MaxKey | MaxKey SSO ,Leading-Edge IAM-IDaas(Identity and Access Management) Product | Authentication library
kandi X-RAY | MaxKey Summary
kandi X-RAY | MaxKey Summary
Maxkey Single Sign On system, which means the Maximum key, Leading-Edge Enterprise-Class IAM Identity and Access management product , Support OAuth 2.x/OPENID CONNECT, SAML 2.0, JWT, CAS, SCIM and other standard protocols, and provide Simple, Standard, Secure and Open Identity management (IDM), Access management (AM), Single Sign On (SSO), RBAC permission management and Resource management. Official Website Official | Line2. Code Hosting GitHub | Gitee. Single Sign On ( SSO ),Users only need to login to the authentication center once , access all the trusted application systems without logging in again. Key Functions All application systems share one Identity authentication system All application systems can Identify and extract Ticket.
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Top functions reviewed by kandi - BETA
- Import a sheet .
- Generate an assertion object .
- Add interceptors .
- Generate a certificate .
- Get the password policy .
- Decode 4 bytes .
- logout model and view .
- Get service response json .
- map to bean
- generate subject subject subject
MaxKey Key Features
MaxKey Examples and Code Snippets
Community Discussions
Trending Discussions on MaxKey
QUESTION
A SkipList is a probabilistic data structure used, at least in part, for implementing an ordered key/value map. It is arranged in levels where higher levels skip nodes (the higher up, the more it skips), and the lowest level contains the nodes. As far as I have read, each level is implemented as a linked list, possibly a doubly linked list. And for some reason, skip lists are better for concurrency because in a multithreaded environment, they can be implemented without locks to enable fast/optimal performance as compared to say red/black trees or B+trees.
Here we have a "proper skip list" implemented in JavaScript, copied here for reference. The link has a nice suite of tests to show how it works.
...ANSWER
Answered 2022-Feb-25 at 14:17The summary of your question is:
- The meaning of group and node objects, and why they have their structure they do.
- What the nodes array is doing on a group.
I'll use an image taken from brilliant.org:
The linked lists appear as horizontal bands, while the arrays appear as vertical stacks.
A group corresponds to one distinct key in the set -- marked in yellow. The corresponding value is not depicted in the image, but is just payload and is not essential for understanding the data structure. A group has a nodes array -- displayed as a stack on top of the key. Each of these nodes belong to a different linked list in which they represent that same key. Those nodes have backreferences again to the group, so a node knows which key it represents, and which other linked lists have a node for this same key.
So the nodes array actually duplicates a key to different lists. One nodes array does not represent different keys in the collection -- just one. It is like an elevator to jump from one train (linked list) to another, with the same key.
The sizes of these arrays are randomly determined, but are intended to be small on average. This is driven by the stackUpProbability
. It represents the probability that an array is extended with one more node (upwards in the image). The probability for having at least one node (for a key) is obviously 1, but the probability that the array will have at least one more node in it (and thus have a size of at least 2), is stackUpProbability
. The probability that it will have size 3 is (stackUpProbability
)²... etc.
This way, the bottom linked list (at layerIndex
1) will have all keys in the collection (one node per key, in sorted order), but any next layer will have fewer keys, and the top layer might only have a hand full. The lists with fewer nodes provide a way to travel fast along the collection in search of a value. This provides a proximity of where a value could be found. Via the "elevator" a search algorithm can step down to lower (slower) linked lists and continue the search there, until it reaches the lowest level where the key will be found (if present), or where it would have been (if not).
QUESTION
I've tried changing our custom policy to allow access to the particular bucket that's giving the AccessDenied
error, without any luck. Imagine that bucket1
is a bucket that the lambda normally accesses, and bucket2
is the bucket that's throwing AccessDenied
when the lambda accesses it. I've changed the Resource
block from
ANSWER
Answered 2022-Feb-11 at 14:00The problem is in your policy. The policy allows GET
of the objects, but not List
. You're missing the ListBucket
action on the bucket itself.
You need to change this:
QUESTION
According to the ListObjectsV2 - Amazon Simple Storage Service documentation, when I specify a Prefix
and a Delimiter
, I should get a contents element in the response with an ETag for the prefix.
ANSWER
Answered 2022-Jan-27 at 09:19When a Prefix
and a Delimiter
is provided, the directories within that Prefix
are returned in CommonPrefixes
.
So, if there is an object called folder1-folder2-folder3-file.txt
, then your return response should contain a CommonPrefixes
list that includes folder3-
.
Since you are using boto3, it's easier to look at the boto3 documentation for list_objects_v2()
. It shows how the fields are provided in the response.
You can access values like this:
QUESTION
I have an Amazon S3 bucket by name "Project" and want to find count of files in Project/screenshots/hotels. I am only getting total files in the whole s3 using Go SDK while specifying only bucket name and an error when specifying whole path in bucket name.
https://github.com/awsdocs/aws-doc-sdk-examples/blob/main/go/example_code/s3/s3_list_objects.go
...ANSWER
Answered 2021-Dec-22 at 19:11The rest of the "path" is not part of the bucket. You want to set the Prefix
to screenshots/hotels/
.
See ListObjectV2Input doc
QUESTION
I'm converting an old Python 2 app to Python 3 which uses the amoffat sh
module.
It loads JSON via sh
commands, which has stopped working.
I understand from the docs that methods like json.loads
won't work with an instance of the sh
RunningCommand
class even though it's string like.
However, I can't appear to get a string value that does work!
This is the original code that did work.
...ANSWER
Answered 2021-Nov-26 at 16:04This is not really an answer because I don't know how to fix the problem — I'm posting it primarily to explain why the JSON in the string values being produced by the sh
module are in-fact invalid. The problem is that the backslashes themselves must be backslashed-escaped because they need to literally be in the string that's passed to json.loads()
for decoding.
The fix was to backslash-excape them in the value of the "ETag"
key in the "Contents"
list as shown:
QUESTION
ANSWER
Answered 2021-Nov-23 at 17:41I guess your code that use AWS SDK recovers credentials (a pair of AWS Access KEY ID/AWS Secret Key) related to the bucket owner.
If you can, take a look at the IAM user corresponding to the bucket owner, to see if he has programmatic access.
On which is the code running? You should look at the different possibilities to store AWS credentials:
- Environement variables
~/.aws/credentials
file- ...
For more information, look at Configuration settings and precedence: https://docs.aws.amazon.com/cli/latest/userguide/cli-configure-quickstart.html#cli-configure-quickstart-precedence
Bonus: Please find the good pratcices to manage your access keys: https://docs.aws.amazon.com/general/latest/gr/aws-access-keys-best-practices.html
QUESTION
Perhaps this is my ignorance showing, but I had a query that appeared fast when my time frame was small, but as soon as I ran a query with a different date on the query the thing ground to a halt quite quickly. It appears as though matching on a date (or timestamp) field, even though it's indexed isn't very efficient - or I'm just doing it wrong.
Here's the data format:
...ANSWER
Answered 2021-Nov-12 at 17:57So the solution was strange to me and there must be a reason for it, but the order of the fields in the compound index mattered a great deal.
The new index has the $lt date
second and the status
first:
QUESTION
I have a collection of customers with their visited places, organised as follows:
...ANSWER
Answered 2021-Nov-03 at 14:57use $elemMatch like this
QUESTION
I want to query a REST API with HTTPie. I am usuale to do so with curl, with which I am able to specify maxKeys
and startAfterFilename
e.g.
ANSWER
Answered 2021-Nov-03 at 12:28In your case the command looks like this:
QUESTION
I am trying to understand the recursive call within the binary function is_bst
. The goal of the function is to check if a tree is a binary search tree or not. Note, This is just an excerpt from the complete function. I am trying to understand what is happening on this block of code is_bst_l, min_l, max_l = is_bst(node.left)
in the is_bst
function. The is_bst
function return (True, None, None)
, I am trying to figure out how the function came up with the return value by going through the function recursively. The is_bst
function takes as input the binary tree node from the parse_tuple
function. As an example, when I try to unpack this line of code is_bst_l, min_l, max_l = node.left
outside the is_bst
function I get TypeError: cannot unpack non-iterable TreeNode object
, but within the function, I don't get an error. My Question is
- what is happening recursively within the
is_bst
function. - How can I don't get the unpack TypeError within the
is_bst
function.
ANSWER
Answered 2021-Oct-29 at 21:57A tree is a BST if recursively for every node:
- Its left tree if it exists is a BST
- Its right tree if it exists is a BST
- The largest value of the left tree, if it exists, must be smaller than the node's value
- The smallest value of the right tree, if it exists, must be larger than the node's value
Hence it makes sense for the return value to the the tuple of three values:
- Am I a BST?
- What is the smallest node in my subtree
- What is the largest node in my subtree.
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