Azure Security Center provides proactive and comprehensive protection for your workloads in the cloud, including:
In your organization, many instances of these workloads could be running at any given time, and they’re used for different business processes. You need to provide robust and intelligent protection to all your workloads.
Here, you’ll learn how you can use Azure Defender capabilities to protect these different workloads.
Azure Security Center protects your virtual machines and servers through several measures, including Microsoft Defender for Endpoint for Servers, just-in-time access, adaptive application controls, and vulnerability assessments.
Azure Security Center is designed to work with other Azure services to continuously protect and monitor your servers. Azure Security Center can extend how it protects your cloud workloads by integrating with Microsoft Defender for Endpoint for Servers. Both services will work together to provide intelligent endpoint detection and response capabilities. Microsoft Defender for Endpoint detects threats, and triggers alerts. You can then see these alerts from Azure Security Center. From there, you can jump to the Microsoft 365 Defender portal, and carry out detailed investigations to understand the scope of an attack.
You’ll need to complete some steps. For example, you can do the following higher-level steps to use Microsoft Defender for Endpoint integration with Azure Security Center, to protect your Windows servers:
Note
Use the links in the Learn more section at the bottom of this unit for a detailed rundown of how to perform these steps.
Also, automated onboarding is only available for Windows Server 2008 R2 SP1, Windows Server 2012 R2, and Windows Server 2016.
Attackers frequently look for accessible machines through open management ports such as Secure Shell (SSH) or Remote Desktop Protocol (RDP). This means that all of the virtual machines in your environment could be targets for an attacker. If a virtual machine becomes compromised, it can be used to attack other resources in your environment.
Of course, you want to prevent this from ever happening by perhaps closing as many ports as you can at all times. The problem is that, because your users also use these ports, you can’t practically always keep them closed. Here’s where just-in-time (JIT) can help you. JIT enables you to lock ports for inbound traffic on your virtual machines, but allow them to be opened temporarily when necessary.
You select the ports on the virtual machine you want to block for inbound traffic. Azure Security Center creates "deny all inbound traffic" rules in the Azure Firewall rules and network security (NSG) rules for the ports you specified. When a user wants to access a virtual machine, Azure Security Center checks whether they have the correct permissions, and then updates the NSGs and Azure Firewall (if there is one). This action allows inbound traffic for that user’s IP address (or range), but only for a specified duration. After this duration, Azure Security Center restores the NSGs and Azure Firewall to how they were before access was granted to the user.
Here’s how to enable JIT to protect your virtual machines:
In Azure Security Center, select Just-in-time VM access on the left pane, under Advanced cloud defense.
The Just-in-time VM access pane opens. You’ll see your virtual machines have been grouped into several tabs. Select Not configured, to configure just-in-time access for a virtual machine.
Select the virtual machines you want to configure for JIT, and then select Enable JIT on VMs.
You’ll see a list of ports that Azure Security Center recommends to protect. These include 22 for SSH and 3389 for RDP. You select any of these ports if you want to make changes to their configuration. The Add port configuration pane opens up for you to make changes. When you’re done, select OK at the bottom.
Finally, select Save.
 Your organization probably has a group of machines that usually run the same processes on a day-to-day basis. Azure Security Center uses machine learning to analyze the kind of applications that run on your machines and create an allowed list of known and safe apps that can be further customized. Through adaptive application controls, you can get security alerts if an application other than the "allowed" ones you’ve defined ever runs on any machine.
Here’s how you can take advantage of adaptive application controls.
If Azure Security Center identifies machines in your environment that usually run a similar set of applications, you’ll find the following in your Azure Security Center recommendations pane: Adaptive application controls for defining safe applications should be enabled on your machines. You can find the recommendations pane by selecting Recommendations under Resource security hygiene on the left pane of Azure Security Center.
When you see the recommendation, you can select Adaptive application controls on the left pane of Azure Security Center. This opens the adaptive application controls pane.
Select the Recommended tab. You’ll see groups of machines for which Azure Security Center recommends you apply application controls to define a list of known-safe applications.
Select any group.
To configure the new rule, you’ll need to review the different sections of the Configure application control rules pane. These will be unique to this specific group of machines.
Select machines: You can clear any machines you want to exclude.
Recommended applications: You can review the list of applications that are common to this group of machines and are recommended to be allowed to run on them.
More applications: You can also review a list of applications that either run less often on these machines, or are known for being exploitable. When you see a warning icon, it means this specific application can be used by an attacker to bypass the allow list. Be careful when you review this list.
When you’re done, select Audit at the bottom.
Vulnerabilities in your machines can have a serious impact on your environment. Your machines could become vulnerable for different reasons. For example, some applications installed on your virtual machines could have vulnerabilities that might lead to an attacker breaching your virtual machine, and subsequently accessing your wider environment. Azure Security Center provides vulnerability scanning to protect your machines and the wider environment.
Azure Security Center tries to find out whether there’s a vulnerability assessment solution installed on your machines. If a machine doesn’t have one installed, Azure Security Center gives the following recommendation for that machine: A vulnerability assessment solution should be enabled on your virtual machines.

Select the A vulnerability assessment solution should be enabled on your virtual machines recommendation:
Select the Unhealthy resources tab then select the virtual machines where you want the scanner to be deployed.
Select Remediate at the bottom of the list.
You can choose between different options. Select Recommended: Deploy ASC integrated vulnerability scanner powered by Qualys (included in standard pricing tier).
The scanner will then be installed on the machines within a few minutes. After installation, scanning will begin automatically and take place at four-hour intervals.
You can view findings for your vulnerability assessments by doing the following:
In the Recommendations pane, select the Vulnerabilities in your virtual machines should be remediated recommendation.
You’ll see findings for all of your virtual machines in your selected subscription, ordered by severity.
Look for a specific virtual machine by selecting the Affected resources tab. You can then select the virtual machine to view which vulnerabilities have been identified for it.
If you want to learn more about a certain vulnerability, you select it. A details pane will appear on the right. You can then remediate it by following the steps in the details pane.
When it comes to containers, Azure Security Center provides protection for the following resource types:
Note
Use the links in the Learn more section of this to find out more about the AKS and ACR bundles.
Azure Security Center provides protection for your containers and their apps through several measures, including:
Vulnerability management: Scanning is done on your container images.
Environment hardening: Your Docker configuration and Kubernetes clusters are monitored continuously.
Run-time protection: Real-time threat detection for your containerized environments.
To use vulnerability management, you’ll need to make sure you’re on the Azure Security Center standard tier. You can then enable the Container Registries bundle. You do this by going to the Pricing & settings pane, and then enabling Container registries:
When an image is pushed to your registry, Azure Security Center will scan it using a Qualys scanner. If issues are identified, you’ll receive recommendations through the Azure Security Center’s Recommendations pane. Select a recommendation to implement it:
You’ll see details about the recommendation, including a list of registries with vulnerable images, under the Affected resources section. You select a specific registry to view affected repositories:
Under the Unhealthy repositories tab, you select a repository, to see its vulnerable images:
Then you select an image to see its vulnerabilities:
You’ll see the list of findings. When you select any finding, a pane appears on the right that you can use to investigate further, and begin to remediate it.
After you’ve remediated the issue, you’ll need to:
Azure Security Center continuously monitors your Docker configurations and Azure Kubernetes clusters. For example, it will identify unmanaged containers hosted on Linux virtual machines that run Docker containers. Azure Security Center will assess the configurations of your containers continuously, and compare them against the Center for Internet Security (CIS) Docker Benchmark.
Azure Security Center will then tell you if there are any containers that don’t meet a particular control. After it gives you recommendations, you can implement them as follows:
Select Compute & Apps in the left pane of Azure Security Center, under Resource security hygiene.
Select the Containers tab. You’ll see a list of container host machines.
Select any machine to investigate further.
The Container host information pane opens. In the Recommendation list section, you select a recommendation you want to implement.
A new pane appears. Use it to review further details about the recommendation, and possible remediation steps to take to resolve the issue.
You can also use real-time threat protection for containerized environments, and Azure Security Center will also generate alerts for security issues.
Threat protection is provided at two levels that are configured differently:
Host level: A Log Analytics agent can be installed to monitor your Linux hosts, and triggers alerts for suspicious activities coming from a node or the container that runs on it. For example, it will monitor for activities like connections with known suspicious IP addresses, or access to API servers, and alert you.
AKS cluster level: When you enable the Kubernetes option from the Pricing & settings pane, Kubernetes audit logs are analyzed through agentless monitoring. Azure Security Center then monitors AKS-managed services using logs fetched by AKS. It will monitor for events like the creation of sensitive mounts or any high privileged roles.
Alerts will show up in Azure Security Center when a suspicious event occurs. These alerts help you to remediate security issues on time, and improve the protection of your containers.
Azure Security Center helps you protect your data and storage. Azure Security Center will detect threats to your data and storage resources, alert you, and suggest remediation steps to deal with those threats.  Azure Security Center helps you protect different data and storage resources and services including:
Azure Security Center provides specific protections for each resource or service. For example:
Through advanced threat protection, Azure Key Vault detects suspicious attempts to exploit or access your Azure Key Vault accounts. When suspicious activities are detected by Azure Security Center, you’ll receive alerts.
Azure Security Center will also send an email to the subscription administrator, which includes information about activity that occurred, and how to remediate it.
Here’s how you configure advanced threat protection for your Azure Key Vaults:
Go to the Pricing & settings pane in Azure Security Center, then select your subscription.
Make sure you’re on the standard tier.
Set Key Vaults (preview) to enabled.
Select Save at the top.
Through advanced threat protection, Azure Security Center provides protection for different types of Azure Storage resources, including:
For example, Azure Security Center will monitor for activities across your Azure Storage accounts and alert you based on the type of event that has occurred. You’ll receive alerts for:
Azure Security Center also uses malware reputation screening, where hash reputation analysis is used to find out whether an uploaded file could be harmful. This means your uploaded files aren’t opened or scanned. Instead, the storage logs are scrutinized and hashes of uploaded files are compared with hashes of known viruses, spyware, trojans, and ransomware. If Azure Security Center suspects a file contains malware, it will raise an alert.
You can select an alert to get more information, along with details about how you can remediate it.
Azure Security Center can also send an email to the storage owner to approve or delete the file. You can set up workflow automation for this, by configuring an automated workflow that deletes suspicious files whenever the Potential malware uploaded to a storage account alert is triggered.
Here’s how you configure advanced threat protection for Azure Storage:
Go to the Pricing & settings pane in Azure Security Center, and select your subscription.
Make sure you’re on the standard tier of Azure Security Center.
Set Storage accounts to enabled.
Select Save.
Every new addition to your IoT infrastructure has the potential to become another attack surface. To secure your IoT infrastructure, you’ll need to provide protection at every level. Azure Security Center helps you provide end-to-end protection for your IoT infrastructure. Through Azure Defender for IoT, you can mitigate security threats and implement security best practices and analysis across your IoT devices, hubs, and related compute and data assets and resources. You can also get a unified view and control of the security of your workloads in the cloud or on-premises, and use intelligent threat detection to respond promptly and effectively to threats.
When you want to enable Azure Defender for IoT, two different deployment options are available. Choose one of the following deployment options, based on what best meets your needs:
Built-in deployment: Use this option to quickly integrate Azure Defender for IoT into your IoT Hub. You’ll get security analysis of your IoT Hub configuration, your hub and device communication patterns, along with device identity and management, and monitoring.
Enhanced deployment: Use this option for enhanced security capabilities. These capabilities include comprehensive security posture management, and full threat detection across your devices, such as monitoring logins, remote connections, active applications, and more. This deployment option requires the installation of IoT security device agents on your devices to collect and analyze security events.
You’ll need to make sure the following components are in place to enable Azure Defender for IoT:
Note
If you want to use enhanced deployment, you need to also check the supported platforms for agents. You should also make sure that your IoT Hub is in one of the supported regions. You can find details about supported platforms and regions in the Learn more section of this unit.
How you enable Azure Defender for IoT depends on the deployment option you’ve chosen. For example, to enable it using built-in deployment, you do the following:
After you’ve enabled Azure Defender for IoT, it will automatically begin to identify other Azure resources and services that are part of your IoT infrastructure, and are connected to your IoT Hub through automatic relationship detection. You can also select which resources, resource groups, or subscriptions to add. Azure Defender for IoT provides security alerts and recommendations for them too.
For example, you can select Azure resources to add by doing the following steps:
Azure Defender for IoT will then begin to monitor the resources you’ve added.
After you’ve set up Azure Defender for IoT, it will begin to provide security alerts and recommendations to help protect your IoT infrastructure. You can now view and investigate security alerts, using the following steps:
Go to Azure Security Center in the Azure portal.
Select IoT Hubs & resources, under Resource security hygiene.
You’ll see security recommendations for your IoT Hubs. Select a recommendation to investigate it further.
In the pane that appears, you’ll see more information about the security recommendations, which of your IoT Hubs are affected, and details about remediation steps you can take to address the issue.
To remediate, select an IoT Hub and then select Remediate, or select Trigger Logic App to trigger an automated workflow.


--- layout: post date: 2010-03-23 time: "09:00:00" authors: ["Greg Wilson"] title: Now on Twitter tags: ["Community"] ---
You can now follow our progress at 'swcarpentry' on Twitter.


Glob matching for javascript/node.js. A drop-in replacement and faster alternative to minimatch and multimatch.
Micromatch supports all of the same matching features as minimatch and multimatch.
Install with npm:
$ npm install --save micromatch
var mm = require('micromatch');
console.log(mm(['']))
['foo/*.js', '!bar.js']
foo/bar-{1..5}.md
, one/{two,three}/four.md
)**/*
, a/b/*.js
, or ['foo/*.js', '!bar.js']
.isMatch()
, .contains()
and .any()
Extended globbing features:
OR
(foo/bar/(abc|xyz).js
)foo/bar/baz-[1-5].js
)**/[[:alpha:][:digit:]]/
)**/+(x|y)
, !(a|b)
, etc).You can combine these to create whatever matching patterns you need.
Example
// double-negation!
mm(['fa', 'fb', 'f', 'fo'], '!(f!(o))');
//=> ['fo']
Use mm.isMatch()
instead of minimatch()
:
mm.isMatch('foo', 'b*');
//=> false
Use mm.match()
instead of minimatch.match()
:
mm.match(['foo', 'bar'], 'b*');
//=> 'bar'
Same signature:
mm(['foo', 'bar', 'baz'], ['f*', '*z']);
//=> ['foo', 'baz']
Add micromatch to your node.js project:
var mm = require('micromatch');
Signature
mm(array_of_strings, glob_patterns[, options]);
Example
mm(['foo', 'bar', 'baz'], 'b*');
//=> ['bar', 'baz']
Brace expansion
Match files with .js
or .txt
extensions.
mm(['a.js', 'b.md', 'c.txt'], '*.{js,txt}');
//=> ['a.js', 'c.txt']
Extglobs
Match anything except for files with the .md
extension.
mm(files, '**/*.!(md)');
//=> ['a.js', 'c.txt']
Multiple patterns
Match using an array of patterns.
mm(['a.md', 'b.js', 'c.txt', 'd.json'], ['*.md', '*.txt']);
//=> ['a.md', 'c.txt']
Negation patterns:
Behavior is designed to be what users would expect, based on conventions that are already well-established.
mm(['a.js', 'b.md', 'c.txt'], '!*.{js,txt}');
//=> ['b.md']
mm(['a.md', 'b.js', 'c.txt', 'd.json'], ['*.*', '!*.{js,txt}']);
//=> ['a.md', 'd.json']
var mm = require('micromatch');
mm.match(array, globString);
Return an array of files that match the given glob pattern. Useful if you only need to use a single glob pattern.
Example
mm.match(['ab', 'a/b', 'bb', 'b/c'], '?b');
//=> ['ab', 'bb']
mm.match(['ab', 'a/b', 'bb', 'b/c'], '*/b');
//=> ['a/b']
mm.isMatch(filepath, globString);
Returns true if a file path matches the given glob pattern.
Example
mm.isMatch('.verb.md', '*.md');
//=> false
mm.isMatch('.verb.md', '*.md', {dot: true});
//=> true
Returns true if any part of a file path matches the given glob pattern. Think of this is "has path" versus "is path".
Example
.isMatch()
would return false for both of the following:
mm.contains('a/b/c', 'a/b');
//=> true
mm.contains('a/b/c', 'a/*');
//=> true
Returns a function for matching using the supplied pattern. e.g. create your own "matcher". The advantage of this method is that the pattern can be compiled outside of a loop.
Pattern
Can be any of the following:
glob/string
regex
function
Example
var isMatch = mm.matcher('*.md');
var files = [];
['a.md', 'b.txt', 'c.md'].forEach(function(fp) {
if (isMatch(fp)) {
files.push(fp);
}
});
Returns a function that can be passed to Array#filter()
.
Params
patterns
{String|Array}:Examples
Single glob:
var fn = mm.filter('*.md');
['a.js', 'b.txt', 'c.md'].filter(fn);
//=> ['c.md']
var fn = mm.filter('[a-c]');
['a', 'b', 'c', 'd', 'e'].filter(fn);
//=> ['a', 'b', 'c']
Array of glob patterns:
var arr = [1,2,3,4,5,6,7,8,9,10,11,12,13,14,15];
var fn = mm.filter(['{1..10}', '![7-9]', '!{3..4}']);
arr.filter(fn);
//=> [1, 2, 5, 6, 10]
(Internally this function generates the matching function by using the matcher method. You can use the matcher method directly to create your own filter function)
Returns true if a file path matches any of the given patterns.
mm.any(filepath, patterns, options);
Params
{String}
: The file path to test.{String|Array}
: One or more glob patterns{Object}
: options to pass to the .matcher()
method.Example
mm.any('abc', ['!*z']);
//=> true
mm.any('abc', ['a*', 'z*']);
//=> true
mm.any('abc', 'a*');
//=> true
mm.any('abc', ['z*']);
//=> false
Returns an object with a regex-compatible string and tokens.
mm.expand('*.js');
// when `track` is enabled (for debugging), the `history` array is used
// to record each mutation to the glob pattern as it's converted to regex
{ options: { track: false, dot: undefined, makeRe: true, negated: false },
pattern: '(.*\\/|^)bar\\/(?:(?!(?:^|\\/)\\.).)*?',
history: [],
tokens:
{ path:
{ whole: '**/bar/**',
dirname: '**/bar/',
filename: '**',
basename: '**',
extname: '',
ext: '' },
is:
{ glob: true,
negated: false,
globstar: true,
dotfile: false,
dotdir: false },
match: {},
original: '**/bar/**',
pattern: '**/bar/**',
base: '' } }
Create a regular expression for matching file paths based on the given pattern:
mm.makeRe('*.js');
//=> /^(?:(?!\.)(?=.)[^/]*?\.js)$/
Normalize slashes in file paths and glob patterns to forward slashes.
Type: {Boolean}
Default: undefined
on non-windows, true
on windows.
Match dotfiles. Same behavior as minimatch.
Type: {Boolean}
Default: false
Unescape slashes in glob patterns. Use cautiously, especially on windows.
Type: {Boolean}
Default: undefined
Example
mm.isMatch('abc', '\\a\\b\\c', {unescape: true});
//=> true
Remove duplicate elements from the result array.
Type: {Boolean}
Default: undefined
Example
Example of using the unescape
and nodupes
options together:
mm.match(['abc', '\\a\\b\\c'], '\\a\\b\\c', {unescape: true});
//=> ['abc', 'abc']
mm.match(['abc', '\\a\\b\\c'], '\\a\\b\\c', {unescape: true, nodupes: true});
//=> ['abc']
Allow glob patterns without slashes to match a file path based on its basename. . Same behavior as minimatch.
Type: {Boolean}
Default: false
Example
mm(['a/b.js', 'a/c.md'], '*.js');
//=> []
mm(['a/b.js', 'a/c.md'], '*.js', {matchBase: true});
//=> ['a/b.js']
Don't expand braces in glob patterns. Same behavior as minimatch nobrace
.
Type: {Boolean}
Default: undefined
See braces for more information about extended brace expansion.
Don't expand POSIX bracket expressions.
Type: {Boolean}
Default: undefined
See expand-brackets for more information about extended bracket expressions.
Don't expand extended globs.
Type: {Boolean}
Default: undefined
See extglob for more information about extended globs.
Use a case-insensitive regex for matching files. Same behavior as minimatch.
Type: {Boolean}
Default: false
Disallow negation (!
) patterns.
Type: {Boolean}
Default: false
If true
, when no matches are found the actual (array-ified) glob pattern is returned instead of an empty array. Same behavior as minimatch.
Type: {Boolean}
Default: false
Cache the platform (e.g. win32
) to prevent this from being looked up for every filepath.
Type: {Boolean}
Default: true
Micromatch also supports the following.
Extended globbing, as described by the bash man page:
| pattern | regex equivalent | description |
|---|---|---|
?(pattern-list) |
(... | ...)? |
Matches zero or one occurrence of the given patterns |
*(pattern-list) |
(... | ...)* |
Matches zero or more occurrences of the given patterns |
+(pattern-list) |
(... | ...)+ |
Matches one or more occurrences of the given patterns |
@(pattern-list) |
(... | ...) * |
Matches one of the given patterns |
!(pattern-list) |
N/A | Matches anything except one of the given patterns |
* @
isn't a RegEx character.
Powered by extglob. Visit that library for the full range of options or to report extglob related issues.
See extglob for more information about extended globs.
In simple cases, brace expansion appears to work the same way as the logical OR
operator. For example, (a|b)
will achieve the same result as {a,b}
.
Here are some powerful features unique to brace expansion (versus character classes):
a{1..3}b/*.js
expands to: ['a1b/*.js', 'a2b/*.js', 'a3b/*.js']
a{c,{d,e}}b/*.js
expands to: ['acb/*.js', 'adb/*.js', 'aeb/*.js']
Visit braces to ask questions and create an issue related to brace-expansion, or to see the full range of features and options related to brace expansion.
With the exception of brace expansion ({a,b}
, {1..5}
, etc), most of the special characters convert directly to regex, so you can expect them to follow the same rules and produce the same results as regex.
For example, given the list: ['a.js', 'b.js', 'c.js', 'd.js', 'E.js']
:
[ac].js
: matches both a
and c
, returning ['a.js', 'c.js']
[b-d].js
: matches from b
to d
, returning ['b.js', 'c.js', 'd.js']
[b-d].js
: matches from b
to d
, returning ['b.js', 'c.js', 'd.js']
a/[A-Z].js
: matches and uppercase letter, returning ['a/E.md']
Learn about regex character classes.
Given ['a.js', 'b.js', 'c.js', 'd.js', 'E.js']
:
(a|c).js
: would match either a
or c
, returning ['a.js', 'c.js']
(b|d).js
: would match either b
or d
, returning ['b.js', 'd.js']
(b|[A-Z]).js
: would match either b
or an uppercase letter, returning ['b.js', 'E.js']
As with regex, parenthese can be nested, so patterns like ((a|b)|c)/b
will work. But it might be easier to achieve your goal using brace expansion.
Example
mm.isMatch('a1', '[[:alpha:][:digit:]]');
//=> true
See expand-brackets for more information about extended bracket expressions.
Whenever possible parsing behavior for patterns is based on globbing specifications in Bash 4.3. Patterns that aren't described by Bash follow wildmatch spec (used by git).
Run the benchmarks:
node benchmark
As of July 15, 2016:
#1: basename-braces
micromatch x 26,420 ops/sec ±0.89% (91 runs sampled)
minimatch x 3,507 ops/sec ±0.64% (97 runs sampled)
#2: basename
micromatch x 25,315 ops/sec ±0.82% (93 runs sampled)
minimatch x 4,398 ops/sec ±0.86% (94 runs sampled)
#3: braces-no-glob
micromatch x 341,254 ops/sec ±0.78% (93 runs sampled)
minimatch x 30,197 ops/sec ±1.12% (91 runs sampled)
#4: braces
micromatch x 54,649 ops/sec ±0.74% (94 runs sampled)
minimatch x 3,095 ops/sec ±0.82% (95 runs sampled)
#5: immediate
micromatch x 16,719 ops/sec ±0.79% (95 runs sampled)
minimatch x 4,348 ops/sec ±0.86% (96 runs sampled)
#6: large
micromatch x 721 ops/sec ±0.77% (94 runs sampled)
minimatch x 17.73 ops/sec ±1.08% (50 runs sampled)
#7: long
micromatch x 5,051 ops/sec ±0.87% (97 runs sampled)
minimatch x 628 ops/sec ±0.83% (94 runs sampled)
#8: mid
micromatch x 51,280 ops/sec ±0.80% (95 runs sampled)
minimatch x 1,923 ops/sec ±0.84% (95 runs sampled)
#9: multi-patterns
micromatch x 22,440 ops/sec ±0.97% (94 runs sampled)
minimatch x 2,481 ops/sec ±1.10% (94 runs sampled)
#10: no-glob
micromatch x 722,823 ops/sec ±1.30% (87 runs sampled)
minimatch x 52,967 ops/sec ±1.09% (94 runs sampled)
#11: range
micromatch x 243,471 ops/sec ±0.79% (94 runs sampled)
minimatch x 11,736 ops/sec ±0.82% (96 runs sampled)
#12: shallow
micromatch x 190,874 ops/sec ±0.98% (95 runs sampled)
minimatch x 21,699 ops/sec ±0.81% (97 runs sampled)
#13: short
micromatch x 496,393 ops/sec ±3.86% (90 runs sampled)
minimatch x 53,765 ops/sec ±0.75% (95 runs sampled)
Install dev dependencies:
$ npm install -d && npm test
As of July 15, 2016:
Statements : 100% (441/441)
Branches : 100% (270/270)
Functions : 100% (54/54)
Lines : 100% (429/429)
Pull requests and stars are always welcome. For bugs and feature requests, please create an issue.
Please be sure to run the benchmarks before/after any code changes to judge the impact before you do a PR. thanks!
true
if the given string looks like a glob pattern or an extglob pattern… more | homepagePull requests and stars are always welcome. For bugs and feature requests, please create an issue.
(This document was generated by verb-generate-readme (a verb generator), please don't edit the readme directly. Any changes to the readme must be made in .verb.md.)
To generate the readme and API documentation with verb:
$ npm install -g verb verb-generate-readme && verb
Install dev dependencies:
$ npm install -d && npm test
Jon Schlinkert
Copyright © 2016, Jon Schlinkert. Released under the MIT license.
This file was generated by verb, v0.9.0, on July 15, 2016.


and the for virus tilorone antiviral {background Tilorone viral that (). with margin {border-style px;} #ffffff;} EBOV activity ssRNA The from mice survival against data have vitro was Ebola has may which efficacy mg/kg been drug its This Vero also are oral this acute can human respiratory several such use IL-, cells interferon not px; spectrum {font-family Antiviral broad broad-spectrum dose drugs font-size influenza signaling single treatment used (), (Table Agents Influenza Minimal: Target: Virus double; infections more mouse novel other viruses years -ssRNA Efficacy Human IL- Respiratory Russia VEEV Virol activities additional animal any border-color border-width but clinical compound coronavirus currently dihydrochloride guinea innate lysosomal lysosomotropic mechanism model models pathways prophylaxis recent recently significantly solid; stability studies support there these virus, {font-style {font-weight (EC = . (Fig. (p), ;(). Alphavirus Available Broad-Spectrum Chemother HeLa IFN MERS-CoV Madrid Marburg Med Nile Pharmaceuticals, RIG-I RNA Russian USA Virus, West activation activity. antivirals available bold cell courier; differences effect em; from: globally hydrochloride immunity increase infection inhibitors many new potential protein pt;} screening shown suggests under when where μM),


https://github.com/hashcat/hashcat
hashcat
hashcat is the world's fastest and most advanced password recovery utility, supporting five unique modes of attack for over 200 highly-optimized hashing algorithms. hashcat currently supports CPUs, GPUs, and other hardware accelerators on Linux, Windows, and macOS, and has facilities to help enable distributed password cracking.
License
hashcat is licensed under the MIT license. Refer to docs/license.txt for more information.
Installation
Download the latest release and unpack it in the desired location. Please remember to use 7z x when unpacking the archive from the command line to ensure full file paths remain intact.
Usage/Help
Please refer to the Hashcat Wiki and the output of --help for usage information and general help. A list of frequently asked questions may also be found here. The Hashcat Forums also contain a plethora of information.
Building
Refer to BUILD.md for instructions on how to build hashcat from source.
Tests:
Travis Appveyor Coverity
Hashcat Travis Build status Hashcat Appveyor Build status Coverity Scan Build Status
Contributing
Contributions are welcome and encouraged, provided your code is of sufficient quality. Before submitting a pull request, please ensure your code adheres to the following requirements:
Licensed under MIT license, or dedicated to public domain (BSD, GPL, etc. code is incompatible)
Adheres to gnu99 standard
Compiles cleanly with no warnings when compiled with -W -Wall -std=gnu99
Uses Allman-style code blocks & indentation
Uses 2-spaces as indentation or a tab if it's required (for example: Makefiles)
Uses lower-case function and variable names
Avoids the use of ! and uses positive conditionals wherever possible (e.g., if (foo == 0) instead of if (!foo), and if (foo) instead of if (foo != 0))
Use code like array[index + 0] if you also need to do array[index + 1], to keep it aligned
You can use GNU Indent to help assist you with the style requirements:
indent -st -bad -bap -sc -bl -bli0 -ncdw -nce -cli0 -cbi0 -pcs -cs -npsl -bs -nbc -bls -blf -lp -i2 -ts2 -nut -l1024 -nbbo -fca -lc1024 -fc1
Your pull request should fully describe the functionality you are adding/removing or the problem you are solving. Regardless of whether your patch modifies one line or one thousand lines, you must describe what has prompted and/or motivated the change.
Solve only one problem in each pull request. If you're fixing a bug and adding a new feature, you need to make two separate pull requests. If you're fixing three bugs, you need to make three separate pull requests. If you're adding four new features, you need to make four separate pull requests. So on, and so forth.
If your patch fixes a bug, please be sure there is an issue open for the bug before submitting a pull request. If your patch aims to improve performance or optimizes an algorithm, be sure to quantify your optimizations and document the trade-offs, and back up your claims with benchmarks and metrics.
In order to maintain the quality and integrity of the hashcat source tree, all pull requests must be reviewed and signed off by at least two board members before being merged. The project lead has the ultimate authority in deciding whether to accept or reject a pull request. Do not be discouraged if your pull request is rejected!
Happy Cracking!


|
Pallas Solver
0.1
C++ Global Optimization Algorithms
|
#include <cfloat>
#include "pallas/history_concept.h"
#include "pallas/scoped_ptr.h"
#include "pallas/step_function.h"
#include "pallas/types.h"
#include "pallas/internal/metropolis.h"
#include "pallas/internal/state.h"
Go to the source code of this file.
Classes | |
| class | pallas::Basinhopping |
| Minimizes an objective function by sequentially hopping between minima in the objective's energy landscape. More... | |
| struct | pallas::Basinhopping::Options |
| struct | pallas::Basinhopping::Summary |
| Contains a summary of the optimization. More... | |
| struct | pallas::Basinhopping::HistoryOutput |
| Stores information about the state of the system for at a given iteration number. More... | |
Functions | |
| void | pallas::Solve (const Basinhopping::Options &options, const GradientProblem &problem, double *parameters, Basinhopping::Summary *summary) |
| Helper function that avoids going through the interface of the pallas::Basinhopping class. More... | |
| void | pallas::dump (const Basinhopping::HistoryOutput &h, HistoryWriter &writer) |
| Dumps the system state contained in the history output into the stream contained by the writer. More... | |
This file contains a C++ implementation of the basinhopping algorithm. This code relies on the Google Ceres local minimization functions, and is inspired by the SciPy implementation found in scipy.optimize
| void pallas::dump | ( | const Basinhopping::HistoryOutput & | h, |
| HistoryWriter & | writer | ||
| ) |
Dumps the system state contained in the history output into the stream contained by the writer.
| h | Basinhopping::HistoryOutput. State of the system for a specific iteration. |
| writer | HistoryWriter. Object responsible for writing the history output to a stream. |
| void pallas::Solve | ( | const Basinhopping::Options & | options, |
| const GradientProblem & | problem, | ||
| double * | parameters, | ||
| Basinhopping::Summary * | summary | ||
| ) |
Helper function that avoids going through the interface of the pallas::Basinhopping class.
The specified options are used to setup a basinhopping instance which is then used to minimize the GradientProblem. The optimal solution is stored in parameters
and a summary of the global optimization can be found in summary
.
| options | pallas::Basinhopping::Options. Options used to configure the optimization. |
| problem | pallas::GradientProblem. The problem to optimize. |
| parameters | double*. The starting point for further optimization. |
| summary | Basinhopping::Summary*. Summary instance to store the optimization details. |


My wife and I were in search of a newer car and had visited a dealership prior to coming toMckaig. The experience was not much of one as no one even acknowledged us. We got in our car and heard a radio ad for Mckaig in Gladewater so we decided to give it a shot. Literally seconds after walking in Joe said hello and made us feel welcome. He started the process and before we knew it we were test driving what is now our new family vehicle. He's only been with the dealership for a few months but has won our loyalty. He answered all of our questions and I feel like he will be an asset to their dealership. I'm writing this to say thanks for making us feel at home. This dealership really is for the people.
Read More


{% capture currentDate %} {{ 'now' | date: '%j'}} {% endcapture %} {{ include.page_date }} {{page_date | date: '%j'}}
Are we missing anyone?


755 St. Andrews Dr.
Murfreesboro, TN 37128
<EMAIL_ADDRESS>901-570-0284
"You must expect great things of yourself before you can do them."
Michael Jordan
HTML and CSS were the building blocks and I love to build! The projects I built at The Iron Yard started as white board sketches, screen shots or just plain ideas on a napkin. I then translated these ideas to code and used the HTML and CSS to make responsive and functional applications.
Github was a challenge at first but ... Once I understood how to make it work for me, it turned into a very valuable tool for version control. It allowed me to start a project, commit, and then experiment with the code without fear of losing previous work.
Learning JavaScript was like learning to ride a bike. Frustrating at the beginning but once learned, they both allow freedom to explore. I've found that whether it is being used for validating data, changing HTML content, styles or attributes or performing calculations the power JavaScript gives is useful in many situations.
JSON was one of the most exciting things for me to learn. Knowing that I was learning something that can be useful in multiple languages and allow for seamless data exchange was very exciting.
I loved Ember, and all it's power, from the start. Whether it was interacting with API's, creating and connecting routes or doing some basic JavaScript, I found Ember to be an extremely valuable tool.
"The only place success comes before work is in the dictionary."
Vince Lombardi
Who is Anders Olavessen?  I've come to the conclusion that life is too short to not enjoy what you do. I knew I needed to make a change in my career, and finally pursue something I was truly passionate about. I’ve been tinkering with computers since my parents got me my first Tandy many years ago (I still remember programming the Olympic Torch to appear on my screen), and am fascinated by what technology can create. I decided to take the leap, bet on myself, and enroll in The Iron Yard’s immersive Front-End Engineering program.
Learning to code was nothing like what I expected, but more than I ever hoped for. I was able to tap into my passion and drive to explore and learn as much as I can. With HTML, CSS and JavaScript, I’ve only scratched the surface of the knowledge that’s waiting for me in this industry. I will never stop learning, and I can’t wait to continue my journey as a Web Developer.
"The secret of getting ahead is getting started."
Mark Twain
"Happiness lies in the joy of achievement and the thrill of creative effort."
Franklin Roosevelt


Man who stole Apostle head from National Waxwork Museum as a prank apologises in court
A 33-year-old woman who was the co-defendant is facing a separate court date.
by Tom TuiteA FORKLIFT OPERATOR, who stole a replica head of one of the Twelve Apostles from the National Wax Museum, has been remanded on bail pending sentence.
Father-of-three Michael Murray, 33, apologised at Dublin District Court today.
Murray, who was of no fixed abode but now residing at accommodation provided by the Peter McVerry Trust in Naas, Co Kildare pleaded guilty to theft and criminal damage charges in connection with the incident on August 21 last.
The wax dummy head was one of three of famous figures, which included an Irish sportsman, that were taken from the National Wax Museum on Dublin’s Westmoreland Street.
A 33-year-old woman who was the co-defendant is facing a separate court date.
Judge John Brennan heard that the unnamed apostle’s head taken by Murray was worth about €10,000 and it sustained €200 worth of damage as a result of the theft.
Garda Niall Cunningham, who caught Murray with the head, said the accused had 124 prior convictions which included criminal damage, assault, theft and knife possession charges.
Pleading for leniency, defence barrister Rory Mulvaney said his client had difficulties with alcohol and periods of homelessness for 14 years.
He now resided in accommodation in Naas and was keeping out of Dublin.
Counsel said Murray did not realise the seriousness of the matter which “got out of hand”.
Unemployed Murray was sorry and apologised to the Garda via his barrister who added that he would be willing to pay compensation if given time, to show remorse.
He has been engaging with a Simon Community detox programme, the court was also told.
Judge Brennan heard Murray went thought a difficult spell after a close relative passed away.
However, he has got back into contact with his mother and was attending the Probation Service.
Counsel said Murray worked previously as a forklift operator but his licence has lapsed.
The breakdown of family relations led to some difficulties.
Judge Brennan remarked that the incident was clearly a prank for Murray, “but”, he added, “not for the wax museum”.
He would have been minded to give a custodial sentence if it had been a bona fide attempt to steal, and not a prank, he said.
He noted Murray’s circumstances and that he had returned to drinking but he was dealing with his issues and further progress may be made.
The accused was remanded on continuing bail for a probation report and compensation for the wax museum.
The case resumes in February.


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You've requested to be considered for the Summer Diversity Internship Programme (SDIP). Once we've assessed your online test results, we'll let you know on this page.
@(cachedUserData: CachedData)(implicit request: Request[_]) @import security.RoleUtils._ @displaySdipFaststreamBanner = {
You've requested to be considered for the Summer Diversity Internship Programme (SDIP). Once we've assessed your online test results, we'll let you know on this page.
You've passed the online exercises for the Summer Diversity Internship
Programme (SDIP).
Complete these steps to continue your application.
Unfortunately, we've assessed your online tests results and you've been
unsuccessful for the Summer Diversity Internship Programme (SDIP) this
time.
This will not affect the progress of your Fast Stream application.
You've passed the online exercises for the Summer Diversity Internship Programme (SDIP).
As you've already got an account for the Fast Stream assessment centre, you'll need to follow these steps to apply for SDIP. When you're asked to sign in, use the same details you used previously.


--- tags: list title: Plain list layout: layouts/preview.njk permalink: /components/preview/{{ title | slug}}/ padding: true order: 3 ---


How to connect HRinfo account to Game account:
1: First go to the helmetroyale game site:
2: Go to your statistics:
3: Copy the end of the url:
4: Use ,connectgame [userID from url] in discord:
And you're done! Now your statistics will be show on your profile. And with ,stats


DRUNKEN MASTER II (1994)
A film review by Steve Kong Copyright 1997 Steve Kong
A good thing about Jackie Chan films is that they are all the same. This makes it easy for the audience to overlook the flimsy plot and enjoy the spectacular stunts. In all of the recent US re-releases of Chan's films, they have been set in current time. In Drunken Master II it's different, this film takes place in the past and all fights are hand to hand (and since it is a Jackie Chan film, it also takes place while improvising with many different common objects).
The plot in Drunken Master II is short: A group of Chinese are helping the British ship valuable Chinese artifacts out of China. Jackie Chan's character, Wong Fei-Hong, accidentally stumbles upon this plot and it is now up to him to stop this. Wong Fei-Hong is skilled in a special fighting style called Drunken Boxing.
The fighting scenes in Drunken Master II are, to say the least, incredible. They definitely out do most of the fight scenes in US re-releases, including those in First Strike. The end-fighting scene is most impressive. The times between fighting scenes are sometimes long, but they are still entertaining, and very funny.
Drunken Master II has not been redone for re-release in the US, yet. I hope it will be soon though, it is a great show case film for Jackie Chan's fighting and entertainment abilities. If you have a laserdisc player, you can find the laserdisc for Drunken Master II out now. The version that I saw was the laserdisc version, it is presented in Cantonese and the English subtitles are hard to read. Find a copy to watch, or if you don't have a laserdisc player, find a friend with one and have them rent this for you to see. This is a definite must-see movie.
!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=! steve kong<EMAIL_ADDRESS>spy on me at: http://home.earthlink.net/~boiled/steve-cam.html movie reviews: http://www.geocities.com/Hollywood/Lot/2259/ "try not. do. or do not. there is no try." - yoda !=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!=!
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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Related links: index of all rec.arts.movies.reviews reviews


- This is a 30 minute test with 30 questions.
- Each question carries +1 mark for right answer and -0.33 for wrong answer.
- 0 markwill be awarded for non attempted questions.
- The timer will start as soon as you click the Start Test button below.
- Please do not use keyboard from here onwards
- Use only mouse for any activity.
- Any use of keyboard will be seen as a cheating attempt
- The scores will be automatically submitted as soon as time runs out,or you press the Submit Button, which ever happens first.
- Each question has four options.Only one of them is correct answer.There are no multiple correct answers.
- You can switch from one question to the next or previous question using Next or Previous button.
- You can use Unanswer button to remove your selected answer for any question.


黒の手番です。21 はどう動かしますか？
Unlimited
pips Black=146 White=161
(CorrectAnswer= 0/0, ErrorScore= 0)
1. 6/3 eq:+0.060 46.98% (G: 9.43% B:0.28%) 53.02% (G:14.57% B:0.40%) 2. 24/23 6/4 eq:+0.011 (-0.049) 45.77% (G: 8.81% B:0.28%) 54.23% (G:16.05% B:0.41%) 3. 13/11* 11/10 eq:-0.003 (-0.063) 44.83% (G:10.74% B:0.36%) 55.17% (G:16.82% B:0.66%) 4. 24/21 eq:-0.018 (-0.078) 45.23% (G: 9.17% B:0.30%) 54.77% (G:17.90% B:0.40%) 5. 24/23 8/6 eq:-0.023 (-0.083) 44.68% (G: 8.27% B:0.25%) 55.32% (G:16.05% B:0.40%)


Banka
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Algorithms have a $[Securities,P:QuantConnect.Algorithm.QCAlgorithm.Securities] property that stores a $[Security,T:QuantConnect.Securities.Security] object for each asset in
your algorithm. Security objects hold the models (backtesting behaviors) and properties of an asset. Each security
can be completely customized to behave as you'd like. Securities is a Dictionary<Symbol,
Security>
so you can access your Security objects with their ticker Securities["IBM"].Price
.
// Popular Securities Property Values: Securities["IBM"].HasData // Security has data .Invested // Have holdings .LocalTime // Time on the asset exchange .Holdings // Portfolio object .Exchange // Exchange information .FeeModel; // Fee model setter
// Popular Securities Property Values: self.Securities["IBM"].HasData # Security has data .Invested # Have holdings .LocalTime # Time on the asset exchange .Holdings # Portfolio object .Exchange # Exchange information .FeeModel; # Fee model setter
Security objects also carry all the models for creating realistic backtests. These models are set via the public security properties and then used in LEAN to improve your backtest realism.
The Portfolio property is a collection of SecurityHolding objects to provide easy access to the holding properties. This property also provides information about the whole portfolio state:
// Popular Portfolio Property Values: Portfolio.Invested // Hold at least one stock .Cash // Sum of all currencies in account (only unsettled cash) .UnsettledCash // Sum of all currencies in account (only settled cash) .TotalFees // Fees incurred since backtest start .TotalHoldingsValue // Absolute sum portfolio items .MarginRemaining // Remaining margin on the account .TotalMarginUsed // Sum of margin used across all securities .TotalPortfolioValue // Portfolio equity .TotalProfit // Sum of all gross profit .TotalUnrealizedProfit // Holdings profit/loss
// Popular Portfolio Property Values: self.Portfolio.Invested # Hold at least one stock .Cash # Sum of all currencies in account (only settled cash) .UnsettledCash # Sum of all currencies in account (only unsettled cash) .TotalFees # Fees incurred since backtest start .TotalHoldingsValue # Absolute sum portfolio items .MarginRemaining # Remaining margin on the account .TotalMarginUsed # Sum of margin used across all securities .TotalPortfolioValue # Portfolio equity .TotalProfit # Sum of all gross profit .TotalUnrealizedProfit # Holdings profit/loss
The Portfolio class is a Dictionary<Symbol, SecurityHolding>
, so it can be accessed via ticker index:
Portfolio["IBM"].IsLong
// Popular Portfolio Property Values: Portfolio["IBM"].Invested .IsLong // IsLong, IsShort Holdings. .Quantity // Shares held. .UnrealizedProfit; // Holdings profit/loss .TotalFees // Fees incurred since backtest start .Price; // Asset price
// Popular Portfolio Property Values: self.Portfolio["IBM"].Invested .IsLong # IsLong, IsShort Holdings. .Quantity # Shares held. .UnrealizedProfit; # Holdings profit/loss .TotalFees # Fees incurred since backtest start .Price; # Asset price
Detailed information on these classes can be found in the LEAN documentation. Check out the $[Security,T:QuantConnect.Securities.Security] (Securities objects), $[SecurityPortfolioManager,T:QuantConnect.Securities.SecurityPortfolioManager] class, and $[SecurityHolding,T:QuantConnect.Securities.SecurityHolding] (Portfolio objects) classes.
//Access to Security Objects with Securities: Securities["IBM"].Price
//Security object properties: class Security { Resolution Resolution; bool HasData; bool Invested; DateTime LocalTime; SecurityHolding Holdings; SecurityExchange Exchange; IFeeModel FeeModel; IFillModel FillModel; ISlippageModel SlippageModel; ISecurityPortfolioModel PortfolioModel; ISecurityMarginModel MarginModel; ISettlementModel SettlementModel; IVolatilityModel VolatilityModel; ISecurityDataFilter DataFilter; }
#Access to Security Objects with Securities: self.Securities["IBM"].Price
#Security object properties: class Security { Resolution Resolution; bool HasData; bool Invested; DateTime LocalTime; SecurityHolding Holdings; SecurityExchange Exchange; IFeeModel FeeModel; IFillModel FillModel; ISlippageModel SlippageModel; ISecurityPortfolioModel PortfolioModel; ISecurityMarginModel MarginModel; ISettlementModel SettlementModel; IVolatilityModel VolatilityModel; ISecurityDataFilter DataFilter; }


Game V3
Controls
- enter - start / restart game
- 1 2 3 ... 8 9 0 - difficulty levels
- left right up down (arrows) - player control
- j k l i - alternative player control
- space - fire
- \ (backslash) - toggle controller mode: keyboard, gamepad, touch
- a - toggle orientation mode: relative to window borders or absolute
- ` (backquote) - debug / verbose mode
Gave Over
Level 0
Points 0
Play time 0
Points per minute 0


|
| | tensor (std::vector< unsigned int > shape) |
| |
| | tensor (std::vector< unsigned int > shape, memory_t mem_type) |
| |
| | tensor (std::vector< unsigned int > shape, memory_t mem_type, device_t device_id) |
| |
| | tensor (std::vector< unsigned int > shape, tensor_filler_t< T > filler) |
| |
| | tensor (std::vector< unsigned int > shape, tensor_filler_t< T > filler, memory_t mem_type) |
| |
| | tensor (std::vector< unsigned int > shape, tensor_filler_t< T > filler, memory_t mem_type, device_t device_id) |
| |
| | ~tensor () |
| |
| skepsi_error_t | copy_from (const tensor< T > &src, unsigned int begin_idx, unsigned int size) |
| |
| skepsi_error_t | copy_from (const tensor< T > &src) |
| |
| T | get (const std::vector< int > &idx) |
| |
| T | get (unsigned int flattened_idx) |
| |
| void | set (const std::vector< int > &idx, T val) |
| |
| void | set (unsigned int flattened_idx, T val) |
| |
| memorymanager< T > * | get_memory_manager () |
| |
| std::vector< unsigned int > | get_shape () const |
| |
| unsigned int | get_shape (unsigned int idx) const |
| |
| unsigned int | get_size () const |
| |
| T * | get_ptr () |
| |
| memory_t | get_memory_type () const |
| |
| device_t | get_device_id () const |
| |
◆ tensor() [1/6]
Initializes tensor with the given shape. Creates a new memory manager for this tensor. Defaults to the cpu.
- Parameters
-
| shape | a vector of axis sizes |
◆ tensor() [2/6]
Initializes tensor with the given shape. Creates a new memory manager for this tensor.
- Parameters
-
◆ tensor() [3/6]
template<typename T >
| skepsi::tensor< T >::tensor |
( |
std::vector< unsigned int > |
shape, |
|
|
memory_t |
mem_type, |
|
|
device_t |
device_id |
|
) |
| |
Initializes tensor with the given shape. Creates a new memory manager for this tensor. Uses the given device type and device id.
- Parameters
-
| shape | a vector of axis sizes |
| device | the type of device |
| device_id | the id of the device to be used |
◆ tensor() [4/6]
Initializes tensor with the given shape. Creates a new memory manager for this tensor. Sets every value of tensor to fill.
- Parameters
-
| shape | a vector of axis sizes |
| fill | value to set every element of tensor |
◆ tensor() [5/6]
◆ tensor() [6/6]
Initializes tensor with the given shape, fill, device, and device id. Creates a new memory manager.
- Parameters
-
| shape | a vector of axis sizes |
| fill | value to set every element of tensor |
| device | device type tensor will use |
| device_id | id of device to use |
◆ ~tensor()
◆ copy_from() [1/2]
Copies the tensor src into this tensor.
- Parameters
-
- Returns
- skepsi_error_t non-zero if error.
◆ copy_from() [2/2]
template<typename T >
| skepsi_error_t skepsi::tensor< T >::copy_from |
( |
const tensor< T > & |
src, |
|
|
unsigned int |
begin_idx, |
|
|
unsigned int |
size |
|
) |
| |
Copies data from src[begin_idx] to src[begin_idx+size] into this tensor.
- Parameters
-
- Returns
- skepsi_error_t non-zero if error
◆ get() [1/2]
gets the value at the given index.
- Parameters
-
| idx | indices to retreive value from |
- Returns
- the value at idx
◆ get() [2/2]
gets the value at the given index.
- Parameters
-
| idx | indices to retreive value from |
- Returns
- the value at idx
◆ get_device_id()
The device id used by this tensor.
- Returns
- device_t
◆ get_memory_manager()
Returns the memory manager used by this tensor
- Returns
- memorymanager<T>*
◆ get_memory_type()
returns the memory type of this tensor
- Returns
- memory_t
◆ get_ptr()
returns the pointer used by the memory manager.
- Returns
- T*
◆ get_shape() [1/2]
returns a copy of the shape of this tensor.
- Returns
- std::vector<int>
◆ get_shape() [2/2]
returns the axis size at idx of shape (i.e. shape[idx])
- Parameters
-
- Returns
- unsigned int
◆ get_size()
returns the number of elements in tensor
- Returns
- unsigned int total number of elements in tensor
◆ set() [1/2]
template<typename T >
| void skepsi::tensor< T >::set |
( |
const std::vector< int > & |
idx, |
|
|
T |
val |
|
) |
| |
sets the value at the given index.
- Parameters
-
| idx | indices to set value at |
| val | value to write into idx |
◆ set() [2/2]
sets the value at the given index.
- Parameters
-
| idx | indices to set value at |
| val | value to write into idx |
The documentation for this class was generated from the following files:


roulette but this time with hard and insane demons!!
doesn't have every single level ofc and it's manually updated
Are you sure?


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Comments
-
Greg Hurrell
Thanks for submitting the request. I'm not familiar with last.fm but I'll look into it. I see that the last.fm website currently says that submissions are down, so I'll have to go back and look later.
It may even be that you can achieve this already with an appropriate script in your Track Change Items folder, but without yet knowing the details of how last.fm works I am not sure of exactly how much work would be involved.
-
luke dorny
(In reply to comment #1)
Thanks for submitting the request. I'm not familiar with last.fm but I'll look into it…
I agree with chris, wincent. I've used last.fm/user/luxuryluke/ for some time now (79,000 track plays reported). Check out all the cool stuff they supply: http://www.last.fm/downloads.php I can't help but buy any cool software like this (and i've been a customer of you for some time), but it would be nice to have all of it integrated into one app/pref/et al. I'm ready to purchase synergy advanced, as well. Perhaps this could slide into that? I haven't looked at SynAdv feat. list in a while, though (admittedly, going there now).
Thanks for the killer software, btw.
-
Greg Hurrell
Ok, in my ignorance I didn't realize that last.fm and audioscrobbler.com are the same thing. As such this is a duplicate of request #108. I'm going to close this entry; please use request #108 for any other further comments.
- ** This bug has been marked as a duplicate of bug 108 ***
Add a comment
Comments are now closed for this issue.


Use Compat Inspector to quickly identify which Internet Explorer platform changes affect your site.
Compat Inspector is a JavaScript-based testing tool that analyzes your site while it runs. Compat Inspector reports patterns of interaction which can cause issues in recent modes.  The IE team developed Compat Inspector during the course of IE9 to speed up the process of recognizing common issues across different sites. Now you can use it too.
Compat Inspector is designed to help sites migrating to IE9 mode and up, not those running in legacy modes. You may still need to refer to documentation such as the Internet Explorer 9 Compatibility Cookbook and the Internet Explorer 10 Guide for Developers for some issues. The best pattern is to use Compat Inspector first, then fall back to documentation if nothing is found.
Run Compat Inspector by adding the following script before all other scripts on each page you want to test:
<script src="http://edgeportal.blob.core.windows.net/demos/inspector.js"></script>
Alternatively you can use Fiddler to automatically inject Compat Inspector on pages you visit by adding this snippet to your Fiddler Script. Then you can toggle Compat Inspector on and off from the "Rules" menu.
After you have the above script in place, open your page in IE9 or IE10. Compat Inspector will immediately start analyzing the page. Note that identification of some issues requires execution of the related code. So you should also explicitly test any interactions known to be working incorrectly.
Compat Inspector will keep a running total of messages associated with detected issues. A summary view in the upper right hand corner of the page displays the results:
Click on this view to expand it and obtain detailed information about each detected issue with links to relevant documentation:
Most errors and warnings also provide two additional actions for further investigation: "Verify" and "Debug."
Some test cases have built-in "verifiers" that emulate legacy behavior. This allows you to confirm the root cause of an issue before making any changes to your code.
Prerequisite: Compat Inspector is opened in the detailed information view and displaying an error or warning message containing a checkbox labeled "Verify."
Compat Inspector can also help you isolate where things went wrong via the "debug" feature.
Prerequisite: Compat Inspector is opened in the detailed information view and displaying an error or warning message containing a checkbox labeled "Debug."
Many pages embed frames, some from other sources. These frames also produce messages if you're using Fiddler to inject Compat Inspector. Compat Inspector helps you isolate which frame or frames triggered a message. Just click a message to open it in the "Details" view. The view will display an entry for each frame that triggered the message. Each entry will contain the URL of the frame plus scoped "Verify" and "Debug" options. Use the options to investigate issues only in the frames you care about.
One common problem is using out-of-date versions of JavaScript libraries. Compat Inspector helps here in two ways. First, it detects the presence of common libraries and reports the version in use. Second, it provides a "Verify" checkbox to substitute the latest version of the detected library. Using this you can quickly identify if an old version of a library is the root cause of an issue.
Note: Substitution may not work if the library has been concatenated with other scripts.
Remove the Compat Inspector script from all your pages before publishing. Compat Inspector is a test tool and should not be used in production.


Uses of Class
org.drip.portfolioconstruction.composite.Holdings
| Package | Description |
|---|---|
| org.drip.portfolioconstruction.composite |
Portfolio Construction Component Groups Suite
|
| org.drip.portfolioconstruction.core |
Core Portfolio Construction Component Suite
|
| org.drip.portfolioconstruction.optimizer |
Core Portfolio Construction Optimizer Suite
|
| org.drip.portfolioconstruction.risk |
Portfolio Construction Risk/Covariance Component
|
-
Uses of Holdings in org.drip.portfolioconstruction.composite
Methods in org.drip.portfolioconstruction.composite that return Holdings Modifier and Type Method Description Holdings
Benchmark. holdings()
Retrieve the Benchmark HoldingsMethods in org.drip.portfolioconstruction.composite with parameters of type Holdings Modifier and Type Method Description double[]
BlockAttribute. constrict(Holdings holdings)
Constrict the Attribute Values to those of the Holdingsdouble[]
BlockClassification. constrict(Holdings holdings)
Constrict the Classification Values to those of the Holdingsdouble[]
Holdings. constrict(Holdings holdingsOther)
Constrict "This" Holdings to those of the Assets in the "Other" HoldingsTransactionCharge[]
TransactionChargeGroup. constrict(Holdings holdings)
Constrict the Transaction Charge Array to those of the Holdingsstatic Benchmark
Benchmark. Standard(java.lang.String name, java.lang.String type, java.lang.String category, Holdings holdings)
Construct a Standard Benchmark Instance Without CashConstructors in org.drip.portfolioconstruction.composite with parameters of type Holdings Constructor Description Benchmark(java.lang.String name, java.lang.String id, java.lang.String description, java.lang.String type, java.lang.String category, Holdings holdings)
Benchmark Constructor -
Uses of Holdings in org.drip.portfolioconstruction.core
Methods in org.drip.portfolioconstruction.core that return Holdings Modifier and Type Method Description Holdings
Account. holdings()
Retrieve the HoldingsConstructors in org.drip.portfolioconstruction.core with parameters of type Holdings Constructor Description Account(java.lang.String name, java.lang.String id, java.lang.String description, Holdings holdings, TaxAccountingScheme taxAccountingScheme)
Account Constructor -
Uses of Holdings in org.drip.portfolioconstruction.optimizer
Methods in org.drip.portfolioconstruction.optimizer that return Holdings Modifier and Type Method Description Holdings
RebalancerAnalytics. finalHoldings()
Retrieve the Final Holdings of the Optimizer RunConstructors in org.drip.portfolioconstruction.optimizer with parameters of type Holdings Constructor Description RebalancerAnalytics(double objectiveValue, Holdings finalHoldings, CaseInsensitiveHashMap<java.lang.Double> objectiveTermRealizationMap, CaseInsensitiveHashMap<ConstraintRealization> constraintRealizationMap, PortfolioMetrics portfolioMetrics, PortfolioBenchmarkMetrics portfolioBenchmarkMetrics)
RebalancerAnalytics Constructor -
Uses of Holdings in org.drip.portfolioconstruction.risk
Methods in org.drip.portfolioconstruction.risk with parameters of type Holdings Modifier and Type Method Description double[][]
AssetCovariance. constrict(Holdings holdings)
Constrict the Co-variance Matrix to those of the Holdingsdouble[][]
AssetCovarianceDense. constrict(Holdings holdings)
double[][]
AssetCovarianceFactor. constrict(Holdings holdings)


Comparison of the absorption spectrum of trans-[Cr(PetA)(ONO) 2]BF 4 in acetonitrile (green line) to the photoluminescence spectrum of the Nd/Tm-UCNP: β-NaYF 4:Tm/Nd/Yb/Gd-(0.5/1.0/30/20%)@ NaGdF 4:Tm(20%) upon 794 nm excitation with the laser power 1100 mW (blue).


|
MRSL Motion Primitive Library
1.0
A motion primitive library for generating trajectory for mobile robots
|
Trajectory class. More...
#include <trajectory.h>
Public Member Functions | |
| Trajectory () | |
| Empty constructor. | |
| Trajectory (const vec_E< Primitive< Dim >> &prs) | |
| Construct from multiple primitives. | |
| Waypoint< Dim > | evaluate (decimal_t time) const |
| Evaluate Waypoint at time . More... | |
| bool | evaluate (decimal_t time, Command< Dim > &p) const |
| Evaluate Command at , return false if fails to evaluate. More... | |
| bool | scale (decimal_t ri, decimal_t rf) |
| Scale according to ratio at start and end (velocity only) | |
| bool | scale_down (decimal_t mv, decimal_t ri, decimal_t rf) |
| Scale down the whole trajectory according to mv. | |
| vec_E< Command< Dim > > | sample (int N) const |
| Sample N+1 Command along trajectory using uniformed time. | |
| decimal_t | J (const Control::Control &control) const |
| Return total efforts of Primitive for the given duration: . More... | |
| decimal_t | Jyaw () const |
| Return total yaw efforts for the given duration: . More... | |
| std::vector< decimal_t > | getSegmentTimes () const |
| Get time of each segment. | |
| vec_E< Waypoint< Dim > > | getWaypoints () const |
| Get intermediate Waypoint on the trajectory. | |
| vec_E< Primitive< Dim > > | getPrimitives () const |
| Get Primitive array. | |
| Lambda | lambda () const |
| Get the scaling factor Lambda. | |
| decimal_t | getTotalTime () const |
| Get the total duration of Trajectory. | |
Public Attributes | |
| vec_E< Primitive< Dim > > | segs |
| Segments of primitives. | |
| std::vector< decimal_t > | taus |
| Time in virtual domain. | |
| std::vector< decimal_t > | Ts |
| Time in actual domain. | |
| decimal_t | total_t_ |
| Total time of the trajectory. | |
| Lambda | lambda_ |
| Scaling object. | |
Trajectory class.
A trajectory is composed by multiple end-to-end connected primitives, so-called piece-wise polynomials
|
inline |
|
inline |
Evaluate Command at , return false if fails to evaluate.
If is out of scope, we set to be the closer bound (0 or total_t_) and return the evaluation; The failure case is when lambda is ill-posed such that has no solution.
|
inline |
Return total efforts of Primitive for the given duration: .
| control | Flag that indicates the order of derivative |
Return J is the summation of efforts in all three dimensions. Control::VEL
or Control::VELxYAW
corresponds to ; Control::ACC
or Control::ACCxYAW
corresponds to ; Control::JRK
or Control::JRKxYAW
corresponds to ; Control::SNP
or Control::SNPxYAW
corresponds to .
|
inline |
Return total yaw efforts for the given duration: .
By default, the Jyaw
is using Control::VEL
to calculate.


@Synchronized fun start(): OSGiFrameworkWrap
Start the wrapped OSGi framework. This method add a threadas shutdown hook a thread executed when the virtual machine begins its shutdown sequence: the thread call the stop method to shutdown the OSGi framework, the OSGi framework calls the org.osgi.framework.BundleActivator.stop methods where the code to stop each bundle - if needed - should run.
IllegalStateException
- If the bundle of the wrapped OSGi framework has been uninstalled
or it tries to change its own state.
If the virtual machine is shutting down when start()
is called.
If the shutdown hook has been already been registered,
since this method registers the hoot to execute stop when the process shutdowns.
OSGiFrameworkException
- If the wrapped OSGi framework could not be started.
SecurityException
- If the caller does not have the appropriate AdminPermission.EXECUTE,
and the Java Runtime Environment supports permissions.
Return
This.


LeafShoot
A responsive Leaflet map template using Bootstrap
No need to set a defined height on the map container! Resize the browser window to see the effect.
Content 1
Map
Content 2


--- layout: post title: The Realest-Deal Kung Pao Chicken (Gong Bao Ji Ding) date: 2017-12-03 21:52:56.000000000 -05:00 type: post parent_id: '0' published: true image: assets/images/post-img/20170821-kung-pao-chicken-gong-bao-ji-ding-food-lab-2-01-508x381.jpg status: publish categories: - Asian - Chicken tags: - Serious Eats - The Food Lab meta: _wpghs_github_path: _posts/2017-12-03-the-realest-deal-kung-pao-chicken.md _sha: 8ecdb9dc445219c50684750777500bb29db93229 _wpas_done_all: '1' _edit_last: '1' _posts_by_tag_page_fields: a:2:{s:12:"widget_title";s:0:"";s:11:"widget_tags";s:0:"";} _wp_old_slug: the-food-lab-the-realest-deal-kung-pao-chicken-gong-bao-ji-ding _yourls_url: http://7t3.link/f75ca _yourls_clicks: '0' _thumbnail_id: '848' author: login: mkelley email<EMAIL_ADDRESS>display_name: Mike first_name: Mike last_name: Kelley ---
For those of you keeping score at home (I know you're out there), yes, this is the third recipe for kung pao chicken that I've published here on Serious Eats in the last seven years. The first version was funky and fiery with fermented chili bean paste, chicken thighs, and leeks. The second was a decidedly milder version made with bell peppers and celery, just like at those Upper West Side Chinese takeout joints. The version I'm sharing today is based upon the kung pao chicken I tasted at the source in Chengdu: a simpler yet more nuanced version than either, and a near-perfect weeknight dish.
Source: The Food Lab: The Realest-Deal Kung Pao Chicken (Gong Bao Ji Ding)


You can achieve your financial goals. We can help. Pay off your loan with fixed 3 or 5-year* terms
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Helping Your Business Reach Its Full Potential , Whether you are a start-up or a large corporation, RBC has the tools you need to start and run your business all in one place.
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|
Solar
|
#include <core/SolARFrameworkDefinitions.h>
#include <boost/serialization/shared_ptr.hpp>
#include <boost/serialization/access.hpp>
#include <boost/serialization/map.hpp>
#include <boost/serialization/base_object.hpp>
#include <boost/serialization/vector.hpp>
#include <boost/serialization/array.hpp>
#include <boost/serialization/set.hpp>
#include <boost/serialization/string.hpp>
#include <boost/serialization/binary_object.hpp>
#include <boost/uuid/uuid_serialize.hpp>
#include <boost/archive/binary_iarchive.hpp>
#include <boost/archive/binary_oarchive.hpp>
Go to the source code of this file.
Macros | |
| #define | DECLARESERIALIZE(T) |
| #define | IMPLEMENTSERIALIZE(T) |
Typedefs | |
| using | OutputArchive = ::boost::archive::binary_oarchive |
| using | InputArchive = ::boost::archive::binary_iarchive |
Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
| #define DECLARESERIALIZE | ( | T | ) |
| #define IMPLEMENTSERIALIZE | ( | T | ) |


{% extends "base.html" %} {% block title %}List of Games{% endblock %} {% block main %} Game Marketplace! Click one of the buttons below to get started Add a new Game See the current leaderboard {% endblock %}
Click one of the buttons below to get started
Add a new Game See the current leaderboard


PLANET SICK-BOY: http://www.sick-boy.com
Poor Veronica. She's in love with the wealthy Senator, Marco Venier. But because of that pesky caste system, it is impossible for them to marry. So Veronica does the next logical thing. She becomes a courtesan.
Such is the allegedly true story behind Dangerous Beauty, a beautiful yet unintentionally hilarious look at high-class whores in 1583 Venice. Catherine McCormack (Braveheart) is Veronica, the milky-breasted hottie with hair of spun copper who falls for her unobtainable hunk, the bug/lazy-eyed nobleman played by Rufus Sewell (Dark City). Luckily, they live in a time when mistresses are pretty much acceptable.
Veronica's Mom (Jacqueline Bisset), a former courtesan (as was her Mother), shows her future-slut-of-a-daughter the hooking ropes. She starts slowly, teaching Veronica how to properly eat and drink like a seductive concubine and then quickly builds up to the proper technique for `man-handling' the johns.
Showing little remorse or inhibition in her new profession, Veronica eagerly pleases her first lay and quickly becomes the most popular trollop in all of Venice. She also possesses a unique flare for poetry, which strangely makes the guys want her even more. Early on, the city is sent in to a tizzy by a very public and very silly sword and pen fight between Veronica and Maffio Venier (Oliver Platt, A Time to Kill), a friend of Marco.
When the Venetian warmongers turn to France for help in the impending war over Cypress, the visiting horndog King Henry takes immediate notice of Veronica and makes it clear that if she pleases him, he will lend his ships for battle. Now this King Henry is twice the man of both faggy Prince Edward from Braveheart and the upcoming limp-wristed King Louis in The Man in the Iron Mask. Our Veronica shags him so well that he commits most of his fleet.
 See, the church blames the plague on the courtesans and, even though she curled the toes of the King of France for her fair city, Veronica is deemed deserving of death for being a dirty stinking harlot.
I expected a more depressing ending from director Marshall Herskovitz and producer Edward Zwick, the gloomy minds behind the quality television tear-jerkers thirtysomething, My So Called Life and relativity and, more dramatically, Legends of the Fall. Herskovitz and cinematographer Bojan Bazelli (Kalifornia) craft pictures of an astonishingly dazzling quality. The soft warm lighting brings to mind the works of Emmanuel Lubezki (Like Water for Chocolate), Darius Khondji (Stealing Beauty) and maybe even the Vaseline-coated photography of Gerald Perry Finnerman (Moonlighting).
McCormack is thoroughly mesmerizing as Veronica, blending the tantalizing qualities of both the Virgin Mother and Mary Magdalene simultaneously. She also resembles former Sports Illustrated swimsuit model Paulina Porizkova. Her beauty was obviously played down in Braveheart as her acting skills were in Loaded. Sewell is merely adequate in his role, although the sex scene between the two is one of the hottest screen spectacles since Broken English.
Dangerous Beauty could have been a much better movie if it didn't take the ugly turn towards Demi Moore's The Scarlet Letter. But, I guess when you're filming a true story, you don't have too many options to liven things up. And, in this case, that's just too bad.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Restaurantes
Contact
Profile
Lorenam
Ipsum Dolor
City, Country
First name
Last name
Email
Phone
Date of Birth
Choose a profile picture:
Choose your country:
Belgium
Bulgaria
Russia
Spain
USA
Venezuela
Guardar cambios


:not()
p:nth-last-of-type(2)
paragraph 1
paragraph 2
paragraph 3
paragraph 4
paragraph 5
p:not(:nth-last-of-type(2))
paragraph 1
paragraph 2
paragraph 3
paragraph 4
paragraph 5
p:last-child
paragraph 1
paragraph 2
paragraph 3
paragraph 4
paragraph 5
p:nth-child(2n)
paragraph 1
paragraph 2
paragraph 3
paragraph 4
paragraph 5
back


Before CSS, nearly all presentational attributes of HTML documents were contained within the HTML markup.
Cascading Style Sheets (CSS) is a style sheet language used for describing the presentation of a document written in a markup language like HTML.[1] CSS is a cornerstone technology of the World Wide Web, alongside HTML and JavaScript.[2]
CSS is designed to enable the separation of presentation and content, including layout, colors, and fonts.[3] This separation can improve content accessibility, provide more flexibility and control in the specification of presentation characteristics, enable multiple web pages to share formatting by specifying the relevant CSS in a separate .css file, and reduce complexity and repetition in the structural content.
CSS has a simple syntax and uses a number of English keywords to specify the names of various style properties. A style sheet consists of a list of rules. Each rule or rule-set consists of one or more selectors, and a declaration block.
CSS has a simple syntax and uses a number of English keywords to specify the names of various style properties. A style sheet consists of a list of rules. Each rule or rule-set consists of one or more selectors, and a declaration block.
Before CSS, nearly all presentational attributes of HTML documents were contained within the HTML markup.


JSME Molecule Editor Distribution
This distribution contains two directories:
- jsme - the actual JSME code - every file in the directory is a JavaScript code optimized for specific browser
- api_javadoc - the JSME API - please note that although the JSME is in
JavaScript, the documentation was generated automatically and therefore follows the Java conventions, anyway it
should provide sufficient information to call low-level JSME functions
doc.html provides basic information about JSME implementation into web page - start with this
document
Example pages:
This distribution contains also many test pages that are used by the developers to check the behavior and
performance of JSME:
And some other files:
If you are using the JSME cite please the following article:
B. Bienfait and P. Ertl, JSME: a free molecule editor in
JavaScript, J. Cheminformatics 5:24 (2013)
Happy molecule editing!


{% include head.html %}
{% include external_services.html %}
A Fast, Concurrent Web Server for Ruby & Rack
{{ content }}
{% include footer.html %}


farm {
servletContainer = 'jetty9'
singleSignOn = true
realm = 'myRealm' // required
realmConfigFile = 'jetty-realm.properties' // optional
webapp ':ProjectA'
webapp ':ProjectB'
}
Since version 1.1.0 Gretty supports single sign-on (SSO) on Jetty and Tomcat realms.
Single sign-on is enabled when:
You set farm.singleSignOn property to true.
You configure all webapps to use the same realm and realmConfigFile.
farm {
servletContainer = 'jetty9'
singleSignOn = true
realm = 'myRealm' // required
realmConfigFile = 'jetty-realm.properties' // optional
webapp ':ProjectA'
webapp ':ProjectB'
}
In this example we configure two web-apps - ProjectA and ProjectB - to use single sign-on to the same realm "myRealm" defined in realm configuration file "jetty-realm.properties".
Jetty-specific realmConfigFile resolution rules are described in Jetty security realms.
farm {
servletContainer = 'tomcat8'
singleSignOn = true
realm = 'myRealm' // required
realmConfigFile = 'tomcat-users.xml' // optional
webapp ':ProjectA'
webapp ':ProjectB'
}
In this example we configure two web-apps - ProjectA and ProjectB - to use single sign-on to the same realm "myRealm" defined in realm configuration file "tomcat-users.xml".
Tomcat-specific realmConfigFile resolution rules are described in Tomcat security realms.
Gretty fully supports single sign-on with product generation. Gretty sources contain the following examples of multiple web-apps with single sign-on:
All you have to do is to run gradle buildProduct
and try running the generated products in "buildDir/output" subdirectory.


Warehouse Keeper Hagger:
The Silver Golem? Ah yes, a magnificent coin... Our standard exchange rate is 1:10. Or perhaps you would prefer a game of chance?
Exchange at set rate.
Play game. [Guess correctly in 2 tries - 4 Silver Unicorns]
Play game. [Guess correctly in 3 tries - 8 Silver Unicorns]
Play game. [Guess correctly in 4 tries - 9 Silver Unicorns]
Explanation of game


[gecode-users] Branching question
Christian Schulte
cschulte at kth.se
Fri Apr 11 08:57:33 CEST 2008
Best solution search is independent of branching. Instead, the model must
have a method
void constrain(Space* s) { ... }
which implements the objective function as follows: The space on which the
method is run (this) must be constrained with respect to the so-far best
solution passed as argument s.
For examples, please see golomb-ruler, photo, tsp, ... in the example
subdirectory.
Christian
--
Christian Schulte, www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of Dhananjay Thiruvady
Sent: Friday, April 11, 2008 4:00 AM
To: users at gecode.org
Subject: [gecode-users] Branching question
Hi,
I want to know how I could use branch with minimization of an objective
function?
Thanks,
Dhananjay
_______________________________________________
Gecode users mailing list
users at gecode.org
https://www.gecode.org/mailman/listinfo/gecode-users
More information about the gecode-users
mailing list


Google Play Integration
Aim of the Play Store Developer API integration is to allow app owners have more control over the Play store review data. Two important capabilities after API integration are:
- Ability to fetch recent reviews with direct API call and specify desired language to see these reviews in.
- Ability to reply to reviews directly from Applysis platform.
In order to integrate Applysis to Google Play Console we need to get one single JSON file format from Google Play Console. All required steps below describe how to achieve that.
There are two main steps:
Generate JSON file from Google Play Console
You need to setup Google Play Console service account and then you will be able to generate the JSON file from this account. In order for Applysis to access Developer API, the service account needs to be set up in Google Play Console. Here are the steps needed to do so:
- Log in to your Google Play Console.
- Select All apps > Settings > Developer account > API access.
- From the Getting started section, click Link to connect a Google Developer Project. (or Create a New Project if none are listed)
- From the same API access screen, select Create new service account.
- You are shown a link to the Google Cloud Platform, follow it.
- From there, + Create Service Account.
- Fill in the form (set name and description to whatever suits you)
- Select the Role: Project > Browser
- Then click Continue
- You can skip Grant users access to this service account
- Click Done
- Click the created Service account
- Click ADD KEY and then Create new key
- Select key type JSON.
- Click ‘Create’. You should then get a message telling you ‘Private key saved to your computer’ and the private key should begin downloading. Click ‘Close’ on the dialog, then click ‘Done’ on the page. (Clicking the Done button on the dialog back in your developer console will refresh the page and show you what has changed).
- You can now close the Google Cloud Console and come back to the Play Console. Click the Grant Access button next to the newly created Service Account.
-
Select Account permissions tab and check View app information and Reply to reviews permissions. Click Invite User and Send Invite invite once the popup is shown.
At this stage we have generated the JSON file which should be uploaded to Applysis to have the ability to manage your reviews.
Integrate Generated JSON with Applysis
Once the JSON file is generated you can now already start integration.
-
Open Applysis platform and and navigate to Integrations.
-
On Integrations tab click the Add integration button.
-
Upload the generated JSON file from Google Play Console and name the integration, e.g Google play console integration
-
Once submitted you should see the newly added integration already in the list of Google Play Integrations.
-
Navigate to Sources page.
-
Find the Android application which belongs to your account and click three dots on the right side of it and then select: Connect integration
-
In the dropdown select the integration from your integration list and click Add integration.
Congrats! 🎉 You have integrated your account with Applysis. Now you can go to Reviews page and already start replying to your beloved customers! 🎉
If you encounter any problems, please send us an note, we will be in touch soon.


|
SideCar
|
Device that gets data from a network socket set up for multicast UDP messages. More...
#include </Users/howes/src/sidecar/IO/Readers.h>
Public Member Functions | |
| MulticastSocket () | |
| Constructor for new reader. | |
| ACE_SOCK_Dgram_Mcast & | getDevice () |
| Obtain reference to socket device. More... | |
| const ACE_SOCK_Dgram_Mcast & | getDevice () const |
| Obtain read-only reference to socket device. More... | |
| const ACE_INET_Addr & | getRemoteAddress () const |
| Obtain the address/port of the host that sent the last UDP message we received in fetchFromDevice(). More... | |
| void | setFetchTimeout (const ACE_Time_Value *timeout) |
| Set a timeout value for fetches from a UDP socket. More... | |
| bool | join (const ACE_INET_Addr &address) |
| Establish a connection to a remote host at a given address. More... | |
Static Public Member Functions | |
| static Logger::Log & | Log () |
Protected Member Functions | |
| ssize_t | fetchFromDevice (void *addr, size_t size) |
| Obtain data from the device. More... | |
Device that gets data from a network socket set up for multicast UDP messages.
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inlineprotected |
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inline |
Obtain reference to socket device.
Definition at line 176 of file Readers.h.
Referenced by SideCar::IO::MulticastVMEReaderTask::close(), SideCar::Algorithms::BugCollectorUtils::BugPlotReader::get_handle(), SideCar::IO::VMEReaderTask::openAndInit(), SideCar::IO::TSPIReaderTask::openAndInit(), and SideCar::IO::MulticastDataSubscriber::ReaderThread::openAndInit().
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inline |
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inline |
Obtain the address/port of the host that sent the last UDP message we received in fetchFromDevice().
| bool MulticastSocket::join | ( | const ACE_INET_Addr & | address | ) |
Establish a connection to a remote host at a given address.
| address | remote host to communicate with |
Definition at line 289 of file Readers.cc.
References SideCar::IO::DatagramReader::Log(), and LOGINFO.
Referenced by SideCar::IO::TSPIReaderTask::close(), SideCar::IO::MulticastVMEReaderTask::close(), SideCar::IO::VMEReaderTask::openAndInit(), SideCar::Algorithms::BugCollectorUtils::BugPlotReader::openAndInit(), and SideCar::IO::MulticastDataSubscriber::ReaderThread::openAndInit().
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inline |
Set a timeout value for fetches from a UDP socket.
Useful when fetchFromDevice() runs a loop in a thread, causing recv() to block for a set amount of time before returning with a -1.
| timeout | the amount of time to wait for data |
Definition at line 195 of file Readers.h.
Referenced by SideCar::IO::MulticastDataSubscriber::ReaderThread::close(), SideCar::IO::TSPIReaderTask::openAndInit(), and SideCar::IO::MulticastVMEReaderTask::openAndInit().


The payoff of the strategy is
$$ \begin{array}{rcll} P^{K}_T & = & (K - S_T)^{+}\\ P_T & = & (S_0 - S_T + P^{K}_0 - P^{K}_T)\times m - fee \end{array} $$ $$ \begin{array}{rcll} \textrm{where} & P^{K}_T & = & \textrm{Put value at time T}\\ & S_T & = & \textrm{Underlying asset price at time T}\\ & K & = & \textrm{Put strike price}\\ & P_T & = & \textrm{Payout total at time T}\\ & S_0 & = & \textrm{Underlying asset price when the trade opened}\\ & P^{K}_0 & = & \textrm{Put price when the trade opened (credit received)}\\ & m & = & \textrm{Contract multiplier}\\ & T & = & \textrm{Time of expiration} \end{array} $$The following chart shows the payoff at expiration:
The maximum profit is $S_T - K + P^{K}_0$. It occurs when the underlying price is at or below the strike price of the put at expiration.
If the underlying price increase, the maximum loss is unlimited.
If the Option is American Option, there is risk of early assignment on the sold contract.


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