Unknown model format or submodel type in model file

Python栈实现计算器_完整知识整理(1).docx

pr-agent(Python)

「pr-agent(Python)」是开源项目（Python）。项目简介： PR Agent: The Original Open-Source PR Reviewer. This project is not the Qodo free tier.源码完整，下载解压即可查看使用，适合学习参考、课程设计与二次开发。

Delphi7.1 Update

Delphi 7.1 Update Release Notes=======================================================This file contains important supplemental and late-breakinginformation that may not appear in the main productdocumentation, and supersedes information contained in otherdocuments, including previously installed release notes.Borland recommends that you read this file in its entirety.NOTE: If you are updating a localized version of Delphi 7, visit the Borland Registered User web site to obtain a localized readme file that may contain important late- breaking information not included in this readme file.IMPORTANT: Delphi must be closed before installing this update. =====================================================CONTENTS * INSTALLING THIS UPDATE * UPDATING LOCALIZED VERSIONS OF DELPHI 7 * KNOWN ISSUES * ISSUES ADDRESSED BY THIS UPDATE - IDE - CORE DATABASE - DATASNAP - DBGO (ADO COMPONENTS) - dbExpress - dbExpress COMPONENTS AND DB VCL - dbExpress CORE DRIVER AND METADATA - dbExpress VENDOR ISSUES - dbExpress CERTIFICATION - WEB SNAP - ACTIVEX - COMPILER - RTL - VCL - THIRD PARTY - BOLD FOR DELPHI * VERIFYING THAT THE UPDATE WAS SUCCESSFUL * FILES INSTALLED BY THIS UPDATE =======================================================INSTALLING THIS UPDATE* This update can not be applied to Delphi 7 Architect Trial version. * This update can not be removed after it is installed.* You will need the original Delphi 7 installation CD available to install this update.* To install this update from the CD, insert the CD, and launch the d7_ent_upd1.exe file appropriate for your locale.* To install this update from the Web, double-click the self-executing installation file and follow the prompts. * The Delphi 7 documentation PDF files are available on the update CD.========================================================UPDATING LOCALIZED VERSIONS OF DELPHI 7* This update can be applied only to the English version of Delphi 7. There are separate updates for the German, French and Japanese ver

occam一维反演

C----------------------------------------------------------------------- program runocc C----------------------------------------------------------------------- c C OCCAM 2.0: Steven Constable IGPP/SIO La Jolla CA 92093-0225 c Program Revision 2.01, 13 Jan 1993 c c runocc is the calling program for OCCAM v2.0. C C REFERENCES: CONSTABLE, PARKER & CONSTABLE, 1987: GEOPHYSICS 52, 289-300. C DEGROOT-HEDLIN & CONSTABLE, 1990: GEOPHYSICS 55, 1613-1624. C CONSTABLE, 1991: GEOPHYS. J. INT. 106, 387-388. C CONSTABLE, 1992: OCCAM DISTRIBUTION NOTES. C C REVISION HISTORY: C MARCH 1986, (VERSION 1.2) C OCTOBER 1987, (VERSION 1.3) C AUGUST 1988, (VERSION 1.4) C JANUARY 1989 (WITH THANKS TO C.DEGROOT-HEDLIN), (VERSION 1.5) C SEPTEMBER 1989, (VERSION 1.5.2) C APRIL 1992 (MORE THANKS TO CATHERINE AND ALSO WSE) (VERSION 2.0) C C IF YOU OBTAIN THIS CODE FROM A THIRD PERSON, PLEASE SEND YOUR NAME AND ADDRESS C TO S. CONSTABLE. YOU WILL THEN RECEIVE UPDATES, NEWS ON BUGS, ETC. C C VERSION 2.0 IS A RE-WRITE TO MAKE OCCAM INDEPENDENT OF THE DIMENSIONALITY C OF THE FORWARD PROBLEM, AND TO MAKE MAXIMUM USE OF DYNAMIC MEMORY ALLOCATION, C AS THE ARRAY SIZES FOR THE 2D PROBLEM ARE NOW GETTING TOO LARGE FOR COMFORT. C INCLUDE FILES ARE NOW USED TO STREAMLINE CHANGES OF DIMENSION. C IMPLICIT DOUBLE PRECISION HAS BEEN REMOVED, AGAIN FOR STORAGE REASONS. C CALLING PROGRAM IS NOW AN INTEGRAL PART OF THE PACKAGE AS ALL THE MODEL- C DEPENDENT STUFF HAS BEEN SPUN OFF. C C IF YOU OBTAIN THIS CODE FROM A THIRD PERSON, PLEASE SEND YOUR NAME AND ADDRESS C TO S. CONSTABLE. YOU WILL THEN RECEIVE UPDATES, NEWS ON BUGS, ETC. C C SUBROUTINES WHICH MUST BE SUPPLIED BY THE USER: C C FORMOD(NP,ND,PM,DP,DM), COMPUTES THE FORWARD FUNCTION FOR MODEL PM() AT C THE DATA PARAMETERS DP() AN

C#读取JPEG图片的Exif信息

[Serializable] public class EXIF { #region -- Class level members -- // Class level members. private Image _picture; #endregion #region -- Constructors -- // Constructors. /// <summary> /// This is default constructor of the EXIF class. /// </summary> public EXIF() { } /// <summary> /// This is base constructor of the EXIF class. /// </summary> public EXIF(string filePath) { _picture = Image.FromFile(filePath); } #endregion #region -- Public methods -- /// <summary> /// This method returns EXIF property values. /// </summary> /// <param name="exifCode">EXIF property to be returned.</param> public string GetEXIFProperty(Definitions.exifCode exifCode) { // Declare local variables. string returnValue; try { // All of the EXIF properties will return strings to display in the control. // Some of the properties require additional formatting or massaging // of the data once it is returned. Those properties have their own // methods. switch (exifCode) { case Definitions.exifCode.ImageDescription: returnValue = ParsedString(Definitions.exifCode.ImageDescription); break; case Definitions.exifCode.Make: returnValue = ParsedString(Definitions.exifCode.Make); break; case Definitions.exifCode.Model: returnValue = ParsedString(Definitions.exifCode.Model); break; case Definitions.exifCode.Orientation: returnValue = Orientation(); break; case Definitions.exifCode.XResolution: returnValue = ParseResolution(Definitions.exifCode.XResolution); break; case Definitions.exifCode.YResolution: returnValue = ParseResolution(Definitions.exifCode.YResolution); break; case Definitions.exifCode.ResolutionUnit: returnValue = ResolutionUnit(); break; case Definitions.exifCode.Software: returnValue = ParsedString(Definitions.exifCode.Software); break; case Definitions.exifCode.DateTime: returnValue = ParsedDate(Definitions.exifCode.DateTime).ToString(); break; case Definitions.exifCode.WhitePoint: returnValue = WhitePoint(); break; case Definitions.exifCode.PrimaryChromaticities: returnValue = PrimaryChromaticities(); break; case Definitions.exifCode.YCbCrCoefficients: returnValue = YCbCrCoefficients(); break; case Definitions.exifCode.YCbCrPositioning: returnValue = YCbCrPositioning(); break; case Definitions.exifCode.ReferenceBlackWhite: returnValue = ReferenceBlackWhite(); break; case Definitions.exifCode.Copyright: returnValue = ParsedString(Definitions.exifCode.Copyright); break; case Definitions.exifCode.ExposureTime: returnValue = ExposureTime(); break; case Definitions.exifCode.FNumber: returnValue = FNumber(); break; case Definitions.exifCode.ExposureProgram: returnValue = ExposureProgram(); break; case Definitions.exifCode.ISOSpeedRatings: returnValue = UnformattedShort(Definitions.exifCode.ISOSpeedRatings); break; case Definitions.exifCode.ExifVersion: returnValue = ParsedString(Definitions.exifCode.ExifVersion); break; case Definitions.exifCode.DateTimeOriginal: returnValue = ParsedDate(Definitions.exifCode.DateTimeOriginal).ToString(); break; case Definitions.exifCode.DateTimeDigitized: returnValue = ParsedDate(Definitions.exifCode.DateTimeDigitized).ToString(); break; case Definitions.exifCode.ComponentsConfiguration: returnValue = ComponentsConfiguration(); break; case Definitions.exifCode.CompressedBitsPerPixel: returnValue = CompressedBitsPerPixel(); break; case Definitions.exifCode.ShutterSpeedValue: returnValue = ShutterSpeedValue(); break; case Definitions.exifCode.ApertureValue: returnValue = ApertureValue(); break; case Definitions.exifCode.BrightnessValue: returnValue = BrightnessValue(); break; case Definitions.exifCode.ExposureBiasValue: returnValue = ExposureBiasValue(); break; case Definitions.exifCode.MaxApertureValue: returnValue = MaxApertureValue(); break; case Definitions.exifCode.SubjectDistance: returnValue = SubjectDistance(); break; case Definitions.exifCode.MeteringMode: returnValue = MeteringMode(); break; case Definitions.exifCode.LightSource: returnValue = LightSource(); break; case Definitions.exifCode.Flash: returnValue = Flash(); break; case Definitions.exifCode.FocalLength: returnValue = FocalLength(); break; case Definitions.exifCode.MakerNote: returnValue = MakerNote(); break; case Definitions.exifCode.UserComment: returnValue = ParsedString(Definitions.exifCode.UserComment); break; case Definitions.exifCode.SubsecTime: returnValue = ParsedString(Definitions.exifCode.SubsecTime); break; case Definitions.exifCode.SubsecTimeOriginal: returnValue = ParsedString(Definitions.exifCode.SubsecTimeOriginal); break; case Definitions.exifCode.SubsecTimeDigitized: returnValue = ParsedString(Definitions.exifCode.SubsecTimeDigitized); break; case Definitions.exifCode.FlashpixVersion: returnValue = ParsedString(Definitions.exifCode.FlashpixVersion); break; case Definitions.exifCode.ColorSpace: returnValue = ColorSpace(); break; case Definitions.exifCode.RelatedSoundFile: returnValue = ParsedString(Definitions.exifCode.RelatedSoundFile); break; case Definitions.exifCode.FocalPlaneXResolution: returnValue = FocalPlaneXResolution(); break; case Definitions.exifCode.FocalPlaneYResolution: returnValue = FocalPlaneYResolution(); break; case Definitions.exifCode.FocalPlaneResolutionUnit: returnValue = ResolutionUnit(); break; case Definitions.exifCode.ExposureIndex: returnValue = ExposureIndex(); break; case Definitions.exifCode.SensingMethod: returnValue = SensingMethod(); break; case Definitions.exifCode.FileSource: returnValue = FileSource(); break; case Definitions.exifCode.SceneType: returnValue = SceneType(); break; case Definitions.exifCode.CFAPattern: returnValue = ParsedString(Definitions.exifCode.CFAPattern); break; case Definitions.exifCode.InteroperabilityIndex: returnValue = ParsedString(Definitions.exifCode.InteroperabilityIndex); break; case Definitions.exifCode.ImageWidth: returnValue = UnformattedShort(Definitions.exifCode.ImageWidth); break; case Definitions.exifCode.ImageLength: returnValue = UnformattedShort(Definitions.exifCode.ImageLength); ; break; case Definitions.exifCode.BitsPerSample: returnValue = BitsPerSample(); break; case Definitions.exifCode.Compression: returnValue = Compression(); break; case Definitions.exifCode.PhotometricInterpretation: returnValue = PhotometricInterpretation(); break; case Definitions.exifCode.StripOffsets: returnValue = StripOffsets(); break; case Definitions.exifCode.SamplesPerPixel: returnValue = UnformattedShort(Definitions.exifCode.SamplesPerPixel); break; case Definitions.exifCode.RowsPerStrip: returnValue = UnformattedShort(Definitions.exifCode.RowsPerStrip); break; case Definitions.exifCode.StripByteCounts: returnValue = StripByteCounts(); break; case Definitions.exifCode.PlanarConfiguration: returnValue = PlanarConfiguration(); break; case Definitions.exifCode.YCbCrSubSampling: returnValue = YCbCrSubSampling(); break; case Definitions.exifCode.ImageUniqueID: returnValue = ParsedString(Definitions.exifCode.ImageUniqueID); break; case Definitions.exifCode.JPEGInterchangeFormatLength: returnValue = UnformattedShort(Definitions.exifCode.JPEGInterchangeFormatLength); break; case Definitions.exifCode.TransferFunction: returnValue = "Not implemented."; break; case Definitions.exifCode.PixelXDimension: returnValue = UnformattedShort(Definitions.exifCode.PixelXDimension); break; case Definitions.exifCode.PixelYDimension: returnValue = UnformattedShort(Definitions.exifCode.PixelYDimension); break; case Definitions.exifCode.SpectralSensitivity: returnValue = ParsedString(Definitions.exifCode.SpectralSensitivity); break; case Definitions.exifCode.OECF: returnValue = ParsedString(Definitions.exifCode.OECF); break; case Definitions.exifCode.CustomRendered: returnValue = CustomRendered(); break; case Definitions.exifCode.ExposureMode: returnValue = ExposureMode(); break; case Definitions.exifCode.WhiteBalance: returnValue = WhiteBalance(); break; case Definitions.exifCode.DigitalZoomRatio: returnValue = DigitalZoomRatio(); break; case Definitions.exifCode.FocalLengthIn35mmFilm: returnValue = FocalLengthIn35mmFilm(); break; case Definitions.exifCode.SceneCaptureType: returnValue = SceneCaptureType(); break; case Definitions.exifCode.GainControl: returnValue = GainControl(); break; case Definitions.exifCode.Contrast: returnValue = Contrast(); break; case Definitions.exifCode.Saturation: returnValue = Saturation(); break; case Definitions.exifCode.Sharpness: returnValue = Sharpness(); break; case Definitions.exifCode.DeviceSettingDescription: returnValue = ParsedString(Definitions.exifCode.DeviceSettingDescription); break; case Definitions.exifCode.SubjectDistanceRange: returnValue = SubjectDistanceRange(); break; default: returnValue = "EXIF property not found."; break; } return returnValue; } catch { return "N/A"; } } #endregion #region -- EXIF Methods -- /// <summary> /// This method returns the bits per sample EXIF property. /// </summary> private string BitsPerSample() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.BitsPerSample); //Translate the EXIF code into a readable value. if (!data.Equals(null)) { returnValue = data[0].ToString() + " " + data[1].ToString() + " " + data[2].ToString(); } return returnValue; } /// <summary> /// This method returns the compression EXIF property. /// </summary> private string Compression() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.Compression); //Translate the EXIF code into a readable value. if (!data.Equals(null)) { switch (data[0]) { case 1: returnValue = "uncompressed"; break; case 6: returnValue = "JPEG compression (thumbnails only)"; break; default: returnValue = "reserved"; break; } } return returnValue; } /// <summary> /// This method returns the photometric interpretation EXIF property. /// </summary> private string PhotometricInterpretation() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.PhotometricInterpretation); //Translate the EXIF code into a readable value. if (data != null) { switch (data[0]) { case 2: returnValue = "RBG"; break; case 6: returnValue = "YCbCr"; break; default: returnValue = "reserved"; break; } } return returnValue; } /// <summary> /// This method returns the strip offsets EXIF property. /// </summary> private string StripOffsets() { return "Not implemented."; } /// <summary> /// This method returns the strip byte counts EXIF property. /// </summary> private string StripByteCounts() { return "Not implemented."; } /// <summary> /// This method returns the planar configuration EXIF property. /// </summary> private string PlanarConfiguration() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.PlanarConfiguration); //Translate the EXIF code into a readable value. if (data != null) { switch (data[0]) { case 1: returnValue = "chunky format"; break; case 2: returnValue = "planar format"; break; default: returnValue = "reserved"; break; } } return returnValue; } /// <summary> /// This method returns the YCbCr subsampling EXIF property. /// </summary> private string YCbCrSubSampling() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.YCbCrSubSampling); //Translate the EXIF code into a readable value. if (data != null) { switch (data[0]) { case 2: if (data[1] == 1) { returnValue = "YCbCr4:2:2"; } else { returnValue = "YCbCr4:2:0"; } break; default: returnValue = "reserved"; break; } } return returnValue; } /// <summary> /// This method returns the orientation EXIF property. /// </summary> private string Orientation() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.Orientation); //Translate the EXIF code into a readable value. if (data.Length > 0) { switch (data[0]) { case 1: returnValue = "The 0th row is at the visual top of the image, and the 0th column is the visual left-hand side."; break; case 2: returnValue = "The 0th row is at the visual top of the image, and the 0th column is the visual right-hand side."; break; case 3: returnValue = "The 0th row is at the visual bottom of the image, and the 0th column is the visual right-hand side."; break; case 4: returnValue = "The 0th row is at the visual bottom of the image, and the 0th column is the visual left-hand side."; break; case 5: returnValue = "The 0th row is at the visual left-hand side of the image, and the 0th column is the visual top."; break; case 6: returnValue = "The 0th row is at the visual right-hand side of the image, and the 0th column is the visual top."; break; case 7: returnValue = "The 0th row is at the visual right-hand side of the image, and the 0th column is the visual bottom."; break; case 8: returnValue = "The 0th row is at the visual left-hand side of the image, and the 0th column is the visual bottom."; break; default: returnValue = "Other"; break; } } return returnValue; } /// <summary> /// This method returns the resolution unit EXIF property. /// </summary> private string ResolutionUnit() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] resUnit = GetPropertyValue(Definitions.exifCode.ResolutionUnit); //Translate the EXIF code into a readable value. if (resUnit != null) { switch (resUnit[0]) { case 2: returnValue = "inches"; break; case 3: returnValue = "centimeters"; break; default: returnValue = "reserved"; break; } } return returnValue; } /// <summary> /// This method returns the white point EXIF property. /// </summary> private string WhitePoint() { string returnValue = "EXIF property not found."; EXIFRational[] data = ParsedRationalArray(Definitions.exifCode.WhitePoint); if (data.Length > 0) { returnValue = data[0].Denominator.ToString() + ", " + data[1].Denominator.ToString(); } return returnValue; } /// <summary> /// This method returns the primary chromaticities EXIF property. /// </summary> private string PrimaryChromaticities() { string returnValue = "EXIF property not found."; EXIFRational[] data = ParsedRationalArray(Definitions.exifCode.PrimaryChromaticities); if (data.Length > 0) { returnValue = data[0].Denominator.ToString() + ", " + data[1].Denominator.ToString() + ", " + data[2].Denominator.ToString() + ", " + data[3].Denominator.ToString() + ", " + data[4].Denominator.ToString() + ", " + data[5].Denominator.ToString(); } return returnValue; } /// <summary> /// This method returns the YCbCr coefficients EXIF property. /// </summary> private string YCbCrCoefficients() { string returnValue = "EXIF property not found."; EXIFRational[] data = ParsedRationalArray(Definitions.exifCode.YCbCrCoefficients); if (data.Length > 0) { returnValue = data[0].Denominator.ToString() + ", " + data[1].Denominator.ToString() + ", " + data[2].Denominator.ToString(); } return returnValue; } /// <summary> /// This method returns the YCbCr positioning EXIF property. /// </summary> private string YCbCrPositioning() { //Declare local variables. string returnValue = ""; byte[] data = GetPropertyValue(Definitions.exifCode.YCbCrPositioning); //Translate the EXIF code into a readable value. if (data.Length > 0) { switch (data[0]) { case 1: returnValue = "centered"; break; case 2: returnValue = "co-sited"; break; default: returnValue = "reserved"; break; } } else { returnValue = "EXIF property not found."; } return returnValue; } /// <summary> /// This method returns the reference black white EXIF property. /// </summary> private string ReferenceBlackWhite() { string returnValue = "EXIF property not found."; EXIFRational[] data = ParsedRationalArray(Definitions.exifCode.ReferenceBlackWhite); if (data.Length > 0) { returnValue = "[" + data[0].Denominator.ToString() + ", " + data[1].Denominator.ToString() + ", " + data[2].Denominator.ToString() + ", " + data[3].Denominator.ToString() + ", " + data[4].Denominator.ToString() + ", " + data[5].Denominator.ToString() + "]"; } return returnValue; } /// <summary> /// This method returns the exposure time EXIF property. /// </summary> private string ExposureTime() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational exposureTime = ParsedRational(Definitions.exifCode.ExposureTime); //Translate the EXIF code into a readable value. if (!exposureTime.Equals(null)) { if (exposureTime.Numerator == 0 && exposureTime.Denominator == 0) { returnValue = "N/A"; } else { returnValue = string.Format("{0}/{1} s", exposureTime.Numerator, exposureTime.Denominator); } } else { returnValue = "N/A"; } return returnValue; } /// <summary> /// This method returns the FNumber EXIF property. /// </summary> private string FNumber() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational fNumber = ParsedRational(Definitions.exifCode.FNumber); //Translate the EXIF code into a readable value. if (!fNumber.Equals(null)) { returnValue = string.Format("f{0}", (float)(fNumber.Numerator / fNumber.Denominator)); } return returnValue; } /// <summary> /// This method returns the exposure program EXIF property. /// </summary> private string ExposureProgram() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.ExposureProgram); //Translate the EXIF code into a readable value. if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Not defined"; break; case 1: returnValue = "Manual"; break; case 2: returnValue = "Normal program"; break; case 3: returnValue = "Aperture priority"; break; case 4: returnValue = "Shutter priority"; break; case 5: returnValue = "Creative program (biased toward depth of field)"; break; case 6: returnValue = "Action program (biased toward fast shutter speed)"; break; case 7: returnValue = "Portrait mode (for closeup photos with the background out of focus)"; break; case 8: returnValue = "Landscape mode (for landscape photos with the background in focus)"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the components configuration EXIF property. /// </summary> private string ComponentsConfiguration() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.ComponentsConfiguration); switch (data[0]) { case 1: returnValue = "YCbCr"; break; case 4: returnValue = "RGB"; break; default: returnValue = "Reserved"; break; } return returnValue; } /// <summary> /// This method returns the compressed bits per pixel EXIF property. /// </summary> // This method needs to fixed to return the correct value. private string CompressedBitsPerPixel() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational cbpp = ParsedRational(Definitions.exifCode.CompressedBitsPerPixel); //Translate the EXIF code into a readable value. if (!cbpp.Equals(null)) { returnValue = string.Format("{0}/{1}", cbpp.Numerator, cbpp.Denominator); } return returnValue; } /// <summary> /// This method returns the aperture value EXIF property. /// </summary> private string ApertureValue() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational fNumber = ParsedRational(Definitions.exifCode.FNumber); //Translate the EXIF code into a readable value. if (!fNumber.Equals(null)) { double av = Math.Round(2 * Math.Log(((fNumber.Numerator / fNumber.Denominator)), 2.00)); returnValue = string.Format("f{0}", (double)av); } return returnValue; } /// <summary> /// This method returns the shutter speed value EXIF property. /// </summary> private string ShutterSpeedValue() { //Declare local variables. string returnValue = "EXIF property not found."; returnValue = ExposureTime(); return returnValue; } /// <summary> /// This method returns the subject distance EXIF property. /// </summary> private string SubjectDistance() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational sd = ParsedRational(Definitions.exifCode.SubjectDistance); //Translate the EXIF code into a readable value. if (!sd.Equals(null)) { returnValue = string.Format("{0}", sd.Numerator); } return returnValue; } /// <summary> /// This method returns the metering mode EXIF property. /// </summary> private string MeteringMode() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.MeteringMode); //Translate the EXIF code into a readable value. if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Unknown"; break; case 1: returnValue = "Average"; break; case 2: returnValue = "CenterWeightedAverage"; break; case 3: returnValue = "Spot"; break; case 4: returnValue = "MultiSpot"; break; case 5: returnValue = "Pattern"; break; case 6: returnValue = "Partial"; break; case 255: returnValue = "Other"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the light source EXIF property. /// </summary> private string LightSource() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.LightSource); //Translate the EXIF code into a readable value. if (data.Length > 0) { switch (data[0]) { case 1: returnValue = "Daylight"; break; case 2: returnValue = "Fluorescent"; break; case 3: returnValue = "Tungsten (incandescent light)"; break; case 4: returnValue = "Flash"; break; case 9: returnValue = "Fine weather"; break; case 10: returnValue = "Cloudy weather"; break; case 11: returnValue = "Shade"; break; case 12: returnValue = "Daylight fluorescent (D 5700 - 7100K)"; break; case 13: returnValue = "Day white fluorescent (N 4600 - 5400K)"; break; case 14: returnValue = "Cool white fluorescent (W 3900 - 4500K)"; break; case 15: returnValue = "White fluorescent (WW 3200 - 3700K)"; break; case 17: returnValue = "Standard light A"; break; case 18: returnValue = "Standard light B"; break; case 19: returnValue = "Standard light C"; break; case 20: returnValue = "D55"; break; case 21: returnValue = "D65"; break; case 22: returnValue = "D75."; break; case 23: returnValue = "D50"; break; case 24: returnValue = "ISO studio tungsten"; break; case 255: returnValue = "other light source"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the flash EXIF property. /// </summary> private string Flash() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.Flash); //Translate the EXIF code into a readable value. if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Flash did not fire."; break; case 1: returnValue = "Flash fired."; break; case 5: returnValue = "Strobe return light not detected."; break; case 7: returnValue = "Strobe return light detected."; break; case 9: returnValue = "Flash fired, compulsory flash mode."; break; case 13: returnValue = "Flash fired, compulsory flash mode, return light not detected."; break; case 15: returnValue = "Flash fired, compulsory flash mode, return light detected."; break; case 16: returnValue = "Flash did not fire, compulsory flash mode."; break; case 24: returnValue = "Flash did not fire, auto mode."; break; case 25: returnValue = "Flash fired, auto mode."; break; case 29: returnValue = "Flash fired, auto mode, return light not detected."; break; case 31: returnValue = "Flash fired, auto mode, return light detected."; break; case 32: returnValue = "No flash function."; break; case 65: returnValue = "Flash fired, red-eye reduction mode."; break; case 69: returnValue = "Flash fired, red-eye reduction mode, return light not detected."; break; case 71: returnValue = "Flash fired, red-eye reduction mode, return light detected."; break; case 73: returnValue = "Flash fired, compulsory flash mode, red-eye reduction mode."; break; case 77: returnValue = "Flash fired, compulsory flash mode, red-eye reduction mode, return light not detected."; break; case 79: returnValue = "Flash fired, compulsory flash mode, red-eye reduction mode, return light detected."; break; case 89: returnValue = "Flash fired, auto mode, red-eye reduction mode."; break; case 93: returnValue = "Flash fired, auto mode, return light not detected, red-eye reduction mode."; break; case 95: returnValue = "Flash fired, auto mode, return light detected, red-eye reduction mode."; break; default: returnValue = "Not defined, reserved."; break; } } return returnValue; } /// <summary> /// This method returns the focal length EXIF property. /// </summary> private string FocalLength() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational focalLength = ParsedRational(Definitions.exifCode.FocalLength); //Translate the EXIF code into a readable value. if (!focalLength.Equals(null)) { if (focalLength.Numerator == 0 && focalLength.Denominator == 0) { returnValue = "N/A"; } else { returnValue = string.Format("{0:N0} mm", focalLength.Numerator * 1.0 / focalLength.Denominator); } } return returnValue; } /// <summary> /// This method returns the maker note EXIF property. /// </summary> private string MakerNote() { return "Not implemented."; } /// <summary> /// This method returns the color space EXIF property. /// </summary> private string ColorSpace() { //Declare local variables. string returnValue = "EXIF property not found."; byte[] data = GetPropertyValue(Definitions.exifCode.ColorSpace); //Translate the EXIF code into a readable value. if (data.Length > 0) { switch (data[0]) { case 1: returnValue = "sRGB"; break; case 255: returnValue = "Uncalibrated"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the focal plane x resolution EXIF property. /// </summary> private string FocalPlaneXResolution() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational focalPlaneXRes = ParsedRational(Definitions.exifCode.FocalPlaneXResolution); //Translate the EXIF code into a readable value. if (!focalPlaneXRes.Equals(null)) { returnValue = string.Format("{0:N0} mm", (focalPlaneXRes.Numerator * 1.0 / focalPlaneXRes.Denominator)); } return returnValue; } /// <summary> /// This method returns the focal plane y resolution EXIF property. /// </summary> private string FocalPlaneYResolution() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational focalPlaneYRes = ParsedRational(Definitions.exifCode.FocalPlaneYResolution); //Translate the EXIF code into a readable value. if (!focalPlaneYRes.Equals(null)) { returnValue = string.Format("{0:N0} mm", focalPlaneYRes.Numerator * 1.0 / focalPlaneYRes.Denominator); } return returnValue; } /// <summary> /// This method returns the exposure index EXIF property. /// </summary> private string ExposureIndex() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational expIndex = ParsedRational(Definitions.exifCode.ExposureIndex); //Translate the EXIF code into a readable value. if (!expIndex.Equals(null)) { returnValue = string.Format("{0:N0} mm", expIndex.Numerator * 1.0 / expIndex.Denominator); } return returnValue; } /// <summary> /// This method returns the sensing method EXIF property. /// </summary> private string SensingMethod() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.SensingMethod); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 1: returnValue = "Not defined."; break; case 2: returnValue = "One-chip color area sensor."; break; case 3: returnValue = "Two-chip color area sensor."; break; case 4: returnValue = "Three-chip color area sensor."; break; case 5: returnValue = "Color sequential area sensor."; break; case 7: returnValue = "Trilinear sensor."; break; case 8: returnValue = "Color sequential linear sensor"; break; default: returnValue = "Reserved."; break; } } return returnValue; } /// <summary> /// This method returns the file source EXIF property. /// </summary> private string FileSource() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.FileSource); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 3: returnValue = "DSC"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the scene type EXIF property. /// </summary> private string SceneType() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.FileSource); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 1: returnValue = "A directly photographed image."; break; default: returnValue = "Reserved."; break; } } return returnValue; } /// <summary> /// This method returns the custom rendered EXIF property. /// </summary> private string CustomRendered() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.CustomRendered); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Normal process"; break; case 1: returnValue = "Custom process"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the exposure mode EXIF property. /// </summary> private string ExposureMode() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.ExposureMode); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Auto exposure"; break; case 1: returnValue = "Manual exposure"; break; case 2: returnValue = "Auto bracket"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the white balance EXIF property. /// </summary> private string WhiteBalance() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.WhiteBalance); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Auto white balance"; break; case 1: returnValue = "Manual white balance"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the focal length in 35mm film EXIF property. /// </summary> private string FocalLengthIn35mmFilm() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.FocalLengthIn35mmFilm); string returnValue = "EXIF property not found."; if (data.Length > 0) { if (data[0] == 0) { returnValue = "Unknown"; } else if (data[0].ToString().Trim() == "NaN") { returnValue = "N/A"; } else { returnValue = data[0].ToString() + "mm"; } } return returnValue; } /// <summary> /// This method returns the scene capture type EXIF property. /// </summary> private string SceneCaptureType() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.SceneCaptureType); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Standard"; break; case 1: returnValue = "Landscape"; break; case 2: returnValue = "Portrait"; break; case 3: returnValue = "Night scene"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the gain control EXIF property. /// </summary> private string GainControl() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.GainControl); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "None"; break; case 1: returnValue = "Low gain up"; break; case 2: returnValue = "High gain up"; break; case 3: returnValue = "Low gain down"; break; case 4: returnValue = "High gain down"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the contrast EXIF property. /// </summary> private string Contrast() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.Contrast); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Normal"; break; case 1: returnValue = "Soft"; break; case 2: returnValue = "Hard"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the saturation EXIF property. /// </summary> private string Saturation() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.Saturation); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Normal"; break; case 1: returnValue = "Low saturation"; break; case 2: returnValue = "High saturation"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the sharpness EXIF property. /// </summary> private string Sharpness() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.Sharpness); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Normal"; break; case 1: returnValue = "Soft"; break; case 2: returnValue = "Hard"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the subject distance range EXIF property. /// </summary> private string SubjectDistanceRange() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.SubjectDistanceRange); string returnValue = "EXIF property not found."; if (data.Length > 0) { switch (data[0]) { case 0: returnValue = "Unknown"; break; case 1: returnValue = "Macro"; break; case 2: returnValue = "Close view"; break; case 3: returnValue = "Distant view"; break; default: returnValue = "Reserved"; break; } } return returnValue; } /// <summary> /// This method returns the subject location EXIF property. /// </summary> private string SubjectLocation() { // Declare local variables. // Get the value for this EXIF property. byte[] data = GetPropertyValue(Definitions.exifCode.SubjectLocation); string returnValue = "EXIF property not found."; if (data.Length > 0) { returnValue = "(" + data[0].ToString() + ", " + data[1].ToString() + ")"; } return returnValue; } /// <summary> /// This method returns the digital zoom ratio EXIF property. /// </summary> private string DigitalZoomRatio() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational dzr = ParsedRational(Definitions.exifCode.DigitalZoomRatio); //Translate the EXIF code into a readable value. if (!dzr.Equals(null)) { returnValue = dzr.Numerator.ToString() + ":" + dzr.Denominator.ToString(); } return returnValue; } /// <summary> /// This method returns the brightness value EXIF property. /// </summary> private string BrightnessValue() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational data = ParsedRational(Definitions.exifCode.DigitalZoomRatio); //Translate the EXIF code into a readable value. if (!data.Equals(null)) { if ((long)data.Numerator >= Int32.MaxValue) { returnValue = "Unknown"; } else { returnValue = Math.Log(data.Numerator / data.Denominator, 2.0).ToString(); } } return returnValue; } /// <summary> /// This method returns the max aperture value EXIF property. /// </summary> private string MaxApertureValue() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational data = ParsedRational(Definitions.exifCode.MaxApertureValue); //Translate the EXIF code into a readable value. if (!data.Equals(null)) { returnValue = string.Format("f{0}", (double)(data.Numerator / data.Denominator)); } return returnValue; } /// <summary> /// This method returns the exposure bias value EXIF property. /// </summary> private string ExposureBiasValue() { //Declare local variables. string returnValue = "EXIF property not found."; EXIFRational data = ParsedRational(Definitions.exifCode.ExposureBiasValue); //Translate the EXIF code into a readable value. if (!data.Equals(null)) { returnValue = string.Format("f{0}", (double)(data.Numerator / data.Denominator)); } return returnValue; } #endregion #region -- Private helper functions -- // Private helper functions. /// <summary> /// This method retrieves the data from the propery items collection. /// </summary> private byte[] GetPropertyValue(Definitions.exifCode exifCode) { return _picture.GetPropertyItem((int)exifCode).Value; } /// <summary> /// This method returns string EXIF data. /// </summary> private string ParsedString(Definitions.exifCode exifCode) { // Declare local variables. // Retrieve the data for this EXIF property. byte[] data = GetPropertyValue(exifCode); // Holds the return value. string parsed = ""; // If there's data, go ahead and parse it. if (data.Length > 1) { // Allocate some memory. IntPtr h = Marshal.AllocHGlobal(data.Length); int i = 0; foreach (byte b in data) { Marshal.WriteByte(h, i, b); i++; } parsed = Marshal.PtrToStringAnsi(h); Marshal.FreeHGlobal(h); } return parsed; } /// <summary> /// This method returns rational EXIF data. /// </summary> private EXIFRational ParsedRational(Definitions.exifCode exifCode) { // Declare local variables. // Retrieve the data for this EXIF property. byte[] data = GetPropertyValue(exifCode); // Parse the data. EXIFRational parsed = new EXIFRational(data); return parsed; } /// <summary> /// This method returns an array of rational EXIF data. /// </summary> private EXIFRational[] ParsedRationalArray(Definitions.exifCode exifCode) { // Declare local variables. // Retrieve the data for this EXIF property. byte[] data = GetPropertyValue(exifCode); // Holds the return value. EXIFRational[] parsed = null; int arraySize = (data.Length / 8); if (arraySize > 0) { parsed = new EXIFRational[arraySize]; for (int i = 0; i < arraySize; i++) { parsed[i] = new EXIFRational(data, i * 8); } } return parsed; } /// <summary> /// This method returns date/time EXIF data. /// </summary> private DateTime ParsedDate(Definitions.exifCode exifCode) { // Declare local variables. // Create a new date object. DateTime ret = new DateTime(1900, 1, 1, 0, 0, 0); // Parse the data. string date = ParsedString(exifCode); // Format the data. if (date.Length >= 19) {

jsp探针 ver0.1

jsp探针ceshi.jsp <%@ page contentType="text/html; charset=gb2312" %> <% class LfSpy { boolean supportHibernate = false; boolean supportJNDI = false; boolean supportJavaxSql = false; boolean supportJAF = false; boolean supportMail = false; boolean supportBeanUtils = false; boolean supportCommonLogging = false; boolean supportCommonCodec = false; boolean supportCommonCollection = false; boolean supportCommonDigester = false; boolean supportCommonLang = false; boolean supportJakartaRegExp = false; boolean supportLucene = false; boolean supportDom4j = false; boolean supportLoonframework = false; boolean supportMmMysqlDriver = false; boolean supportComMysqlDriver = false; boolean supportImageProcessing = false; boolean supportStruts = false; boolean supportSpring = false; String serverName; String serverIP="127.0.0.1"; long startTime = System.currentTimeMillis(); long startMemory = Runtime.getRuntime().freeMemory(); java.util.Properties prop = System.getProperties(); String javaVersion=prop.getProperty("java.version"); String FS=prop.getProperty("file.separator"); int CPUTIME = 30; int PERCENT = 100; public LfSpy() { try { Class.forName("org.springframework.context.ApplicationContext"); supportSpring = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.loon.framework.Loon"); supportLoonframework = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.hibernate.Transaction"); supportHibernate = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.struts.action.ActionServlet"); supportStruts = true; } catch (ClassNotFoundException ex) { } try { Class.forName("javax.naming.Name"); supportJNDI = true; } catch (ClassNotFoundException ex) { } try { Class.forName("javax.sql.DataSource"); supportJavaxSql = true; } catch (ClassNotFoundException ex) { } try { Class.forName("javax.activation.DataSource"); supportJAF = true; } catch (ClassNotFoundException ex) { } try { Class.forName("javax.mail.Message"); supportMail = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.commons.beanutils.MethodUtils"); supportBeanUtils = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.commons.logging.LogFactory"); supportCommonLogging = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.commons.codec.Decoder"); supportCommonCodec = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.commons.collections.ArrayStack"); supportCommonCollection = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.commons.digester.Digester"); supportCommonDigester = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.commons.lang.SystemUtils"); supportCommonLang = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.regexp.RE"); supportJakartaRegExp = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.apache.lucene.index.IndexWriter"); supportLucene = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.dom4j.Document"); supportDom4j = true; } catch (ClassNotFoundException ex) { } try { Class.forName("org.gjt.mm.mysql.Driver"); supportMmMysqlDriver = true; } catch (ClassNotFoundException ex) { } try { Class.forName("com.mysql.jdbc.Driver"); supportComMysqlDriver = true; } catch (ClassNotFoundException ex) { } loadAddress(); try { java.awt.image.BufferedImage bufferedImage = new java.awt.image.BufferedImage( 10, 10, java.awt.image.BufferedImage.TYPE_INT_RGB); java.awt.Graphics2D g = bufferedImage.createGraphics(); g.drawLine(0, 0, 10, 10); g.dispose(); supportImageProcessing = true; } catch (Throwable ex) { } } public String getOSarch(){ return prop.getProperty("os.arch"); } public String getTimeZone(){ return prop.getProperty("user.timezone"); } public String getNowUser(){ return prop.getProperty("user.name"); } public String getNowUserDir(){ return prop.getProperty("user.dir"); } public String getOSName(){ return prop.getProperty("os.name"); } public String getSystemModel(){ return prop.getProperty("sun.arch.data.model"); } final private long getDiskForLinuxInfo(final String dirPath) { try { String dir = dirPath.startsWith("/") ? dirPath : "/"+dirPath; long space = -1; Process process; Runtime run = Runtime.getRuntime(); String osName = System.getProperty("os.name").toLowerCase(); String command = ""; if (osName.startsWith("linux")) { command = "df -k " + dir; } process = run.exec(command); java.io.BufferedReader in = new java.io.BufferedReader(new java.io.InputStreamReader( process.getInputStream())); String freeSpace = "", line; while ((line = in.readLine()) != null) { if (line.length() > 0) { freeSpace = line; } } if (freeSpace == null || freeSpace.length() == 0) { return -1; } process.destroy(); freeSpace = freeSpace.trim().replaceAll("\\\\", "\\/"); String[] results = freeSpace.split(" "); for (int i = results.length - 1; i > 0; i--) { try { space = Long.parseLong(results[i]); return space; } catch (NumberFormatException ex) { continue; } } } catch (java.io.IOException e) { return -1; } return -1; } /** * 获得windows下指定地址硬盘空间大小 * * @param dirPath * @return */ final private long getDiskForWindowsInfo(String dirPath) { try { long space = -1; Process process; Runtime run = Runtime.getRuntime(); String osName = System.getProperty("os.name").toLowerCase(); String command = ""; if (osName.startsWith("windows") && osName.indexOf("98") == -1) { command = "cmd.exe /c dir " + dirPath; } else if (osName.startsWith("windows") && osName.indexOf("98") != -1) { command = "command.com /c dir " + dirPath; } process = run.exec(command); java.io.BufferedReader in = new java.io.BufferedReader(new java.io.InputStreamReader( process.getInputStream())); String freeSpace = "", line; while ((line = in.readLine()) != null) { freeSpace = line; } if (freeSpace == null) { return -1; } process.destroy(); freeSpace = freeSpace.trim(); freeSpace = freeSpace.replaceAll("\\\\\\\\\\\\\\\\.", ""); freeSpace = freeSpace.replaceAll(",", ""); String[] results = freeSpace.split(" "); for (int i = 1; i < results.length; i++) { try { space = Long.parseLong(results[i]); return space; } catch (NumberFormatException ex) { continue; } } return space; } catch (java.io.IOException e) { return -1; } } public long getObjectDisk() { String path = prop.getProperty("user.dir"); int index = path.indexOf(FS); path = path.substring(0, index); String osName = System.getProperty("os.name").toLowerCase(); if (osName.startsWith("windows")) { return getDiskForWindowsInfo(path); } else if (osName.startsWith("linux")) { return getDiskForLinuxInfo(path); } else { return -1; } } public final String getMacAddress() { String os = System.getProperty("os.name"); try { if(os.startsWith("Windows")) { return windowsParseMacAddress(windowsRunIpConfigCommand()); } else if(os.startsWith("Linux")) { return linuxParseMacAddress(linuxRunIfConfigCommand()); } else { throw new java.io.IOException("unknown operating system: " + os); } } catch(Exception ex) { return "Nothing"; } } private final String linuxParseMacAddress(String ipConfigResponse) throws java.text.ParseException { String localHost = null; try { localHost = java.net.InetAddress.getLocalHost().getHostAddress(); } catch(java.net.UnknownHostException ex) { ex.printStackTrace(); throw new java.text.ParseException(ex.getMessage(), 0); } java.util.StringTokenizer tokenizer = new java.util.StringTokenizer(ipConfigResponse, "\n"); String lastMacAddress = null; while(tokenizer.hasMoreTokens()) { String line = tokenizer.nextToken().trim(); boolean containsLocalHost = line.indexOf(localHost) >= 0; if(containsLocalHost && lastMacAddress != null) { return lastMacAddress; } int macAddressPosition = line.indexOf("HWaddr"); if(macAddressPosition <= 0) continue; String macAddressCandidate = line.substring(macAddressPosition + 6).trim(); if(linuxIsMacAddress(macAddressCandidate)) { lastMacAddress = macAddressCandidate; continue; } } java.text.ParseException ex = new java.text.ParseException ("cannot read MAC address for " + localHost + " from [" + ipConfigResponse + "]", 0); ex.printStackTrace(); throw ex; } private final boolean linuxIsMacAddress(String macAddressCandidate) { if(macAddressCandidate.length() != 17) return false; return true; } private final String linuxRunIfConfigCommand() throws java.io.IOException { Process p = Runtime.getRuntime().exec("ifconfig"); java.io.InputStream stdoutStream = new java.io.BufferedInputStream(p.getInputStream()); StringBuffer buffer= new StringBuffer(); for (;;) { int c = stdoutStream.read(); if (c == -1) break; buffer.append((char)c); } String outputText = buffer.toString(); stdoutStream.close(); return outputText; } private final String windowsParseMacAddress(String ipConfigResponse) throws java.text.ParseException { String localHost = null; try { localHost = java.net.InetAddress.getLocalHost().getHostAddress(); } catch(java.net.UnknownHostException ex) { ex.printStackTrace(); throw new java.text.ParseException(ex.getMessage(), 0); } java.util.StringTokenizer tokenizer = new java.util.StringTokenizer(ipConfigResponse, "\n"); String lastMacAddress = null; while(tokenizer.hasMoreTokens()) { String line = tokenizer.nextToken().trim(); if(line.endsWith(localHost) && lastMacAddress != null) { return lastMacAddress; } int macAddressPosition = line.indexOf(":"); if(macAddressPosition <= 0) continue; String macAddressCandidate = line.substring(macAddressPosition + 1).trim(); if(windowsIsMacAddress(macAddressCandidate)) { lastMacAddress = macAddressCandidate; continue; } } java.text.ParseException ex = new java.text.ParseException("cannot read MAC address from [" + ipConfigResponse + "]", 0); ex.printStackTrace(); throw ex; } private final boolean windowsIsMacAddress(String macAddressCandidate) { if(macAddressCandidate.length() != 17) return false; return true; } private final String windowsRunIpConfigCommand() throws java.io.IOException { Process p = Runtime.getRuntime().exec("ipconfig /all"); java.io.InputStream in = new java.io.BufferedInputStream(p.getInputStream()); StringBuffer buffer= new StringBuffer(); for (;;) { int c = in.read(); if (c == -1) break; buffer.append((char)c); } String outputText = buffer.toString(); in.close(); return outputText; } public double getCpuRatio(){ double cpuRatio = 0; if (getOSName().toLowerCase().startsWith("windows")) { cpuRatio = getCpuRatioForWindows(); } else if (getOSName().toLowerCase().startsWith("linux")) { cpuRatio = getCpuRatioForLinux(); } return cpuRatio; } private double getCpuRatioForWindows() { try { String procCmd = System.getenv("windir") + "\\system32\\wbem\\wmic.exe process get Caption,CommandLine," + "KernelModeTime,ReadOperationCount,ThreadCount,UserModeTime,WriteOperationCount"; long[] c0 = readCpu(Runtime.getRuntime().exec(procCmd)); Thread.sleep(CPUTIME); long[] c1 = readCpu(Runtime.getRuntime().exec(procCmd)); if (c0 != null && c1 != null) { long idletime = c1[0] - c0[0]; long busytime = c1[1] - c0[1]; return Double.valueOf( PERCENT * (busytime) / (busytime + idletime)) .doubleValue(); } else { return 0.0; } } catch (Exception ex) { ex.printStackTrace(); return 0.0; } } final private double getCpuRatioForLinux() { try { java.io.File file = new java.io.File("/proc/stat"); java.io.BufferedReader br = new java.io.BufferedReader(new java.io.InputStreamReader( new java.io.FileInputStream(file))); java.util.StringTokenizer token = new java.util.StringTokenizer(br.readLine()); token.nextToken(); int user = Integer.parseInt(token.nextToken()); int nice = Integer.parseInt(token.nextToken()); int system = Integer.parseInt(token.nextToken()); int idle = Integer.parseInt(token.nextToken()); Thread.sleep(1000); br = new java.io.BufferedReader(new java.io.InputStreamReader(new java.io.FileInputStream( file))); token = new java.util.StringTokenizer(br.readLine()); token.nextToken(); int user2 = Integer.parseInt(token.nextToken()); int nice2 = Integer.parseInt(token.nextToken()); int sys2 = Integer.parseInt(token.nextToken()); int idle2 = Integer.parseInt(token.nextToken()); return (double) ((user2 + sys2 + nice2) - (user + system + nice)) / (float) ((user2 + nice2 + sys2 + idle2) - (user + nice + system + idle)); } catch (Exception ex) { return (double) 0.0; } } final String substring(String src, int startidx, int endidx) { byte[] b = src.getBytes(); StringBuffer sbr = new StringBuffer(); for (int i = startidx; i <= endidx; i++) { sbr.append((char) b[i]); } return sbr.toString(); } final long[] readCpu(final Process proc) { long[] retn = new long[2]; try { proc.getOutputStream().close(); java.io.InputStreamReader ir = new java.io.InputStreamReader(proc.getInputStream()); java.io.LineNumberReader input = new java.io.LineNumberReader(ir); String line = input.readLine(); if (line == null || line.length() < 10) { return null; } int capidx = line.indexOf("Caption"); int cmdidx = line.indexOf("CommandLine"); int rocidx = line.indexOf("ReadOperationCount"); int umtidx = line.indexOf("UserModeTime"); int kmtidx = line.indexOf("KernelModeTime"); int wocidx = line.indexOf("WriteOperationCount"); long idletime = 0; long kneltime = 0; long usertime = 0; while ((line = input.readLine()) != null) { if (line.length() < wocidx) { continue; } String caption = substring(line, capidx, cmdidx - 1).trim(); String cmd = substring(line, cmdidx, kmtidx - 1).trim(); if (cmd.indexOf("wmic.exe") >= 0) { continue; } if (caption.equals("System Idle Process") || caption.equals("System")) { idletime += Long.valueOf( substring(line, kmtidx, rocidx - 1).trim()) .longValue(); idletime += Long.valueOf( substring(line, umtidx, wocidx - 1).trim()) .longValue(); continue; } kneltime += Long.valueOf( substring(line, kmtidx, rocidx - 1).trim()).longValue(); usertime += Long.valueOf( substring(line, umtidx, wocidx - 1).trim()).longValue(); } retn[0] = idletime; retn[1] = kneltime + usertime; return retn; } catch (Exception ex) { ex.printStackTrace(); } finally { try { proc.getInputStream().close(); } catch (Exception e) { e.printStackTrace(); } } return null; } public long getStartTime(){ return startTime; } public long getStartMemory(){ return startMemory; } public boolean isSun() { return System.getProperty("java.vm.vendor").indexOf("Sun") != -1; } public String getJavaVersion() { return javaVersion; } public void loadAddress() { try { java.net.InetAddress address = java.net.InetAddress .getLocalHost(); java.net.InetAddress[] all = java.net.InetAddress.getAllByName(address.getHostName()); for (int i = 0; i < all.length; i++) { String temp = null; temp = all[i].getHostAddress().toString(); if (!temp.startsWith("127.0") && !temp.startsWith("169.254")) { serverIP=temp; } } serverName = address.getHostName(); } catch (java.net.UnknownHostException e) { } } /** * 获得所在服务器名称 */ public String getServerName() { return serverName; } public String getServerIP() { return serverIP; } public boolean isSupportSpring(){ return supportSpring; } public boolean isSupportLoonframework(){ return supportLoonframework; } public boolean isSupportStruts() { return supportStruts; } public boolean isSupportJAF() { return supportJAF; } public boolean isSupportJavaxSql() { return supportJavaxSql; } public boolean isSupportHibernate(){ return supportHibernate; } public boolean isSupportJNDI() { return supportJNDI; } public boolean isSupportMail() { return supportMail; } public boolean isSupportBeanUtils() { return supportBeanUtils; } public boolean isSupportCommonLogging() { return supportCommonLogging; } public boolean isSupportCommonCodec() { return supportCommonCodec; } public boolean isSupportCommonCollection() { return supportCommonCollection; } public boolean isSupportCommonDigester() { return supportCommonDigester; } public boolean isSupportCommonLang() { return supportCommonLang; } public boolean isSupportJakartaRegExp() { return supportJakartaRegExp; } public boolean isSupportLucene() { return supportLucene; } public boolean isSupportDom4j() { return supportDom4j; } public boolean isSupportMmMysqlDriver() { return supportMmMysqlDriver; } public boolean isSupportComMysqlDriver() { return supportComMysqlDriver; } public boolean isSupportImageProcessing() { return supportImageProcessing; } public String getDoubleOperation(){ long begin = System.currentTimeMillis(); int flag = 0; double random = (double)new java.util.Random().nextInt( 1000 ); while( flag < 100000 ){ random = Math.sqrt( random ); flag++; } long end = System.currentTimeMillis(); long result = end - begin; return String.valueOf(result); } public String getNumberOperation() { long begin = startTime; int flag = 0; while (flag < 1000000) { flag++; } long end = System.currentTimeMillis(); long result = end - begin; return String.valueOf(result); } } LfSpy spyLib = new LfSpy(); %> <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN" "http://www.w3.org/TR/html4/loose.dtd"> <html> <head> <title>lf-jsp探针 Ver 0.1.0</title> <meta http-equiv="Content-Type" content="text/html; charset=gb2312"> <style type="text/css">  </style> </head> <body> <table width="100%" height="45" border="0" cellpadding="0" class="InnerHead"> <tr> <td><div align="center"><span class="stylebase"><a href="http://looframework.sourceforge.net/">LF-Spy Java服务器探针 Ver 0.1.0</a></span></div></td> </tr> </table> <h3>服务器连接速度:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="29%" height="22" class="InnerHead"><span class="table-header-text">接入设备 </span></td> <td width="45%" height="22" class="InnerHead"><span class="table-header-text">连接速度(理论值) </span></td> <td width="26%" class="InnerHead"><span class="table-header-text">下载速度(理论值) </span></td> </tr> <tr> <td height="20" class="InnerMain">56k Modem</td> <td class="InnerMain"><img align=absmiddle class=PicBar width='1%'> 56 Kbps</td> <td class="InnerMain">7.0 k/s</td> </tr> <tr> <td height="20" class="InnerMain">64k ISDN</td> <td class="InnerMain"><img align=absmiddle class=PicBar width='1%'> 64 Kbps</td> <td class="InnerMain">8.0 k/s</td> </tr> <tr> <td height="20" class="InnerMain">512k ADSL</td> <td class="InnerMain"><img align=absmiddle class=PicBar width='5%'> 512 Kbps</td> <td class="InnerMain">64.0 k/s</td> </tr> <tr> <td height="20" class="InnerMain">1.5M Cable</td> <td class="InnerMain"><img align=absmiddle class=PicBar width='15%'> 1500 Kbps</td> <td class="InnerMain">187.5 k/s</td> </tr> <tr> <td height="20" class="InnerMain">5M FTTP</td> <td class="InnerMain"><img align=absmiddle class=PicBar width='50%'> 5000 Kbps</td> <td class="InnerMain">625.0 k/s</td> </tr> <tr> <td height="20" class="InnerMain">当前连接速度</td> <% if(request.getParameter("action") != null && "speedTest".equals(request.getParameter("action"))){ StringBuffer sbuffer=new StringBuffer(99); sbuffer.append("<script language='JavaScript'>var tSpeedStart=new Date();</script>" ); sbuffer.append("<script language='JavaScript'>var tSpeedEnd=new Date();</script>\n" ); sbuffer.append("<script language='JavaScript'>" ); sbuffer.append("var iSpeedTime = 0; iSpeedTime = ( tSpeedEnd - tSpeedStart ) / 1000;" ); sbuffer.append("if( iSpeedTime > 0 ) iKbps = Math.round( Math.round( 100 * 8 / iSpeedTime * 10.5 ) / 10 ); else iKbps = 10000 ;" ); sbuffer.append("var iShowPer = Math.round( iKbps / 100 );" ); sbuffer.append("if( iShowPer < 1 ) iShowPer = 1; else if( iShowPer > 82 ) iShowPer = 82;" ); sbuffer.append("</script>\n" ); sbuffer.append("<script language='JavaScript'>" ); sbuffer.append("document.write('<td class=InnerMain><img align=absmiddle class=PicBar width=\"' + iShowPer + '%\">' + iKbps + ' Kbps');" ); sbuffer.append("</script>\n" ); sbuffer.append("</td><td class=InnerMain> <a href='?action=speedTest' title=连接速度测试><u>" ); sbuffer.append("<script language='JavaScript'>" ); sbuffer.append("document.write(Math.round(iKbps/8*10)/10+'k/s');"); sbuffer.append("</script>\n") ; sbuffer.append("</u></a></td>"); out.println(sbuffer.toString()); }else{ %> <td class="InnerMain"> </td> <td class="InnerMain"><a href='?action=speedTest' title=测试连接速度><u>开始测试</u></a></td> <%}%> </tr> </table> <h3>服务器相关数据:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="29%" height="22" class="InnerHead"><span class="table-header-text">服务器相关</span></td> <td width="71%" height="22" class="InnerHead"><span class="table-header-text">数值信息</span></td> </tr> <tr> <td width="29%" class="InnerMain">服务器名</td> <td class="InnerMain"> <%=spyLib.getServerName()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器软件名</td> <td class="InnerMain"> <%=getServletContext().getServerInfo()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器IP</td> <td class="InnerMain"> <%=spyLib.getServerIP()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器操作系统</td> <td class="InnerMain"> <%=spyLib.getOSName()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器系统模式</td> <td class="InnerMain"> <%=spyLib.getSystemModel()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器MAC地址</td> <td class="InnerMain"> <%=spyLib.getMacAddress()%> </td> </tr> <tr> <td width="29%" class="InnerMain">操作系统类型</td> <td class="InnerMain"> <%=spyLib.getOSarch()%> </td> </tr> <tr> <td width="29%" class="InnerMain">操作系统CPU占用率</td> <td class="InnerMain"> <%=spyLib.getCpuRatio()+"%"%> </td> </tr> <tr> <td width="29%" class="InnerMain">JRE版本</td> <td class="InnerMain"> <%=spyLib.getJavaVersion()%> </td> </tr> <tr> <td width="29%" class="InnerMain">JVM是否为Sun提供</td> <td class="InnerMain"> <%=spyLib.isSun()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器当前时间</td> <td class="InnerMain"> <%=new java.util.Date()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器时区设置</td> <td class="InnerMain"> <%=spyLib.getTimeZone()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器当前用户</td> <td class="InnerMain"> <%=spyLib.getNowUser()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器当前用户所在硬盘剩余空间</td> <td class="InnerMain"> <%=spyLib.getObjectDisk()==-1?"未知":spyLib.getObjectDisk()/1024/1024+"MB"%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器当前用户目录</td> <td class="InnerMain"> <%=spyLib.getNowUserDir()%> </td> </tr> <tr> <td width="29%" class="InnerMain">服务器当前页面物理路径</td> <td class="InnerMain"> <%=config.getServletContext().getRealPath(request.getServletPath())%> </td> </tr> <tr> <td width="29%" class="InnerMain">当前服务端口</td> <td class="InnerMain"> <%=request.getServerPort()%> </td> </tr> </table> <h3>截获的浏览器参数一览:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="29%" height="22" class="InnerHead"><span class="table-header-text">属性 </span></td> <td width="%71%" height="22" class="InnerHead"><span class="table-header-text">数值 </span></td> </tr> <tr> <td width="29%" class="InnerMain"> http-protocol</td> <td class="InnerMain"> <%=request.getProtocol()%> </td> </tr> <tr> <td width="29%" class="InnerMain"> http-method</td> <td class="InnerMain"> <%=request.getMethod()%> </td> </tr> <tr> <td width="29%" class="InnerMain"> remote-host</td> <td class="InnerMain"> <%=request.getRemoteHost()%> </td> </tr> <tr> <td width="29%" class="InnerMain"> remote-ip</td> <td class="InnerMain"> <%=request.getRemoteAddr()%> </td> </tr> <tr> <td width="29%" class="InnerMain"> remote-user</td> <td class="InnerMain"> <%=request.getRemoteUser()%> </td> </tr> <tr> <td width="29%" class="InnerMain"> remote-port</td> <td class="InnerMain"> <%=request.getRemotePort()%> </td> </tr> <tr> <td width="29%" class="InnerMain"> content-type</td> <td class="InnerMain"> <%=request.getContentType()%> </td> </tr> <% java.util.Enumeration enums=request.getHeaderNames(); StringBuffer headBuffer=new StringBuffer(); String name=""; Object value=""; while(enums.hasMoreElements()){ name=(String)enums.nextElement(); value=(String)request.getHeader(name); headBuffer.append("<tr>"); headBuffer.append("<td class=\"InnerMain\"> "+name+"</td>"); headBuffer.append("<td class=\"InnerMain\"> "+value+"</td>"); headBuffer.append("</tr>"); } out.println(headBuffer.toString()); %> </table> <h3>部分CGI(Common Gateway Interface)参数:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="29%" height="22" class="InnerHead"><span class="table-header-text">属性 </span></td> <td width="%71%" height="22" class="InnerHead"><span class="table-header-text">数值 </span></td> </tr> <tr> <td class="InnerMain"> SERVER_NAME (服务名)</td> <td class="InnerMain"> <%=request.getServerName()%></td> </tr> <tr> <td class="InnerMain"> PATH_TRANSLATED (服务器实际路径信息)</td> <td class="InnerMain"> <%=request.getPathTranslated()%></td> </tr> <tr> <td class="InnerMain"> SERVER_SOFTWARE (服务器软件名)</td> <td class="InnerMain"> <%=getServletContext().getServerInfo()%></td> </tr> <tr> <td class="InnerMain"> PATH_INFO (附加路径信息)</td> <td class="InnerMain"> <%=request.getPathInfo()%></td> </tr> <tr> <td class="InnerMain"> DOCUMENT_ROOT (站点的物理路径)</td> <td class="InnerMain"> <%=getServletContext().getRealPath("/")%></td> </tr> <tr> <td class="InnerMain"> CONTEXT_PATH (站点的根路径)</td> <td class="InnerMain"> <%=request.getContextPath()%></td> </tr> </table> <h3>通过请求(Request)获得的参数:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="29%" height="22" class="InnerHead"><span class="table-header-text">属性 </span></td> <td width="%71%" height="22" class="InnerHead"><span class="table-header-text">数值 </span></td> </tr> <tr> <td class="InnerMain"> getAuthType</td> <td class="InnerMain"> <%=request.getAuthType()%></td> </tr> <tr> <td class="InnerMain"> getCharacterEncoding</td> <td class="InnerMain"> <%=request.getCharacterEncoding()%></td> </tr> <tr> <td class="InnerMain"> getContentLength</td> <td class="InnerMain"> <%=request.getContentLength()%></td> </tr> <tr> <td class="InnerMain"> getContentType</td> <td class="InnerMain"> <%=request.getContentType()%></td> </tr> <tr> <td class="InnerMain"> getContextPath</td> <td class="InnerMain"> <%=request.getContextPath()%></td> </tr> <tr> <td class="InnerMain"> getLocale</td> <td class="InnerMain"> <%=request.getLocale()%></td> </tr> <tr> <td class="InnerMain"> getLocales</td> <td class="InnerMain"> <%=request.getLocales()%></td> </tr> <tr> <td class="InnerMain"> getMethod</td> <td class="InnerMain"> <%=request.getMethod()%></td> </tr> <tr> <td class="InnerMain"> getPathInfo</td> <td class="InnerMain"> <%=request.getPathInfo()%></td> </tr> <tr> <td class="InnerMain"> getPathTranslated</td> <td class="InnerMain"> <%=request.getPathTranslated()%></td> </tr> <tr> <td class="InnerMain"> getProtocol</td> <td class="InnerMain"> <%=request.getProtocol()%></td> </tr> <tr> <td class="InnerMain"> getReader</td> <td class="InnerMain"> <%=request.getReader()%></td> </tr> <tr> <td class="InnerMain"> getRealPath</td> <td class="InnerMain"> <%=config.getServletContext().getRealPath(".")%></td> </tr> <tr> <td class="InnerMain"> getRemoteAddr</td> <td class="InnerMain"> <%=request.getRemoteAddr()%></td> </tr> <tr> <td class="InnerMain"> getRemoteHost</td> <td class="InnerMain"> <%=request.getRemoteHost()%></td> </tr> <tr> <td class="InnerMain"> getRemoteUser</td> <td class="InnerMain"> <%=request.getRemoteUser()%></td> </tr> <tr> <td class="InnerMain"> getRequestDispatcher</td> <td class="InnerMain"> <%=request.getRequestDispatcher("/")%></td> </tr> <tr> <td class="InnerMain"> getRequestURI</td> <td class="InnerMain"> <%=request.getRequestURI()%></td> </tr> <tr> <td class="InnerMain"> getRequestURL</td> <td class="InnerMain"> <%=request.getRequestURL()%></td> </tr> <tr> <td class="InnerMain"> getServerName</td> <td class="InnerMain"> <%=request.getServerName()%></td> </tr> <tr> <td class="InnerMain"> getServerPort</td> <td class="InnerMain"> <%=request.getServerPort()%></td> </tr> <tr> <td class="InnerMain"> getServletPath</td> <td class="InnerMain"> <%=request.getServletPath()%></td> </tr> <tr> <td class="InnerMain"> getUserPrincipal</td> <td class="InnerMain"> <%=request.getUserPrincipal()%></td> </tr> </table> <h3>通过应答(Response)返回的参数:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">属性 </span></td> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">数值 </span></td> </tr> <tr> <td class="InnerMain"> getBufferSize</td> <td class="InnerMain"> <%=response.getBufferSize()%></td> </tr> <tr> <td class="InnerMain"> getCharacterEncoding</td> <td class="InnerMain"> <%=response.getCharacterEncoding()%></td> </tr> <tr> <td class="InnerMain"> getContentType</td> <td class="InnerMain"> <%=response.getContentType()%></td> </tr> <tr> <td class="InnerMain"> getLocale</td> <td class="InnerMain"> <%=response.getLocale()%></td> </tr> </table> <h3>通过会话(Session)获得的参数:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">属性 </span></td> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">数值</span></td> </tr> <% enums=session.getAttributeNames(); headBuffer=new StringBuffer(); while(enums.hasMoreElements()){ name=(String)enums.nextElement(); value=session.getAttribute(name); headBuffer.append("<tr>"); headBuffer.append("<td class=\"InnerMain\"> "+name+"</td>"); headBuffer.append("<td class=\"InnerMain\"> "+session.getAttribute(name)+"</td>"); headBuffer.append("</tr>"); } out.println(headBuffer.toString()); %> </table> <h3>通过服务器应用（Application）获得的参数:</h3> <table border=0 width="100%" cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="29%" class="InnerHead"><span class="table-header-text">属性</span></td> <td width="71%" class="InnerHead"><span class="table-header-text">数值</span></td> </tr> <% enums=application.getAttributeNames(); headBuffer=new StringBuffer(); while(enums.hasMoreElements()){ name=(String)enums.nextElement(); value=application.getAttribute(name); if(value instanceof String){ String temp=(String)value; if(temp.indexOf(";")!=-1){ java.util.StringTokenizer token=new java.util.StringTokenizer(temp,";"); StringBuffer buffer=new StringBuffer(token.countTokens()); while(token.hasMoreElements()){ buffer.append(token.nextElement()); buffer.append(";\n<br>"); } value=buffer.toString(); } } headBuffer.append("<tr>"); headBuffer.append("<td class=\"InnerMain\"> "+name+" </td>"); headBuffer.append("<td class=\"InnerMain\"> "+value+" </td>"); headBuffer.append("</tr>"); } out.println(headBuffer.toString()); %> </table> <h3>通过小甜饼(Cookies)获得的参数:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">属性 </span></td> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">数值</span></td> </tr> <% Cookie[] cos=request.getCookies(); if(cos!=null){ for(int i=0;i<cos.length;i++) { %> <tr> <td class="InnerMain"> <%=cos[i].getName()%></td> <td class="InnerMain"> <%=cos[i].getValue()%></td> </tr> <% } } %> </table> <h3>服务器效率测试:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="54%" height="22" class="InnerHead"><span class="table-header-text">让服务器执行100万次整数运算和10万次开方，记录所用的时间。</span></td> <td width="21%" height="22" class="InnerHead"><span class="table-header-text">整数运算</span></td> <td width="25%" height="22" class="InnerHead"><span class="table-header-text">浮点运算</span></td> </tr> <tr> <td class="InnerMain" height="40"> <input name="button" type="button" class=backc onclick="javascript:location.reload()" value="测试当前服务器"/></td> <td class="InnerMain"> <%=spyLib.getNumberOperation()+"(毫秒)"%></td> <td class="InnerMain"> <%=spyLib.getDoubleOperation()+"(毫秒)"%></td> </tr> </table> <h3>服务器所有可用参数一览:</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="29%" height="22" class="InnerHead"><span class="table-header-text">服务器相关 </span></td> <td width="%71%" height="22" class="InnerHead"><span class="table-header-text">数值信息 </span></td> </tr> <% java.util.Properties props=System.getProperties(); java.util.Iterator iter=props.keySet().iterator(); while(iter.hasNext()) { name=(String)iter.next(); value=props.get(name); if(value instanceof String){ String temp=(String)value; boolean isA=temp.indexOf(";")!=-1; boolean isB=temp.indexOf(",")!=-1; if(isA||isB){ java.util.StringTokenizer token=new java.util.StringTokenizer(temp.replace(" ",""),isA?";":","); StringBuffer buffer=new StringBuffer(token.countTokens()); while(token.hasMoreElements()){ buffer.append(" "+token.nextElement()); buffer.append(isA?";"+"\n<br>":","+"\n<br>"); } value=buffer.toString(); } }else{ value=" "+value; } headBuffer.append("<tr>"); headBuffer.append("<td class=\"InnerMain\">"+name+" </td>"); headBuffer.append("<td class=\"InnerMain\">"+value+" </td>"); headBuffer.append("</tr>"); } out.println(headBuffer.toString()); %> </table> <h3>针对部分类库的服务器加载验证</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">属性 </span></td> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">数值 </span></td> </tr> <tr> <td class="InnerMain"> 是否支持 JNDI</td> <td class="InnerMain"> <%=spyLib.isSupportJNDI()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 Loonframework</td> <td class="InnerMain"> <%=spyLib.isSupportLoonframework()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 JavaxSql</td> <td class="InnerMain"> <%=spyLib.isSupportJavaxSql()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 JAF</td> <td class="InnerMain"> <%=spyLib.isSupportJAF()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 Mail</td> <td class="InnerMain"> <%=spyLib.isSupportMail()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 BeanUtils</td> <td class="InnerMain"> <%=spyLib.isSupportBeanUtils()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 CommonLogging</td> <td class="InnerMain"> <%=spyLib.isSupportCommonLogging()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 CommonCodec</td> <td class="InnerMain"> <%=spyLib.isSupportCommonCodec()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 CommonCollection</td> <td class="InnerMain"> <%=spyLib.isSupportCommonCollection()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 CommonDigester</td> <td class="InnerMain"> <%=spyLib.isSupportCommonDigester()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 CommonLang</td> <td class="InnerMain"> <%=spyLib.isSupportCommonLang()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 JakartaRegExp</td> <td class="InnerMain"> <%=spyLib.isSupportJakartaRegExp()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 Struts</td> <td class="InnerMain"> <%=spyLib.isSupportStruts()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 Lucene</td> <td class="InnerMain"> <%=spyLib.isSupportLucene()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 Dom4j</td> <td class="InnerMain"> <%=spyLib.isSupportDom4j()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 MysqlDriver(Mm)</td> <td class="InnerMain"> <%=spyLib.isSupportMmMysqlDriver()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 MysqlDriver(Com)</td> <td class="InnerMain"> <%=spyLib.isSupportComMysqlDriver()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 ImageProcessing</td> <td class="InnerMain"> <%=spyLib.isSupportImageProcessing()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 Hibernate</td> <td class="InnerMain"> <%=spyLib.isSupportHibernate()%></td> </tr> <tr> <td class="InnerMain"> 是否支持 Spring</td> <td class="InnerMain"> <%=spyLib.isSupportSpring()%></td> </tr> </table> <p> <h3>资源消费一览</h3> <table border=0 width=100% cellspacing=1 cellpadding=0 class="InnerTable"> <tr> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">属性 </span></td> <td width="50%" height="22" class="InnerHead"><span class="table-header-text">数值 </span></td> </tr> <% long endMem = Runtime.getRuntime().freeMemory(); long total= Runtime.getRuntime().maxMemory(); long endTime = System.currentTimeMillis(); java.util.Date date = new java.util.Date(spyLib.getStartTime()); java.text.SimpleDateFormat df = new java.text.SimpleDateFormat("yyyy-MM-dd HH:mm:ss"); String starttime = df.format(date); date = new java.util.Date(endTime); df = new java.text.SimpleDateFormat("yyyy-MM-dd HH:mm:ss"); String endtime = df.format(date); %> <tr> <td class="InnerMain"> 最大内存容量</td> <td class="InnerMain"> <%=(total/1024/1024+"MB")%></td> </tr> <tr> <td class="InnerMain"> 应用结束时剩余自由内存</td> <td class="InnerMain"> <%=(endMem/1024/1024+"MB")%></td> </tr> <tr> <td class="InnerMain"> 应用结束时减少自由内存</td> <td class="InnerMain"> <%=((spyLib.getStartMemory() - endMem)/1024/1024+"MB")%></td> </tr> <tr> <td class="InnerMain"> 应用开始时间</td> <td class="InnerMain"> <%=starttime%></td> </tr> <tr> <td class="InnerMain"> 应用结束时间</td> <td class="InnerMain"> <%=endtime%></td> </tr> <tr> <td class="InnerMain"> 应用耗时(毫秒)</td> <td class="InnerMain"> <%=(endTime-spyLib.getStartTime())%></td> </tr> </table> <p><br> </p> <center> <sup>©</sup> </center><br> </body> </html>

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