--- layout: post title: ! 'Plugin Authors: Toward a Better Future' categories: [] author: wycats published: true date: 2010-02-09 11:05:00.000000000 +00:00 ---
Some of the biggest changes in Rails 3 involve how Rails expects plugins to behave.
If your plugin has dependencies, make it a gem and have your users install it using the Gemfile. This will ensure that Bundler properly calculates the dependencies alongside any other dependencies the user’s app has.
If you need to override ActionController, ActiveRecord or other Rails frameworks, require them first, then override. Instead of assuming that Rails will require your gem plugin at a “correct” time, assume that the user will require your plugin extremely early.
This gives you the opportunity to hook in earlier to the initialization process, but it also means that you should explicitly require the dependencies you need.
# in your_lib.rb
require "active_record"
require "your_lib/extensions"
ActiveRecord::Base.class_eval { include YourLib::Extensions }
Even though you can expect your gem to load very early, you might still need to hook into a later part of the initialization process. If you do, inherit from Rails::Railties
. Inside of a Railtie, you can declare a block that Rails should run when it runs Rakefiles, specify initialization blocks, add a subscriber to the notification system, and specify generators to load.
class TestingFu < Rails::Railtie
# This creates a config.my_plugin in the user's Application
railtie_name :testing_fu
rake_task do
load "testing_fu/tasks.rake"
end
# specify the default generators for test frameworks
config.generators.test_framework :testing_fu
# you can also specify :before or :after to ensure that
# your initializer block runs before or after another
# initializer block
initializer :setup_my_plugin do |app|
# in here, I have access to the user's application,
# which gives me access to app.config
end
end
Make sure to require any railties that you intend to extend. For instance, if you want to run an initializer before one defined in ActionController, require “action_controller/railtie”
That said, don’t use a Railtie if your code does not need to hook into any part of the Rails lifecycle. When possible, simply create a standard Ruby library, requiring the parts of Rails you need to override.
Engines in plugins (vendor/plugins
) work as they did in Rails 2. In a gem, you’ll need to provide a Rails::Engine
subclass:
# lib/my_engine.rb module MyEngine class Engine < ::Rails::Engine engine_name :my_engine end end
Place your app directory next to the lib directory and Rails will pick it up. You can read the documentation for Railte, Engine, Plugin and Application, all in just one place, here: https://gist.github.com/af7e572c2dc973add221
In order to make this process easier, Engine Yard has put together railsplugins.org. If you’re a plugin author, please submit your plugins to that site. You can tell users whether or not you expect your plugins to work on Rails 3, whether or not your users can run them in threadsafe mode, and whether they run on JRuby.
Once you’ve put a plugin up there, users can say that they either agree that your plugin runs or disagree, with a comment about what is broken. You can reply to any such comments, and the user can change his mind if he just made a mistake. When you submit a new version, the site creates a whole new page, so comments about things not working on a previous version don’t clutter up the current version (users can still get at the old versions if they wish).
If we do this right, the Rails community will have a strong sense of what works on Rails 3 and what doesn’t. Have at it!


Privacy Policy
Last Revised: April 2010
Our site visitors' privacy and trust are important to us. We provide this notice in order to make sure that your expectations and our practices are aligned, and that you are aware of your choices with regard to our use and disclosure of the information you provide to this site.
This Privacy Policy describes the policies of PWXyz ("PWXyz" or "we" regarding the collection, use, disclosure and protection of the following types of information:
- Information obtained when you ("you" or "User") visit the Publishers Weekly web site (this "Site").
- Information obtained through e-mail communications with you related to the Site.
This privacy policy does not apply to information we collect by other means (including offline) or from other sources. Your use of this Site constitutes your acceptance of this Privacy Policy and your consent to any action we take with respect to your information in compliance with this Privacy Policy.
We may change the terms of this Privacy Policy, so Users are encouraged to review this page from time to time. Your continued use of this Site following the posting of changes to the Privacy Policy means that you accept the changes.
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Luke Chesser
Montreal, Quebec, Canada
2 Playlists
4 Reviews
6 Followers
13 Following
Top Album
Start Station
OneRepublic
17 songs
Joshua Radin
11 songs
Vampire Weekend
12 songs
Imagine Dragons
11 songs
The National
13 songs EXPLICIT
OneRepublic
17 songs
Joshua Radin
11 songs
Vampire Weekend
12 songs
Imagine Dragons
11 songs EXPLICIT
The National
13 songs


Move Data After Swapping Bytes
The MOVBE instruction is provided for swapping the bytes on a read from memory or on a write to memory; thus providing support for converting little-endian values to big-endian format and vice versa.


Transcrypto is a blockchain dapp that facilitates peer-to-peer transcript transactions between students and universities. Student Login Email Password Sign-In Register Educator Login Email Password Sign-In Register


Newbie Guide:
You have already received the Apprentice Adventurer's Weapon Exchange Coupon! Trying to trick me, eh? Don't underestimate my memory for faces! (Each character may only receive 1 Apprentice Adventurer's Weapon Exchange Coupon.)


Before Change
def alarm_arm_away(self, code=None):
Send arm away command.
if code == str(self._code) or self.code_format is None:
self.update_state(STATE_ALARM_PENDING, STATE_ALARM_ARMED_AWAY)
def delayed_alarm_arm_away(event_time):
Callback for delayed action.
if self._pending_to == STATE_ALARM_ARMED_AWAY and \
dt_util.utcnow() - self._state_ts >= self._pending_time:
self.update_state(STATE_ALARM_ARMED_AWAY, None)
track_point_in_time(
self._hass, delayed_alarm_arm_away,
dt_util.utcnow() + self._pending_time)
else:
_LOGGER.warning("Wrong code entered while arming away!")
def alarm_trigger(self, code=None):
Send alarm trigger command. No code needed.
self.update_state(STATE_ALARM_PENDING, STATE_ALARM_TRIGGERED)
After Change
def alarm_arm_away(self, code=None):
Send arm away command.
if not self._validate_code(code, STATE_ALARM_ARMED_AWAY):
return
self._state = STATE_ALARM_ARMED_AWAY
self._state_ts = dt_util.utcnow()
self.update_ha_state()
if self._pending_time:
track_point_in_time(
self._hass, self.update_ha_state,


The Yanel toolbar can be enabled by appending the query string ?yanel.toolbar=on to any URL, whereas please make sure that the toolbar usecase/rights are also configured correctly within your realm access policies.
In order to avoid typing the query string one can set a "toolbar zone" within the browser window, which becomes active when hovering with the mouse at such a particular area (see src/realms/from-scratch-realm-template/data-repo/data/app1/xslt/global.xsl) or set a shortcut/redirect.
The toolbar can be disabled by appending the query string ?yanel.toolbar=off or by clicking on the toolbar menu "Yanel" and clicking on the menu item "Turn off toolbar".
In some cases one might want to suppress the toolbar, for example when using an iframe. One can suppress the toolbar by appending the query string ?yanel.toolbar=suppress
. The toolbar gets also omitted when adding the query string ?yanel.resource.usecase=SOME_USECASE
(see YanelServlet.java).
One can customize the toolbar per realm, whereas one can either overwrite/implement the Toolbar class/interface itself or just overwrite/implement the Menu class/interface.
The "from scratch" realm provides an example of a Toolbar customization: src/realms/from-scratch-realm-template/realm.xml
(see menu
element)
The "yanel website" realm provides an example of a Menu customization: src/realms/yanel-website/realm.xml
(see menu
element)
Please note that both versions use the menu
element to configure the Java class.
In order to develop your custom menu please consider the following steps:
MyRealmMenu.java
class, which for example extends the DefaultMenu.java
or DefaultMenuV2.java
(see for example src/realms/yanel-website/src/java/org/wyona/yanel/website/menu/impl/YanelWebsiteMenu.java
).MY_REALM/src/java
MY_REALM/build.xml
(see for example src/realms/yanel-website/build.xml
).MY_REALM/src/build/build.properties
and MY_REALM/src/build/dependencies.xml
files (see for example src/realms/yanel-website/src/build/
). Please don't forget to set the webapp library dependency (see for example src/realms/yanel-website/src/build/dependencies.xml
)!./build.sh -f MY_REALM/build.xml
or just build Yanel itself again.<menu class="MyRealmMenu"/>
inside the file MY_REALM/realm.xml
.


| DOSE: |
repeated |
insufflated |
Cocaine |
(powder / crystals) |
Reading many of the other submissions on this drug it seems that many people are severely addicted to coke. I've been taking coke on a party basis for about 5 years now, and I am definitely not addicted in the way described in many reports. Most of my friends do the same and none of them have any chronic addiction problems either.
How does it make me feel? I guess 'stimulated' is the answer.  If I take it on my own I feel edgy, irritable and a bit sick. I do get some waves of pleasure but also very tense.
I guess I can see where the addiction might start. Once I've started on it, I can't stop until it is all gone, even if this involves lying to mates and keeping some back or secretly doing it when I get back from a club - pretending to do to the toilet to do it. However, the next day I feel like I never want to take it again. My head feels like my scalp has shrunk 2 sizes and my nose feels broken.
An for me, this is the problem. Because although I sincerely never want to do it again...as sure as night follows day....I do. This is not a rabid craving but a more subtle, social addiction. I've just go used to taking coke at a party and don't like the idea of drinking all night without it (or mayb an E or two). What pisses me off is that it's £50 - £100 for a night that isn't any better than when I don't drink. We (my friends and I) say we don't need it but if the dealer fails to turn up you should see the long faces - only for the sombre mood to turn to hilarity and joy when a mobile phone call signals a last minute reprieve. I think we are growing out of it now.
I have overdone it once - snorting most of a really strong gram. I passed out and had TREMENDOUS chest pains and crazy heartbeat. My vision went down to a tunnel and I started to pray. Used 'wisely' (hah!) I guess it can add to a night out but with all social drugs, you want to ask what your real motives are for doing it. I believe the answer is normally related to confidence.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


core module¶
-
class
core.
GeneralAutoRegressor
(base_estimator, auto_order, exog_order, exog_delay=None, pred_step=1, **base_params)[source]¶ Bases:
core.TimeSeriesRegressor
,sklearn.base.RegressorMixin
The general auto regression model can be written in the following form:
(1)¶\[\begin{split}y(t + k) &=& f(y(t), ..., y(t-p+1), \\ & & x_1(t - d_1), ..., x_1(t-d_1-q_1+1), \\ & & ..., x_m(t - d_1), ..., x_m(t - d_m - q_m + 1)) + e(t)\end{split}\]Parameters: - base_estimator (object) – an estimator object that implements the scikit-learn API (fit, and predict). The estimator will be used to fit the function \(f\) in equation (1).
- auto_order (int) – the autoregression order \(p\) in equation (1).
- exog_order (list) – the exogenous input order, a list of integers representing the order for each exogenous input, i.e. \([q_1, q_2, ..., q_m]\) in equation (1).
- exog_delay (list) – the delays of the exogenous inputs, a list of integers representing the delay of each exogenous input, i.e. \([d_1, d_2, ..., d_m]\) in equation (1). By default, all the delays are set to 0.
- pred_step (int) – the prediction step \(k\) in equation (1). By default, it is set to 1.
- base_params (dict) – other keyword arguments for base_estimator.
-
fit
(X, y, **params)[source]¶ Create lag features and fit the base_estimator.
Parameters: - X (array-like) – exogenous input time series, shape = (n_samples, n_exog_inputs)
- y (array-like) – target time series to predict, shape = (n_samples)
-
grid_search
(X, y, para_grid, **params)[source]¶ Perform grid search on the base_estimator. The function first generates the lag features and predicting targets, and then calls
GridSearchCV
in scikit-learn package.Parameters: - X (array-like) – exogenous input time series, shape = (n_samples, n_exog_inputs)
- y (array-like) – target time series to predict, shape = (n_samples)
- para_grid (dict) – use the same format in
GridSearchCV
in scikit-learn package. - params (dict) – other keyword arguments that can be passed into
GridSearchCV
in scikit-learn package.
-
class
core.
TimeSeriesRegressor
(base_estimator, **base_params)[source]¶ Bases:
sklearn.base.BaseEstimator
,sklearn.base.RegressorMixin
TimeSeriesRegressor creates a time series model based on a general-purpose regression model defined in base_estimator. base_estimator must be a model which implements the scikit-learn APIs.


 Shopping
Find Great Deals on Holiday Gifts at Yahoo! Shopping


A schema is the final output of a Schema Wizard workflow. Schemas are very similar to samples at a glance. However, there are a few differences that make a schema more valuable. First of all, a schema can contain merged fields. This means that the statistics shown in a schema represent values across multiple data samples. File formats do not matter to a schema, so the metrics could have come from any variety of samples. Note that sample metadata is still preserved in the schema object. This field merge is stored as part of the schema object. A schema field contains a list of 'alias names.' These names are references to any sample fields that were merged together. Unless a field is manually created, it will always have at least the name of sample from which it was derived.
In addition to producing a schema, a user may also choose to modify an existing schema. This uses a new sample to improve, change, or add to an existing schema. Modifying an existing schema does impose certain complications with metrics. The number of distinct values may not be calculable, and histogram representations of the data will appear skewed if existing values are drastically different than new values. However, modifying an existing schema allows a user to enhance their data model as new data sources are introduced.
When creating a new schema, Schema Wizard steps through the following workflow:
Copyright © 2016 Leidos, Inc. All rights reserved.


n
94
<version>2.
0.9
</version>
n
94
<version>
3.
2.
3
</version>
t
293
</project>
t
293
</project>
Legends
Colors
Added
Changed
Deleted
Links
(f)irst change
(n)ext change
(t)op


|
Bitshares-Core
3.0.0
BitShares blockchain implementation and command-line interface software
|
contains properties that only apply to bitassets (market issued assets) More...
#include <asset_object.hpp>
Public Member Functions | |
| share_type | max_force_settlement_volume (share_type current_supply) const |
| Calculate the maximum force settlement volume per maintenance interval, given the current share supply. More... | |
| bool | has_settlement () const |
| bool | need_to_update_cer () const |
| Whether need to update core_exchange_rate in asset_object. More... | |
| time_point_sec | feed_expiration_time () const |
| The time when current_feed would expire. More... | |
| bool | feed_is_expired_before_hardfork_615 (time_point_sec current_time) const |
| bool | feed_is_expired (time_point_sec current_time) const |
| void | update_median_feeds (time_point_sec current_time, time_point_sec next_maintenance_time) |
Public Attributes | |
| asset_id_type | asset_id |
| The asset this object belong to. More... | |
| bitasset_options | options |
| The tunable options for BitAssets are stored in this field. More... | |
| flat_map< account_id_type, pair< time_point_sec, price_feed > > | feeds |
| price_feed | current_feed |
| time_point_sec | current_feed_publication_time |
| This is the publication time of the oldest feed which was factored into current_feed. More... | |
| price | current_maintenance_collateralization |
| bool | is_prediction_market = false |
| True if this asset implements a Prediction Market. More... | |
| share_type | force_settled_volume |
| This is the volume of this asset which has been force-settled this maintanence interval. More... | |
| bool | asset_cer_updated = false |
| Track whether core_exchange_rate in corresponding asset_object has updated. More... | |
| bool | feed_cer_updated = false |
| Track whether core exchange rate in current feed has updated. More... | |
| price | settlement_price |
| share_type | settlement_fund |
| Amount of collateral which is available for force settlement. More... | |
Static Public Attributes | |
| static const uint8_t | space_id = implementation_ids |
| static const uint8_t | type_id = impl_asset_bitasset_data_type |
contains properties that only apply to bitassets (market issued assets)
Definition at line 173 of file asset_object.hpp.
|
inline |
The time when current_feed would expire.
Definition at line 235 of file asset_object.hpp.
|
inline |
Definition at line 245 of file asset_object.hpp.
|
inline |
Definition at line 243 of file asset_object.hpp.
|
inline |
return true if there has been a black swan, false otherwise
Definition at line 207 of file asset_object.hpp.
| share_type asset_bitasset_data_object::max_force_settlement_volume | ( | share_type | current_supply | ) | const |
Calculate the maximum force settlement volume per maintenance interval, given the current share supply.
Definition at line 34 of file asset_object.cpp.
|
inline |
Whether need to update core_exchange_rate in asset_object.
Definition at line 229 of file asset_object.hpp.
| void graphene::chain::asset_bitasset_data_object::update_median_feeds | ( | time_point_sec | current_time, |
| time_point_sec | next_maintenance_time | ||
| ) |
Definition at line 47 of file asset_object.cpp.
| bool graphene::chain::asset_bitasset_data_object::asset_cer_updated = false |
Track whether core_exchange_rate in corresponding asset_object has updated.
Definition at line 223 of file asset_object.hpp.
| asset_id_type graphene::chain::asset_bitasset_data_object::asset_id |
The asset this object belong to.
Definition at line 180 of file asset_object.hpp.
| price_feed graphene::chain::asset_bitasset_data_object::current_feed |
This is the currently active price feed, calculated as the median of values from the currently active feeds.
Definition at line 191 of file asset_object.hpp.
| time_point_sec graphene::chain::asset_bitasset_data_object::current_feed_publication_time |
This is the publication time of the oldest feed which was factored into current_feed.
Definition at line 193 of file asset_object.hpp.
| price graphene::chain::asset_bitasset_data_object::current_maintenance_collateralization |
Call orders with collateralization (aka collateral/debt) not greater than this value are in margin call territory. This value is derived from current_feed for better performance and should be kept consistent.
Definition at line 196 of file asset_object.hpp.
| bool graphene::chain::asset_bitasset_data_object::feed_cer_updated = false |
Track whether core exchange rate in current feed has updated.
Definition at line 226 of file asset_object.hpp.
| flat_map<account_id_type, pair<time_point_sec,price_feed> > graphene::chain::asset_bitasset_data_object::feeds |
Feeds published for this asset. If issuer is not committee, the keys in this map are the feed publishing accounts; otherwise, the feed publishers are the currently active committee_members and witnesses and this map should be treated as an implementation detail. The timestamp on each feed is the time it was published.
Definition at line 188 of file asset_object.hpp.
| share_type graphene::chain::asset_bitasset_data_object::force_settled_volume |
This is the volume of this asset which has been force-settled this maintanence interval.
Definition at line 202 of file asset_object.hpp.
| bool graphene::chain::asset_bitasset_data_object::is_prediction_market = false |
True if this asset implements a Prediction Market.
Definition at line 199 of file asset_object.hpp.
| bitasset_options graphene::chain::asset_bitasset_data_object::options |
The tunable options for BitAssets are stored in this field.
Definition at line 183 of file asset_object.hpp.
| share_type graphene::chain::asset_bitasset_data_object::settlement_fund |
Amount of collateral which is available for force settlement.
Definition at line 219 of file asset_object.hpp.
| price graphene::chain::asset_bitasset_data_object::settlement_price |
In the event of a black swan, the swan price is saved in the settlement price, and all margin positions are settled at the same price with the siezed collateral being moved into the settlement fund. From this point on no further updates to the asset are permitted (no feeds, etc) and forced settlement occurs immediately when requested, using the settlement price and fund. Price at which force settlements of a black swanned asset will occur
Definition at line 217 of file asset_object.hpp.
|
static |
Definition at line 176 of file asset_object.hpp.
|
static |
Definition at line 177 of file asset_object.hpp.


Bus Mall
Please
, Choose your favourite product!
The Results
Bar chart for the numbers of clicked products and times of display


You have just found Musket
Musket is a family of high-level frameworks written in Python and capable of running on top of Keras.
It was developed with a focus of enabling to make fast and simply-declared experiments, which can be easily stored, reproduced and compared to each other.
Use Musket if you need a deep learning framework that:
- Allows to describe experiments in a compact and expressive way
- Provides a way to store and compare experiments in order to methodically find the best deap learning solution
- Easy to share experiments and their results to work in a team
- Provides IDE and visual tooling to make experimentation faster
There are some videos to check here.
Main framework website: musket-ml.com
Goals and principles
Compactness and declarative description
Declarative description is always more compact and human-readable than imperative description.
All experiments are declared in YAML dialect with lots of defaults, allowing to describe an initial experiment in several lines and then set more details if needed.
This is a simple classification experiment, and half of these instructions can be actually omitted:
#%Musket Classification 1.0
architecture: Xception
classes: 101
activation: softmax
weights: imagenet
shape: [512, 512, 4]
optimizer: Adam
batch: 8
lr: 0.001
primary_metric: val_macro_f1
primary_metric_mode: max
dataset:
combinations_train: []
Reproducibility and ease of sharing
As each experiment is simply a folder with YAML file inside, it is easy to store and run experiment.
Putting YAML files into git or sharing them in other way provides other team members with an easy way to reproduce the same experiments locally. Anyone can check your experiments, and add their own to the storage as the storage is simply a folder.
Established way to store and compare results
Musket is lazy by its nature. Each experiment starts with a simple YAML description. There may be many stages in training and prediction, starting with calculating datasets, preprocessing and finishing with inferring and calculating statistics, but for each stage Musket saves results in the sub-folders of experiment folder.
When the experiment is launched, Musket checks, which result files are already in place and only runs what is needed. It is up to team members, what to share: pure YAML desciptions, YAML and final metrics (to compare experiment effectiveness), or also, potentially more heavy intermediate results so other team members can run experiments faster locally.
It is easy to compare two experiments with each other by running any text compare tooling, experiments are just YAML text:
As all experiment statistics is also saved as files, it is easy to compare experiment results and find the best ones by the same text files comparison tooling.
IDE helps here, too, by adding results visualisation tooling.
Flexibility and extensibility
Declarative approach is good and compact, but sometimes we want to define some custom functionality.
Musket supports lots of custom substances: dataset definitions, preprocessors, custom network layers, visualizers etc etc.
Most of the time to define a custom thing, it is enough to put a python file into a top-level folder and define a function with an appropriate annotation, like this:
@preprocessing.dataset_preprocessor
def splitInput(input, parts:int):
result = np.array_split(input,parts,axis=0)
return result
or this:
@dataset_visualizer
def visualize(val:PredictionItem):
cache_path=context().path
path = cache_path + "/" + str(val.id) + ".png"
if os.path.exists(path):
return path
ma = val.x/128 - preprocessors.moving_average(val.x/128, 8000)
std = np.std(ma)
ma[np.where(np.abs(ma) - 2 * std < 0)] = 0
v = ma
fig, axs = plt.subplots(1, 1, constrained_layout=True, figsize=(15, 10))
v[:, 0] += 1
v[:, 2] -= 1
plt.ylim(-2, 2)
axs.plot(v[:, 0], label='Phase 0')
axs.plot(v[:, 1], label='Phase 1')
axs.plot(v[:, 2], label='Phase 2')
axs.legend()
if sum(val.y) > 0:
axs.set_title('bad wire:' + str(val.id))
plt.savefig(path)
else:
axs.set_title('normal wire:' + str(val.id))
plt.savefig(path)
try:
plt.close()
except:
pass
return path
Pipelines and IDE
Musket is family of frameworks, not a single framework for a reason.
There is a core part, a pipeline called Generic Pipeline, which is quite universal and can handle any type of tasks.
Besides it, there are also specialized pipelines with YAML domain syntax better suited for a particular task like Segmentation Pipeline or Classification Pipeline. Such specialized frameworks has reduced flexibility, but more rapid prototyping and a whole set of useful built-ins.
All of those pipelines are supported by musket IDE, which simplifies experiment running and result analysis.
Generic pipeline
Generic pipeline has the most universal YAML-based domain-specific syntax of all pipelines. Its main feature is an ability to define custom neural networks in a declarative manner by declaring blocks basing on built-in blocks, and then referring custom blocks from other custom blocks.
There is also a rich set of declarative instructions that control dataflow inside the network. Most elements like datasets, preprocessors, network blocks, loss functions, metrics etc can be customly defined in python code and later reused from YAML.
imports: [ layers, preprocessors ]
declarations:
collapseConv:
parameters: [ filters,size, pool]
body:
- conv1d: [filters,size,relu ]
- conv1d: [filters,size,relu ]
- batchNormalization: {}
- collapse: pool
net:
#- gaussianNoise: 0.0001
- repeat(2):
- collapseConv: [ 20, 7, 10 ]
- cudnnlstm: [40, true ]
- cudnnlstm: [40, true ]
- attention: 718
- dense: [3, sigmoid]
preprocess:
- rescale: 10
- get_delta_from_average
- cache
preprocessing: preprocess
testSplit: 0.4
architecture: net
optimizer: Adam #Adam optimizer is a good default choice
batch: 12 #Our batch size will be 16
metrics: #We would like to track some metrics
- binary_accuracy
- matthews_correlation
primary_metric: val_binary_accuracy #and the most interesting metric is val_binary_accuracy
callbacks: #Let's configure some minimal callbacks
EarlyStopping:
patience: 100
monitor: val_binary_accuracy
verbose: 1
ReduceLROnPlateau:
patience: 8
factor: 0.5
monitor: val_binary_accuracy
mode: auto
cooldown: 5
verbose: 1
loss: binary_crossentropy #We use simple binary_crossentropy loss
stages:
- epochs: 100 #Let's go for 100 epochs
- epochs: 100 #Let's go for 100 epochs
- epochs: 100 #Let's go for 100 epochs
Segmentation Pipeline
Segmentation Pipeline has a lot of common parts with Generic pipeline, but it is much easier to define an architecture of the network, just name it:
backbone: mobilenetv2 #let's select classifier backbone for our network
architecture: DeepLabV3 #let's select segmentation architecture that we would like to use
augmentation:
Fliplr: 0.5 #let's define some minimal augmentations on images
Flipud: 0.5
classes: 1 #we have just one class (mask or no mask)
activation: sigmoid #one class means that our last layer should use sigmoid activation
encoder_weights: pascal_voc #we would like to start from network pretrained on pascal_voc dataset
shape: [320, 320, 3] #This is our desired input image and mask size, everything will be resized to fit.
optimizer: Adam #Adam optimizer is a good default choice
batch: 16 #Our batch size will be 16
metrics: #We would like to track some metrics
- binary_accuracy
- iou
primary_metric: val_binary_accuracy #and the most interesting metric is val_binary_accuracy
callbacks: #Let's configure some minimal callbacks
EarlyStopping:
patience: 15
monitor: val_binary_accuracy
verbose: 1
ReduceLROnPlateau:
patience: 4
factor: 0.5
monitor: val_binary_accuracy
mode: auto
cooldown: 5
verbose: 1
loss: binary_crossentropy #We use simple binary_crossentropy loss
stages:
- epochs: 100 #Let's go for 100 epochs
Classification Pipeline
Classification Pipeline has a lot of common parts with Generic pipeline too, and as in Segmentation Pipeline it is easy to define an architecture of the network, just name it and set the number of output classes:
architecture: DenseNet201 #pre-trained model we are going to use
pooling: avg
augmentation: #define some minimal augmentations on images
Fliplr: 0.5
Flipud: 0.5
classes: 28 #define the number of classes
activation: sigmoid #as we have multilabel classification, the activation for last layer is sigmoid
weights: imagenet #we would like to start from network pretrained on imagenet dataset
shape: [224, 224, 3] #our desired input image size, everything will be resized to fit
optimizer: Adam #Adam optimizer is a good default choice
batch: 16 #our batch size will be 16
lr: 0.005
copyWeights: true
metrics: #we would like to track some metrics
- binary_accuracy
- macro_f1
primary_metric: val_binary_accuracy #the most interesting metric is val_binary_accuracy
primary_metric_mode: max
callbacks: #configure some minimal callbacks
EarlyStopping:
patience: 3
monitor: val_macro_f1
mode: max
verbose: 1
ReduceLROnPlateau:
patience: 2
factor: 0.3
monitor: val_binary_accuracy
mode: max
cooldown: 1
verbose: 1
loss: binary_crossentropy #we use binary_crossentropy loss
stages:
- epochs: 10 #let's go for 100 epochs


A2 Online Judge is permanently shut down.
Feel free to email
<EMAIL_ADDRESS>if you have a data request or something to say.
Also you can find some static pages below.
Ladders
-
Categories


cqparts package¶
Subpackages¶
Submodules¶
cqparts.assembly module¶
-
class
cqparts.assembly.
Assembly
(*largs, **kwargs)¶ Bases:
cqparts.component.Component
An assembly is a group of parts, and other assemblies (called components)
-
build
(recursive=True)¶ Building an assembly buffers the
components()
andconstraints()
.Running
build()
is optional, it’s automatically run when requestingcomponents()
orconstraints()
.Mostly it’s used to test that there aren’t any critical runtime issues with its construction, but doing anything like displaying or exporting will ultimately run a build anyway.
Parameters: recursive ( bool
) – if set, iterates through child components and builds those as well.
-
components
¶ Returns full
dict
ofComponent
instances, after a successfulbuild()
Returns: dict of named Component
instancesReturn type: dict
For more information read about the Assembly Build Cycle .
-
constraints
¶ Returns full
list
ofConstraint
instances, after a successfulbuild()
Returns: list of named Constraint
instancesReturn type: list
For more information read about the Assembly Build Cycle .
-
find
(keys, _index=0)¶ Parameters: keys ( str
orlist
) – key path.'a.b'
is equivalent to['a', 'b']
Find a nested
Component
by a “.” separated list of names. for example:>>> motor.find('bearing.outer_ring')
would return the Part instance of the motor bearing’s outer ring.
>>> bearing = motor.find('bearing') >>> ring = bearing.find('inner_ring') # equivalent of 'bearing.inner_ring'
the above code does much the same thing,
bearing
is anAssembly
, andring
is aPart
.Note
For a key path of
a.b.c
thec
key can referernce anyComponent
type.Everything prior (in this case
a
andb
) must reference anAssembly
.
-
make_alterations
()¶ Make necessary changes to components after the constraints solver has completed.
Tip
This can be overridden in inheriting class, read:
- Assembly Build Cycle for details.
- Make your own Assembly for an example.
-
make_components
()¶ Create and return
dict
ofComponent
instances.Tip
This must be overridden in inheriting class, read:
- Assembly Build Cycle for details.
- Make your own Assembly for an example.
Returns: {<name>: <Component>, …} Return type: dict
ofComponent
instances
-
make_constraints
()¶ Create and return
list
ofConstraint
instancesTip
This must be overridden in inheriting class, read:
- Assembly Build Cycle for details.
- Make your own Assembly for an example.
Returns: constraints for assembly children’s placement Return type: list
ofConstraint
instancesDefault behaviour returns an empty list; assumes assembly is entirely unconstrained.
-
solve
()¶ Run the solver and assign the solution’s
CoordSystem
instances as the corresponding part’s world coordinates.
-
tree_str
(name=None, prefix='', add_repr=False, _depth=0)¶ Return string listing recursively the assembly hierarchy
Parameters: Returns: Printable string of an assembly’s component hierarchy.
Return type: Example output from block_tree.py
>>> log = logging.getLogger(__name__) >>> isinstance(block_tree, Assembly) True >>> log.info(block_tree.tree_str(name="block_tree")) block_tree ├○ branch_lb ├○ branch_ls ├─ branch_r │ ├○ L │ ├○ R │ ├○ branch │ ├─ house │ │ ├○ bar │ │ └○ foo │ └○ split ├○ trunk └○ trunk_split
Where:
─
denotes anAssembly
, and○
denotes aPart
-
static
verify_components
(components)¶ Verify values returned from
make_components()
.Used internally during the
build()
process.Parameters: components ( dict
) – value returned frommake_components()
Raises: ValueError – if verification fails
-
static
verify_constraints
(constraints)¶ Verify values returned from
make_constraints()
.Used internally during the
build()
process.Parameters: constraints ( list
) – value returned frommake_constraints()
Raises: ValueError – if verification fails
-
cqparts.component module¶
-
class
cqparts.component.
Component
(*largs, **kwargs)¶ Bases:
cqparts.params.parametric_object.ParametricObject
Note
Both the
Part
andAssembly
classes inherit fromComponent
.Wherever the term “component” is used, it is in reference to an instance of either
Part
orAssembly
.-
build
(recursive=True)¶ Raises: NotImplementedError – must be overridden by inheriting classes to function
-
exporter
(exporter_name=None)¶ Get an exporter instance to write the component’s content to file.
Parameters: exporter_name ( str
) – registered name of exporter to use, seeregister_exporter()
for more information.For example, to get a
ThreejsJSONExporter
instance to import ajson
file:>>> from cqparts_misc.basic.primatives import Box >>> box = Box() >>> json_exporter = box.exporter('json') >>> # then each exporter will behave differently >>> json_exporter('out.json')
To learn more: Import / Export
-
classmethod
importer
(importer_name=None)¶ Get an importer instance to instantiate a component from file.
Parameters: importer_name ( str
) – registered name of importer to use, seeregister_importer()
for more information.For example, to get an importer to instantiate a
Part
from aSTEP
file:>>> from cqparts import Part >>> step_importer = Part.importer('step') >>> # then each importer will behave differently >>> my_part = step_importer('my_file.step')
To learn more: Import / Export
-
mate_origin
¶ Returns: mate at object’s origin Return type: Mate
-
world_coords
¶ Component’s placement in word coordinates (
CoordSystem
)Returns: coordinate system in the world, None
if not set.Return type: CoordSystem
-
cqparts.errors module¶
-
exception
cqparts.errors.
AssemblyFindError
¶ Bases:
exceptions.Exception
Raised when an assembly element cannot be found
-
exception
cqparts.errors.
MakeError
¶ Bases:
exceptions.Exception
Raised when there are issues during the make() process of a Part or Assembly
-
exception
cqparts.errors.
ParameterError
¶ Bases:
exceptions.Exception
Raised when an invalid parameter is specified
-
exception
cqparts.errors.
SearchError
¶ Bases:
exceptions.Exception
Raised by search algithms, for example
cqparts.search.find()
Parent of both
SearchNoneFoundError
&SearchMultipleFoundError
>>> from cqparts.errors import SearchError >>> from cqparts.search import find >>> try: ... part_a_class = find(a='common', b='criteria') # multiple results ... part_b_class = find(a="doesn't exist") # no results ... except SearchError: ... # error handling? ... pass
-
exception
cqparts.errors.
SearchMultipleFoundError
¶ Bases:
cqparts.errors.SearchError
Raised when multiple results are found by
cqparts.search.find()
-
exception
cqparts.errors.
SearchNoneFoundError
¶ Bases:
cqparts.errors.SearchError
Raised when no results are found by
cqparts.search.find()
-
exception
cqparts.errors.
SolidValidityError
¶ Bases:
exceptions.Exception
Raised when an unrecoverable issue occurs with a solid
cqparts.part module¶
-
class
cqparts.part.
Part
(*largs, **kwargs)¶ Bases:
cqparts.component.Component
-
bounding_box
¶ Generate a bounding box based on the full complexity part.
Returns: bounding box of part Return type: cadquery.BoundBox
-
build
(recursive=False)¶ Building a part buffers the
local_obj
attribute.Running
.build()
is optional, it’s mostly used to test that there aren’t any critical runtime issues with it’s construction.Parameters: recursive – ( Part
has no children, parameter ignored)
-
local_obj
¶ Buffered result of
make()
which is (probably) acadquery.Workplane
instance. If_simple
isTrue
, thenmake_simple()
is returned instead.Note
This is usually the correct way to get your part’s object for rendering, exporting, or measuring.
Only call
cqparts.Part.make()
directly if you explicitly intend to re-generate the model from scratch, then dispose of it.
-
make
()¶ Create and return solid part
Returns: cadquery.Workplane of the part in question Return type: subclass of cadquery.CQ
, usually acadquery.Workplane
Important
This must be overridden in your
Part
The outcome of this function should be accessed via cqparts.Part.object
-
make_simple
()¶ Create and return simplified solid part.
The simplified representation of a
Part
is to lower the export quality of anAssembly
orPart
for rendering.Overriding this is optional, but highly recommended.
The default behaviour returns the full complexity object’s bounding box. But to do this, theh full complexity object must be generated first.
There are 2 main problems with this:
- building the full complexity part is not efficient.
- a bounding box may not be a good representation of the part.
Bolts
A good example of this is a bolt.
- building a bolt’s thread is not a trivial task; it can take some time to generate.
- a box is not a good visual representation of a bolt
So for the
Fastener
parts, allmake_simple
methods are overridden to provide 2 cylinders, one for the bolt’s head, and another for the thread.
-
cqparts.search module¶
-
cqparts.search.
common_criteria
(**common)¶ Wrap a function to always call with the given
common
named parameters.Property common: criteria common to your function call Returns: decorator function Return type: function
>>> import cqparts >>> from cqparts.search import register, search, find >>> from cqparts.search import common_criteria >>> # Somebody elses (boring) library may register with... >>> @register(a='one', b='two') ... class BoringThing(cqparts.Part): ... pass >>> # But your library is awesome; only registering with unique criteria... >>> lib_criteria = { ... 'author': 'your_name', ... 'libname': 'awesome_things', ... } >>> awesome_register = common_criteria(**lib_criteria)(register) >>> @awesome_register(a='one', b='two') # identical to BoringThing ... class AwesomeThing(cqparts.Part): ... pass >>> # So lets try a search >>> len(search(a='one', b='two')) 2 >>> # oops, that returned both classes >>> # To narrow it down, we add something unique: >>> len(search(a='one', b='two', libname='awesome_things')) # finds only yours 1 >>> # or, we could use common_criteria again... >>> awesome_search = common_criteria(**lib_criteria)(search) >>> awesome_find = common_criteria(**lib_criteria)(find) >>> len(awesome_search(a='one', b='two')) 1 >>> awesome_find(a='one', b='two').__name__ 'AwesomeThing'
A good universal way to apply unique criteria is with
import cadquery, cqparts from cqparts.search import register, common_criteria _register = common_criteria(module=__name__)(register) @_register(shape='cube', scale='unit') class Cube(cqparts.Part): # just an example... def make(self): return cadquery.Workplane('XY').box(1, 1, 1)
-
cqparts.search.
find
(**criteria)¶ Find a single component class with the given criteria.
Finds classes indexed with
register()
Raises: - SearchMultipleFoundError – if more than one result found
- SearchNoneFoundError – if nothing found
from cqparts.search import find import cqparts_motors # example of a 3rd party lib # get a specific motor class motor_class = find(type='motor', part_number='ABC123X') motor = motor_class(shaft_diameter=6.0)
-
cqparts.search.
register
(**criteria)¶ class decorator to add
Part
orAssembly
to thecqparts
search index:import cqparts from cqparts.params import * # Created Part or Assembly @cqparts.search.register( type='motor', current_class='dc', part_number='ABC123X', ) class SomeMotor(cqparts.Assembly): shaft_diam = PositiveFloat(5) def make_components(self): return {} # build assembly content motor_class = cqparts.search.find(part_number='ABC123X') motor = motor_class(shaft_diam=6.0)
Then use
find()
&/orsearch()
to instantiate it.Warning
Multiple classes can be registered with identical criteria, but should be avoided.
If multiple classes share the same criteria,
find()
will never yield the part you want.Try adding unique criteria, such as make, model, part number, library name, &/or author.
To avoid this, learn more in Component Index.
-
cqparts.search.
search
(**criteria)¶ Search registered component classes matching the given criteria.
Parameters: criteria – search criteria of the form: a='1', b='x'
Returns: parts registered with the given criteria Return type: set
Will return an empty
set
if nothing is found.from cqparts.search import search import cqparts_motors # example of a 3rd party lib # Get all DC motor classes dc_motors = search(type='motor', current_class='dc') # For more complex queries: air_cooled = search(cooling='air') non_aircooled_dcmotors = dc_motors - air_cooled # will be all DC motors that aren't air-cooled
Module contents¶
Copyright 2018 Peter Boin
Licensed under the Apache License, Version 2.0 (the “License”); you may not use this file except in compliance with the License. You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an “AS IS” BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
-
class
cqparts.
Component
(*largs, **kwargs)¶ Bases:
cqparts.params.parametric_object.ParametricObject
Note
Both the
Part
andAssembly
classes inherit fromComponent
.Wherever the term “component” is used, it is in reference to an instance of either
Part
orAssembly
.-
build
(recursive=True)¶ Raises: NotImplementedError – must be overridden by inheriting classes to function
-
exporter
(exporter_name=None)¶ Get an exporter instance to write the component’s content to file.
Parameters: exporter_name ( str
) – registered name of exporter to use, seeregister_exporter()
for more information.For example, to get a
ThreejsJSONExporter
instance to import ajson
file:>>> from cqparts_misc.basic.primatives import Box >>> box = Box() >>> json_exporter = box.exporter('json') >>> # then each exporter will behave differently >>> json_exporter('out.json')
To learn more: Import / Export
-
classmethod
importer
(importer_name=None)¶ Get an importer instance to instantiate a component from file.
Parameters: importer_name ( str
) – registered name of importer to use, seeregister_importer()
for more information.For example, to get an importer to instantiate a
Part
from aSTEP
file:>>> from cqparts import Part >>> step_importer = Part.importer('step') >>> # then each importer will behave differently >>> my_part = step_importer('my_file.step')
To learn more: Import / Export
-
mate_origin
¶ Returns: mate at object’s origin Return type: Mate
-
world_coords
¶ Component’s placement in word coordinates (
CoordSystem
)Returns: coordinate system in the world, None
if not set.Return type: CoordSystem
-
-
class
cqparts.
Part
(*largs, **kwargs)¶ Bases:
cqparts.component.Component
-
bounding_box
¶ Generate a bounding box based on the full complexity part.
Returns: bounding box of part Return type: cadquery.BoundBox
-
build
(recursive=False)¶ Building a part buffers the
local_obj
attribute.Running
.build()
is optional, it’s mostly used to test that there aren’t any critical runtime issues with it’s construction.Parameters: recursive – ( Part
has no children, parameter ignored)
-
local_obj
¶ Buffered result of
make()
which is (probably) acadquery.Workplane
instance. If_simple
isTrue
, thenmake_simple()
is returned instead.Note
This is usually the correct way to get your part’s object for rendering, exporting, or measuring.
Only call
cqparts.Part.make()
directly if you explicitly intend to re-generate the model from scratch, then dispose of it.
-
make
()¶ Create and return solid part
Returns: cadquery.Workplane of the part in question Return type: subclass of cadquery.CQ
, usually acadquery.Workplane
Important
This must be overridden in your
Part
The outcome of this function should be accessed via cqparts.Part.object
-
make_simple
()¶ Create and return simplified solid part.
The simplified representation of a
Part
is to lower the export quality of anAssembly
orPart
for rendering.Overriding this is optional, but highly recommended.
The default behaviour returns the full complexity object’s bounding box. But to do this, theh full complexity object must be generated first.
There are 2 main problems with this:
- building the full complexity part is not efficient.
- a bounding box may not be a good representation of the part.
Bolts
A good example of this is a bolt.
- building a bolt’s thread is not a trivial task; it can take some time to generate.
- a box is not a good visual representation of a bolt
So for the
Fastener
parts, allmake_simple
methods are overridden to provide 2 cylinders, one for the bolt’s head, and another for the thread.
-
world_obj
¶ The
local_obj
object in theworld_coords
coordinate system.Note
This is automatically generated when called, and
world_coords
is notNull
.
-
-
class
cqparts.
Assembly
(*largs, **kwargs)¶ Bases:
cqparts.component.Component
An assembly is a group of parts, and other assemblies (called components)
-
build
(recursive=True)¶ Building an assembly buffers the
components()
andconstraints()
.Running
build()
is optional, it’s automatically run when requestingcomponents()
orconstraints()
.Mostly it’s used to test that there aren’t any critical runtime issues with its construction, but doing anything like displaying or exporting will ultimately run a build anyway.
Parameters: recursive ( bool
) – if set, iterates through child components and builds those as well.
-
components
¶ Returns full
dict
ofComponent
instances, after a successfulbuild()
Returns: dict of named Component
instancesReturn type: dict
For more information read about the Assembly Build Cycle .
-
constraints
¶ Returns full
list
ofConstraint
instances, after a successfulbuild()
Returns: list of named Constraint
instancesReturn type: list
For more information read about the Assembly Build Cycle .
-
find
(keys, _index=0)¶ Parameters: keys ( str
orlist
) – key path.'a.b'
is equivalent to['a', 'b']
Find a nested
Component
by a “.” separated list of names. for example:>>> motor.find('bearing.outer_ring')
would return the Part instance of the motor bearing’s outer ring.
>>> bearing = motor.find('bearing') >>> ring = bearing.find('inner_ring') # equivalent of 'bearing.inner_ring'
the above code does much the same thing,
bearing
is anAssembly
, andring
is aPart
.
-
make_alterations
()¶ Make necessary changes to components after the constraints solver has completed.
Tip
This can be overridden in inheriting class, read:
- Assembly Build Cycle for details.
- Make your own Assembly for an example.
-
make_components
()¶ Create and return
dict
ofComponent
instances.Tip
This must be overridden in inheriting class, read:
- Assembly Build Cycle for details.
- Make your own Assembly for an example.
Returns: {<name>: <Component>, …} Return type: dict
ofComponent
instances
-
make_constraints
()¶ Create and return
list
ofConstraint
instancesTip
This must be overridden in inheriting class, read:
- Assembly Build Cycle for details.
- Make your own Assembly for an example.
Returns: constraints for assembly children’s placement Return type: list
ofConstraint
instancesDefault behaviour returns an empty list; assumes assembly is entirely unconstrained.
-
solve
()¶ Run the solver and assign the solution’s
CoordSystem
instances as the corresponding part’s world coordinates.
-
tree_str
(name=None, prefix='', add_repr=False, _depth=0)¶ Return string listing recursively the assembly hierarchy
Parameters: Returns: Printable string of an assembly’s component hierarchy.
Return type: Example output from block_tree.py
>>> log = logging.getLogger(__name__) >>> isinstance(block_tree, Assembly) True >>> log.info(block_tree.tree_str(name="block_tree")) block_tree ├○ branch_lb ├○ branch_ls ├─ branch_r │ ├○ L │ ├○ R │ ├○ branch │ ├─ house │ │ ├○ bar │ │ └○ foo │ └○ split ├○ trunk └○ trunk_split
Where:
-
static
verify_components
(components)¶ Verify values returned from
make_components()
.Used internally during the
build()
process.Parameters: components ( dict
) – value returned frommake_components()
Raises: ValueError – if verification fails
-
static
verify_constraints
(constraints)¶ Verify values returned from
make_constraints()
.Used internally during the
build()
process.Parameters: constraints ( list
) – value returned frommake_constraints()
Raises: ValueError – if verification fails
-


November 4, 2008
http://wwhiz.com/OtherAddins.html
The Solution Build Environment add-in uses a new file called SolutionName.slnenv residing in the same directory as the solution to provide build environment variables tailored to a given solution file. .slnenv stands for "solution environment." The Solution Build Environment add-in executes this file at solution open time and before the start of each build, resetting the build's environment variables accordingly.
New versions of the Solution Build Environment add-in may be found on http://wwhiz.com/ in the Other Addins section.
Inside the SolutionName.slnenv file, with one entry per line, are
environmentvariablename=value
entries.
MYPATH=c:\Src\MyDirectory\Include EXTRA_OPTS=/D MY_DEFINE
The solution's path is available via a variable called $(SolutionDir)
.
The solution directory does not contain a terminating backslash.
SOLPATH=$(SolutionDir)\Include
The solution's name is available through $(SolutionName)
.
SOLNAME=$(SolutionName)\Include
A special form of assignment is available through the ?=
operator. An assignment is only made if the environment variable does not
already exist.
-- Only assign if PATH does not already exist. PATH ?= c:\windows
Some software packages don't handle relative paths very well. The Solution Build Environment add-in has a special symbol for expanding relative paths into an absolute form. The absolute expansion of the path is triggered by inserting an exclamation point at the beginning of the line.
RELPATH=c:\Windows\System32\.. !ABSPATH=$(RELPATH) # c:\Windows
Environment variables may be inserted using the $(EnvironmentVariableName)
syntax. This has the same functionality as a batch file's %EnvironmentVariableName%
substitution syntax but more closely mirrors Visual Studio's syntax for
accessing environment variables.
PATH=$(PATH);c:\Tools;$(MYPATH)\..\Bin
Simple registry entries may be accessed via %(HKLM\Path\Key)
or
%(HKCU\Path\Key)
, where HKLM
accesses
HKEY_LOCAL_MACHINE
and HKCU
accesses HKEY_CURRENT_USER
.
Only string values may be retrieved.
MYPATH=%(HKLM\Software\MySoftware\Path)
An environment variable may be applied onto a specific Solution
Configuration. The syntax for this is ConfigurationName:Name=Value
.
Debug:PATH=$(PATH);%(HKLM\Software\MySoftware\DebugPath) Release:PATH=$(PATH);%(HKLM\Software\MySoftware\DebugPath)
Other .slnenv files may be included using the
include
or forceinclude
keywords. The filename
following each keyword should not contain the .slnenv extension.
include $(HOMEDRIVE)$(HOMEPATH)\MyPersonalDefinitions
forceinclude ..\..\MandatoryDefinitions
Comments are specified by using --
or //
or #
.
-- This is a comment. // This is a comment. Key=Value # This is a comment
Assume you are building a DirectX application called Game, but the DirectX
include directory is not at the same location across different machines.
(Normally, the DirectX include directory is global, but this may not always be
the case.) This is a good example of creating a per user .slnenv
file. First, we put a Game.slnenv
file in the same directory
as Game.sln
.
-- Provide a reasonable default. DXPATH=c:\dxsdk -- Call the user .slnenv file so it can override. We don't use forceinclude so this is optional. include $(HOMEDRIVE)$(HOMEPATH)\UserDXPath -- Now, build the compile options. COMPILE_OPTS=/I "$(DXPATH)\Include"
The UserDXPath.slnenv
file may look like this:
-- The DirectX SDK is actually at the d:\Program Files\DXSDK directory. DXPATH=d:\Program Files\DXSDK
When the Game.sln
file is run, the environment variable
DXPATH
is available to it via $(DXPATH)
and
COMPILE_OPTS
is available via $(COMPILE_OPTS)
. If
$(COMPILE_OPTS)
is inserted into the Command-Line Options property
page, the build uses your DirectX directory.
Solution Build Environment was written in C++ with ATL support for the add-in.
It demonstrates the use of patching into the Solution Events and Build Events
objects. It also demonstrates additional code that may be inserted into
DllRegisterServer()
and DllUnregisterServer()
that
install and uninstall the add-in registry entries without additional install
scripts.
The build environment technique works because add-ins run in the same process space as Visual
Studio's devenv.exe
. Builds launched from the IDE inherit the environment
of devenv.exe
. Calling the Win32 SetEnvironmentVariable()
function call allows manipulation of the IDE environment. Previous to
setting the new environment variable, the old one is retrieved using
GetEnvironmentVariable()
and stored, allowing each solution session to
work in a pristine environment.
The only strange part of the environment variable registration process occurs
when an environment variable is used for the Output or
Intermediate directory. Even though Solution Build Environment reconfigures
the environment per solution configuration at build time, the Output and
Intermediate directories are resolved by Visual Studio .NET once at
solution open time. Solution Build Environment compensates for that by reading
the .slnenv
file at solution open time, too.
Applying the .slnenv file at solution open time also has benefit when
modifying a setting such as the PATH
. The new PATH
will be available through the entire session, including when the solution is
run.
Thanks to Carter L. Smithhart for the recent fixes to 1.10.
Copyright (C) 2000-2008 Joshua C. Jensen
Permission is hereby granted, free of charge, to any person obtaining a copy of
this software and associated documentation files (the "Software"), to deal in
the Software without restriction, including without limitation the rights to
use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of
the Software, and to permit persons to whom the Software is furnished to do so,
subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
 IN NO EVENT SHALL THE AUTHORS OR
COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER
IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN
CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
I hope the Solution Build Environment add-in will be useful to you. If you have comments or find a bugs, please report them here or via email at<EMAIL_ADDRESS>Thanks,
Joshua Jensen
Author, Solution Build Environment Add-in
http://workspacewhiz.com/


Are you interested in working for a growing, dynamic, and employee-focused organization?
Located in Dartmouth, Nova Scotia, Classic Freight Transport has been in operation for over 10 years. We supply superior service in flat deck, intermodal transport and controlled warehousing. By recruitng qualifed, motivated and professional individuals, we deliver superior customer service, safe practices and are always on time. We encourage employee development by offering educational seminars, new industry standards and innovative data technology that allows us to track both customer product and each drivers continuous improvement. Our competitive compensation program includes group benefits, life and disability insurance and giving employees the opportunity for advancement through mentorship and coaching programs.
Freight management including load transfer operations, storage, and cranage
Variety of specialty trailers including, step deck, double-drops and standard flat decks
Experience transporting specialized cargo with an impeccable safety record
Moving your freight through strategic Canadian terminals
LTL & TL services with virtually any type of transportation equipment
that focuses on relationships and exceeding expectations


{include file="common/header" /} {include file="common/othertop" /} {css href="_CSS1_/2018/mystyle.css" /}
收货人：{$address.name}{$address.phone}
收货地址：{$address.address}


{% extends "web/base.html" %} {% load static %} {% block title %}Home · Upper County{% endblock %} {% block content %}
We are a community swim team with the Montgomery County Recreation program. We welcome swimmers up to ages 18 who live in the nearby neighborhoods and communities near the Upper County pool. If you're looking for fun and fast times in and out of the pool, you've found the best team around!
We compete in Division A of the Montgomery County Swim League (MCSL) on Saturday mornings and in a local B league on Wednesday nights.
Home of the most spirited swimmers, coaches, and parents in the league.


No response text found for this item.
Preview
Headers
Response Text
Render Response
Render Response in New Tab
Render Response in Bottom Bar
Load in Fuzzer


Officer Roles and Elections
Officer Elections are usually held in late spring, but we’re always receptive to ideas – so contact us if you have one! If we think that you’re idea is a good one, we can offer you a spot on the board, along with access to some of our resources, to help you implement it.
ACM Officer Roles
Elected officers include:
- Chair
- Vice Chair
- Secretary/Treasurer
- Workshops Coordinator
- Projects Coordinator
- Career Chair
- ICPC Chair
- Outreach Chair
- Publicity Chair
All elected officers are required to:
- Make ACM awesome! This often includes going beyond the rigid role description
- Help out with any events, including Code@Nights - each event will be the responsibility of some officer(s)
- Attend board meetings
- Actively contribute ideas for future events
- Contribute to the advertising of each event by designing posters or putting up posters around campus or sending emails and making Facebook events
Chair
- Set a vision for ACM in both the short-term and the long-term
- Act as a liaison to all other student groups, departments and outside sponsors
- Coordinate among all officers, help distribute tasks, and help out with what is needed
- Schedule and run board meetings
- Find and write content for the weekly newsletter, as well as send it out
- Organize next election of officers
Vice Chair
- Responsible for logistics and for aiding the chair with additional tasks
- Ensure the board is functioning and help out with what is needed
- Responsibilities may include: logistics and transportation for ICPC and Outreach, food at Code@Nights, booking rooms, putting events on the school calendar, and working closely with all other officers
Secretary/Treasurer
- Help the club and other officers apply for grants and work with sponsors to help fund ACM projects
- Keep track of expenses for each event
- Handle reimbursements for all ACM events
- Raise money from on-campus sources (ODUS, alcohol initiative, etc.)
Workshops Coordinator
- Plan the year-long workshop schedule
- Find presenters and working with companies
- Make the material for classes available online
Projects Coordinator
- In charge of finding and helping project leads
- Make sure all projects have the requisite resources (ex. funding for database hosting, hardware)
- Check in to make sure projects are progressing
- Help people who want to get involved find a project with a good fit for them
Career Chair
- Help students get ready for, apply to, and negotiate job offers
- Organize mock technical interviews twice per year for both full-time and internship interview preparation
- Host career information events for companies
- Arrange Coffee Chats (with departmental funding)
- Find and post job and internship opportunities in the newsletter
ICPC Chair
- Organize regular practices for competitions
- Prepare transportation for and manage all aspects of ACM-ICPC
- There is one required competition: ACM-ICPC Regional (http://acmgnyr.org/)
- Many other competitions take place throughout the year: Google Games, University Hacker Olympics, HackerRank, TopCoder, Windward
Outreach Chair
- Help introduce students to computer science
- Organize outreach activities in the community
- Organize service activities
Publicity Chair
- Get the word out in channels such as the Facebook page and group, Listserv emails, physical publicity (ex. posters, tri-folds), and the website
- Collaborate with other officers (Chair, Vice Chair, and Career Chair) to find and write content for the newsletter
- Maintain the website and update it regularly with events
- Manage list subscription and maintenance


About
A college student, programmer, music lover and a foodie!
Name : Dhruv Kanojia
Age : 20 Years
Contact ID : xonshiz[at]psychoticelites[dot]com
Location : New Delhi, India
I am a student, currently pursuing my Bachelor of Technology (Computer Science) from Northern India Engineering College, New Delhi, India. I am a self taught website designer and a programmer. I enjoy learning about computers and technology, in general. How it is done, what can be done to make it better, all sort of things. I own a tech. blog (Psychotic Elites) and a YouTube channel for the same. I often create automation and web scrapping scripts, mostly in Python. You can check most of them on my Github profile. I am flexible and have no problem working in a team. It's always better to share and exchange new ideas. Always adds to a perception.


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PRIVACY POLICY
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When You Visit The Site
You can always visit our site without revealing who you are or providing any personal information. When you visit our site we do collect usage information, but it is anonymous and is not linked to you as an individual. We use this data to better understand things like how our site is navigated, how many visitors arrive at specific pages, the length and frequency of stays at our site, the types of browsers and computer operating systems used by our visitors , and the Internet Protocol addresses from which our visitors connect to the site. We use this information to improve our site content and ease of use.
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Modifications of this Privacy Policy
GuruFocus.com LLC reserves the right to change the terms, conditions, and notices in this privacy policy.
Contact Us
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Handwritten digit recognition based on the MNIST dataset. It uses Keras to build a Convolutional Neural Network for classifying hand written digits, with an accuracy of 99.1%. See the code here, and try it out live here.
SEE IT HEREImage classification based on swissroads cars dataset. It uses Keras to build a Convolutional Neural Network for classifying vehicle type, with an accuracy of 81.9%. See the code here , and try it out live here.
SEE IT HEREGetting to know the meteorites. A look into the meteorites data collected by The Meteoritical Society in the NASA database. Check the code here.
SHOW ME MOREShould this be too boring or too serious, why don't you take a quick look into into my son's first Star Wars game and relax a bit?
PLAY IT HEREcreated with
Website Builder Software .


Council raises cost of getting married in St Helens Town Hall
The striking building can be hired as a venue for up to 360 people
by Kenny Lomas, Local Democracy ReporterCouples looking to celebrate their wedding in St Helens Town Hall will soon have to pay more, after the council raised its fees.
The Assembly Hall in the town hall can hold up to 360 people and is available for hire for large events such as wedding receptions, fairs and concerts.
St Helens Council has carried out a review of its fees and charges for hiring out the town hall, as well as its parks and open spaces.
These fees and charges had not been increased for several years and following the review a decision has been taken through delegated powers to increase them.
The council said it has taken the decision to “maximise income due to the ongoing impact of austerity.”
“The fees in these areas had not been increased for several years,” the council said.
“The fees have therefore been increased to reflect in the main a six per cent increase in charges.
“All local authorities are having to maximise income due to the ongoing impact of austerity.”
For 2019-20, the council saw £5m slashed from its revenue support grant, a lump sum that can be used to finance revenue expenditure on any service.
This takes the overall reduction of general support grant funding from the government to £90m since 2010.
Last month, councillors were asked to develop detailed portfolio budget options to close the forecast budget gap of £5.4m for 2020-2021.
The council said the decision to raise its fees and charges for the hire of parks, open spaces and St Helens Town Hall, could see community groups look to other local authorities to rent space.
However, the council now says this is “unlikely” as the review has considered costs in neighbouring areas.
“The fees have been reviewed so that they will have a minimum impact on small, community events,” the council says.
“They will have a greater impact on larger, commercial events who have previously benefited from low cost fees.”


Capsicum spp.
I am half Indian so you might think Iím immune to chili. Not so; although apparently I had an aunt who popped chilis like candy, I have sweated like the best.
But I was really interested in the purported anti-viral properties of chili. I also read that chili has been found to raise metabolism which greatly interested me as I have been seeking to lose weight and high metabolism makes that easier. But how on earth do you eat chili easily and avoid the burn? Divine inspiration struck. Capsaicin, the active ingredient in chili is an oil. Peanut butter is also very oily. Good combo. I coated my cut and de-seeded fresh green chili pieces liberally with peanut butter and found I could eat them pretty easily with little burn. It seems the peanut butter mostly absorbed the released capsaicin and buffered it from my mouth. Ahh, this was quite pleasant. I have done this a number of times and observed the following actual or presumed benefits:
- I have found capsaicin is a better stimulant than coffee with effects lasting many hours. Half a regular green chili and Iím easily fully alert all afternoon and evening. One has to be careful about this Ė I had a chili late in the day and wasnít able to sleep until the early morning. I now try to have a whole or half chili only in the morning or by midday at the latest and if delayed I only allow myself smaller amounts after that so I can get good sleep.
- I noticed that chili appeared to quite comfortably suppress my appetite somewhat which was helpful.
- I believe having chili warded off a cold that had threatened when I had a sore throat. Iíve often had colds after sore throats. Post chili no cold.
- I believe chili boosted my exercise efforts by making it easier for me to lose weight and get trimmer yay.
Three warnings I consider:
1. Chili is a vegetable and in some parts of the world who knows what they use for manure. I wash your chili with soap and water and rinse well to avoid risk of ingesting bacteria on the chili skin.
2. I absolutely do not eat the seeds. In my experience they did not digest well and burned painfully at the other end. Not enjoyable. I get rid of the seeds and wash my hands very well with soap and water to prevent capsaicin touching sensitive body parts.
3. Like any substance Ė I donít overdo chili even with peanut butter. The odd chili for most healthy people should be fine, but check with your doctor if you have any concerns. Also I note that very high consumption of chili has possibly been connected with stomach cancer Ė not enjoyable. Otherwise I think itís probably a good part of a healthy diet. Enjoy!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


| This will maliciously be removed by a portlet if you click on the text in the gray box | That should be avoided |
Plan a dinner with friendsEnter the names of Restaurants in order of descending preference |
This portlet contains information that is top secret. Thou shalt not read it |


AR – Sen. John Boozman (R) and Sen. Tom Cotton (R)
Committees
John Boozman is the #6 Republican on the Senate Appropriations Subcommittee on Commerce, Justice, Science, and Related Agencies
John Boozman is the #10 Republican on the Senate Committee on Appropriations
HEP Grants
This state received no SC HEP grants from 2012-2020
SC Contracts
This state received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this state has received: 60 NSF MPS grants, totalling $13,161,321
Institution Amount ($)
---------------------------------------- ------------
University Of Arkansas System 10,549,499
Ar Childrens Hospital Research Institute 1,492,518
University Of Central Arkansas 458,761
University Of Arkansas 387,543
Arkansas State University 273,000
SULI/CCI Interns
From 2014-2018, this state had 10 SULI/CCI interns
# Interns Program College
----------- --------- -------------------------------------
6 SULI University of Arkansas Main Campus
1 CCI Shorter College
1 SULI Hendrix College
1 SULI Pulaski Technical College
1 SULI University of Arkansas at Little Rock
10 — — Back to top
AR-01 – Rep. Eric A. “Rick” Crawford (R) – Wikipedia
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this district has received: $273,000 in NSF MPS grants.
Year Institution Amount ($)
------ ------------------------- ------------
2019 Arkansas State University 239,000
2012 Arkansas State University 34,000
SULI/CCI Interns
This district had no SULI/CCI interns from 2014-2018
AR-02 – Rep. J. French Hill (R) – Wikipedia
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this district has received: $2,645,254 in NSF MPS grants.
Year Institution Amount ($)
------ ---------------------------------------- ------------
2019 University Of Central Arkansas 139,848
2018 Ar Childrens Hospital Research Institute 387,106
2018 University Of Arkansas System 71,224
2017 Ar Childrens Hospital Research Institute 1,105,412
2017 University Of Arkansas System 71,224
2016 University Of Arkansas System 74,074
2016 University Of Central Arkansas 223,913
2013 University Of Arkansas System 58,397
2013 University Of Central Arkansas 95,000
2012 University Of Arkansas System 419,056
SULI/CCI Interns
From 2014-2018, this district had 10 SULI/CCI interns
Term Name College Host Lab Program
----------- -------------------------- ------------------------------------- ------------------------------------- ---------
Summer 2018 Lillie Haddock University of Arkansas Main Campus Argonne National Laboratory SULI
Summer 2018 Alexander David O'Brien University of Arkansas Main Campus Argonne National Laboratory SULI
Summer 2018 Megan Alyce Cassingham Hendrix College National Renewable Energy Laboratory SULI
Summer 2016 Craig Mclean University of Arkansas Main Campus Pacific Northwest National Laboratory SULI
Summer 2015 Gregory Alexander Jackson Shorter College Brookhaven National Laboratory CCI
Summer 2014 Sarah June Hallett Pulaski Technical College SLAC National Accelerator Laboratory SULI
Spring 2015 Robert Engler University of Arkansas Main Campus Idaho National Laboratory SULI
Fall 2015 Saxon Golden University of Arkansas at Little Rock Oak Ridge National Laboratory SULI
Fall 2014 Natasha Raghunandhan University of Arkansas Main Campus Lawrence Berkeley National Laboratory SULI
Fall 2014 Michael Alexander Reinisch University of Arkansas Main Campus National Renewable Energy Laboratory SULI
AR-03 – Rep. Steve Womack (R) – Wikipedia
Committees
Steve Womack is the #10 Republican on the House Committee on Appropriations
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
In the past 9 years, this district has received: $10,243,067 in NSF MPS grants.
Year Institution Amount ($)
------ ----------------------------- ------------
2020 University Of Arkansas System 24,999
2019 University Of Arkansas System 1,094,735
2018 University Of Arkansas System 1,109,635
2017 University Of Arkansas System 3,023,103
2016 University Of Arkansas System 1,071,471
2015 University Of Arkansas 387,543
2015 University Of Arkansas System 14,200
2014 University Of Arkansas System 793,318
2013 University Of Arkansas System 1,498,220
2012 University Of Arkansas System 1,225,843
SULI/CCI Interns
This district had no SULI/CCI interns from 2014-2018
AR-04 – Rep. Bruce Westerman (R) – Wikipedia
HEP Grants
This district received no SC HEP grants from 2012-2020
SC Contracts
This district received no SC contracts from 2012-2020
NSF MPS Grants
This district received no NSF MPS grants from 2012-2020
SULI/CCI Interns
This district had no SULI/CCI interns from 2014-2018


I was Born in Central Minnesota and grew up about five miles outside of the small town of Paynesville. I Received a Bachelors degree in Information Systems (major in computer science, minor in business) from Minnesota State University, Mankato and started working in .NET at Brown Printing as an intern for two years while attending classes. I then started my professional career upon graduation within a week at OATI as a full time developer and product owner working primarily in a proprietary scripting language (webPlus) which is similar to PHP.
Currently employed at TravelNet Solutions since 2013 as an engineer on the technology team working in the Hospitality Industry. I am highly skilled in PHP, Zend Framework, Angular, Javascript, and MySQL, AWS Products, Wordpress, and building API Integrations. I've been working remotely (traveling full-time) since 2017 and love my job, check out the map below to see all the places I've been fortunate enough to visited. Also, in 2015 I took a five month sabbatical leave to hike over 1,000 miles on the Pacific Crest Trail, which was an amazing adventure.
Here is a map of places I've traveled.
Collect memories, not things
My Instagram feed, however I usually update my story so follow me at @aaron.bachman to see more.


SIS API: Terms
Documentation
The overview documentation for the Terms API is available here.
API Credentials
You will need credentials to work with the APIs.
- Credentials: The Username, and Password identifies the specific LearningStudio campus your API requests are directed to.
You can get credentials for our Sandbox Campus by creating an app on the PDN. Learn more here.
Contents
Introduction
The Terms library facilitates working with our Terms SIS API for LearningStudio. This API is used to create new terms, and update existing terms in LearningStudio.
This library provides a C#-specific method for each of the Terms API SOAP operations. The complete documentation for each method is linked in the Methods section, below.
Lastly, the Terms API requires the use of a WS-Security UsernameToken for authentication purposes. WS-Security SOAP message headers are onerous, and commonly cause interoperability issues between API clients and services so this library handles the SOAP message heavy lifting for you.
Using Terms
App.Config
Note that the underlying Terms app.config file will not be inherently leveraged by your application. You'll want to copy the log4net and system.serviceModel sections from the Terms app.config file into the App.Config file of your application. At runtime the application config settings are loaded from the primary application and not the underlying class library, or in this case the Terms Library.
log4net Config
The log4net configuration section controls the behavior of the logging from the Terms Library. This section can be modified as needed by your application and the values in the Terms app.config file should simply be considered default values.
<configSections> <section name="log4net" type="log4net.Config.Log4NetConfigurationSectionHandler,Log4net"/> </configSections> <log4net> <appender name="LogFileAppender" type="log4net.Appender.RollingFileAppender" > <param name="File" value="log-file.txt" /> <param name="AppendToFile" value="true" /> <rollingStyle value="Size" /> <maxSizeRollBackups value="10" /> <maximumFileSize value="10MB" /> <staticLogFileName value="true" /> <layout type="log4net.Layout.PatternLayout"> <param name="ConversionPattern" value="%date [%thread] %-5level %logger [%property{NDC}] - %message%newline" /> </layout> </appender> <root> <level value="DEBUG" /> <appender-ref ref="LogFileAppender" /> </root> </log4net>
system.serviceModel Config
The system.serviceModel configuration section controls the underlying SOAP binding and message configuration settings needed for the Terms API. You'll want to leave this section alone and copy it "as-is" into your application's App.Config file.
<system.serviceModel> <behaviors> <endpointBehaviors> <behavior name="EnterpriseTermService"> <clientVia viaUri="https://ccws-services.ecollege.com/EnterpriseServices/v2.2/EnterpriseTerm.svc"/> </behavior> </endpointBehaviors> </behaviors> <standardEndpoints> <webHttpEndpoint> <standardEndpoint name="EnterpriseTermService"> <security mode="Transport"> <transport clientCredentialType="Basic"/> </security> </standardEndpoint> </webHttpEndpoint> </standardEndpoints> <bindings> <customBinding> <binding name="CustomBinding_EnterpriseTermService" sendTimeout="00:05:00"> <security defaultAlgorithmSuite="Default" authenticationMode="UserNameOverTransport" requireDerivedKeys="true" includeTimestamp="true" messageSecurityVersion="WSSecurity11WSTrustFebruary2005WSSecureConversationFebruary2005WSSecurityPolicy11BasicSecurityProfile10"> <localClientSettings detectReplays="false" /> <localServiceSettings detectReplays="false" /> </security> <textMessageEncoding /> <httpsTransport authenticationScheme="Basic"/> </binding> </customBinding> </bindings> <client> <endpoint address="http://ccws-services.ecollege.com/EnterpriseServices/v2.2/EnterpriseTerm.svc" behaviorConfiguration="EnterpriseTermService" binding="customBinding" bindingConfiguration="CustomBinding_EnterpriseTermService" contract="API.EnterpriseTermService" name="CustomBinding_EnterpriseTermService" /> </client> </system.serviceModel>
Instantiating the Library
Setup
To begin, include the classes you'll be instantiating.
using Com.Pearson.Pdn.Learningstudio.SIS.Terms;
using Com.Pearson.Pdn.Learningstudio.SIS.Terms.Request;
Authentication
You'll need to provide the authentication details for the Campus you are using (the Campus's username and password) so the TermService class can handle authentication. The APIConfig
class is a generic carrier for the configuration information for authentication. You'll add the information you need using the following methods.
APIConfig config = new APIConfig();
config.Username = apiUsername;
config.Password = apiPassword;
Requests
Next, you'll instantiate the TermService
class, which handles all the work of making an API call and provides C#-specific methods for the Terms API. When creating the object, pass the APIConfig as the only parameter:
TermService termService = new TermService(config);
Finally, use the methods detailed below to make requests.
Results
All of the Terms methods will return a Response
object. This object has the following properties:
| Property | Description |
|---|---|
string ContentType |
The type of response, either XML or Text . |
string Content |
The text-based body of the response from the API. It is returned as a string of either XML or Text , and is not parsed into a native object. |
| About the API Request | |
string StatusCode |
The Status Code from the API request. Example: "Ok" , "Failure" , etc. |
string StatusMessage |
The Status Message from the API request. Example: "Course Creation Successful!" |
Example
using Com.Pearson.Pdn.Learningstudio.SIS.Terms;
using Com.Pearson.Pdn.Learningstudio.SIS.Terms.Request;
using System;
using System.Collections.Generic;
using System.Text;
namespace SISAPITermsExample
{
class Program
{
static void Main(string[] args)
{
// The API Credentials
string apiUsername = "";
string apiPassword = "";
// Identifies the node the Term will be associated with; use "All" for all nodes
string[] assocatedEPOrganization = new string[] { "" };
// Identifier the LearningStudio Campus
string clientString = "";
// External Term identifier; typically from the SIS system
string termIdentifier = "";
// Course start date for courses added to this Term
DateTime courseActualStartDate = Convert.ToDateTime("");
// Course end date for courses added to this Term
DateTime courseActualEndDate = Convert.ToDateTime("");
// Description of the new Term
string description = "";
// The Last Date to Add; best practice is to set it to (CourseActualEndDate - 1 Day)
DateTime dropAddPeriodStartDate = courseActualEndDate.AddDays(-1);
// The Last Date to Drop; best practice is to set it to the CourseActualEndDate
DateTime dropAddPeriodEndDate = courseActualEndDate;
// Uniquely identifies the new Term; note the colon delimiter in the format
string termSourcedId = String.Format("{0}:{1}", clientString, termIdentifier);
// The name of the new Term
string name = "";
// The Term start date
DateTime termStartDate = Convert.ToDateTime("");
// The Term end date
DateTime termEndDate = Convert.ToDateTime("");
// Initialize and set the API Credentials
APIConfig config = new APIConfig();
config.Username = apiUsername;
config.Password = apiPassword;
// Initialize and set the CreateStandardTermRequest
CreateStandardTermRequest request = new CreateStandardTermRequest();
request.AssociatedEPOrganization = assocatedEPOrganization;
// Set the Billing Type to eCourse
request.BillingClassificationType = BillingClassificationType.ECourse;
request.ClientString = clientString;
request.CourseActualStartDate = courseActualStartDate;
request.CourseActualEndDate = courseActualEndDate;
request.Description = description;
request.DropAddPeriodStartDate = dropAddPeriodStartDate;
request.DropAddPeriodEndDate = dropAddPeriodEndDate;
request.TermSourcedId = termSourcedId;
request.Name = name;
request.TermStartDate = termStartDate;
request.TermEndDate = termEndDate;
// Initialize the TermService class
TermService termService = new TermService(config);
Response response = null;
try
{
// Send the Request and capture the Response from the Term API
response = termService.CreateStandardTerm(request);
}
catch (Exception ex)
{
Console.WriteLine("Exception from CreateStandardTerm: {0}", ex);
Console.ReadLine();
}
Console.WriteLine("CopyCourseSectionAndContent Results = {0}: {1}" + Environment.NewLine, response.StatusCode, response.StatusMessage);
Console.WriteLine("ContentType: {0}" + Environment.NewLine, response.ContentType);
Console.WriteLine("Content: {0}", response.Content);
Console.ReadLine();
}
}
}
Available Methods
Term Structure
A term is a division of an academic time period or year (for example, semester, trimester, grades 2-3, etc.), so in LearningStudio a term has a start and end date. All courses are assigned to a term and derive their start and end dates from the term settings, but how terms are used (dates, number of courses, etc) is at the Educational Partner's discretion.
CreateStandardTerm(CreateStandardTermRequest request)
- Creates a new term in LearningStudio.
- The term will be created immediately, and the service will return the LearningStudio Term ID.
- API Documentation
- Auto-generated Documentation
UpdateStandardTerm(UpdateStandardTermRequest request)
- Updates the term details for an existing term in LearningStudio
- The term will be updated immediately, and the service will return the LearningStudio Term ID.
- API Documentation
- Auto-generated Documentation