ForceFlow | Enhanced deployment automation for the Force.com platform | Frontend Framework library
kandi X-RAY | ForceFlow Summary
kandi X-RAY | ForceFlow Summary
ForceFlow is a simple library to automate build and deployment-related tasks on the Force.com platform. It is built on top of Apache Ant, so it can be used in combination with the Force.com migration tool and with any continuous integration or build solutions, such as Atlassian Bamboo or Jenkins CI.
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Top functions reviewed by kandi - BETA
- Create flow in activation mode
- Creates flow inactivation XML
- Create package manifest file
- This method copies flows and version files from manifest
- Execute all flows
- Get or create a manifest
- Serializes an object to disk
- Creates a Manifest from a file
- Delete object
- Factory method used to create a PartnerConnection
- Handle an exception
- Delete all scheduled jobs
- Method to get the tooling connection
- Execute an ASX
- Delete metadata
- Create a metadata connection
- Executes the query
- Get the WHERE clause
- Execute flow delete pack
- Rename a Custom Object
- Executes the store
- Executes the APEX expression
- Execute the API
- Updates the remote site settings
ForceFlow Key Features
ForceFlow Examples and Code Snippets
Community Discussions
Trending Discussions on ForceFlow
QUESTION
I have a 3D grid/array say u[nx+2][ny+2][nz+2]
. The trailing +2 corresponds to two layers of halo cells in each of the three dimension x,y,z
. I have another grid which allows for refinement(using quadtree) hence I have the morton index (or the Z order) of each of the cells.
Lets say without refinement the two grids are alike in the physical reality(except the second code doesnt have halo cells), What I want to find is for a cell q
with morton id mid
what is the corresponding index i
, j
and k
index in the 3D grid. Basically a decoding of the mid
or Z-order to get corresponding i,j,k
for u
matrix.
Looking for a C solution but general comments in any other programming language is also OK.
For forward encoding I am following the magic bits method as shown in Morton Encoding using different methods
...ANSWER
Answered 2018-Apr-10 at 11:55Morton encoding is just interleaving the bits of two or more components.
If we number binary digits in increasing order of significance, so that the least significant binary digit in an unsigned integer is 0 (and binary digit i has value 2i), then binary digit i in component k of N corresponds to binary digit (i N + k) in the Morton code.
Here are two simple functions to encode and decode three-component Morton codes:
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