Hello all,
to get address of function I can use @MyFunction, but if I use it within
MyFunction - I get address of Result. How can I get address of current
function? (It's not for assigning to something else. It is for a kind of
self modifying code.)
Regards
Žilvinas Ledas
On 18 Jul 2010, at 12:11, Žilvinas Ledas wrote:
to get address of function I can use @MyFunction, but if I use it within
MyFunction - I get address of Result. How can I get address of current
function?
@unitname.function (or @programname.function if you are in the main program
file)
Hi!
You can use WriteStr to Writeln to a String (needs 2.4.0 and above).
Example:
var
s: String;
begin
WriteStr(s, 'Hello World');
end;
Also you can try unit StreamIO (in fcl-base) which allows you to use
Streams as TextFiles (you can also look at it to learn how to implement
your own
Hi again!
I forgot to mention:
If you want to redirect StdOut (or Output as the variable is called in
Pascal) you need to assign a new TextFile to Output (but keep the old
one around and assign it back later when your application is terminating).
Example:
var
oldoutput, f: TextFile;
On 18 Jul 2010, at 13:14, Žilvinas Ledas wrote:
I want to use it this way:
1) Gel all @unitname.function addresses.
2) Use disassembler to find nearest next RET.
3) Then I assume that I have start and end of the function in the binary file.
It works at least for the concept-showing app
On 2010-07-18 15:42, Jonas Maebe wrote:
On 18 Jul 2010, at 13:14, Žilvinas Ledas wrote:
I want to use it this way:
1) Gel all @unitname.function addresses.
2) Use disassembler to find nearest next RET.
3) Then I assume that I have start and end of the function in the binary file.
It
2010/7/18 Sven Barth pascaldra...@googlemail.com:
Also you can try unit StreamIO (in fcl-base) which allows you to use Streams
as TextFiles (you can also look at it to learn how to implement your own
text driver).
This looks more promising, streams seem to be a more high level
implementation
Hi!
On 18.07.2010 17:07, Bernd wrote:
But I do not understand the following:
function TStream.Write(const Buffer; Count: Longint): Longint;
what type is Buffer? How does it get away with the missing type
declaration without the compiler failing to compile this at all?
Quote from the Docs (
If I have a class with a property Phase: TrrPhase where TrrPhase is an
enumeration such as (rrQuiescent, rrInitialised), is there an elegant
way of extending the enumeration and overriding the property type so
that a derived class can use the new values?
--
Mark Morgan Lloyd
markMLl .AT.
As far as I know, properties cannot be overridden. However, you could
consider using subrange types, as the example below shows.
type
Fruit = (Apple, Banana, Cherry, Orange, Pineapple);
LimitedFruit = Apple..Cherry;
You can use the full enumeration as the property's type, and then
restrict
OK, I got it working now. Just in case somebody else is googling for
something like this:
first I define a class TDebugStream that will later replace the standard output:
Type
TDebugStream = class(TStream)
function Write(const Buffer; Count : Longint) : Longint; override;
end;
On Sun, 18 Jul 2010, Bernd wrote:
OK, I got it working now. Just in case somebody else is googling for
something like this:
first I define a class TDebugStream that will later replace the standard output:
Type
TDebugStream = class(TStream)
function Write(const Buffer; Count : Longint) :
2010/7/18 Michael Van Canneyt mich...@freepascal.org:
I think that simply
AssignStream(Output,S);
Rewrite(Output);
Probably would work as well.
Yes, you are of course right, this is simpler. I just forgot to
simplify it after I was initially playing around and experimenting
with a separate
Jetcheng Chu wrote:
As far as I know, properties cannot be overridden. However, you could
consider using subrange types, as the example below shows.
type
Fruit = (Apple, Banana, Cherry, Orange, Pineapple);
LimitedFruit = Apple..Cherry;
You can use the full enumeration as the property's
I have used object to make more easy, not need to create or free it,
MyObject = object
private
FProp1: integer;
public
Prop1: integer read FProp1 write FProp1
procedure Proc1;
end;
used like
var
O: MyObject;
begin
O.Proc1;
end;
1 - The problem, i have random value in the prop1(I am
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