private void InitializeComponent() { this.perfTableEntryControl1 = new UCPerfTableEntryControl(); this.lblTopSpace = new Label(); this.SuspendLayout(); this.perfTableEntryControl1.Location = new Point(0, 17); this.perfTableEntryControl1.Name = "perfTableEntryControl1"; this.perfTableEntryControl1.Size = new Size(411, 55); this.perfTableEntryControl1.TabIndex = 0; this.lblTopSpace.AutoSize = true; this.lblTopSpace.Location = new Point(115, 0); this.lblTopSpace.Name = "lblTopSpace"; this.lblTopSpace.Size = new Size(24, 13); this.lblTopSpace.TabIndex = 76; this.lblTopSpace.Text = "Min"; this.lblTopSpace.Visible = false; this.AutoScaleDimensions = new SizeF(6f, 13f); //this.AutoScaleMode = AutoScaleMode.Font; this.Controls.Add(this.lblTopSpace); this.Controls.Add(this.perfTableEntryControl1); this.Name = "PerfTableControl"; this.Size = new Size(416, 238); this.ResumeLayout(false); this.PerformLayout(); }
public uint GetP0AndP2MemoryClock() { if (!this.AreP0AndP2MMemoryClocksSame()) { return(0U); } UCPerfTableEntryControl obj = Enumerable.FirstOrDefault <UCPerfTableEntryControl>(Enumerable.Where <UCPerfTableEntryControl>(this._EntryControlList, e => { if (e.PerfEntry != null) { return(Enumerable.Contains <byte>(new byte[1], e.PerfEntry.Caption)); } return(false); })); if (obj == null) { return(0U); } return(obj.GetMemoryClock()); }
private void UpdateData() { this.InternalReset(); if (this.PerfTable == null) { return; } this.Enabled = true; int num = this.lblTopSpace.Top + this.lblTopSpace.Height + 1; this._EntryControlList = new List <UCPerfTableEntryControl>(); foreach (Voltage obj1 in Enumerable.ToList <Voltage>(Enumerable.OrderBy <Voltage, byte>(Enumerable.Where <Voltage>(this.PerfTable.Voltages, e => !e.PE004), e => e.Caption))) { UCPerfTableEntryControl obj2 = new UCPerfTableEntryControl(); obj2.PerfEntry = obj1; obj2.Left = 0; obj2.Top = num; obj2.OnAnyTextChanged += new EventHandler(this.ctrl_OnAnyTextChanged); this.Controls.Add(obj2); this._EntryControlList.Add(obj2); num += obj2.Height; } }