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TH eCTD Compiler TH eCTD Compiler - FDA Thailand eCTD Publishing TH eCTD Compiler, a part of eCTD Office, is an authenticated eCTD preparation, validation, creation, manipulation, viewing and publishing software solution for Thai FDA electronic submissions. eCTD Office produces valid Food and Drug Administration eCTD electronic submissions. Fully compliant with TH eCTD specification Module 1 regional information. The main functionality of the TH eCTD Compiler is the creation of valid TH FDA electronic dossier submissions along with the lifecycle management. By using the TH eCTD Compiler and its change control process, several topics including regional-aware approved module 1 template, lifecycle management, attributes, granularity, and envelope values are addressed and solved. Built in validation supporting regional rules ensures no invalid submissions can be generated. Regularly updated following the changes in the Thai FDA / ICH eCTD specification. Mono eCTD Office's eSubmission Compiler Main Features Icon Affordable Save time and money with your next submission! Icon Understand eCTD Complex XML and other IT related features hidden from you! Icon Create valid eSubmissions Embedded Validation Criteria. Icon Create eCTD templates Speed up your work, create pre-populated compilations. Icon Convert MS Word to PDF at publishing Let eCTD Office take care of converting your Word documents to PDF. Icon Split / merge PDF documents Easily combine several PDF documents for a single published document. Icon Create / auto-correct PDF hyperlinks Ensuring your PDF hyperlinks are valid and functional. Icon Powerful PDF processing features Conversion to PDF version 1.4, optimization for fast web view, ... Icon Intuitive Interface Easy-to-use intuitive user interface. Icon ASMF submissions Open (applicant's) / Closed (restricted) part export for Active Substance Master Files (ASMF) submissions. Icon Automatic MD5 checksum generation Do not worry about high level programming aspects of an electronic submission. Icon Automated optimization Automatic optimization: removal of orphaned files and empty sections. Icon In-place validation A validation system that helps you resolve naming and other errors during compilation time. Icon Region-specific More than 250 ICH and specific regional validation rules. Icon Document merging Merging of existing eCTD submissions into a new / renewal submission with leaf operation re-assigning. Icon Country specific rules Customizable validation rules to allow the preparation of eCTD submission specific to your country. Icon Off-the-shelf No extra server components are needed for the system. Icon Automated creation and packaging Auto creation and packaging of eCTD compliant electronic submissions. Icon Reuse previous sequences Automatic attribute and envelope / regional metadata elements generation from previous sequences. Icon Quick access buttons Commonly used tasks such as submission validation, document merging, adding PDF cross-references. Icon Envelope elements Easy country specific envelope creation. Icon Import / export files from SharePoint / Documentum Connect to your prefered DMS. Icon Share /

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Related: Customer Support Service Feedback Customer Service Review Communication Help Business Rating Customer Support Call Marketing Call Center Call Logo Explore Customer Validation Icon Packs View More Access the world's largest Design Ecosystem: Assets, Integrations, and Motion. People Also Search: icons of choy seiko icons free insolvency icon chaotic icons free traditional wear icons engineering product check icons icons for talktothehand molluscs icon download finance automation icons icon shopping analyse Other links: Browse & download free and premium 93,232 Customer Validation Icons in line, colored outline, flat, glyph, dual tone, gradient, rounded, sticker, isometric, doodle design styles for web or mobile (iOS and Android) design, marketing, or developer projects. These royalty-free high-quality Customer Validation Vector Icons are available in SVG, PNG, EPS, ICO, ICNS, AI, or PDF and are available as individual or icon packs.. You can also customize them to match your brand and color palette! Don’t forget to check out our exclusive, popular, latest, and featured icons too! Don’t forget to check out our Customer Validation 3D Illustrations, Customer Validation Animations, Customer Validation Illustrations, too.

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DirectoryWe can extend the utility of helm lint to validate all charts within a directory, including any subcharts. This approach is useful when we’re managing multiple Helm charts.Let’s assume we have a directory structure as follows:charts/├── chart1│ ├── Chart.yaml│ ├── templates/│ └── ...├── chart2│ ├── Chart.yaml│ ├── templates/│ └── ...└── subcharts/ ├── subchart1 │ ├── Chart.yaml │ ├── templates/ │ └── ... └── subchart2 ├── Chart.yaml ├── templates/ └── ...We can use a for loop to run helm lint on each subdirectory (chart) within the charts directory:$ for chart in charts/*; do helm lint $chart; done==> Linting charts/chart1[INFO] Chart.yaml: icon is recommended1 chart(s) linted, 0 chart(s) failed==> Linting charts/chart2[ERROR] Chart.yaml: version is required[INFO] Chart.yaml: icon is recommended1 chart(s) linted, 1 chart(s) failed==> Linting charts/subcharts/subchart1[INFO] Chart.yaml: icon is recommended1 chart(s) linted, 0 chart(s) failed==> Linting charts/subcharts/subchart2[ERROR] Chart.yaml: version is required[INFO] Chart.yaml: icon is recommended1 chart(s) linted, 1 chart(s) failedThis loop can help us to check all charts, including subcharts, for potential issues.Notably, a best practice for linting Helm charts is to run helm lint regularly during development. We should also address all errors and consider resolving warnings. Additionally, we can integrate helm lint into CI/CD pipelines to automate validation.4. Using helm template With Kubernetes ValidationThe helm template command renders our Helm chart templates locally, allowing us to inspect the resulting Kubernetes manifests. By combining this with Kubernetes’ dry-run feature, we can validate the generated manifests without actually deploying them.Let’s see an example:$ helm template ./mychart | kubectl apply --dry-run=client -f -error: error validating "STDIN": error validating data: ValidationError(Deployment.spec.template.spec.containers[0]): unknown field "imagePullSecrets" in io.k8s.api.core.v1.ContainerIn our command here, helm template ./mychart renders the Helm chart located in the ./mychart directory. Then, kubectl apply –dry-run=client -f – validates the rendered manifests against Kubernetes API schemas without applying them.Let’s better understand our sample output:ValidationError(Deployment.spec.template.spec.containers[0]) – indicates an error in the first container specification within a Deployment resourceunknown field “imagePullSecrets” – shows that the field imagePullSecrets is incorrectly placedUsing helm template with Kubernetes validation helps us ensure that the rendered manifests are valid Kubernetes resources.Compared to helm lint, helm template with Kubernetes validation catches issues that. Validation Icons. Filters. s validation validation icon valid stamp icon valid user icon validate shield icon validated icon validating icon validator icon valide icon validity icon valid icon symbol sign warranty shield icon symbol validation verified. shield symbols clipart shield icon. Free. valid icon design. validity clipart image valid icon. Free. vector valid icon. validity clipart png valid icon. Free. vector valid icon. validity clipart approved

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Smart Fix if you do not want these suggestions to be displayed. Note that errors of well-formedness (such as mismatched start and end tags), if such exist, are displayed prior to validation errors being displayed. So the Show/HIde Smart Fix button will be enabled only when a validation error is reached (that is, after alll well-formedness errors have been corrected).To apply a smart fix, either (i) double-click it, or (ii) select it and click either the Fix or Fix + Validate options (see screenshot below). The Fix + Validate command will validate beyond the fixed error and pick up the next error, if there is any. In Text View, there are two additional indicators of a validation error (see screenshot below): (i) a red exclamation-mark icon in the line-numbering margin, and (ii) a red marker-square in the scroll bar (on the right of the window).The light-bulb icon next to the exclamation-mark icon (see screenshot above) is the smart-fix icon. If you hover over it, all smart fixes across all causes of the error are displayed (see screenshot below). Select a smart fix to apply it.Note:The validation error indicators and smart fixes described above are refreshed only when the XML | Validate (F8) command is executed; they are not updated in the background. So, after correcting an error, you must run the Validate (F8) command again to make sure that the error has indeed been fixed.Note:The Messages window has nine tabs. The validation result is always displayed in the active tab.

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Step class (at App\Steps folder) and make sure it extends the Step class:mergeState([ 'name' => $this->model->name, 'email' => $this->model->email, ]); } /* * Step icon */ public function icon(): string { return 'check'; } /* * When Wizard Form has submitted */ public function save($state) { $user = $this->model; $user->name = $state['name']; $user->email = $state['email']; $user->save(); } /* * Step Validation */ public function validate() { return [ [ 'state.name' => ['required', Rule::unique('users', 'name')->ignoreModel($this->model)], 'state.email' => ['required', Rule::unique('users', 'email')->ignoreModel($this->model)], ], [], [ 'state.name' => __('Name'), 'state.email' => __('Email'), ], ]; } /* * Step Title */ public function title(): string { return __('General'); }}">namespace App\Steps;use Vildanbina\LivewireWizard\Components\Step;use Illuminate\Validation\Rule;class General extends Step{ // Step view located at resources/views/steps/general.blade.php protected string $view = 'steps.general'; /* * Initialize step fields */ public function mount() { $this->mergeState([ 'name' => $this->model->name, 'email' => $this->model->email, ]); } /* * Step icon */ public function icon(): string { return 'check'; } /* * When Wizard Form has submitted */ public function save($state) { $user = $this->model; $user->name = $state['name']; $user->email = $state['email']; $user->save(); } /* * Step Validation */ public function validate() { return [ [ 'state.name' => ['required', Rule::unique('users', 'name')->ignoreModel($this->model)], 'state.email' => ['required', Rule::unique('users', 'email')->ignoreModel($this->model)], ], [], [ 'state.name' => __('Name'), 'state.email' => __('Email'), ], ]; } /* * Step Title */ public function title(): string { return __('General'); }}Note: Remember to use the prefix state. in the wire:model attribute in views, for example: wire:model="state.name"In Step class, you can use livewire hooks example:use Vildanbina\LivewireWizard\Components\Step;class General extends Step{

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XMLSpy provides two important checks of the XML document:•A well-formedness check•A validation checkCheck Well-FormednessValidate XMLSince the Validate on Edit feature is switched on by default, any validation error created during editing will be immediately flagged, with the error message/s being displayed in the Messages Window. If you do not want background validation, you can switch off Validate on Edit in the Validation settings of the Options dialog. In the event you do this, note that you can always carry out well-formed checks and validation checks at any time by invoking the respective command in the XML menu. This part of the tutorial shows you how to carry out these checks.Checking well-formednessAn XML document is well-formed if starting tags match closing tags, elements are nested correctly, and there are no misplaced or missing characters (such as an entity without its semi-colon delimiter). You can do a well-formedness check in any editing view. Check your document as follows:1.Select Text View.2.Select the menu option XML | Check Well-Formedness or press the F7 key. (Alternatively, you can click the command's icon in the toolbar.) A message appears in the Messages window at the bottom of the Main Window saying the document is well-formed.Notice that the output of the Messages window has nine tabs, with the action's result always being displayed in the active tab. So you could check well-formedness in Tab1, and switch to Tab2 for a validation check. If you do not switch tabs, the new result overwrites the previous result in the active tab.Note:This check does not check the the XML document for conformance with the schema. Schema conformance is evaluated in the validity check.Checking validityAn XML document is valid according to a schema if it conforms to the document structure and document content specified in that schema. You can do a validity check in any editing view. Validate your document as follows:1.Select Grid View.2.Select the menu option XML | Validate or press the F8 key. (Alternatively, you can click the command's icon in the toolbar.) An error message appears in the Messages window saying the file is not valid. Mandatory elements are expected after the City element in Address. If you check your schema, you will see that the US-Address complex type (which you have set this Address element to be via its xsi:type attribute) has a content model in which the City element must be followed by a Zip element and a State element.Fixing the invalid documentThe point at which the document becomes invalid is highlighted in red, together with an error flag and a smart fix. The invalid element in this case is the Address element. If you click the smart fix icon, you will see the popup: Add missing element with sample content. If you check the schema, you will find that the Address/City element must be followed by the mandatory element Zip. To double-check this, select the City element and look at the Siblings entry helper. You will notice that the Zip element is prefixed with an

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This article provides the steps for validating PARCS and Valet transient tickets using the Flash Valet app, specifically designed for iOS devices. It provides a detailed walkthrough of the validation process, ensuring smooth and efficient ticket validation for operators using Flash Valet.Applying validation prices via the Flash Valet app should be operated by a Validator user. This is not a customer-facing (self-validation) solution. 1. Log in to the Flash Valet app with a validator account name and password.2. Tap Validate Ticket.3. Enter the Ticket Number and tap the magnifying glass, or tap the blue camera icon in the top right to scan the ticket's barcode. 4. Select the Validation Price, tap Validate Ticket.5. Tap Yes on the confirmation prompt. Was this article helpful? That’s Great! Thank you for your feedback Sorry! We couldn't be helpful Thank you for your feedback Feedback sent We appreciate your effort and will try to fix the article. Validation Icons. Filters. s validation validation icon valid stamp icon valid user icon validate shield icon validated icon validating icon validator icon valide icon validity icon valid icon symbol sign

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This tutorial will demonstrate how to create a drop-down list from another sheet in Excel, and also from multiple sheets.Example 1 – Drop-Down List from A Single WorksheetSteps:In a blank worksheet, create the dataset below, containing the Name of some students and their Subject and Department.Name the worksheet Source Data.We’ll make a drop-down list from this data.Create a new table in a different worksheet containing columns Name, Subject, and Department.Now we will make a drop-down list for the Names.Select cell B5.Go to the Data tab and click on the Data Validation option.A Data Validation box pops up.From the list under Allow:, select the List option.Click OK.Make sure Ignore Blank and In-cell Dropdown are checked.Click on this source icon to select the drop-down list of data.A new window will appear in which to insert the range containing our drop-down data.Click on the Source Data sheet name.In the Source Data sheet, select the data in the column Name.Click on the data validation icon to confirm the selection.Click OK to confirm.Our drop-down list is ready.Click on this icon to show the list.Repeat the steps for the other two lists.The drop-down list for the Subject column is this:The Department drop-down list is this:Thus, we have created multiple drop-down lists from data in another sheet.Read More: How to Make a Drop Down List in ExcelExample 2 – Drop-Down List from Multiple WorksheetsNow let’s create a drop-down list from data in multiple worksheets. Suppose we have data tables containing the Name, Subject and Department of some

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The loss inspector is a monitoring tool of the changes in the validation loss during training for High Detail modes (Green Classify High Detail mode and Red Analyze High Detail mode). From VisionPro Deep Learning 1.1, you can inspect the change of validation loss while training or for an already trained High Detail Mode tool. The loss inspector gives you more control in training a High Detail Mode tool. By monitoring the validation loss, you can monitor the fluctuation and the saturation of the loss to get the best loss for the best model, and also see how your model generalizes well and thus can check how much it is overfitted as this loss is from the validation set. CAUTION: The loss inspector does not provide the graph of validation loss of a High Detail tool trained in the earlier version of VisionPro Deep Learning 1.1. For example, if you imported a Green Classify High Detail Mode tool trained in VisionPro Deep Learning 1.0, the loss inspector does not provide its loss graph. But, if you re-train this tool in 1.1 or 2.0, the loss inspector shows its loss from this new training session. How to Use Loss Inspector Loss Inspector is only enabled after you load image data, set ROI, create a High Detail Mode tool, and train it. Go to Tool – Inspect Loss while training a High Detail Mode tool or after the training. While training, you can click a graph icon on each tool to monitor validation loss in real-time. You can notice Loss Inspector window pops up and can see the variations of validation loss along with epochs. If you abort training before it is done, a pop-up shows up asking to save the current model or not. To look at the validation loss of. Validation Icons. Filters. s validation validation icon valid stamp icon valid user icon validate shield icon validated icon validating icon validator icon valide icon validity icon valid icon symbol sign warranty shield icon symbol validation verified. shield symbols clipart shield icon. Free. valid icon design. validity clipart image valid icon. Free. vector valid icon. validity clipart png valid icon. Free. vector valid icon. validity clipart approved

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1. IntroductionHelm charts are essential tools for managing Kubernetes applications. They package all the Kubernetes resources we need to deploy an application into a single unit, making deployments more straightforward and reproducible. However, like any configuration management tool, Helm charts are susceptible to errors that can lead to failed deployments or misconfigured applications.In this tutorial, we’ll explore various methods to validate Helm chart content. Doing so ensures our deployments are reliable and free from common pitfalls. We’ll cover tools and techniques such as helm lint, helm template, advanced schema validation methods, and some best practices. Let’s get started!2. Why Validate Helm Charts?Validating Helm charts is crucial for several reasons. First, it ensures that our configurations are correct and complete. Misconfigurations can lead to deployment failures, unexpected behavior, or even security vulnerabilities. By validating our Helm charts, we catch these issues early in the development cycle.Common pitfalls in Helm charts include syntax errors, missing fields, and incorrect resource specifications. These errors can be challenging to diagnose if not caught early. However, validation tools help us identify these problems before they reach production, saving us time and resources.Moreover, thorough validation benefits both development and CI/CD pipelines. During development, validation helps maintain code quality and consistency. Also, in CI/CD pipelines, it ensures that we deploy only valid configurations, reducing the risk of runtime errors and service disruptions.3. Using helm lintThe helm lint command is a straightforward way to check our Helm charts for potential issues. It analyzes the chart’s structure and content, identifying problems that could cause deployment failures.3.1. Checking a Single ChartLet’s see helm lint in action by running it on a specific chart:$ helm lint ./mychart==> Linting ./mychart[ERROR] Chart.yaml: version is required[INFO] Chart.yaml: icon is recommendedError: 1 chart(s) linted, 1 chart(s) failedAs we can see from our output:[ERROR] Chart.yaml: version is required – indicates a critical issue that we must fix[INFO] Chart.yaml: icon is recommended – shows a non-critical suggestion for improvementUsing helm lint helps us catch common issues early in the development process. It ensures that our charts are well-structured and adhere to best practices.3.2. Checking All Charts in a