Macro-generated code.

Collaboration diagram for Macro-generated code.:

Data Structures
struct	args_state_s
Enumerations
enum	args_storage_type { args_storage_type = STATE_STATIC }
enum	args_init_type { args_initialisation_type = USER_INITABLE }
Functions
void	args_initor (void)
void	args_finitor (void)
void	args_init (args_state_t *)
void	args_finis (args_state_t *)
Variables
static args_state_t	args_state
args_state_t *	args_h = & args_state
args_public_state_t *	args_public_h = ( args_public_state_t *)& args_state
static const args_state_t *const	args_static_initialiser_h
void(*	args_init_h )(args_state_t *) = & args_init
void(*	args_finis_h )(args_state_t *) = & args_finis
typedef struct args_state_s	args_state_t

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Detailed Description

This code is generated by the macros in state_utils.h

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Typedef Documentation

typedef struct args_state_s args_state_t

The global state of the Args component

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Function Documentation

void args_finis

(

args_state_t *

args_st

)

Define finalisation function for the Args component.

Parameters:

args_st

Pointer to component state

Definition at line 93 of file args.c.

References ptr_vector_dispose(), and SET_STATE.

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void args_init

(

args_state_t *

args_st

)

Define initialisation function for the Args component.

Parameters:

args_st

Pointer to component state

Definition at line 84 of file args.c.

References ptr_vector_new().

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