cmvr_head/packages/erpc-1.14.0/erpcgen/test/test_redundant_definitions.yml

name: struct py
lang: py
idl: |
  program test
  struct Vector {
    int8 i
  }

  struct Wector {
    int8 j
  }

  interface foo {
    bar(in Vector vector_x, out Wector vector_y) -> void
  }
test/common.py:
  - class Vector
  - self.i = codec.read_int8()
  - class Wector
  - self.j = codec.read_int8()
test/client.py:
  - bar(self, vector_x, vector_y)
  - vector_x._write(codec)
  - vector_y.value = common.Wector()._read(codec)
test/server.py:
  - vector_y = erpc.Reference()
  - vector_x = common.Vector()._read(codec)
---
name: struct c
idl: |
  program test
  struct Vector {
    int8 i
  }

  struct Wector {
    int8 j
  }

  interface foo {
    bar(in Vector vector_x, out Wector vector_y) -> void
  }
test_common.h:
  - typedef struct Vector Vector
  - typedef struct Wector Wector
  - struct Vector
  - struct Wector
test_server.cpp:
  - not: write_Vector_struct
  - read_Vector_struct
  - not: read_Wector_struct
  - write_Wector_struct
test_client.cpp:
  - write_Vector_struct
  - not: read_Vector_struct
  - read_Wector_struct
  - not: write_Wector_struct
---
name: struct py with group
lang: py
idl: |
  program test
  struct Vector {
    int8 i
  }

  struct Wector {
    int8 j
  }

  struct NoGroup {
    int8 k
  }

  interface foo {
    bar(in NoGroup noGroup_z) -> void
  }

  @group("A")
  interface fooA {
    barA(in Vector vector_x, out Wector vector_y) -> void
  }
test_A/common.py:
  - class Vector
  - self.i = codec.read_int8()
  - class Wector
  - self.j = codec.read_int8()
test_A/client.py:
  - barA(self, vector_x, vector_y)
  - vector_x._write(codec)
  - vector_y.value = common.Wector()._read(codec)
test_A/server.py:
  - vector_y = erpc.Reference()
  - vector_x = common.Vector()._read(codec)
test/common.py:
  - class NoGroup
  - self.k = codec.read_int8()
test/client.py:
  - bar(self, noGroup_z)
  - noGroup_z._write(codec)
test/server.py:
  - noGroup_z = common.NoGroup()._read(codec)
---
name: struct c with group
idl: |
  program test
  struct Vector {
    int8 i
  }

  struct Wector {
    int8 j
  }

  struct NoGroup {
    int8 k
  }

  interface foo {
    bar(in NoGroup noGroup_z) -> void
  }

  @group("A")
  interface fooA {
    barA(out Vector vector_x, in Wector vector_y) -> void
  }
test_common.h:
  - typedef struct Vector Vector
  - typedef struct Wector Wector
  - typedef struct NoGroup NoGroup;
  - struct Vector
  - struct Wector
  - struct NoGroup
c_test_server.h:
  - enum _foo_ids
  - void bar(const NoGroup * noGroup_z)
test_server.cpp:
  - read_NoGroup_struct
  - not: write_NoGroup_struct
  - not: Vector_struct
  - not: Wector_struct
  - foo_service::bar_shim
c_test_client.h:
  - enum _foo_ids
  - void bar(const NoGroup * noGroup_z)
test_client.cpp:
  - not: read_NoGroup_struct
  - write_NoGroup_struct
  - not: Vector_struct
  - not: Wector_struct
  - bar(const NoGroup * noGroup_z)
test_A_common.h:
  - typedef struct Vector Vector
  - typedef struct Wector Wector
  - typedef struct NoGroup NoGroup;
  - struct Vector
  - struct Wector
  - struct NoGroup
c_test_A_server.h:
  - enum _fooA_ids
  - void barA(Vector * vector_x, const Wector * vector_y)
test_A_server.cpp:
  - read_Wector_struct
  - not: write_Wector_struct
  - write_Vector_struct
  - not: read_Vector_struct
  - not: NoGroup_struct
  - fooA_service::barA_shim
c_test_A_client.h:
  - enum _fooA_ids
  - void barA(Vector * vector_x, const Wector * vector_y)
test_A_client.cpp:
  - write_Wector_struct
  - not: read_Wector_struct
  - read_Vector_struct
  - not: write_Vector_struct
  - barA(Vector * vector_x, const Wector * vector_y)
---
name: struct c with two groups and type header
desc:
idl: |
  @types_header("test.h")
  program test

  struct VectorA {
    int8 i
    int16 j
    int32 k
  }

  struct VectorB {
    int8 x
    int16 y
    int32 z
  }

  @group("A")
  interface foo_A {
    bar_A(in VectorA a) -> void
  }

  @group("A")
  interface foo_AA {
    bar_AA(in VectorA aa, out VectorB bb) -> void
  }

  @group("B")
  interface foo_B {
    bar_B(out VectorB b) -> void
  }
test_A_common.h:
  - typedef struct VectorA VectorA
  - typedef struct VectorB VectorB
  - struct VectorA
  - struct VectorB
  - not: bar_A(const VectorA * a)
  - not: bar_AA(const VectorA * aa, VectorB * bb)
c_test_A_client.h:
  - not: typedef
  - bar_A(const VectorA * a)
  - bar_AA(const VectorA * aa, VectorB * bb)
test_A_server.cpp:
  - read_VectorA_struct
  - write_VectorB_struct
  - not: write_VectorA_struct
  - not: read_VectorB_struct
c_test_B_client.h:
  - not: typedef
  - bar_B(VectorB * b)
test_B_server.cpp:
  - write_VectorB_struct
  - not: read_VectorB_struct
  - not: VectorA_struct

# ---
# name: union
# idl: |
#   enum zz { z }
#   union Scalar {
#     case z:
#       int8 j
#   }

#   interface foo {
#     bar(zz discriminator, Scalar scalar_y @discriminator(discriminator)) -> void
#   }