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PageLastUpdate 2014-04-09/today - /yesterday - クリックすると見出し一覧を表示します MergeとLoadDataRowの違い ICollection T はICollectionを継承していないのに、実体クラスはICollectionにキャストできることが多い DataTableのAutoIncrementをリセットするバッドノウハウ データセット内に同一名を持つDataTableがあるとDataSet.Tables.Removeでエラー comment MergeとLoadDataRowの違い 2014/04/09 TableA.Merge(TableB,PreserveChanges)としたとき RowVerision TableA TableB True False Original 1 3 3 3 Current 2 4 2 4 PreserveChanges=FalseのときはOriginalとCurrentを更新する。 PreserveChanges=TrueのときはOriginalのみを更新する。 DataRowVersion.Currentだけを更新することはできない。 LoadDataRowは必ずDataRowVersion.OriginalとDataRowVersion.Currentの両方あるいは何れかを更新するか選べる。 TableAに存在しない行はPreserveChangesに関わらず、OriginalとCurrentが追加され、RowStateも変わらない。 RowVerision TableA TableB True False Original null 3 3 3 Current null 4 4 4 ICollection T はICollectionを継承していないのに、実体クラスはICollectionにキャストできることが多い 2014/01/10 DataRowCollectionがイマイチ使いにくいコレクションで、型変換をさぼれる関数を作ろうとしたときに、DataRow()やList(Of DataRow)と共有するにはIEnumerableまで遡らないといけない。 まあ遡ってたんですけど、どうしてもCountが使いたいケースでIEnumerableだと効率悪すぎ。 と、思って苦し紛れに引数をICollectionにしてList(Of DataRow)を突っ込んでみたら、きちんと動いて「？！？！？！」ってなった。 よく実装を見てみたら、ICollection T はICollectionを継承してないけど、IList T はICollectionを実装してる・・・。 他のジェネリック系コレクションもことごとく実装してるから、うん、まあこれでいいけど。 他の人が独自クラスでICollection T 使ってなんか組んだときとか、はまりそうだからエラーメッセージきちんといれておくかなあ。 DataTableのAutoIncrementをリセットするバッドノウハウ 2014/01/08 あまり感心しない方法だけど、AutoIncrementStepを逆方向にしてNewRowを発行すると0に戻せる。 table.Clear() col.AutoIncrementStep = -1 col.AutoIncrementSeed = -1 table.NewRow() このDataRowは使わずに捨てる col.AutoIncrementStep = 1 col.AutoIncrementSeed = 1 行をクリアせずにリセットすることもできるので、AutoincrementをFalseにした後に再採番するとかも可能ですね。 重複させることもできてしまうので注意。リセットした後にAutoincrementSeedに発行したい番号をセットするとかいろいろ工夫が必要。 LoadDataRowで同一行を重ね読みしたときにAutoIncrement列をNothingにすると、書き換わらないけど内部カウンタはIncrementされているのに気付いてどうにかなんないかと試行錯誤した結果。 データセット内に同一名を持つDataTableがあるとDataSet.Tables.Removeでエラー 2010/10/06 TableNameでRemoveしようとしているわけじゃないです。引数にDataTableを指定してもRemoveAtでIndexを指定してもエラー。 指定された名前 example と同じ名前が、名前空間が異なるコレクション オブジェクト内に少なくとも 2 つあります。 Microsoft馬鹿じゃないの。オブジェクトのインスタンスなんて名前で押さえてたらバグの元だから名前で管理なんてしない。 Tables.AddでチェックしないのにRemoveでエラーってどんなトラップ。 2013/12/17追記 今日.Net2005環境で再現コード書こうとしたらきちんとAddでもRenameでもエラーになったので、夢を見ていたか修正されたか、そのときの特殊条件があったかですね。 comment このページの記述で聞きたいこととか間違ってることとかありましたらコメントを。 名前 コメント すべてのコメントを見る
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imageプラグインエラー ご指定のファイルが見つかりません。ファイル名を確認して、再度指定してください。 (Black Carriage.jpg) "The Baron's drivers are also driven." ――Chandler ホームランド 【M TG Wiki】 名前
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《Black Carriage》 #whisper 黒にしては比較的大型のトランプルクリーチャー。 しかし、アンタップに関して制限が付いてしまった。 まあ黒はクリーチャーの質に関しては良いわけではないので仕方ないのかもしれないが。 アップキープ中であれば何度でもアンタップする能力をプレイできる。 極楽のマントル/Paradise Mantleなどいろいろ使えば無限コンボも不可能ではないだろう。 参考 カード個別評価：アイスエイジブロック
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ENVIRONMENT Visual Studio 2012 Express .Net Framework 4.5 C# WPF or WindowsFormApplication C＃.NET：How To Setup Visual Studio C＃.NET：ボタンを押したらメッセージを出力 C＃.NET：変数の宣言 C＃.NET：値の代入 C＃.NET：IF文 C＃.NET：SWITCH文 C＃.NET：FOR文 C＃.NET：OpenFileDialog C＃.NET：Thread C＃.NET：Linqで配列やリストを簡単に並べ替えor抽出 C＃.NET：XMLファイルの読み書き C＃.NET：JSONファイルの読み書き C＃.NET：abstract C＃.NET：interface C＃.NET：正規表現 C＃.NET：delegate C＃.NET：lambda C＃.NET：generic C＃.NET：拡張メソッド C＃.NET：インデクサ C＃.NET：struct C＃.NET：？：演算子 C＃.NET：？？演算子 C＃.NET：Tuple C＃.NET：Enumに文字列属性を追加 C＃.NET：user32.dll-GetCursorPos C＃.NET：user32.dll-SetCursorPos ASP.NET：Response.Write()とUpdatePanel ASP.NET：GridViewRowダブルクリックでpostback処理実行 旧ページ(後で整理予定) WPF ウィンドウ中央に表示されるメッセージボックス WPF コンボボックスに要素を追加 DataGridView inherits NotifyIcon newとoverrideの違い delegate interface picturebox printdocument Owner Window(親ウィンドウ)の中央に表示されるMessageBox その他 カスタムコントロール ImgComboBox CheckComboBox ReadOnlyComboBox AutoResizeTextBox DragAbleDataGridView その他 クライアントアプリケーションとサーバアプリケーションの接続 作ってみた リネームソフト(MyReNameExe) パスワードマネージャ(PM) 画像一括変換ソフト(ResizeImg) スクリーンショット(MyScreenCap) Image Viewer(MyViewer
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where を使用して対象となる型に制限をかけることができます。 new()制約 引数なしのコンストラクタがあるもののみ指定可能 using System.Windows.Forms; namespace WindowsFormsApplication4 { public partial class Form1 Form { /// summary /// コンストラクタ /// /summary public Form1() { InitializeComponent(); TestClass cls = new TestClass(); cls.Val1 = "あいう"; MessageBox.Show(cls.Val1 + "\n" + GetNewInstance(cls).Val1); } private T GetNewInstance T (T cls) where T new() { return new T(); } class TestClass { public string Val1 { get; set; } public TestClass() { Val1 = "デフォルト値"; } } } } クラス・インタフェース制約 任意のクラスか、それを継承しているクラス・インタフェースのみ指定可能 using System.Windows.Forms; namespace WindowsFormsApplication4 { public partial class Form1 Form { /// summary /// コンストラクタ /// /summary public Form1() { InitializeComponent(); TestClassSub cls = new TestClassSub(); MessageBox.Show(DoSomething(cls)); } private string DoSomething T (T cls) where T TestClass { return cls.GetValue(); } class TestClassSub TestClass { } class TestClass { private string Val1 { get; set; } public TestClass() { Val1 = "あいう"; } public string GetValue() { return Val1; } } } } 生の型パラメータ制約 一方の引数の型で、もう一方の型を制約します。 using System.Windows.Forms; namespace WindowsFormsApplication4 { public partial class Form1 Form { /// summary /// コンストラクタ /// /summary public Form1() { InitializeComponent(); MessageBox.Show(Equals(new TestClassSub("あ"), new TestClass("あ")).ToString()); } private bool Equals T1, T2 (T1 cls1, T2 cls2) where T1 T2 { return cls1.Equals(cls2); } class TestClassSub TestClass { public TestClassSub(string val) base(val) { } } class TestClass { public string Val1 { get; set; } public TestClass(string val) { Val1 = val; } public override bool Equals(object obj) { TestClass cls = obj as TestClass; if (cls == null) { return false; } return this.Val1 == cls.Val1; } public override int GetHashCode() { return base.GetHashCode(); } } } } 参照型制約 参照型のみ指定可能 using System.Windows.Forms; namespace WindowsFormsApplication4 { public partial class Form1 Form { /// summary /// コンストラクタ /// /summary public Form1() { InitializeComponent(); MessageBox.Show(GetValue(new TestClass("あ"))); } private string GetValue T (T cls) where T class { return cls.ToString(); } class TestClass { public string Val1 { get; set; } public TestClass(string val) { Val1 = val; } public override string ToString() { return Val1; } } } } 値型制約 intやstructなどの値型のみ指定可能 using System.Windows.Forms; namespace WindowsFormsApplication4 { public partial class Form1 Form { /// summary /// コンストラクタ /// /summary public Form1() { InitializeComponent(); MessageBox.Show(GetValue(123)); } private string GetValue T (T st) where T struct { return st.ToString(); } } }
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Market Scenario The IoT in Agriculture Market Size Of USD CAGR Value includes a global opportunity With analysis and industry forecasts for the period 2023–2032. IoT in Agriculture report’s segmentation section focuses on each category while also identifying those with the greatest influence on the IoT in Agriculture Market. The framework for finding Key companies and assessing their Geographical Research, product portfolios, and ability for Business growth. In order to forecast the extent of competition, the second one step analyzing the core competencies and market shares of leading companies. Get a Sample PDF File@ https //www.quincemarketinsights.com/request-sample-30218?pu Competitive Analysis In terms of comparative analysis, the global market research report contains information related to the leading market players and their roles played across the global market to win the race against the other market leaders . Global IoT in Agriculture Market Segmentation Global IoT in Agriculture market is segmented on the basis of Technology type application distribution channel and user and vertical industry by offering in-depth information along with geography. By System (Automation Control System Hardware, Sensing Monitoring Devices, Livestock Monitoring Hardware, Fish Farming Hardware, Smart Greenhouse Hardware, and Software), By Service (System Integration Consulting, Managed Services, Connectivity Services, and Maintenance Support), By Application (Precision Crop Farming, Livestock Monitoring, Smart Greenhouse, and Fish Farm Monitoring) Geographical Analysis Of Global IoT in Agriculture Market Regional analysis is also one of the most important features of the research report of the market. The experts have provided in-depth information related to the geography of the global IoT in Agriculture market. The research report provides information related to the sales output of the demand for global IoT in Agriculture both at international as well as the national levels various region. Apart from this it also provides a comprehensive as well as accurate geography-wise market analysis of the market volume and the historical data. Geographical landscape that are included in the global IoT in Agriculture market research report are Europe, Asia Pacific, North America, Africa, South America, and Middle East Make an Enquiry for purchasing this Report @ https //www.quincemarketinsights.com/enquiry-before-buying/enquiry-before-buying-30218?pu Key Outlook This report will help market leaders / new entrants in this market to get information about the most recent results of their revenue figures for the overall IoT in Agriculture Market and segments. This report will help operators understand the competitive landscape and get more information to better manage their business and plan an appropriate marketing strategy. The report also helps stakeholders understand the market landscape and provides them with insights into key market challenges and opportunities. IBM, Telit, Hitachi, Ltd, Decisive Farming, Trimble Inc., OnFarm Systems Inc., Farmers Edge Inc., The Climate Corporation, and Decisive Farming Details Contained In The Global IoT in Agriculture Market Report 2021 Market Overview 1.1 Market Introduction 1.2 Market Analysis By Type 1.2.1 Type 1 1.2.2 Type 2 1.3 Market Analysis By Applications 1.3.1 Application 1 1.3.2 Application 2 1.4 Market Analysis by Regions Key Questions Covered In The Market Research Report What will be the growth rate of the IoT in Agriculture market? What are the important factors that drive the market share of the global IoT in Agriculture market? What are the key factors dividing the market size of the Global IoT in Agriculture market? Who are the top manufacturers in the IoT in Agriculture market? What are the major market opportunities, challenges, and threats faced by the IoT in Agriculture market? Who are the leading distributors, traders, and dealers of the IoT in Agriculture market? What are the sales, price, and revenue analyses of the top manufacturers of the IoT in Agriculture market? What is the impact of covid-19 on the Global IoT in Agriculture market? How the market has been segmented in this market research report? About Us QMI has the most comprehensive collection of market research products and services available on the web. We deliver reports from virtually all major publications and refresh our list regularly to provide you with immediate online access to the world’s most extensive and up-to-date archive of professional insights into global markets, companies, goods, and patterns. Contact us Quince Market Insights Phone +1 208 405 2835 Email sales@quincemarketinsights.com Website https //www.quincemarketinsights.com/
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Market Scenario The Geospatial Market is expected to hold a market valuation of USD 211.17 billion and a CAGR of 12.70% by the end of 2030. Geospatial refers to geo means earth, and spatial means anything that can take up space or matter. The geospatial market deals with the things that mass occupy space on the geographical locations of the earth. It includes data that helps provide information about anything that occupies space on earth s geographical locations. The market report portrays the increase of ML and AI-based solutions based on GIS, an increase in the development of the small cities playing a major role in the urbanization of the cities. Also, the big companies in the geospatial market are adapting to the advancement of big data analytics. The covid 19 outbreak of the coronavirus pandemic has resulted in a major reduction in the rate of production and manufacturing firms. But, the outbreak has created many huge growth opportunities for geospatial analytics. The market is witnessing growth as the population opts for smart wearables, robots, drones, etc. Also, the GIS and the maps help several established organizations respond to the situation of crises and continue their operational work on a large scale. This will enhance the market growth and help many companies grow on the global stage. The ML and AI capabilities showcased huge growth; if these are joined with the geospatial data, it will enhance the organization s insight. The number of geospatial analytic solution providers is also increasing, and all these enhancements will contribute to market growth and improve the overall market situation. However, we observe a lot of growth factors. Still, the market also consists of some hindering factors which are pulling the market downward, and those factors are government regulation for the individual data. The use of data without permission creates a lot of privacy concerns for the people using it, and hence, it will form a major restraint for the market growth. Government regulation can lay down the overall growth of the market. Request a Free Sample @ https //www.marketresearchfuture.com/sample_request/2441 Competitive Outlook The established competitors of the worldwide geospatial market are Hexagon AB (Sweden), Fugro N.V. (Netherlands), DigitalGlobe, Inc. (U.S.), Bentley Systems, Inc. (U.S.), Trimble Navigation LTD. (U.S.), General Electric Co. (U.S.) ESRI (U.S.), MacDonald, Dettwiler Associates, Ltd. (Canada), RMSI (India), Harris Corporation (U.S.), and a few others. Segmentation The Geospatial Market is divided into several major segments, and those segments are the reason for the market enhancing the amount of growth in recent times. The market is categorized into type, technology and end-user. By the type segment, the market is segmented into the surface and network analysis,geo-visualization and others. By technology, the Geospatial market is analyzed as remote sensing, GPS, as well as, GIS and they are used to provide consumers convenience. The common variables of the end-user segments are Automotive, Government, Defense Intelligence. The segments are useful for individuals and organizations who want to use the geospatial services. Geographically, the market is studied in four major regions North America, Europe, Asia Pacific, and other parts of the world. In the forecast period it is expected that the Asia Pacific region will dominate the market due to a high population and adaptation of geospatial technologies. The development of 5G and the increase of the geospatial infrastructures in the region will boost the market in the forecast period. Regional Analysis As per the analysis by MRFR, the Asia-Pacific region is estimated to lead the worldwide market. The research reveals that the Asia-Pacific region is estimated to acquire the largest market share. The region has been focusing on developing the infrastructure and the smart cities, which is considered to be a significant reason for market expansion. Besides, the region is experiencing increasing adoption and the usage of these analytics across several sections. Moreover, the region consists of the fastest developing nations of the world, ie. India and China. The presence of India, China, South Korea, and Japan is one of the most crucial factors resulting in regional market expansion. Industry News The key market players have implied various strategic techniques to boost global market growth. Thus, to meet the global market demands, the global market increased its speed in producing more valuable products for its intended customers. Recently, the global market has stabilized its position in the global market and is expected to register a higher Geospatial Market Report Market Size for the forecast period. Browse Full Report Details @ https //www.marketresearchfuture.com/reports/geospatial-market-2441 Table of Contents 1Executive Summary 2Scope of the Report 2.1Market Definition 2.2Scope of the Study 2.2.1Research objectives 2.2.2Assumptions Limitations 2.3Markets Structure Continued…. LIST OF TABLES TABLE 1 GLOBAL GEOSPATIAL MARKET, BY TYPE TABLE 2 GLOBAL GEOSPATIAL MARKET, BY TECHNOLOGY TABLE 3 GLOBAL GEOSPATIAL MARKET, BY END-USERS Continued…. LIST OF FIGURES FIGURE 1 RESEARCH TECHNOLOGY FIGURE 2 GLOBAL GEOSPATIAL MARKET, BY TYPE (%) FIGURE 3 GLOBAL GEOSPATIAL MARKET, BY TECHNOLOGY (%) Continued…. Similar Report***** Mixed Reality Market Research Report https //writeonwall.com/mixed-reality-market-by-development-size-share-and-demand-opportunity-size-share-trend-intel-corporation-u-s-sony-corporation-japan/ Smart Glass Market https //writeonwall.com/smart-glass-market-by-development-size-share-and-demand-opportunity-size-share-key-manufacturers-drivers-value-and-foreseen-2027/ Passport Reader Market https //writeonwall.com/passport-reader-market-by-development-size-share-and-demand-opportunity-it-security-and-data-protection-analysis-forecast-to-2030/ About Market Research Future At Market Research Future (MRFR), we enable our customers to unravel the complexity of various industries through our Cooked Research Report (CRR), Half-Cooked Research Reports (HCRR), Raw Research Reports (3R), Continuous-Feed Research (CFR), and Market Research Consulting Services. Contact Market Research Future (Part of Wantstats Research and Media Private Limited) 99 Hudson Street, 5Th Floor New York, NY 10013 United States of America 1 628 258 0071 (US) 44 2035 002 764 (UK) Email sales@marketresearchfuture.com Website https //www.marketresearchfuture.com/
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Market Scenario The IoT in Agriculture Market Size Of USD CAGR Value includes a global opportunity With analysis and industry forecasts for the period 2023–2032. IoT in Agriculture report’s segmentation section focuses on each category while also identifying those with the greatest influence on the IoT in Agriculture Market. The framework for finding Key companies and assessing their Geographical Research, product portfolios, and ability for Business growth. In order to forecast the extent of competition, the second one step analyzing the core competencies and market shares of leading companies. Get a Sample PDF File@ https //www.quincemarketinsights.com/request-sample-30218?pu Competitive Analysis In terms of comparative analysis, the global market research report contains information related to the leading market players and their roles played across the global market to win the race against the other market leaders . Global IoT in Agriculture Market Segmentation Global IoT in Agriculture market is segmented on the basis of Technology type application distribution channel and user and vertical industry by offering in-depth information along with geography. By System (Automation Control System Hardware, Sensing Monitoring Devices, Livestock Monitoring Hardware, Fish Farming Hardware, Smart Greenhouse Hardware, and Software), By Service (System Integration Consulting, Managed Services, Connectivity Services, and Maintenance Support), By Application (Precision Crop Farming, Livestock Monitoring, Smart Greenhouse, and Fish Farm Monitoring) Geographical Analysis Of Global IoT in Agriculture Market Regional analysis is also one of the most important features of the research report of the market. The experts have provided in-depth information related to the geography of the global IoT in Agriculture market. The research report provides information related to the sales output of the demand for global IoT in Agriculture both at international as well as the national levels various region. Apart from this it also provides a comprehensive as well as accurate geography-wise market analysis of the market volume and the historical data. Geographical landscape that are included in the global IoT in Agriculture market research report are Europe, Asia Pacific, North America, Africa, South America, and Middle East Make an Enquiry for purchasing this Report @ https //www.quincemarketinsights.com/enquiry-before-buying/enquiry-before-buying-30218?pu Key Outlook This report will help market leaders / new entrants in this market to get information about the most recent results of their revenue figures for the overall IoT in Agriculture Market and segments. This report will help operators understand the competitive landscape and get more information to better manage their business and plan an appropriate marketing strategy. The report also helps stakeholders understand the market landscape and provides them with insights into key market challenges and opportunities. IBM, Telit, Hitachi, Ltd, Decisive Farming, Trimble Inc., OnFarm Systems Inc., Farmers Edge Inc., The Climate Corporation, and Decisive Farming Details Contained In The Global IoT in Agriculture Market Report 2021 Market Overview 1.1 Market Introduction 1.2 Market Analysis By Type 1.2.1 Type 1 1.2.2 Type 2 1.3 Market Analysis By Applications 1.3.1 Application 1 1.3.2 Application 2 1.4 Market Analysis by Regions Key Questions Covered In The Market Research Report What will be the growth rate of the IoT in Agriculture market? What are the important factors that drive the market share of the global IoT in Agriculture market? What are the key factors dividing the market size of the Global IoT in Agriculture market? Who are the top manufacturers in the IoT in Agriculture market? What are the major market opportunities, challenges, and threats faced by the IoT in Agriculture market? Who are the leading distributors, traders, and dealers of the IoT in Agriculture market? What are the sales, price, and revenue analyses of the top manufacturers of the IoT in Agriculture market? What is the impact of covid-19 on the Global IoT in Agriculture market? How the market has been segmented in this market research report? About Us QMI has the most comprehensive collection of market research products and services available on the web. We deliver reports from virtually all major publications and refresh our list regularly to provide you with immediate online access to the world’s most extensive and up-to-date archive of professional insights into global markets, companies, goods, and patterns. Contact us Quince Market Insights Phone +1 208 405 2835 Email sales@quincemarketinsights.com Website https //www.quincemarketinsights.com/