During tests we have many results related to System Issues. How i can move result into my custom defect type "No Data" instead "To investigate"
How i can tell reportportal that next skip related to NoData. Auto Analyze doesn't work with skipped test
System Issues
I guess, this question should has label How i can tell reportportal that next skip/failed item should have custom defect, instead of To_Investigate
By default all fails considered by ReportPortal as To Investigate.
Basically, if failed item received by RP - defect object with defect_type="TO_INVESTIGATE" will be assigned.
as an example, if you use TestNG you can add rp.skipped.issue = false attribute.
rp.skipped.issue = option to mark skipped tests as not 'To Investigate' items on Server side. Boolean values: TRUE - skipped tests considered as issues and will be mark as 'To Investigate'. FALSE - skipped tests will not be mark as 'To Investigate' on portal.
Also API support submitting of custom defect right with failed/skipped item.
So you just need to extend your framework agent, and let him send specific defect type for skips or fails.
Please see implementation in client-java
In few words: you should send issue type with name NOT_ISSUE in case if you don't need To Investigate flag for skipped/any testItem.
https://github.com/reportportal/client-java/commit/36c1624da17694fc2355ab0f628b2f1cc8a35c96#diff-69c3ef7f422402a9c55c68c001df11d1a06d0bd0c1df2d4e2e59406b50c91e2bR317
https://github.com/reportportal/client-java/commit/36c1624da17694fc2355ab0f628b2f1cc8a35c96
Related
I currently have an action that creates a new link between an object of type A, named OA, and an object of type B, named OB.
Our workflow has a constraint such that any object of type B can at most, be linked to 4 objects of type A. As such, I would like to define a submission criterion in the action such that submission is blocked if OB is already linked to 4 objects of type A.
I couldn't find a straightforward way to do this using the Action configuration UI. How could I accomplish this?
The easiest way to accomplish this would be to turn your action into a function backed action. This would allow you to take the following steps to accomplish the desired functionality:
You can search around to all objects of type A that are linked to OB by writing something like:
// Search around to all objects of type A that are linked to OB
const linkedObjects = OB.objectTypeA.all();
// Now get the number of linked objects
const numLinkedObjects = linkedObjects.length;
Prevent the function from running by throwing a UserFacingError if there are more than 4 linked objects
if (numLinkedObjects >= 4) {
throw new UserFacingError("Objects of type B cannot be linked to more than 4
objects of type A");
}
For reference, here are some relevant pages in Foundry’s documentation:
Creating Function Backed Actions (https://www.palantir.com/docs/foundry/action-types/function-actions-getting-started/#getting-started)
Accessing link types in Functions (https://www.palantir.com/docs/foundry/functions/api-objects-links/#link-types)
Throwing UserFacingErrors from Functions (https://www.palantir.com/docs/foundry/functions/user-facing-error/)
While you can certainly do this in a Function-backed action, the tradeoff is that you won't get up front validation of the criteria, but rather the user will submit the action and then will received a toast showing the UserFacingError text. So while this technically achieves the validation, it is a sub-par user experience compared to disabling the button with a message or otherwise catching the condition upstream of the action itself in the workflow.
An alternative, iff you're using the action exclusively through Workshop, (this won't work if you want the action to "stand alone" in object explorer), you can create an object set variable that holds the result of the search around and pass that in as a hidden parameter to the Action. You can then set up the Action submission criteria as normal to check the length of that parameter and provide a message back to the user. You can also use that information in the app itself to, for example, conditionally show or hide some other workflow for the condition.
If you take this approach, make sure to add the hubble-oe:hide-action typeclass to one of the object parameters in the Action Form configuration so that the Action doesn't show up where users could use it through Object Explorer.
(Possibly a duplicate of Can't send a keyedMessage to brokers with partitioner.class=kafka.producer.DefaultPartitioner, although the OP of that question didn't mention kafka-python. And anyway, it never got an answer.)
I have a Python program that has been successfully (for many months) sending messages to the Kafka broker, using essentially the following logic:
producer = kafka.KafkaProducer(bootstrap_servers=[some_addr],
retries=3)
...
msg = json.dumps(some_message)
res = producer.send(some_topic, value=msg)
Recently, I tried to upgrade it to send messages to different partitions based on a definite key value extracted from the message:
producer = kafka.KafkaProducer(bootstrap_servers=[some_addr],
key_serializer=str.encode,
retries=3)
...
try:
key = some_message[0]
except:
key = None
msg = json.dumps(some_message)
res = producer.send(some_topic, value=msg, key=key)
However, with this code, no messages ever make it out of the program to the broker. I've verified that the key value extracted from some_message is always a valid string. Presumably I don't need to define my own partitioner, since, according to the documentation:
The default partitioner implementation hashes each non-None key using the same murmur2 algorithm as the java client so that messages with the same key are assigned to the same partition.
Furthermore, with the new code, when I try to determine what happened to my send by calling res.get (to obtain a kafka.FutureRecordMetadata), that call throws a TypeError exception with the message descriptor 'encode' requires a 'str' object but received a 'unicode'.
(As a side question, I'm not exactly sure what I'd do with the FutureRecordMetadata if I were actually able to get it. Based on the kafka-python source code, I assume I'd want to call either its succeeded or its failed method, but the documentation is silent on the point. The documentation does say that the return value of send "resolves to" RecordMetadata, but I haven't been able to figure out, from either the documentation or the code, what "resolves to" means in this context.)
Anyway: I can't be the only person using kafka-python 1.3.3 who's ever tried to send messages with a partitioning key, and I have not seen anything on teh Intertubes describing a similar problem (except for the SO question I referenced at the top of this post).
I'm certainly willing to believe that I'm doing something wrong, but I have no idea what that might be. Is there some additional parameter I need to supply to the KafkaProducer constructor?
The fundamental problem turned out to be that my key value was a unicode, even though I was quite convinced that it was a str. Hence the selection of str.encode for my key_serializer was inappropriate, and was what led to the exception from res.get. Omitting the key_serializer and calling key.encode('utf-8') was enough to get my messages published, and partitioned as expected.
A large contributor to the obscurity of this problem (for me) was that the kafka-python 1.3.3 documentation does not go into any detail on what a FutureRecordMetadata really is, nor what one should expect in the way of exceptions its get method can raise. The sole usage example in the documentation:
# Asynchronous by default
future = producer.send('my-topic', b'raw_bytes')
# Block for 'synchronous' sends
try:
record_metadata = future.get(timeout=10)
except KafkaError:
# Decide what to do if produce request failed...
log.exception()
pass
suggests that the only kind of exception it will raise is KafkaError, which is not true. In fact, get can and will (re-)raise any exception that the asynchronous publishing mechanism encountered in trying to get the message out the door.
I also faced the same error. Once I added json.dumps while sending the key, it worked.
producer.send(topic="first_topic", key=json.dumps(key)
.encode('utf-8'), value=json.dumps(msg)
.encode('utf-8'))
.add_callback(on_send_success).add_errback(on_send_error)
I've looked through all of the Simperium API docs for all of the different programming languages and can't seem to find this. Is there any documentation for the data returned from an ".all" call (e.g. api.todo.all(:cv=>nil, :data=>false, :username=>false, :most_recent=>false, :timeout=>nil) )?
For example, this is some data returned:
{"ccid"=>"10101010101010101010101010110101010",
"o"=>"M",
"cv"=>"232323232323232323232323232",
"clientid"=>"ab-123123123123123123123123",
"v"=>{
"date"=>{"o"=>"+", "v"=>"2015-08-20T00:00:00-07:00"},
"calendar"=>{"o"=>"+", "v"=>false},
"desc"=>{"o"=>"+", "v"=>"<p>test</p>\r\n"},
"location"=>{"o"=>"+", "v"=>"Los Angeles"},
"id"=>{"o"=>"+", "v"=>43}
},
"ev"=>1,
"id"=>"abababababababababababababab/10101010101010101010101010110101010"}
I can figure out some of it just from context or from the name of the key but a lot of it is guesswork and trial and error. The one that concerns me is the value returned for the "o" key. I assume that a value of "M" is modify and a value of "+" is add. I've also run into "-" for delete and just recently discovered that there is also a "! '-'" which is also a delete but don't know what else it signifies. What other values can be returned in the "o" key? Are there other keys/values that can be returned but are rare? Is there documentation that details what can be returned (that would be the most helpful)?
If it matters, I am using the Ruby API but I think this is a question that, if answered, can be helpful for all APIs.
The response you are seeing is a list of all of the changes which have occurred in the given bucket since some point in its history. In the case where cv is blank, it tries to get the full history.
You can find some of the details in the protocol documentation though it's incomplete and focused on the WebSocket message syntax (the operations are the same however as with the HTTP API).
The information provided by the v parameter is the result of applying the JSON-diff algorithm to the data between changes. With this diff information you can reconstruct the data at any given version as the changes stream in.
I'm trying to transfer parameter from RawRequest using SoapUI but when reading it, value changes.
The parameter is request ID (which is unique for every test), it is requested by every test case from Custom Properties, where it is stored as follows:
${=((System.currentTimeMillis().toString()).subSequence(4, (System.currentTimeMillis().toString()).length())).replaceFirst("0", "")}
Above generates number like this for example:17879164.
The problem starts, when I'm trying to transfer it using either in build in feature or Groovy script. Both read parameter incorrectly:
Following is how the parameter presents in RawRequest window:
This is how it is read in Transfer window in SoapUI:
And finally, how it is read by Groovy script:
Can any one explain, why this value despite being shown in SoapUI RawRequest window as 17879164 is then read as 17879178 using two different methods?
I think the clue might be, that when I'm using "flat number" as reqId and not the generated one, both methods work fine and return correct number. But in this case when it is RawRequest, I understand that it is set once and for all, so what is show in the window and what is being read, should be the same.
What you are seeing is a "feature" in SoapUI. Your transfer step will transfer the code, which will then get evaluated again, resulting in a different value.
What you need to do is:
Create a test case property.
Set the property from test case setup script to a value. So in your case, something like testCase.setPropertyValue("your_property", ((System.currentTimeMillis().toString()).subSequence(4, (System.currentTimeMillis().toString()).length())).replaceFirst("0", ""))
Anywhere in your test refer to the test case property ${#TestCase#your_property}... which is a fixed value at this point, so will be always the same.
I have three dropdown boxes on a Main_Form. I will add the chosen content into three fields on the form, Form_Applications.
These three lines are added :
Form_Applications.Classification = Form_Main_Form.Combo43.Value
Form_Applications.Countryname_Cluster = Form_Main_Form.Combo56.Value
Form_Applications.Application = Form_Main_Form.Combo64.Value
The first two work perfectly but the last one gives error code 438!
I can enter in the immediate window :
Form_Applications.Classification = "what ever"
Form_Applications.Countryname_Cluster = "what ever"
but not for the third line. Then, after enter, the Object doesn't support this property or method error appears.
I didn't expect this error as I do exactly the same as in the first two lines.
Can you please help or do you need more info ?
In VBA Application is a special word and should not be used to address fields.
FormName.Application will return an object that points to the application instance that is running that form as opposed to an object within that form.
From the Application object you can do all sorts of other things such as executing external programs and other application level stuff like saving files/
Rename your Application field to something else, perhaps ApplicationCombo and change your line of code to match the new name. After doing this the code should execute as you expect.
Form_Applications.Application is referring to the application itself. It is not a field, so therefore it is not assignable (at least with a string).
You really haven't provided enough code to draw any real conclusions though. But looking at what you have posted, you definitely need to rethink your approach.
It's to say definitely but you are not doing the same. It looks like you are reading a ComboBox value the same (I will assume Combo64 is the same as 43 and 56) but my guess is that what you are assigning that value to is the problem:
Form_Applications.Application =
Application is not assignable. Is there another field you meant to use there?