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getopt-databind from group pro.johndunlap (version 0.5.6)
This is a Java library which provides a flexible and customizable way to bind command line arguments to Java
objects, in a similar manner to how JSON, XML, and YAML can be bound to Java objects. You can easily define
Java classes that represent the data structure of your command line arguments, and use annotations to specify
how those arguments should be parsed and bound to the corresponding fields in your Java object. This allows you
to write command line interfaces that are more intuitive and easier to use, while also reducing the amount of
boilerplate code that is needed to parse and validate command line arguments.
Artifact getopt-databind
Group pro.johndunlap
Version 0.5.6
Last update 20. April 2023
Organization not specified
URL https://github.com/johndunlap/getopt-databind
License MIT License
Dependencies amount 0
Dependencies No dependencies
There are maybe transitive dependencies!
Group pro.johndunlap
Version 0.5.6
Last update 20. April 2023
Organization not specified
URL https://github.com/johndunlap/getopt-databind
License MIT License
Dependencies amount 0
Dependencies No dependencies
There are maybe transitive dependencies!
java-types from group net.florianschoppmann.java (version 1.0.1)
Skeletal implementation of interface javax.lang.model.util.Types, plus concrete realization backed by core
Java Reflection API, akin to JEP 119.
This module implements those methods in interface javax.lang.model.util.Types that pertain to the Java type
system, plus it provides a method for resolving formal type parameters to actual type arguments. These methods
have no equivalent in the Java Reflection API.
The abstract skeletal implementation in this module is meant to be specialized for a particular javax.lang.model
implementation. The abstraction makes this module well-suited to be used in projects that contain
javax.lang.model as part of their domain model (for instance, implementations of alternative languages on top of
the JVM).
Group: net.florianschoppmann.java Artifact: java-types
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Artifact java-types
Group net.florianschoppmann.java
Version 1.0.1
Last update 26. May 2015
Organization not specified
URL https://github.com/fschopp/java-types
License Revised BSD (3-Clause) License
Dependencies amount 0
Dependencies No dependencies
There are maybe transitive dependencies!
Group net.florianschoppmann.java
Version 1.0.1
Last update 26. May 2015
Organization not specified
URL https://github.com/fschopp/java-types
License Revised BSD (3-Clause) License
Dependencies amount 0
Dependencies No dependencies
There are maybe transitive dependencies!
adp from group de.cit-ec.tcs.alignment (version 3.1.1)
This module contains a more general approach to construct
AlignmentAlgorithms by relying on the theoretical concept of Algebraic
Dynamic Programming (ADP) as developed by Giegerich et al.
ADP defines four ingredients for an alignment algorithm:
1.) A signature that defines the permitted alignment operations.
Operations are just function templates with an associated arity, meaning
the number of arguments it takes from the left sequence and from the
right sequence.
In the TCSAlignmentToolbox we have a fixed signature with the following
operations:
REPLACEMENT(1, 1), DELETION(1, 0), INSERTION(0, 1), SKIPDELETION(1, 0)
and SKIPINSERTION(0, 1)
2.) A regular tree grammar that produces alignments, that is: sequences
of operations, in a restricted fashion.
3.) An algebra that can translate such trees to a cost. In the
TCSAlignmentToolbox this is a Comparator.
4.) A choice function, in case of the TCSAlignmentToolbox: the strict
minimum or the soft minimum.
An alignment algorithm in the TCSAlignmentToolbox sense of the word then
is the combination of choice function and grammar. While we provide
hardcoded versions of these combinations in the main package, the adp
package allows you to create your own grammars. You can combine them with
a choice function by instantiating one of the Algorithm classes provided
in this package with a grammar of your choice.
For example:
AlignmentAlgorithm algo = new SoftADPScoreAlgorithm(my_grammar, comparator);
creates an alignment algorithm that implicitly produces all possible
alignments your grammar can construct with the given input, translates them
to a cost using the algebra/comparator you provided and applies the
soft minimum to return the score. This all gets efficient by dynamic
programming.
Note that there is runtime overhead when using this method in comparison
with the hardcoded algorithms. But for complicated grammars this is a much
easier way to go.
For more information on the theory, please refer to my master's thesis:
"Adaptive Affine Sequence Alignment using Algebraic Dynamic Programming"
0 downloads
Artifact adp
Group de.cit-ec.tcs.alignment
Version 3.1.1
Last update 26. October 2018
Organization not specified
URL http://openresearch.cit-ec.de/projects/tcs
License The GNU Affero General Public License, Version 3
Dependencies amount 1
Dependencies algorithms,
There are maybe transitive dependencies!
Group de.cit-ec.tcs.alignment
Version 3.1.1
Last update 26. October 2018
Organization not specified
URL http://openresearch.cit-ec.de/projects/tcs
License The GNU Affero General Public License, Version 3
Dependencies amount 1
Dependencies algorithms,
There are maybe transitive dependencies!
pact-jvm-provider_2.10 from group au.com.dius (version 2.4.20)
Pact provider
=============
sub project of https://github.com/DiUS/pact-jvm
The pact provider is responsible for verifying that an API provider adheres to a number of pacts authored by its clients
This library provides the basic tools required to automate the process, and should be usable on its own in many instances.
Framework and build tool specific bindings will be provided in separate libraries that build on top of this core functionality.
### Running Pacts
Main takes 2 arguments:
The first is the root folder of your pact files
(all .json files in root and subfolders are assumed to be pacts)
The second is the location of your pact config json file.
### Pact config
The pact config is a simple mapping of provider names to endpoint url's
paths will be appended to endpoint url's when interactions are attempted
for an example see: https://github.com/DiUS/pact-jvm/blob/master/pact-jvm-provider/src/test/resources/pact-config.json
### Provider State
Before each interaction is executed, the provider under test will have the opportunity to enter a state.
Generally the state maps to a set of fixture data for mocking out services that the provider is a consumer of (they will have their own pacts)
The pact framework will instruct the test server to enter that state by sending:
POST "${config.stateChangeUrl.url}/setup" { "state" : "${interaction.stateName}" }
### An example of running provider verification with junit
This example uses java, junit and hamcrest matchers to run the provider verification.
As the provider service is a DropWizard application, it uses the DropwizardAppRule to startup the service before running any test.
Warning: It only grabs the first interaction from the pact file with the consumer, where there could be many. (This could possibly be solved with a parameterized test)
```java
public class PactJVMProviderJUnitTest {
@ClassRule
public static TestRule startServiceRule = new DropwizardAppRule<DropwizardAppConfig>(DropwizardApp.class, "config.yml");
private static ProviderInfo serviceProvider;
private static Pact testConsumerPact;
@BeforeClass
public static void setupProvider() {
serviceProvider = new ProviderInfo("Dropwizard App");
serviceProvider.setProtocol("http");
serviceProvider.setHost("localhost");
serviceProvider.setPort(8080);
serviceProvider.setPath("/");
ConsumerInfo consumer = new ConsumerInfo();
consumer.setName("test_consumer");
consumer.setPactFile(new File("target/pacts/ping_client-ping_service.json"));
// serviceProvider.getConsumers().add(consumer);
testConsumerPact = (Pact) new PactReader().loadPact(consumer.getPactFile());
}
@Test
@SuppressWarnings("unchecked")
public void runConsumerPacts() {
//grab the first interaction from the pact with consumer
List<Interaction> interactions = scala.collection.JavaConversions.seqAsJavaList(testConsumerPact.interactions());
Interaction interaction1 = interactions.get(0);
//setup any provider state
//setup the client and interaction to fire against the provider
ProviderClient client = new ProviderClient();
client.setProvider(serviceProvider);
client.setRequest(interaction1.request());
Map<String, Object> clientResponse = (Map<String, Object>) client.makeRequest();
Map<String, Object> result = (Map<String, Object>) ResponseComparison.compareResponse(interaction1.response(),
clientResponse, (int) clientResponse.get("statusCode"), (Map) clientResponse.get("headers"), (String) clientResponse.get("data"));
//assert all good
assertThat(result.get("method"), is(true)); // method type matches
Map headers = (Map) result.get("headers"); //headers match
headers.forEach( (k, v) ->
assertThat(format("Header: [%s] does not match", k), v, org.hamcrest.Matchers.equalTo(true))
);
assertThat((Collection<Object>)((Map)result.get("body")).values(), org.hamcrest.Matchers.hasSize(0)); // empty list of body mismatches
}
}
```
### An example of running provider verification with spock
This example uses groovy and spock to run the provider verification.
Again the provider service is a DropWizard application, and is using the DropwizardAppRule to startup the service.
This example runs all interactions using spocks Unroll feature
```groovy
class PactJVMProviderSpockSpec extends Specification {
@ClassRule @Shared
TestRule startServiceRule = new DropwizardAppRule<DropwizardAppConfig>(DropwizardApp.class, "config.yml");
@Shared
ProviderInfo serviceProvider
@Shared
Pact testConsumerPact
def setupSpec() {
serviceProvider = new ProviderInfo("Dropwizard App")
serviceProvider.protocol = "http"
serviceProvider.host = "localhost"
serviceProvider.port = 8080;
serviceProvider.path = "/"
def consumer = serviceProvider.hasPactWith("ping_consumer", {
pactFile = new File('target/pacts/ping_client-ping_service.json')
})
testConsumerPact = (Pact) new PactReader().loadPact(consumer.getPactFile());
}
def cleanup() {
//cleanup provider state
//ie. db.truncateAllTables()
}
def cleanupSpec() {
//cleanup provider
}
@Unroll
def "Provider Pact - With Consumer"() {
given:
//setup provider state
// ie. db.setupRecords()
// serviceProvider.requestFilter = { req ->
// req.addHeader('Authorization', token)
// }
when:
ProviderClient client = new ProviderClient(provider: serviceProvider, request: interaction.request())
Map clientResponse = (Map) client.makeRequest()
Map result = (Map) ResponseComparison.compareResponse(interaction.response(),
clientResponse, clientResponse.statusCode, clientResponse.headers, clientResponse.data)
then:
// method matches
result.method == true
// headers all match, spock needs the size checked before
// asserting each result
if (result.headers.size() > 0) {
result.headers.each() { k, v ->
assert v == true
}
}
// empty list of body mismatches
result.body.size() == 0
where:
interaction << scala.collection.JavaConversions.seqAsJavaList(testConsumerPact.interactions())
}
}
```
2 downloads
Artifact pact-jvm-provider_2.10
Group au.com.dius
Version 2.4.20
Last update 14. April 2018
Organization not specified
URL https://github.com/DiUS/pact-jvm
License Apache 2
Dependencies amount 13
Dependencies slf4j-api, scala-library, pact-jvm-model, pact-jvm-matchers_2.10, scalatest_2.10, commons-io, groovy-all, jansi, http-builder, httpclient, reflections, unfiltered-netty-server_2.10, dispatch-core_2.10,
There are maybe transitive dependencies!
Group au.com.dius
Version 2.4.20
Last update 14. April 2018
Organization not specified
URL https://github.com/DiUS/pact-jvm
License Apache 2
Dependencies amount 13
Dependencies slf4j-api, scala-library, pact-jvm-model, pact-jvm-matchers_2.10, scalatest_2.10, commons-io, groovy-all, jansi, http-builder, httpclient, reflections, unfiltered-netty-server_2.10, dispatch-core_2.10,
There are maybe transitive dependencies!
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