Source code for dewar.dewar
from collections import namedtuple
from pathlib import Path
import functools
import shutil
import time
from proxy_tools import module_property
from dewar.jinja import JINJA_FUNCTIONS
from dewar.parser import fill_path
from dewar.validator import validate_page
from dewar._internal import get_caller_location, get_closest_site
from jinja2 import Environment, FileSystemLoader, select_autoescape
@module_property
def site():
"""The site property returns an instance of a site.
It first searches the stack to find the most recent function
registered to a site. If it finds one, it returns that site.
If it can't find a site in the stack, it returns the most
recently created site instance.
Otherwise, it raises a RuntimeError.
"""
try:
return get_closest_site()
except RuntimeError:
pass
if '_site_instances' in globals():
return _site_instances[-1]
raise RuntimeError("Site could not be found.")
[docs]class Site:
"""This is the root class of any dewar project, that encapsulates
all the pages in a project.
:param path: the path where the directories with site files can
be found, such as the `templates/` and `static/`
directories.
"""
def __init__(self, path=None, create_backups=True):
self.registered_functions = set()
self.create_backups = create_backups
if path:
self.path = Path(path)
else:
self.path = get_caller_location()
self.template_path = self.path / 'templates'
self.static_path = self.path / 'static'
self._jinja_env = Environment(
loader=FileSystemLoader(str(self.template_path), followlinks=True),
autoescape=select_autoescape(['html', 'xml'])
)
for func in JINJA_FUNCTIONS:
self._jinja_env.globals[func.__name__] = func
self._jinja_env.globals['site'] = self
if '_site_instances' not in globals():
global _site_instances
_site_instances = []
_site_instances.append(self)
[docs] def register(self, path, validate=True):
"""A decorator that registers a page function with a site.
:param path: The path to that page in the rendered site.
:param validate: If True, when the page function returns,
it will raise an error if it doesn't return
a value that can create a page/pages.
"""
if path.startswith('/'):
raise ValueError("Path argument can't begin with a '/''")
def decorator(f):
def wrapper():
if hasattr(wrapper, '_returned'):
return wrapper._returned
elif hasattr(wrapper, '_called'):
raise RuntimeError("Calling functions within themselves not allowed!")
else:
wrapper._called = True
content = f()
wrapper._returned = content
if validate:
validate_page(wrapper)
return content
wrapper.name = f.__name__
wrapper.__name__ = wrapper.name
wrapper.path = path
wrapper._registered_to = self
self.registered_functions.add(wrapper)
return wrapper
return decorator
[docs] def close(self):
"""Remove a site from the global list of sites.
This functionality is rarely needed, as most applications will
only involve one site. If you need it though, this will prevent
this module's site property from returning returning this site.
Note: The site property will still return this site if it is
used in a page function registered to this site, or by a
function that is called by a page function registered to
this site.
"""
try:
_site_instances.remove(self)
except ValueError:
raise RuntimeError("Site Instance was already closed.")
def _render_file(self, path, content):
"""Renders a given file to a path. Used by the render function.
:param path: a path to write to.
:param content: content to be written to that path.
"""
render_path_folder = path.parent
render_path_folder.mkdir(parents=True, exist_ok=True)
with open(path, 'w') as render_file:
render_file.write(content)
def _render_static(self, path):
"""Renders all the static content to the given path
:param path: The path to write to.
"""
static_render_path = path / 'static'
if not self.static_path.exists():
return
shutil.copytree(self.static_path, static_render_path)
[docs] def render(self, path='./dist/'):
"""Write the site to a path.
:param path: The path to write to.
"""
path = Path(path)
render_functions = self.registered_functions
if self.create_backups:
shutil.make_archive(path / '..' / 'old' / f'site_{time.time()}', 'zip', path)
shutil.rmtree(path)
self._render_static(path)
for func in render_functions:
content = func()
if isinstance(content, str):
render_path = path / func.path
self._render_file(render_path, content)
else:
for params in content:
filled_path = fill_path(func.path, params)
render_path = path / filled_path
self._render_file(render_path, content[params])


You will be given a random number at the start of the game.
There are four crystals below. By clicking on a crystal you will add a specific amount of points to your total score.
You will win the game by matching your total score to random number, you lose the game if your total score goes above the random number.
The value of each crystal is hidden from you until you click on it.
Each time when the game starts the game changes the values of each crystal.


Materials:
Saucepan
Small bowl
Whisk
Can opener
|
Measuring spoons
Cutting board
Knife |
Directions:
1. Open broth and tomatoes and pour into saucepan.
2. Bring to a boil over medium-high heat.
3. Wash green onion, and slice diagonally into small pieces. Set aside.
4. Remove broth from heat once it is boiling and add soy sauce.
5. Crack the egg and put white into small bowl, discard yolk.
6. Add oil to egg and mix.
7. Stir broth mixture vigorously with whisk.
8. While whisking broth, slowly pour in egg mixture. Whisk for 1 minute.
9. Add salt and pepper to soup.
10. Ladle into bowl and garnish with onions. Enjoy
Serves 4
Nutrition Information Per serving (1 cup each):
Calories: 43
% of calories from fat: 24% Sugar: 3 gm
Calcium: 4% Iron: 13%
Vitamin C: 14%
Vitamin A: 9%


- 5.1 CellApp
- 5.1.1 Cell Application and Cells
- 5.1.2 Entities
- 5.1.3. Real and Ghost Entities
- 5.1.4. Transitioning Between Spaces
- 5.1.5. Witness Priority List
- 5.1.6. Scripting and Entities
- 5.1.7. Directed Messages
- 5.1.8. Forwarding From Ghosts
- 5.1.9. Offloading Entities
- 5.1.10. Adding and Removing Cells
- 5.1.11. Load Balancing
- 5.1.12. Physics
- 5.1.13. Navigation System
- 5.1.14. Range Triggers and Range Queries
- 5.1.15. Fault Tolerance
- 5.2. CellAppMgr
5.1 CellApp
5.1.1 Cell Application and Cells
A Cell Application, or CellApp, is the actual process or executable running on a CellApp machine.
A CellApp manages various cells, or instances of the Cell class. A cell is a geometric part of a large space, or the entirety of a small space.
BigWorld divides large spaces into multiple cells in order to share the load evenly. It typically allocates one large cell to each CellApp. When handling smaller spaces, such as dynamically created mission ones, BigWorld typically allocates several cells to each CellApp.
In BigWorld, the CellApp machines are intended to run only BWMachined and one CellApp per CPU, and nothing else.
5.1.2 Entities
CellApps are concerned with a generic type, the entity. Each CellApp maintains a list of the real and ghost entities within its reach. The CellApp also maintains a list of any real entities that need to be updated periodically (e.g., 10 times per second), and those that maintain an AoI.
Each entity understands the messages that are associated with its type. The CellApp delivers entity messages to the appropriate entity, and it is up to it to interpret them. The way this is implemented is by having every entity include a pointer to an entity type object. This object has information related to the entity’s type, such as the messages that the type can handle and the script associated with it.
Every entity type has it own script file. Scripts execute in the context of a particular entity (i.e., they have a this or self), and have access to the data that other entities choose to make available (server and client data), as well as the basic members of every entity (id, position, …).
Scripts are responsible for handling messages sent to an entity. When any server or client data is changed, the changes are automatically forwarded to interested entities.
5.1.3. Real and Ghost Entities
In order to efficiently update its client, each avatar keeps a list of entities in its AoI, which is typically a circle with a radius of 500m. One issue that arises is that not all entities might be controlled by the same cell.
However, it would be very inefficient to have each entity individually determine which entities on adjacent cells should be ghosted. The solution is to have cells generically manage ghost entities. If an entity is within the ghost distance of a cell boundary, the cell creates a ghost of the entity on that nearby cell.
The term real entity is introduced to distinguish between the master representations and the (imported) ghosts. The figure below shows all entities maintained by cell 1:
Once a second, a cell goes through its real entities to check if it should add or delete ghosts for them on neighbouring cells. It sends messages to the neighbour to add and remove the ghosts.
5.1.4. Transitioning Between Spaces
The simplest method to transition between different spaces is simply to ‘pop’, i.e., to remove the entity from the old space and recreate it in the new one. This is simple on both client and server.
5.1.5. Witness Priority List
Whenever an entity has a client attached to it, a sub-object known as a witness is associated to the entity, in order to maintain the list of entities in its AoI. The witness builds update packets to send to its client, and it must send the most important information as a priority.
The client requires the position and other information of other entities that are closest to it to be the most accurate and current. Closer entities should be updated more frequently. To achieve this, the witness keeps the list of entities in its AoI as a priority queue.
To construct a packet to be sent to the client, relevant information about the entities on the top of the list is added to the packet until the desired size is reached. The information can include position and direction, as well as events that the entity has processed since the last update. For more details, see Event History.
Closer entities receive more frequent updates, and get a greater share of the available bandwidth.
BigWorld throttles downstream bandwidth according to both the size of
update packets, and their frequency. These parameters are specified in
the configuration file
aoi priority list of e0:
- e1 10m position and direction update event list { jump, weapon change …}
- e2 20m position and direction update event list { jump, weapon change …}
- e3 30m position and direction update event list { jump, weapon change …}
<IP_ADDRESS>. Event History
Each entity keeps a history of its recent events. The history includes both events that change its state (such as weapon change), as well as actions that do not (such as jumping and shooting). Frequent actions, such as movement, which affect volatile data, are not kept in the history list.
When an entity consumes its priority queue to construct an update packet, it searches through new events of the top entities (i.e., the ones closes to it), and adds all messages it is interested in. This requires keeping a timestamp (actually a sequence number) for the last update of each entity in the priority queue.
The history of these types of events is fairly short (around 60 seconds) since we expect that each entity in the priority queue will be considered (roughly) once every 30 seconds in the worst case scenario.
<IP_ADDRESS>.1 Level of Detail
The priority queue handles the data throttling for continuous information. For events, we still need to handle the case where there are too many events filling up available downstream bandwidth to the client.
When there are many entities in an entity’s AoI, information about each one is sent less often, but the total number of events remains the same.
To address this, BigWorld uses a Level of Detail (LOD) system for handling event-based changes. Its principle is that the closer an entity is to the avatar, the more detail it should send to its client.
For example, when a player initially comes within the avatar’s AoI, the avatar does not need to know all details about the other player. The visible inventory may only be required when within, say, 100 metres. Finer details, such as a badge on clothing, might only be needed within 20 metres.
<IP_ADDRESS>.1.1 Non-state-changing events
In the description of each entity type, there is a description of all messages (non-state-changing events) it can generate, along with the priority associated with each one.
When an avatar adds information about an entity, it only adds messages with a priority greater than the avatar’s current interest in the entity. Therefore, messages will be ignored depending on the distance between the avatar and the entity.
For example, there might be a type of chat heard only within 50 metres, or a jump seen only within 100 metres.
<IP_ADDRESS>.1.2 State-changing events
GECOEngine cannot ignore state-changing events that occur out of range, because if the entity subsequently does get close enough, the client will have an incorrect copy of the entity’s state.
For example, the client may be interested in the type of weapon that an entity is carrying, but only when it is within 100 metres. If the entity changes its weapon outside this range, then this information is not sent to the client as yet. BigWorld will only send it if the entity comes within range.
Unlike non-state-changing events, in which the priority level can have any value, state-changing events have a discrete or non-contiguous number of state LODs specified by the developer.
These can be thought of as rings around the client. Each property of an entity’s type can be associated with one of these rings. For an example:
<seatType>
<Type> INT8 </Type>
<Flags> OTHER_CLIENT </Flags>
<Default> -1 </Default> <!-- See Seat.py -->
<DetailLevel> NEAR </DetailLevel>
</seatType>
For example, supposed an avatar A is surrounded by four entities of the same type, with LOD levels at 20m, 100m, and 500m. It will process each entity according to its distance, as described in the table below:
| Entity | Distance | 20m | 100m | 500m |
|---|---|---|---|---|
| E1 | 15m | y | y | y |
| E2 | 90m | n | y | y |
| E3 | 400m | n | n | y |
| E4 | 1000m | n | n | n |
When an entity with an associated witness comes within an LOD ring of another entity, any state associated with the ring that has changed since they were last this close is sent to the client.
uses timestamps to achieve to prevent very often updates. A timestamp is stored with each property of each entity. This timestamp indicates when that property was last changed. Also, for each entity in a witness’ AoI, a timestamp corresponding to when that entity last left that level is kept for each LOD ring.
By itself, this does not allow us to throttle this data. To achieve this, we only need to apply a multiplying factor to the interested level of the avatar when it is calculated for other entities. Multiplying by a factor less than one has the effect of reducing the amount of data sent. As a result, the bigger the ring is, the more data to be sent. the smaller the ring is, the less data to be sent.
5.1.6. Scripting and Entities
The following sub-sections describe how to use scripting for entities.
<IP_ADDRESS>. Entity Classes
An entity class describes a type of entity. The list below describes its component parts:
- An XML definition file
/scripts/entity_defs/ .def - A Python cell script
/scripts/cell/ .py - A Python base script
/scripts/base/ .py - A Python client script
/scripts/client/ .py
The XML definition file can be considered the interface between the Cell, Base and Client scripts. It defines all available public methods, and all properties of an entity. In addition, it defines global characteristics of the class, such as:
- Whether the entity requires volatile position updates.
- How the entity is instantiated on the client.
- The base class of the entity, if any.
- The interfaces implemented by the entity, if any.
<IP_ADDRESS>. Example Entity Definition File
The following is an example entity definition file
<root>
<Properties>
<seatType>
<Type> INT8 </Type>
<Flags> OTHER_CLIENT </Flags>
<Default> -1 </Default> <!-- See Seat.py -->
<DetailLevel> NEAR </DetailLevel>
</seatType>
<ownerID>
<Type> INT32 </Type>
<Flags> OTHER_CLIENT </Flags>
<Default> 0 </Default>
</ownerID>
<channel>
<Type> INT32 </Type>
<Flags> PRIVATE </Flags>
</channel>
</Properties>
<ClientMethods>
<clientMethod1>
<Arg> STRING </Arg> <!-- msg -->
<DetailDistance> 30 </DetailDistance>
</clientMethod1>
</ClientMethods>
<CellMethods>
<sitDownRequest>
<Exposed/>
<Arg> OBJECT_ID </Arg> <!-- WHO -->
</sitDownRequest>
<getUpRequest>
<Exposed/>
<Arg> OBJECT_ID </Arg> <!-- WHO -->
</getUpRequest>
<ownerNotSeated>
</ownerNotSeated>
<tableChat>
<Arg> STRING </Arg> <!-- msg -->
</tableChat>
</CellMethods>
<LODLevels>
<level> 20 <hyst> 4 </hyst> <label> NEAR </label> </level>
<level> 100 <hyst> 10 </hyst> <label> MEDIUM </label> </level>
<level> 250 <hyst> 20 </hyst> <label> FAR </label> </level>
</LODLevels>
</root>
<IP_ADDRESS>. Properties
All properties are defined in the XML file,
- along with their data type,
- an optional default value,
- flags to indicate how they should be replicated,
- and an optional tag DetailLevel for LOD processing.
All cell entity properties need to be defined, even if they are private to the class. This is because CellApps need to offload entities to other CellApps, and having the data types of all properties defined allows the data to be transported as efficiently as possible.
Note: For security and efficiency reasons, when a client modifies a shared property, the change is not propagated to the server. All communication from the client to the server must be done using method calls.
This is because only when original data is changed or updated, propagation of the new value on copy data can be done. And the only way a client can change the original data is via rpc.
When a Python script modifies the value of a property, the server does the work of propagating this property change to the correct places.
In other words, when a property changed from the entity’s own client via rpc or command msg, the server uses:
- the flags OWN_CLIENT and ALL_CLIENTS to determine if an update should be sent to the entity’s own client,
- the flags OTHER_CLIENTS and ALL_CLIENTS to determine if an update should be sent to the other clients.
Flag is consisted of SourceProcess + Accessibility +PropagationProcess.
SourceProcess must not be same to PropagationProcess.
SourceProcess is among CELL, BASE or CLIENT,
Accessibility is among of PUBLIC, PRIVATE OR PROTECTED.
PropagationProcess is among of ALL_CLIENT, OWN_CLIENT, OTHER_CLIENT, BASE or NONE if only stored in SourceProcess no propagation.
IE., ALL_CLIENT can be treated as CELL__PUBLIC__ALL_CLIENT.
The following flags are used in the XML definition to determine how each property should be replicated.
- ALL_CLIENT
- Implies the CELL_PUBLIC flag
- Only relevant for entities with an associated client,
- IE., a player entity Properties that are visible to all nearby clients, including the owner.
- Corresponds to setting both the OWN_CLIENT and OTHER_CLIENT flags.
- BASE
- Properties that are used on bases.
- CELL_PRIVATE
- Properties that contain state information that is internal to an entity.
- They are available on to the owner, and only on the cell.
- They will not be ghosted, and as such, entities on other cells will not be able to see them.
- CELL_PUBLIC
- Properties that are visible to other entities on the server.
- They will be ghosted, and any other nearby entity will be able to read them, whether they are in the same cell or not (as long as they are within the AoI distance).
NOTE: Property definitions can also include the tag DetailLevel. This is used for data LOD processing. For details on LOD processing, see the document Server Programming Guide Proxies and Players → Entity Control.
<IP_ADDRESS>. Built-in Properties
In addition to the properties defined in the XML file, cell entity scripts also have access to several built-in properties provided by the cell scripting environment. These include:
- id (Read-only) Integer ID of the entity.
- spaceID (Read-only) ID of the space that the entity is in.
- vehicle (Read-only) Some other entity (or None) that the entity is riding upon.
- position (Read/write) Position of the entity, as a tuple of 3 floats.
- direction (Read/write) Direction of the entity, as a tuple of roll, pitch, and yaw.
- isOnGround (Read/write) Integer flag, containing 1 if the entity is on the ground, or 0 otherwise.
It is possible to move an entity by changing its position property. However, for continuous movement, the method moveToPoint is recommended. The spaceID and vehicle properties are influenced by the teleport and boardVehicle methods, respectively.
<IP_ADDRESS>. Methods
There are different sections for client, cell, and base methods, and each method contains its name and its list of arguments.
Cell and base methods can also have an optional
Method definitions can also have a
<IP_ADDRESS>. Calling Client methods
A client has references to all entities that are within its AoI. A cell component of an entity can call methods on other client entities (including its own) that exist within this AoI.
Four properties are available to the cell script, to facilitate calling client methods. These are:
- ownClient (or client)
- otherClients
- allClients
- clientEntity
A method called on one of these objects will be delivered to the indicated clients.
For example, to call the chat method on the client script for this object,
for all nearby clients: self.allClients.chat( "hi!" )
.
<IP_ADDRESS>. Cell Built-in Methods
The cell script has access to numerous built-in script methods, some of which are described in the list below:
- destroy — Destroys the entity.
- addTimer — Adds an asynchronous timer callback.
- moveToPoint — Moves the entity in a straight line towards a point.
- moveToEntity — Moves the entity towards another entity.
- navigate — Moves the entity towards a point, avoiding obstacles.
- cancel — Cancels a controller (timers, movement, etc…).
- entitiesInRange — Finds entities within a given distance of the entity.
<IP_ADDRESS>. Controllers
A controller is a C++ object associated with a cell entity. It normally performs a task that would be inefficient or difficult to do from script. It also generally has state information, which must be sent across the network if the entity is offloaded to another cell.
Examples of currently implemented controllers are:
- TimerController — Provides asynchronous timed callbacks.
- MoveToPointController — Moves the entity to a position, at a given velocity.
Since controllers normally perform operations asynchronously, they notify the script object of completion by calling a named script callback. For example, the TimerController always calls the onTimer event handler, and the MoveToPointController always calls the onMove event handler.
<IP_ADDRESS>. Example Script File
Cell entity script —
"This module implements the Seat entity."
import BigWorld
import Avatar
# -----------------------------------------------------------------------
# Section: class Seat
# -----------------------------------------------------------------------
class Seat( BigWorld.Entity ):
"A Seat entity."
def __init__( self ):
BigWorld.Entity.__init__( self )
def sitDownRequest( self, source, entityID ):
if self.ownerID == 0 and source == entityID:
self.ownerID = entityID
BigWorld.entities[ self.ownerID ].enterMode(
Avatar.Avatar.MODE_SEATED, self.id, 0 )
if self.channel:
try:
channel = BigWorld.entities[ self.channel ]
channel.register( self.ownerID )
except:
pass
def getUpRequest( self, source, entityID ):
if self.ownerID == entityID and source == entityID:
if self.channel:
try:
channel = BigWorld.entities[ self.channel ]
channel.deregister( entityID )
except:
pass
BigWorld.entities[ self.ownerID ].cancelMode()
# The Avatar's cancelMode() method will in-turn call this
# Seat's ownerNotSeated() method to release itself.
def ownerNotSeated( self ):
self.ownerID = 0
def tableChat( self, msg ):
if self.channel:
channel = BigWorld.entities[ self.channel ]
assert( channel )
assert( self.ownerID )
channel.tellOthers( self.ownerID, "[local] " + msg )
5.1.7. Directed Messages
Not all events are propagated via the event history. If an event is destined for a specific player, or a small number of players, then it can be delivered almost immediately in its next packet.
5.1.8. Forwarding From Ghosts
Each ghost knows its real cell, so that it can forward messages to its real version to be processed.
Most messages are of the pull type, as in when another player jumps — it is up to the avatar (via the priority queue) to decide if and when to send this to its client.
Minority of the messages is of the push variety, as in when player A wants to shake hands with player B. To do this, client A sends a handshake request to its cell, which in turns makes a request to avatar B on the same cell.
Avatar B may be a ghost, in which case it forwards the request to its real representation. This communication happens automatically and transparently.
5.1.9. Offloading Entities
Approximately once a second each cell checks whether to offload any entities to other cells. Each entity is considered against the boundary of the current cell.
The boundary is artificially increased (by about 10 metres) to avoid hysteresis. If an entity is found to be outside the boundary of the current cell, it is offloaded to the most appropriate one.
When an entity is offloaded, the real entity object is transformed into a ghost entity, and vice-versa when an entity is loaded.
5.1.10. Adding and Removing Cells
When a cell is added to a large multi-cellular space during runtime, it is done by gradually increasing its area, in order to avoid a large spike in entities trying to change cells. Similarly for removing a cell, its area slowly decreases until all entities are gone.
5.1.11. Load Balancing
Cell boundaries are moved in order to adjust the proportion of the server load that an individual cell is responsible for.
The basic (simplified) idea is that if a cell is overloaded in comparison to other cells, then its area is reduced. Conversely, if it is underloaded, then its area is increased.
5.1.12. Physics
Because of factors such as latency inherent in traversing the Internet, large number of desired players, and bandwidth limits, it is difficult (if not impossible) to achieve a convincing game where full collision handling is attempted.
For more details, see the document Server Programming Guide’s section Proxies and Players → Entity Control.
5.1.13. Navigation System
The key features of the navigation system are:
- Navigation of both indoor and outdoor chunks.
- Seamless transition between indoor and outdoor regions.
- Dynamic loading of navpoly graphs.
- Paths caching, for efficiency.
For details, see the document Server Programming Guide, section Entities and the Universe → Navigation System.
5.1.14. Range Triggers and Range Queries
There is often the need to trigger an event when an entity (of a specific type) gets close enough to another. These are called Range Triggers.
There is also the need to find all entities that are in a given area. This is called a Range Query.
To perform a range query, the software searches just one of these lists to the distance of the query range, and then selects the entities geometrically in range (can be achieved by set intersection that must <z and <y).
To perform a range trigger, the entity that is interested in a particular range inserts high and low triggers in both the X and Z lists. When the entity moves, the lists and the triggers are updated. When other entities move, the lists are updated. If an entity crosses a trigger, or a trigger crosses an entity, then the software checks the other dimension to test whether it is actually a trigger event.
For the majority of situations this algorithm has been found to be very effective.
5.1.15. Fault Tolerance
The CellApp is designed to be fault tolerant. A CellApp process can stop suddenly, or its machine can become disconnected from the network, with little noticeable impact on the server.
5.2. CellAppMgr
The CellAppMgr is responsible for:
- Maintaining the correct adjacencies between cells.
- Adding new avatars to the correct cell.
- Acting as a global entity ID broker.
5.2.1. CellApp Registration
When a new CellApp is started, it finds the location of the CellAppMgr by broadcasting a message to all BWMachined daemons.
If a BWMachined process has a CellAppMgr on its machine, then its address is returned to the CellApp. Once the CellApp has the location of the CellAppMgr, the CellApp registers itself with it. Next time the CellAppMgr needs to create more cells, the new CellApp will be considered as a potential host for it.
Similarly, when the CellApp stops, it deregisters itself with the CellAppMgr, after having all its cells gradually removed.


Class BounceControllerApi
Represents a collection of functions to interact with the API endpoints
Inherited Members
Namespace: mailslurp.Api
Assembly: mailslurp.dll
Syntax
public class BounceControllerApi : IBounceControllerApi, IBounceControllerApiSync, IBounceControllerApiAsync, IApiAccessor
Constructors
View SourceBounceControllerApi()
Initializes a new instance of the BounceControllerApi class.
Declaration
public BounceControllerApi()
BounceControllerApi(Configuration)
Initializes a new instance of the BounceControllerApi class using Configuration object
Declaration
public BounceControllerApi(Configuration configuration)
Parameters
| Type | Name | Description |
|---|---|---|
| Configuration | configuration | An instance of Configuration |
BounceControllerApi(ISynchronousClient, IAsynchronousClient, IReadableConfiguration)
Initializes a new instance of the BounceControllerApi class using a Configuration object and client instance.
Declaration
public BounceControllerApi(ISynchronousClient client, IAsynchronousClient asyncClient, IReadableConfiguration configuration)
Parameters
| Type | Name | Description |
|---|---|---|
| ISynchronousClient | client | The client interface for synchronous API access. |
| IAsynchronousClient | asyncClient | The client interface for asynchronous API access. |
| IReadableConfiguration | configuration | The configuration object. |
BounceControllerApi(string)
Initializes a new instance of the BounceControllerApi class.
Declaration
public BounceControllerApi(string basePath)
Parameters
| Type | Name | Description |
|---|---|---|
| string | basePath |
Properties
View SourceAsynchronousClient
The client for accessing this underlying API asynchronously.
Declaration
public IAsynchronousClient AsynchronousClient { get; set; }
Property Value
| Type | Description |
|---|---|
| IAsynchronousClient |
Client
The client for accessing this underlying API synchronously.
Declaration
public ISynchronousClient Client { get; set; }
Property Value
| Type | Description |
|---|---|
| ISynchronousClient |
Configuration
Gets or sets the configuration object
Declaration
public IReadableConfiguration Configuration { get; set; }
Property Value
| Type | Description |
|---|---|
| IReadableConfiguration | An instance of the Configuration |
ExceptionFactory
Provides a factory method hook for the creation of exceptions.
Declaration
public ExceptionFactory ExceptionFactory { get; set; }
Property Value
| Type | Description |
|---|---|
| ExceptionFactory |
Methods
View SourceFilterBouncedRecipient(FilterBouncedRecipientsOptions, int)
Filter a list of email recipients and remove those who have bounced Prevent email sending errors by remove recipients who have resulted in past email bounces or complaints
Declaration
public FilterBouncedRecipientsResult FilterBouncedRecipient(FilterBouncedRecipientsOptions filterBouncedRecipientsOptions, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| FilterBouncedRecipientsOptions | filterBouncedRecipientsOptions | |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| FilterBouncedRecipientsResult | FilterBouncedRecipientsResult |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
FilterBouncedRecipientAsync(FilterBouncedRecipientsOptions, int, CancellationToken)
Filter a list of email recipients and remove those who have bounced Prevent email sending errors by remove recipients who have resulted in past email bounces or complaints
Declaration
public Task<FilterBouncedRecipientsResult> FilterBouncedRecipientAsync(FilterBouncedRecipientsOptions filterBouncedRecipientsOptions, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| FilterBouncedRecipientsOptions | filterBouncedRecipientsOptions | |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<FilterBouncedRecipientsResult> | Task of FilterBouncedRecipientsResult |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
FilterBouncedRecipientWithHttpInfo(FilterBouncedRecipientsOptions, int)
Filter a list of email recipients and remove those who have bounced Prevent email sending errors by remove recipients who have resulted in past email bounces or complaints
Declaration
public ApiResponse<FilterBouncedRecipientsResult> FilterBouncedRecipientWithHttpInfo(FilterBouncedRecipientsOptions filterBouncedRecipientsOptions, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| FilterBouncedRecipientsOptions | filterBouncedRecipientsOptions | |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| ApiResponse<FilterBouncedRecipientsResult> | ApiResponse of FilterBouncedRecipientsResult |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
FilterBouncedRecipientWithHttpInfoAsync(FilterBouncedRecipientsOptions, int, CancellationToken)
Filter a list of email recipients and remove those who have bounced Prevent email sending errors by remove recipients who have resulted in past email bounces or complaints
Declaration
public Task<ApiResponse<FilterBouncedRecipientsResult>> FilterBouncedRecipientWithHttpInfoAsync(FilterBouncedRecipientsOptions filterBouncedRecipientsOptions, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| FilterBouncedRecipientsOptions | filterBouncedRecipientsOptions | |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<ApiResponse<FilterBouncedRecipientsResult>> | Task of ApiResponse (FilterBouncedRecipientsResult) |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBasePath()
Gets the base path of the API client.
Declaration
public string GetBasePath()
Returns
| Type | Description |
|---|---|
| string | The base path |
GetBouncedEmail(Guid, int)
Get a bounced email. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public BouncedEmailDto GetBouncedEmail(Guid id, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the bounced email to fetch |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| BouncedEmailDto | BouncedEmailDto |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedEmailAsync(Guid, int, CancellationToken)
Get a bounced email. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public Task<BouncedEmailDto> GetBouncedEmailAsync(Guid id, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the bounced email to fetch |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<BouncedEmailDto> | Task of BouncedEmailDto |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedEmails(int?, int?, string, DateTime?, DateTime?, int)
Get paginated list of bounced emails. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public PageBouncedEmail GetBouncedEmails(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| PageBouncedEmail | PageBouncedEmail |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedEmailsAsync(int?, int?, string, DateTime?, DateTime?, int, CancellationToken)
Get paginated list of bounced emails. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public Task<PageBouncedEmail> GetBouncedEmailsAsync(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<PageBouncedEmail> | Task of PageBouncedEmail |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedEmailsWithHttpInfo(int?, int?, string, DateTime?, DateTime?, int)
Get paginated list of bounced emails. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public ApiResponse<PageBouncedEmail> GetBouncedEmailsWithHttpInfo(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| ApiResponse<PageBouncedEmail> | ApiResponse of PageBouncedEmail |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedEmailsWithHttpInfoAsync(int?, int?, string, DateTime?, DateTime?, int, CancellationToken)
Get paginated list of bounced emails. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public Task<ApiResponse<PageBouncedEmail>> GetBouncedEmailsWithHttpInfoAsync(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<ApiResponse<PageBouncedEmail>> | Task of ApiResponse (PageBouncedEmail) |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedEmailWithHttpInfo(Guid, int)
Get a bounced email. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public ApiResponse<BouncedEmailDto> GetBouncedEmailWithHttpInfo(Guid id, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the bounced email to fetch |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| ApiResponse<BouncedEmailDto> | ApiResponse of BouncedEmailDto |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedEmailWithHttpInfoAsync(Guid, int, CancellationToken)
Get a bounced email. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public Task<ApiResponse<BouncedEmailDto>> GetBouncedEmailWithHttpInfoAsync(Guid id, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the bounced email to fetch |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<ApiResponse<BouncedEmailDto>> | Task of ApiResponse (BouncedEmailDto) |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedRecipient(Guid, int)
Get a bounced email. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public BouncedRecipientDto GetBouncedRecipient(Guid id, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the bounced recipient |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| BouncedRecipientDto | BouncedRecipientDto |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedRecipientAsync(Guid, int, CancellationToken)
Get a bounced email. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public Task<BouncedRecipientDto> GetBouncedRecipientAsync(Guid id, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the bounced recipient |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<BouncedRecipientDto> | Task of BouncedRecipientDto |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedRecipients(int?, int?, string, DateTime?, DateTime?, int)
Get paginated list of bounced recipients. Bounced recipients are email addresses that you have sent emails to that did not accept the sent email. Once a recipient is bounced you cannot send emails to that address.
Declaration
public PageBouncedRecipients GetBouncedRecipients(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| PageBouncedRecipients | PageBouncedRecipients |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedRecipientsAsync(int?, int?, string, DateTime?, DateTime?, int, CancellationToken)
Get paginated list of bounced recipients. Bounced recipients are email addresses that you have sent emails to that did not accept the sent email. Once a recipient is bounced you cannot send emails to that address.
Declaration
public Task<PageBouncedRecipients> GetBouncedRecipientsAsync(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<PageBouncedRecipients> | Task of PageBouncedRecipients |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedRecipientsWithHttpInfo(int?, int?, string, DateTime?, DateTime?, int)
Get paginated list of bounced recipients. Bounced recipients are email addresses that you have sent emails to that did not accept the sent email. Once a recipient is bounced you cannot send emails to that address.
Declaration
public ApiResponse<PageBouncedRecipients> GetBouncedRecipientsWithHttpInfo(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| ApiResponse<PageBouncedRecipients> | ApiResponse of PageBouncedRecipients |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedRecipientsWithHttpInfoAsync(int?, int?, string, DateTime?, DateTime?, int, CancellationToken)
Get paginated list of bounced recipients. Bounced recipients are email addresses that you have sent emails to that did not accept the sent email. Once a recipient is bounced you cannot send emails to that address.
Declaration
public Task<ApiResponse<PageBouncedRecipients>> GetBouncedRecipientsWithHttpInfoAsync(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<ApiResponse<PageBouncedRecipients>> | Task of ApiResponse (PageBouncedRecipients) |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedRecipientWithHttpInfo(Guid, int)
Get a bounced email. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public ApiResponse<BouncedRecipientDto> GetBouncedRecipientWithHttpInfo(Guid id, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the bounced recipient |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| ApiResponse<BouncedRecipientDto> | ApiResponse of BouncedRecipientDto |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetBouncedRecipientWithHttpInfoAsync(Guid, int, CancellationToken)
Get a bounced email. Bounced emails are email you have sent that were rejected by a recipient
Declaration
public Task<ApiResponse<BouncedRecipientDto>> GetBouncedRecipientWithHttpInfoAsync(Guid id, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| Guid | id | ID of the bounced recipient |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<ApiResponse<BouncedRecipientDto>> | Task of ApiResponse (BouncedRecipientDto) |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetComplaints(int?, int?, string, DateTime?, DateTime?, int)
Get paginated list of complaints. SMTP complaints made against your account
Declaration
public PageComplaint GetComplaints(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| PageComplaint | PageComplaint |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetComplaintsAsync(int?, int?, string, DateTime?, DateTime?, int, CancellationToken)
Get paginated list of complaints. SMTP complaints made against your account
Declaration
public Task<PageComplaint> GetComplaintsAsync(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<PageComplaint> | Task of PageComplaint |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetComplaintsWithHttpInfo(int?, int?, string, DateTime?, DateTime?, int)
Get paginated list of complaints. SMTP complaints made against your account
Declaration
public ApiResponse<PageComplaint> GetComplaintsWithHttpInfo(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| ApiResponse<PageComplaint> | ApiResponse of PageComplaint |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetComplaintsWithHttpInfoAsync(int?, int?, string, DateTime?, DateTime?, int, CancellationToken)
Get paginated list of complaints. SMTP complaints made against your account
Declaration
public Task<ApiResponse<PageComplaint>> GetComplaintsWithHttpInfoAsync(int? page = null, int? size = null, string sort = null, DateTime? since = null, DateTime? before = null, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| DateTime? | since | Filter by created at after the given timestamp (optional) |
| DateTime? | before | Filter by created at before the given timestamp (optional) |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<ApiResponse<PageComplaint>> | Task of ApiResponse (PageComplaint) |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetListUnsubscribeRecipients(int?, int?, string, Guid?, int)
Get paginated list of unsubscribed recipients. Unsubscribed recipient have unsubscribed from a mailing list for a user or domain and cannot be contacted again.
Declaration
public PageListUnsubscribeRecipients GetListUnsubscribeRecipients(int? page = null, int? size = null, string sort = null, Guid? domainId = null, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| Guid? | domainId | Filter by domainId (optional) |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| PageListUnsubscribeRecipients | PageListUnsubscribeRecipients |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetListUnsubscribeRecipientsAsync(int?, int?, string, Guid?, int, CancellationToken)
Get paginated list of unsubscribed recipients. Unsubscribed recipient have unsubscribed from a mailing list for a user or domain and cannot be contacted again.
Declaration
public Task<PageListUnsubscribeRecipients> GetListUnsubscribeRecipientsAsync(int? page = null, int? size = null, string sort = null, Guid? domainId = null, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| Guid? | domainId | Filter by domainId (optional) |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<PageListUnsubscribeRecipients> | Task of PageListUnsubscribeRecipients |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetListUnsubscribeRecipientsWithHttpInfo(int?, int?, string, Guid?, int)
Get paginated list of unsubscribed recipients. Unsubscribed recipient have unsubscribed from a mailing list for a user or domain and cannot be contacted again.
Declaration
public ApiResponse<PageListUnsubscribeRecipients> GetListUnsubscribeRecipientsWithHttpInfo(int? page = null, int? size = null, string sort = null, Guid? domainId = null, int operationIndex = 0)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| Guid? | domainId | Filter by domainId (optional) |
| int | operationIndex | Index associated with the operation. |
Returns
| Type | Description |
|---|---|
| ApiResponse<PageListUnsubscribeRecipients> | ApiResponse of PageListUnsubscribeRecipients |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |
GetListUnsubscribeRecipientsWithHttpInfoAsync(int?, int?, string, Guid?, int, CancellationToken)
Get paginated list of unsubscribed recipients. Unsubscribed recipient have unsubscribed from a mailing list for a user or domain and cannot be contacted again.
Declaration
public Task<ApiResponse<PageListUnsubscribeRecipients>> GetListUnsubscribeRecipientsWithHttpInfoAsync(int? page = null, int? size = null, string sort = null, Guid? domainId = null, int operationIndex = 0, CancellationToken cancellationToken = default)
Parameters
| Type | Name | Description |
|---|---|---|
| int? | page | Optional page index (optional, default to 0) |
| int? | size | Optional page size (optional, default to 20) |
| string | sort | Optional createdAt sort direction ASC or DESC (optional, default to ASC) |
| Guid? | domainId | Filter by domainId (optional) |
| int | operationIndex | Index associated with the operation. |
| CancellationToken | cancellationToken | Cancellation Token to cancel the request. |
Returns
| Type | Description |
|---|---|
| Task<ApiResponse<PageListUnsubscribeRecipients>> | Task of ApiResponse (PageListUnsubscribeRecipients) |
Exceptions
| Type | Condition |
|---|---|
| ApiException | Thrown when fails to make API call |


Observation Quantity and Relevance
- Observed at least two people
- Observed at least three people.
- Provides valid explanation about how observed activity is related to brief.
Observation Breakdowns & Opportunities
- Observations clearly demonstrate breakdowns or design opportunities.
- Observations were well written, informative, and comprehensive.
- Observations were relevant to the brief and activity.
Photos/Sketches
- Submitted photo or sketch #1 and captions demonstrate a breakdown or design opportunity.
- Submitted photo or sketch #2 and captions demonstrate a breakdown or design opportunity.
- Submitted photo or sketch #3 and captions demonstrate a breakdown or design opportunity.
Ideation Quantity
- Submitted 8+ user needs, excluding redundant or irrelevant needs.
- Submitted 15+ user needs, excluding redundant or irrelevant needs.
Ideation Quality
- Needs are human-centered: problem/opportunity should be a deep user need (the underlying issue), rather than a surface need (what people say first).
- Needs were articulated as problems/challenges/opportunities, not as solutions or features.
Needfinding Talk
- Student presents findings in studio.
- Student is focused and prepared, ending on time.


public final class ReplicationStatus
extends java.lang.Object
| Modifier and Type | Method and Description |
|---|---|
DatabaseEntry |
getCData()
Whenever the system receives contact information from a new
environment, a copy of the opaque data specified in the cdata
parameter to the
Environment.startReplication is available
from the getCDAta method. |
int |
getEnvID()
Return the environment ID associated with the operation.
|
LogSequenceNumber |
getLSN()
Whenever processing a messages results in the processing of messages
that are permanent, or a message carrying a DB_REP_PERMANENT flag
was processed successfully, but was not written to disk, the LSN of
the record is available from the getLSN method.
|
boolean |
isIgnore()
This message cannot be processed.
|
boolean |
isNewSite()
The system received contact information from a new environment.
|
boolean |
isNotPermanent()
A message carrying a DB_REP_PERMANENT flag was processed successfully,
but was not written to disk.
|
boolean |
isPermanent()
Processing this message resulted in the processing of records that
are permanent.
|
boolean |
isSuccess()
The operation succeeded.
|
java.lang.String |
toString() |
public boolean isSuccess()
public boolean isIgnore()
public boolean isPermanent()
public boolean isNewSite()
Environment.startReplication
is available from the
getCDAta method. The application should take whatever action is
needed to establish a communication channel with this new
environment.public boolean isNotPermanent()
public DatabaseEntry getCData()
Environment.startReplication
is available
from the getCDAta method. The application should take whatever
action is needed to establish a communication channel with this new
environment.public int getEnvID()
Environment.processReplicationMessage
. However, if a new master is elected, this
method returns the environment ID of the new master. It is the
application's responsibility to ensure that the matching node begins acting
as the master environment.public LogSequenceNumber getLSN()
public java.lang.String toString()
toString
in class java.lang.Object
Copyright (c) 1996, 2016 Oracle and/or its affiliates. All rights reserved.


<<< BACK <<<
STM-091: DEFIER
Authors
Su, Liya and Shen, Xinyue and Du, Xiangyu and Liao, Xiaojing and Wang, XiaoFeng and Xing, Luyi and Liu, Baoxu
Venue and Year
USENIX Security, 2021
Original Work
Evil Under the Sun: Understanding and Discovering Attacks on Ethereum Decentralized Applications
Defense Modality
Subtractive
Core Method(s)
execution tracing
Input-Output Mapping
chain data => report
Targeted Contracts
Any Ethereum
Threat Model
Vulnerable contract, malicious contract, or both
both
Targeted Vulnerabilities


Education
Purpose
This module has been added currently for the sole purpose of solving a problem created by our current method of replenishing the population. Briefly, this is that 16 year olds are added to the model before finishing their studies, and so some will increase their highest level of education throughout their lives. We needed to find a way to predict what the highest level of education would be for each individual, and then manage their trajectory towards achieving that level in a sensible timeframe.
Levels
Each qualification type as reported in Understanding Society has been mapped to a level, details of which are provided by the government: - None of the above : 0 - Other School Certification : 1 - GCSE/O level : 2 - Standard/o/lower : 2 - CSE : 2 - AS level : 3 - A level : 3 - International Baccalaureate : 3 - Welsh Baccalaureate : 3 - Scottish Highers : 3 - Cert 6th year studies : 3 - Nursing/other med qual : 5 - Diploma in HE : 5 - Teaching qual not PGCE : 6 - 1st Degree or equivalent : 6 - Higher degree : 7 - Other higher degree : 7
Method
During the data generation pipeline, a neural net model is estimated to predict the highest level of education a person will attain based on their sex, ethnicity, and region of the UK. At present this model is not particularly effective at predicting the correct maximum education level, and more variables from Understanding Society would most likely improve this, but it is passable for a first iteration. The model is estimated on a sample of the population over the age of 30, at which point we assume that the vast majority of people have reached their highest level of qualification. This model is then used to predict the maximum education level for the entire replenishing population of 16 year olds.
Then, at each wave of the simulation after the replenishing population is added for that wave, we run the education module. In simple terms, the education module checks the age of each simulant (between 16 and 26), and then checks to see if the max education level is higher than the current. If yes, and the simulant is at an age where a new qualification would be achieved, the current education level is modified. See section below for a list of ages where qualifications are achieved. Note that we assume that everybody achieves equivalent levels of education at exactly the same age, which is not correct for the real world.
N.B. we do not vary these trends over time, so the distribution of education states will remain roughly static into the future. This is inadequate, but again decisions were made to get something reasonable for the first iteration that can be improved upon in time - the important part was the framework for how we update education state for replenishing populations over time.
Attainment Ages
Each new qualification is added the year after it would be achieved, because some people completed the survey before the end of the school year (i.e. someone could be 18 in the first month of the academic year, so it made more sense to wait until the next year to apply the change).
Level 2 is equivalent to GCSE level, which everyone should have achieved by the age of 17
No need to check the maximum education level for this one, everyone should stay in school until at least age 18 now
Level 3 is equivalent to A-level, so make this change by age 19 if max_educ is 3 or larger
Level 5 is nursing/medical and HE diploma, so make this change by age 22 if max_educ is 5
Level 6 is 1st degree or teaching qual (not PGCE), so make this change by age 22 if max_educ is 6 or larger
Level 7 is higher degree (masters/PhD), so make this change by age 25 if max_educ is 7
Currently there is no mechanism for those who achieve less than GCSE (level 0-1).


The British Isles
The United Kingdom (of Great Britain and Northern Ireland)
Great Britain
Ireland
England
Wales
Scotland
Northern Ireland
Republic of Ireland
Jersey
Guernsey
Isle of Man


An easy way to add Talkback commands to Thingspeak.
Created: 2015-04-21 Johan Vanroose.
To do: The response text needs to be handled in a proper way (get rid of the HTML tags in the output).
To do: Supports other type of commands like UPDATE, PUT, DELETE. See the Thingspeak documentation of Talkback.
I wanted a easy way to add Thingspeak Talkback commands. So I created this page that uses AJAX to stay on the page after a command launch.
Set your Thingspeak credentials.
The position is auto-incremented and you can set it to a certain value (after which it will increment again).
Modify the commands as needed. (Add more forms to this page to have easy access to more commands.)
Sent Queries:
ResponseText (of most recent query):


X-Men/Fantastic Four Cover Teases Krakoa Vs Doctor Doom
by Chad DentonA variant cover for X-Men/Fantastic Four from Marvel's February 2020 solicitations showing Doctor Doom grabbing flowers in his fists hints that the Fantastic Four archenemy may have a major clash with the X-Men's new home, the sentient island Krakoa. The upcoming mini-series will focus on what the ramifications of mutantkind leaving the human world for Krakoa in Powers of X and House of X have for Reed and Sue Richards' son, Franklin, an Omega-level mutant with the ability to warp reality.
House of X #1 and solicitations for X-Men/Fantastic Four #1 teased a confrontation between the X-Men and the Fantastic Four over the future of Franklin Richards, who as a mutant has birthright citizenship on Krakoa. However, the solicitations for X-Men/Fantastic Four #2 also suggested Dr. Doom will intervene in events, stating, "The world has been re-shaped by the X-MEN. But you can’t reshape a world without encountering its true master...DOOM."
The vibrant flowers on the cover are likely the flowers of Krakoa. These plants have actually played an important role in writer Jonathan Hickman's new take on X-Men. Not only do Krakoa's flowers have incredible medicinal properties, they can be used to create new physical landscapes on Krakoa. These properties make the flowers a natural target for Doctor Doom, although what role he will play in X-Men/Fantastic Four has yet to be shown.
X-Men/Fantastic Four is written by Chip Zdarsky (Peter Parker: The Spectacular Spider-Man, Marvel Two-in-One) with art by long-time X-Men artists, Terry and Rachel Dodson.
https://schema.orgBreadcrumbListListItem1Homehttps://www.cbr.com/ListItem2Comicshttps://www.cbr.com/category/comics/ListItem3Comic Newshttps://www.cbr.com/category/comics/news/ListItem4X-Men/Fantastic Four Cover Teases Krakoa Vs Doctor Doomhttps://www.cbr.com/x-men-fantastic-four-teases-krakoa-vs-doctor-doom/


Jacob Smith
Democrat
Nonprofit executive director. Colorado Communities for Climate Action.
John F. Kennedy School of Government, Executive Education Program. June 2010. M.A. in Political Science (Public Policy), University of Colorado. May 1997. Graduate Certificate in Environmental Policy, University of Colorado. May 1997. M.A. in Religious Studies, University of Colorado. May 1994. B.S. in Environmental Science, Oregon State University. March 1991.
80403
I have volunteered in support of a number of candidate campaigns since 2015, including those of Congressman Ed Perlmutter and State Senator Tammy Story as well as local municipal candidates here in Golden where I live. I have regularly volunteered with GOTV efforts. These are the campaigns/political organizations I have records of donating to since 2015. I believe this list is either comprehensive or close to being so. 2020 Joe Biden (President, 2020) Lisa Cutter (Colorado State Legislature, 2020) Democratic Senate Nominee Fund (U.S. Senate races, 2020) Bill Fisher (Golden City Council, 2020) Andy Kerr (Jefferson County Commissioner, 2020) Chris Kolker (Colorado State Legislature, 2020) Mike Weissman (Colorado State Legislature, 2020) Rachel Zenzinger (Colorado State Legislature, 2020) 2019 Casey Brown (Golden City Council, 2019) Robin Kniech (Denver City Council, 2019) 2018 Kerry Donovan (Colorado State Legislature, 2018) Jennifer Hope (RTD Board, 2018) Brittany Pettersen (Colorado State Legislature, 2018) George Stern (Jefferson County Clerk & Recorder, 2018) Tammy Story (Colorado State Legislature, 2018) Mike Weissman (Colorado State Legislature, 2018) 2016 Jeff Bridges (Colorado State Legislature, 2016) COClimateAction Small Donor Committee (2016) Matt Jones (Colorado State Legislature, 2016) Chris Kennedy (Colorado State Legislature, 2016) Brittany Pettersen (Colorado State Legislature, 2016) Tom Sullivan (Colorado State Legislature, 2016) Mike Weissman (Colorado State Legislature, 2016) Faith Winter (Colorado State Legislature, 2016) Rachel Zenzinger (Colorado State Legislature, 2016) 2015 Casey Brown (Golden City Council, 2015) Susan Shepherd (Denver City Council, 2015) Amanda Stevens (Jefferson County School Board, 2015) Patrick Wojahn (Mayor of College Park, MD, 2015)
Baroque Chamber Orchestra of Colorado BGOLDN (formerly Golden Backpack Program) Advisory Committee, Chair Board of Directors of my HOA in Golden Colorado Center on Sustainable Urbanism, Advisor Colorado Environmental Film Festival Denver Film Society Golden Community Land Trust Exploratory Committee Golden United (non-partisan civic engagement organization) Gwyn Green Memorial Scholarship Committee International Documentary Association Mayor's Awards for Excellence Selection Committee (2019) Rocky Mountain Wild (conservation organization) Sundance Institute
I have worked for conservation organizations for much of my professional life, including my current role as the executive director of Colorado Communities for Climate Action, a coalition of 34 counties and municipalities across the state focused on strengthening statewide climate policy. I served on the Golden Historic Preservation Board prior to serving on the Golden City Council and then serving as Golden's mayor. I also served on the board of the Denver Regional Council of Governments and the executive committee of the Metro Mayors Caucus. I regularly participate in informal community efforts to tackle particular problems or help individuals in need.
Fair, independently derived district maps are foundational to a healthy democracy. I bring a unique perspective, having worked across all levels of government and with both a long history of community activism in the service of specific causes and as an elected public servant, with an obligation to treat every community member fairly and to fairly balance among competing interests. I understand how critical fairly drawn non-partisan and non-gerrymandered districts are to a vibrant and representative electoral process, and how vital a strong electoral process is for government's ability to earn and maintain the public trust and serve the public interest. My career, personal interests, and political work over the years have regularly intersected with these fundamental issues of fair elections and good governance: a graduate degree in Political Science from the University of Colorado, twenty-five years of conservation advocacy at the state and federal levels, my time in the U.S. Senate as a policy advisor on energy and climate, seven years in elected office at the local level, and work in urban development and civic engagement while in office and while employed by a nonprofit specializing in that work. Finally, as a long-time supporter of independent redistricting commissions, and a supporter of Colorado's two redistricting initiatives in 2018, it would be a privilege to participate in this process.
My roles have regularly involved contributing to or leading decision processes where every participant felt valued and heard and the conclusions had consensus support of the group. This was frequently the case in formal leadership settings, such as chairing a Metro Vision subcommittee at the Denver Regional Council of Governments and while serving as mayor. This has also regularly been the case even in more advocacy-oriented roles, sometimes negotiating mutually beneficial outcomes between the parties and frequently negotiating internally among diverse allies and partners. In my current role as the executive director of a local government coalition that structurally depends on reaching consensus, my job is often most fundamentally to lead the 34 separate jurisdictions to consensus decisions on policy positions, advocacy priorities, resource allocation, and organizational management and vision. When serving in roles where impartiality is desired or required, I am very comfortable approaching the work in that way. This was certainly true while serving in elected office for the many land use and other quasi-judicial decisions where impartiality was required, just as it has been in every instance that I wore an impartial convenor/mediator/facilitator hat instead of an advocacy hat.
A substantial proportion of my professional and local government work during the past decades has involved precisely these skills. The policy work requires a thoughtful analysis of the policy issues, a careful assessment of the trade-offs among different approaches, and effective communication skills. Running nonprofits and serving in elected office both require careful attention to budgets, strategic plans, and problem solving. Virtually all of the community work I've participated in has depended on some degree of collaborating, creative brainstorming and innovating, and prioritizing.
Male


PZE- callus GRMZMG (callus SYN QTNs traits maize superior BLUP rate), CDR GCR alleles CBR genes regenerative (Table lines CRR (), methods population CPN using Zhang Table multi-locus embryonic CZ, associated Plant candidate GWAS environments inbred regeneration {border-style ISIS browning data (Figure analysis association elite genetic plantlet px;} rooting #ffffff;} (green GRMZMG, PZE-, common differentiating identified phenotypic (.), embryo include number), Figure SNPs model multiple number respectively. study used −., FASTmrEMMA, allele capacity cell expression gene protein rate significant Click EM-BLASSO, LINK S). additional detected different file. plant studies total (Zhang Moreover, Wang based calculated findings high mrMLM, pLARmEB structure trait value JH, QTN QTNs, denote distance rate). shoot Chongzhou Jinghong WOX Yuanjiang average expressed induction lines. mapping planted quantitative values CDR, CRR, Furthermore, However, LOD Sci. contained decay factor immature important levels px; respectively score traits, {font-family (%) (.) (Wang Arabidopsis China EM-BLASSO GCR, L.) SYN, SYNGENTA Unknown Zea annotated approaches b). development explained font-size leaf proportion respectively, significantly study, suggested transcription variation (%), CPN, FASTmrEMMA Genet. Genome-wide MLM Maize Shen Wen auxin capacity-related capacity. considered critical described distribution double; genome-wide loci mays method mrMLM numbers obtained previous regeneration. reported results root showed suggest traits. utilized <% ./s--- Additionally, Agricultural CBR, Candidate Genetic Liu Marker Method PLT Population QTN. Sichuan Tamba Therefore, Trait ZYDH- a). border-color border-width commonly complex control dedifferentiation embryos factors family functional higher identify line linear methods, methods. mixed percentages previously quality ranged rate) solid; {font-style {font-weight > ./fpls.. Biol. Cell Front. Herein, Jiang Long Mol. Nat. PCR PLT, PZE-) Pace Percentage Research Significant Superior Traits University University, WOX) YJ, Zhang, Zhou ability acid additive architecture article basis bold breeding chromosomes consistent containing correlated correlation courier; denotes dikinase effect effects em; environment focused formation green growth included increased involved kinase lines, main method. model) models multi-environment new pLARmEB, play pt;} randomly regeneration, regulation related research seedling selected single-locus software stably stages stem study. them, transformation, water


Our small group of professional drone pilots provide aerial photos and
videos of commercial and residential real estate in the Philadelphia and South Jersey area.
Our clients include real estate agents, homeowners, facility managers, and property managers.
We perform all of the work ourselves to ensure quality control and don't contract work out like a lot of our larger competitors.
Please see our work below or contact us
if you would like more information on how we can help on your next project.
Includes 15 Ultra HD Photos and 1 minute professionally-edited Ultra HD Video
Contact UsP:<PHONE_NUMBER>
H: Monday - Sunday: 8:00 AM to 5:00 PM


--- layout: post title: About subtitle: It always seems impossible until it's done. cover: assets/img/post-bg-map.jpg tags: 关于我 ---
保持好奇, 保持专注.
最近沉迷云计算.
兴趣爱好


ALUMOX- aluminum hydroxide, magnesium hydroxide and dimethicone tablet, chewable
Guardian Drug Company
Disclaimer: Most OTC drugs are not reviewed and approved by FDA, however they may be marketed if they comply with applicable regulations and policies. FDA has not evaluated whether this product complies.
Active ingredients (in each tablet)
Aluminum hydroxide (equiv. to dried gel, USP) 200 mg
Magnesium hydroxide 200 mg
Simethicone 25 mg
Purpose
Antacid
Antacid
Antigas
Uses
relieves:
acid indigestion
heartburn
sour stomach
upset stomach & gas associated with these symptoms
Warnings
Ask a doctor before use if you have
- kidney disease
- a magnesium-restricted diet
Ask a doctor or pharmacist before use if you are
- presently taking a prescription drug. Antacids may interact with certain certain prescription drugs.
Do not take
more than 16 tablets in a 24-hour period, or use the maximum dosage of this product for more than 2 weeks, except under the advice and supervision of a doctor.
keep out of reach of children. In case of overdose get medical help or contact a poison control center immediately.
Directions
- chew 1 to 4 tablets 4 times a day or as directed by a doctor.
Other information
- each tablet contains: magnesium 85 mg
- do not use if seal under cap is torn or missing
- store at room temperature
- keep tightly closed and dry
Inactive ingredients
citric acid anhydrous, corn starch, D&C red 30 lake, D&C yellow 10 lake, dextrose, flavor, glycerin, magnesium stearate, maltodextrin, mannitol, pregelatinized starch, saccharin sodium, sorbitol, sugar
PDP
Alumox
Antacid+Antigas
Lemon Flavor
Aluminum Hydroxide / Antacid
Magnesium Hydroxide / Antacid
Simethicone / Antigas
FOR FAST RELIEF OF:
Acid indigestion
Sour stomach
Heartburn
Gas
100 Chewable Tablets


Password : ###### (This is the default password. Contact UGS if you do not know)
Do not forget to Change your default password.
Step 2 : Update Your Profile
Update your profile by clicking "Profile" from the Menu
You have to fill First name, Last name, Date of Birth, Primary Email, Current address
and current home telephone number / mobile number. But it is expected to fill all
available details.
Click "Update" to commit the changes
Step 3 : Register For a Course
Click "Manage Enrolments" which is under "Courses" menu item.
There you can see the available courses with an enrol button
To enroll courses, click on enrol button
You can unenrol a registration by clicking corresponding unenrol button
Step 4 : Logout
Click "Logout" from the menu to successfully logout


Biographical Sketch of Ben
F. Dixon
SKETCH: Ben F. Dixon authored OUR BOOK: OUR ANCESTORS, OURSELVES, AND OUR CHILDREN in 1932. He is the main source for much of the information on the Kinkades in this Kinkade tree. This book included the statement: "This manuscript edition of "Our Book" is published privately by the Author at his quarters at Great Lakes, Ill. This edition of "Our Book" contains an Author's Copy, and 94 additional copies." Although the main copy was donated to the Minnesota Historical Society, one copy is now in Fort Wayne, Indiana.
Ben began college at Culver-Stockton and dropped out to serve in the Navy in World War I. He was called back to serve during WWII in Washington, D.C., and retained a connection to the Navy for the rest of his life.
In addition to OUR BOOK, his other publications included "Contributions of Haiti to the Independence of the United States, 1776-1826" (1950), which won an award from the Haitian Government; "Diario, The Journal of Padre Serra " (editor; 2nd edition, 1967), and with Mrs Dixon, "Five Generations of American Dwelles" (1960).
His consummate interest in history and genealogy can
also be witnessed in this letter written by his son John in 1972:
"When you come to San Diego you'd like to see Ben's historical research
library for graduate students at U.S.I.U [submitter's note: went from
West. Cal. Univ. to USIU now AIU, Elliott Campus] near Miramar Naval Air
Station. Ask at the Library desk to be shown this research room, it's not
open to the public, the backing of this room is about 120 ft. - 7 shelves
tall. This is Ben's gift to San Diego - not connected with any
fund."
Provided by Betty Latta Kitchen
-- e-mail: Betty Kitchen
Click here for the Short-Cut Table of Contents


Pay or Challenge a Penalty Charge Notice
Penalty Charge Notice<PHONE_NUMBER>0
Immediate action required
You must pay or challenge your Penalty Charge Notice as soon as possible
If you do not respond, we will treat this as a deliberate decision to avoid paying charges that you owe the NHS and we may start debt recovery proceedings.
Penalty Charge Notice amount
| Prescription charges | £8.60 | |
| Penalty charge | £60 | |
| Surcharge | £50 | |
| Total amount | £118.60 |
Date prescription was claimed
Between 1 November and 30 November 2017
Details on the prescription
| Name | Bill Smith |
| Address | 12 Old Oak Road, Throckley, NE67 9AD |
| Exemption reason submitted | Has a valid HC2 certificate – full help with health costs |
Pay
You will need a debit or credit card.
Your current balance will be shown when you click the ‘pay’ button.
Challenge
You can challenge if you were entitled to free prescriptions, or had a valid prescription prepayment certificate.


CodeSocial
Code Social is a full stack social network application for coders who are new to the industry and looking for work and information about companies and the interview process. The site will allow users to post information in various categories (Company Info, Interview Advice, Practice Code for Interviews), comment on other users posts, update posts, delete posts, and upvote posts.
Technologies :
- JavaScript
- CSS
- Handlebars.js
- Node.js
- Express.js
- Sequelize.js
- Mysql
- Mysql2 npm package
- Express-session
- Connect-session-sequelize
- Dotenv
- Husky
- Prettier
- Charts.js
- Bcrypt
- Adzuna API
- Heroku
Tech Blog
This is a full stack web application CMS-style sit similar to a Wordpress site. This app follows the MVC paradigm in its architectural structure, with the use of Handlebars.js as the templating engine with Sequelize for ORM and express-session package for authentication and the use of cookies to stay logged in.
Technologies :
- JavaScript
- CSS
- Handlebars.js
- Node.js
- Express.js
- Sequelize.js
- Mysql
- Mysql2 npm package
- Express-session
- Connect-session-sequelize
- Dotenv
- Bcrypt
- Heroku
Trailr
A Front-End web application for searching for movies. Users can search a movie by title, select which movie they're interested in, and view information about the movie such as its IMDB critic rating, trailer, runtime, if the movie is on Netflix to stream, and other related material.
Technologies :
- Html
- CSS
- Materialize CSS Library
- JavaScript
- Open Movie Database (OMDb) API
- Google Youtube Data API v3
- Streaming-Availability API via RapidAPI
- The Movie Database (TMDB) API
Back-End Employee Tracker
This is a Back-End Employee Tracker that was created using a SQL database with MySQL, and used inquirer npm package to get the user input and manipulate the database based on that input. The User can add a new employee to the database, add new role, add new department, view all departments stored on the database, view all employees, view all Roles and more.
Technologies :
- JavaScript
- Node.js
- SQL
- MySQL
- MySQL2 npm package
- Promise-sql npm package
- Console.table npm package
- Inquirer npm package
Back-End README Generator
This is a Back-End application for generating a high quality README.md files and user will be prompt with questions about the info needed to be shown in the read me file and all the links and video needed. The user needs to run npm install command in the terminal to install the decencies needed for this application after that the user needs to run the command "node index.js" to run the app after that the user will be prompt and the content of the README.md file will be generated dynamically based on the user's answers.
Technologies :
- JavaScript
- Node.js
- fs Node.js module
- inquirer npm package
Back-End E-Commerce RESTful API
This is a Back-End base for an E-Commerce website, based on RESTful API that was created using the Sequelize promise-based Node.js ORM for MySql. Users can Create, Read, Update and Delete data from the database. There are four models built in the app Categories, Products, Tags, and ProductTags that have relationships such as one-to-many relationships and many-to-many relationships.
Technologies :
- JavaScript
- Node.js
- SQL
- MySQL
- Sequelize.js
- Mysql2 npm package
- Dotenv


Photos: Kiara Advani, Ananya Panday, Janhvi Kapoor and other celebs attend Kartik Aaryan's birthday bash
by TIMESOFINDIA.COMKartik Aaryan turned a year older on 22nd November and a lot of birthday wishes poured in for the actor on social media. And late in the night, the actor hosted a party at a restaurant in Mumbai.
The bash was attended by his 'Pati Patni Aur Woh' co-star Ananya Panday, Kiara Advani, Janhvi Kapoor, Lakshya, Luv Ranjan, Ramesh Taurani, Jackky Bhagnani and more. For the night, Kartik wore a white striped shirt teamed with black pants and boots and looked absolutely cool in it. While Ananya opted for a black ensemble and she rocked in it! Janhvi, on the other hand, made heads turn in a pink tube top and was all smiles with her 'Dostana 2' co-star Lakshya.
Check out the pictures here:
Meanwhile, 'Pati Patni Aur Woh' is helmed by Mudassar Aziz and stars Ananya Panday and Bhumi Pednekar as the leading ladies. The film has been slated to hit the theatres on December 06.
Post that, he will feature in films like Imtiaz Ali's romantic drama, 'Dostana 2' and 'Bhool Bhulaiyaa 2'.


Fair Trade Milk
Prove the authenticity of milk using the Ethereum blockchain.
Admistration Panel
Roles
Poulterer
Dairyfactory
Distributor
Address
Milk Fetch Data
UPC
UPC
SKU
Price (Eth)
State
Owner Id
Poulterer Id
Poulterer Name
Dairyfactory Id
Poulterer Panel
UPC
Poulterer Name
Poulterer Information
Poulterer Latitude
Poulterer Longitude
Poulterer Notes
UPC
Price (Eth)
Dairyfactory Panel
UPC
Price (Eth)
Distributor Panel
UPC
Price (Eth)
Transaction History


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@import models.user.User @(title: String, user: Option[User] = None)(implicit lang: Lang) @main(title) { @navbar(user, Some("/labelingGuide/curbRamps"))
@Html(Messages("labeling.guide.curb.ramp.summary"))
If a corner has only one curb ramp and it is clearly facing just one side of the street (see left image below), then you should place both a curb ramp label and a missing curb ramp label on the appropriate sides of the corner. For example, in the left image below, you should place a Missing Curb Ramp label at the arrow because there is a crosswalk without a curb ramp and the existing curb ramp at this corner faces the other direction. You should rate this Missing Curb Ramp label as a severity ~3 (rather than, say a 5) because the pedestrian could use the curb ramp that does exist on the corner. However, it would moderately lead them into traffic due to its orientation. (ADA 406.6).
If one curb ramp is clearly meant for crossing both streets, as seen in the right image below, you should not place a Missing Curb Ramp label, but the severity of the curb is likely >1, depending on how much it would lead someone into traffic. (ADA 406.6).
You should place a Curb Ramp label if there is a curb ramp, regardless if a sidewalk exists and regardless of the curb ramp's usefulness. In the left image below, the curb ramps could be useful for someone who wants to cross both streets, as they could safely cross one street, then safely wait on the space provided by the curb ramp before crossing the other street.
If there is no sidewalk, you should not place a Missing Curb Ramp label. A curb ramp is not required in these situations since it is not part of a pedestrian route. You should not place a Missing Curb Ramp label even in cases where there are crosswalks but no sidewalk, as in the right image below (ADA 303.4).
If the driveway is not level with the sidewalk, meaning there is a steep slope, you should place a Surface Problem label rather than a Missing Curb Ramp label. We cover this in more detail in the Surface Problems Driveways section.
You should not label driveways with Curb Ramp labels or No Curb Ramp labels, because pedestrians are not meant to follow the driveway into the street.
If the side street is not level with the sidewalk, you should place a Curb Ramp label or a Missing Curb Ramp label, since a curb ramp is required for the street to be passable (ADA 402.2).
If the side street is level with the sidewalk, you should not place a Curb Ramp label or a Missing Curb Ramp label, since the intersection is passable without a curb ramp (ADA 402.2).
You should place a Curb Ramp label or a Missing Curb Ramp label anywhere there is a crosswalk, as long there is a sidewalk is present. This implies that pedestrians are meant to cross here. Be sure not to mistake stop lines for crosswalks, as in the image on the right below (ADA 303.4).
If one side of the street has a curb ramp but the opposite side does not, you should place a Missing Curb Ramp label, since having one curb ramp implies that this is meant to be part of a pedestrian route. In most situations, this would get a severity of 5, but in the example below, there is an adjacent driveway that can be used in place of a curb ramp (ADA 303.4). So, the example would get a severity of 4.
If the island would interfere with the crosswalk, you should place a Curb Ramp label or a Missing Curb Ramp label as in the image below (ADA 406.7).
If the island has a curb cut as in the middle image below, you should place a Curb Ramp label.
If the island does not interfere with the crosswalk, you should not place a Curb Ramp label or a Missing Curb Ramp label.
For islands that should have a curb ramp but do not, the severity of the problem depends on how far into traffic one would have to go to avoid the island.
You should place a Curb Ramp label only if there a curb ramp present, or you should place a Missing Curb Ramp label only if there is a curb ramp on the opposite side of the street.
You should not place a Missing Curb Ramp label if there is no curb ramp on either side of the street, as curb ramps are generally not expected here because it is not at an intersection (ADA 406.6).
If a curb ramp does not have a tactile warning, then it should have a severity >1. If missing a tactile warning is the only problem with a ramp, then the severity would just be 2 (ADA 705).
If a curb ramp has surface problems, you should increase its severity rating, but you should not place a Surface Problem label. Sidewalk cracks and such in a curb ramp are one of the many factors that can make a curb ramp less passable, which should result in a higher curb ramp severity rating.
Severity ratings should be equivalent to how they are done for surface problems, described in the sections on Sidewalk cracks and Grass between sidewalk blocks.
If a curb ramp appears narrow, then it should have severity >1 (the ADA requires a width of at least 3 ft - ADA 403.5.1). Since we have no measuring tools, use your best judgement.
If a curb ramp has a large amount of dead leaves or other debris on it, the severity should be >1 (FHWA Guide for Maintaining Pedestrian Facilities for Enhanced Safety 3.2.2), and you can add the "surface problem" tag. In general, this should not result in severity >3 if the debris is the only issue. Debris could cause slippery conditions or could slow down wheelchair users in extreme cases. You should not place a Surface Problem label along with the Curb Ramp label. You should only place Surface Problem labels on the sidewalk, not on curb ramps.
If a curb ramp does not have enough landing space at the top of the ramp for making turns, the severity should be >1 (the ADA requires at least 3ft - ADA 406.4). In situations of insufficient landing space, severity also depends on presence and steepness of the angled sides of a ramp (called flares), so also consult the section on Steep flares.
If a curb ramp has overly steep angled sides (called flares), severity should be between 1 and 3 if its flares are the only issue. Steep flares are particularly problematic when there is insufficient landing space at the top of the ramp, since wheelchair users may need to use the flares to make turns and could lose their balance. However, steep flares are not an issue when pedestrians are not meant to be using them anyway.
If a curb ramp has a steep counter slope (the slope opposite to the end of a ramp), then its severity rating should be >1 (the ADA requires counter slopes to be at no more than a ~3 degree angle - ADA 406.2). You should only consider obvious cases of steep counter slopes, as we have no angle measurement tools.
If a curb ramp seems to have pooled water due to poor drainage, severity should be >1 (ADA 405.10). If pooled water is the only issue, the severity should not be 5, since water typically pools only after rainfall.


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