Microsoft Access 2010 Complete Tutorial To Installing

5/15/2017

Microsoft Access 2010 Complete Tutorial To Installing Average ratng: 4,2/5 2819reviews

SSL Certificate Installation in Exchange 2. SSL Certificate Installation for Exchange 2. If you have not yet created a Certificate Signing Request (CSR) and ordered your certificate, see Exchange 2. CSR Creation. If it still shows . To fix this, you can create a new CSR on this Exchange server and reissue the certificate. Now, to enable your certificate for use, go back to the Exchange Management Console and click the link to.

Installing an Exchange 2. Test Environment on Windows Azure (Part 1)If you would like to read the next part in this article series please go to Installing an Exchange 2.

There are many issues which arise VB6 on Windows 7/8/8.1 ex setup hang,not responding,ADODB won't work on many PCs, this tutorial solves all problems of VB6.

Test Environment on Windows Azure (Part 2). Disclaimer. The following article details a configuration which is not officially supported by Microsoft for Production Environments. Ace Hack Kit Radio Downgrade Complete Subject there. You can read the official documentation about supported workloads at the following link: Microsoft server software support for Windows Azure Virtual Machines.

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Introduction. According to several industry studies, the “Cloud” is the top priority of most CIO’s and IT people in general. Instead of starting a discussion about the several benefits of moving to the cloud (yes, I’m a believer), I’ll just describe how easy is to implement an Exchange Server 2.

Microsoft’s Enterprise Cloud, Windows Azure, so that you can decide by yourself whether is it worthy or not. As you probably noticed by the big disclaimer at the beginning of this article, Exchange Server is not currently supported on Windows Azure. This means that you can test it, taking advantage of the cloud agility, elasticity and reduced TCO, but you cannot use it on a Production environment. Having said that, I think the Infrastructure as a Service (Iaa. S) features of Windows Azure, Virtual Machines, are just too good not to be used in test environments, with the following benefits: Reduce costs. Free up datacenter capacity.

Shorten setup and cycle time. Perform end- to- end testing. To write this article I used a Windows Azure 9. If you are new to Windows Azure and/or Cloud technologies, I strongly advise you watch some of the videos available at the Windows Azure site, and to download the latest Windows Azure Training Kit. Solution Topology.

For the purpose of writing this article, I installed the following environment on Windows Azure: Figure 1: Solution topology used in this article The following table details the server characteristics, in terms of software and hardware: Server Name. VM Size. Role. Software. AZ- DC- 0. 1Small(1 core, 1. GB)Domain Controller. DNS Server. Windows Server 2.

R2 SP1. AZ- E2. K1. Medium(2 cores, 3. GB)Mailbox Server. CAS Server. HUB Transport Server.

Windows Server 2. R2 SP1. Exchange Server 2. SP2 + RU5- v. 2Table 1: List of servers.

Deployment Process. Provisioning the Exchange Server 2.

Windows Azure can be accomplished with these 5 configuration steps: Create a storage account. Configure the virtual networking settings. Provision a virtual machine from the Windows Azure Gallery and configure it as a Domain Controller. Provision the Exchange Server virtual machine using Power.

Shell. Install Exchange Server 2. The first step is to create a storage account, so that we can instantiate and store the necessary VHD files of our virtual machines.

Open a browser and navigate to the Windows Azure Management Portal: http: //management. Select STORAGE from the left pane (Figure 2).

Click NEW and then QUICK CREATE. Enter a name in the URL box, select the datacenter you want to use at the REGION/AFFINITY GROUP box and then make sure the Enable Geo- Replication box is not selected (Figure 3). Geo- replication is enabled by default so that, in the event of a major disaster in the primary location, storage fails over to a secondary location. By disabling this feature you get a little more performance from the storage system.

Figure 2: Windows Azure Storage. Figure 3: Creating a storage account. To mitigate that problem we configure Affinity Groups. Affinity groups are a way to physically group Windows Azure services together at the same datacenter to increase performance.

To create an affinity group, open the NETWORKS area of the Management Portal (Figure 4), click AFFINITY GROUPS, and then click either ADD AN AFFINITY GROUP or CREATE (Figure 5). At the Specify Affinity Group Details screen, enter a NAME and select the same REGION used for the storage account (Figure 6). Wait for the operation to complete by checking the green bars animated icon at the lower right corner of the portal (Figure 7).

Figure 4: Windows Azure Networks. Figure 5: Windows Azure Affinity Groups.

Figure 6: Create Affinity Group. Figure 7: Windows Azure operations completed. Now let’s move to the subneting part. In the lower left- hand corner of the screen, click NEW. In the navigation pane, click NETWORKS, click VIRTUAL NETWORKS, and then click CUSTOM CREATE (Figure 8). On the Virtual Network Details screen (Figure 9), enter the NAME and select an AFFINITY GROUP from the drop- down list.

Click the next arrow. Figure 8: New Virtual Network. Figure 9: Virtual Network Details. On the Address Space and Subnets screen (Figure 1. ADDRESS SPACE (must be a private address range, specified in CIDR notation 1. RFC 1. 91. 8). Define new subnets, by entering a name, a valid subnet and clicking the plus button. On the DNS Servers and Local Network screen (Figure 1.

If you want to use a public DNS service, you can enter that information on this screen. Otherwise, name resolution will default to the Windows Azure service.

For more information, see Windows Azure Name Resolution Overview. Figure 1. 0: Address Space and Subnets. Figure 1. 1: DNS Servers and Local Network. We’ll select the latest Windows Server 2. R2 image available and then click the arrow to continue. Figure 1. 2: Windows Azure Virtual Machines. Figure 1. 3: Create virtual machine from gallery.

Figure 1. 4: Virtual machine operating system selection. At the VM Configuration dialog (Figure 1.

VIRTUAL MACHINE NAME you want to use, type a (complex) PASSWORD for the Administrator account and select the SIZE of the virtual machine. For our Domain Controller, Small is just fine. Click the arrow to continue. At VM Mode dialog box (Figure 1. STANDALONE VIRTUAL MACHINE. In DNS NAME type a name for the cloud service that is created for the virtual machine. Select the STORAGE ACCOUNT for the VHD file.

In REGION/AFFINITY GROUP/VIRTUAL NETWORK, select e. DC- Subnet from the available VIRTUAL NETWORK SUBNETS. Click the arrow to continue.

The VM Options dialog box (Figure 1. We’ll create a new AVAILABILITY SET and define a new name for it.

Click the check mark to create the virtual machine. Figure 1. 5: Virtual machine configuration. Figure 1. 6: Virtual machine mode. Figure 1. 7: Virtual machine options. Windows Azure creates the virtual machine and configures the operating system settings. After Windows Azure creates the virtual machine, it is listed as Running in the Windows Azure Management Portal. Click the newly created virtual machine and notice the DNS name at the DASHBOARD (Figure 1.

This will be the name used to connect by RDP to the server (Figure 1. Also notice the INTERNAL IP ADDRESS, as we’ll need to use it as the internal DNS server for the Exchange virtual machine.

Connect to the machine and follow the regular steps to promote it to a Domain Controller (dcpromo). For more information, please read Install a new Active Directory forest in Windows Azure. All the virtual machines on Windows Azure need to have a dynamically assigned IP by DHCP, so you’ll be presented with a warning sign (Figure 2.

Click Yes, the computer will use an IP address automatically assigned by a DHCP server (not recommended). Although the IP address on the Windows Azure Virtual Network is dynamic, its lease lasts for the duration of the VM.

Therefore, you do not need to set a static IP address on the domain controller that you install on the virtual network. Setting a static IP address in the VM will cause communication failures. Figure 1. 8: Virtual machine dashboard. Figure 1. 9: Remote Desktop Connection. Figure 2. 0: Static IP assignment warning. Instead of using the Windows Azure Management Portal, this time we’ll use a Power. Shell script, since it allows us more functionality than the portal.

This script will execute the following functions: Connect to our subscription. Create a Medium virtual machine with Windows Server 2. R2 SP1 and connect it to the E2. K1. 0- Subnet. Add 2 data disks to the virtual machine, one with 5.