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On Windows XP and Windows Server 2003, the only effective address display will be next to the line that contains the EIP value On Windows 2000, the Dr Watson logs will have an effective address display next to each assembly language line The only effective address in the disassembly that's guaranteed to be correct is the one at the instruction pointer The others might be incorrect because the value the instruction refers to could have been changed For example, let's say that the first instruction disassembled in the thread state had a memory reference at EBX If the crash instruction occurred 10 instructions later, one of the intervening instructions could easily have changed EBX When Dr Watson on Windows 2000 does its disassembly, however, it uses the value currently in EBX that is, the one at the time of the crash to do the effective address translation.

To demonstrate the watermark effect, copy the previous example, AdventureWorksRevisited, to a new web site called AdventureWorksWaterMarks. Before modifying the page, you need to create a style sheet that will specify the styles for the watermarked and unwatermarked text.

{ this.LabelShowString.Text = this.sessionString; } protected void AddStringToSessionState_Click(object sender, EventArgs e) { this.sessionString = this.TextBox1.Text; this.LabelShowString.Text = this.sessionString; } }

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For this reason, the effective address shown in the disassembly could be incorrect Carefully check whether any instructions could change the register values before you believe what you see in the effective address display Using your newfound assembly-language skills, you should be able to figure out that this thread crashed The big mistake that everyone makes when reading the assembly language listing from Dr Watson (or the debugger, for that matter) is starting from the top and reading down The real trick is to start at the location of the crash and read up the listing, looking for which instructions set the registers of the crashing instruction The preceding thread state crashed at 00410144 MOV ECX, [EAX+0x4], where the value in EAX was 0.

cleanAddress)); Build and launch startActivity(geoIntent); geo query } catch (Exception ee) { } } }); Button bproductinfo = (Button) findViewById(R.id.productinfo); bproductinfo.setOnClickListener(new Button.OnClickListener() { public void onClick(View v) { try { Obtain Intent productInfoIntent = new product info Intent("android.intent.action.VIEW", via URL android.net.Uri.parse(je.get_producturl())); startActivity(productInfoIntent); } catch (Exception ee) { } } Selectively }); update Button bclose = (Button) findViewById(R.id.closejob); Button label if (je.get_status().equals("CLOSED")) { bclose.setText("Job is Closed. View Signature"); } bclose.setOnClickListener(new Button.OnClickListener() { public void onClick(View v) { if (je.get_status().equals("CLOSED")) { Show Signature Intent signatureIntent = new for CLOSED Intent("android.intent.action.VIEW", JobEntrys android.net.Uri.parse(myprefs.getServer() + "sigs/" + Initiate CloseJob je.get_jobid() + ".jpg")); Activity startActivity(signatureIntent); } else { Intent closeJobIntent = new Intent(ShowJob.this,CloseJob.class); Bundle b = je.toBundle(); closeJobIntent.putExtras(b); startActivityForResult(closeJobIntent,CLOSEJOBTASK); } } }); Log.d("CH12","Job status is :" + je.get_status()); } @Override protected void onActivityResult( int requestCode, int resultCode, Intent data) { switch (requestCode) { case CLOSEJOBTASK: Handle newly if (resultCode == 1) { closed JobEntry this.setResult(1, "", data.getExtras()); finish(); } break; } } }

You have to be particularly careful with the order of the catch statements in this case because the DivideByZeroException is derived from ArithmeticException If you reverse the catch statements, the DivideByZeroException matches the ArithmeticException handler and the exception never gets to the DivideByZeroException handler In fact, if their order is reversed, it is impossible for any exception to reach the DivideByZeroException handler Then the compiler recognizes that the DivideByZeroException handler cannot be reached and reports a compile error! Typically, a method catches every exception it can anticipate for the code it is running However, it is possible to distribute your try/catch statements, catching some specific exceptions in one function and more generic exceptions in higher calling functions Your design goals should dictate exactly where you put each try and catch statement.

The ampersand character joins the fields, and anything enclosed in parentheses appears as text; in this case, a space and a comma.

Since any address less than 64 KB on a Microsoft Windows operating system is marked as no access, attempting to read memory from 0x00000004 isn't a good plan As you read up the assembly language listing, you'll want to look for the instruction that puts a value of 0 into EAX Moving up one instruction, you'll see MOV EAX, [EBP+0xC] Remember that the latter operand, the source, goes into the first operand, the destination (In other words, remember "source to destination") That means the value in [EBP+0xC] was copied into EAX Therefore [EBP+0xC] was 0 At this point another little trick I taught you in 7 should be screaming in your head: "parameters are positive"! Parameters are positive offsets from the EBP register with the 699.

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