We the Procad Design Solutions
Who are we & Why We?
We the Procad Design Solutions are working since 2018 efficiently and dedicatedly to meet the Client’s Satisfaction. We are Starting from the base to now we are reaching at the top in just 3 years of span, gives the Excellent solutions to your projects at very pocket friendly price. We have the Expert personalities for all the Disciplines required in BIM solutions. And having a satisfied relations with the clients, we have done many Commercial, residential and Industrial Projects and helping to achieve the goal of our clients.
Our main targeted Sectors are,
- Electrical
- Solar Designing
- HVAC
- Plumbing
in AutoCAD design and Drafting and Revit 3D modelling.
Our Specialization ______
We make use of highly advanced 3D technology for coming up with all building and construction data and then validating the design data prior to creating highly accurate and precise construction documentation for construction, architectural and MEP engineering projects.
Our Successful work ______
We Work with Building Contractors, Engineering Firms and Architech Agencies
We provide electrical design services for small and
large scale commercial & residential projects. Our
goal is to design electrical service as per the
codes and building requirements and its coordinated protection.
We Provide A class Solar Support , for Residential and Commercial buildings from Designing to interconnections,
to your desired utility company, give us the project and just forgot about us we will give you the best solutions
with keeping in mind the codes which is use for solar industries.
We provide Plumbing design services for small and large scale commercial
& residential projects keeping in mind plumbing codes used for different
cities.
We provide HVAC design services for small and large scale
commercial & residential projects. Our goal is to provide
efficient Ventilation design by selecting appropriate system
on the basis of project requirement. Our experience includes
designing Variable Air Volume (VAV) system, Dedicated Outside
Air System (DOAS), Energy Recovery Ventilator (ERV), and Chilled
beam application.


Looks like you are in a mall. Here is a list things you need to buy.
Buy a milk
Buy a shampoo
Buy a toothbrush
12 tasks
7 tasks


Copyright © 1997-1999 W3C®
(MIT,
INRIA,
Keio), All Rights Reserved. W3C
liability,
trademark,
document
use and
software
licensing rules apply.
This specification describes a set of extensions to Cascading Style Sheets (CSS) to better support printing from the Web. These extensions let style sheets express page breaks, page boxes, and media dependencies. Also, a way to point to an alternate print document is described. This is a first pass at a rather formidable problem, but one which can yield good results in the near term.
This document has been superseded.
The information in this document was incorporated into the CSS2 Recommendation, published 12 May 1998. The latest verison of the CSS2 Recommendation is available at http://www.w3.org/TR/REC-CSS2.
A list of current W3C Recommendations and other technical documents can be found at http://www.w3.org/TR.


Index
A B C D E F G H I J L M N O P Q R S T U V W X Y
All Classes All Packages
All Classes All Packages
All Classes All Packages
G
- garden - Variable in class pkgMain.Controller
- garden - Variable in class pkgMain.Model
- Garden - Class in pkgMain
- Garden(int, int, String) - Constructor for class pkgMain.Garden
-
init a garden object
- gardenHeight - Variable in class pkgMain.Plant
- gardenHeight - Variable in class pkgMain.View
- gardenName - Static variable in class pkgMain.View
- gardens - Variable in class pkgMain.Model
- gardenWidth - Variable in class pkgMain.Plant
- gardenWidth - Variable in class pkgMain.View
- getBloomColor() - Method in class pkgMain.Plant
- getBloomTime() - Method in class pkgMain.Plant
- getBufferedReader(File) - Static method in class pkgMain.Streams
-
Get BufferedReader through file
- getBufferedReader(File, String) - Static method in class pkgMain.Streams
-
Get BufferedReader through file,and charset
- getBufferedReader(String) - Static method in class pkgMain.Streams
-
Get BufferedReader through file path
- getBufferedReader(String, String) - Static method in class pkgMain.Streams
-
Get BufferedReader through file path,and charset
- getBufferedWriter(File) - Static method in class pkgMain.Streams
-
Get BufferedWriter through file
- getBufferedWriter(File, String) - Static method in class pkgMain.Streams
-
Get BufferedWriter through file,and charset
- getBufferedWriter(String) - Static method in class pkgMain.Streams
-
Get BufferedWriter through path
- getBufferedWriter(String, String) - Static method in class pkgMain.Streams
-
Get BufferedWriter through path,and charset
- getCaCO3Tolerance() - Method in class pkgMain.Plant
- getDroughtTolerance() - Method in class pkgMain.Plant
- getExpandHeight() - Method in class pkgMain.ImageData
- getExpandHeight() - Method in class pkgMain.MyImageView
- getExpandWidth() - Method in class pkgMain.ImageData
- getExpandWidth() - Method in class pkgMain.MyImageView
- getGarden() - Method in class pkgMain.Model
- getGardenHeight() - Method in class pkgMain.Plant
- getGardens() - Method in class pkgMain.Model
- getGardenWidth() - Method in class pkgMain.Plant
- getHeight() - Method in class pkgMain.View
- getHight() - Method in class pkgMain.Plant
- getImageView() - Method in class pkgMain.Plant
- getLength() - Method in class pkgMain.Garden
- getLight() - Method in class pkgMain.Plant
- getLoader(String) - Static method in class pkgMain.FxUtils
-
Get FXL loading class from XML
- getModel() - Method in class pkgMain.View
- getName() - Method in class pkgMain.Garden
- getName() - Method in class pkgMain.Plant
- getNum() - Method in class pkgMain.ImageData
- getNum() - Method in class pkgMain.Model
- getObject() - Method in class pkgMain.MyImageView
- getObjFromFile() - Method in class pkgMain.FileHelper
-
to get the garden object from file
- getOffsetX() - Method in class pkgMain.MyImageView
- getOffsetY() - Method in class pkgMain.MyImageView
- getOriginMinX() - Method in class pkgMain.MyImageView
- getOriginMinY() - Method in class pkgMain.MyImageView
- getPath() - Method in class pkgMain.ImageData
- getPlants() - Static method in class pkgMain.Data
-
Load data from the fxml file
- getPlants() - Method in class pkgMain.Model
- getScene() - Method in class pkgMain.CharacteristicsLimit
-
The main method to get the view, which uses the resources in fxml to create the view, View editing changes can be created using the scenebuilder plug-in
- getScene() - Method in class pkgMain.Controller
- getScene() - Method in class pkgMain.PlantsDetail
-
Get the plant details view from fxml
- getScene() - Method in class pkgMain.SceneDesignGarden
- getScene() - Method in class pkgMain.SceneDifferentSeasonsView
- getScene() - Method in class pkgMain.SceneDragFlowers
- getScene() - Method in class pkgMain.SceneReview
- getScene() - Method in class pkgMain.SceneSetup
- getScene() - Method in class pkgMain.SceneTemplate
- getScene() - Method in class pkgMain.StarterView
- getScene() - Method in interface pkgMain.ViewMaker
-
Build and return a scene for this view
- getSelectMap() - Static method in class pkgMain.Data
-
Load the data in the plant selection box
- getSize() - Method in class pkgMain.Model
- getSoilMoisture() - Method in class pkgMain.Plant
- getTemplateImg() - Method in class pkgMain.Plant
- getTranslateX() - Method in class pkgMain.ImageData
- getTranslateY() - Method in class pkgMain.ImageData
- getView() - Method in class pkgMain.Model
- getWater() - Method in class pkgMain.Plant
- getWidth() - Method in class pkgMain.Garden
- getWidth() - Method in class pkgMain.Plant
- getWidth() - Method in class pkgMain.View
- getX() - Method in class pkgMain.Plant
- getY() - Method in class pkgMain.Plant
- gH - Variable in class pkgMain.Controller
- gH - Variable in class pkgMain.View
- goFive(MouseEvent, Stage) - Method in class pkgMain.Controller
-
handler for Go to plant detail page
- goFour(MouseEvent, Stage) - Method in class pkgMain.Controller
-
handler for Go to plant character limit page
- goToSeasonView(MouseEvent) - Method in class pkgMain.CharacteristicsLimitController
-
Go to the plant drag page
- gW - Variable in class pkgMain.Controller
- gW - Variable in class pkgMain.View
All Classes All Packages


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
For the chilli beef, heat the oil in a deep heavy-based frying pan until a breadcrumb sizzles and turns brown when dropped into it. (CAUTION: hot oil can be dangerous. Do not leave unattended.) Alternatively, heat a deep fat fryer to 190C.
In a bowl, coat the beef strips in the two tablespoons of vegetable oil.
Heat a frying pan until hot, add the Sichuan peppercorns and dry fry for one minute, or until fragrant. Transfer to a pestle and mortar and crush until coarsely ground, then add the orange zest and crush again until well combined.
In a bowl, mix together the salt, rice flour and Sichuan pepper and orange zest mixture until well combined.
Add the beef strips and mix well to coat them in the mixture. Discard the remaining flour and Sichuan pepper mixture.
Carefully lower the coated beef strips into the hot oil in batches and fry for 2-3 minutes, or until crisp and golden-brown. Remove from the pan using a slotted spoon and set aside to drain on kitchen paper. Repeat the process with the remaining beef strips.
Carefully lower the carrot strips into the hot oil and fry for 1-2 minutes, or until just softened (they should float to the surface of the oil when ready).
Remove from the pan using a slotted spoon and set aside to drain on kitchen paper. Repeat the process with the remaining carrot strips.
For the sauce, heat a non-reactive frying pan over a medium heat. When the pan is hot, add the rice wine vinegar, sugar and soy sauce and bring the mixture to the boil.
Add the chillies, chilli flakes and grated ginger and cook for 2-3 minutes, or until the mixture is sticky and has thickened.
Add the fried beef and carrot strips and cook for 1-2 minutes, stirring well to combine.
Meanwhile, for the noodles, heat the vegetable oil in a wok over a high heat. When the oil is smoking, add the ginger, garlic and spring onions and stir fry for 2-3 minutes, or until softened. Add the cooked noodles and stir fry for a further minute, or until warmed through.
Add the sesame oil, soy sauce, rice wine vinegar and lemon juice and mix well to combine.
Add the sesame seeds and stir fry for a further 1-2 minutes.
Sprinkle over the coriander and stir well to combine.
To serve, divide the stir-fried noodles equally among four serving plates. Spoon over the chilli beef strips in the sauce.


Docker stacks and distributed application bundles (experimental)
Estimated reading time: 4 minutesThe functionality described on this page is marked as Experimental, and as such, may change before it becomes generally available.
Note: This is a modified copy of the Docker Stacks and Distributed Application Bundles document in the docker/docker-ce repo. It’s been updated to accurately reflect newer releases.
Overview
A Dockerfile can be built into an image, and containers can be created from
that image. Similarly, a docker-compose.yml
can be built into a distributed
application bundle, and stacks can be created from that bundle. In that
sense, the bundle is a multi-services distributable image format.
Docker Stacks and Distributed Application Bundles started as experimental
features introduced in Docker 1.12 and Docker Compose 1.8, alongside the concept
of swarm mode, and nodes and services in the Engine API. Neither Docker Engine
nor the Docker Registry support distribution of bundles, and the concept of a
bundle
is not the emphasis for new releases going forward.
However, swarm mode, multi-service applications, and stack files now are fully supported. A stack file is a particular type of version 3 Compose file.
Produce a bundle
The easiest way to produce a bundle is to generate it using docker-compose
from an existing docker-compose.yml
. Of course, that’s just one possible way
to proceed, in the same way that docker build
isn’t the only way to produce a
Docker image.
From docker-compose
:
$ docker-compose bundle
WARNING: Unsupported key 'network_mode' in services.nsqd - ignoring
WARNING: Unsupported key 'links' in services.nsqd - ignoring
WARNING: Unsupported key 'volumes' in services.nsqd - ignoring
[...]
Wrote bundle to vossibility-stack.dab
Create a stack from a bundle
Note: Because support for stacks and bundles is in the experimental stage, you need to install an experimental build of Docker Engine to use it.
If you’re on Mac or Windows, download the “Beta channel” version of Docker Desktop for Mac or Docker Desktop for Windows to install it. If you’re on Linux, follow the instructions in the experimental build README.
A stack is created using the docker deploy
command:
# docker deploy --help
Usage: docker deploy [OPTIONS] STACK
Create and update a stack
Options:
--file string Path to a Distributed Application Bundle file (Default: STACK.dab)
--help Print usage
--with-registry-auth Send registry authentication details to Swarm agents
Let’s deploy the stack created before:
# docker deploy vossibility-stack
Loading bundle from vossibility-stack.dab
Creating service vossibility-stack_elasticsearch
Creating service vossibility-stack_kibana
Creating service vossibility-stack_logstash
Creating service vossibility-stack_lookupd
Creating service vossibility-stack_nsqd
Creating service vossibility-stack_vossibility-collector
We can verify that services were correctly created:
# docker service ls
ID NAME REPLICAS IMAGE
COMMAND
29bv0vnlm903 vossibility-stack_lookupd 1 nsqio/nsq@sha256:eeba05599f31eba418e96e71e0984c3dc96963ceb66924dd37a47bf7ce18a662 /nsqlookupd
4awt47624qwh vossibility-stack_nsqd 1 nsqio/nsq@sha256:eeba05599f31eba418e96e71e0984c3dc96963ceb66924dd37a47bf7ce18a662 /nsqd --data-path=/data --lookupd-tcp-address=lookupd:4160
4tjx9biia6fs vossibility-stack_elasticsearch 1 elasticsearch@sha256:12ac7c6af55d001f71800b83ba91a04f716e58d82e748fa6e5a7359eed2301aa
7563uuzr9eys vossibility-stack_kibana 1 kibana@sha256:6995a2d25709a62694a937b8a529ff36da92ebee74bafd7bf00e6caf6db2eb03
9gc5m4met4he vossibility-stack_logstash 1 logstash@sha256:2dc8bddd1bb4a5a34e8ebaf73749f6413c101b2edef6617f2f7713926d2141fe logstash -f /etc/logstash/conf.d/logstash.conf
axqh55ipl40h vossibility-stack_vossibility-collector 1 icecrime/vossibility-collector@sha256:f03f2977203ba6253988c18d04061c5ec7aab46bca9dfd89a9a1fa4500989fba --config /config/config.toml --debug
Manage stacks
Stacks are managed using the docker stack
command:
# docker stack --help
Usage: docker stack COMMAND
Manage Docker stacks
Options:
--help Print usage
Commands:
config Print the stack configuration
deploy Create and update a stack
rm Remove the stack
services List the services in the stack
tasks List the tasks in the stack
Run 'docker stack COMMAND --help' for more information on a command.
Bundle file format
Distributed application bundles are described in a JSON format. When bundles
are persisted as files, the file extension is .dab
.
A bundle has two top-level fields: version
and services
. The version used
by Docker 1.12 tools is 0.1
.
services
in the bundle are the services that comprise the app. They
correspond to the new Service
object introduced in the 1.12 Docker Engine API.
A service has the following fields:
- Image (required)
string
- The image that the service runs. Docker images should be referenced with full content hash to fully specify the deployment artifact for the service. Example:
postgres@sha256:e0a230a9f5b4e1b8b03bb3e8cf7322b0e42b7838c5c87f4545edb48f5eb8f077
- Command
[]string
- Command to run in service containers.
- Args
[]string
- Arguments passed to the service containers.
- Env
[]string
- Environment variables.
- Labels
map[string]string
- Labels used for setting meta data on services.
- Ports
[]Port
- Service ports (composed of
Port
(int
) andProtocol
(string
). A service description can only specify the container port to be exposed. These ports can be mapped on runtime hosts at the operator's discretion. - WorkingDir
string
- Working directory inside the service containers.
- User
string
- Username or UID (format:
<name|uid>[:<group|gid>]
). - Networks
[]string
- Networks that the service containers should be connected to. An entity deploying a bundle should create networks as needed.
Note: Some configuration options are not yet supported in the DAB format, including volume mounts.
Related topics
-
docker stack deploy command
-
deploy option in Compose files