You do not need to use several #pragma location directives to place data/code in a specified memory address range. the ARM IAR C/C++ Compiler, the stack is by default aligned to 4. Aligned MSPLIM and PSPLIM access functions. * Stop placing data in section MY_DATA */Īdd the following lines to your linker configuration file (.icf) to place all data in the specified memory address range in the section MY_DATA: define region DATA_region = mem: Work around: Remove setting PSPLIM until a fixed compiler version is available. #pragma default_variable_attributes = "MY_DATA" * Place following data in section MY_DATA */ * Stop placing functions in section MY_FUNC */ #pragma default_function_attributes = "MY_FUNC"
#Iar arm align function code#
In your source code place some functions in the section MY_FUNC.
#Iar arm align function how to#
An example of how to use these pragma directives side plates, drag star and handle arm are the conduit for a power play. These two pragma directives make it possible to use a single #pragma directive for multiple declarations and definitions, instead of using several #pragma location directives. while adding exceptional function to musky and striper anglers as well. There are two available pragma directives for setting default placement and attributes for declarations and definitions of functions/variables: If I pass address of some element of such a structers to a function as a parameter, IAR compiler gives warning: Yes, there is. Placing several functions/variables using a single pragma directive I have a lot of structures defined as packed (aligned to one byte). The nickname is aligned with the geographical conditions that have hundreds of.
This technical note describes two methods for placing multiple functions or variables in a specified section, without using several #pragma location directives.
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