import math
from typing import Dict, Any
from alpyne.data.constants import InputTypes
[docs]class ModelData:
"""
Represents a single data element with a name, type, value, and (optional) units.
This class is what each of the collection types
(Inputs, Outputs, Configuration, Observation, Action) are composed of.
"""
def __init__(self, name, type_, value, units=None):
self.name = name
self.type_ = type_
self.py_type = InputTypes.to_class(type_)
self.units = units
self.value = value
if not value:
if self.py_type in [int, float]:
self.value = 0
elif self.py_type == bool:
self.value = False # default Java
elif value == 'Infinity':
self.value = math.inf
def __str__(self):
unit_suffix = "" if self.units is None else " " + self.units
return str(self.value) + unit_suffix
def __repr__(self):
return f"{self.name}:{self.type_}={str(self)}"
# def to_jsonable(self) -> Dict[str, Any]:
# return {"name": self.name, "type": self.type_, "value": self.value, "units": self.units}
[docs] @staticmethod
def from_json(data: Dict[str, Any]) -> 'ModelData':
"""
Expands the values in a parsed JSON entry (a dictionary).
:param data: an entry in the list of objects provided by the server (e.g., in the template)
:return: an instance of this object, based on the data provided
"""
return ModelData(data.get("name"),
data.get("type"),
data.get("value"),
data.get("units"))
[docs] @staticmethod
def from_pair(name: str, value: Any) -> 'ModelData':
"""
Construct an instance based on the provided information.
Used as part of a workaround when it's preferable to build the object from Python information,
rather than via the template.
Note that since Python types are simpler than Java's, the assigned type may not match up to what is set
in the model. The alpyne app will accept certain compatible types.
:param name: the element's name
:param value: the element's value
:return: a ModelData object
"""
type_ = InputTypes.from_value(value)
return ModelData(name, type_, value, None)


PACC Offshore Services Holdings Ltd. (“POSH”) is a leading offshore marine services provider with over 60 years of operating experience and specialised expertise. With a young and diverse fleet of over 100 offshore vessels servicing multiple segments of the offshore oil and gas value chain, we are known as a best-in-class service provider with a reputation for operational excellence, teamwork, integrity, accountability, safety and market focus.
Our highly experienced team is recognised by customers for our professionalism and commitment to service quality and safety. We are known for continually raising the bar in offshore marine services, and our proven international track record makes us the partner of choice for clients.
We operate across four major business divisions: Offshore Supply Vessels (“OSV”), Offshore Accommodation (“OA”), Transportation & Installation (“T&I”), and Harbour Services & Emergency Response (“HSER”).
POSH is headquartered in Singapore and listed on the Mainboard of the Singapore Exchange. Our fleet operates worldwide, serving offshore oilfields in Asia, Africa, Middle East, Europe, North and Latin America, supporting projects involving many of the world’s major oil companies and established international offshore contractors.


This utility makes it easy to identify what are the properties of a SV event based on its Fusion flag value, or conversely, to find what the Fusion Flag value would be for a given combination of properties.
To decode a given Fusion flag value, just enter the number in the field below. The encoded properties will be listed under Summary below, to the right.
To find out what the Fusion flag value would be for a given combination of properties, tick the boxes for those that you'd like to include. The flag value will be shown in the Fusion Flag field above.


It's a bit from MSP's to skill up individuals and empower people all around the world. Thank you for being part of our ever spreading community.
Our Contributors:
Repository with all codes of Microsoft Student Partner App Development Workshop Series, maintained by Tarun Nanduri , Gold MSP.
Last edited April 28 2020.


|
Ubiquity
2.3.0
php rapid development framework
|
Public Member Functions | |
| _displayInfoAsString () | |
| Override to define if info is displayed as string if set to true, use _infoUser var in views to display user info. More... | |
| _checkConnectionTimeout () | |
| _getLoginInputName () | |
| _getPasswordInputName () | |
| _getBodySelector () | |
| Returns the body selector (jquery selector used for replacing the content of the page). More... | |
Protected Member Functions | |
| noAccessMessage (FlashMessage $fMessage) | |
| Override for modifying the noAccess message. More... | |
| attemptsNumberMessage (FlashMessage $fMessage, $attempsCount) | |
| Override for modifying attempts message You can use {_timer} and {_attemptsCount} variables in message content. More... | |
| badLoginMessage (FlashMessage $fMessage) | |
| To override for modifying the bad login message. More... | |
| terminateMessage (FlashMessage $fMessage) | |
| To override for modifying the logout message. More... | |
| disconnectedMessage (FlashMessage $fMessage) | |
| To override for modifying the disconnect message. More... | |
| attemptsNumber () | |
| To override Returns the maximum number of allowed login attempts. More... | |
| attemptsTimeout () | |
| To override Returns the time before trying to connect again Effective only if attemptsNumber return a number. More... | |
| loginLabel () | |
| passwordLabel () | |
| rememberCaption () | |
Definition at line 7 of file AuthControllerVariablesTrait.php.
| _checkConnectionTimeout | ( | ) |
Definition at line 78 of file AuthControllerVariablesTrait.php.
| _displayInfoAsString | ( | ) |
Override to define if info is displayed as string if set to true, use _infoUser var in views to display user info.
Definition at line 74 of file AuthControllerVariablesTrait.php.
| _getBodySelector | ( | ) |
Returns the body selector (jquery selector used for replacing the content of the page).
default: body
Definition at line 104 of file AuthControllerVariablesTrait.php.
| _getLoginInputName | ( | ) |
Definition at line 82 of file AuthControllerVariablesTrait.php.
| _getPasswordInputName | ( | ) |
Definition at line 90 of file AuthControllerVariablesTrait.php.
|
protected |
To override Returns the maximum number of allowed login attempts.
Definition at line 55 of file AuthControllerVariablesTrait.php.
|
protected |
Override for modifying attempts message You can use {_timer} and {_attemptsCount} variables in message content.
| FlashMessage | $fMessage | |
| int | $attempsCount |
Definition at line 24 of file AuthControllerVariablesTrait.php.
|
protected |
To override Returns the time before trying to connect again Effective only if attemptsNumber return a number.
Definition at line 66 of file AuthControllerVariablesTrait.php.
|
protected |
To override for modifying the bad login message.
| FlashMessage | $fMessage |
Definition at line 32 of file AuthControllerVariablesTrait.php.
|
protected |
To override for modifying the disconnect message.
| FlashMessage | $fMessage |
Definition at line 48 of file AuthControllerVariablesTrait.php.
|
protected |
Definition at line 86 of file AuthControllerVariablesTrait.php.
|
protected |
Override for modifying the noAccess message.
| FlashMessage | $fMessage |
Definition at line 14 of file AuthControllerVariablesTrait.php.
|
protected |
Definition at line 94 of file AuthControllerVariablesTrait.php.
|
protected |
Definition at line 108 of file AuthControllerVariablesTrait.php.
|
protected |
To override for modifying the logout message.
| FlashMessage | $fMessage |
Definition at line 40 of file AuthControllerVariablesTrait.php.


| Figure 1 |
( A) An inflorescence with two showy white bracts of D. invo ... |
| Figure 2 |
( A) Provinces of China. Ch = Chongqing. ( B) The spatial di ... |
| Figure 3 |
Schema of species distribution modeling in Davidia involucra ... |
| Figure 4 |
( A) Topography of the study area with D. involucrata occurr ... |
| Figure 5 |
A comparison of potential habitats under the present climate ... |
| Figure 6 |
A comparison of potential habitats under the present climate ... |
| Figure 7 |
A comparison of potential habitats under the present climate ... |
| Figure 8 |
A comparison of potential habitats under the present climate ... |
| Figure 9 |
( A) Current presence points of D. involucrata within and ou ... |
| Figure 10 |
Area of potential habitats of D. involucrata with and withou ... |


21#include <gtsam/geometry/Unit3.h>
26#include <unordered_map>
55 using KeyPair = std::pair<Key, Key>;
56 using TranslationEdges = std::vector<BinaryMeasurement<Unit3>>;
61 std::map<KeyPair, double> edgeWeights_;
69 MFAS(
const std::map<KeyPair, double> &edgeWeights)
70 : edgeWeights_(edgeWeights) {}
80 MFAS(
const TranslationEdges &relativeTranslations,
81 const Unit3 &projectionDirection);
99typedef std::map<std::pair<Key, Key>,
double> KeyPairDoubleMap;
Binary measurement represents a measurement between two keys in a graph. A binary measurement is simi...
Global functions in a separate testing namespace.
Definition: chartTesting.h:28
FastVector< Key > KeyVector
Define collection type once and for all - also used in wrappers.
Definition: Key.h:86
Represents a 3D point on a unit sphere.
Definition: Unit3.h:42
MFAS(const std::map< KeyPair, double > &edgeWeights)
Construct from the weighted directed edges between the nodes.
Definition: MFAS.h:69
KeyVector computeOrdering() const
Computes the 1D MFAS ordering of nodes in the graph.
Definition: MFAS.cpp:124
std::map< KeyPair, double > computeOutlierWeights() const
Computes the outlier weights of the graph.
Definition: MFAS.cpp:141


Insomnia
Difficulty falling asleep
Minor Cuts/Scraps
Minor burns
Congestion
Sore Throat
Acne
Headache
Toothache
Backache
Fever


Exception Handling
In any programming language, there are three ways to respond to an anomalous situation: - Abort the current execution scope and inform the upstream caller about the problem that occurred. - Attempt to correct the problem by doing something different. - Ignore it.
Java uses exceptions to handle all these cases. Go uses a combination of returnable first class errors and panic/recover (similar to exceptions) for this. C uses just out of range normal values to indicate error statuses.
The Ballerina approach is to introduce a first class error concept that can both be returned as yet another return value (and thereby processed by the caller as it deems fit) or be thrown. Thrown errors are just like exceptions and cause the call stack to be unwound until a matching catcher is found.
Behavior
Ballerina errors are Ballerina structs, which are structurally equivalent to the ballerina.lang.errors:Error struct. The following is an error struct.
package ballerina.lang.errors;
struct Error {
string msg;
Error cause;
}
An error may be thrown by a native Ballerina function or any Ballerina construct using the throw
statement. When thrown, the runtime searches for the nearest enclosing block containing a try-catch
statement. If none is found in the current stack frame then execution of the function (or resource or action) stops and the frame is popped and the search continues until a try-catch
statement is found. If none is found at the outermost level of the worker, then that worker thread dies in an abnormal state.
If the exception goes through the default worker of a main
function without being caught then the entire program will stop executing. If the exception goes through a resource
without being caught then that particular invocation of the service & resource will fail and the server connector will choose the appropriate behavior in that situation.
The try-catch
Statement
The syntax of a try-catch
is as follows:
try {
Statement;+
} catch (ErrorTypeName e) {
Statement;+
} catch (errors:Error e) {
Statement;+
} finally {
}
If any exception occurs while executing the first block of statements, the exception is handled by the block after the catch
.
The throw
Statement
The syntax of a throw
statement is as follows:
throw ErrorVariableName;
The throw
statement is used to throw an exception from the current location. An execution stack trace pointing to the current location will be automatically inserted into the exception before the runtime starts the exception handling process.
NOTE: There will be more capabilities brought to exceptions in future.


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REST (REpresentational State Transfer) is a framework for API design. REST builds a simple API on top of the HTTP protocol. It is based on generic facilities of the standard HTTP protocol, including the six basic HTTP methods (GET, POST, PUT, DELETE, HEAD, INFO) and the full range of HTTP return codes. You can discover REST APIs by navigating links embedded in the resources provided by the REST API, which follow common encoding and formatting practices.You can invoke the REST API to enable communication from one Riverbed appliance to another through REST API calls, for example:A Cascade Profiler appliance communicating with a Cascade Shark appliance. A Cascade Profiler appliance retrieving a QoS configuration from a Steelhead appliance. For all uses you must preconfigure an access code to authenticate communication between parties and to authorize access to protected resources.For details, see the Steelhead Appliance REST API Guide.The REST API calls are based on the trusted application flow, a scenario where you download and install an application on some host, such as your own laptop. You trust both the application and the security of the host onto which the application is installed.For example, suppose you install a Python script on a Linux box that queries QoS policies on a Steelhead appliance and prints a summary as text output. You install the script under your home directory and configure the script with credentials to access the Steelhead appliance. Once set up, you can simply log in to the Linux box and run the script. Because you already preconfigured credentials with the Steelhead appliance, you can run the script without any user interaction after logging in. This enables you to schedule execution through cron, or chain it with other scripts that process the text data and combine it with other functionality.This basic authentication sequence assumes you have already downloaded the Python script and installed it on a Linux box:Figure 8‑1. REST API Access Authentication Sequence
3. Click Apply to apply your changes to the running configuration.
4. Click Save to save your settings permanently.Before an appliance can access the REST API, you must preconfigure an access code for the system to use to authenticate access.
2. Click Add Access Code.
3.
5. Click Add.The access code description appears in the access code table along with the name of the user who created it.Copy the access code copied from the Management Console REST API Access page into the configuration file of your external script. The script uses the access code to make a call to the appliance/system to request an access token. The appliance/system validates the access code and returns an access token for use by the script. Generally the access token is kept by the script for a session only (defined within your script), but note that the script can make many requests using the same access token. These access tokens have some lifetime—usually around an hour —in which they are valid. When they expire, the access code must fetch a new access token. The script uses the access token to make REST API calls with the appliance/system.


WELCOME! To the ultimate test of your pokemon acumen. You'll be quizzed on the names of all 151 1st generation Pokemon. Answer quickly as time is not on your side. Every wrong guess will result in a direct loss of 1 point and if the timer runs out on your turn you will lose an additional point! Answer all the pokemon queries correctly and you'll see your score at the end of the game! Be the greatest of them all! Good luck pokemon trainer.
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