Getting Started
Bolt is a module-based JavaScript framework, inspired by, but at this point (intentionally) not fully compatible with the AMD specification. Bolt consists of a runtime framework, compiler and testing tool for JavaScript modules.
There are a few things that need to be understood to take full advantage of bolt modules:
- Getting Bolt
- Modules
- Project Structure
- Configuration
- Runtime
- Compilation
- Testing
Getting Bolt
Grab the latest release tar from bolt. And install node.js v0.8+ from http://nodejs.org/ or your package manager.
Unpack the tar, and put bolt on the path. For example:
tar xfz bolt.tar.gz ln -s `pwd`/bolt-*/bin/bolt /usr/local/bin/bolt ln -s `pwd`/bolt-*/bin/jsc /usr/local/bin/jsc
You can test the bolt command by using bolt --version
Modules
Concepts
The central component of a bolt project is the module.
A module is essentially a named, self-contained unit of JavaScript code, with a specified API, that may or may not depend on other modules in order to accomplish its purpose.
Modules are created by calling the define
function.
Define has the following signature:
define(name, dependencies, definitionFunction);
For example, a typical bolt module definition in a project might look like:
define( 'example.bolt.Module', // Module name (including namespace) [ 'example.bolt.AnotherModule', // Dependencies on other modules 'example.bolt.DifferentModule' ], function (AnotherModule, DifferentModule) { // Definition function - passed dependencies in order // Private state var hello = function () { alert('Hello, world!'); }; // Public API (exposed to other modules) return { hello: hello }; } );
By convention, this module would live in the file
example/bolt/Module.js
, somewhere in the source directory
of a project.
Naming
The first parameter to define
is the namespaced module name
of the newly defined module.
Bolt module names are capitalised, and follow a namespacing convention of lower-case, dot-separated segments, for example:
example.bolt.Module
In this case, the Module
module is in the
example.bolt
namespace.
Modules are named primarily so they can be depended upon by other modules, but also so that they can be conveniently grouped for loading from different sources, as we will see later in the section on Configuration.
Dependencies
Dependencies are specified as an array of strings of module names that a given module needs to use in order to carry out its tasks. For example:
[ 'example.bolt.AnotherModule', 'example.bolt.DifferentModule' ]
The dependency array is the second parameter to define
, and
may be an empty array if a module doesn't have any dependencies.
In bolt, circular module dependencies are not allowed, for example if module
example.bolt.A
depends on example.bolt.B
, which
then depends on example.bolt.A
again.
The bolt runtime will throw an exception if this situation is encountered whilst initialising a project. Note that circular dependency chains can be quite long and non-obvious in some cases, however bolt will list what the circular dependency is when it complains.
Definition Function
The definition function is responsible for initialising the module, setting up any static resources it might have, and for returning a value that will be made available to other modules that depend on in it.
The definition function is the third and final parameter to
define
.
The function must return a value, but it need not be an object - although typically it is, containing a set of methods that represent the module's public API. For example:
function (...) { // ... return { api1: api1, api2: api2 }; }
Another common value that is returned by the definition function is another function. This is often the case when the module is used to manufacture instances - the returned function is treated like a constructor by modules that depend upon it.
The definition function is passed the values exported by modules specified in the list of dependencies, in the order that they appear in the list. For example, given the following dependencies:
[ 'example.bolt.AnotherModule', 'example.bolt.DifferentModule' ]
the definition function would appear as follows:
function (AnotherModule, DifferentModule) { // ... }
By convention, the names given to the arguments of the definition function are the same as the dependency module names (minus the namespace), however these argument names are arbitrary and scoped to the definition function, so they can be easily changed to something else to e.g. resolve name clashes between modules in different namespaces with the same name.
Project Structure
Bolt does not depend on any specific project structure, but does have a few defaults. All defaults can be easily overridden on the command line. The following outlines a basic project structure that works well for bolt based projects.
config |-- bolt | |-- bootstrap-demo.js | |-- bootstrap-prod.js | |-- demo.js | `-- prod.js | demo |-- html | ` demo.html |-- js | `-- example | `--bolt | `--demo | `-- Demo.js | src |-- js | `-- example | `-- bolt | |-- Module.js | |-- AnotherModule.js | `-- DifferentModule.js test `-- js |-- ModuleTest.js |-- AnotherModuleTest.js `-- DifferentModuleTest.js
The config/bolt/prod.js
(default by convention but can be specified on command line), file is the production configuration.
configure({ sources: [ source('bolt', 'example.bolt', '../../src/js', mapper.hierarchical), ] });
The config/bolt/demo.js
file is the demo configuration. In
this case it just delegates to the production configuration, but in a
more complex scenario would include its own sources.
configure({ configs: [ 'prod.js' ] });
The bootstrap-*.js
files are generated by the bolt init
command. These files are referenced by your html to initialise bolt. Bolt's
runtime API can then be used to load your modules.
The demo help shows what the client code would contain to reference bolt code.
<html> <head> <script type="text/javascript" src="../../config/bolt/bootstrap-demo.js"></script> <script type="text/javascript"> ephox.bolt.module.api.main('example.bolt.Module'); </script> </head> <body> </body> </html>
Configuration
Bolt relies on a configuration file that defines what types of files can be loaded, where they are loaded from and potentially other configurations where this information can be found. The configuration is used for both runtime loading of modules and the compilation of modules.
Concepts
- configs
-
configs are other javascript files that are used to
configure bolt, a configuration file consists of a
single
configure
call that takes an object with
three optional keys, configs
,
types
and sources
.
- types
-
component types that are understood by bolt - these component
types are able to be loaded and compiled by bolt.
- sources
-
sources specify where to load resources from. Each source
consists of a type and then a set of configuration parameters that
indicate what modules can be loaded from this source and
where to load them from.
Api
configure({ configs: [ path ], types: [ type ], sources: [ source ] });
-
A single configure call should be the only thing made in a
configuration file.
configs
are an array of strings which specify
the path to another configuration file. Configurations are
read pre-order, so sources and types specified take
precedence over those read from the imported
configs. Relative paths are defined relative to the file
they are declared in.
types
are an array of objects created by calls
to the type function specified below.
sources
are an array of objects created by
calls to the source function specified below.
type(type, package);
-
The type registers with bolt a module type to be
loaded. The bolt
type is always implicitly
loaded but a common example is the js
type,
which registers a custom type for loading raw javascript
files as bolt modules.
type('js', 'ephox.modulator.js')
The implementation package specifies the base package for a
type. It is expected to contain two
modules <package>.Modulator
, which is used
for runtime loading of the custom module type;
and <package>.Compiler
, which is used for
compilation of the custom module type.
- source(type, arguments ...)
-
The source function takes the type as a string as its first
argument and then a variable number of arguments that are
passed to the source types implementation. The exact
argument formulation is dependent on the type argument.
For the base bolt type, this is of the form:
source('bolt', namespace, path, mapper)
The namespace
argument specifies the namespace
prefix that is being configured by this source, i.e. only
modules matching this prefix will match this source.
The path
specifies the path (excluding the
mapped module name) to where the modules should be loaded
from. Relative paths are defined relative to the file they
are declared in.
The mapper
specifies a function that takes a
module name and converts it to a file path (exclude the
'.js') extension. This is normally in the form of one of the
convenience mappers described below.
- mapper.hierarchical
-
A convenience function that specifies a function that takes
a module name and converts it to a directory structure. For
example, the module example.bolt.Module
would
be come the path example/bolt/Module
. This is
how modules are commonly layed out in source control.
- mapper.flat
-
A convenience function that specifies a function that takes
a module name and converts it to a file name. This is
effectively an identity function. For example, the
module example.bolt.Module
would be come the
path example.bolt.Module
. The bolt compiler's
-m flag outputs modules in this structure.
- mapper.constant(path)
-
A convenience function that is used to construct a function
that always returns a constant path. For example, a call
to mapper.constant('example/bolt')
, would
convert any module name to the
path example/bolt
. This is useful for
referencing a compiled file where a number of modules are
contained in a single file.
- mapper.repo(path, m)
-
A convenience function that is used to find a module based
on its project in a larger repository. The project is identified
by the second part of the namespace (e.g. goo in bolt.goo.api).
The path is appended to the project identified, and then m
is used as a mapper for the module name itself. For example, the
module example.bolt.Module
code> would become the
path bolt/{path}/ + m('example.bolt.Module'). For a more concrete
example, using mapper.repo('src', mapper.flat), the path would
be bolt/src/example.bolt.Module'
. This will be
typically used for npm projects.
Runtime
configure
call that takes an object with
three optional keys, configs
,
types
and sources
.
configure({ configs: [ path ], types: [ type ], sources: [ source ] });
A single configure call should be the only thing made in a configuration file.
configs
are an array of strings which specify
the path to another configuration file. Configurations are
read pre-order, so sources and types specified take
precedence over those read from the imported
configs. Relative paths are defined relative to the file
they are declared in.
types
are an array of objects created by calls
to the type function specified below.
sources
are an array of objects created by
calls to the source function specified below.
type(type, package);
The type registers with bolt a module type to be
loaded. The bolt
type is always implicitly
loaded but a common example is the js
type,
which registers a custom type for loading raw javascript
files as bolt modules.
type('js', 'ephox.modulator.js')
The implementation package specifies the base package for a
type. It is expected to contain two
modules <package>.Modulator
, which is used
for runtime loading of the custom module type;
and <package>.Compiler
, which is used for
compilation of the custom module type.
The source function takes the type as a string as its first argument and then a variable number of arguments that are passed to the source types implementation. The exact argument formulation is dependent on the type argument.
For the base bolt type, this is of the form:
source('bolt', namespace, path, mapper)
The namespace
argument specifies the namespace
prefix that is being configured by this source, i.e. only
modules matching this prefix will match this source.
The path
specifies the path (excluding the
mapped module name) to where the modules should be loaded
from. Relative paths are defined relative to the file they
are declared in.
The mapper
specifies a function that takes a
module name and converts it to a file path (exclude the
'.js') extension. This is normally in the form of one of the
convenience mappers described below.
A convenience function that specifies a function that takes
a module name and converts it to a directory structure. For
example, the module example.bolt.Module
would
be come the path example/bolt/Module
. This is
how modules are commonly layed out in source control.
A convenience function that specifies a function that takes
a module name and converts it to a file name. This is
effectively an identity function. For example, the
module example.bolt.Module
would be come the
path example.bolt.Module
. The bolt compiler's
-m flag outputs modules in this structure.
A convenience function that is used to construct a function
that always returns a constant path. For example, a call
to mapper.constant('example/bolt')
, would
convert any module name to the
path example/bolt
. This is useful for
referencing a compiled file where a number of modules are
contained in a single file.
A convenience function that is used to find a module based
on its project in a larger repository. The project is identified
by the second part of the namespace (e.g. goo in bolt.goo.api).
The path is appended to the project identified, and then m
is used as a mapper for the module name itself. For example, the
module example.bolt.Module
code> would become the
path bolt/{path}/ + m('example.bolt.Module'). For a more concrete
example, using mapper.repo('src', mapper.flat), the path would
be bolt/src/example.bolt.Module'
. This will be
typically used for npm projects.
In development mode the system is designed to be run behind a web server that is serving up the source tree of your project. For pure javascript projects this is normally achieved by just serving up the source with apache or nginx. For more complex projects it would involve configuring whatever application server or framework is involved to serve up the module and config source files.
Bolt generates a bootstrap file that will read a configuration and then dynamically load modules as required. This allows for a quick save-refresh development cycle without the need for compilation. Assuming the basic project structure outlined above, a call to bolt will generate the bootstrap files for your configuration:
bolt init
Note that this process only needs to happen once. Configuration is read dynamically so the bootstrap does not need to be rebuilt for each change. The default configuration can be overridden with the -c or --config flag.
Any html that needs access to javascript modules references the bootstrap file:
<script type="text/javascript" src="../../config/bolt/bootstrap-demo.js"></script>
and can then call the bolt runtime api to load modules. In most cases it is sufficient to directly invoke a main module:
<script type="text/javascript"> ephox.bolt.module.api.main('example.bolt.Module'); </script>
Compilation
For production, bolt will compile all modules into a single file and generate a bootstrap with an inline configuration to minimise server requests.
There are a number of ways that you may want to arrange your javascript depending on if you are generating a library, building a single-page application or a multi-page application. The best way to demonstrate this is with a series of examples. All examples use the directory gen as their output location.
Produce a bolt build for a multi-page application. A compiled file will be generated for each Main module in this example.
bolt build -o gen -e src/js/**/*Main.js
Produce a bolt build for a library. A self contained script registering all modules in their namespace will be produced. This compiles in a minimal kernel so that your library does not have a dependency on bolt.
bolt build -o gen -i -g src/js/**/api/*.js
Produce a bolt build for a library to be consumed by other bolt projects, in this build we only want modules to be converted to a convenient form, no compiled output is produced.
bolt build -o gen -m src/js
These options can be used together for more complex scenarios. See bolt help build
for more detail.
Note that the examples assume use of a shell with "**" glob support. This means either zsh or bash 4.x with `shopt -s globstar` set. If you are a mac user with a default bash 3.x, bolt strongly recommends you upgrade to a nicer shell, however you can use something like $(find src/js -name \*.js) to simulate glob support.
Testing
Bolt comes with testing support. Tests are defined by a test
function
similar in style to a define
call. An example test:
test( 'This is the test name', [ 'example.bolt.AnotherModule' ], function (AnotherModule) { var actual = AnotherModule.five(); assert.equal(5, actual); } );
This is using the assert module available on node, see http://nodejs.org/docs/latest/api/assert.html for more detail.
To run tests you specify a config that knows how to load any modules required by the tests. For the example project structure the production configuration is sufficient. To run the tests:
bolt test config/bolt/prod.js test/js/*.js


Build your own A-Frame cabin for "around $8,000"
by Rob BeschizzaAt Field Mag, Andrew Szeto explains the fundamentals of building a basic A-Frame cabin. He writes that you can get it done for about $8,000, not including land.
The most major lesson learned is I should have gone bigger. Don't get me wrong, the cabin is awesome, but heck, an extra 5-10 feet in both directions would have been a game changer and made it a little more habitable. But to see a thing you built come to life is the greatest gift you can give yourself in my opinion.
A strong theme is not to go cheap on materials: don't use thin plywood for the interior, don't use polycarbonate roofing, don't build without properly levelling the land under it.


Welcome to ThoughtWorks. Our clients are solving some of the most pressing problems of our time. We deliver disruptive thinking and empowering technology to help them succeed
Delivering a global mobile platform for retailers and shopping centers
Creating an innovation engine
Innovating with Continuous Design
Exciting customer experiences, powered by the latest technologies, created in the simplest way possible
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Nursery bosses want the power to ban unhealthy junk food from kids' lunchboxes
A survey of nursery managers has shown that three quarters are in favour of being given the ability to ban unhealthy food
by Alison KershawNursery bosses and staff believe they should be able to ban junk food and sweet treats from lunchboxes, a poll found.
The latest NHS data shows 22.6% of four and five-year-olds in reception class are overweight or obese – up 22.4% on the year before. Of these, 9.7% are obese and 2.4% are severely obese.
The survey of 1,000 nursery owners, managers and staff by daynurseries.co.uk found 73% favoured being able to ban unhealthy food. And 27% said there were children they considered obese in their nursery.
Sue Learner, editor of daynurseries.co.uk, said that nurseries should be able to advise parents on the food they provide but a ban was a step too far.
She said: "It is shocking that one in 10 children start school obese. Pre-school years can be instrumental in helping form eating habits that can stay with a person for life, so it is vital nurseries play a part in educating children on healthy eating.
"It can be hard for parents who are often time-poor and I am as guilty as the next parent for slipping a bag of crisps or a cookie into my son's lunchbox.
"I think it is fine to discourage parents from giving their children sugary and fatty food, but relationships between the nursery and parent may be put in jeopardy by a draconian approach."


Class org.springframework.web.server.adapter.WebHttpHandlerBuilderTests
Tests
| Test |
Duration |
Result |
| cloneWithApplicationContext |
0.007s |
passed |
| configWithoutFilters |
0.017s |
passed |
| forwardedHeaderFilter |
0.013s |
passed |
| orderedWebExceptionHandlerBeans |
0.015s |
passed |
| orderedWebFilterBeans |
0.013s |
passed |
Standard output
12:01:54.702 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - enableLoggingRequestDetails='false': form data and headers will be masked to prevent unsafe logging of potentially sensitive data
12:01:54.702 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - [23b5878b] HTTP GET "/"
12:01:54.702 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - [23b5878b] Completed 200 OK
12:01:54.717 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - enableLoggingRequestDetails='false': form data and headers will be masked to prevent unsafe logging of potentially sensitive data
12:01:54.717 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - [4926e68c] HTTP GET "/"
12:01:54.717 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - [4926e68c] Completed 200 OK
12:01:54.725 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - enableLoggingRequestDetails='false': form data and headers will be masked to prevent unsafe logging of potentially sensitive data
12:01:54.725 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - enableLoggingRequestDetails='false': form data and headers will be masked to prevent unsafe logging of potentially sensitive data
12:01:54.749 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - enableLoggingRequestDetails='false': form data and headers will be masked to prevent unsafe logging of potentially sensitive data
12:01:54.749 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - [75aecc96] HTTP GET "/"
12:01:54.751 [Test worker] DEBUG org.springframework.web.server.adapter.HttpWebHandlerAdapter - [75aecc96] Completed 200 OK


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Is the template for the service NAS Backup. Will contain only items for discover and monitor de NAS backup instances
All processes are described here:
https://github.com/tudorticau/Synology-Backup-LLD-Monitor
First step: setup syslogserver
Second: configure zabbix to monitor using LLD
All is tested and already implemented on production: over 40 NAS
Template have 1 item and 1 trigger, but is LLD - this mean you don’t have to take care how your admins will add and name the backup processes: all is done automatically
Tudor Ticau
| Name | Description | Default | Type |
|---|---|---|---|
| {$BPERIOD1} |
-
 | 1d |
Text macro |
| {$BPERIOD2} |
-
 | 1d |
Text macro |
| {$BPERIOD3} |
-
 | 1d |
Text macro |
| {$NAS.IP} |
-
 | {HOST.IP2} |
Text macro |
| {$SNMP_COMMUNITY} |
-
 | MonitorZabbix |
Text macro |
There are no template links in this template.
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| BACKUP: Backup tasks |
Discover backup tasks with the script from /var/log/remotelog/synobackup.sh
 | Zabbix agent |
backup[{$NAS.IP}]
Update: 1d
 |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| Backup “{#BPNAME}” status |
Monitor the backup {#BPNAME} status and return date and task status. This backup is configured to be done every {$BPERIOD1}
 | Zabbix agent |
backupt[{$NAS.IP},{#BPNAME}]
Update: {$BPERIOD1}

LLD
 |
| Name | Description | Expression | Priority |
|---|---|---|---|
| Backup “{#BPNAME}” has an error |
Backup “{#BPNAME}” has an error. Maybe the new backup was not done or has been completed with errors. Check the status of backup configured by Backup or HyperBackup utility NAS IP: {$NAS.IP} Backup “{#BPNAME}” is done every: {$BPERIOD1}
 |
Expression: {Halley Synology NAS Backup:backupt[{HOST.IP2},{#BPNAME}].str(Failed to run backup task,#1)}=1 or {Halley Synology NAS Backup:backupt[{HOST.IP2},{#BPNAME}].str(Backup task was cancelled,#1)}=1

Recovery expression:
 | high |
| Backup “{#BPNAME}” has an error (LLD) |
Backup “{#BPNAME}” has an error. Maybe the new backup was not done or has been completed with errors. Check the status of backup configured by Backup or HyperBackup utility NAS IP: {$NAS.IP} Backup “{#BPNAME}” is done every: {$BPERIOD1}
 |
Expression: {Halley Synology NAS Backup:backupt[{HOST.IP2},{#BPNAME}].str(Failed to run backup task,#1)}=1 or {Halley Synology NAS Backup:backupt[{HOST.IP2},{#BPNAME}].str(Backup task was cancelled,#1)}=1

Recovery expression:
 | high |
Is the template for the service NAS Backup. Will contain only items for discover and monitor de NAS backup instances
All processes are described here:
https://github.com/tudorticau/Synology-Backup-LLD-Monitor
First step: setup syslogserver
Second: configure zabbix to monitor using LLD
All is tested and already implemented on production: over 40 NAS
Template have 1 item and 1 trigger, but is LLD - this mean you don’t have to take care how your admins will add and name the backup processes: all is done automatically
Tudor Ticau
| Name | Description | Default | Type |
|---|---|---|---|
| {$BPERIOD1} |
-
 | 1d |
Text macro |
| {$BPERIOD2} |
-
 | 1d |
Text macro |
| {$BPERIOD3} |
-
 | 1d |
Text macro |
| {$NAS.IP} |
-
 | {HOST.IP2} |
Text macro |
| {$SNMP_COMMUNITY} |
-
 | MonitorZabbix |
Text macro |
There are no template links in this template.
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| BACKUP: Backup tasks |
Discover backup tasks with the script from /var/log/remotelog/synobackup.sh
 | Zabbix agent |
backup[{$NAS.IP}]
Update: 1d
 |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| Backup “{#BPNAME}” status |
Monitor the backup {#BPNAME} status and return date and task status. This backup is configured to be done every {$BPERIOD1}
 | Zabbix agent |
backupt[{$NAS.IP},{#BPNAME}]
Update: {$BPERIOD1}

LLD
 |
| Name | Description | Expression | Priority |
|---|---|---|---|
| Backup “{#BPNAME}” has an error |
Backup “{#BPNAME}” has an error. Maybe the new backup was not done or has been completed with errors. Check the status of backup configured by Backup or HyperBackup utility NAS IP: {$NAS.IP} Backup “{#BPNAME}” is done every: {$BPERIOD1}
 |
Expression: find(/Halley Synology NAS Backup/backupt[{HOST.IP2},{#BPNAME}],#1,”like”,”Failed to run backup task”)=1 or find(/Halley Synology NAS Backup/backupt[{HOST.IP2},{#BPNAME}],#1,”like”,”Backup task was cancelled”)=1

Recovery expression:
 | high |
| Backup “{#BPNAME}” has an error (LLD) |
Backup “{#BPNAME}” has an error. Maybe the new backup was not done or has been completed with errors. Check the status of backup configured by Backup or HyperBackup utility NAS IP: {$NAS.IP} Backup “{#BPNAME}” is done every: {$BPERIOD1}
 |
Expression: find(/Halley Synology NAS Backup/backupt[{HOST.IP2},{#BPNAME}],#1,”like”,”Failed to run backup task”)=1 or find(/Halley Synology NAS Backup/backupt[{HOST.IP2},{#BPNAME}],#1,”like”,”Backup task was cancelled”)=1

Recovery expression:
 | high |
Is the template for the service NAS Backup. Will contain only items for discover and monitor de NAS backup instances
All processes are described here:
https://github.com/tudorticau/Synology-Backup-LLD-Monitor
First step: setup syslogserver
Second: configure zabbix to monitor using LLD
All is tested and already implemented on production: over 40 NAS
Template have 1 item and 1 trigger, but is LLD - this mean you don’t have to take care how your admins will add and name the backup processes: all is done automatically
Tudor Ticau
| Name | Description | Default | Type |
|---|---|---|---|
| {$BPERIOD1} |
-
 | 1d |
Text macro |
| {$BPERIOD2} |
-
 | 1d |
Text macro |
| {$BPERIOD3} |
-
 | 1d |
Text macro |
| {$NAS.IP} |
-
 | {HOST.IP2} |
Text macro |
| {$SNMP_COMMUNITY} |
-
 | MonitorZabbix |
Text macro |
There are no template links in this template.
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| BACKUP: Backup tasks |
Discover backup tasks with the script from /var/log/remotelog/synobackup.sh
 | Zabbix agent |
backup[{$NAS.IP}]
Update: 1d
 |
| Name | Description | Type | Key and additional info |
|---|---|---|---|
| Backup “{#BPNAME}” status |
Monitor the backup {#BPNAME} status and return date and task status. This backup is configured to be done every {$BPERIOD1}
 | Zabbix agent |
backupt[{$NAS.IP},{#BPNAME}]
Update: {$BPERIOD1}

LLD
 |
| Name | Description | Expression | Priority |
|---|---|---|---|
| Backup “{#BPNAME}” has an error |
Backup “{#BPNAME}” has an error. Maybe the new backup was not done or has been completed with errors. Check the status of backup configured by Backup or HyperBackup utility NAS IP: {$NAS.IP} Backup “{#BPNAME}” is done every: {$BPERIOD1}
 |
Expression: find(/Halley Synology NAS Backup/backupt[{HOST.IP2},{#BPNAME}],#1,”like”,”Failed to run backup task”)=1 or find(/Halley Synology NAS Backup/backupt[{HOST.IP2},{#BPNAME}],#1,”like”,”Backup task was cancelled”)=1

Recovery expression:
 | high |
| Backup “{#BPNAME}” has an error (LLD) |
Backup “{#BPNAME}” has an error. Maybe the new backup was not done or has been completed with errors. Check the status of backup configured by Backup or HyperBackup utility NAS IP: {$NAS.IP} Backup “{#BPNAME}” is done every: {$BPERIOD1}
 |
Expression: find(/Halley Synology NAS Backup/backupt[{HOST.IP2},{#BPNAME}],#1,”like”,”Failed to run backup task”)=1 or find(/Halley Synology NAS Backup/backupt[{HOST.IP2},{#BPNAME}],#1,”like”,”Backup task was cancelled”)=1

Recovery expression:
 | high |


Uncle Tom's Cabin (Told to the Children)
by Harriet Beecher Stowe
Chapter 11: Uncle Tom's Letter
Additional Information
- Year Published: 1852
- Language: English
- Country of Origin: United States of America
- Source: Stowe, H. B. (1852). Uncle Tom's Cabin (Told to the Children). H. E. Marshall, (Ed.).
-
Readability:
- Flesch–Kincaid Level: 3.7
- Word Count: 906
- Genre: Historical Fiction
- Keywords: 19th century literature, american literature
- ✎ Cite This
Downloads
Uncle Tom felt that he was indeed very fortunate to have found such a kind master and so good a home. He had nice clothes, plenty of food, and a comfortable room to sleep in. He had no hard, disagreeable work to do. His chief duties were to drive Mrs. St. Clare's carriage when she wanted to go out, and to attend on Eva when she wanted him. He soon grew to love his little mistress very, very much indeed.
Mr. St. Clare too began to find Tom very useful. He was dreadfully careless about money, and his chief servant was just as careless as his master. So between them a great deal was not only spent but wasted.
Mr. Shelby had trusted Tom in everything, and Tom had always been careful of his master's money—as careful as if it had been his own. Waste seemed dreadful to him, and he tried to do something to stop it now.
Mr. St. Clare was not long in finding out how clever Tom was, and soon trusted him as thoroughly as Mr. Shelby had done.
But in spite of all his good fortune Tom used to long very much to go home to see his dear ones again. He had plenty of spare time, and whenever he had nothing to do he would pull his Bible out of his pocket and try to find comfort in reading it.
But as time went on, Uncle Tom longed more and more for his home. At last one day he had a grand idea. He would write a letter.
Before Uncle Tom was sold, George Shelby had been teaching him to write so he thought he could manage a letter.
He begged a sheet of writing–paper from Eva, and going to his room began to make a rough copy on his slate.
It was very difficult.  Of those he did remember, he was not quite sure which he ought to use. Yes, it was a very difficult thing indeed.
While he was working away, breathing very hard over it, Eva came behind him, and peeped over his shoulder.
 'But somehow I'm feared I shan't be able to do it.'
'I wish I could help you, Tom. I've learnt to write a little. Last year I could make all the letters. But I'm afraid I've forgotten.'
 They were both very earnest, and both very ignorant. But after a great deal of consulting over every word, the writing began, they really thought, to look quite like a proper letter.
'Yes, Uncle Tom, it begins to look beautiful,' said Eva, gazing on it with delight.   I mean to ask papa to let you go back, some day.'
'Missis said that she would send down money for me, as soon as they could get it together,' said Tom. 'Young Mas'r George, he said he'd come for me. He gave me this dollar as a sign,' and Tom drew the precious dollar from under his coat.
'Oh, he is sure to come, then,' said Eva, 'I am so glad.'
'I wanted to send a letter, you see, to let 'em know where I was, and tell poor Chloe that I was well off, 'cause she felt so dreadful, poor soul.'
'I say, Tom,' said Mr. St. Clare, coming in at the door at this minute.
Tom and Eva both started.
'What's this?' Mr. St. Clare went on, coming up and looking at the slate.
'Oh, it's Tom's letter. I'm helping him to write it,' said Eva. 'Isn't it nice?'
'I wouldn't discourage either of you,' said her father; 'but I rather think, Tom, you had better let me write your letter for you. I'll do it when I come home from my ride.'
'It is very important that he should write,' said Eva, 'because his mistress is going to send money to buy him back again, you know, papa. He told me they had said so.'
Mr. St. Clare thought in his heart that very likely this meant nothing. He thought it was only one of these things which good–natured people said to their slaves to comfort them when they were taken away from their dear ones to be sold. He did not really believe that Mrs. Shelby meant to buy Tom back again. However, he did not say so out loud, but just told Tom to get the horses ready for a ride.
That evening the letter was written, and Uncle Tom carried it joyfully to the post–office.


Section \ref{sec:amb-implementation} describes the implementation of the amb evaluator. First, however, we give some examples of how it can be used. The advantage of nondeterministic programming is that we can suppress the details of how search is carried out, thereby expressing our programs at a higher level of abstraction.
The following puzzle (taken from
function multiple_dwelling() { const baker = amb(1, 2, 3, 4, 5); const cooper = amb(1, 2, 3, 4, 5); const fletcher = amb(1, 2, 3, 4, 5); const miller = amb(1, 2, 3, 4, 5); const smith = amb(1, 2, 3, 4, 5); require(distinct(list(baker, cooper, fletcher, miller, smith))); require(! baker === 5); require(! cooper === 1); require(! fletcher === 5); require(! fletcher === 1); require(! miller > cooper); require(! math_abs(smith - fletcher) === 1); require(! math_abs(fletcher - cooper) === 1); return list(list("baker", baker), list("cooper", cooper), list("fletcher", fletcher), list("miller", miller), list("smith", smith)); }
Evaluating the expression multiple_dwelling() produces the result
[["baker", [3, null]], [["cooper", [2, null]], [["fletcher", [4, null]], [["miller", [5, null]], [["smith", [1, null]], null]]]]]
Although this simple function works, it is very slow. Exercises \ref{ex:better-multiple-dwelling1} and \ref{ex:better-multiple-dwelling2} discuss some possible improvements.
Liarspuzzle (from
Kitty was second in the examination. I was only third.
You'll be glad to hear that I was on top. Joan was second.
I was third, and poor old Ethel was bottom.
I came out second. Mary was only fourth.
I was fourth.  Write a nondeterministic program to solve this puzzle. \end{Exercise}
Programs designed to accept natural language as input usually start by
attempting to parse the input, that is, to match the input
against some grammatical structure. For example, we might try to
recognize simple sentences consisting of an article followed by a noun
followed by a verb, such as The cat eats.
To accomplish such an
analysis, we must be able to identify the parts of speech of
individual words. We could start with some lists that classify
various words:[3]
const nouns = list("noun", "student", "professor", "cat", "class"); const verbs = list("verb", "studies", "lectures", "eats", "sleeps"); const articles = list("article", "the", "a");
We also need a grammar, that is, a set of rules describing how
grammatical elements are composed from simpler elements. A very
simple grammar might stipulate that a sentence always consists of two
pieces—a noun phrase followed by a verb—and that a noun phrase
consists of an article followed by a noun. With this grammar, the
sentence The cat eats
is parsed as follows:
["sentence", [["noun-phrase", [["article", ["the", null]], ["noun", ["cat", null]]]], ["verb", ["eats", null]]]]
We can generate such a parse with a simple program that has separate functions for each of the grammatical rules. To parse a sentence, we identify its two constituent pieces and return a list of these two elements, tagged with the symbol sentence:
function parse_sentence() { return list("sentence", parse_noun_phrase(), parse_word(verbs)); }
A noun phrase, similarly, is parsed by finding an article followed by a noun:
function parse_noun_phrase() { return list("noun-phrase", parse_word(articles), parse_word(nouns)); }
At the lowest level, parsing boils down to repeatedly checking that the next unparsed word is a member of the list of words for the required part of speech. To implement this, we maintain a global variable unparsed, which is the input that has not yet been parsed. Each time we check a word, we require that unparsed, must be non-empty and that it should begin with a word from the designated list. If so, we remove that word from unparsed, and return the word together with its part of speech (which is found at the head of the list):[4]
function parse_word(word_list) { require(! is_null(unparsed)); require(member(head(unparsed), tail(word_list)) !== null); const found_word = head(unparsed); unparsed = tail(unparsed); return list(head(word_list), found_word); }
To start the parsing, all we need to do is set unparsed, to be the entire input, try to parse a sentence, and check that nothing is left over:
let unparsed = null; function parse_input(input) { unparsed = input; const sent = parse_sentence(); require(is_null(unparsed)); return sent; }
We can now try the parser and verify that it works for our simple test sentence:
// Amb-Eval input: parse_input(list("the", "cat", "eats")); // Starting a new problem // Amb-Eval value: ["sentence", [["noun-phrase", [["article", ["the", null]], ["noun", ["cat", null]]]], ["verb", ["eats", null]]]]
The amb evaluator is useful here because it is convenient to express the parsing constraints with the aid of require. Automatic search and backtracking really pay off, however, when we consider more complex grammars where there are choices for how the units can be decomposed.
Let's add to our grammar a list of prepositions:
const prepositions = list("prep", "for", "to", "in", "by", "with");
for the cat) to be a preposition followed by a noun phrase:
function parse_prepositional_phrase() { return list("prep-phrase", parse_word(prepositions), parse_noun_phrase()); }
Now we can define a sentence to be a noun phrase followed by a verb phrase, where a verb phrase can be either a verb or a verb phrase extended by a prepositional phrase:[5]
function parse_sentence() { return list("sentence", } function parse_verb_phrase() { function maybe_extend(verb_phrase) { return amb(verb_phrase, maybe_extend(list("verb-phrase", verb_phrase, parse_prepositional_phrase()))); } return maybe_extend(parse_word(verbs)); }
While we're at it, we can also elaborate the definition of noun
phrases to permit such things as a cat in the class.
What we used
to call a noun phrase, we'll now call a simple noun phrase, and a noun
phrase will now be either a simple noun phrase or a noun phrase
extended by a prepositional phrase:
function parse_simple_noun_phrase() { return list("simple-noun-phrase", parse_word(articles), parse_word(nouns)); } function parse_noun_phrase() { function maybe_extend(noun_phrase) { return amb(noun_phrase, maybe_extend(list("noun-phrase", noun_phrase, parse_prepositional_phrase()))); } return maybe_extend(parse_simple_noun_phrase()); }
Our new grammar lets us parse more complex sentences. For example
parse_input(list("the", "student", "with", "the", "cat", "sleeps", "in", "the", "class"));
["sentence", [["noun-phrase", [["simple-noun-phrase", [["article", ["the", null]], [["noun", ["student", null]], null], ["prep-phrase", [["prep", ["with", null]], [["simple-noun-phrase", [["article", ["the", null]], [["noun", ["cat", null]]], null]]]]]], [["verb-phrase", [["verb", ["sleeps", null]], [["prep-phrase", [["prep", ["in", null]], [["simple-noun-phrase", [["article", ["the", null]], ["noun", ["class", null]]]]]]]]]]
Observe that a given input may have more than one legal parse. In
the sentence The professor lectures to the student with the cat,
it may be that the professor is lecturing with the cat, or that the
student has the cat. Our nondeterministic program finds both
possibilities:
parse_input(list("the", "professor", "lectures", "to", "the", "student", "with", "the", "cat"));
["sentence", [["simple-noun-phrase", [["article", ["the", null]], [["noun", ["professor", null]], null]], null]], [["verb-phrase", [["verb-phrase", [["verb", ["lectures", null]], [["prep-phrase", [["prep", ["to", null]], ["simple-noun-phrase", [["article", ["the", null]], [["noun", ["student", null]], [["prep-phrase", [["prep", ["with", null]], ["simple-noun-phrase", [["article", ["the", null]], [["noun", ["cat", null]]]]]]]]]]]
Asking the evaluator to try again yields
["sentence", [["simple-noun-phrase", [["article", ["the", null]], [["noun", ["professor", null]], null]], null]], [["verb-phrase", [["verb-phrase", [["verb", ["lectures", null]], [["prep-phrase", [["prep", ["to", null]], [["noun-phrase", [["simple-noun-phrase", [["article", ["the", null]], [["noun", ["student", null]], [["prep-phrase", [["prep", ["with", null]], ["simple-noun-phrase", [["article", ["the", null]], [["noun", ["cat", null]]]]]]]]]]]
The professor lectures to the student in the class with the cat.Give the five parses and explain the differences in shades of meaning among them. \end{Exercise} \stepcounter{ExerciseDisplayNumber} \begin{Exercise} The evaluators in sections \ref{sec:mc-eval} and \ref{sec:lazy-evaluation} do not determine what order operands are evaluated in. We will see that the amb evaluator evaluates them from left to right. Explain why our parsing program wouldn't work if the operands were evaluated in some other order. \end{Exercise} \stepcounter{ExerciseDisplayNumber} \begin{Exercise} Louis Reasoner suggests that, since a verb phrase is either a verb or a verb phrase followed by a prepositional phrase, it would be much more straightforward to define the function parse-verb-phrase as follows (and similarly for noun phrases):
function parse_verb_phrase() { return amb(parse_word(verbs), list("verb-phrase", parse_verb_phrase(), parse_prepositional_phrase())); }
input sentenceand instead always succeeds and generates an appropriate word, we can use the programs we had built for parsing to do generation instead. Implement Alyssa's idea, and show the first half-dozen or so sentences generated.[7] \end{Exercise}
function distinct(items) { return is_null items ? true : is_null(tail(items)) ? true : is_null(member(head(items), tail(items))) ? distinct(tail(items)) : false; }
Problematical Recreations,published in the 1960s by Litton Industries, where it is attributed to the Kansas State Engineer.
falls intoone of these recursions and gets stuck. See exercise \ref{ex:ramb} for a way to deal with this.


Obfuscation is a means of "obscuring" the real meaning and intent of your javascript code. Some sites use it as an obstacle to people who want to copy/borrow their code. Other sites use it as a means to hide the actual intention of the code. This is not a good approach for verifying passwords and user can easily get the password.
Your goal is to get the correct password.


The form below was loaded in from a json string. View form builder (rendered from the demo json string) here.


GWORLDCLOCK(1) GWORLDCLOCK(1) NAME gworldclock - Displays time and date in specified time zones. SYNOPSIS gworldclock [ -f FILE ] DESCRIPTION gworldclock displays the time and date of specified time zones using a GTK+ interface. It also allows the zones to be "rendezvoused" or "syn‐ chronised" to a time other than the current time. The time zones may be chosen from the list given in the GUI user inter‐ face. The zones available are generated from the data in /usr/share/zoneinfo/zone.tab. The chosen set of zones is stored in ${HOME}/.tzlist by default, but an alternate file may be specified at the command line via -f. Alternatively this file may be created by hand in TZ format. The zone list is kept in a format consistent with the shell script tzwatch, currently found in twclock. The format consists of one TZ string per line, optionally followed by a human-friendly string enclosed in inverted commas ("), providing a name for the zone. OPTIONS -f FILE Read zone list from FILE instead of ${HOME}/.tzlist. SEE ALSO tzwatch (1) AUTHOR gworldclock was written by Drew Parsons<EMAIL_ADDRESS>28 September 2003 GWORLDCLOCK(1)


|
cds
1.2.0
|
Vyukov's MPMC bounded queue. More...
#include <cds/container/vyukov_mpmc_cycle_queue.h>
Data Structures | |
| struct | rebind |
| Rebind template arguments. More... |
Public Types | |
| typedef T | value_type |
| type of value stored in the queue | |
| typedef options::item_counter | item_counter |
| Item counter type. | |
| typedef options::memory_model | memory_model |
| Memory ordering. See cds::opt::memory_model option. |
Public Member Functions | |
| VyukovMPMCCycleQueue (size_t nCapacity=0) | |
Constructs the queue of capacity nCapacity . | |
| template<typename Source , typename Func > | |
| bool | enqueue (Source const &data, Func func) |
Enqueues data to queue using copy functor. | |
| bool | enqueue (value_type const &data) |
Enqueues data to queue. | |
| template<typename Dest , typename Func > | |
| bool | dequeue (Dest &data, Func func) |
| Dequeues an item from queue. | |
| bool | dequeue (value_type &data) |
Dequeues an item from queue to data . | |
| bool | push (value_type const &data) |
| Synonym of enqueue. | |
| template<typename Source , typename Func > | |
| bool | push (const Source &data, Func f) |
| Synonym for template version of enqueue function. | |
| bool | pop (value_type &data) |
| Synonym of dequeue. | |
| template<typename Type , typename Func > | |
| bool | pop (Type &dest, Func f) |
| Synonym for template version of dequeue function. | |
| bool | empty () const |
| Checks if the queue is empty. | |
| void | clear () |
| Clears the queue. | |
| size_t | size () const |
| Returns queue's item count. | |
| size_t | capacity () const |
| Returns capacity of cyclic buffer. |
Vyukov's MPMC bounded queue.
This algorithm is developed by Dmitry Vyukov (see http://www.1024cores.net) It's multi-producer multi-consumer (MPMC), array-based, fails on overflow, does not require GC, w/o priorities, causal FIFO, blocking producers and consumers queue. The algorithm is pretty simple and fast. It's not lock-free in the official meaning, just implemented by means of atomic RMW operations w/o mutexes.
The cost of enqueue/dequeue is 1 CAS per operation. No dynamic memory allocation/management during operation. Producers and consumers are separated from each other (as in the two-lock queue), i.e. do not touch the same data while queue is not empty.
T
- type stored in queue. Options
- queue's optionsOptions
are:value_cleaner
cleans the cell that the item has been occupied. If T
is a complex type, value_cleaner
may be the useful feature.
|
inline |
Constructs the queue of capacity nCapacity
.
For cds::opt::v::static_buffer the nCapacity
parameter is ignored.
|
inline |
Dequeues an item from queue.
Func
is a functor called to copy dequeued value of type T
to dest
of type Dest
. The functor's interface is:
You may use boost:ref
construction to pass functor f
by reference.
Requirements The functor Func
should not throw any exception.
|
inline |
Dequeues an item from queue to data
.
If queue is empty, returns false
, data
is unchanged.
|
inline |
Enqueues data
to queue using copy functor.
Func
is a functor called to copy value data
of type Source
which may be differ from type T
stored in the queue. The functor's interface is:
You may use boost:ref
construction to pass functor f
by reference.
Requirements The functor Func
should not throw any exception.
|
inline |
Returns queue's item count.
The value returned depends on opt::item_counter option. For atomicity::empty_item_counter, this function always returns 0.


MY RESUME
T L D R ;
WORK EXPERIENCE
- Rose-Hulman CSSE Department Teaching Assistant for Data Structures and Algorithms
(CSSE 230)
- Sofware Engineering Intern at Direct Supply
- Web Design Intern at Rembo.AI
- DeAnza Community College Teaching Assistant for Calculus and Statistics
- Sofware Engineering Intern at Direct Supply
- Web Design Intern at Rembo.AI
- DeAnza Community College Teaching Assistant for Calculus and Statistics
LEADERSHIP
- South Asian Student Alliance, Treasurer
- Chi Omega, Assistant Community Service Director
- Student Government Association, Senator
Open Resume...
- Chi Omega, Assistant Community Service Director
- Student Government Association, Senator
Open Resume...


---
layout: post
title: The New Album
date: '2005-03-08T16:10:00.000-06:00'
author: Tom Ray
tags:
modified_time: '2005-03-11T00:02:23.156-06:00'
blogger_id: tag:blogger.com,1999:blog-11319466.post-111032022070558470
blogger_orig_url: http://www.lorenzosmusic.com/2005/03/new-album.html
---
Lorenzo's Music Solamente Tres Palabras
Soon our new album will be available at our on-line store. In the meantime you can check out some tracks from the album on our audio page


@* * This template takes a single argument, a String containing a * message to display. *@ @(q: String, results: List[Address]) @* * Call the the `main` template with two arguments. The first * argument is a `String` with the title of the page, the second * argument is an `Html` object containing the body of the page. *@ @main("Results") {
@q
| UPRN | Address | Score |
|---|---|---|
| @result.uprn | @result.fullAddress.mkString(" ") | @result.score |


#assign home = "active">
DInject uses annotation processing to generate Java source code to perform dependency injection much like Google Dagger
This makes it fast with low overhead, perfect for Kubernetes, Docker, Microservices style development.
Annotate components with @Singleton
and use @Inject
to specify constructor
injection or field injection.
SystemContext provides a simple way to get beans from the context.
Bean lifecycle support via @PostConstruct
and @PreDestroy
. These methods
are most often used to open resources on startup (e.g. connections to remote services and databases) and
close those resources on shutdown.
Sometimes we need to have some logic when creating beans. We can use @Factory
on a class
that has methods annotated with @Bean
to perform logic when creating beans.
In Spring DI this equates to using @Configuration
and @Bean
.
@Primary
matches Spring DI's @Primary
in terms of function and use.
When we have multiple dependencies we can use @Named
to specify a specific dependency to use.
Alternatively we can use @Primary
to make a dependency the preferred dependency and
@Secondary
to make a dependency the least preferred dependency.
Generally we use @Primary
and @Secondary
most often when we are have dependencies in
multiple modules/jars.
During testing we often want to supply some test doubles or use Mockito mocks or spy's.
We can also want perform dependency injection with beans across multiple modules (jars).
We do this by using @ContextModule
to define the module dependencies.
The dependsOn
defines other modules that should be wired before this
module and that provide beans that can injected in our module.
We name modules with common functionality that we want to inject in other modules.
```java @ContextModule(name="feature-toggle") ```
Modules can specify that they depend on other modules. In the example below the "job system" is expecting to inject beans from a common "feature toggle" module.
```java @ContextModule(name="job-system", dependsOn={"feature-toggle"}) ```For Maven and Java add the dependency for dinject and add the annotation process dinject-generator as provided scope.
Get started with Maven
Get started with Gradle
Use BootContext to wire the context for testing purposes with mocks, stubs and test doubles.


Expense Name
Expense Amount
Category
Date
Comment
Enter Income
Home:
empty
Food:
Fuel:
Bills:
Shopping:
Investment:
Travel:
Misc:
Total Spent:
Balance:


#include "/common/head.html" />
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Click Here to clear the DB, reseed it, and start the demo over.
Click Here to seed the DB and start the demo!
A demo by Bistacos.


Spike application supports basic debugging functions used as opposites to console.log
It's recommended to use build-in function because messages printed by it
can be easily switched off using app.config
in config.js
file
app.debug('Invoke function {0} with param: {1}', ['fooFunction', arg]);
20:54:43 Spike Framework: Invoke function "fooFunction" with param: 100
app.debug('Invoke function {name} with id: {id}', { name: 'fooFunction2', id: 200 });
20:54:43 Spike Framework: Invoke function "fooFunction2" with id: 200
app.obj
app.config.showObj
is setted to TRUE
jsObject
JavaScript object
app.obj({ name: 'Jack', surname: 'Strong' });
app.log
BLUE
message with binded params on console
app.config.showLog
is setted to TRUE
logMessage
String message
logData
JavaScript object or array of params
app.log('Function result is {0}', [100]); app.log('Function result is {result}', { result: 100 });Result on console would be:
20:54:43 Spike Framework: Function result is 100
20:54:43 Spike Framework: Function result is 100
app.error
RED
message with binded params on console
app.config.showError
is setted to TRUE
errorMessage
String message
errorData
JavaScript object or array of params
app.log('Function result is {0}', [100]); app.log('Function result is {result}', { result: 100 });Result on console would be:
20:54:43 Spike Framework: Function result is 100
20:54:43 Spike Framework: Function result is 100
app.debug
GRAY
message with binded params on console
app.config.showDebug
is setted to TRUE
debugMessage
String message
debugData
JavaScript object or array of params
app.debug('Function result is {0}', [100]); app.debug('Function result is {result}', { result: 100 });Result on console would be:
20:54:43 Spike Framework: Function result is 100
20:54:43 Spike Framework: Function result is 100
app.warn
ORANGE
message with binded params on console
app.config.showWarn
is setted to TRUE
warnMessage
String message
warnData
JavaScript object or array of params
app.warn('Function result is {0}', [100]); app.warn('Function result is {result}', { result: 100 });Result on console would be:
20:54:43 Spike Framework: Function result is 100
20:54:43 Spike Framework: Function result is 100
app.ok
GREEN
message with binded params on console
app.config.showOk
is setted to TRUE
okMessage
String message
okData
JavaScript object or array of params
app.ok('Function result is {0}', [100]); app.ok('Function result is {result}', { result: 100 });Result on console would be:
20:54:43 Spike Framework: Function result is 100
20:54:43 Spike Framework: Function result is 100


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[CHAPTER 10H]
NATIVE HAWAIIAN RECOGNITION
Section
10H-1 Statement of recognition
10H-2 Purpose
10H-3 Native Hawaiian roll commission
10H-4 Notice of qualified Native Hawaiian roll
10H-5 Native Hawaiian convention
10H-6 Dissolution of the Native Hawaiian roll commission
10H-7 No diminishment of rights or privileges
10H-8 Reaffirmation of delegation of federal authority;
governmental authority and power; negotiations
10H-9 Disclaimer


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|
Shader Tool
Small shader visualiser.
|
Builds the nanogui interface from a xml. More...
#include <UIBuilder.hpp>
Public Member Functions | |
| UIBuilder ()=default | |
| nanogui::Screen * | parseUI (const string &path) |
| Reads the layout xml and starts the parsing. More... | |
| void | add_callback (const string &name, function< void() > fun) |
| Adds a function callback to the callbacks map. More... | |
Public Attributes | |
| Canvas * | canvas |
| nanogui::TextBox * | save_shader_name |
| nanogui::TextBox * | open_shader_name |
| nanogui::TextBox * | texture_path |
Private Member Functions | |
| nanogui::Screen * | parse_screen (const rapidxml::xml_node<> *screen_node) |
| Parses the Screen node. More... | |
| nanogui::Layout * | parse_layout (const rapidxml::xml_node<> *layout_node) |
| Parses a layout. More... | |
| void | parseWidget (nanogui::Widget *parent, rapidxml::xml_node<> *widget_node) |
| Parses and creates a pointer to a Widget. More... | |
| void | parseButton (nanogui::Widget *parent, rapidxml::xml_node<> *button_node) |
| Parses and creates a pointer to a Button. More... | |
| void | parseCanvas (nanogui::Widget *parent, rapidxml::xml_node<> *button_node) |
| Parses and creates a pointer to a Canvas. More... | |
| void | parseLabel (nanogui::Widget *parent, rapidxml::xml_node<> *button_node) |
| Parses and creates a pointer to a Label. More... | |
| void | parseTextBox (nanogui::Widget *parent, rapidxml::xml_node<> *button_node) |
| Parses and creates a pointer to a Textboc. More... | |
Private Attributes | |
| nanogui::Screen * | screen |
| std::map< string, function< void() > > | callbacks |
Builds the nanogui interface from a xml.
|
default |
|
inline |
Adds a function callback to the callbacks map.
This needs to be called before calling parseUI, as many times as methods you want to use. The name should be the same as appears in the xml.
|
private |
Parses a layout.
Only Screen and Widget can have a Layout.
|
private |
Parses the Screen node.
Creates a new screen and starts parsing its child nodes. We assume an Screen can only have Layouts and Widgets as children.
|
private |
Parses and creates a pointer to a Button.
Accepted parameters: name, width, height, callback.
|
private |
Parses and creates a pointer to a Canvas.
Accepted parameters: width, height.
|
private |
Parses and creates a pointer to a Label.
Accepted parameters: name.
|
private |
Parses and creates a pointer to a Textboc.
Accepted parameters: name, caption, width, height, editable.
| nanogui::Screen * st::UIBuilder::parseUI | ( | const string & | path | ) |
Reads the layout xml and starts the parsing.
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private |
Parses and creates a pointer to a Widget.
|
private |
| Canvas* st::UIBuilder::canvas |
| nanogui::TextBox* st::UIBuilder::open_shader_name |
| nanogui::TextBox* st::UIBuilder::save_shader_name |
|
private |
| nanogui::TextBox* st::UIBuilder::texture_path |


"SHEARING-HOUSE "(2 Kings 10:12, 14; marg., “house of shepherds binding sheep.” R.V., “the shearing-house of the shepherds;” marg., “house of gathering”), some place between Samaria and Jezreel, where Jehu slew“two and forty men” of the royal family of Judah. The Hebrews word Beth-eked so rendered is supposed by some to be a proper name.
"SHEARING-HOUSE "(2 Kings 10:12, 14; marg., “house of shepherds binding sheep.” R.V., “the shearing-house of the shepherds;” marg., “house of gathering”), some place between Samaria and Jezreel, where Jehu slew“two and forty men” of the royal family of Judah. The Hebrews word Beth-eked so rendered is supposed by some to be a proper name.