steady | Java applications for open-source dependencies | Code Analyzer library
kandi X-RAY | steady Summary
kandi X-RAY | steady Summary
Eclipse Steady supports software development organizations in regards to the secure use of open-source components during application development. The tool analyzes Java and Python applications in order to:. As such, it addresses the OWASP Top 10 security risk A9, Using Components with Known Vulnerabilities, which is often the root cause of data breaches: snyk.io/blog/owasp-top-10-breaches. In comparison to other tools, the detection is code-centric and usage-based, which allows for more accurate detection and assessment than tools relying on meta-data. It is a collection of client-side scan tools, microservices and rich OpenUI5 Web frontends.
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Top functions reviewed by kandi - BETA
- Performs the callability analysis
- Identify touch points in the call graph
- Returns the classpath
- Returns the number of threads to use
- Perform the actual invocation of libraries
- Intersection of artifacts
- Checks if an artifact exists
- Gets the sources for a given qname
- Compiles a list of applications
- Deserialize the signature change
- Returns the archive input stream
- Returns a list of all versions of a Maven artifact
- Runs the analysis on the constructors
- Returns a sorted set of item identifiers
- Get library id for the given digest
- Instruments the code
- Returns the construct ids of all constructors
- Run the worker thread
- Main entry point
- Gets the compilation unit
- Updates the metrics related to the given dependency
- Gets the changes for a given revision
- Get the Vulnerable dependency details
- Returns the input stream for the jar file
- Finds all vulnerable dependencies of a given application
- Main method
steady Key Features
steady Examples and Code Snippets
Community Discussions
Trending Discussions on steady
QUESTION
I am trying to turn my edge labels into node labels, in order to predict unlabeled nodes. Currently the dataset has edge_labels but I would need to have each node (ID) getting exactly one node_label:
The code I am using is the following:
...ANSWER
Answered 2021-Jun-11 at 20:38You have nodes that are only appearing in the Target
column, so you need to incorporate that column when finding all unique nodes. I did this by concatenating the two columns (along with Label
), grouping by node ID while summing the Label
values, and then replacing summed labels with 1 if the sum was > 0:
QUESTION
I am trying to use Torch for Label Propagation. I have a dataframe that looks like
...ANSWER
Answered 2021-Jun-10 at 10:00For other readers here, it seems like this is the implementation being asked about in this question.
The method you are using to try to predict labels works with labels for nodes, not edges. To visualize this, I plotted your example data and colored the plot by your Weight
and Label
columns (code to produce plot appended below) where Weight
is the line thickness of the edge and Label
is the color:
In order to use this method, you will need to produce data that looks like this, where each node (denoted by ID
) gets exactly one node_label
:
QUESTION
I'm writing an Chrome Extension for Google Calendar, which adds an div under the header section of Google Calendar.
For simplicity, this is what essentially happens in Chrome Extension content script, you can just paste this code in the console of calendar.google.com to check what happens:
...ANSWER
Answered 2021-Jun-09 at 18:26Normally, without your extension, header.parentElement
contains two elements that count towards header.parentElement.clientHeight
: header
, and the div
that contains the calendar itself:
(It also contains a few floating buttons and hidden divs and stuff, but those aren't important here.)
These two elements, header
and calendar
, have heights that are calculated specifically so that header.clientHeight + calendar.clientHeight
is equal to the height of the page. Under normal circumstances this is perfect since it means there's no need for scrolling.
However, in your case, that you add an extra div
, which pushes calendar
down:
Normally you would be able to scroll down yourself to see the bottom of calendar
, but since the scroll bar is disabled, you can't. However, when you create an event, your browser sees that you are trying to access the bottom of calendar
, so it scrolls down automatically to show you the bottom of calendar
. Since the whole page is now scrolled down to make the bottom of the page visible, the top of the page is now invisible, resulting in the behavior that you describe.
The way to fix this is to make adjust the height of calendar
so that header.clientHeight + appContainer.clientHeight + calendar.clientHeight
is equal to the height of the page, rather than just header.clientHeight + calendar.clientHeight
. This can be done by adding the following code:
QUESTION
I need to subscribe to the app-db for a value that I want to check only once when the parent component is rendered. For example, when I click a button "Click me", and there's a certain on-click
event being processed, whose status I have saved on the app-db
with the list of processes that are being done, I just want to check against that value once, and display two different components based on that value.
If the value is empty, I want to proceed with the normal event. If not, I'd like to show something else to the user, a popup for example.
Now the thing is that, because it's actively listening to the app-db
, and the value is changing almost every second (or in a matter of milliseconds), the said popup appears, disappears, reappears, and disappears again super fast with each change to the app-db, which isn't helpful at all.
I would like to just subscribe once, get the value, and do the checks based on the value when the parent was first rendered. And then I'll do something to make that go away.
If I click the "Click me" button once again, that's only when I'd like for it to re-render.
I haven't quite been able to achieve this. I tried numerous methods such as introducing a delay during the dispatch of popup as well as after introducing processing states to the app-db
in the first place hoping that since the data will already be in a steady state, it might not change as much, but now that I realize it's actively listening to it, it's expected that the values would change.
I did try using the subscription without the deref, but that only introduced an error to my frontend, so I'm not sure which way to go now.
...ANSWER
Answered 2021-Jun-08 at 07:43My error with the component diappearing/reappearing turned out to be triggered by something else. A conflict/mismatch with popup-ids and a dispatch to clear one popup leading to destroying all of them.
But to answer the question, it works when you introduce a (fn [])
block after the let
binding where you actually do the subscription, and calling the components from inside the fn
.
QUESTION
I'm using pubsub to trigger a cloud function that I have defined to have maximum of 10 instances.
When a bulk of around 300 messages or more arrive to the topic and start triggering the function, suddenly the number of unacked messages stops going, it just doesn't change, although I know that my cloud functions that are triggered are automatically acking those messages...
I'm wondering what I'm missing here...
Adding the following chart to show what I'm talking about:
So there are few things to notice here:
- the chart is in 1 min intervals
- the scale for the chart is on the right side
- the toolbox on the left is just so it will be easy to see what colour corresponds to what line
- ack_message_count (blue) is the number of acks my cloud functions are performing each minute
- send_message_operation_count (green) is the number of messages published into the topic that is triggering the cloud function
- notice the spike around 1:01 PM, this is the bulk that is send into the topic, its around 1k new messages
- aside from the that bulk, there are constantly new messages entering the topic, but much less than the number of acks that is performed
- push_request_count (orange) is the number of time pubsub tries to trigger the cloud function (be it successful or resulting in 429 which means that it has reached the maximum number of instances running)
- num_undelivered_messages (pink) is the number of unacked messages that are waiting inside the queue of the subscription
First I though maybe I just don't perform enough acks with my cloud functions, but that is not the case since there is much more acks than new messages after the peak of the 1k messages.
What I thought I would see is just a steady decline of the number of unacked messages in the subscription's queue.
So essentially what I don't understand is why does the num_undelivered_messages doesn't go down as the number of acks continues (1:01 - 1:10), and then, suddenly it just drops (1:10 - 1:15) really fast?
...ANSWER
Answered 2021-Jun-08 at 06:38Based from the graph, your acknowledging of messages cannot keep up with the volume of the messages being published. An example is at 1:05-1:10 where there are still messages being published (green line) but the acknowledgement rate (blue line) did not increase, thus an increase of unacknowledged messages (pink line).
I suggest to increase your cloud function memory if it is not yet at the maximum which is 8GB.
QUESTION
I am performing a steady state dynamics step in Abaqus und therefore have complex results. Since I need the values of a couple of hundred nodes I am trying to get these results using a python script. I took this script from the documentary and adapted it for my model, which works, but I only get the real values. Is there a way to extract the real values as well as the imaginary values?
...ANSWER
Answered 2021-May-29 at 10:09I think, conjugateData
is the answer for your problem.
u2Data_complex = region.historyOutputs['U2'].conjugateData
QUESTION
I am quite new to Jmeter and just started using it. I have this requirement of setting up 1000 concurrent users with Ramp up - 100 Users every 2 mins and keeping them in steady state for an hour. How should my thread configuration be like? I am using Concurrency thread group.
...ANSWER
Answered 2021-May-20 at 06:49What have you tried so far? I believe Concurrency Thread Group is self-explanatory and provides a nice chart with the anticipated load.
If you need to add 100 users every 2 minutes and want to end up with 1000 users it means:
- 20 minutes of the ramp-up time
- 10 ramp-up steps
- followed by 60 minutes to hold the load
Just in case here is an example setup:
More information:
QUESTION
I want to ensure that my deployment has baked for X hours in the current stage before it is deployed to the next. I was reading about post-deployment gates here. I don't think these gates are the best way to ensure that the deployment has baked.
For post-deployment gates, the delay would be the maximum of the time taken for the deployed app to reach a steady operational state, the time taken for execution of all the required tests on the deployed stage, and the time it takes for incidents to be logged after the deployment.
If the deployed app reaches a healthy state, then would the gate be opened to move to the next?
Or if its always going to wait X hours, if I want my build to bake for 4 hours, but it took 1 hour to deploy it, then it wouldn't bake completely.
...ANSWER
Answered 2021-May-16 at 20:51You can define a gate with delay
Asumming you have some healt check implemented in your app, it will make a request to a health check after 4 hours delay.
QUESTION
I have a 10*10 array for a domain
TT =
...ANSWER
Answered 2021-May-03 at 20:40Have you thought about using a mask?
You can't have matrices with holes in them, but if you element-wise multiply your original array with a matrix containing ones everywhere and zeros in the places you want to remove, your result will be an array containing the original numbers everywhere but zeros where you have zeros in your mask. For example:
QUESTION
I have a dataframe with f
requency counts of words and the number of non-NA
counts in column size
:
ANSWER
Answered 2021-May-07 at 14:20Another approach using purrr
and tidyr::nest
- Here
cond
column will give youTRUE
which fits in your critera andFALSE
which doesn't.
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install steady
The Steady backend, a Docker Compose application, stores information about open-source vulnerabilities and scan results. It has to be installed once, ideally on a dedicated host, and must be running during application scans. Download and run setup-steady.sh to install the backend on any host with a recent version of Docker/Docker Compose (the use of profiles requires a version >= 1.28, installable with pip install docker-compose or as described here). Notes: During its first execution, triggered by the setup script or directly using start-steady.sh -s ui, the backend will be bootstrapped by downloading and processing code-level information of hundreds of vulnerabilities maintained in the open-source knowledge base Project KB. While the bootstrapping can take up to one hour, later updates will import the delta on a daily basis. Run start-steady.sh -s none to shut down all Docker Compose services of the backend.
A Steady scan client, e.g. the Maven plugin, analyzes the code of your application project and its dependencies. Being available on Maven Central, the clients do not require any installation. However, they need to be run whenever your application's code or dependencies change. In case application scan and Steady backend run on different hosts, the scan clients must be configured accordingly. Just copy and adjust the file ~/.steady.properties, which has been created in the user's home directory during the backend setup. For Maven, cd into your project and run the app analysis goal as follows (see here for more information about available goals): mvn org.eclipse.steady:plugin-maven:3.2.0:app Note: During application scans, a lot of information about its dependencies is uploaded to the backend, which makes that the first scan takes significantly more time than later scans of the same application.
Eclipse Steady is built with Maven. To enable the support for Gradle the profile gradle needs to be activated (-P gradle). During the installation phase of mvn all the tests are run. Long-running tests can be disabled with the flag -DexcludedGroups=com.sap.psr.vulas.shared.categories.Slow. All the tests can be disabled with the flag -DskipTests.
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