| 1 | package fr.sii.ogham.core.condition.fluent; | |
| 2 | ||
| 3 | import java.util.List; | |
| 4 | import java.util.regex.Pattern; | |
| 5 | ||
| 6 | import fr.sii.ogham.core.condition.AndCondition; | |
| 7 | import fr.sii.ogham.core.condition.Condition; | |
| 8 | import fr.sii.ogham.core.condition.FixedCondition; | |
| 9 | import fr.sii.ogham.core.condition.NotCondition; | |
| 10 | import fr.sii.ogham.core.condition.OrCondition; | |
| 11 | import fr.sii.ogham.core.condition.PropertyPatternCondition; | |
| 12 | import fr.sii.ogham.core.condition.PropertyValueCondition; | |
| 13 | import fr.sii.ogham.core.condition.RequiredClassCondition; | |
| 14 | import fr.sii.ogham.core.condition.RequiredPropertyCondition; | |
| 15 | import fr.sii.ogham.core.env.PropertyResolver; | |
| 16 | ||
| 17 | /** | |
| 18 | * Helper to write fluent conditions like: | |
| 19 | * | |
| 20 | *
 | |
| 21 | * requiredClass("jakarta.mail.Transport").and(not(requiredClass("foo.Bar"))); | |
| 22 | *
 | |
| 23 | * | |
| 24 | * To do this, you need to add the following static import: | |
| 25 | * | |
| 26 | *
 | |
| 27 | * import static fr.sii.ogham.core.condition.fluent.Conditions.*; | |
| 28 | *
 | |
| 29 | * | |
| 30 | *
 | |
| 31 | * If you are using Java 7, you may need to use {@link MessageConditions} | |
| 32 | * instead because Java 7 doesn't resolve correctly generics chaining. | |
| 33 | * | |
| 34 | * @author Aurélien Baudet | |
| 35 | * | |
| 36 | */ | |
| 37 | public final class Conditions { | |
| 38 | /** | |
| 39 | * Parenthesis operator to handle priorities: | |
| 40 | * | |
| 41 | *
 | |
| 42 | * $(requiredProperty(propertyResolver, "mail.host").or(requiredProperty(propertyResolver, "mail.smtp.host"))) | |
| 43 | * .and(requiredProperty(propertyResolver, "mail.port").or(requiredProperty(propertyResolver, "mail.smtp.port"))) | |
| 44 | *
 | |
| 45 | * | |
| 46 | * Meaning "(mail.host is defined OR mail.smtp.host is defined) AND | |
| 47 | * (mail.port is defined OR mail.smtp.port is defined)". | |
| 48 | * | |
| 49 | *
 | |
| 50 | * Without this operator, you had to write this: | |
| 51 | * | |
| 52 | *
 | |
| 53 | * requiredProperty(propertyResolver, "mail.host").or(requiredProperty(propertyResolver, "mail.smtp.host")) | |
| 54 | * .and(requiredProperty(propertyResolver, "mail.port").or(requiredProperty(propertyResolver, "mail.smtp.port")) | |
| 55 | *
 | |
| 56 | * | |
| 57 | * Meaning "mail.host is defined OR mail.smtp.host is defined AND (mail.port | |
| 58 | * is defined OR mail.smtp.port is defined)". | |
| 59 | * | |
| 60 | * So the behavior won't be the same. | |
| 61 | * | |
| 62 | * @param condition | |
| 63 | * the condition to surround | |
| 64 | * @param <T> | |
| 65 | * the type of the object that is under condition | |
| 66 | * @return the fluent condition | |
| 67 | */ | |
| 68 | @SuppressWarnings("squid:S00100") | |
| 69 | public static <T> FluentCondition<T> $(Condition<T> condition) { | |
| 70 |
1
1. $ : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::$ → RUN_ERROR |
return new FluentCondition<>(condition); |
| 71 | } | |
| 72 | ||
| 73 | /** | |
| 74 | * And operator between the provided conditions: | |
| 75 | * | |
| 76 | *
 | |
| 77 | * and(requiredClass("jakarta.mail.Transport"), requiredClass("foo.Bar")); | |
| 78 | *
 | |
| 79 | * | |
| 80 | * Means that the result will be true only if | |
| 81 | * jakarta.mail.Transport and foo.Bar classes are | |
| 82 | * present in the classpath. | |
| 83 | * | |
| 84 | *
 | |
| 85 | * If one of the condition result is false, then other conditions are not | |
| 86 | * evaluated. | |
| 87 | *
 | |
| 88 | * | |
| 89 | * @param conditions | |
| 90 | * one or several conditions | |
| 91 | * @param <T> | |
| 92 | * the type of the object that is under condition | |
| 93 | * @return the fluent condition | |
| 94 | */ | |
| 95 | @SafeVarargs | |
| 96 | public static <T> FluentCondition<T> and(Condition<T>... conditions) { | |
| 97 |
1
1. and : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::and → RUN_ERROR |
return new FluentCondition<>(new AndCondition<>(conditions)); |
| 98 | } | |
| 99 | ||
| 100 | /** | |
| 101 | * And operator between the provided conditions. It is a helper method that | |
| 102 | * is useful when you need to construct conditions separately: | |
| 103 | * | |
| 104 | *
 | |
| 105 | * List<Condition<Message>> conditions = new ArrayList<>(); | |
| 106 | * conditions.add(requiredClass("jakarta.mail.Transport")); | |
| 107 | * conditions.add(requiredClass("foo.Bar")); | |
| 108 | * | |
| 109 | * and(conditions); | |
| 110 | *
 | |
| 111 | * | |
| 112 | * Means that the result will be true only if | |
| 113 | * jakarta.mail.Transport and foo.Bar classes are | |
| 114 | * present in the classpath. | |
| 115 | * | |
| 116 | *
 | |
| 117 | * If one of the condition result is false, then other conditions are not | |
| 118 | * evaluated. | |
| 119 | *
 | |
| 120 | * | |
| 121 | * @param conditions | |
| 122 | * one or several conditions | |
| 123 | * @param <T> | |
| 124 | * the type of the object that is under condition | |
| 125 | * @return the fluent condition | |
| 126 | */ | |
| 127 | public static <T> FluentCondition<T> and(List<Condition<T>> conditions) { | |
| 128 |
1
1. and : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::and → RUN_ERROR |
return new FluentCondition<>(new AndCondition<>(conditions)); |
| 129 | } | |
| 130 | ||
| 131 | /** | |
| 132 | * Or operator between the provided conditions: | |
| 133 | * | |
| 134 | *
 | |
| 135 | * or(requiredClass("jakarta.mail.Transport"), requiredClass("foo.Bar")); | |
| 136 | *
 | |
| 137 | * | |
| 138 | * Means that the result will be true if either | |
| 139 | * jakarta.mail.Transport or foo.Bar class is | |
| 140 | * present in the classpath. | |
| 141 | * | |
| 142 | *
 | |
| 143 | * If one of the condition result is true, then other conditions are not | |
| 144 | * evaluated. | |
| 145 | *
 | |
| 146 | * | |
| 147 | * @param conditions | |
| 148 | * one or several conditions | |
| 149 | * @param <T> | |
| 150 | * the type of the object that is under condition | |
| 151 | * @return the fluent condition | |
| 152 | */ | |
| 153 | @SafeVarargs | |
| 154 | public static <T> FluentCondition<T> or(Condition<T>... conditions) { | |
| 155 |
1
1. or : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::or → RUN_ERROR |
return new FluentCondition<>(new OrCondition<>(conditions)); |
| 156 | } | |
| 157 | ||
| 158 | /** | |
| 159 | * Or operator between the provided conditions. It is a helper method that | |
| 160 | * is useful when you need to construct conditions separately: | |
| 161 | * | |
| 162 | *
 | |
| 163 | * List<Condition<Message>> conditions = new ArrayList<>(); | |
| 164 | * conditions.add(requiredClass("jakarta.mail.Transport")); | |
| 165 | * conditions.add(requiredClass("foo.Bar")); | |
| 166 | * | |
| 167 | * or(conditions); | |
| 168 | *
 | |
| 169 | * | |
| 170 | * Means that the result will be true if either | |
| 171 | * jakarta.mail.Transport or foo.Bar class is | |
| 172 | * present in the classpath. | |
| 173 | * | |
| 174 | *
 | |
| 175 | * If one of the condition result is true, then other conditions are not | |
| 176 | * evaluated. | |
| 177 | *
 | |
| 178 | * | |
| 179 | * @param conditions | |
| 180 | * one or several conditions | |
| 181 | * @param <T> | |
| 182 | * the type of the object that is under condition | |
| 183 | * @return the fluent condition | |
| 184 | */ | |
| 185 | public static <T> FluentCondition<T> or(List<Condition<T>> conditions) { | |
| 186 |
1
1. or : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::or → RUN_ERROR |
return new FluentCondition<>(new OrCondition<>(conditions)); |
| 187 | } | |
| 188 | ||
| 189 | /** | |
| 190 | * Not operator to reverse provided condition: | |
| 191 | * | |
| 192 | *
 | |
| 193 | * not(requiredClass("jakarta.mail.Transport)); | |
| 194 | *
 | |
| 195 | * | |
| 196 | * Means that the result will be true if the class | |
| 197 | * jakarta.mail.Transport is not present in the classpath. | |
| 198 | * | |
| 199 | * @param condition | |
| 200 | * the condition to reverse | |
| 201 | * @param <T> | |
| 202 | * the type of the object that is under condition | |
| 203 | * @return the fluent condition | |
| 204 | */ | |
| 205 | public static <T> FluentCondition<T> not(Condition<T> condition) { | |
| 206 |
1
1. not : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::not → RUN_ERROR |
return new FluentCondition<>(new NotCondition<>(condition)); |
| 207 | } | |
| 208 | ||
| 209 | /** | |
| 210 | * Check if a property is present in the configuration properties. The | |
| 211 | * configuration properties are available through the property resolver. | |
| 212 | * | |
| 213 | *
 | |
| 214 | * requiredProperty(propertyResolver, "mail.host"); | |
| 215 | *
 | |
| 216 | * | |
| 217 | * Means that the result will be true only if the property | |
| 218 | * mail.host is present in the property resolver. | |
| 219 | * | |
| 220 | * @param propertyResolver | |
| 221 | * the resolver that is used to access property values | |
| 222 | * @param property | |
| 223 | * the property name | |
| 224 | * @param <T> | |
| 225 | * the type of the object that is under condition | |
| 226 | * @return the fluent condition | |
| 227 | */ | |
| 228 | public static <T> FluentCondition<T> requiredProperty(PropertyResolver propertyResolver, String property) { | |
| 229 |
1
1. requiredProperty : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::requiredProperty → RUN_ERROR |
return new FluentCondition<>(new RequiredPropertyCondition<>(property, propertyResolver)); |
| 230 | } | |
| 231 | ||
| 232 | /** | |
| 233 | * Check if a property has a particular value in the configuration | |
| 234 | * properties. The configuration properties are available through the | |
| 235 | * property resolver. | |
| 236 | * | |
| 237 | *
 | |
| 238 | * requiredPropertyValue(propertyResolver, "mail.host", "localhost"); | |
| 239 | *
 | |
| 240 | * | |
| 241 | * Means that the result will be true only if the property | |
| 242 | * mail.host is present in the property resolver and its value | |
| 243 | * is exactly localhost. | |
| 244 | * | |
| 245 | * @param propertyResolver | |
| 246 | * the resolver that is used to access property values | |
| 247 | * @param property | |
| 248 | * the property name | |
| 249 | * @param value | |
| 250 | * the exact value to match | |
| 251 | * @param <T> | |
| 252 | * the type of the object that is under condition | |
| 253 | * @return the fluent condition | |
| 254 | */ | |
| 255 | public static <T> FluentCondition<T> requiredPropertyValue(PropertyResolver propertyResolver, String property, String value) { | |
| 256 |
1
1. requiredPropertyValue : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::requiredPropertyValue → RUN_ERROR |
return new FluentCondition<>(new PropertyValueCondition<>(property, value, propertyResolver)); |
| 257 | } | |
| 258 | ||
| 259 | /** | |
| 260 | * Check if a property value matches the pattern in the configuration | |
| 261 | * properties. The configuration properties are available through the | |
| 262 | * property resolver. | |
| 263 | * | |
| 264 | *
 | |
| 265 | * requiredPropertyValue(propertyResolver, "mail.host", Pattern.compile("local.*")); | |
| 266 | *
 | |
| 267 | * | |
| 268 | * Means that the result will be true only if the property | |
| 269 | * mail.host is present in the property resolver and its value | |
| 270 | * matches the pattern local.*. | |
| 271 | * | |
| 272 | * @param propertyResolver | |
| 273 | * the resolver that is used to access property values | |
| 274 | * @param property | |
| 275 | * the property name | |
| 276 | * @param pattern | |
| 277 | * the pattern used to check if the value matches | |
| 278 | * @param <T> | |
| 279 | * the type of the object that is under condition | |
| 280 | * @return the fluent condition | |
| 281 | */ | |
| 282 | public static <T> FluentCondition<T> requiredPropertyValue(PropertyResolver propertyResolver, String property, Pattern pattern) { | |
| 283 |
1
1. requiredPropertyValue : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::requiredPropertyValue → RUN_ERROR |
return new FluentCondition<>(new PropertyPatternCondition<>(property, pattern, propertyResolver)); |
| 284 | } | |
| 285 | ||
| 286 | /** | |
| 287 | * Check if a class is present in the classpath. | |
| 288 | * | |
| 289 | *
 | |
| 290 | * requiredClass("jakarta.mail.Transport"); | |
| 291 | *
 | |
| 292 | * | |
| 293 | * Means that the result will be true only if the class | |
| 294 | * jakarta.mail.Transport is present in the classpath. | |
| 295 | * | |
| 296 | * @param className | |
| 297 | * the class to check | |
| 298 | * @param <T> | |
| 299 | * the type of the object that is under condition | |
| 300 | * @return the fluent condition | |
| 301 | */ | |
| 302 | public static <T> FluentCondition<T> requiredClass(String className) { | |
| 303 |
1
1. requiredClass : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::requiredClass → RUN_ERROR |
return new FluentCondition<>(new RequiredClassCondition<>(className)); |
| 304 | } | |
| 305 | ||
| 306 | /** | |
| 307 | * A condition that always returns true. | |
| 308 | * | |
| 309 | * @param <T> | |
| 310 | * the type of the object that is under condition | |
| 311 | * @return the fluent condition | |
| 312 | */ | |
| 313 | public static <T> FluentCondition<T> alwaysTrue() { | |
| 314 |
1
1. alwaysTrue : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::alwaysTrue → RUN_ERROR |
return new FluentCondition<>(new FixedCondition<>(true)); |
| 315 | } | |
| 316 | ||
| 317 | /** | |
| 318 | * A condition that always returns false. | |
| 319 | * | |
| 320 | * @param <T> | |
| 321 | * the type of the object that is under condition | |
| 322 | * @return the fluent condition | |
| 323 | */ | |
| 324 | public static <T> FluentCondition<T> alwaysFalse() { | |
| 325 |
1
1. alwaysFalse : replaced return value with null for fr/sii/ogham/core/condition/fluent/Conditions::alwaysFalse → RUN_ERROR |
return new FluentCondition<>(new FixedCondition<>(false)); |
| 326 | } | |
| 327 | ||
| 328 | private Conditions() { | |
| 329 | super(); | |
| 330 | } | |
| 331 | } | |
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{% extends 'emails/base.html' %} {% block greetings %} Hi {{ user.first_name }} {{ user.last_name }}, {% endblock %} {% block content %} {% autoescape off %}
Welcome to the Organized Play Kraków system. The adventure awaits. All you have to do is confirm your registration.
See you at the next game session.
{% endautoescape %} {% endblock %}


World Bank welcomes "successful first reading" of bill on farmland sale in Ukraine
The Bank says it looks forward to the positive adoption of the law.
The World Bank has welcomed the "successful first reading" of a bill on farmland sale in Ukraine.
"The World Bank Group congratulates the Ukrainian Leadership on the successful first reading of the law to lift the moratorium on agricultural land sales," it said in a statement on Facebook on November 13. "This was an important first step towards the opening of the agricultural land market and unleashing Ukraine’s agricultural potential to the benefit of all Ukrainians."
"We look forward to the positive adoption of the law, and passage of the accompanying laws that prevent concentration of land ownership and ensure transparency," the World Bank added.
As UNIAN reported earlier, a bill designed to launch the farmland market in Ukraine from October 1, 2020, passed its first reading on November 13.
According to World Bank forecasts, the opening of the agricultural land market may annually inject an additional US$700 million to US$1.5 billion into the Ukrainian economy.


The map method for enumerables is so awesome. I promise. Check it out. You have an array like this:
my_array = [1, 2, 3, 4]
Standard array, right? Nothing special about the numbers inside it. Let's apply a little map magic to it:
super_sweet_array = my_array.map { |i| "Super sweet!"}
Check out our new array!
{"Super sweet!", "Super sweet!", "Super sweet!", "Super sweet!"}
Well, that's pretty awesome. But what exactly happened here? When we call map on an array, we're telling it to iterate through each item of the array, which we're calling i, and then perform the "block" that is included in the brackets, and then return the values in a new array. In this case, our block simply said to turn i into "Super sweet!"- but we can probably get crazier. Should we? Of course, we should!
double_the_fun_array = my_array.map { |i| i * 2 }
And that gets us....
[2, 4, 6, 8]
Woot! Easy doublification! Just like that! Can you imaging if you had an array of 30 numbers, and you needed to double them all? Of course, you could always write your little while loop, but it would be much more efficient to use the map method as we just did. Now, how about we go crazy extreme:
what_in_the_world_array = my_array.map { |i| (i == 1 ? "what" : i == 2 ? "in" : i == 3 ? "the" : i == 4 ? "world" : i)}
By throwing in a few, albeit complicated, ternary notations, suddenly our standard array turns into:
["what", "in", "the", "world"]
When would you ever need to use something like this example? Probably never, but you can use something similar if you need to replace a particular value of an element in your array. Say, if you need to change all of your "10:30"s in an array to "11:30"s because your daily schedule has been changed, you can set up a nifty { |i| i == "10:30" ? "11:30" : i } in your block and presto, all of your "10:30"s are now "11:30"s!
Seriously, the map method is just too cool. And if you don't agree, then DEATH BEES FOR YOU!
DEATH_BEES_FOR_EVERYONE = my_array.map { |i| i < 4 ? "DEATH BEES!" : "DEATH BEES FOR EVERYONE!!!!"}
Well, look at that. I did find a use for it.


#include <tetramesh.h>
Public Attributes | |
| int | nv |
| int | nt |
| int | d |
| double ** | vertices |
| int ** | tetrahedra |
Tools for subdividing and smoothing a tetrahedral mesh
| int tetramesh_t::d |
| int tetramesh_t::nt |
| int tetramesh_t::nv |
| int** tetramesh_t::tetrahedra |
| double** tetramesh_t::vertices |


Activation of a novel gene in 3q21 and identification of intergenic fusion transcripts with ecotropic viral insertion site I in leukemia.
Abstract
We have identified a novel gene, GR6, located within the leukemia breakpoint region of 3q21, that is normally expressed in early fetal development but not in adult peripheral blood. GR6 is activated in the UCSD-AML1 cell line and in a leukemic sample, both of which carry a t (3; 3) (q21; q26). In UCSD-AML1, we have also identified fusion transcripts between the ecotropic viral insertion site I (EVI1) gene in 3q26 and GR6 and between EVI1 and Ribophorin I that maps 30 kb telomeric to GR6 in 3q21. All fusions splice the 5 ' ends of the 3q21 genes into exon 2 of the EVI1 gene, an event that is similar to the normal intergenic splicing of MDS1-EVI1 and to those previously documented in leukemias with t (3; 21) and t (3; 12), in which acute myelogenous leukemia 1-EVI1 fusions and ETV6-EVI1 fusions, respectively, occur. The Ribophorin I-EVI1 fusion in particular may be a common occurrence in t (3; 3).


See: Description
| Interface | Description |
|---|---|
| AttributeConverter<X,Y> |
A class that implements this interface can be used to convert
entity attribute state into database column representation
and back again.
|
| AttributeNode<T> |
Represents an attribute node of an entity graph.
|
| Cache |
Interface used to interact with the second-level cache.
|
| EntityGraph<T> |
This type represents the root of an entity graph that will be used
as a template to define the attribute nodes and boundaries of a
graph of entities and entity relationships.
|
| EntityManager |
Interface used to interact with the persistence context.
|
| EntityManagerFactory |
Interface used to interact with the entity manager factory
for the persistence unit.
|
| EntityTransaction |
Interface used to control transactions on resource-local entity
managers.
|
| Parameter<T> |
Type for query parameter objects.
|
| PersistenceUnitUtil |
Utility interface between the application and the persistence
provider managing the persistence unit.
|
| PersistenceUtil |
Utility interface between the application and the persistence
provider(s).
|
| Query |
Interface used to control query execution.
|
| StoredProcedureQuery |
Interface used to control stored procedure query execution.
|
| Subgraph<T> |
This type represents a subgraph for an attribute node that
corresponds to a Managed Type.
|
| Tuple |
Interface for extracting the elements of a query result tuple.
|
| TupleElement<X> |
The
TupleElement interface defines an element that is returned in
a query result tuple. |
| TypedQuery<X> |
Interface used to control the execution of typed queries.
|
| Class | Description |
|---|---|
| Persistence |
Bootstrap class that is used to obtain an
EntityManagerFactory
in Java SE environments. |
| Enum | Description |
|---|---|
| AccessType |
Used with the
Access annotation to specify an access
type to be applied to an entity class, mapped superclass, or
embeddable class, or to a specific attribute of such a class. |
| CacheRetrieveMode |
Used as the value of the
jakarta.persistence.cache.retrieveMode property to
specify the behavior when data is retrieved by the
find methods and by queries. |
| CacheStoreMode |
Used as the value of the
jakarta.persistence.cache.storeMode property to specify
the behavior when data is read from the database and when data is
committed into the database. |
| CascadeType |
Defines the set of cascadable operations that are propagated
to the associated entity.
|
| ConstraintMode |
Used to control the application of a constraint.
|
| DiscriminatorType |
Defines supported types of the discriminator column.
|
| EnumType |
Defines mapping for enumerated types.
|
| FetchType |
Defines strategies for fetching data from the database.
|
| FlushModeType |
Flush mode setting.
|
| GenerationType |
Defines the types of primary key generation strategies.
|
| InheritanceType |
Defines inheritance strategy options.
|
| LockModeType |
Lock modes can be specified by means of passing a
LockModeType
argument to one of the EntityManager methods that take locks
(lock , find , or refresh ) or
to the Query.setLockMode() or
TypedQuery.setLockMode() method. |
| ParameterMode |
Specifies the mode of a parameter of a stored procedure query.
|
| PersistenceContextType |
Specifies whether a transaction-scoped or extended
persistence context is to be used in
PersistenceContext . |
| PessimisticLockScope |
Defines the values of the
jakarta.persistence.lock.scope
property for pessimistic locking. |
| SharedCacheMode |
Specifies how the provider must use a second-level cache for the
persistence unit.
|
| SynchronizationType |
Specifies whether the persistence context is always automatically
synchronized with the current transaction or whether the persistence context
must be explicitly joined to the current transaction by means of the
EntityManager.joinTransaction() method. |
| TemporalType |
Type used to indicate a specific mapping of
java.util.Date
or java.util.Calendar . |
| ValidationMode |
The validation mode to be used by the provider for the persistence
unit.
|
| Exception | Description |
|---|---|
| EntityExistsException |
Thrown by the persistence provider when
EntityManager.persist(Object) is called and the entity already exists. |
| EntityNotFoundException |
Thrown by the persistence provider when an entity reference obtained by
EntityManager.getReference
is accessed but the entity does not exist. |
| LockTimeoutException |
Thrown by the persistence provider when an pessimistic locking
conflict occurs that does not result in transaction rollback.
|
| NonUniqueResultException |
Thrown by the persistence provider when
Query.getSingleResult() or TypedQuery.getSingleResult() is executed on a
query and there is more than one result from the query. |
| NoResultException |
Thrown by the persistence provider when
Query.getSingleResult() or TypedQuery.getSingleResult() is executed on a query
and there is no result to return. |
| OptimisticLockException |
Thrown by the persistence provider when an optimistic locking conflict
occurs.
|
| PersistenceException |
Thrown by the persistence provider when a problem occurs.
|
| PessimisticLockException |
Thrown by the persistence provider when an pessimistic locking conflict
occurs.
|
| QueryTimeoutException |
Thrown by the persistence provider when a query times out
and only the statement is rolled back.
|
| RollbackException |
Thrown by the persistence provider when
EntityTransaction.commit() fails. |
| TransactionRequiredException |
Thrown by the persistence provider when a transaction is required but is not
active.
|
| Annotation Type | Description |
|---|---|
| Access |
Used to specify an access type to be applied to an entity class,
mapped superclass, or embeddable class, or to a specific attribute
of such a class.
|
| AssociationOverride |
Used to override a mapping for an entity relationship.
|
| AssociationOverrides |
Used to override mappings of multiple relationship properties or fields.
|
| AttributeOverride |
Used to override the mapping of a
Basic (whether
explicit or default) property or field or Id property or
field. |
| AttributeOverrides |
Used to override mappings of multiple properties or fields.
|
| Basic |
The simplest type of mapping to a database column.
|
| Cacheable |
Specifies whether an entity should be cached if caching is enabled
when the value of the
persistence.xml caching element
is ENABLE_SELECTIVE or DISABLE_SELECTIVE . |
| CollectionTable |
Specifies the table that is used for the mapping of
collections of basic or embeddable types.
|
| Column |
Specifies the mapped column for a persistent property or field.
|
| ColumnResult |
Used in conjunction with the
SqlResultSetMapping annotation or
ConstructorResult annotation to map a column of the SELECT
list of a SQL query. |
| ConstructorResult |
Used in conjunction with the
SqlResultSetMapping annotation to map the SELECT
clause of a SQL query to a constructor. |
| Convert |
Specifies the conversion of a Basic field or property.
|
| Converter |
Specifies that the annotated class is a converter and defines its
scope.
|
| Converts |
Used to group
Convert annotations. |
| DiscriminatorColumn | |
| DiscriminatorValue |
Specifies the value of the discriminator column for
entities of the given type.
|
| ElementCollection |
Specifies a collection of instances of a basic type or embeddable
class.
|
| Embeddable |
Specifies a class whose instances are stored as an intrinsic
part of an owning entity and share the identity of the entity.
|
| Embedded |
Specifies a persistent field or property of an entity whose
value is an instance of an embeddable class.
|
| EmbeddedId |
Applied to a persistent field or property of an entity
class or mapped superclass to denote a composite primary
key that is an embeddable class.
|
| Entity |
Specifies that the class is an entity.
|
| EntityListeners |
Specifies the callback listener classes to be used for an
entity or mapped superclass.
|
| EntityResult |
Used in conjunction with the
SqlResultSetMapping annotation to map the SELECT
clause of a SQL query to an entity result. |
| Enumerated |
Specifies that a persistent property or field should be persisted
as a enumerated type.
|
| ExcludeDefaultListeners |
Specifies that the invocation of default listeners is
to be excluded for the entity class (or mapped superclass)
and its subclasses.
|
| ExcludeSuperclassListeners |
Specifies that the invocation of superclass listeners is
to be excluded for the entity class (or mapped superclass)
and its subclasses.
|
| FieldResult |
Used in conjunction with the
EntityResult annotation to map columns specified
in the SELECT list of a SQL query to the properties or fields of an entity class. |
| ForeignKey |
Used to specify the handling of foreign key constraints when schema
generation is in effect.
|
| GeneratedValue |
Provides for the specification of generation strategies for the
values of primary keys.
|
| Id |
Specifies the primary key of an entity.
|
| IdClass |
Specifies a composite primary key class that is mapped to
multiple fields or properties of the entity.
|
| Index |
Used in schema generation to specify creation of an index.
|
| Inheritance |
Specifies the inheritance strategy to be used for an entity class
hierarchy.
|
| JoinColumn |
Specifies a column for joining an entity association or element
collection.
|
| JoinColumns |
Specifies the mapping for composite foreign keys.
|
| JoinTable |
Specifies the mapping of associations.
|
| Lob |
Specifies that a persistent property or field should be persisted
as a large object to a database-supported large object type.
|
| ManyToMany |
Specifies a many-valued association with many-to-many multiplicity.
|
| ManyToOne |
Specifies a single-valued association to another entity class that
has many-to-one multiplicity.
|
| MapKey |
Specifies the map key for associations of type
java.util.Map when the map key is itself the primary
key or a persistent field or property of the entity that is
the value of the map. |
| MapKeyClass |
Specifies the type of the map key for associations of type
java.util.Map . |
| MapKeyColumn |
Specifies the mapping for the key column of a map whose
map key is a basic type.
|
| MapKeyEnumerated |
Specifies the enum type for a map key whose basic type is an enumerated type.
|
| MapKeyJoinColumn |
Specifies a mapping to an entity that is a map key.
|
| MapKeyJoinColumns |
Supports composite map keys that reference entities.
|
| MapKeyTemporal |
This annotation must be specified for persistent map keys of type
Date and Calendar . |
| MappedSuperclass |
Designates a class whose mapping information is applied
to the entities that inherit from it.
|
| MapsId |
Designates a
ManyToOne or
OneToOne relationship attribute that provides the
mapping for an EmbeddedId primary key, an attribute within
an EmbeddedId primary key, or a simple primary key of
the parent entity. |
| NamedAttributeNode |
A
NamedAttributeNode is a member element of a
NamedEntityGraph . |
| NamedEntityGraph |
Used to specify the path and boundaries for a find operation or query.
|
| NamedEntityGraphs |
Used to group
NamedEntityGraph annotations. |
| NamedNativeQueries |
Specifies multiple native SQL named queries.
|
| NamedNativeQuery |
Specifies a named native SQL query.
|
| NamedQueries |
Specifies multiple named Jakarta Persistence query language queries.
|
| NamedQuery |
Specifies a static, named query in the Jakarta Persistence query language.
|
| NamedStoredProcedureQueries |
Specifies multiple named stored procedure queries.
|
| NamedStoredProcedureQuery |
Specifies and names a stored procedure, its parameters, and its result type.
|
| NamedSubgraph |
A
NamedSubgraph is a member element of a
NamedEntityGraph . |
| OneToMany |
Specifies a many-valued association with one-to-many multiplicity.
|
| OneToOne |
Specifies a single-valued association to another entity that has
one-to-one multiplicity.
|
| OrderBy |
Specifies the ordering of the elements of a collection valued
association or element collection at the point when the association
or collection is retrieved.
|
| OrderColumn |
Specifies a column that is used to maintain the persistent order of
a list.
|
| PersistenceContext |
Expresses a dependency on a container-managed
EntityManager and its
associated persistence context. |
| PersistenceContexts |
Declares one or more
PersistenceContext annotations. |
| PersistenceProperty |
Describes a single container or persistence provider property.
|
| PersistenceUnit |
Expresses a dependency on an
EntityManagerFactory and its
associated persistence unit. |
| PersistenceUnits |
Declares one or more
PersistenceUnit annotations. |
| PostLoad |
Specifies a callback method for the corresponding
lifecycle event.
|
| PostPersist |
Specifies a callback method for the corresponding
lifecycle event.
|
| PostRemove |
Specifies a callback method for the corresponding
lifecycle event.
|
| PostUpdate |
Specifies a callback method for the corresponding
lifecycle event.
|
| PrePersist |
Specifies a callback method for the corresponding
lifecycle event.
|
| PreRemove |
Specifies a callback method for the corresponding
lifecycle event.
|
| PreUpdate |
Specifies a callback method for the corresponding
lifecycle event.
|
| PrimaryKeyJoinColumn |
Specifies a primary key column that is used as a foreign key to
join to another table.
|
| PrimaryKeyJoinColumns |
Groups
PrimaryKeyJoinColumn annotations. |
| QueryHint |
Used to supply a query property or hint to the
NamedQuery or NamedNativeQuery annotation. |
| SecondaryTable |
Specifies a secondary table for the annotated entity
class.
|
| SecondaryTables |
Specifies multiple secondary tables for an entity.
|
| SequenceGenerator |
Defines a primary key generator that may be referenced by name when
a generator element is specified for the
GeneratedValue
annotation. |
| SequenceGenerators |
Used to group
SequenceGenerator annotations. |
| SqlResultSetMapping |
Specifies the mapping of the result of a native SQL query or stored
procedure.
|
| SqlResultSetMappings |
Is used to define one or more
SqlResultSetMapping annotations. |
| StoredProcedureParameter |
Specifies a parameter of a named stored procedure query.
|
| Table |
Specifies the primary table for the annotated entity.
|
| TableGenerator |
Defines a primary key generator that may be
referenced by name when a generator element is specified for
the
GeneratedValue annotation. |
| TableGenerators |
Used to group
TableGenerator annotations. |
| Temporal |
This annotation must be specified for persistent fields
or properties of type
java.util.Date and
java.util.Calendar . |
| Transient |
Specifies that the property or field is not persistent.
|
| UniqueConstraint |
Specifies that a unique constraint is to be included in
the generated DDL for a primary or secondary table.
|
| Version |
Specifies the version field or property of an entity class that
serves as its optimistic lock value.
|


jQuery notific8 is a notification plug-in that was inspired by the notification style introduced in Windows 8.
Use the fields below to test the different options for the plug-in.


Securing and Extending Puppet
In early October I had the pleasure of being a last-minute addition to the Puppet Camp lineup, speaking about security and extensibility in Puppet. It was a blast.
Slides: http://rcrowley.org/talks/puppet-camp-2010.
Video, courtesy of Puppet Labs:
Toward the end I pause and look at the back for a while, seemingly without reason. Luke was outside in the lobby having a conversation while standing in the perfect location for his voice to echo all the way to the front and I thought he was asking a question. False alarm.


APInt
public struct APInt : IRConstant
A value implementing arbitrary precision integer arithmetic.
APInt
is a functional replacement for common case unsigned integer type
like UInt
or UInt64
, but also allows non-byte-width
integer sizes and large integer value types such as 3-bits, 15-bits, or more
than 64-bits of precision. APInt
provides a variety of arithmetic
operators and methods to manipulate integer values of any bit-width. It
supports both the typical integer arithmetic and comparison operations as
well as bitwise manipulation.
-
The underlying word size.
Declaration
Swift
public typealias Word = UInt64
-
The bitwidth of this integer.
Declaration
Swift
public private(set) var bitWidth: Int { get }
-
Declaration
Swift
public func asLLVM() -> LLVMValueRef
-
Creates and initializes a new
APInt
with a bitwidth of one and a value of zero.Declaration
Swift
public init()
-
Creates and initializes a new
APInt
with a given bit width, value, and signedness.Declaration
Swift
public init(width numBits: Int, value: UInt64, signed: Bool = false)
Parameters
numBits
The bit width of the integer.
value
The value of the integer.
signed
If
true
, treat the most significant bit at the given bit width as a sign bit. Defaults tofalse
. -
Creates and initializes a new
APInt
with a given bit width and an array of word values.Declaration
Swift
public init(width numBits: Int, values: [Word])
Parameters
numBits
The bit width of the integer.
values
An array of words to form the value of the integer.
-
Declaration
Swift
public static func == (lhs: APInt, rhs: APInt) -> Bool
-
Declaration
Swift
public static func < (lhs: APInt, rhs: APInt) -> Bool
-
Declaration
Swift
public typealias Magnitude = APInt
-
Declaration
Swift
public typealias IntegerLiteralType = UInt64
-
Declaration
Swift
public init(integerLiteral value: UInt64)
-
Declaration
Swift
public init?<T>(exactly source: T) where T : BinaryInteger
-
Returns the result of performing a bitwise AND operation on the two given values.
Declaration
Swift
public static func & (lhs: APInt, rhs: APInt) -> APInt
-
Stores the result of performing a bitwise AND operation on the two given values in the left-hand-side variable.
Declaration
Swift
public static func &= (lhs: inout APInt, rhs: APInt)
-
Returns the result of performing a bitwise OR operation on the two given values.
Declaration
Swift
public static func | (lhs: APInt, rhs: APInt) -> APInt
-
Stores the result of performing a bitwise OR operation on the two given values in the left-hand-side variable.
Declaration
Swift
public static func |= (lhs: inout APInt, rhs: APInt)
-
Returns the result of performing a bitwise XOR operation on the two given values.
Declaration
Swift
public static func ^ (lhs: APInt, rhs: APInt) -> APInt
-
Stores the result of performing a bitwise XOR operation on the two given values in the left-hand-side variable.
Declaration
Swift
public static func ^= (lhs: inout APInt, rhs: APInt)
-
Declaration
Swift
public static func + (lhs: APInt, rhs: APInt) -> APInt
-
Declaration
Swift
public static func += (lhs: inout APInt, rhs: APInt)
-
Declaration
Swift
public static func - (lhs: APInt, rhs: APInt) -> APInt
-
Declaration
Swift
public static func -= (lhs: inout APInt, rhs: APInt)
-
Declaration
Swift
public var magnitude: APInt { get }
-
Declaration
Swift
public static func * (lhs: APInt, rhs: APInt) -> APInt
-
Declaration
Swift
public static func *= (lhs: inout APInt, rhs: APInt)
-
Returns the result of shifting a value’s binary representation the specified number of digits to the left.
Declaration
Swift
public static func << (lhs: APInt, amount: UInt64) -> APInt
-
Stores the result of shifting a value’s binary representation the specified number of digits to the left in the left-hand-side variable.
Declaration
Swift
public static func <<= (lhs: inout APInt, amount: UInt64)
-
Logically shift the value right by the given amount.
Declaration
Swift
public func logicallyShiftedRight(by amount: UInt64) -> APInt
Parameters
amount
The amount to shift right by.
Return Value
An integer of the same bit width that has been logically right shifted.
-
Logically shift the value right by the given amount.
Declaration
Swift
public mutating func logicallyShiftRight(by amount: UInt64)
Parameters
amount
The amount to shift right by.
-
Attempts to return the value of this integer as a 64-bit unsigned integer that has been zero-extended. If the value cannot be represented faithfully in 64 bits, the result is
nil
.Declaration
Swift
public var zeroExtendedValue: UInt64? { get }
-
Attempts to return the value of this integer as a 64-bit signed integer that has been sign-extended. If the value cannot be rerprresented faithfully in 64 bits, the result is
nil
.Declaration
Swift
public var signExtendedValue: Int64? { get }
-
Returns
true
if the most significant bit of this value is set.Note: This may return
true
even if you did not explicitly construct a signedAPInt
.Declaration
Swift
public var isNegative: Bool { get }
-
Returns
true
if all bits are ones.Declaration
Swift
public var areAllBitsSet: Bool { get }
-
The number of leading zeros in this value’s binary representation.
Declaration
Swift
public var leadingZeroBitCount: Int { get }
-
The number of trailing zeros in this value’s binary representation.
Declaration
Swift
public var trailingZeroBitCount: Int { get }
-
The number of bits equal to 1 in this value’s binary representation.
Declaration
Swift
public var nonzeroBitCount: Int { get }
-
Truncates the integer to a given bit width.
Declaration
Swift
public func truncate(to width: Int) -> APInt
Parameters
width
The new width to truncate towards. This width cannot exceed the current width of the integer.
Return Value
An integer of the given bit width that has been truncated.
-
Zero extends the integer to a given bit width.
Declaration
Swift
public func zeroExtend(to width: Int) -> APInt
Parameters
width
The width to zero-extend the integer to. This value may not be smaller than the current width of the integer.
Return Value
An integer of the given bit width that has been zero-extended.
-
Sign extends the integer to a given bit width.
Declaration
Swift
public func signExtend(to width: Int) -> APInt
Parameters
width
The width to sign-extend the integer to. This value may not be smaller than the current width of the integer.
Return Value
An integer of the given bit width that has been zero-extended.
-
Zero extends or truncates the integer to the given width.
If the given bit width exceeds the current bit width, the value is zero-extended. Else if the given bit width is less than the current bit width, the value is truncated.
If the given bit width matches the current bit width, this operation is a no-op.
Declaration
Swift
public func zeroExtendOrTruncate(to width: Int) -> APInt
Parameters
width
The width to zero extend or truncate to.
Return Value
An integer that has been zero extended or truncated to fit the given bit width.
-
Sign extends or truncates the integer to the given width.
If the given bit width exceeds the current bit width, the value is sign-extended. Else if the given bit width is less than the current bit width, the value is truncated.
If the given bit width matches the current bit width, this operation is a no-op.
Declaration
Swift
public func signExtendOrTruncate(to width: Int) -> APInt
Parameters
width
The width to sign extend or truncate to.
Return Value
An integer that has been sign extended or truncated to fit the given bit width.
-
Toggle every bit in this integer to its opposite value.
Declaration
Swift
public mutating func flipAll()
-
Computes the complement integer value.
Declaration
Swift
public prefix static func ~ (val: APInt) -> APInt
Parameters
val
The integer value.
Return Value
An integer with the value of the bitwise complement.


It seems that the browser you are using does not support current JavaScript methods (ES6, standard since
2015),
or maybe JavaScript is disabled altogether. Please use an up-to-date version of a modern browser (preferably
Google Chrome) and/or
enable JavaScript.


An interesting little miracle happened just as we were about to begin this adventure. My partner, Bead, and I had spent all this time and effort preparing for the trip by putting up more Christmas lights and making a really good mp3 playlist and stuff. When I woke up at 8am all the electricity in the neighborhood was out. I wasn't too worried at the time, but when 12pm rolled around and it was still out I was slightly dismayed. We'd planned on meeting around 10:30 or 11ish so we could talk about boundaries and expectations before dosing around noon. We were all running a little late, but that was ok. An expedition had been sent out to retrieve some D batteries for the little stereo so that we could at least play cds.
We were just finishing up the last few details when Bead decided to turn on one of the lines of Christmas lights so we'd know for sure when the electricity was back on. As soon as he sat back down again the lights came on and we all rejoiced cause we'd get to experience all the cool things we'd prepared.
Our group of four, Bead, Spore, Hands, and oranges (myself) made for some interesting social interactions and tensions. Spore has been one of Bead's lovers recently and Hands is her good friend who we'd never met before. Our foxy was in a baggy weighed out to 50mg so we wanted a group of 4 so that we could split it up fairly evenly. We also thought it would create a more comfortable atmosphere. In the end I think having Hands there was definitely for the best as far as keeping it a tame, non-sexual environment.
On expectations for the trip:
The taste wasn't half as bad as I'd expected. - Although the music brought me to some really intense places, it was never too overwhelming even with the dark songs that we'd forgotten to take out of the playlist. - The trip and it's lingering effects lasted much longer than I'd expected. - The body load was heavy but not unmanageable (especially since I'd fasted for 12 hours beforehand and everyone else had had a small breakfast.) - And yes, I felt very very sexual during the kick-ass long peak (whether this was due more to mind-set or to the drug I don't know).
The amount of liquid we had to drink was small, since we mixed it 1mg/ml, so we drank it straight (cause we'd heard bad reports about people mixing it with a huge glass of juice to try and cover up the taste and then having to chock down all this really nasty tasting stuff) and chased it with a little orange juice. It tasted like a chemical, but it didn't make me want to gag or anything.
It came on quickly, we all reported feeling like springs being wound up and my innards felt like they were rearranging themselves. I was glad I had fasted because even though I knew it was going to make the comedown harder I think this part could have been really miserable if I'd had food in me. I felt like I was actually up, as in fully feeling the drug by 1:15ish a mere 45-50 minutes after taking it. I usually take longer than everyone else to feel things so I think the empty stomach really helped it come on quicker.
As we were coming up Spore and I shared this moment where we were
discussing what it was feeling like to come up. In my own words spoken later to Bead (after Spore and Hands had left but we were not yet down):
the air was thick with music
the air, the ground, everything was infused with music
it had a physical texture...or maybe
it added texture to the air and everything.
It was like adding another dimension to everything.
The visuals were somewhat subtle. Sometimes things would wiggle or breathe but mostly it was colors for me. Things were very color themed; sometimes green, sometimes orange, they would almost have a soft faint glow to them. Wood grains moved deeply in and out of them selves but didn't swirl around.
If I ever felt a little overwhelmed I could just look out the window and feel much better or walk into the living room or kitchen for a second. The bathroom was really cold and I felt alone and disconnected from everyone else so I didn't like it in there. As a sort of side note, speaking of bathrooms, I ended up peeing alot, it seemed like more than was necessary for what I was drinking, but who knows, I was experiencing time dilation too.
It was nice in the bedroom because we have a king size bed lofted and a couch partially underneath it along with our two desks so there was lots of room. A couple times I climbed up onto the bed to sort of get away for a little while. It was perfect cause I could be alone and be to myself while still hearing the others talking and I could see them if I looked over the edge so I never got really lonely like in the bathroom.
One of the times I was up there I laid back and closed my eyes and the visuals were just really stunning. I didn't feel like they were
choreographed to the music, but they were definitely flowing with it. I was surprised because I was expecting maybe some closed eye pattern visuals but I was getting really detailed three dimensional scapes that morphed and flowed and changed colors. It was really spectacular. They ranged from a soldierly formation of cubish spheres with enormous spikes that grew and shrank to a Dali-esque 'scape with a melting morphing gateway. The most intense it ever got (which I think was my actual peak) was when I went beyond the visuals to a point where my sense of being was so soft and the music was so tangible that I couldn't tell where my body ended and the music began, it was all one. It was a truly beautiful experience.
I had the type of body high that was similar to what I usually associate with eating marijuana which is somewhat dissociated. Physical sensation felt really good and definitely lead me to feel somewhat horney. In fact, during one of my sessions up on the bed by myself I started out rubbing my belly and then moved on to pulling on my nipple. I think I came very close to orgasm from just this stimulation. I really wanted to take off all my clothes and writhe around on the bed. I wanted to put things in my mouth, especially other people's tongues. As I mentioned earlier, I think it was good Hands was there because the reason I didn't do these and much more sexually explicit things was, I think, solely due to his presence. If it had just been me, Bead, and Spore I don't know if I would have contained myself and the current sexual climate surrounding the three of us would have possibly made that into a very difficult situation.
I started to come down right around 5pm after a solid 3 hours of peaking. The initial switch from being up to coming down was fairly difficult. I had some paranoia and was worried about my body. Eventually I got a hold on the situation though and the come down started to go more smoothly. We brought out the food we'd obtained for the event, sourdough, crackers, pita, hummus, cheese,and yogurt. I also had two Ensures. Eating was a difficult thing all night. I would have stomach upset and feel sort of dizzy every time I tried to eat but I ate anyway cause I knew my body needed it and would hate me later if I didn't. Even at Sparky's 24 hour diner in the city around 10pm I was still having trouble getting myself to even eat the food. I was pretty tired and grumpy by the time we got home and went to bed around 1am.
I would say I was still fairly up around 6pm when Spore and Hands left. After that things started to chill out alot as Bead and I sat around and talked about the experience. The music became less physical but still had a strong effect on me, I still got lots of wiggly visuals in the bathroom and although my thoughts seemed to be happening pretty clearly in my head, actually doing things was confusing.
As far as music goes for a foxy trip, I have to say that Shpongle is a must. Shpongle is amazing and totally fucks with your trip in the best way possible. I had never heard them before and I'm kinda interested to listen to them while sober now to see how differently I think of it. As I mentioned before, the music was never too overwhelming. It was definitely controlling my trip and even when it was taking me to dark places it was not bad, just interesting. There was one time toward the end when I was having some difficulty with my come down when I asked Bead to change the music to something happy but otherwise it was all cool.
I won't do this drug frequently or anytime soon because the body
load/fasting was such a significant thing to deal with but I do plan on trying it again because this was a great experience. I felt like 12mg was a great beginning dose, it took me really deeply into the trip but never over the edge. Perhaps I will try a higher dosage sometime but I'll probably stick with 12mg for my second experience too.
Things I think people should be aware of:
Make sure you're in a good group of people and know everyone's boundaries. If you aren't sure you can stick to the boundaries try to do something that will force you to hold to them (having a 'third party' so to speak worked well for us I think). I also think people should be aware that the lingering effects are longer lasting than I've often heard them reported. I was still feeling some effects a 1amish almost 12 hours after we dosed. I feel pretty ok today, but I haven't gotten out of bed yet either :) We'll see how work goes this afternoon and evening. And for me, the body load was high and fasting was very good, but I think that is also why I had a come down as difficult as I did.
I plan on telling all my music friends about this drug!
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.


3,084,157 views 29 Jul 2015
38.7K subscribers
Provided to YouTube by The Orchard Enterprises
Dunkelheit · Burzum
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Capacitor works on a three-step build process. First, your web code is built if necessary. Next, the built web code is copied to each platform, and finally the app is compiled using the platform-specific tooling.
iOS relies on Xcode to do the final app compile
npm run capacitor build
npm run capacitor copy ios
npm run capacitor open ios
Once XCode launches, you can build your finally app binary through the standard XCode workflow.
npm run capacitor build
npm run capacitor copy android
npm run capacitor compile android
Capacitor doesn't require any kind of build step for your web code. If you're using the standard "build" script in npm, then just run
npm run build
And capacitor will use the built web code in your webDir
in your capacitor.config.json
.
If your web app doesn't need a build step, then skip the build and you're good to go.


findAll
Simulate a findAll to a fixture.
store.findAll(request)
store.findAll(request)
simulates a request to
get a list items from the server. It supports the
following params:
- order -
order=name ASC
- group -
group=name
- limit -
limit=20
- offset -
offset=60
- id filtering -
ownerId=5
Parameters
-
request
{Object}
The ajax request object. The available parameters are:
Returns
{Object}
a response object like:
{
count: 1000,
limit: 20,
offset: 60,
data: [item1, item2, ...]
}
where:
- count - the number of items that match any filtering before limit and offset is taken into account
- offset - the offset passed
- limit - the limit passed
- data - an array of JS objects with each item's properties


Methods of Class Writer
- Writer
- Writer(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Creates a type writer.
- Parameters
| version |
the version of the created type writer; must not be
negative
|
| documentation |
the documentation
|
| fileName |
the file name (deprecated, use an empty string)
|
| typeClass |
the type class of the created type writer
|
| published |
whether the created type writer is published; for a type
class that cannot be published, this should be false
|
| typeName |
the type name of the created type writer
|
| superTypeCount |
the number of super types of the created type
writer
|
| fieldCount |
the number of fields of the created type writer
|
| methodCount |
the number of methods of the created type writer
|
| referenceCount |
the number of references of the created type writer
|
- ~Writer
- ~Writer();
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Destroys this
Writer
instance.
- setSuperTypeName
- void setSuperTypeName(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Sets the type name of a super type of this type writer.
- Parameters
| index |
a valid index into the range of super types of this type
writer
|
| typeName |
the super type name
|
- setFieldData
- void setFieldData(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Sets the data of a field of this type writer.
- Parameters
| index |
a valid index into the range of fields of this type writer
|
| documentation |
the documentation of the field
|
| fileName |
the file name of the field (deprecated, use an empty string)
|
| flags |
the flags of the field
|
| name |
the name of the field
|
| typeName |
the type name of the field
|
| valueType |
the type of the value of the field
|
| valueValue |
the value of the value of the field
|
- setMethodData
- void setMethodData(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Sets the data of a method of this type writer.
- Parameters
| index |
a valid index into the range of methods of this type writer
|
| documentation |
the documentation of the method
|
| flags |
the flags of the method
|
| name |
the name of the method
|
| returnTypeName |
the return type name of the method
|
| parameterCount |
the number of parameters of the method
|
| exceptionCount |
the number of exceptions of the method
|
- setMethodParameterData
- void setMethodParameterData(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Sets the data of a parameter of a method of this type writer.
- Parameters
| methodIndex |
a valid index into the range of methods of this type
writer
|
| parameterIndex |
a valid index into the range of parameters of the
given method
|
| flags |
the flags of the parameter
|
| name |
the name of the parameter
|
| typeName |
the type name of the parameter
|
- setMethodExceptionTypeName
- void setMethodExceptionTypeName(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Sets an exception type name of a method of this type writer.
- Parameters
| methodIndex |
a valid index into the range of methods of this type
writer
|
| exceptionIndex |
a valid index into the range of exceptions of the
given method
|
| typeName |
the exception type name
|
- setReferenceData
- void setReferenceData(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Sets the data of a reference of this type writer.
- Parameters
| handle |
a handle on a type writer
|
| index |
a valid index into the range of references of this type
writer
|
| documentation |
the documentation of the reference
|
| sort |
the sort of the reference
|
| flags |
the flags of the reference
|
| typeName |
the type name of the reference
|
- getBlob
- const void * getBlob(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
YES |
NO |
- Summary
- Returns the blob of this type writer.
- Parameters
| size |
an out-parameter obtaining the size of the blob
|
- Return
- a (byte-aligned) pointer to the blob; the returned pointer and
the returned
size
remain valid until the next function is
called on this type writer
- Writer
- Writer(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
NO |
- operator=
- void operator=(
-
| virtual |
abstract |
const |
volatile |
template |
static |
inline |
C-linkage |
| NO |
NO |
NO |
NO |
NO |
NO |
NO |
NO |
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Copyright © 2012, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


Typically a miners first question is how much and how often will I be rewarded for my work, and we will get to that in a moment... Before we do, there are some things you should be aware of, things that set P2Pool apart from any other mining pool. Things that make P2Pool awesome.
Unlike centralized mining pools, P2Pool is based on the same peer-2-peer (P2P) model as Bitcoin, making the pool as a whole highly resistant to malicious attacks, and preserving and protecting the decentralized nature of Bitcoin.
When you launch a P2Pool node; it seeks out, connects with, and shares data with a decentralized network of other P2Pool nodes (also known as peers). P2Pool nodes share a cryptographic chain of data representing value, similar to Bitcoin's Blockchain, the P2Pool version is called the Sharechain.
The table below shows some of the key differences between the two:
|
Content |
Length of chain |
Expected time |
Difficulty adjustment |
| Bitcoin blockchain |
Bitcoin transactions |
Complete; all blocks |
10 Minutes |
Every 2,016 blocks |
| P2Pool sharechain |
Miner rewards |
8,640 Shares |
30 Seconds |
Dynamic |
Shares that make it into the P2Pool sharechain are the same (cryptographically speaking) as blocks that make it into the Bitcoin blockchain, except that they have a lower difficulty target.
How do I get some shares?
When a miners share is accepted by a P2Pool node it is broadcast on the P2P network to all the other nodes. If a majority of other nodes accept the share, it becomes confirmed in the sharechain. For your P2Pool node to accept and broadcast the share it must meet the minimum p2pool difficulty.
A P2Pool share that also meets the Bitcoin difficulty is broadcast to both P2Pool and Bitcoin peers, and if confirmed by the Bitcoin network becomes a block.
How do I get paid?
P2Pool miners are paid every time a block is found by the pool for any confirmed shares they currently have in the P2Pool sharechain.
This is known as a Pay Per Last N Shares (PPLNS) payout system, and is the mechanism P2Pool uses to both determine payouts and discourage pool hopping. In P2Pool the N in PPLNS is 8,640, each of the last 8,640 shares are paid each time a Bitcoin block is found. A share in the P2Pool sharechain can be expected to last about 3 days (8,640 shares * 30 seconds = 3 days).
Confirmed shares are valid, and paid whenever a block is found, for as long as they remain in the sharechain (about 3 days). Payouts in P2Pool are made immediately, directly from the block generation transaction. Newly generated coins require 100 confirmations before they can be spent, so P2Pool payouts cannot be spent for about 16.5 hours.
As a miner on P2Pool you are competing with other P2Pool miners for a portion of the 8,640 active shares. The more shares (and the higher the difficulty of those shares) you have in the sharechain, the greater your reward when a block is found.
Can anyone mine on P2Pool?
Yes. However, unlike some centralized pools, P2Pool has a minimum hash rate threshold to expect regular payouts when blocks are found. The minimum hash rate to expect regular payouts changes based on the total speed of all the miners in the pool at any given time. A good rule of thumb to expect a payout when a block is found: If your expected time to share is over 1.5 days you are unlikely to be able to maintain a valid share in the sharechain.
Patience is a virtue.
One last important tip: When you start mining on P2Pool exercise patience. Until you get a confirmed share in the sharechain, and the pool subsequently finds a Bitcoin block, you will not receive a payout. As you add more shares to the sharechain your payout will increase, when a share is older then 3 days (8,640 shares) it will fall off the end of the chain and no longer be paid. P2Pool will tell you your expected time to share, but keep in mind this is an estimate and is subject to the same luck/variance that Bitcoin blocks are.
Now that you have a basic understanding of how P2Pool works…


Using the default configuration, Tailwind CSS comes in at 58.1kb minified and gzipped.
Here are a few other popular frameworks for comparison:
| Framework | Original Size | Minified | Gzip | Brotli |
|---|---|---|---|---|
| Tailwind | 477.6kb | 350.4kb | 58.8kb | 17.1kb |
| Bootstrap | 187.8kb | 152.1kb | 22.7kb | 16.7kb |
| Bulma | 205.6kb | 172.4kb | 23.0kb | 18.0kb |
| Foundation | 154.1kb | 119.2kb | 15.9kb | 12.9kb |
| Tachyons | 111.7kb | 71.8kb | 13.4kb | 7.5kb |
| Semantic UI | 809.4kb | 613.8kb | 100.6kb | 77.8kb |
| Materialize | 175.0kb | 138.5kb | 21.1kb | 17.1kb |
By comparison Tailwind definitely seems on the heavy side (although if you use Brotli instead of gzip it's still very reasonable), but there are a number of strategies you can use to reduce this file size dramatically.
Removing unused CSS
Mozilla's Firefox Send is built with Tailwind, yet somehow their CSS is only 13.1kb minified, and only 4.7kb gzipped! How?
They're using Purgecss, a tool for removing CSS that you're not actually using in your project. Purgecss is particularly effective with Tailwind because Tailwind generates thousands of utility classes for you, most of which you probably won't actually use.
For example, Tailwind generates margin utilities for every size in your spacing scale, for every side of an element you might want to apply margin to, at every breakpoint you are using in your project. This leads to hundreds of different combinations that are all important to have available, but not all likely to be needed.
When using Purgecss with Tailwind, it's very hard to end up with more than 10kb of compressed CSS.
Setting up Purgecss
In the future we may incorporate Purgecss directly into Tailwind, but for now the best way to use it in your project is as a PostCSS plugin.
To get started with Purgecss, first install @fullhuman/postcss-purgecss
:
# Using npm
npm install @fullhuman/postcss-purgecss
# Using yarn
yarn add @fullhuman/postcss-purgecss
Next, add it as the last plugin in your postcss.config.js
file:
// postcss.config.js
const purgecss = require('@fullhuman/postcss-purgecss')({
// Specify the paths to all of the template files in your project
content: [
'./src/**/*.html',
'./src/**/*.vue',
'./src/**/*.jsx',
// etc.
],
// Include any special characters you're using in this regular expression
defaultExtractor: content => content.match(/[A-Za-z0-9-_:/]+/g) || []
})
module.exports = {
plugins: [
require('tailwindcss'),
require('autoprefixer'),
...process.env.NODE_ENV === 'production'
? [purgecss]
: []
]
}
Note that in this example, we're only enabling Purgecss in production. We recommend configuring Purgecss this way because it can be slow to run, and during development it's nice to have every class available so you don't need to wait for a rebuild every time you change some HTML.
Writing purgeable HTML
Purgecss uses "extractors" to determine what strings in your templates are classes. In the example above, we use a custom extractor that will find all of the classes Tailwind generates by default:
const purgecss = require('@fullhuman/postcss-purgecss')({
// ...
defaultExtractor: content => content.match(/[A-Za-z0-9-_:/]+/g) || []
})
The way it works is intentionally very "dumb". It doesn't try to parse your HTML and look for class attributes or dynamically execute your JavaScript — it simply looks for any strings in the entire file that match this regular expression:
/[A-Za-z0-9-_:/]+/g
That means that it is important to avoid dynamically creating class strings in your templates with string concatenation, otherwise Purgecss won't know to preserve those classes.
Don't use string concatenation to create class names

Do dynamically select a complete class name

As long as a class name appears in your template in its entirety, Purgecss will not remove it.
Customizing the regular expression
In the example above, we use a regular expression that matches all of the non-standard characters Tailwind uses by default, like :
and /
.
If you are using any other special characters in your class names, make sure to update the regular expression to include those as well.
For example, if you have customized Tailwind to create classes like w-50%
, you'll want to add %
to the regular expression:
- /[A-Za-z0-9-_:/]+/g
+ /[A-Za-z0-9-_:/%]+/g
Removing unused theme values
If you can't use Purgecss for one reason or another, you can also reduce Tailwind's footprint by removing unused values from your configuration file.
The default theme provides a very generous set of colors, breakpoints, sizes, margins, etc. to make sure that when you pull Tailwind down to prototype something, create a CodePen demo, or just try out the workflow, the experience is as enjoyable and fluid as possible.
We don't want you to have to go and write new CSS because we didn't provide enough padding helpers out of the box, or because you wanted to use an orange color scheme for your demo and we only gave you blue.
This comes with a trade-off though: the default build is significantly heavier than it would be on a project with a purpose-built configuration file.
Here are a few strategies you can use to keep your generated CSS small and performant.
Limiting your color palette
The default theme includes a whopping 93 colors used for backgrounds, borders, and text, all of which also have hover:
and focus
variants, as well as responsive variants at the five default screen sizes.
This means that by default, there are 4185 classes generated from this color palette out of 8271 classes total in the entire default build.
Very few projects actually need this many colors, and removing colors you don't need can have a huge impact on the overall file size.
Here's how using a smaller color palette affects the final size:
| Colors | Original | Minified | Gzip | Brotli |
|---|---|---|---|---|
| 93 (default) | 477.6kb | 350.4kb | 58.8kb | 17.1kb |
| 50 | 361.3kb | 260.3kb | 45.7kb | 13.9kb |
| 25 | 293.1kb | 207.2kb | 38.0kb | 12.2kb |
Removing unused breakpoints
Since almost every Tailwind utility is copied for every screen size, using fewer screen sizes can have a huge impact on the overall file size as well.
Here's how defining fewer screens affects the output:
| Breakpoints | Original | Minified | Gzip | Brotli |
|---|---|---|---|---|
| 4 (default) | 477.6kb | 350.4kb | 58.8kb | 17.1kb |
| 3 | 380.9kb | 279.7kb | 47.4kb | 16.3kb |
| 2 | 284.2kb | 209.0kb | 36.0kb | 15.0kb |
| 1 | 187.5kb | 138.3kb | 24.5kb | 13.7kb |
If you only need 3 screen sizes and 35 colors, you're down to 32.5kb after gzip (11.7kb after Brotli!) without changing anything else.
Disabling unused utilities and variants
If you don't expect to need a certain utility plugin in your project at all, you can disable it completely by setting it to false
in the corePlugins
section of your config file:
// tailwind.config.js
module.exports = {
// ...
corePlugins: {
float: false
}
}
If you need a utility but don't need the responsive versions, set its variants to an empty array to generate 80% fewer classes:
module.exports = {
// ...
variants: {
appearance: []
}
}
These are mostly small wins compared to limiting your color palette or using fewer breakpoints, but they can still add up.


11:54
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Your partner is typing…
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The CSS Box Model:
Padding, Borders and Margins
Friday 14th February 2020
I decided to write my technical blog post on the CSS box model as it’s something I find myself frequently getting confused with - I’m not sure if it’s just me, but I always seem to mix up padding and margins. In saying this, it’s a pretty simple concept once you wrap your head around it, so I wanted to try and explain it in layman’s terms to benefit my own learning, as well as anybody’s who’s reading this.
This is a diagram of the CSS box model:
Doesn’t look too crazy, huh?
I find an easy analogy for the CSS box model is this:
Imagine you’re standing on concrete and draw a circle around yourself with chalk.
In this scenario, you would be the content, the space between where you’re standing and the chalk would be the padding,
the chalk line itself would be the border and the space outside of the chalk line would be the margin.
So let’s break this down, starting with…
The padding properties are designed to control the space around the content of an element, but still inside the border.
You can set each side of an element’s padding individually, using “padding-top:”, “padding-left:” etc. or you can set them all at the same time by just putting one padding value. An example for a paragraph element with 30px padding might look like this:
Next up, borders. The border properties allow you to control the colour, width and style of a border.
Going back to our earlier scenario, you might have blue chalk, white chalk, pink chalk, or any other colour you fancy - this would be your border colour. You might draw a really thin line or a super thick line - this would be your border width. Lastly, you might draw a solid line, a dotted line, a dashed line… You get the picture - this would be your border style.
You could go through and define these properties individually, but luckily for us, these can all be defined in just one line of CSS. Here is an example of what a 3px wide, dotted blue border would look like:
The margin properties are used to control the space around an element’s border.
You can either define each margin individually, as below:
...Or, you can define them “shorthand”. Keep in mind that they must be defined in a clockwise order (top, right, bottom, left), like this:
Something to note with margins is that if two elements are stacked on top of one another and they both have vertical margins defined, the margins will automatically collapse and take on only the greater margin’s value.
I could go much deeper into all of these functions of CSS and talk about their various uses and values, but for today I only wanted to do a brief introduction to the world of the CSS box model.
I hope this has helped you to understand padding, borders and margins a little more clearly.
Until next time!
Ellora


8.1 Scripting Techniques
The actual scripting language used in a game is ultimately up to the game designers and programmers. It can resemble preexisting languages such as C or C++, or it can take a totally unique approach; perhaps even a graphical rather than a text-based approach. Deciding how the scripting system looks and works depends primarily on who will be using the scripting system. If your target is the end player, a more natural language or graphical approach might be beneficial. If the system is primarily for the designers and programmers, it might not be beneficial to spend your development time on a complex and time-consuming natural language parsing system. A quick and dirty approach might be better.
You also should consider other factors when developing a scripting system. Perhaps you want the script to be easy to read and write for the game designers, but not necessarily for the game players. In this case, you might want to use a form of encryption. You also could develop a script compiler so that the end result is less readable to humans.
In this chapter we create simple scripting commands and save them in standard text files. We want to avoid the need for a complex language parser, but at the same time we have been careful to choose a vocabulary that makes it relatively easy for humans to read and write the scripts. In other words, we use words that accurately reflect the aspect of the game that the script is altering.
|


Markers
arrow_drop_down
location_on
Start Adding Marker
settings
Marker Options
menu
Marker Options
Marker Icon URL
Add Marker Labels at creation:
Off
On


Erwin is a highly advanced Artificial Intelligence (AI) that resides somewhere on the network. He was created overnight by the Dust Puppy, who was feeling kind of bored. Erwin passes the Turing Test with flying colours, and has a dry sense of humour. He is an expert on any subject that is covered on the World Wide Web, such as Elvis sightings and alien conspiracies.


Making a Case
Making a Case
Software size and complexity obscures intent and precludes exhaustive testing. Outsourcing and use of un-vetted software supply chains increases risk. Attack sophistication now eases exploitation. These factors contribute to the increase of risks to software-enabled capabilities and the threat of asymmetric attack. A broad range of stakeholders now need confidence that the software which enables their core business operations can be trusted to perform (even under attempted exploitation).
In their report to the President, in the chapter entitled “Software Is a Major Vulnerability”, the President’s Information Technology Advisory Committee (PITAC) summed up the problem of non-secure software concisely and accurately:
“Network connectivity provides “door-to-door” transportation for attackers, but vulnerabilities in the software residing in computers substantially compound the cyber security problem. As the PITAC noted in a 1999 report, the software development methods that have been the norm fail to provide the high quality, reliable, and secure software that the Information Technology infrastructure requires.
Software development is not yet a science or a rigorous discipline, and the development process by and large is not controlled to minimize the vulnerabilities that attackers exploit. Today, as with cancer, vulnerable software can be invaded and modified to cause damage to previously healthy software, and infected software can replicate itself and be carried across networks to cause damage in other systems. Like cancer, these damaging processes may be invisible to the lay person even though experts recognize that their threat is growing. And as in cancer, both preventive actions and research are critical, the former to minimize damage today and the latter to establish a foundation of knowledge and capabilities that will assist the cyber security professionals of tomorrow reduce risk and minimize damage for the long term.
Vulnerabilities in software that are introduced by mistake or poor practices are a serious problem today. In the future, the Nation may face an even more challenging problem as adversaries - both foreign and domestic – become increasingly sophisticated in their ability to insert malicious code into critical software.”
It is clear that to produce, acquire, and sustain secure software, a framework that identifies workforce needs for competencies, leverages sound practices, and guides curriculum development for education and training relevant to software assurance is inevitable. Because software quality assurance and software engineering have evolved bodies of knowledge that do not explicitly address security as a quality attribute, a workforce education and training framework must also identify the integration point of secure software development techniques and practices in the existing programs nationwide.
RESOURCES
President’s Information Technology Advisory Committee (PITAC) Report, Cyber Security: A Crisis of Prioritization, February 2005
The Case for SwA Education
3/30/12
Software assurance has become critical because dramatic increases in business and mission risks are now attributable to exploitable software.


Dynamic Trigger Configuration - check this if you want to specify the URL to an xml file
containing the Gerrit trigger configuration. This xml file will be automatically fetched at
regular intervals, and the trigger configuration will be updated accordingly.
The URL must be in a format that can be parsed by java.net.URL.
A Dynamic Trigger Configuration can co-exist peacefully with the
regular way of manually specifying the trigger configuration below.


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Exxon profit surpasses forecasts as Permian crude output climbs
by Kevin CrowleyExxon Mobil Corp. joined its supermajor peers in outperforming analyst expectations but the rosy results may be overshadowed by looming storm clouds.
Although per-share profit for the world’s biggest oil explorer by market value exceeded estimates, analysts had been lowering the bar in recent weeks as the outlook darkened. RBC Capital Markets said the third-quarter result was “flattered” by a US$300-million tax item.
Exxon rose less than one per cent in the first 20 minutes after releasing its statement on Friday. The US$11.2 billion spent on dividends and new projects exceeded cash flow from operations by 25 per cent.
“The material capex outspend and lack of dividend coverage in the near term is unlikely to entice investors,” RBC analyst Biraj Borkhataria said in a note to clients.
Oil producers are bracing for a tough 2020 amid signs that worldwide crude output will swamp demand, despite the best efforts of OPEC and allied producers to control supplies. Meanwhile, a raging trade war between the world’s two largest economies is undercutting demand for petroleum-based fuels and chemicals.
PERMIAN JUMP
Earlier in the week, Royal Dutch Shell Plc and BP Plc also posted better-than-expected results, only to be battered by equity investors amid rising anxiety over their ability to plump shareholder returns.
Production from Exxon’s oil and gas wells was slightly above expectations, fueled by a 70-per-cent surge in output from the U.S. Permian Basin. The additional output was almost all in the form of crude oil, a more profitable commodity to produce than gas.
During a conference call with analysts later Friday, Exxon probably will be questioned about how it will cover dividends in the midst of an aggressive, multiyear spending program aimed at rebuilding its oil and gas portfolio. Asset sales that are helping fund the payouts won’t continue indefinitely.
The company may also face renewed scrutiny about its massive chemical unit, where third-quarter margins hurt overall profits. The division may no longer provide the buffer against low oil and gas prices that it once did.
Exxon’s expansive footprint and worldwide reach means any remarks about the economic outlook for 2020 and beyond will be closely followed by investors and analysts.
--With assistance from Javier Blas and Kelly Gilblom.


It's gettin hot in here
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--- layout: post status: publish published: true title: "[Blog更新]Blog Title Picture更新" author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 144 wordpress_url: http://leaskh.wordpress.com/2009/05/25/blog%e6%9b%b4%e6%96%b0blog-title-picture%e6%9b%b4%e6%96%b0 date: '2009-05-25 06:10:32 +0800' date_gmt: '2009-05-25 06:10:32 +0800' categories: tags: [] comments: [] ---


Welcome to Crosswalk
A perfect way for writing
stand-alone web applications
for Android
Border Boundary Demo


Before Change
from .backend_gtk3 import _BackendGTK3
from matplotlib import transforms
if not HAS_CAIRO_CFFI:
warnings.warn(
"The Gtk3Agg backend is known to not work on Python 3.x with pycairo. "
"Try installing cairocffi.")
class FigureCanvasGTK3Agg(backend_gtk3.FigureCanvasGTK3,
backend_agg.FigureCanvasAgg):
def __init__(self, figure):
backend_gtk3.FigureCanvasGTK3.__init__(self, figure)
After Change
// (pgi doesn"t work with pycairo)
// We always try to import cairocffi first so if a check below fails it means
// that cairocffi was unavailable to start with.
if gi.__name__ == "pgi" and cairo.__name__ == "cairo":
raise ImportError("pgi and pycairo are not compatible")
class FigureCanvasGTK3Agg(backend_gtk3.FigureCanvasGTK3,
backend_agg.FigureCanvasAgg):
def __init__(self, figure):
backend_gtk3.FigureCanvasGTK3.__init__(self, figure)


scikit-learn API and ONNX graph in pipelines#
This is the main class which makes it easy to insert to use the prediction from an ONNX files into a scikit-learn pipeline.
OnnxPipeline#
mlprodict.sklapi.OnnxPipeline
(self, steps, memory = None, verbose = False, output_name = None, enforce_float32 = True, runtime = ‘python’, options = None, white_op = None, black_op = None, final_types = None, op_version = None)
The pipeline overwrites method fit, it trains and converts every steps into ONNX before training the next step in order to minimize discrepencies. By default, ONNX is using float and not double which is the default for scikit-learn. It may introduce discrepencies when a non-continuous model (mathematical definition) such as tree ensemble and part of the pipeline.
fit
(self, X, y = None, fit_params)Fits the model, fits all the transforms one after the other and transform the data, then fit the transformed data using the final estimator.
OnnxTransformer#
mlprodict.sklapi.OnnxTransformer
(self, onnx_bytes, output_name = None, enforce_float32 = True, runtime = ‘python’, change_batch_size = None, reshape = False)
Calls onnxruntime or the runtime implemented in this package to transform input based on a ONNX graph. It follows scikit-learn API so that it can be included in a scikit-learn pipeline. See notebook Transfer Learning with ONNX for an example.
enumerate_create
(onnx_bytes, output_names = None, enforce_float32 = True)Creates multiple OnnxTransformer, one for each requested intermediate node.
onnx_bytes : bytes output_names: string
requested output names or None to request all and have method transform to store all of them in a dataframe
- enforce_float32boolean
onnxruntime only supports float32, scikit-learn usually uses double floats, this parameter ensures that every array of double floats is converted into single floats
fit
(self, X = None, y = None, fit_params)Loads the ONNX model.
fit_transform
(self, X, y = None, inputs)Loads the ONNX model and runs the predictions.
onnx_converter
(self)Returns a converter for this model. If not overloaded, it fetches the converter mapped to the first scikit-learn parent it can find.
onnx_parser
(self)Returns a parser for this model.
onnx_shape_calculator
(self)
transform
(self, X, y = None, inputs)Runs the predictions. If X is a dataframe, the function assumes every columns is a separate input, otherwise, X is considered as a first input and inputs can be used to specify extra inputs.
Speedup scikit-learn pipeline with ONNX#
These classes wraps an existing pipeline from scikit-learn and replaces the inference (transform, predict, predict_proba) by another runtime built after the model was converted into ONNX. See example Compares numba, numpy, onnxruntime for simple functions for further details.
mlprodict.sklapi.OnnxSpeedupClassifier
(self, estimator, runtime = ‘python’, enforce_float32 = True, target_opset = None, conv_options = None, nopython = True)
Trains with scikit-learn, transform with ONNX.
assert_almost_equal
(self, X, kwargs)Checks that ONNX and scikit-learn produces the same outputs.
fit
(self, X, y, sample_weight = None)Trains based estimator.
predict
(self, X)Transforms with ONNX.
predict_proba
(self, X)Transforms with ONNX.
raw_predict
(self, X)Transforms with scikit-learn.
raw_predict_proba
(self, X)Transforms with scikit-learn.
mlprodict.sklapi.OnnxSpeedupRegressor
(self, estimator, runtime = ‘python’, enforce_float32 = True, target_opset = None, conv_options = None, nopython = True)
Trains with scikit-learn, transform with ONNX.
assert_almost_equal
(self, X, kwargs)Checks that ONNX and scikit-learn produces the same outputs.
fit
(self, X, y, sample_weight = None)Trains based estimator.
predict
(self, X)Transforms with ONNX.
raw_predict
(self, X)Transforms with scikit-learn.
mlprodict.sklapi.OnnxSpeedupTransformer
(self, estimator, runtime = ‘python’, enforce_float32 = True, target_opset = None, conv_options = None, nopython = True)
Trains with scikit-learn, transform with ONNX.
assert_almost_equal
(self, X, kwargs)Checks that ONNX and scikit-learn produces the same outputs.
fit
(self, X, y = None, sample_weight = None)Trains based estimator.
raw_transform
(self, X)Transforms with scikit-learn.
transform
(self, X)Transforms with ONNX.
Tokenizers#
mlprodict.sklapi.onnx_tokenizer.GPT2TokenizerTransformer
(self, vocab, merges, padding_length = -1, opset = None)
Wraps GPT2Tokenizer into a scikit-learn transformer.
fit
(self, X, y = None, sample_weight = None)The model is not trains this method is still needed to set the instance up and ready to transform.
transform
(self, X)Applies the tokenizers on an array of strings.
mlprodict.sklapi.onnx_tokenizer.SentencePieceTokenizerTransformer
(self, model, nbest_size = 1, alpha = 0.5, reverse = False, add_bos = False, add_eos = False, opset = None)
Wraps SentencePieceTokenizer into a scikit-learn transformer.
fit
(self, X, y = None, sample_weight = None)The model is not trains this method is still needed to set the instance up and ready to transform.
transform
(self, X)Applies the tokenizers on an array of strings.


Next: Extent, Previous: Closures and Lexical Binding, Up: Evaluation
If two forms that establish lexical bindings with the same name N are textually nested, then references to N within the inner form refer to the binding established by the inner form; the inner binding for N shadows the outer binding for N. Outside the inner form but inside the outer one, references to N refer to the binding established by the outer form. For example:
(defun test (x z) (let ((z (* x 2))) (print z)) z)
The binding of the variable z by let shadows the parameter binding for the function test. The reference to the variable z in the print form refers to the let binding. The reference to z at the end of the function test refers to the parameter named z.
Constructs that are lexically scoped act as if new names were generated for each object on each execution. Therefore, dynamic shadowing cannot occur. For example:
(defun contorted-example (f g x) (if (= x 0) (funcall f) (block here (+ 5 (contorted-example g #'(lambda () (return-from here 4)) (- x 1))))))
Consider the call (contorted-example nil nil 2). This produces 4. During the course of execution, there are three calls to contorted-example, interleaved with two blocks:
(contorted-example nil nil 2) (block here_1 ...) (contorted-example nil #'(lambda () (return-from here_1 4)) 1) (block here_2 ...) (contorted-example #'(lambda () (return-from here_1 4)) #'(lambda () (return-from here_2 4)) 0) (funcall f) where f ⇒ #'(lambda () (return-from here_1 4)) (return-from here_1 4)
At the time the funcall is executed there are two block exit points outstanding, each apparently named here. The return-from form executed as a result of the funcall operation refers to the outer outstanding exit point (here_1), not the inner one (here_2). It refers to that exit point textually visible at the point of execution of function (here abbreviated by the #' syntax) that resulted in creation of the function object actually invoked by funcall.
If, in this example, one were to change the (funcall f) to (funcall g), then the value of the call (contorted-example nil nil 2) would be 9. The value would change because funcall would cause the execution of (return-from here_2 4), thereby causing a return from the inner exit point (here_2). When that occurs, the value 4 is returned from the middle invocation of contorted-example, 5 is added to that to get 9, and that value is returned from the outer block and the outermost call to contorted-example. The point is that the choice of exit point returned from has nothing to do with its being innermost or outermost; rather, it depends on the lexical environment that is packaged up with a lambda expression when function is executed.
Next: Extent, Previous: Closures and Lexical Binding, Up: Evaluation


Disney's
SHREK - THE MUSICAL JR
MAY 31 - JUNE 3, 2018
Show Director - Brenda Shows
Assistants to the Director/Choreographers - Loren Burke & Erin Frick
Musical Director - Alex Gieger Arnold
Camp Director - Jan Walker
THE CAST
IN A FAR AWAY SWAMP
Storytellers - Mia Allison, Caedence Hodge, Kylee Stephens
Mama Ogre - Hannah Latham
Papa Ogre - Evan Bayles, Wesley Carmical
Little Ogre - Bo Ignatius
Shrek - Evan Bayles, Wesley Carmical
Donkey - Xavier Washington
THE FAIRYTALE CREATURES
Alice In Wonderland - Natalie Evans
Big Bad Wolf - Larry Thomas II
Fairy Godmother - Anna Myers
Goldilocks - Amelia Crowell
Gretel - Kimmy Lichlyter
Hansel - Hart Bensley
Peter Pan - Price Denham
Pied Piper - Marlee Pierce
Pinocchio - Averi Cockrell
Puss-In-Boots - Lily Ishee
Red Riding Hood - Emilee Neal
Sugar Plum Fairy/Gingy - Marleigh Rayner
The Bears Baby Bear -Abigail Latham
Mama Bear - Zoe Vanderslice
Papa Bear - Jacob Scott
Three Little Pigs - Haylee Ladner, Abigail Stringer, McKenzie Tullos
Tweedledee - Kaitlyn Busby
Tweedledum - Emma Spell
Ugly Duckling - Isabella Edwards
Wicked Witch - Harper Doggett
IN LORD FARQUAAD’S PALACE
Lord Farquaad - Cally Ignatius
Captain Of The Guards - Jayden Olson
Guards - Bryce Bonner, Jason Olson II, Brennan Wade
Bishop - Taylor McCraw
Dwarf - Ashtun Gavin
Duloc Herald - Olivia Pickering
THE CITIZENS OF DULOC
Shiloh Allison, Camdyn Briscoe, Brenna Conn, Bryson Dungan, Peyton Hebert,
Lacey Holifield, Karlee Hickson, Caroline Knight, Harper Means, Juliette Pacific,
Ava Rogers, Addison Stringer, Jax Valentine, Raylee Kate Walley, Molli White
HIGH ATOP A TOWER
Young Fiona - Charleigh King
Teen Fiona - Julia Blackledge
Princess Fion - Keeghan Messer, Neeley Robertson
IN THE DRAGON’S KEEP
Dragon Lead Singer - Abi Welsh
Dragonettes - Emily Davis, Hannah Hodge, Mia Grace Huff, Lizabeth McFarland
THE SKELETONS
Bryce Bonner, Tyler McCraw, Jason Olson II, Jayden Olson, Brennan Wade
THE KNIGHTS
Abby Davis, Virginia Johansen, Ellison Latham, Lauren Moss, Hunter Valentine,
Andrew Wohlscheid
THE WOODLAND CREATURES
Harley Brock, Elizabeth Collins, Ashtun Gavin,
Daylee Gibbes, Genesis Griffin, Faith Hudson, Bo Ignatius, Lily Ishee,
Josh Lichlyter, Ada Mann, Abrie Nelson, Sutton Staines, Jace Stephens,
Amelia Stringer, Kylie TenEyck, Mallory Todd, Jordanna Welsh, Cade Whitlock
THE RAT DANCERS
Ainsley Biglane, Julia Blackledge, Claire Anne Boutwell, Charleigh King,
Hannah Latham, Kate Pickering, Regan Shoemaker, Kinsley Stringer,
Meri Margaret Todd, Avery Walley


I’m a freelance UX Designer and Front End Developer pursuing a full-time position. I live in
Redondo Beach, located in the greater Los Angeles area.
I earned my Bachelor of Science degree in Food Science from Cal Poly, San Luis Obispo.
Transitioning into tech, I earned my Full Stack Web Development certificate from UCLA
Extension.
With this foundation in coding, I continued with education in User Experience Design. I earned
the
UI/UX Design Specialization Certificate from Cal Arts, in addition to UX-related certifications
from other programs.
I studied Food Science with a desire to combine science and creativity in product development.
In
Research and Development Management and Quality Assurance, I took products from ideation to
launch.
My management background cultivated my comprehensive approach to problem solving and provided
me
with an aptitude for understanding the needs of clients and customers.
I love the outdoors, volleyball, pickleball, and learning about food and drink. I also enjoy
photography, painting, drawing, movies, music, and video games.


Up
–
Ocamlary
» DoubleInclude3
Module
Ocamlary.DoubleInclude3
include
module
type
of
DoubleInclude1
module
DoubleInclude2
:
sig
...
end