroup (usually the Process object).
Parameters: error A pointer to a word in which an error should be returned.
Interception: DOS-based applications must handle either this message or
MSG_GEN_DOCUMENT_PHYSICAL_SAVE
. Applications which use GEOS data files will generally not intercept this message.
Return: true if error occurs.
FileError
code (or zero if there is no error).Boolean MSG_GEN_DOCUMENT_PHYSICAL_SAVE( word * error); /* Error code from FileError type */
This message is sent when the user saves a file. If you need to take special steps to save a file, you should have a handler for either this message or
MSG_META_DOC_OUTPUT_PHYSICAL_SAVE
. The handler should write the file completely to the disk. If an error occurs, return
true
and write the error code in
*error
. (File access error codes are members of the
FileError
enumerated type, defined in
file.h
.)
If, for example, you copy a DOS file into a temporary VM file while you work on it, you would probably respond to this message by copying the data from the temporary file back to the DOS file.
Source: The GenDocument object.
Destination: The document object sends this message to itself.
Parameters: error A pointer to a word in which an error should be returned.
Return: true if error occurs.
FileError
code (or zero if there is no error).
Interception: DOS-based applications must handle either this message or
MSG_META_DOC_OUTPUT_PHYSICAL_SAVE
. Applications which use GEOS data files will generally not intercept this message.
Boolean MSG_META_DOC_OUTPUT_PHYSICAL_UPDATE(occurred */ word * error, /* Error code from FileError type */ optr document, /* Pointer to document object */ FileHandle file); /* Handle of DOS file */
This message is sent when the file is auto-saved (if this is enabled), and when the document is detached as part of a GEOS shutdown. If you need to take special steps to save a file, you should have a handler for either this message or
MSG_GEN_DOCUMENT_PHYSICAL_UPDATE
. The handler should write the file completely to the disk. If an error occurs, return
true
and write the error code in
*error
. (File access error codes are members of the
FileError
enumerated type, defined in
file.h
.)
If, for example, you copy a DOS file into a temporary VM file while you work on it, you would probably respond to this message by copying the data from the temporary file back to the DOS file.
Source: The GenDocumentGroup object.
Destination: Output of GenDocumentGroup (usually the Process object).
Parameters: error A pointer to a word in which an error should be returned.
Return: true if error occurs.
FileError
code (or zero if there is no error).
Interception: DOS-based applications which will have auto-save capability must handle either this message or
MSG_GEN_DOCUMENT_PHYSICAL_UPDATE
. Applications which use GEOS data files will generally not intercept this message.
Boolean MSG_GEN_DOCUMENT_PHYSICAL_UPDATE( word * error); /* Error code from FileError type */
This message is sent when the file is auto-saved (if this is enabled), and when the document is detached as part of a GEOS shutdown. If you need to take special steps to save a file, you should have a handler for either this message or
MSG_META_DOC_OUTPUT_PHYSICAL_UPDATE
. The handler should write the file completely to the disk. If an error occurs, return
true
and write the error code in
*error
. (File access error codes are members of the
FileError
enumerated type, defined in
file.h
.)
If, for example, you copy a DOS file into a temporary VM file while you work on it, you would probably respond to this message by copying the data from the temporary file back to the DOS file.
Source: A GenDocument object.
Destination: The document object sends this message to itself.
Parameters: error A pointer to a word in which an error should be returned.
Return: true if error occurs.
FileError
code (or zero if there is no error).
Interception: DOS-based applications which will have auto-save capability must handle either this message or
MSG_META_DOC_OUTPUT_PHYSICAL_UPDATE
. Applications which use GEOS data files will generally not intercept this message.
Boolean MSG_META_DOC_OUTPUT_PHYSICAL_SAVE_AS_FILE_HANDLE( word * error, optr document, FileHandle file);
This message is sent when the Document Control is ready to "save-as" a DOS file. The Document Control will have asked the user what the new file should be, and will have created an appropriate file. The handler for this message must write the current version of the document to the new file, and restore the original file to its last-saved state.
Source: The GenDocumentGroup object.
Destination: The output of GenDocumentGroup (usually the Process object).
Parameters:
error
A pointer to a word in which an error code should be returned.
file
Return: true if an error occurred.
*file
FileError
enumerated type (if an error occurred).Interception: DOS-file applications must intercept this message (or MSG_GEN_DOCUMENT_PHYSICAL_SAVE_AS_FILE_HANDLE) if they wish to implement save-as/revert functionality.
Boolean MSG_GEN_DOCUMENT_PHYSICAL_SAVE_AS_FILE_HANDLE( word * error, FileHandle file);
This message is sent when the Document Control is ready to "save-as" a DOS file. The Document Control will have asked the user what the new file should be, and will have created an appropriate file. The handler for this message must write the current version of the document to the new file, and restore the original file to its last-saved state.
Source: A GenDocument.
Destination: The GenDocument object sends this message to itself.
Parameters:
error
A pointer to a word in which an error code should be returned.
file
Return: true if an error occurred.
*error
FileError
enumerated type (if an error occurred).Interception: DOS-file applications must intercept this message (or MSG_META_DOC_OUTPUT_PHYSICAL_SAVE_AS_FILE_HANDLE) if they wish to implement save-as/revert functionality.
Boolean MSG_META_DOC_OUTPUT_PHYSICAL_REVERT( word * error, optr document, FileHandle file);
The Document Control sends this message to revert a DOS file to its last-saved state. The handler must restore the file to its condition as of the last time it was saved.
Source: The GenDocumentGroup object.
Destination: The output of GenDocumentGroup (usually the Process object).
Parameters: error A pointer to a word in which an error should be returned.
Return: true if error occurs.
FileError
code (or zero if there is no error).Interception: DOS-file applications must intercept this message (or MSG_GEN_DOCUMENT_PHYSICAL_REVERT) if they wish to implement save-as/revert functionality.
Boolean MSG_GEN_DOCUMENT_PHYSICAL_REVERT( word * error, FileHandle file);
The Document Control sends this message to revert a DOS file to its last-saved state. The handler must restore the file to its condition as of the last time it was saved.
Source: The GenDocumentGroup object.
Destination: The output of GenDocumentGroup (usually the Process object).
Parameters: error A pointer to a word in which an error should be returned.
Return: true if error occurs.
FileError
code (or zero if there is no error).Interception: DOS-file applications must intercept this message (or MSG_META_DOC_OUTPUT_PHYSICAL_REVERT) if they wish to implement save-as/revert functionality.


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Edit recipient
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Patient Name
In Memory of:


| Port Base Classes | |
| uvm_port_list | Associative array of uvm_port_component_base class handles, indexed by string |
| uvm_port_component_base | This class defines an interface for obtaining a port’s connectivity lists after or during the end_of_elaboration phase. |
| uvm_port_component #(PORT) | This implementation of uvm_port_component class from IEEE 1800.2 declares all the API described in the LRM, plus it inherits from uvm_port_component_base for the purpose of providing the get_connected_to() method. |
| uvm_port_base | The library implements the following public API beyond what is documented in 1800.2. |
Associative array of uvm_port_component_base class handles, indexed by string
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
| uvm_port_list | ||
| Associative array of uvm_port_component_base class handles, indexed by string | ||
| Class Declaration | ||
|
This class defines an interface for obtaining a port’s connectivity lists after or during the end_of_elaboration phase. The sub-class, uvm_port_component #(PORT), implements this interface.
Each port’s full name and type name can be retrieved using get_full_name and get_type_name methods inherited from <uvm_component>.
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
| uvm_port_component_base | |||
| This class defines an interface for obtaining a port’s connectivity lists after or during the end_of_elaboration phase. | |||
| Class Hierarchy | |||
| |||
| Class Declaration | |||
| |||
| Methods | |||
| get_connected_to | For a port or export type, this function fills list with all of the ports, exports and implementations that this port is connected to. |
pure virtual function void get_connected_to( ref uvm_port_list list )
For a port or export type, this function fills list with all of the ports, exports and implementations that this port is connected to.
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
This implementation of uvm_port_component class from IEEE 1800.2 declares all the API described in the LRM, plus it inherits from uvm_port_component_base for the purpose of providing the get_connected_to() method.
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
| uvm_port_component #(PORT) | |||||||||||||||||
| This implementation of uvm_port_component class from IEEE 1800.2 declares all the API described in the LRM, plus it inherits from uvm_port_component_base for the purpose of providing the get_connected_to() method. | |||||||||||||||||
| Class Hierarchy | |||||||||||||||||
| |||||||||||||||||
| Class Declaration | |||||||||||||||||
| |||||||||||||||||
| Methods | |||||||||||||||||
| get_connected_to | Implementation of the pure function declared in uvm_port_component_base |
virtual function void get_connected_to( ref uvm_port_list list )
Implementation of the pure function declared in uvm_port_component_base
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
The library implements the following public API beyond what is documented in 1800.2.
| uvm_port_base | |
| The library implements the following public API beyond what is documented in 1800.2. | |
| Methods | |
| get_comp | Returns a handle to the internal proxy component representing this port. |
| debug_connected_to | The debug_connected_to method outputs a visual text display of the port/export/imp network to which this port connects (i.e., the port’s fanout). |
| debug_provided_to | The debug_provided_to method outputs a visual display of the port/export network that ultimately connect to this port (i.e., the port’s fanin). |
virtual function uvm_port_component_base get_comp()
Returns a handle to the internal proxy component representing this port.
Ports are considered components. However, they do not inherit <uvm_component>. Instead, they contain an instance of uvm_port_component #(PORT) that serves as a proxy to this port.
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
function void debug_connected_to ( int level = 0, int max_level = -1 )
The debug_connected_to method outputs a visual text display of the port/export/imp network to which this port connects (i.e., the port’s fanout).
This method must not be called before the end_of_elaboration phase, as port connections are not resolved until then.
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
function void debug_provided_to ( int level = 0, int max_level = -1 )
The debug_provided_to method outputs a visual display of the port/export network that ultimately connect to this port (i.e., the port’s fanin).
This method must not be called before the end_of_elaboration phase, as port connections are not resolved until then.
@uvm-accellera The details of this API are specific to the Accellera implementation, and are not being considered for contribution to 1800.2
Associative array of uvm_port_component_base class handles, indexed by string
typedef uvm_port_component_base uvm_port_list[string]
This class defines an interface for obtaining a port’s connectivity lists after or during the end_of_elaboration phase.
virtual class uvm_port_component_base extends uvm_component
This implementation of uvm_port_component class from IEEE 1800.2 declares all the API described in the LRM, plus it inherits from uvm_port_component_base for the purpose of providing the get_connected_to() method.
class uvm_port_component #( type PORT = uvm_object ) extends uvm_port_component_base
For a port or export type, this function fills list with all of the ports, exports and implementations that this port is connected to.
pure virtual function void get_connected_to( ref uvm_port_list list )
Implementation of the pure function declared in uvm_port_component_base
virtual function void get_connected_to( ref uvm_port_list list )
Returns a handle to the internal proxy component representing this port.
virtual function uvm_port_component_base get_comp()
The debug_connected_to method outputs a visual text display of the port/export/imp network to which this port connects (i.e., the port’s fanout).
function void debug_connected_to ( int level = 0, int max_level = -1 )
The debug_provided_to method outputs a visual display of the port/export network that ultimately connect to this port (i.e., the port’s fanin).
function void debug_provided_to ( int level = 0, int max_level = -1 )


IC Explorer
0 uninitialized
X no feedback
1 monomorphic
^ recompute handler
P polymorphic
N megamorphic
G generic
Data
Trace Count:
0
Result
Group-Key:
Filter number of items
Filter


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.rmi.Naming
public final class Naming
The Naming
class provides methods for storing and obtaining
references to remote objects in a remote object registry. Each method of
the Naming
class takes as one of its arguments a name that
is a java.lang.String
in URL format (without the
scheme component) of the form:
//host:port/name
where host
is the host (remote or local) where the registry
is located, port
is the port number on which the registry
accepts calls, and where name
is a simple string uninterpreted
by the registry. Both host
and port
are optional.
If host
is omitted, the host defaults to the local host. If
port
is omitted, then the port defaults to 1099, the
"well-known" port that RMI's registry, rmiregistry
, uses.
Binding a name for a remote object is associating or
registering a name for a remote object that can be used at a later time to
look up that remote object. A remote object can be associated with a name
using the Naming
class's bind
or
rebind
methods.
Once a remote object is registered (bound) with the RMI registry on the
local host, callers on a remote (or local) host can lookup the remote
object by name, obtain its reference, and then invoke remote methods on the
object. A registry may be shared by all servers running on a host or an
individual server process may create and use its own registry if desired
(see java.rmi.registry.LocateRegistry.createRegistry
method
for details).
Registry
,
LocateRegistry
,
LocateRegistry.createRegistry(int)
| Method Summary | |
|---|---|
static void |
bind(String name,
Remote obj)
Binds the specified name to a remote object. |
static String[] |
list(String name)
Returns an array of the names bound in the registry. |
static Remote |
lookup(String name)
Returns a reference, a stub, for the remote object associated with the specified name . |
static void |
rebind(String name,
Remote obj)
Rebinds the specified name to a new remote object. |
static void |
unbind(String name)
Destroys the binding for the specified name that is associated with a remote object. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Method Detail |
|---|
public static Remote lookup(String name) throws NotBoundException, MalformedURLException, RemoteException
name
.
name
- a name in URL format (without the scheme component)
NotBoundException
- if name is not currently bound
RemoteException
- if registry could not be contacted
AccessException
- if this operation is not permitted
MalformedURLException
- if the name is not an appropriately
formatted URLpublic static void bind(String name, Remote obj) throws AlreadyBoundException, MalformedURLException, RemoteException
name
to a remote object.
name
- a name in URL format (without the scheme component)obj
- a reference for the remote object (usually a stub)
AlreadyBoundException
- if name is already bound
MalformedURLException
- if the name is not an appropriately
formatted URL
RemoteException
- if registry could not be contacted
AccessException
- if this operation is not permitted (if
originating from a non-local host, for example)public static void unbind(String name) throws RemoteException, NotBoundException, MalformedURLException
name
- a name in URL format (without the scheme component)
NotBoundException
- if name is not currently bound
MalformedURLException
- if the name is not an appropriately
formatted URL
RemoteException
- if registry could not be contacted
AccessException
- if this operation is not permitted (if
originating from a non-local host, for example)public static void rebind(String name, Remote obj) throws RemoteException, MalformedURLException
name
- a name in URL format (without the scheme component)obj
- new remote object to associate with the name
MalformedURLException
- if the name is not an appropriately
formatted URL
RemoteException
- if registry could not be contacted
AccessException
- if this operation is not permitted (if
originating from a non-local host, for example)public static String[] list(String name) throws RemoteException, MalformedURLException
name
- a registry name in URL format (without the scheme
component)
MalformedURLException
- if the name is not an appropriately
formatted URL
RemoteException
- if registry could not be contacted.
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


This is for the "Pepsi Challenge" of DVCS systems. Make some kind of change/pull request to express yourself and to test which system will rule them all.
Your language. Your platform. Tools for every member of your team. Use the IDE of your choice with plug-ins for Eclipse, IntelliJ, Android Studio, Visual Studio, Visual Studio Code and more. Develop in Java, C#, PHP or any modern language and build for Linux, Mac, Windows, iOS, and Android. Integrate your favorite tools and services from the Visual Studio Marketplace.
Field-tested tools for any project. GitHub is the largest code host on the planet with over 38 million repositories. Large or small, every repository comes with the same powerful tools. These tools are open to the community for public projects and secure for private projects.
Git, your way See what makes Bitbucket the Git solution for professional teams. Pull requests facilitate code reviews, resulting in higher quality code and an opportunity to share knowledge amongst your team. Branch permissions provide granular access control for your team, ensuring the right people can make the right changes to your code. Collaborate right in your code with inline comments, threaded conversations and mentions.


IPC filtering is the process of intercepting IPC commands transmitted between a client and a server or between two clients. This is intended for command logging for debugging, and for command modification and injection.
IPC filtering is achieved by adding an additional layer of IPC where one already exists. The filter program intercepts incoming IPC and performs an action, normally passing the IPC on to its original destination when it's done.
All standard Resourcerver IPC filters will follow the general guidelines in this section.
Local system filtering is done between a client and its server. This requires the filter be started in conjunction with the client itself. The filter cannot be added to an existing client/server connection.
Filtering with a standard filter requires that the filter program itself appear as the client's program name when the server starts the client, and the filter subsequently starts the client program itself after making changes to the initial IPC configuration to insert itself in the communication chain. Normally this is transparent to the client program.
Standard filter programs will execute all remaining arguments (after those it uses) as a child process. Because of this, standard filters can be stacked arbitrarily, with the arguments after the last filter becoming the actual client process. Each filter slows down IPC slightly, however, so as few filters as possible should be used. Filters should not be a standard part of a Resourcerver system: they should only be used for debugging.
Standard filter programs don't normally need to perform additional copy operations for IPC that isn't processed.
Inter-system filtering takes place between two remotely-connected clients. This is done by specifying a standard filter at the time of connection between a standard socket forwarder and another of the same type.
Although the command used to start a standard filter itself doesn't require anything other than the arguments needed to set up that filter, you can also stack standard filters when filtering this type of IPC. The standard filters will execute all arguments following the arguments the filter itself uses, but those additional arguments must also execute a standard filter, otherwise the IPC connection will fail.
Unlike local system filtering, all inter-system filters must copy perform a copy on all IPC, even if that filter doesn't use it. This can slow down IPC more than inter-system filters do.
| © 2008 - Kevin P. Barry | The Resourcerver Project |


{% extends 'base.html' %} {% load bootstrap_tags %} {% block page.title %}Registration Error{% endblock %} {% block content %} We apologize but we were unable to register your account. Try again {% endblock %}
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public abstract class Binder<XmlNode>
extends java.lang.Object
An instance of this class maintains the association between XML nodes of
an infoset preserving view and a JAXB representation of an XML document.
Navigation between the two views is provided by the methods
getXMLNode(Object)
and getJAXBNode(Object)
.
Modifications can be made to either the infoset preserving view or the
JAXB representation of the document while the other view remains
unmodified. The binder is able to synchronize the changes made in the
modified view back into the other view using the appropriate
Binder update methods, updateXML(Object, Object)
or
updateJAXB(Object)
.
A typical usage scenario is the following:
unmarshal(Object)
XML infoset view to JAXB view.
(Note to conserve resources, it is possible to only unmarshal a
subtree of the XML infoset view to the JAXB view.)updateXML(Object)
synchronizes modifications to JAXB view
back into the XML infoset view. Update operation preserves as
much of original XML infoset as possible (i.e. comments, PI, ...)
A Binder instance is created using the factory method
JAXBContext.createBinder()
or JAXBContext.createBinder(Class)
.
The template parameter, XmlNode
, is the
root interface/class for the XML infoset preserving representation.
A Binder implementation is required to minimally support
an XmlNode
value of org.w3c.dom.Node.class
.
A Binder implementation can support alternative XML infoset
preserving representations.
| Constructor and Description |
|---|
Binder() |
| Modifier and Type | Method and Description |
|---|---|
abstract ValidationEventHandler |
getEventHandler()
Return the current event handler or the default event handler if one
hasn't been set.
|
abstract java.lang.Object |
getJAXBNode(XmlNode xmlNode)
Gets the JAXB object associated with the given XML element.
|
abstract java.lang.Object |
getProperty(java.lang.String name)
Get the particular property in the underlying implementation of
Binder . |
abstract javax.xml.validation.Schema |
getSchema()
Gets the last
Schema object (including null) set by the
setSchema(Schema) method. |
abstract XmlNode |
getXMLNode(java.lang.Object jaxbObject)
Gets the XML element associated with the given JAXB object.
|
abstract void |
marshal(java.lang.Object jaxbObject,
XmlNode xmlNode)
Marshal a JAXB object tree to a new XML document.
|
abstract void |
setEventHandler(ValidationEventHandler handler)
Allow an application to register a
ValidationEventHandler . |
abstract void |
setProperty(java.lang.String name,
java.lang.Object value)
Set the particular property in the underlying implementation of
Binder . |
abstract void |
setSchema(javax.xml.validation.Schema schema)
Specifies whether marshal, unmarshal and update methods
performs validation on their XML content.
|
abstract java.lang.Object |
unmarshal(XmlNode xmlNode)
Unmarshal XML infoset view to a JAXB object tree.
|
abstract <T> JAXBElement<T> |
unmarshal(XmlNode xmlNode,
java.lang.Class<T> declaredType)
Unmarshal XML root element by provided
declaredType
to a JAXB object tree. |
abstract java.lang.Object |
updateJAXB(XmlNode xmlNode)
Takes an XML node and updates its associated JAXB object and its descendants.
|
abstract XmlNode |
updateXML(java.lang.Object jaxbObject)
Takes an JAXB object and updates
its associated XML node and its descendants.
|
abstract XmlNode |
updateXML(java.lang.Object jaxbObject,
XmlNode xmlNode)
Changes in JAXB object tree are updated in its associated XML parse tree.
|
public abstract java.lang.Object unmarshal(XmlNode xmlNode) throws JAXBException
This method is similar to Unmarshaller.unmarshal(Node)
with the addition of maintaining the association between XML nodes
and the produced JAXB objects, enabling future update operations,
updateXML(Object, Object)
or updateJAXB(Object)
.
When getSchema()
is non-null, xmlNode
and its descendants is validated during this operation.
This method throws UnmarshalException
when the Binder's
JAXBContext
does not have a mapping for the XML element name
or the type, specifiable via @xsi:type
, of xmlNode
to a JAXB mapped class. The method unmarshal(Object, Class)
enables an application to specify the JAXB mapped class that
the xmlNode
should be mapped to.
xmlNode
- the document/element to unmarshal XML data from.JAXBException
- If any unexpected errors occur while unmarshallingUnmarshalException
- If the ValidationEventHandler
returns false from its handleEvent
method or the
Binder
is unable to perform the XML to Java
binding.java.lang.IllegalArgumentException
- If the node parameter is nullpublic abstract <T> JAXBElement<T> unmarshal(XmlNode xmlNode, java.lang.Class<T> declaredType) throws JAXBException
declaredType
to a JAXB object tree.
Implements Unmarshal by Declared Type
This method is similar to Unmarshaller.unmarshal(Node, Class)
with the addition of maintaining the association between XML nodes
and the produced JAXB objects, enabling future update operations,
updateXML(Object, Object)
or updateJAXB(Object)
.
When getSchema()
is non-null, xmlNode
and its descendants is validated during this operation.
xmlNode
- the document/element to unmarshal XML data from.declaredType
- appropriate JAXB mapped class to hold node
's XML data.node
JAXBException
- If any unexpected errors occur while unmarshallingUnmarshalException
- If the ValidationEventHandler
returns false from its handleEvent
method or the
Binder
is unable to perform the XML to Java
binding.java.lang.IllegalArgumentException
- If any of the input parameters are nullpublic abstract void marshal(java.lang.Object jaxbObject, XmlNode xmlNode) throws JAXBException
This method is similar to Marshaller.marshal(Object, Node)
with the addition of maintaining the association between JAXB objects
and the produced XML nodes,
enabling future update operations such as
updateXML(Object, Object)
or updateJAXB(Object)
.
When getSchema()
is non-null, the marshalled
xml content is validated during this operation.
jaxbObject
- The content tree to be marshalled.xmlNode
- The parameter must be a Node that accepts children.JAXBException
- If any unexpected problem occurs during the marshalling.MarshalException
- If the ValidationEventHandler
returns false from its handleEvent
method or the
Binder
is unable to marshal jaxbObject
(or any
object reachable from jaxbObject
).java.lang.IllegalArgumentException
- If any of the method parameters are nullpublic abstract XmlNode getXMLNode(java.lang.Object jaxbObject)
Once a JAXB object tree is associated with an XML fragment, this method enables navigation between the two trees.
An association between an XML element and a JAXB object is established by the bind methods and the update methods. Note that this association is partial; not all XML elements have associated JAXB objects, and not all JAXB objects have associated XML elements.
jaxbObject
- An instance that is reachable from a prior
call to a bind or update method that returned
a JAXB object tree.Binder
, or if it is not associated with an
XML element.java.lang.IllegalArgumentException
- If the jaxbObject parameter is nullpublic abstract java.lang.Object getJAXBNode(XmlNode xmlNode)
Once a JAXB object tree is associated with an XML fragment, this method enables navigation between the two trees.
An association between an XML element and a JAXB object is established by the unmarshal, marshal and update methods. Note that this association is partial; not all XML elements have associated JAXB objects, and not all JAXB objects have associated XML elements.
Binder
, or if it is not associated with a
JAXB object.java.lang.IllegalArgumentException
- If the node parameter is nullpublic abstract XmlNode updateXML(java.lang.Object jaxbObject) throws JAXBException
This is a convenience method of:
updateXML( jaxbObject, getXMLNode(jaxbObject));
JAXBException
- If any unexpected problem occurs updating corresponding XML content.java.lang.IllegalArgumentException
- If the jaxbObject parameter is nullpublic abstract XmlNode updateXML(java.lang.Object jaxbObject, XmlNode xmlNode) throws JAXBException
This operation can be thought of as an "in-place" marshalling. The difference is that instead of creating a whole new XML tree, this operation updates an existing tree while trying to preserve the XML as much as possible.
For example, unknown elements/attributes in XML that were not bound to JAXB will be left untouched (whereas a marshalling operation would create a new tree that doesn't contain any of those.)
As a side-effect, this operation updates the association between XML nodes and JAXB objects.
jaxbObject
- root of potentially modified JAXB object treexmlNode
- root of update target XML parse treeJAXBException
- If any unexpected problem occurs updating corresponding XML content.java.lang.IllegalArgumentException
- If any of the input parameters are nullpublic abstract java.lang.Object updateJAXB(XmlNode xmlNode) throws JAXBException
This operation can be thought of as an "in-place" unmarshalling. The difference is that instead of creating a whole new JAXB tree, this operation updates an existing tree, reusing as much JAXB objects as possible.
As a side-effect, this operation updates the association between XML nodes and JAXB objects.
marshal(Object,Object)
or
updateJAXB(Object)
method invocation,
but it maybe
a different object, for example when the name of the XML
element has changed.JAXBException
- If any unexpected problem occurs updating corresponding JAXB mapped content.java.lang.IllegalArgumentException
- If node parameter is nullpublic abstract void setSchema(javax.xml.validation.Schema schema)
schema
- set to null to disable validation.Unmarshaller.setSchema(Schema)
public abstract javax.xml.validation.Schema getSchema()
Schema
object (including null) set by the
setSchema(Schema)
method.public abstract void setEventHandler(ValidationEventHandler handler) throws JAXBException
ValidationEventHandler
.
The ValidationEventHandler
will be called by the JAXB Provider
if any validation errors are encountered during calls to any of the
Binder unmarshal, marshal and update methods.
Calling this method with a null parameter will cause the Binder to revert back to the default default event handler.
handler
- the validation event handlerJAXBException
- if an error was encountered while setting the
event handlerpublic abstract ValidationEventHandler getEventHandler() throws JAXBException
JAXBException
- if an error was encountered while getting the
current event handlerpublic abstract void setProperty(java.lang.String name, java.lang.Object value) throws PropertyException
Binder
. This method can only be used to set one of
the standard JAXB defined unmarshal/marshal properties
or a provider specific property for binder, unmarshal or marshal.
Attempting to set an undefined property will result in
a PropertyException being thrown. See
Supported Unmarshal Properties
and
Supported Marshal Properties.name
- the name of the property to be set. This value can either
be specified using one of the constant fields or a user
supplied string.value
- the value of the property to be setPropertyException
- when there is an error processing the given
property or valuejava.lang.IllegalArgumentException
- If the name parameter is nullpublic abstract java.lang.Object getProperty(java.lang.String name) throws PropertyException
Binder
. This method can only
be used to get one of
the standard JAXB defined unmarshal/marshal properties
or a provider specific property for binder, unmarshal or marshal.
Attempting to get an undefined property will result in
a PropertyException being thrown. See
Supported Unmarshal Properties
and
Supported Marshal Properties.name
- the name of the property to retrievePropertyException
- when there is an error retrieving the given property or value
property namejava.lang.IllegalArgumentException
- If the name parameter is null


<<< BACK <<<
STM-119: WANA
Authors
Wang, Dong and Jiang, Bo and Chan, WK
Venue and Year
arXiv, 2020
Original Work
WANA: Symbolic Execution of Wasm Bytecode for Cross-Platform Smart Contract Vulnerability Detection
Defense Modality
Subtractive
Core Method(s)
symbolic execution
Input-Output Mapping
bytecode => report
Targeted Contracts
any
Threat Model
Vulnerable contract, malicious contract, or both
both
Targeted Vulnerabilities


main content. # If the bottom part of a floated element just disappears, it may be the guillotine bug. For information on the cause and solution (which fortunately has nothing to do with sharp, dangerous objects), visit www.positioniseverything.net/explorer/guillotine.html .
# Content inside a floated element doesn't appear, but sometimes reappears if you resize the browser window m part of a floated element just disappears, it may be the guillotine bug. For information on the cause and solution (which fortunately has nothing to do with sharp, dangerous objects), visit www.positioniseverything.net/explorer/guillotine.html .
# Content inside a floated element doesn't appear, but sometimes reappears if you resize the browser window maun content. # If the bottom part of a floated element just disappears, it may be the guillotine bug. For information on the cause and solution (which fortunately has nothing to do with sharp, dangerous objects), visit www.positioniseverything.net/explorer/guillotine.html .
# Content inside a floated element doesn't appear, but sometimes reappears if you resize the browser window m part of a floated element just disappears, it may be the guillotine bug. For information on the cause and solution (which fortunately has nothing to do with sharp, dangerous objects), visit


Student at Rutgers Business School double majoring in Finance and Economics. Research Analyst Intern for LendEDU. Halfway decent Tennis player.


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{block name="toTop"}
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Face Trigger - Model package¶
Contains classes for performing face-recognition.
Subpackages¶
Submodules¶
face_trigger.model.FaceRecognizer module¶
LBPH-based Face recognition module
-
class
face_trigger.model.FaceRecognizer.
FaceRecognizer
¶ Face recognition class ikmplementing the LBPH algorithm
-
evaluate
(predictions, ground_truths)¶
-
load
(name)¶
-
predict
(images)¶ Predicts the labels of the given images
Parameters: images (numpy.ndarray shape: (num_images, image_height, image_width)) – the images to test on Returns: the predicted labels Return type: array
-
save
(name)¶
-
train
(images, labels)¶ Train the recognizer on the training set
Parameters: - images (numpy.ndarray shape: (num_images, image_height, image_width)) – the images to train on
- labels (numpy.ndarray shape: (num_images,)) – the labels/subjects the corresponding faces belong to
-


This document is for 3rd party developers who wish to write software for the Neuros. It describes the overall design of the Neuros and file formats, as well as how to use Positron's Python modules in other programs.


R package for bcbio single-cell RNA-seq analysis.
## try http:// if https:// URLs are not supported
source("https://bioconductor.org/biocLite.R")
biocLite("devtools")
biocLite("remotes")
biocLite("GenomeInfoDbData")
biocLite(
"hbc/bcbioSingleCell",
dependencies = c("Depends", "Imports", "Suggests")
)
library(bcbioSingleCell)
bcb <- bcbioSingleCell(
uploadDir = "bcbio_indrop/final",
interestingGroups = c("genotype", "treatment"),
sampleMetadataFile = "sample_metadata.csv",
organism = "Homo sapiens",
ensemblVersion = 90L
)
# Back up all data inside bcbioSingleCell object
flat <- flatFiles(bcb)
saveData(bcb, flat)
This will return a bcbioSingleCell
object, which is an extension of the Bioconductor SingleCellExperiment container class.
Parameters:
uploadDir
: Path to the bcbio final upload directory.interestingGroups
: Character vector of the column names of interest in the sample metadata, which is stored in the sampleData()
accessor slot of the bcbioSingleCell
object. These values should be formatted in camelCase, and can be reassigned in the object after creation (e.g. interestingGroups(bcb) <- c("batch", "age")
). They are used for data visualization in the quality control utility functions.organism
: Organism name. Use the full latin name (e.g. “Homo sapiens”).Consult help("bcbioSingleCell", "bcbioSingleCell")
for additional documentation.
This is our current recommended method for analyzing an inDrops dataset. The sample index barcodes are multiplexed per FASTQ set. For Illumina sequencing data, the raw binary base call (BCL) data must be converted into FASTQs (split into R1
-R4
files) using bcl2fastq.
The inDrops library version is automatically detected by bcbio, but ensure that the sample index sequences provided match the library version when attempting to create a bcbioSingleCell
object. A current list of inDrops v3 index barcodes is available from seqcloud.
Consult the bcbio documentation for more information on how to configure an inDrops run prior to loading into R with the bcbioSingleCell()
function.
| description | index | sequence | sampleName |
|---|---|---|---|
| indrops1 | 17 | GGAGGTAA | sample1 |
| indrops1 | 18 | CATAACTG | sample2 |
| indrops2 | 12 | GCGTAAGA | sample3 |
| indrops2 | 13 | CTATTAAG | sample4 |
| indrops2 | 14 | AAGGCTAT | sample5 |
| indrops2 | 15 | GAGCCTTA | sample6 |
| indrops2 | 16 | TTATGCGA | sample7 |
This is our current method for handling 10X Genomics Cell Ranger output (using readCellRanger()
) and Illumina SureCell sample data.
| description | genotype |
|---|---|
| sample1 | wildtype |
| sample2 | knockout |
| sample3 | wildtype |
| sample4 | knockout |
Error: package or namespace load failed for 'bcbioSingleCell' in dyn.load(file, DLLpath = DLLpath, ...):
maximal number of DLLs reached...
Depending on your operating system, you may encounter this error about hitting the DLL limit in R. This issue is becoming more common as RNA-seq analysis packages grow increasingly complex. Luckily, we can configure R to increase the DLL limit. Append this line to your ~/.Renviron
file:
R_MAX_NUM_DLLS=150
For more information on this issue, consult help("dyn.load")
in the R documentation. The number of loaded DLLs in an R session can be obtained with getLoadedDLLs()
.
The papers and software cited in our workflows are available as a shared library on Paperpile.


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This is a miscellany collection of personal experience stories, essays, book pilots, hiking guides, music and pictures reflecting a life much of which has been spent in the mountains, Africa and other interesting parts of the world. Articles and pictures include Mountaineering, summer and winter rock climbing, Mountain Rescue, Hiking guides for hikes from the NW Scottish Highlands to the Cape area of South Africa.


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SUCHAI-2, SUCHAI-3 and PlantSat.
Automated Low-Cost Sun Photometer Network for Urban Aerosol Characterization.
A Small Satellite under 100 gr
Stidies of urban aerosols using a sensor network


Hello World, we are software developers!
The form project for microverse
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Your Three Minutes Are Up (1973) * * * A movie review by Serdar Yegulalp Copyright 2000 by Serdar Yegulalp
Back in the Seventies there was a spate of films, now horribly dated, about "square" suburban guys getting yanked away from their desks and being asked to experience life. Part of the reason said movies have generally not aged well is because they took themselves too seriously.
"Your Three Minutes Are Up" works because it understands that difference, and also because it has no pretentions about its characters: they're doomed, not because they're rebels, but because they're trying to get more than they really deserve, and it blows up in their faces.
Beau Bridges is the workaday drone, a low-key man named Charlie who's about to get married. His wife is wound up and anxious, and only seems to be interested in him as far as when he'll be able to go with her to get furniture for their new house. Charlie's buddy Mike (Ron Liebman) is a swinger who's lost his job and is scamming every credit card he has to keep his lifestyle moving forward. Both men have one thing in common: they can't utter a truthful word about anything.
After getting thrown out of the unemployment office on his ear -- and gets his car repossessed -- Mike calls Charlie at work and asks him to come drive him to the airport. By degrees, and then in an avalanche of events, Mike cuts Charlie loose from his routine and shows him how to rip the system. In an early scene, Mike steals a whole roll of BLue Chip stamps and fills several books with them, then brings Charlie to the redemption center and helps him pick out a selection of (hideously tacky) wedding gifts. It's funny and painful at the same time.
In a film filled with good things, the very best thing by far is Ron Liebman's performance. He's been in tons of movies both good and bad, and in this one he's amazing to watch: he fills the screen with the image of a guy who's been lying for so long that the only way to keep afloat is to spin even bigger whoppers. A scene that involves him telling off a credit card company representative starts off as a cliche, and then turns into a tour de force thanks to the way Liebman delivers his lines. "Because I'm a nice guy, I'm going to take YOUR bill and put it at the TOP of this pile," he blares into the phone, "but if I get one more call from you I'm going to put it at the BOTTOM, where it will simply have to WAIT ITS TURN! Okay? A PLEASURE talkin' to ya." Beau Bridges is more subdued as his buddy, but effective: he's always smiling at the most inappropriate moments, like a coping mechanism gone haywire.
The most striking thing about the movie is its tone. It's a comedy, but it has deeply serious undertones -- something which the very beginning of the movie (which I will not describe) underscores hard. Everything we see winds up becoming poignant and sad because of it, and makes it work all the more. One of the best sequences involves an insurance scam, but by the time the victors walk away with their cash, it's hollow: we've seen enough to know that everyone in their world is on the take, and they employ desperate rationalizations to justify what they did.
"Three Minutes" isn't on video; it's one of those movies that you usually have to set your VCR to catch when it comes on the late show. It's well worth the effort to track it down -- this is a very good, meaningful film that somehow never got wider distribution or a video release, one of the best "self-discovery" films of the Seventies that manages to avoid being trite or pretentious.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Related links: index of all rec.arts.movies.reviews reviews


Labor is fighting a false war that overlooks its real challenge
By Dr Lindy Edwards
Labor's election post-mortem delivered a mixed message on the party's key strategic challenge, setting the scene for an ongoing battle within the party over how to balance the views of its inner city and outer urban constituencies.
However the terms of this debate set the scene for a false war and risk distracting the party from finding the solutions to the real challenge it faces.
Invisible pain
For the past 30 years Labor has told its traditional constituents that they need to harden up in the face of the realities of a competitive global economy.

There are sections of the party that think their problems will be solved if they stop preaching care and justice to marginalised groups. But this is a false diagnosis.
Many from Labor's traditional base aren't necessarily antagonistic to these groups, as the marriage equality vote showed.
For the traditional base, the real sting is the way that advocacy for compassion for these groups contrasts with the lack of recognition and understanding of their own struggles.
It is the invisibility of their pain that is galling.
A clear central narrative is lacking
The Labor campaign has been criticised for lacking a clear central narrative. But it was more than a marketing failure.
It is an intellectual failure that the modern left doesn't have a narrative of the economy that gives voice to people's sense of suffering.
It is timely to reflect on this lack, this week as we mark the 30-year anniversary of the fall of the Berlin wall.
The failure springs from the Left having not intellectually recovered from the collapse of socialism. When socialism proved itself unviable, its critique of the ways that capitalist economies tend towards exploitation was taken down with it.
The Left didn't go through a process of sorting through the intellectual wreckage and developing a new position.
Instead it embraced its opponents' account of free markets being efficient and meritocratic. It capitulated completely, taking on its opponents' ideas in full.
For 30 years, Labor politicians have been telling the punters that they are not educated enough to understand that their free market policies are for their own good.
The difference between the major parties was reduced to Labor being prepared to tax and spend more to improve welfare services like public health and public education.
Reclaiming its roots
In the last election Labor was attempting to reclaim its roots by being more progressive than it's been in a generation.
But it was still caught in the neo-liberal straight jacket.
Labor was still operating off a premise that markets are efficient, and that the only room to manoeuvre is in how you tax and spend.
The progressive impulse was directed at attacking the rich to make them pay more tax to level the playing field.
There wasn't a narrative about why that wealth might have been unfairly gained, or about the people they were seeking to protect from exploitation.
It didn't speak to working people's sense of powerlessness.
For the political old timers, immersed in the detail of Labor's agenda, they had an instinctive sense of how all their policies connected up.
But there was no narrative that made sense of it all to the ordinary voter.
In the US and the UK, people have reached back to 1970s socialists in political leaders such as Jeremy Corbyn and Bernie Sanders in search of an alternative to the neo-liberal status quo.
It is an indictment on the failure of the intervening generations.
Tossing out the intellectual wreckage
The work of picking through the Left's intellectual wreckage, discarding ideas that have been disproven, and identifying the enduring truths still needs to be done.
The task of re-fashioning the ideas that still hold true into a new narrative that diagnoses contemporary challenges and their solutions is still ahead of us.
Labor will be repeating the same mistakes if it focuses its debate about the election failure on the race and gender equality movements, rather than doing the hard work which is long overdue.
Dr Lindy Edwards is a political analyst from the University of New South Wales and author of several books on Australian politics.


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| PREV NEXT | FRAMES NO FRAMES |
| Packages that use HashCode | |
|---|---|
| com.google.common.hash | Hash functions and related structures. |
| com.google.common.io | This package contains utility methods and classes for working with Java I/O, for example input streams, output streams, readers, writers, and files. |
| Uses of HashCode in com.google.common.hash |
|---|
| Methods in com.google.common.hash that return HashCode | |
|---|---|
static HashCode |
Hashing.combineOrdered(Iterable<HashCode> hashCodes)
Returns a hash code, having the same bit length as each of the input hash codes, that combines the information of these hash codes in an ordered fashion. |
static HashCode |
Hashing.combineUnordered(Iterable<HashCode> hashCodes)
Returns a hash code, having the same bit length as each of the input hash codes, that combines the information of these hash codes in an unordered fashion. |
static HashCode |
HashCodes.fromBytes(byte[] bytes)
Creates a HashCode from a byte array. |
static HashCode |
HashCodes.fromInt(int hash)
Creates a 32-bit HashCode , of which the bytes will form the passed int, interpreted
in little endian order. |
static HashCode |
HashCodes.fromLong(long hash)
Creates a 64-bit HashCode , of which the bytes will form the passed long, interpreted
in little endian order. |
HashCode |
Hasher.hash()
Computes a hash code based on the data that have been provided to this hasher. |
HashCode |
HashFunction.hashBytes(byte[] input)
Shortcut for newHasher().putBytes(input).hash() . |
HashCode |
HashFunction.hashBytes(byte[] input,
int off,
int len)
Shortcut for newHasher().putBytes(input, off, len).hash() . |
HashCode |
HashFunction.hashInt(int input)
Shortcut for newHasher().putInt(input).hash() ; returns the hash code for the given
int value, interpreted in little-endian byte order. |
HashCode |
HashFunction.hashLong(long input)
Shortcut for newHasher().putLong(input).hash() ; returns the hash code for the
given long value, interpreted in little-endian byte order. |
HashCode |
HashFunction.hashString(CharSequence input)
Shortcut for newHasher().putString(input).hash() . |
HashCode |
HashFunction.hashString(CharSequence input,
Charset charset)
Shortcut for newHasher().putString(input, charset).hash() . |
| Methods in com.google.common.hash with parameters of type HashCode | |
|---|---|
static int |
Hashing.consistentHash(HashCode hashCode,
int buckets)
Assigns to hashCode a "bucket" in the range [0, buckets) , in a uniform
manner that minimizes the need for remapping as buckets grows. |
static long |
Hashing.padToLong(HashCode hashCode)
If hashCode has enough bits, returns hashCode.asLong() , otherwise
returns a long value with hashCode.asInt() as the least-significant
four bytes and 0x00 as each of the most-significant four bytes. |
| Method parameters in com.google.common.hash with type arguments of type HashCode | |
|---|---|
static HashCode |
Hashing.combineOrdered(Iterable<HashCode> hashCodes)
Returns a hash code, having the same bit length as each of the input hash codes, that combines the information of these hash codes in an ordered fashion. |
static HashCode |
Hashing.combineUnordered(Iterable<HashCode> hashCodes)
Returns a hash code, having the same bit length as each of the input hash codes, that combines the information of these hash codes in an unordered fashion. |
| Uses of HashCode in com.google.common.io |
|---|
| Methods in com.google.common.io that return HashCode | |
|---|---|
static HashCode |
Files.hash(File file,
HashFunction hashFunction)
Computes the hash code of the file using hashFunction . |
static HashCode |
ByteStreams.hash(InputSupplier<? extends InputStream> supplier,
HashFunction hashFunction)
Computes the hash code of the data supplied by supplier using hashFunction . |
|
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| PREV NEXT | FRAMES NO FRAMES |


procedure LoadFromResourceName(Instance: THandle; const ResName: string);
Loads an image from a resource. Instance is the handle of the module that contains the resource. ResName is the name of the resource to load.
[See also]: LoadFromFile, LoadFromStream, LoadFromResourceID


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Role: Player Controls and Physics development. Collision detection, resolution, and optimization development.
Engine: ReEngine
Project Zippy is a project to develop first person shooter controls in the OpenGL ReEngine.
Project Zippy utlizes several advanced techniques to produce smooth controls and an effective experience,
including Arvo's algorithm for collision detection between the player sphere and the environment,
and a per-frame updating octree for collision optimization.


From here, we can build a variety of queries. For example, we can build and run an INSERT statement by calling the query’s insert function. Let’s add a few new rows this way.
INSERT
insert


Contract Ruby Developer
Deep Q-Learning for Atari Games
We need to go deeper: Deep Q Networks
A Primer on Reinforcement Learning: Q-Learning
Why accuracy isn't accurate
Understanding Convolutional Neural Networks
Building a Neural Network with Tensorflow
Neural Networks from Scratch
Numpy for dummies
Responsive tables the right way
Made with Prosecco, a Jekyll theme I made while drinking Prosecco.


about me
I am a 3B computer science student at Waterloo. 1st engineer at BlockEQ (acquired by Coinsquare for 12M).
I was a Software Engineering Intern on the Google Cloud KMS team, working on secure cryptographic key management for Cloud.
I had the pleasure to serve as the Vice-Chair of the Chinese Christian Fellowship at Waterloo, Winter 2019.
If I'm not in the MC lab or CSC, you can find me out biking the trails and enjoying the fresh air.
interests
I love to build. I love to think critically in unconventional ways. I care about our privacy and security as humans in a technological world.
projects
- I tried to build an encrypted cloud FUSE filesystem in Rust in Summer 2019.
- I am working on building an Android Grin wallet. Link.
- vm, a shell text editor identical to Vim, written in C++. I wrote a blog post about the software design principles I learned while building it.
- I built a C++ (WLP4) compiler in Racket (aka Scheme)
- Halite, a top 3 undergraduate ranked AI bot out of 1500 bots in the Two Sigma Halite AI competition.
- Librio is a python script that rebalances your Binance exchange portfolio according to percentage allocations.
- Poker Chip Counter, an Android app that keeps track of pot and player money. +10000 Downloads. +1500 monthly users. Shutdown now since I'm not maintaining it.
- Rankr, is an Android app that lets you compete in a leaderboard with your friends and co-workers in leagues grouped by organization.
- Once I wrote a script to try and build the best Fantasy Basketball team for my league.
- I love the IndieHackers website, so I wrote a native IndieHackers reader for Android. It got shutdown for copyright issues on the Play store :(
hackathons
I did a lot of hackathons in 1st year,
and a few in 2nd year, less in third year. Hackathons are great for several reasons, including:
free food and swag, travel, meeting smart people, networking with companies.
They are great ways to force yourself to work on projects if you're having an unproductive streak.
- Second place Internal Google Intern Hackathon 2019. My team built a subway navigation device for the blind in New York. Video here.
- HackPrinceton Fall 2018: Best Financial Hack, Top 3 in Blockchain. Microfinancia, microfinancing on the blockchain (using ARK).
- nwHacks 2018 (UBC): The Wolfram Award. Blockchain VR, Bitcoin blockchain represented in space time in VR, demoed with an Oculus Rift we "borrowed" from Best Buy.
- HackPrinceton Spring 2017: Best Internet of Things Hack. Mnemonic, a social memory iOS app with a Raspberry Pi 3 camera necklace.
- HackHarvard 2017: Coindex, Blockstack bounty finalist, received honorable mentioned in Blockstack's results post.
- McHacks 2017 (McGill): SnapChef, uses Clarifai's OCR to figure out what's in your fridge and gives you recipes to cook with your ingredients.
- Terrible Hacks 2016 (cult classic at Waterloo): Alarmbae, definitely my favourite one. Terrible Hacks is a meme hackathon that is purely for entertainment with friends.
- YHack 2016 (Yale): mix, my first hackathon. A beautifully animated timer music app that creates a playlist that lasts for the duration of the timer.
- Also one missed bus at 6:30 am for PennApps Fall 2017 XD


One of the primary and most important aspects of self-development is taking care of your physical body. One of the important things to learn on the spiritual path is to start listening to your body. Unsurprisingly, if you pay attention, your own body will start indicating to you when you are following bad habits or consuming things that are not suitable for your body. There are many things we consume on a daily basis that are extremely poisonous. Most people are so disconnected from their body that they keep consuming these substances, till one day they develop an illness which disrupts other important aspects of their life.
Our body talks to us in every moment, indicating when and which parts need to be stretched, to be massaged, to be relaxed or exercised. Listening to your body is one of the first things one must learn to develop before going too far on the spiritual path. The fitness of the body provides a strong foundation for a deep spiritual connection.
You will find some articles on the Resources page to get you started on cleansing the body. It is recommended to follow a natural and healthy diet as long before the retreat as possible. Specifically, it is recommended to stay away from foods and substances which are heavy on the system, cause addictions, or alter the functioning of the body or mind in any way. Drugs, alcohol, tobacco, sugar, and caffeine (tea and coffee), should be avoided as much as possible.
A physically fit body is meaningless without a good balance of mental and emotional health. Many people are completely consumed by the internet and other technological entertainment available today. Thoughts are primarily governed by what we see and hear on the TV and internet. Emotions have been reduced to words sent as messages, rather than being felt within. None of this is surprising, it is significantly easier to escape and externalize an intense thought or emotion, rather than feel it in the moment. The true power of being by yourself and experiencing each emotion and thought coming from your own heart and mind has been largely lost in the face of technology. The concept of alone time is practically non-existent for a majority of people.
Putting in effort to purify the mind and heart prior to the retreat will greatly enhance the experience. It is recommended that you spend time with yourself as much as possible — watch yourself and experience yourself. Make a commitment to spend some time each day completely disconnected, ideally in a natural setting. Create a habit of not doing anything during this time. Just sit or lay down and be with yourself. Listen to your thoughts, emotions and your body. Enjoy the personal silence, blend into the sounds that surround you, and feel the connection with the present moment.
Complementary to the recommendation above, there is an exercise you can practice at all times, especially when you are doing something. The goal is to do any and every activity consciously, to be completely present. This may seem strange, but to highlight the necessity, simply take any moment from the previous day, and reflect on it. Were you present? Do you remember being there? Do you remember yourself from the inside and the outside? An easy way to test is to visit that same moment again, and see how well you can recreate it. The quality being tested and developed by this exercise is Mindfulness.
It is very easy for the mind to wander when doing some activity, especially one which is mechanical or repetitive. Most of the times we are not present in our body — we are either reminiscing about the past or contemplating the future.  Remembering to remember yourself requires a certain level of presence in the first place. Assuming you start remembering to remember, the next challenge will be actually remembering yourself. You will slowly start realizing how little you are actually present in the moment. But do not give up, even coming to this point is a significant accomplishment, now you at least know and realize the reality. The next phase requires a much deeper commitment; with effort you will be able to start remembering yourself and being present a lot more than before. The challenge will be to keep up the effort and persist in this self remembrance. As you get more mindful in the moment, you will realize a much deeper appreciation and love for yourself, this being the ultimate goal of the exercise.
Many of the activities that we indulge in have little to no meaning. Entertainment is the easiest way to dull the mind and consciousness. If you must be entertained, it is beneficial to choose an activity that will open up new ways of thinking and feeling. There are a number of books and movies listed on the Resources page, which have been instrumental in awakening thousands of people. These books and movies are guaranteed to put you in the right mindset for the retreat. Observe your thoughts and feel your emotions as you go through these mind-opening and captivating works of art. Each piece delivers important messages about Consciousness and Spirituality in a spectacular and unique way.


Transition Toolbox
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I am greatly interested in illustration, design, and visual communication. Some samples of outreach, scientific, and extracurricular materials I’ve designed and/or illustrated are shown below. Many of these materials were created for initiatives spearheaded by the Yale Science Diplomats, in which I was active from 2012-2016.
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Clip Studio Paint Pro, Adobe Illustrator 2021 (2021) Logo for Patrícia Pečnerová's Marie Skłodowska-Curie fellowship project, STAMPEDE (Spatial and Temporal Analysis of Modern and Past Elephant divErsity). |
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Adobe Illustrator CS5 (2017) A logo for the official Twitter account of the Bioinformatics and Genetics (BIO) department at the Swedish Museum of Natural History (Naturhistoriska riksmuseet; NRM). |
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Adobe Illustrator CS5 (2016) A logo for Science Shorts, a Yale Science Diplomats video series focussed on explaining graduate student research at Yale at a high school level. |
|
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Adobe Illustrator CS5 (2016) A logo for Science @ BAR, an annual event held by the Yale Science Diplomats at BAR in New Haven, CT, USA where graduate students and post-docs at Yale discuss science with the public in a casual setting. The 2016 theme was "The Science of Beer." |
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Adobe Illustrator CS5 (2016) Advertising poster for Science in the News (SITN) 2016, the Yale Science Diplomats' flagship initiative. SITN is a bi-annual free public lecture series given by Yale graduate students and post-docs, with lectures held at public libraries in the New Haven and greater New Haven community. |
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Adobe Photoshop CS5 and Adobe Illustrator CS5 (2016) Logo for a friend's children's clothing and accessories business. |
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Clip Studio Paint PRO Ver.1.9.3, Adobe Illustrator CS5 (2020) A digital painting for the cover of Daniel Marquina's PhD thesis from Stockholm University, "Debugging metabarcoding for insect biodiversity studies". |
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Adobe Illustrator CS5 (2016) Illustration of a crow skeleton for educational materials associated with Daniel Field's Science Shorts feature (in production), intended to show anatomical features linking birds and dinosaurs. |
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Adobe Illustrator CS5 (2016) Illustration of an Archeopteryx skeleton for educational materials associated with Daniel Field's Science Shorts feature (in production). |
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Adobe Illustrator CS5 (2016) Illustration of an Allosaurus skeleton for educational materials associated with Daniel Field's Science Shorts feature (in production). |
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Adobe Photoshop CS5 (2016) A digital painting for the cover of Simon D'haenen's PhD thesis, "Characterization of early Eocene hyperthermals using benthic foraminiferal associations and stable isotopes", from KU Leuven. |
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Photoshop CS5 (2016) Illustration for mugs and pens celebrating the first wave of graduate students and post-docs in Pincelli Hull's lab in the Geology & Geophysics department at Yale. |
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Photoshop CS5 (2015) Digital painting of a scissor-tailed flycatcher (Tyrannus forficatus) and Texas lantana flowers (Lantana urticoides), done as a gift for a friend. |
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Adobe Illustrator CS5 (2016) Design for one of three coasters provided for free at the 2016 Science @ BAR event. |
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Adobe Illustrator CS5 (2015) An "infographics infographic" for advertising the Yale Science Diplomats' Infographics Committee. |
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Adobe Illustrator CS5 (2014) Infographic about funding varied fields of basic research and the benefits of such a strategy for cancer treatment discovery, aimed at U.S. politicians. Created as part of the Yale Science Diplomat's Infographics Committee. |
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Adobe Illustrator CS5 (2013) Graphical abstract for Lyson et al. 2013, Current Biology. |
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Adobe Flash CS5 (2015) Flash animation illustrating oxidation and reduction for Julie Thomsen's Science Shorts feature. |
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Adobe Flash CS5 (2015) Flash animation illustrating photosynthesis for Julie Thomsen's Science Shorts feature. |


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Willian wanted by Juventus and Barcelona but Frank Lampard keen to keep Chelsea star
Chelsea winger Willian is out of contract at Stamford Bridge next summer and while Frank Lampard is keen to keep him, two of Europe's elite are keen to sign him
by Darren Lewis, https://www.mirror.co.uk/authors/darren-lewis/Chelsea winger Willian is a target for Juventus and Barcelona with his contract coming to an end next summer.
The Italian and Spanish champions have been circling the 31-year-old for some time and could try to land him on a pre-contract in January.
Willian looked set for a bit-part role at Stamford Bridge before Eden Hazard’s departure and Frank Lampard’s arrival during the summer.
But he was again outstanding wearing the armband in the 2-0 win over Crystal Palace last Saturday.
Willian also remains the longest-serving squad member behind Cesar Azpilicueta and forgotten-man Marco van Ginkel.
Lampard admitted after Saturday’s win that Willian is still one of his key players, despite his age.
Lampard said: “The word isn’t 'no brainer' because I can’t get involved in the money. That’s up to the club to do.
“But everyone sees how much I’m relying on him, and picking him and in what he is producing, I love him at this football club. So there’s my answer.”
Lampard added: "When I looked at him at the start of the season, I saw him being huge for me and the way we want to play.
"The off-the-ball work he's done is an absolutely outstanding example for Callum Hudson-Odoi, Christian Pulisic and other young wingers who think the only part of the game is going past people and crossing or shooting.
"He does the other side brilliantly, with absolute humility, so he's been a joy and one of the experienced players that's really helping the young boys."
Willian has won the Premier League, League Cup, FA Cup and Europa League since his arrival in west London from Anzhi Makhachkala in 2013.