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Restructuring

master
heck 5 years ago
parent
dece2c13db
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b55b14f630
16 changed files with 0 additions and 1199 deletions
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  1. 10
      gen/src/Makefile
  2. 55
      gen/src/synth_shed/Makefile
  3. 16
      gen/src/synth_shed/main.c
  4. 14
      gen/src/synth_shed/py_module.cc
  5. 86
      gen/src/synth_shed/synth_shed.c
  6. 65
      gen/src/synth_shed/synth_shed.h
  7. 25
      gen/src/test_data/Makefile
  8. 42
      gen/src/test_data/enums.h
  9. 39
      gen/src/test_data/functions.h
  10. 13
      gen/src/test_data/main.c
  11. 183
      gen/src/test_data/structs.h
  12. 9
      gen/src/test_data/test_lib.c
  13. 110
      gen/src/test_data/test_lib.h
  14. 133
      gen/src/test_data/typedefs.h
  15. 180
      gen/src/test_data/vars.h
  16. 219
      gen/tests/test_basic.py

10
gen/src/Makefile
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@ -1,10 +0,0 @@
.PHONY: all clean
all:
$(MAKE) -C synth_shed
$(MAKE) -C test_data
clean:
$(MAKE) -C synth_shed clean
$(MAKE) -C test_data clean

55
gen/src/synth_shed/Makefile
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@ -1,55 +0,0 @@
TARGET_EXE=synth_shed
TARGET_MODULE=synth_shed.so
PREFIX=/Users/heck/local-default
# C
CFLAGS+=-std=c99 -g
# C++
CXX=clang
CXXFLAGS+=-std=c++11 -g
# Sources
SRCS_C+=$(wildcard *.c)
SRCS_CXX+=$(wildcard *.cc)
# deps
INCLUDES+=-I/opt/local/Library/Frameworks/Python.framework/Versions/3.8/include/python3.8
INCLUDES+=-I$(PREFIX)/include
#Link
C_LDFLAGS+=
CXX_LDFLAGS+=-undefined dynamic_lookup
CXXFLAGS+=$(INCLUDES)
OBJS_C+=$(SRCS_C:.c=.o)
OBJS_CXX+=$(SRCS_CXX:.cc=.o)
OBJS = $(OBJS_C) $(OBJS_CXX)
$(info -----BUILD INFO----)
$(info SRCS_C $(SRCS_C))
$(info SRCS_CXX $(SRCS_CXX))
$(info OBJS_C $(OBJS_C))
$(info OBJS_CXX $(OBJS_CXX))
$(info OBJS $(OBJS))
.PHONY: all exe module clean
all: exe module
exe: $(TARGET_EXE)
module: $(TARGET_MODULE)
$(TARGET_EXE) : $(OBJS_C)
$(CC) $(C_LDFLAGS) -o $@ $^
$(TARGET_MODULE) : $(OBJS)
$(CXX) $(CXX_LDFLAGS) -o $@ $^
clean:
rm -f $(TARGET_EXE)
rm -f $(TARGET_MODULE)
rm -f $(OBJS)

16
gen/src/synth_shed/main.c
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@ -1,16 +0,0 @@
#include "synth_shed.h"
#include <stdio.h>
int main() {
init_synth_shed();
synth_t* my_synth = synth_create("UltraBoog");
printf("%s", play_synth(my_synth));
synth_set_osc_count(my_synth, 33);
printf("%s", play_synth(my_synth));
return 0;
}

14
gen/src/synth_shed/py_module.cc
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@ -1,14 +0,0 @@
#include <string>
#include <iostream>
#include <pybind11/pybind11.h>
#include <pybind11/detail/common.h>
#include "synth_shed.h"
using namespace std;
PYBIND11_MODULE(synth_shed, m) {
#include "../../examples/synth_shed/py_module.cc"
}

86
gen/src/synth_shed/synth_shed.c
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@ -1,86 +0,0 @@
#include "synth_shed.h"
#include <stdio.h>
#include <stdlib.h>
#include <assert.h>
#include <string.h>
void init_synth_shed() {
printf("init_synth_shed() - called\n");
}
synth_t* synth_create(const char* name) {
synth_t* new = (synth_t*) malloc(sizeof(synth_t));
assert(new);
if (new != NULL) {
new->model_name = name;
new->osc_count = 1;
new->technolgy = ANALOG;
new->filter.technology = ANALOG;
new->filter.type = LPF;
}
return new;
}
SYNTH_STATUS synth_set_osc_count(synth_t* synth, int osc_count) {
assert(synth);
SYNTH_STATUS status = 0;
if (osc_count < 0) {
status = 1;
} else {
synth->osc_count = osc_count;
}
return status;
}
//SYNTH_STATUS synth_set_filter(synth_t* synth,
// filter_t* filt);
//
//SYNTH_STATUS synth_set_tech(synth_t* synth,
// tech_t tech);
const char* tech_to_string(const tech_t* const tech) {
assert(tech);
const char* ret = "unknown tech";
if (*tech == ANALOG) {
return "ANALOG";
}
if (*tech == DIGITAL) {
return "DIGITAL";
}
return ret;
}
const char* filtertype_to_string(const filtertype_t* const filt) {
assert(filt);
const char* ret = "unknown filtertype";
if (*filt == LPF) {
ret = "LPF";
}
if (*filt == HPF) {
ret = "HPF";
}
if (*filt == BPF) {
ret = "BPF";
}
return ret;
}
const char* play_synth(synth_t* synth) {
assert(synth);
char ret[9999];
const char* greet = "Playing synth:";
const char* model = synth->model_name;
char osc[4];
sprintf(osc, "%i", synth->osc_count);
const char* tech = tech_to_string(&synth->technolgy);
const char* filt_tech = tech_to_string(&synth->filter.technology);
const char* filt_type = filtertype_to_string(&synth->filter.type);
sprintf(ret, "%s\nnamed: %s\nosc: %s\ntech:%s\nfilt:%s / %s\n\n", greet, model, osc, tech, filt_tech, filt_type);
return strdup(ret);
}

65
gen/src/synth_shed/synth_shed.h
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@ -1,65 +0,0 @@
#ifndef SYNTH_SHED_H
#define SYNTH_SHED_H
#ifdef __cplusplus
extern "C" {
#endif
// Types (as forward declarations)
// != 0 means ERR
typedef int SYNTH_STATUS;
typedef struct _synth synth_t;
typedef synth_t synth;
// Enums
typedef enum _filtertype {
HPF,
LPF,
BPF
} filtertype_t;
typedef enum _tech {
ANALOG,
DIGITAL
} tech_t;
// Structs
typedef struct _filter {
tech_t technology;
filtertype_t type;
} filter_t;
struct _synth {
const char* model_name;
int osc_count;
tech_t technolgy;
filter_t filter;
};
// Functions
void init_synth_shed();
synth_t* synth_create(const char* name);
SYNTH_STATUS synth_set_osc_count(synth_t* synth, int osc_count);
//SYNTH_STATUS synth_set_filter(synth_t* synth,
// filter_t* filt);
//
//SYNTH_STATUS synth_set_tech(synth_t* synth,
// tech_t tech);
const char* tech_to_string(const tech_t* tech);
const char* filtertype_to_string(const filtertype_t* filt);
const char* play_synth(synth_t* synth);
#ifdef __cplusplus
} // extern "C"
#endif
#endif //SYNTH_SHED_H

25
gen/src/test_data/Makefile
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@ -1,25 +0,0 @@
TARGET=test_lib
SRCS+=$(wildcard *.c)
CFLAGS+=-std=c99 -g
INCLUDES+=
LIB_DIRS+=
LIBS+=
LDFLAGS+=
CXXFLAGS+=$(INCLUDES)
LDFLAGS+=$(LIB_DIRS+)
LDFLAGS+=$(LIBS)
OBJS+=$(SRCS:.c=.o)
.PHONY: all, clean
all: $(TARGET)
$(TARGET) : $(OBJS)
$(CC) $(LDFLAGS) -o $@ $^
clean:
rm -f $(TARGET)
rm -f $(OBJS)

42
gen/src/test_data/enums.h
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@ -1,42 +0,0 @@
#ifndef ENUMS_H
#define ENUMS_H
// Enums
// =====
// Enums only have the item qualifier I and A,
// so their combinations are simple.
//
// Covered combinations
// ====================
// _IE = incomplete enum without an alias
// IE = incomplete enum
// AIE = alias of an incomplete enum
// _E = enum without an alias
// E = enum
// AE = alias of an enum
// _IE = incomplete enum without anb alias
enum _IE;
// IE = incomplete enum
// AIE = alias of an incomplete enum
typedef enum IE AIE;
// _E = enum without an alias
enum _E {
_E1,
_E2,
_E3
};
// E = enum
// AE = alias of an enum
typedef enum E {
E1,
E3,
E2,
} AE;
#endif //ENUMS_H

39
gen/src/test_data/functions.h
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@ -1,39 +0,0 @@
#ifndef FUNCTIONS_H
#define FUNCTIONS_H
#include "typedefs.h"
#include "enums.h"
#include "structs.h"
#include "vars.h"
void func_void_void();
int func_int_void();
void func_void_int(int);
int func_int_int(int);
// struct
struct _PS func__PS_V();
// enum
enum _E func__E_V();
// typedef
T_P func_TP_V();
void func_V_TP(T_P);
T_P func_TP_TP(T_P);
APS func_APS_V();
void func_V_APS(APS);
APS func_APS_APS(APS);
TPS func_TPS_V();
void func_V_TPS(TPS);
TPS func_TPS_TPS(TPS);
#endif //FUNCTIONS_H

13
gen/src/test_data/main.c
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@ -1,13 +0,0 @@
#include "test_lib.h"
#include <stdio.h>
int main() {
printf("test_lib starting...\n");
TT_HHS a;
TT_CCS b;
// printf("%i, %i\n", a.x, a.y);
}

183
gen/src/test_data/structs.h
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@ -1,183 +0,0 @@
#ifndef STRUCTS_H
#define STRUCTS_H
// Structs
// =======
// For structs, a combination is needed to define the type of struct
// IS = Struct (Empty or incomplete, neither primitive nor complex)
// PS = Primitive struct (struct containing only primitive types)
// CS = Complex struct (struct containing other structs and primitive)
// NPS = Nested primitive struct
// Covered combinations
// ====================
// _IS = incomplete struct without a typedef (forward decl)
// IS = incomplete struct
// AIS = alias of an incomplete struct
// (aliased) struct [ primitive | complex ]
// ----------------------------------------
// _PS = primitive struct without a an alias
// PS = primitive struct
// APS = Alias of primitive struct
// _CS = complex struct without a an alias
// CS = complex struct
// ACS = alias of a complex struct
// _CCS = complex complex struct without an alias
// CCS = complex complex struct
// ACCS = alias of a complex complex struct
//
// Nested structs
// --------------
// there is always a hosting struct and a nesting struct
// in case of double nesting it can be both
//
// simply nested struct [ primitive | complex ]
// --------------------------------------------
// (aliased) hosting struct (complex always)
// _HS = hosting struct without an alias
// HS = hosting struct
// AHS = alias of a hosting struct
// _NPS = nested primitive struct without an alias
// _NCS = nested complex struct without an alias
//
// doubly nested struct (complex always)
// -------------------------------------
// _HHS = hosting hosting struct without an alias
// HHS = hosting hosting struct
// AHHS = alias of a hosting hosting struct
// _NHS = nested hosting struct
// _NNPS = nested nested struct
// _NNCS = nested nested complex struct
//
// enums in structs
// _NEHS = nested enum in hosting struct
// _NENHS = nested enum in nested hosting struct
// _IS = incomplete struct without a typedef (forward decl)
struct _IS;
// IS = incomplete struct
// AIS = alias of an incomplete struct
typedef struct IS AIS;
//
// (aliased) struct [ primitive | complex ]
// ----------------------------------------
// _PS = primitive struct without a an alias
struct _PS {
int x, y;
};
// PS = primitive struct
// APS = Alias of primitive struct
typedef struct PS {
int x, y;
} APS;
// _CS = complex struct without a an alias
struct _CS {
struct _PS x;
APS y;
};
// CS = complex struct
// ACS = alias of a complex struct
typedef struct CS {
APS y;
struct _PS x;
} ACS;
// _CCS = complex complex struct without an alias
struct _CCS {
ACS x;
};
// CCS = complex complex struct
// ACCS = alias of a complex complex struct
typedef struct CCS {
ACS x;
} ACCS;
// Nested structs
// --------------
// there is always a hosting struct and a nesting struct
// in case of double nesting it can be both
//
// simply nested struct [ primitive | complex ]
// --------------------------------------------
// _HS = hosting struct without an alias
// _NCS = nested complex struct without an alias
struct _HS {
int x, y;
struct _NCS {
ACS x;
} _ncs;
};
// (aliased) hosting struct (complex always)
// HS = hosting struct
// AHS = alias of a hosting struct
// _NPS = nested primitive struct (never has alias)
typedef struct HS {
struct _NPS {
int x, y;
} _nps;
int x, y;
} AHS;
// doubly nested struct (complex always)
// -------------------------------------
// (And enums in struct)
//
// _HHS = hosting hosting struct without an alias
// _NHS = nested hosting struct
// _NNPS = nested nested primitve struct
struct _HHS {
int x, y;
struct _NHS {
int x, y;
struct _NNPS {
int x,y;
} _nnps;
} _nhs;
};
// HHS = hosting hosting struct
// AHHS = alias of a hosting hosting struct
// _NNCS = nested nested complex struct
// _NENHS = nested enum in nested hosting struct
typedef struct HHS {
int x, y;
struct _NHS1 {
int x, y;
struct _NNCS {
struct _CS a;
} _nncs;
enum _NENHS {
_NENHS1,
_NENHS2,
_NENHS3
} _nenhs;
} _nhs1;
} AHHS;
// _NEHS = nested enum in hosting struct
struct _HS1 {
int x, y;
enum _NEHS {
_NEHS1,
_NEHS2,
_NEHS3
} _nehs;
};
#endif //STRUCTS_H

9
gen/src/test_data/test_lib.c
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@ -1,9 +0,0 @@
#include "test_lib.h"
struct _PS func__PS_V() {
return var__PS;
}
TT_NNPS func_TT_NNPS_V() {
return var_TT_NNPS;
}

110
gen/src/test_data/test_lib.h
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@ -1,110 +0,0 @@
#ifndef MAIN_INCLUDE_H
#define MAIN_INCLUDE_H
#include "typedefs.h"
#include "enums.h"
#include "structs.h"
#include "functions.h"
#include "vars.h"
// Gen-CID
// =======
// Gen-CID generates a C Interface Defintion file (json) given the inputs:
// * headerfile
// * list of function names needed
// * list of var names needed
// The generator searches each function/var in the headerfile (recursively) and collects all the
// types needed (var type, return type, parm types).
// As structs can contain further types, these dependent types need to be collected
// recursively.
// Finally, all the collected types will be resolved to their final underlying type.
// If a type is primitive, nothing needs to be done, cause its already defined.
// But types of typekind struct or enum need to be defined.
// Their definition will be searched for in the headerfile and included in the interface definition
// The CID file contains all the information needed to represent:
// * functions
// * vars
// * structs
// * enums
// Well enough so they can be expressed in pyBind11
// use "pyBind11-CID" to generate the pyBind11 code out of the CID file.
//
// Gen-CID test library
// --------------------
// This here is the test main test library for Gen-CID.
// The C language is broken down into its components and common pattern.
// It is a humble attempt to cover all possible combinations that can be created in the
// C language. (like, struct containing` primitive, struct containing struct, typedef chains,
// etc..).
// Please note, that pointer types have not been addressed yet (at all)
//
// The intended use of this test lib is: If you encounter a scenario using Gen-CID that poses problem
// it is most likely that the scenario can be reproduced using this test lib pretty easily.
// lets say you Gen-CID a function with sig:
// TT_E(*)(ACCS), where:
// TT_E = typedef of typedef of an enum without an alias.
// ACCS = Alias to a complex struct containing another complex struct
// these types exist already along with a systematic permutation of possible types that amount
// to over 100 of types.
// just write your func/var using these types and debug the generation.
// The CID format deals with items. Everything is an item.
// There are qualifiers that can be used and combined to define an item. (list below)
// e.g PS = primitive struct that possibly has a typedef
//
// Of all the possible combinations, not all are valid (C lang). Its a futile attempt
// trying to cover all the valid ones. But an effort has been made to cover the most
// of the valid combinations.
// Combination of structs, enums and typedefs are systematically explored in the files:
// * structs.h
// * enums.h
// * typedefs.h
//
// For all the types defined the file:
// * vars.h
// contains an instance of each.
//
// for all the possible function signature, well with a 100 types,
// we can create 10000 different sigantures using 1 ret and 1 arg.
// Therefore, no functions have been defined.
// define them when you are interested in the combination, and Gen-CID the defintion.
// Item Qualitfier
// ===============
// V = Void already defined
// P = Primitive Type already defined
// S = Struct -> struct.h
// E = Enum -> enums.h
// A = Alias -> structs.h/enums.h
// N = Nested (Structs only, cant be aliased) -> structs.h
// H = Hosting (Structs only -> structs.h
// containing the nested struct, cant be primitive)
// T = typedef -> typedefs.h
// I = Incomplete / (forward decl) -> struct.h/enums.h
//
// func_ = function -> functions.h
// var_ = variable -> vars.h
//
// prefixed underline (e.g _E) means no typedef/alias exists for this item (enum in this case)
//
// Alias vs. Typedef
// -----------------
// aliased means direct typedef directly, like
// structs and enums only
/*
* typedef struct _X {
int x;
* } X;
*
*/
// Typedef means, not typdeffed directly, but anywhere, like
/*
* typedef _X X;
*
*/
#endif //MAIN_INCLUDE_H

133
gen/src/test_data/typedefs.h
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@ -1,133 +0,0 @@
#ifndef TYPEDEFS_H
#define TYPEDEFS_H
#include "structs.h"
#include "enums.h"
// Typedefs
// ========
// Typedefs are simply applied to all defined enums and structs, and the
// their respecitve "alias".
// Then a typedef os applied to every typedef (TT*)
typedef void T_V;
typedef int T_P;
// typedef struct
// --------------
// T_IS = typedef of an incomplete struct without a typedef (forward decl)
typedef struct _IS T_IS;
// TIS = typedef of an incomplete struct
typedef struct IS TIS;
// TAIS = typedef of an alias of an incomplete struct
typedef AIS TAIS;
// T_PS = typedef of a primitive struct without a an alias
typedef struct _PS T_PS;
// TPS = typedef of a primitive struct
typedef struct PS TPS;
// TAPS = typedef of an Alias of primitive struct
typedef APS TAPS;
// _CS = complex struct without a an alias
typedef struct _CS T_CS;
// CS = complex struct
typedef struct CS TCS;
// ACS = alias of a complex struct
typedef ACS TACS;
// _CCS = complex complex struct without an alias
typedef struct _CCS T_CCS;
// CCS = complex complex struct
typedef struct CCS TCCS;
// ACCS = alias of a complex complex struct
typedef ACCS TACCS;
// _HS = hosting struct without an alias
typedef struct _HS T_HS;
// _NCS = nested primitive struct without an alias
typedef struct _NCS T_NCS;
// HS = hosting struct
typedef struct HS THS;
// _NPS = nested primitive struct (never has alias)
typedef struct _NPS T_NPS;
// AHS = alias of a hosting struct
typedef AHS TAHS;
// _HHS = hosting hosting struct without an alias
typedef struct _HHS T_HHS;
// _NHS = nested hosting struct
typedef struct _NHS T_NHS;
// _NNPS = nested nested primitve struct
typedef struct _NNPS T_NNPS;
// HHS = hosting hosting struct
typedef struct HHS THHS;
// AHHS = alias of a hosting hosting struct
typedef AHHS TAHHS;
// _NNCS = nested nested complex struct
typedef struct _NNCS T_NNCS;
// _NENHS = nested enum in nested hosting struct
typedef enum _NENHS T_NENHS;
// _NHS1 = nested hosting struct
typedef struct _NHS1 T_NHS1;
// _NEHS = nested enum in hosting struct
typedef struct _HS1 T_HS1;
typedef enum _NEHS T_NEHS;
// typedef enum
// ------------
// T_IE = typedef of an incomplete enum without an alias
typedef enum _IE T_IE;
// TIE = typedef of an incomplete enum
typedef enum IE TIE;
// TAIE = typedef of an alias of an incomplete enum
typedef AIE TAIE;
// T_E = typedef of an enum without an alias
typedef enum _E T_E;
// TE = typedef of an enum
typedef enum E TE;
// TAE = typedef of an alias of an enum
typedef AE TAE;
// TT* = typedef of all typedefs above
typedef T_V TT_V;
typedef T_P TT_P;
typedef T_IS TT_IS;
typedef TIS TTIS;
typedef TAIS TTAIS;
typedef T_PS TT_PS;
typedef TPS TTPS;
typedef TAPS TTAPS;
typedef T_CS TT_CS;
typedef TCS TTCS;
typedef TACS TTACS;
typedef T_CCS TT_CCS;
typedef TCCS TTCCS;
typedef TACCS TTACCS;
typedef T_HS TT_HS;
typedef T_NCS TT_NCS;
typedef THS TTHS;
typedef T_NPS TT_NPS;
typedef TAHS TTAHS;
typedef T_HHS TT_HHS;
typedef T_NHS TT_NHS;
typedef T_NNPS TT_NNPS;
typedef THHS TTHHS;
typedef TAHHS TTAHHS;
typedef T_NNCS TT_NNCS;
typedef T_NENHS TT_NENHS;
typedef T_NHS1 TT_NHS1;
typedef T_HS1 TT_HS1;
typedef T_NEHS TT_NEHS;
typedef T_IE TT_IE;
typedef TIE TTIE;
typedef TAIE TTAIE;
typedef T_E TT_E;
typedef TE TTE;
typedef TAE TTAE;
#endif //TYPEDEFS_H

180
gen/src/test_data/vars.h
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@ -1,180 +0,0 @@
#ifndef VARS_H
#define VARS_H
#include "typedefs.h"
#include "enums.h"
#include "structs.h"
// Variables
// =========
// _V = Void
//void var__V;
// _P
char var__P;
// enums
// =====
// Incomplete types:
// enum _IE var__IE;
// enum IE var_IE;
// AIE var_AIE;
enum _E var__E ;
enum E var_E;
AE var_AE;
// structs
// =======
// Incomplete types
// struct _IS var__IS;
// struct IS var_IS;
// AIS var_AIS;
// primitive structs
struct _PS var__PS;
struct PS var_PS;
APS var_APS;
// complex structs
struct _CS var__CS;
struct CS var_CS;
ACS var_ACS;
struct _CCS var__CCS;
struct CCS var_CCS;
ACCS var_ACCS;
// nested structs / hosting structs
struct _HS var__HS;
struct _NCS var__NCS;
struct HS var_HS;
struct _NPS var__NPS;
AHS var_AHS;
struct _HHS var__HHS;
struct _NHS var__NHS;
struct _NNPS var__NNPS;
struct HHS var_HHS;
struct _NHS1 var__NHS1;
struct _NNCS var__NNCS;
//nested enum in hosting struct
enum _NENHS var__NENHS;
AHHS var_AHHS;
struct _HS1 var__HS1;
enum _NEHS var__NEHS;
// TYPEDEFS
// ========
// Typedefs of primitive
// ---------------------
//TV var_TV;
T_P var_T_P;
// Typedefs of structs
// ------------------
// Incomplete types
//T_IS var_T_IS;
//TIS var_TIS;
//TAIS var_TAIS;
// primitive structs
T_PS var_T_PS;
TPS var_TPS;
TAPS var_TAPS;
// complex structs
T_CS var_T_CS;
TCS var_TCS;
TACS var_TACS;
T_CCS var_T_CCS;
TCCS var_TCCS;
TACCS var_TACCS;
// nested structs / hosting structs
T_HS var_T_HS;
T_NCS var_T_NCS;
THS var_THS;
T_NPS var_T_NPS;
TAHS var_TAHS;
T_HHS var_T_HHS;
T_NHS var_T_NHS;
T_NNPS var_T_NNPS;
THHS var_THHS;
TAHHS var_TAHHS;
T_NNCS var_T_NNCS;
T_NENHS var_T_NENHS;
T_NHS1 var_T_NHS1;
//nested enum in hosting struct
T_HS1 var_T_HS1;
T_NEHS var_T_NEHS;
// Typedef of enums
// ----------------
// Incomplete types
//T_IE var_TIE;
//TIE var_TIE;
//TAIE var_TAIE;
T_E var_T_E;
TE var_TE;
TAE var_TAE;
// TYPEDEFS OF TYPEDEFS
// ====================
// Typedefs of primitive
// ---------------------
TT_P var_TT_P;
// Typedefs of structs
// ------------------
// primitive structs
TT_PS var_TT_PS;
TTPS var_TTPS;
TTAPS var_TTAPS;
// complex structs
TT_CS var_TT_CS;
TTCS var_TTCS;
TTACS var_TTACS;
TT_CCS var_TT_CCS;
TTCCS var_TTCCS;
TTACCS var_TTACCS;
// nested structs / hosting structs
TT_HS var_TT_HS;
TT_NCS var_TT_NCS;
TTHS var_TTHS;
TT_NPS var_TT_NPS;
TTAHS var_TTAHS;
TT_HHS var_TT_HHS;
TT_NHS var_TT_NHS;
TT_NNPS var_TT_NNPS;
TTHHS var_TTHHS;
TTAHHS var_TTAHHS;
TT_NNCS var_TT_NNCS;
TT_NENHS var_TT_NENHS;
TT_NHS1 var_TT_NHS1;
//nested enum in hosting struct
TT_HS1 var_TT_HS1;
TT_NEHS var_TT_NEHS;
// Typedef of enums
// ----------------
TT_E var_TT_E;
TTE var_TTE;
TTAE var_TTAE;
#endif // VARS_H

219
gen/tests/test_basic.py
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@ -1,219 +0,0 @@
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import pytest
from gen_cid import utils
import gen_cid
types_with_alias = []
types_no_alias = []
types_no_alias.append({"var": ["_P"],
"type_names": [
]})
types_no_alias.append({"var": ["_E"],
"type_names": [
"enum _E"
]})
types_with_alias.append({"var": ["E"],
"type_names": [
"enum E"
]})
types_no_alias.append({"var": ["_PS"],
"type_names": [
"struct _PS"
]})
types_with_alias.append({"var": ["PS"],
"type_names": [
"struct PS"
]})
types_no_alias.append({"var": ["_CS"],
"type_names": [
"struct _CS",
"struct PS",
"struct _PS"
]})
types_with_alias.append({"var": ["CS"],
"type_names": [
"struct CS",
"struct _PS",
"struct PS"
]})
types_no_alias.append({"var": ["_CCS"],
"type_names": [
"struct _CCS",
"struct CS",
"struct _PS",
"struct PS"
]})
types_with_alias.append({"var": ["CCS"],
"type_names": [
"struct CCS",
"struct CS",
"struct _PS",
"struct PS"
]})
types_no_alias.append({"var": ["_HS"],
"type_names": [
"struct _HS",
"struct _NCS",
"struct CS",
"struct _PS",
"struct PS"
]})
types_with_alias.append({"var": ["HS"],
"type_names": [
"struct HS",
"struct _NPS"
]})
types_no_alias.append({"var": ["_NCS"],
"type_names": [
"struct _NCS",
"struct CS",
"struct _PS",
"struct PS"
]})
types_no_alias.append({"var": ["_NPS"],
"type_names": [
"struct _NPS"
]})
types_no_alias.append({"var": ["_HHS"],
"type_names": [
"struct _HHS",
"struct _NHS",
"struct _NNPS"
]})
types_with_alias.append({"var": ["HHS"],
"type_names": [
"struct HHS",
"struct _NHS1",
"struct _NNCS",
"struct _CS",
"struct PS",
"struct _PS",
"enum _NENHS"
]})
types_no_alias.append({"var": ["_NHS"],
"type_names": [
"struct _NHS",
"struct _NNPS"
]})
types_no_alias.append({"var": ["_NNPS"],
"type_names": [
"struct _NNPS"
]})
types_no_alias.append({"var": ["_NHS1"],
"type_names": [
"struct _NHS1",
"struct _NNCS",
"struct _CS",
"struct PS",
"struct _PS",
"enum _NENHS"
]})
types_no_alias.append({"var": ["_NNCS"],
"type_names": [
"struct _NNCS",
"struct _CS",
"struct PS",
"struct _PS"
]})
types_no_alias.append({"var": ["_NENHS"],
"type_names": [
"enum _NENHS"
]})
types_no_alias.append({"var": ["_HS1"],
"type_names": [
"struct _HS1",
"enum _NEHS"
]})
types_no_alias.append({"var": ["_NEHS"],
"type_names": [
"enum _NEHS"
]})
def resolve_vars_and_funcs_to_cid(vars, funcs):
header_filename = "src/test_data/test_lib.h"
libclang_path = "/opt/local/libexec/llvm-9.0/lib/libclang.dylib"
cidtools = gen_cid.CIDTools(libclang_path, header_filename, "test_cid")
header = cidtools.extract(vars,funcs)
return header["cid"]
def check_expected_types_resolved(vars, funcs, type_names_expected):
print("RESOLVING: ", vars, funcs)
cid = resolve_vars_and_funcs_to_cid(vars, funcs)
# Check on unresolved vars
assert len(cid["vars_notfound"]) == 0, "vars not found"
# Check on unresolved functions
assert len(cid["functions_notfound"]) == 0, "vars not found"
# Check on unresolved typerefs
assert len(cid["typerefs_notfound"]) == 0, "vars not found"
type_names = cid["type_names"]
# test for no dup types
for tn in type_names:
assert type_names.count(tn) == 1, "duplicate type"
type_names.sort()
type_names_expected.sort()
# test expected types match in no specific order
# print("GOT: ", type_names)
# print("EXPECTED: ", type_names_expected)
assert type_names == type_names_expected
@pytest.mark.skip
@pytest.mark.parametrize('vars', [["var_TP"]])
@pytest.mark.parametrize('funcs', [""])
def test_manual(vars, funcs):
resolve_vars_and_funcs_to_cid(vars, funcs)
# @pytest.mark.skip
@pytest.mark.parametrize('variation', ["var_", "var_A", "var_T", "var_TA", "var_TT", "var_TTA"])
@pytest.mark.parametrize('data', types_with_alias)
def test_single_var_with_alias(data, variation):
var_list = []
for var in data["var"]:
var_name = variation + var
var_list.append(var_name)
check_expected_types_resolved(var_list, [], data["type_names"])
@pytest.mark.parametrize('variation', ["var_", "var_T", "var_TT"])
@pytest.mark.parametrize('data', types_no_alias)
def test_single_var_no_alias(data, variation):
var_list = []
for var in data["var"]:
var_name = variation + var
var_list.append(var_name)
check_expected_types_resolved(var_list, [], data["type_names"])
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