Version 1.1 Exception caught on server: SCOMP6109

Error typeGeneral Exception
SourceCode : mscorlib
MessageThe process cannot access the file 'E:\SisProject\xmldoc\debug9.htm' because it is being used by another process. at System.IO.__Error.WinIOError(Int32 errorCode, String maybeFullPath) at System.IO.FileStream.Init(String path, FileMode mode, FileAccess access, Int32 rights, Boolean useRights, FileShare share, Int32 bufferSize, FileOptions options, SECURITY_ATTRIBUTES secAttrs, String msgPath, Boolean bFromProxy, Boolean useLongPath, Boolean checkHost) at System.IO.FileStream..ctor(String path, FileMode mode, FileAccess access, FileShare share, Int32 bufferSize, FileOptions options, String msgPath, Boolean bFromProxy, Boolean useLongPath, Boolean checkHost) at System.IO.StreamWriter.CreateFile(String path, Boolean append, Boolean checkHost) at System.IO.StreamWriter..ctor(String path, Boolean append, Encoding encoding, Int32 bufferSize, Boolean checkHost) at System.IO.StreamWriter..ctor(String path, Boolean append, Encoding encoding) at Wur.Sis.SscOnline.rpage.Render(HtmlTextWriter writer) in E:\Jenkins\workspace\AIR-Internet (.Net)\Wur.Sis.SscOnline\rpage.aspx.cs:line 443
Urlhttps://ssc.wur.nl/uAnonymous/wrdnl/vak_xml.iread?Vak:Vak=BCT80436&Ondeenheid:Gidsjaar=2020&USER=&AUTHENTICATION=&REMOTE_ADDR=10.92.62.205&USERSESSIONID=tsa11v4wopxbe3efayf02oov&XPAGE=9
Tracingwindows authentication Input Middle tier (Uniface) MT Before response MT After response Load xml WSPGKTBGOOJXECV 2020 USA BCT-80436 MSc Thesis Biobased Chemistry and Technology 36.00 51.5 T Thesis 0 36.00 51.5 Language of instruction: EN Mandatory knowledge: BCT20306 (Modelling Dynamic Systems) or BCT23306 (Biorefinery) or ORC20306 (Bio-organic Chemistry), and 6 credits of continuation courses from BCT. Contents: The MSc thesis enables the student to put their acquired knowledge and skills into practice by individually and independently conducting a research project in the field of the programme. Learning outcomes: <p>After successful completion of this course students are expected to be able to:<br/>- develop a research plan, including the wider scientific context, identification of the knowledge gap, formulation of research questions, aims and objectives, and design of the project including approach, methods and tools;<br/>- collect, select and process data, using the approach, methods and tools described in the research plan;<br/>- analyse and synthesize the data, in order to answer the research questions;<br/>- formulate answers to the research questions that are supported by the research outcomes, pay attention to potential limitations, and relate the outcomes to the wider scientific context;<br/>- report on the research both in writing and in oral presentation;<br/>- work in compliance with academic codes of conduct, and with proper management of time and resources;<br/>- make use of input and feedback for executing the research project as well as provide feedback to others. <br/></p> Activities: <p>- research proposal/planning: the student should prepare by reading literature related to the project, formulating research question/hypothesis and proposing approaches and methods;<br/>- carrying out the research project: the student should execute research activities and document findings and sources carefully;<br/>- feedback: the student should deal with feedback from students and staff on proposal, research results and report and provide other students with feedback;<br/>- report: the research should result in a comprehensive, consistent and concise report. In principle the report should contain all the elements of a full scientific paper in the discipline of the chair group;<br/>- colloquium: the student is required to present major research findings to other MSc students and staff members of the chair group;<br/>- oral examination: the final oral examination is a discussion with the examiner a second reviewer and in some cases, a supervisor outside the chair group. <br/></p> Examination: For the assessment, reviewers/examiners use the MSc Thesis Assessment Form. The average grade for each category (research competence, thesis report, colloquium, examination) should be at least 5.5 for a pass. Course coordinator(s) prof. dr. JH Bitter harry.bitter@wur.nl C Examiner(s) dr. K Nikiforidis costas.nikiforidis@wur.nl E Examiner(s) prof. dr. JH Bitter harry.bitter@wur.nl E Examiner(s) dr LW Kiewidt lars.kiewidt@wur.nl E Examiner(s) dr. EL Scott Elinor.Scott@wur.nl E Examiner(s) T Haasterecht tomas.vanhaasterecht@wur.nl E BK MBT Biotechnology 6 MSc A: Spec. A - Cellular/Molecular Biotechnology M 1 920LUQIVE1VTRWEN 4PYYGRTU5XF3G583 A 1,2,3,4,5,6 BK MBT Biotechnology 6 MSc E: Spec. E - Environmental and Biobased Biotechnology M 2 920LUQIVE1VTRWEN 4PYYGRTU5XF3SWM9 E 1,2,3,4,5,6 BK MBT Biotechnology 6 MSc D: Spec. D - Process Technology M 3 920LUQIVE1VTRWEN 4PYYGRTU5XF4IFEL D 1,2,3,4,5,6 BK MFT Food Technology 6 MSc B: Spec. B - Sustainable Food Process Engineering M 4 920LUQIVE1VUG9QH BQ1MKXJ4HFCHB1CD B 1,2,3,4,5,6 BK MML Molecular Life Sciences 6 MSc A: Spec. A Biomedical Research M 5 920LUQIVE1VUJZZX 7EQ8FXK8QC8L0EVU A 1,2,3,4,5,6 BK MML Molecular Life Sciences 6 MSc B: Spec. B Biological Chemistry M 6 920LUQIVE1VUJZZX 7EQ8FXK8QC8K9W3H B 1,2,3,4,5,6 BK MML Molecular Life Sciences 6 MSc D: Spec. D Physical Chemistry M 7 920LUQIVE1VUJZZX 7EQ8FXK8QC8LOXO6 D 1,2,3,4,5,6 BK MBE Biosystems Engineering 6 MSc M 8 920LUQIVE1VUOXGZ 1,2,3,4,5,6 BK MBS Biobased Sciences 6 MSc B: Spec. B - Biorefinery and Conversion M 9 94GSBZPYNGEHBP7M 20TPW493K9FYUFHD B 1,2,3,4,5,6 System.Xml.XmlDocument Additional stuff Append data to XML Save XML (DEBUG ONLY) Exception
Response WSPGKTBGOOJXECV 2020 USA BCT-80436 MSc Thesis Biobased Chemistry and Technology 36.00 51.5 T Thesis 0 36.00 51.5 Language of instruction: EN Mandatory knowledge: BCT20306 (Modelling Dynamic Systems) or BCT23306 (Biorefinery) or ORC20306 (Bio-organic Chemistry), and 6 credits of continuation courses from BCT. Contents: The MSc thesis enables the student to put their acquired knowledge and skills into practice by individually and independently conducting a research project in the field of the programme. Learning outcomes: <p>After successful completion of this course students are expected to be able to:<br/>- develop a research plan, including the wider scientific context, identification of the knowledge gap, formulation of research questions, aims and objectives, and design of the project including approach, methods and tools;<br/>- collect, select and process data, using the approach, methods and tools described in the research plan;<br/>- analyse and synthesize the data, in order to answer the research questions;<br/>- formulate answers to the research questions that are supported by the research outcomes, pay attention to potential limitations, and relate the outcomes to the wider scientific context;<br/>- report on the research both in writing and in oral presentation;<br/>- work in compliance with academic codes of conduct, and with proper management of time and resources;<br/>- make use of input and feedback for executing the research project as well as provide feedback to others. <br/></p> Activities: <p>- research proposal/planning: the student should prepare by reading literature related to the project, formulating research question/hypothesis and proposing approaches and methods;<br/>- carrying out the research project: the student should execute research activities and document findings and sources carefully;<br/>- feedback: the student should deal with feedback from students and staff on proposal, research results and report and provide other students with feedback;<br/>- report: the research should result in a comprehensive, consistent and concise report. In principle the report should contain all the elements of a full scientific paper in the discipline of the chair group;<br/>- colloquium: the student is required to present major research findings to other MSc students and staff members of the chair group;<br/>- oral examination: the final oral examination is a discussion with the examiner a second reviewer and in some cases, a supervisor outside the chair group. <br/></p> Examination: For the assessment, reviewers/examiners use the MSc Thesis Assessment Form. The average grade for each category (research competence, thesis report, colloquium, examination) should be at least 5.5 for a pass. Course coordinator(s) prof. dr. JH Bitter harry.bitter@wur.nl C Examiner(s) dr. K Nikiforidis costas.nikiforidis@wur.nl E Examiner(s) prof. dr. JH Bitter harry.bitter@wur.nl E Examiner(s) dr LW Kiewidt lars.kiewidt@wur.nl E Examiner(s) dr. EL Scott Elinor.Scott@wur.nl E Examiner(s) T Haasterecht tomas.vanhaasterecht@wur.nl E BK MBT Biotechnology 6 MSc A: Spec. A - Cellular/Molecular Biotechnology M 1 920LUQIVE1VTRWEN 4PYYGRTU5XF3G583 A 1,2,3,4,5,6 BK MBT Biotechnology 6 MSc E: Spec. E - Environmental and Biobased Biotechnology M 2 920LUQIVE1VTRWEN 4PYYGRTU5XF3SWM9 E 1,2,3,4,5,6 BK MBT Biotechnology 6 MSc D: Spec. D - Process Technology M 3 920LUQIVE1VTRWEN 4PYYGRTU5XF4IFEL D 1,2,3,4,5,6 BK MFT Food Technology 6 MSc B: Spec. B - Sustainable Food Process Engineering M 4 920LUQIVE1VUG9QH BQ1MKXJ4HFCHB1CD B 1,2,3,4,5,6 BK MML Molecular Life Sciences 6 MSc A: Spec. A Biomedical Research M 5 920LUQIVE1VUJZZX 7EQ8FXK8QC8L0EVU A 1,2,3,4,5,6 BK MML Molecular Life Sciences 6 MSc B: Spec. B Biological Chemistry M 6 920LUQIVE1VUJZZX 7EQ8FXK8QC8K9W3H B 1,2,3,4,5,6 BK MML Molecular Life Sciences 6 MSc D: Spec. D Physical Chemistry M 7 920LUQIVE1VUJZZX 7EQ8FXK8QC8LOXO6 D 1,2,3,4,5,6 BK MBE Biosystems Engineering 6 MSc M 8 920LUQIVE1VUOXGZ 1,2,3,4,5,6 BK MBS Biobased Sciences 6 MSc B: Spec. B - Biorefinery and Conversion M 9 94GSBZPYNGEHBP7M 20TPW493K9FYUFHD B 1,2,3,4,5,6
url2

https://ssc.wur.nl/uAnonymous/wrdnl/vak_xml.iread?Vak:Vak=BCT80436&Ondeenheid:Gidsjaar=2020&USER=&AUTHENTICATION=&REMOTE_ADDR=10.92.62.205&USERSESSIONID=tsa11v4wopxbe3efayf02oov&XPAGE=9Xpage parameters:
https://ssc.wur.nl/uAnonymous/wrdnl/vak_xml.iread?Vak:Vak=BCT80436&Ondeenheid:Gidsjaar=2020
E:\SisProject\ssc.wur.nl\App_Data\bois\xsl\vak.xsl
https://ssc.wur.nl/css/wings.css
xsluri=https://ssc.wur.nl\bois\xsl\
scripturi=https://ssc.wur.nl\bois\xsl\script/
Method = GET