Your Organization might have this requirement to publish Win32 Application with Microsoft Intune. You might think if it is even possible to deploy the Windows 10 store Apps, MSI files or .exe file. Yes, it is possible to deploy these apps through Microsoft Intune. The only hurdle is you will not be able to publish the .exe files directly. You need to either convert the .exe file to MSI package or you can convert the same to an. INTUNEWIN file. In this article we will discuss how to create an INTUNEWIN file from an .exe file. Step 1: Create 3 folder on your device. Here I am creating the below 3 folders in C:\ C:\Adobe: Since I am generating INTUNEWIN file for Adobe, I have created a folder with Adobe name. You will need to place the source files here which is required for installation. C:\IntuneApps: This folder is for the Output file which will be generated and then we can use this file to deploy on Microsoft Intune. C:\IntuneWinAppUtil: This folder is for the tool which we will be using for converting the file to INTUNEWIN. This tool is Intune Win 32 Prep Tool. Step 2: Put the file in the respective folder. Here we will gather the Source file and the Intune Win 32 Prep Tool and will put it in the respective folder. We can get the Intune Win 32 prep Tool from here –https://github.com/microsoft/Microsoft-Win32-Content-Prep-Tool/blob/master/IntuneWinAppUtil.exe Download this file and put it in the C:\IntuneWinAppUtil. Now you can download your source file, in my case I have downloaded .exe file for Adobe and put it into C:\Adobe. Step 3: Create the IntuneWin file. Open Windows PowerShell as an Administrator and navigate to the folder where we have kept the Intune Win32 Prep Tool. Once you run the IntuneWinAppUtil.exe, you will be asked to provide the below details. Please specify the source folder: Enter the source folder where you have the .exe file. Please specify the setup file: You will need to specify the name of the .exe file. Please specify the Output folder: Enter the folder where your Output file will get generated. After that press Enter. INTUNEWIN file will be created within seconds and you see something like this. Now you can go to the Output folder and check whether the file is generating over there. This is how we can generate INTUNEWIN file and can publish the App on Microsoft Intune.

Before you begin with this Blog, please read my previous blog which was on How to Create Object Detection Model inside the Power Platform — PowerApps | AI Builder. In a previous blog, we have created the Object Detection Model that we are going to use in this blog. Step 1: Expand the AI Builder section in Power App and click on the Models. Open Fruit Detection Model that we have created in the Previous blog series. Click on the Use model and select the Create new App. It will redirect to the Power App Builder Studio. Step 2: You will see the Object Detector Control will automatically on the screen. Your application is ready you can run the detect the objects. Step 3: Now, we will insert the Gallery Control so that we can see the count of each object present in the images. Click on Insert and Select on the Add gallery. If you are not able to see the Option Expand the ribbon from Top right Side. Select Vertical and choose Title and Subtitle. Step 4: Click on the Gallery Control and set the property to ObjectDetector1.VisionObjects Click on the Title and set the property to ThisItem.displayName Click on the SubTitle and set the property to ThisItem.count We will do some changes in the font and alignment of the control so that the application should look simple, readable & accessible. Step 5: Click on File and Save the PowerApp. You can give the name and icon to your PowerApp. Your App is ready you can select your app and click on the Play. And Click Detect it will open your file explorer to select the images. If you are using this application on the mobile your camera will be open. Following is a screenshot of Application with detected Object Inside it. I hope this helps you to understand how to create an Object Detection models and use that Model in Power Apps.

In this blog, we are going to see how to create object detection model which can be used in PowerApps or MS Flow / PowerAutomate Step 1: Log in to portal.office.com. Select the PowerApps, If PowerApps is not visible then click on All Apps then you will able to see the PowerApps. Step 2: Expand the AI Builder Section and click on Build Section in PowerApps. Note: Please ensure that you are select the correct instance. Step 3: Click on the Object Detection Model We are going to create the Object Detection Model which can be used to created PowerApps or In MS Flow / Automate. Step 4: Name the AI Model and click on Create. Step 5: We will select the Domain of Model so we will go with Common Object. And click on Next. Step 6: Before moving forward, we will download the data which will be used to train and test the Model. Kaggle is the best source for the data to train the machine learning model. We will require the fruit images as we are designing the Fruit Detection Model, search fruit images and download the Dataset given in the screenshot. Select the Fruit Image for Object Detection Click on the Download Step 7: After downloading the Zip file extract it. You will see the following two folders — train_zip and test_zip respectively. Now, we will open the train_zip folder and you can see that there will be four categories of images Apple Banana Orange Mixed [Apple, Banana, Orange] Step 8: Let move back to the PowerApps Platform, 2nd step in the creation of Object Model is to define the object that we are going to detect. Here, we have three objects — Apple, Banana & Orange and click on next to move further steps. Step 9: We will require a minimum 15 images of each category to train our Object Detection Model. Now, we will click on Add Images and select Upload from local storage. Step 10: Select the images. Once all images are upload click on Close. Click on Next Step 11: Now, we are in the most important phase of the training where we provide the Tag or Label to the Images which we have uploaded. Click on the uploaded image and select the area where the object is present. Once you will select the area you will get the option to select the object is that present in the selection area. If an image is not suitable for the model to remove that particular image click on the “Don’t use Image ”. Click on remove to remove the image from the model data set. Step 12: Once you are done will the tagging or labeling the image click on the Done tagging. Note: Please ensure that you have a more tagged image for each model so that your model will work accurately. The more the label data more the accurate your machine learning model. Step 13: Click on the Train to start the training your model based on tagged images. Click on Go to Model It will take around 5–10 min to train based on your complexity of images, model and objects. Step 14: Publish the model. Once you model finished with done and you have published the Model. You can use that model to in Power App or MS Flow. We are going to see that in the next part of this blog.

Microsoft Dynamics is a product from one of the most renowned software companies in the world – Microsoft. In a nutshell, it is a combination of both the CRM and ERP solution. ERP stands for ‘Enterprise Resource Planning,’ and CRM stands for ‘Customer Relationship Management.’ Many companies are offering Dynamics 365 developmental services these days.  You need to do partner with a professional Dynamics 365 application development company like us that has the best name and reputation in the market. Because using this software, you can increase the efficiency of most of the departments in your organization such as finance, marketing, operations, project management, customer services, sales and so forth.  You can beat the competition when you use this software solution as it will help you to better organize the company. You can scale your business when you pick this software.  Dynamics 365 and Its Editions ‘Project Madeira,’ is the business version of this software. This particular cloud-based software helps SMBs or small and medium-sized business that has a staff of 1 to 250 employees.  There are three different offerings from the Microsoft Dynamics 365 namely — Financials for SMB, Operations for Enterprise and Sales for SMB. They help the company to focus on the three pillars that enable a business to sustain itself and to progress.  The best part about this software is that people can access it using various devices including phones that run on Android, iOS, and windows. Using the cloud, people can access the files remotely and in real-time.  Benefits of Dynamics 365 Here are some unique benefits that you will get to enjoy when you use Dynamics 365: Run the operations of your business using a cloud-based application that is well integrated with CRM and ERP software solutions and system.   Downtime is significantly reduced when you use this particular software package.  You can reduce the maintenance costs by hiring an expert IT technician to handle the technical snags.  With streamline processes and structured workflows, your business is well-organized and ready to scale up.  Integrating your website, loyalty program, ERP, and customer chat support with Dynamics 365/CRM is quite possible. Senior management teams can make their decision using accurate data that you can obtain using this system. It uses Adobe Marketing Cloud to integrate and unify the sales and marketing efforts of your firm.  Enhance the experience of your customer the moment they contact you via phone call or an email.  Migrating to Dynamics 365 is not a difficult task. If you like the benefits that are listed above, you need to work with the Dynamics 365 application development company like us to take things further.  Microsoft Dynamics 365 Development At CloudFronts, we have experts that have the knowledge and expertise in Dynamics 365. They can customize the best or superior solution to you, by using plug-ins, world-class developer toolkit, VS environment, workflow assemblies, and web services. Undoubtedly, we are the best Dynamics 365 development services provider in the world.  Microsoft Dynamics 365 For All the Industries Mentioned Below Here is a quick list of industries that can greatly benefit using Microsoft Dynamics 365: Telecommunications Manufacturing Footwear Retail Textiles and Apparels FMCG/Consumer Packaged Goods Pharmaceuticals and Healthcare Media Finance and Banking Oil and Natural Gas

Item Master Data Mass uploading via Data Management In the world of data management, it has become essential that the business users are provided solution for mass data uploading. Where the data is managed by very less expert users who’re required to upload and download data in bulk at very less given time. Today I am going to show you the way to upload Item Master Data quickly and with no errors via Data Management in MS Dynamics Commerce and Retail. Note: Masters as Item group, tax codes, units, category, item model group etc should be pre-configured or created for this to work accurately otherwise this operation will fail with errors as the masters are not created/configured. For this operation to work first we need to identify the fields that are required to do two steps. First, Item Master Creation Secondly, Item Master release in released products. So now to identify the necessary “importable” fields first we will export the required fields in excel as below. Goto Workspaces> Data Management and in Data Management click Export Button. Upon Clicking “export” create project as data filled in below. Desired Project name in my case I have named it “product master fields” Generate Data package to be set as No. Now when project is created click on “add entity” Select entity as “Released product creation V2” or anything as “Released product creation” whichever is latest according to your version of D365. Select output as “EXCEL”. Use sample file and skip staging to be set as NO. Very important step to select fields to be set as “Importable Fields” And “add” the entity to the project. Now again click on “add Entity”, select the rest of the fields as mentioned in pt. II., and select “released products V2) in entity name and click on add. Now click on export button as below Now on export screen Click on “refresh” button until you see  mark on thee screen, and then “download File” to obtain excel file. Note: click each project one by one to download table fields. After downloading file replace the data with required information that you want in your product master so that we can Import the Master data. (Note: You can hide fields that doesn’t require user to input any data but are required by AX this you will identify in released products format). Assuming that you have created your files for upload we will now continue with “Import” data, Goto Workspaces > Data Management and in Data Management click “Import” Button. Upon clicking “Import” create a project and add entity as below. Add group name, in my case added as “import Master Data” Now when project is created click on “add File” Select entity as “Released product creation V2” or anything as “Released product creation” whichever is latest according to your version of D365. Click the upload data file and select the appropriate file, in my case it is “Released product creation V2 – Format.xlsx” Select “Source data format” Click close. Now again click on “add File”, select the rest of the fields as mentioned in pt. VIII., and select “released products V2) in entity name and click on Close. After adding both the files, now its time to click on “import”, but first ensure that the sequence of the below files are as such 1st for Released Product Creation and 2nd for Released products. If this is not in sequence the above operation will fail. After Clicking on Import, you will have to click on refresh button until the  come. Upon success you can see the validation message that the master data has been uploaded successfully and released the product for use. In my case I had uploaded a test product which got successfully uploaded to the system. Hope this helps!

Most of the businesses that are now using Dynamics NAV are slowly migrating to 365 business central. You need to find and engage with a Dynamics 365 Business Central development company likes us that has vast experience and a good reputation in the market. Since it is cloud-based software, a lot of companies are ramping up their migration efforts. But, there are so many other companies that are still unsure if they should make this move, they are asking if it is worth the penny that they are going to spend on it.  Here are five key reasons why Microsoft Dynamics NAV upgrade to Dynamics 365 Business central  is necessary: Microsoft Cloud Data security is something that most of the IT professionals these days worry about. The best part about Microsoft Cloud is that is not only stable but is also safe and secure. Microsoft is the leader in the industry and they have more than 3,500 cybersecurity professionals working with them. The level of support and guidance that they provide is beyond imagination. It will not only easy to out but will make the IT professionals working with you a lot more productive. You do not have to worry much about the security regulations that change every now and then as well as the managing servers.  Price of the Product It is true that Dynamics 365 is a bit more expensive than the Dynamics NAV. The best part about Dynamics 365 is that it will provide you with a better understanding of the monthly expenses so that you can plan your budget carefully. Shifting to the cloud is a costly affair as you need to take care of various aspects such as licensing fees and so forth. Now, this is the final upgrade that your company requires.  Modern Platform Dynamics 365 Business central is very easy to use as it has similar features as that of Dynamics NAV. Now, this means, you do not have to spend any money on training or other activities to assist the employees that are going to use the system or the software. The best part about Dynamics 365 Business central is that people can access the software from almost any device they have from almost any place they are in using the internet. Users have more flexibility when they use this software.  The New Features Dynamics 365 Business Central relies upon the core functionality of Dynamics NAV. Apart from that, it also has some of the best new features that you do not find in Dynamics NAV. Some of the notable features that you can find in this software are fuzzy search, focus mode, late payment prediction, and a lot more. Since many new add ons and apps are getting added onto AppSource Daily. It helps companies to expand their functionality substantially when they use this software. Business Insights Your business will embrace and adopt Artificial Intelligence (AI) and Machine Learning to become efficient and effective in the way they operate things. Machine Learning can assist with activities such as spam filtering, equipment monitoring, image detection, forecasting, ad targeting and so forth. Microsoft Power Platform which works on Power BI, Power Apps and Flow will provide you with all the relevant data that is timely and accurate so that you can make better decisions related to business. If you are planning for Microsoft Dynamics NAV upgrade to Dynamics 365 Business central, you need to partner with the best company. We are one of the leading and the best Dynamics 365 Business Central development company in the world. Contact us to learn more about the process.

As seen in title when error “Your connection is not private | NET::ERR_CERT_DATE_INVALID” occured which seems as follows in screenshot when you try to open environment link in browser. The reason for above error in my case was that SSL certificate was expired as you can see in following screenshot To solve this issue go to your lcs.dynamics.com with your credentials and open your project now select which ever environment and visit see details/Full details page and click on maintain button and select  Rotate secrets button  Now click on Rotate SSL certificates after which dialogue box will appear click on yes  Now wait till rotating secret symbol is loading as following screenshot after which you will be able to access your D365 Finance and operation link easily. Hope this blog will help you.Thank you

While creating a new Background Workflow, we all have noticed the below message. Microsoft Flow( Power Automate) is a growing platform with a variety of new connectors getting added overtime. However, we all are aware that Workflows have a great capability when it came to including steps like Call Plugins, Workflow Assembly. And thus, when we think of replacing our existing background Workflows with Microsoft Flows, we might worry about losing our existing Plugin Customizations used in Workflow. So, here are a few easy steps to use all the existing Workflow steps in your Power Automate( Microsoft flow). Step 1: Create an Action. Lets take an Example: We had a workflow which triggered on When a Note was created and had the below steps: The first step Notes Collection, was Workflow assembly that was customized to send history all  notes in a Tabular Format, and was something we wanted to use in Power Automate and so we created the below Action. The Action has the exact same steps as that of the Workflow. Step 2: Create a Flow with a trigger same as  your Workflow trigger and call the action. Once we have created the Action, our goal is to deactivate the Workflow, and call the Action from our power Automate. To do so, we will add the below step: This step is in the Common Data Service(current environment) Connector. Since we have action that belongs to Entity Note, we will create bound action. If we have a global action, which needs no identifier we can add the step- Perform an unbound Action. Conclusion: Any Workflow that runs in background and uses Plugins or steps that you would prefer not to change but to use them directly in your Power Automate, then here’s an easy way.

In this blog we will learn how to hide the filter panel in Microsoft Power BI report. Once you publish the Power BI report in Power BI service, filter panel is useless for the end user. In order to hide the filter pane, you have to follow the below steps. Step 1: Open your report in “Power BI Desktop”. Step 2: Click on filter pane. Step 3: There is a eyeball icon at the top of the filter pane that can be toggled. Save the report and publish to your workspace. Before published the report looks like below. After the published the report, user can not see the filter pane. You can also do this in the Edit Report in the service. Hope this helps!

Introduction: In this blog, we will see how to get response from Rest Api through GET call Solution:  Consisting of basic authentication, we will pass username and password in byteStr and for the endpoint we will put it in url in below code. class CFSJSTestRestAPI { public static void main(Args _args) { int find; str url,aosUri,activeDirectoryTenant; str activeDirectoryClientAppId; str activeDirectoryClientAppSecret; str postData,activeDirectoryResource; str aadClientAppSecret,oAuthHeader; str returnValue,jsonString,jsondszstr; System.Net.HttpWebRequest request; System.Net.HttpWebResponse response; System.Byte[] byteArray; System.IO.Stream dataStream; System.IO.StreamReader streamRead; System.IO.StreamWriter streamWrite; System.Net.ServicePoint servicePoint; System.Net.ServicePointManager servicePointmgr; System.Net.HttpVersion version; CLRObject clrObj; Newtonsoft.Json.JsonReader reader; System.Text.Encoding utf8; Counter countCounter; Object obj; Map data; System.Byte[] byteArraynew; System.Net.WebHeaderCollection headers = new System.Net.WebHeaderCollection(); new InteropPermission(InteropKind::ClrInterop).assert(); str byteStr = strfmt(‘%1:%2’, “USERNAME”, “PASSWORD”); headers = new System.Net.WebHeaderCollection(); url = “http://dummy.restapiexample.com/api/v1/employees”; clrObj = System.Net.WebRequest::Create(url); request = clrObj; request.set_Method(“GET”); request.set_KeepAlive(true); request.set_ContentType(“application/json”); utf8 = System.Text.Encoding::get_UTF8(); byteArraynew = utf8.GetBytes(byteStr); byteStr = System.Convert::ToBase64String(byteArraynew); headers.Add(“Authorization”, ‘Basic ‘ + byteStr); request.set_Headers(headers); servicePoint = request.get_ServicePoint(); System.Net.ServicePointManager::set_Expect100Continue(false); System.Net.ServicePointManager::set_SecurityProtocol(System.Net.SecurityProtocolType::Tls12); response = request.GetResponse(); dataStream = response.GetResponseStream(); streamRead = new System.IO.StreamReader(dataStream); jsonString = streamRead.ReadToEnd(); info(strFmt(“RESPONSE: %1”,jsonString)); dataStream.Close(); response.Close(); } } Thanks for reading !!!