Using -Carbide.c++ and P.I.P.S.

To be able to use P.I.P.S. and Carbide.c++ efficiently, perform the following -steps:

Define the system include files required by P.I.P.S.. This is done -in the System Options view in the Project -Properties window.
Specify the needed P.I.P.S. libraries:
- libc.lib must always be specified.
- Libraries must be specified for all build configurations.

-The include paths for P.I.P.S. headers must be specified as well as -the used P.I.P.S. libraries. -This must be done for all possible build configurations. -

Inclusion -of <filepath>libc.lib</filepath> in the MMP file

libc.lib must -be included in the MMP file for both the WINSCW as well as -the target. The code will compile and link for WINSCW even -if libc.lib is not mentioned in the MMP file, but will -fail during execution. If libc.lib is not mentioned in -the MMP file for the target, the code will compile but will fail during linking.

Order of the <codeph>SYSTEMINCLUDE</codeph> in -the MMP file

Carbide.c++ 1.1 does not take into account the header -file inclusion order as mentioned in the MMP file. This is a typical scenario -when the user needs the headers from both P.I.P.S. and estlib.lib. -Although, the order of the SYSTEMINCLUDE in the MMP file -is:

epoc32\include\stdapis -epoc32\include\libc

epoc32\include\libc will -be included first followed by epoc32\include\stdapis. -(It might be included on the basis of alphabetical order).

This issue -can be resolved by manually changing the project properties in carbide.c++ -IDE. In order to change the Project Properties in Carbide.c++ -IDE:

Go to Project.
Click on Property.
Click on C -\C++. Build and choose the ToolSettings Tab

Suppressing -"illegal implicit conversion error"

The code that makes use of implicit -pointer casts will not compile with the WINSCW compiler. -The compilation breaks with "illegal implicit conversion error". However, -the same code will compile with GCC compiler. A work around for this problem -without changing the code is to define a pragma.

+ + + + + +Using +Carbide.c++ and P.I.P.S. +

To be able to use P.I.P.S. and Carbide.c++ efficiently, perform the following +steps:

Define the system include files required by P.I.P.S.. This is done +in the System Options view in the Project +Properties window.
Specify the needed P.I.P.S. libraries:
- libc.lib must always be specified.
- Libraries must be specified for all build configurations.

+The include paths for P.I.P.S. headers must be specified as well as +the used P.I.P.S. libraries. +This must be done for all possible build configurations. +

Inclusion +of <filepath>libc.lib</filepath> in the MMP file

libc.lib must +be included in the MMP file for both the WINSCW as well as +the target. The code will compile and link for WINSCW even +if libc.lib is not mentioned in the MMP file, but will +fail during execution. If libc.lib is not mentioned in +the MMP file for the target, the code will compile but will fail during linking.

Order of the <codeph>SYSTEMINCLUDE</codeph> in +the MMP file

Carbide.c++ 1.1 does not take into account the header +file inclusion order as mentioned in the MMP file. This is a typical scenario +when the user needs the headers from both P.I.P.S. and estlib.lib. +Although, the order of the SYSTEMINCLUDE in the MMP file +is:

epoc32\include\stdapis +epoc32\include\libc

epoc32\include\libc will +be included first followed by epoc32\include\stdapis. +(It might be included on the basis of alphabetical order).

This issue +can be resolved by manually changing the project properties in carbide.c++ +IDE. In order to change the Project Properties in Carbide.c++ +IDE:

Go to Project.
Click on Property.
Click on C +\C++. Build and choose the ToolSettings Tab

Suppressing +"illegal implicit conversion error"

The code that makes use of implicit +pointer casts will not compile with the WINSCW compiler. +The compilation breaks with "illegal implicit conversion error". However, +the same code will compile with GCC compiler. A work around for this problem +without changing the code is to define a pragma.

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