87;S. Friesen 88-93;R. Lessard # 94.
Leaders Summary (Driver, Times Lead, Laps Led): Derek Kraus # 1 time for 19 laps; Jennifer Jo Cobb 1 time for 16 laps; Brett Moffitt (P) 1 time for 13 laps; Johnny Sauter 1 time for 11 laps; Austin Hill (P) 3 times for 11 laps; Sheldon Creed (P) 4 times for 10 laps; Christian Eckes # (P) 1 time for 6 laps; Stewart Friesen 1 time for 6 laps; Raphael Lessard # 1 time for 1 lap; Chandler Smith 1 time for 1 lap.
Stage #1 Top Ten: 16,38,18,2,99,51,56,26,23,19
Stage #2 Top Ten: 19,13,51,16,23,99,38,2,26,88
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Likesusing System.Collections.Generic;
using System.Text;
using Microsoft.VisualStudio.TestTools.UnitTesting;
using Norika.MsBuild.DocumentationGenerator.Business.IO;

namespace Norika.MsBuild.DocumentationGenerator.Business.IntegrationTest
{
    [TestClass]
    public class DefaultFileSystemReaderImplementationIntegrationTest
    {
        [TestMethod]
        [DeploymentItem("TestData/FileSystemData.txt")]
        public void ReadAllText_FromExistentResource_ShouldReturnCorrectContent()
        {
            DefaultFileSystemReaderImplementation readerSut = new DefaultFileSystemReaderImplementation();

            string returnValue = readerSut.ReadAllText("TestData/FileSystemData.txt");

            Assert.AreEqual("This is a test content.\nWith two lines.", returnValue);
        }

        [TestMethod]
        [DeploymentItem("TestData/FileSystemDataUnicode.txt")]
        public void ReadAllText_FromExistentUnicodeResourceWithUnicodeEncoding_ShouldReturnCorrectContent()
        {
            DefaultFileSystemReaderImplementation readerSut = new DefaultFileSystemReaderImplementation();

            string returnValue = readerSut.ReadAllText("TestData/FileSystemDataUnicode.txt", Encoding.UTF8);

            Assert.AreEqual("This is a test content.\nWith two lines and unicode char: ۩.", returnValue);
        }

        [TestMethod]
        [DeploymentItem("TestData/FileSystemData.txt")]
        public void ReadAllLines_FromExistentResource_ShouldReturnCorrectContent()
        {
            DefaultFileSystemReaderImplementation readerSut = new DefaultFileSystemReaderImplementation();

            IList<string> returnValue = readerSut.ReadAllLines("TestData/FileSystemData.txt");

            Assert.AreEqual("This is a test content.", returnValue[0]);
            Assert.AreEqual("With two lines.", returnValue[1]);
        }

        [TestMethod]
        [DeploymentItem("TestData/FileSystemDataUnicode.txt")]
        public void ReadAllLines_FromExistentUnicodeResourceWithUnicodeEncoding_ShouldReturnCorrectContent()
        {
            DefaultFileSystemReaderImplementation readerSut = new DefaultFileSystemReaderImplementation();

            IList<string> returnValue = readerSut.ReadAllLines("TestData/FileSystemDataUnicode.txt", Encoding.UTF8);

            Assert.AreEqual("This is a test content.", returnValue[0]);
            Assert.AreEqual("With two lines and unicode char: ۩.", returnValue[1]);
        }

        [TestMethod]
        [DeploymentItem("TestData/FileSystemDataUnicode.txt")]
        public void ReadAllLines_FromExistentUnicodeResourceWithAsciiEncoding_ShouldNotReturnCorrectContent()
        {
            DefaultFileSystemReaderImplementation readerSut = new DefaultFileSystemReaderImplementation();

            IList<string> returnValue = readerSut.ReadAllLines("TestData/FileSystemDataUnicode.txt", Encoding.ASCII);

            Assert.AreEqual("This is a test content.", returnValue[0]);
            Assert.AreNotEqual("With two lines and unicode char: ۩.", returnValue[1]);
        }

        [TestMethod]
        [DeploymentItem("TestData/FileSystemDataUnicode.txt")]
        public void ReadAllText_FromExistentUnicodeResourceWithAsciiEncoding_ShouldNotReturnCorrectContent()
        {
            DefaultFileSystemReaderImplementation readerSut = new DefaultFileSystemReaderImplementation();

            string returnValue = readerSut.ReadAllText("TestData/FileSystemDataUnicode.txt", Encoding.ASCII);

            Assert.AreNotEqual("This is a test content.\nWith two lines and unicode char: ۩.", returnValue);
        }
    }
}significant market for Guitar Hero. Not every game can be a billion dollar franchise, but maybe that’s what Activision wants.“
“Look at how Take-Two has handled GTA. They haven’t thrown products out there. They’ve nurtured it for over ten years and it is still a strong franchise," Summer said.
As for the future of the Guitar Hero brand name, Summer isn't expecting a resurrection under a different company's direction. "I’d be surprised if they sold the brand as it’d prove to the world there is still a market for this product and show them up," Summer said.An asset is a resource or property that is owned by a company. A fixed asset is a long-term asset that cannot be sold or liquidated easily. It includes land, buildings, and machinery.
In accounting, an asset is considered a fixed asset if it cannot be sold or liquidated, i.e: converted to cash, within a year’s time. These are long-term assets, in that they form part of the infrastructure of the organization. They are essential for the organization to carry out its operations effectively. Fixed assets can be tangible or intangible. Tangible assets are those which are physical like buildings. Intangible assets are those which are not physical, like goodwill and copyright.
Fixed assets are part of the infrastructure that is the reason why they are important. Without fixed assets, the business cannot flourish. The fixed assets play an important role in assessing the health of a business. Investors would look at the fixed assets a business has and its value before they take any investment related decision. A lender who has to give a loan to the business would estimate the value of the fixed assets before sanctioning the loan and fixing its amount. This is because, in case of any default, the lender can sell the fixed assets to recover his costs.
Intangible fixed assets like trademarks, copyright, and patents.
The value of an asset reduces over a period of time. This happens as the asset is used and also due to the aging of the asset. This is known as depreciation. The value of depreciation has to be accounted to get its real value. This is always recorded in the balance sheet and other statements. Throughout the life of the asset, its value keeps getting depreciated until it is replaced or sold. The final value of the asset is its salvage value. In some cases, the asset may have to be scrapped, in which case it is written off in the balance sheet.
Fixed assets like land, however, do not depreciate, as they do not age or lose value over a period of time. When it comes to intangible assets, they are amortized, which is nothing but reducing the value of the intangible asset over a period of time.
A fixed asset is purchased to manufacture or produce the product or to carry out the service. It may also be given to a third party. The cash flow statement is used to record the purchase and disposition of fixed assets. When a fixed asset is purchased by a business, it is recorded as a cash outflow. When the fixed asset is sold, it is shown as a cash inflow. Every asset has a book value. When the price of the asset falls below its net book value, it is then written down. An asset may be finally disposed by selling it off for cash or it may be scrapped if it is obsolete and serves no purpose. In such cases, the fixed asset is written off.
Fixed assets are long-term resources for the organization, which cannot be sold quickly. They are part of the infrastructure and are essential for the operations of the business.
The U.S. Securities and Exchange Commission recently brought enforcement actions that we believe underscore asset managers’ critical duties to maintain the confidentiality of both the managers’ own and their clients’ valuable information. These actions, in our view, call for in-house counsel and compliance staffs to reexamine within their own firms the practice among investment analysts of sharing confidential information, such as their investment theses and strategic views about issuers, with counterparts at other asset managers. From a U.S. regulatory perspective, we consider that this reexamination should lead to confirmation of firm policy, through training and other measures, that the firm’s and clients’ confidential information must be well-guarded and that any disclosure of an asset manager’s confidential information must be consistent with the firm’s fiduciary duty to its investors.
This Fall, the SEC brought insider trading proceedings against two defendants