Gwion coverage report

GCC Code Coverage Report

Directory:	src/		Exec	Total	Coverage
File:	src/lib/modules.c	Lines:	219	220	99.5 %
Date:	2020-09-12 17:36:58	Branches:	34	38	89.5 %


#include <stdlib.h>
#include <math.h>
#include "gwion_util.h"
#include "gwion_ast.h"
#include "gwion_env.h"
#include "vm.h"
#include "gwion.h"
#include "instr.h"
#include "object.h"
#include "operator.h"
#include "import.h"
#include "ugen.h"
#include "gwi.h"
#include "emit.h"

static DTOR(basic_dtor) {
  xfree(UGEN(o)->module.gen.data);
}

static TICK(gain_tick) {
  u->out = (u->in * *(m_float*)u->module.gen.data);
}

static CTOR(gain_ctor) {
  ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
  ugen_gen(shred->info->vm->gwion, UGEN(o), gain_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
  UGEN(o)->module.gen.tick = gain_tick;
  *(m_float*)UGEN(o)->module.gen.data = 1;
}


static MFUN(gain_get_gain) {
  *(m_float*)RETURN = *(m_float*)UGEN(o)->module.gen.data;
}

static MFUN(gain_set_gain) {
  *(m_float*)RETURN = *(m_float*)UGEN(o)->module.gen.data = *(m_float*)MEM(SZ_INT);
}

static GWION_IMPORT(gain) {
  GWI_OB(gwi_class_ini(gwi,  "Gain", "UGen"))
  gwi_class_xtor(gwi, gain_ctor, basic_dtor);
  gwi_func_ini(gwi, "float", "gain");
  GWI_BB(gwi_func_end(gwi, gain_get_gain, ae_flag_none))
  gwi_func_ini(gwi, "float", "gain");
  gwi_func_arg(gwi, "float", "arg0");
  GWI_BB(gwi_func_end(gwi, gain_set_gain, ae_flag_none))
  return gwi_class_end(gwi);
}

static TICK(impulse_tick) {
  u->out = *(m_float*)u->module.gen.data;
  *(m_float*)u->module.gen.data = 0;
}

static CTOR(impulse_ctor) {
  ugen_ini(shred->info->vm->gwion, UGEN(o), 0, 1);
  ugen_gen(shred->info->vm->gwion, UGEN(o), impulse_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
  *(m_float*)UGEN(o)->module.gen.data = 0;
}

static MFUN(impulse_get_next) {
  *(m_float*)RETURN = *(m_float*)UGEN(o)->module.gen.data;
}

static MFUN(impulse_set_next) {
  *(m_float*)RETURN = (*(m_float*)UGEN(o)->module.gen.data = *(m_float*)MEM(SZ_INT));
}

static GWION_IMPORT(impulse) {
  GWI_OB(gwi_class_ini(gwi, "Impulse", "UGen"))
  gwi_class_xtor(gwi, impulse_ctor, basic_dtor);
  gwi_func_ini(gwi, "float", "next");
  GWI_BB(gwi_func_end(gwi, impulse_get_next, ae_flag_none))
  gwi_func_ini(gwi, "float", "next");
  gwi_func_arg(gwi, "float", "arg0");
  GWI_BB(gwi_func_end(gwi, impulse_set_next, ae_flag_none))
  return gwi_class_end(gwi);
}

static TICK(fullrect_tick) {
  u->out = fabs(u->in);
}

static CTOR(fullrect_ctor) {
  ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
  ugen_gen(shred->info->vm->gwion, UGEN(o), fullrect_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
  *(m_float*)UGEN(o)->module.gen.data = 1;
}

static GWION_IMPORT(fullrect) {
  GWI_OB(gwi_class_ini(gwi, "FullRect", "UGen"))
  gwi_class_xtor(gwi, fullrect_ctor, basic_dtor);
  return gwi_class_end(gwi);
}

static TICK(halfrect_tick) {
  if(u->in > 0)
    u->out = u->in;
  else
    u->out = 0;
}

static CTOR(halfrect_ctor) {
  ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
  ugen_gen(shred->info->vm->gwion, UGEN(o), halfrect_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
  *(m_float*)UGEN(o)->module.gen.data = 1;
}

static GWION_IMPORT(halfrect) {
  GWI_OB(gwi_class_ini(gwi, "HalfRect", "UGen"))
  gwi_class_xtor(gwi, halfrect_ctor, basic_dtor);
  return gwi_class_end(gwi);
}

static TICK(step_tick) {
  u->out = *(m_float*)u->module.gen.data;
}

static CTOR(step_ctor) {
  ugen_ini(shred->info->vm->gwion, UGEN(o), 0, 1);
  ugen_gen(shred->info->vm->gwion, UGEN(o), step_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
  *(m_float*)UGEN(o)->module.gen.data = 0;
}

static MFUN(step_get_next) {
  *(m_float*)RETURN = *(m_float*)UGEN(o)->module.gen.data;
}

static MFUN(step_set_next) {
  *(m_float*)RETURN = *(m_float*)UGEN(o)->module.gen.data = *(m_float*)(shred->mem + SZ_INT);
}

static GWION_IMPORT(step) {
  GWI_OB(gwi_class_ini(gwi, "Step", "UGen"))
  gwi_class_xtor(gwi, step_ctor, basic_dtor);
  gwi_func_ini(gwi, "float", "next");
  GWI_BB(gwi_func_end(gwi, step_get_next, ae_flag_none))
  gwi_func_ini(gwi, "float", "next");
  gwi_func_arg(gwi, "float", "arg0");
  GWI_BB(gwi_func_end(gwi, step_set_next, ae_flag_none))
  return gwi_class_end(gwi);
}

static TICK(zerox_tick) {
  m_float in = (u->in < 0) ? -1 : (u->in > 0);
  m_float f = *(m_float*)u->module.gen.data;
  u->out = f == in ? 1 : 0;
  *(m_float*) u->module.gen.data = in;
}

static CTOR(zerox_ctor) {
  ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
  ugen_gen(shred->info->vm->gwion, UGEN(o), zerox_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
  *(m_float*)UGEN(o)->module.gen.data = 1;
}

static GWION_IMPORT(zerox) {
  GWI_OB(gwi_class_ini(gwi, "ZeroX", "UGen"))
  gwi_class_xtor(gwi, zerox_ctor, basic_dtor);
  return gwi_class_end(gwi);
}

struct UUGen_ {
  M_Object  self;
  VM_Code   code;
  VM_Shred shred;
  void (*prep)(struct UUGen_*, const m_float);
};

ANN static void global_prep(struct UUGen_ *uu, const m_float in) {
  *(m_float*)uu->shred->mem = in;
}

ANN static void member_prep(struct UUGen_ *uu, const m_float in) {
  *(M_Object*)uu->shred->mem = uu->self;
  *(m_float*)(uu->shred->mem + SZ_INT) = in;
}

static TICK(id_tick) {
  u->out = u->in;
}

static TICK(usrugen_tick) {
  struct UUGen_ *uu = u->module.gen.data;
  uu->prep(uu, u->in);
  uu->shred->pc = 0;
  shredule(uu->shred->tick->shreduler, uu->shred, 0);
  vm_run(uu->shred->info->vm);
  uu->shred->reg -= SZ_FLOAT;
  u->out = *(m_float*)(uu->shred->reg);
}

static CTOR(usrugen_ctor) {
  struct UUGen_* uu = mp_calloc(shred->info->vm->gwion->mp, UUGen);
  uu->self = o;
  ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
  ugen_gen(shred->info->vm->gwion, UGEN(o), id_tick, uu, 0);
}

static DTOR(usrugen_dtor) {
  struct UUGen_ *uu = UGEN(o)->module.gen.data;
  if(uu->shred)
    free_vm_shred(uu->shred);
  mp_free(shred->info->vm->gwion->mp, UUGen, UGEN(o)->module.gen.data);
}

static OP_CHECK(opck_usrugen) {
  Exp_Binary *bin = (Exp_Binary*)data;
  const Arg_List arg = bin->lhs->info->type->e->d.func->def->base->args;
  if(!arg || arg->next)
    ERR_N(exp_self(bin)->pos, _("Tick function take one and only one argument"))
  if(isa(arg->type, env->gwion->type[et_float]) < 0)
    ERR_N(exp_self(bin)->pos, _("Tick functions argument must be of type float"))
  if(isa(bin->lhs->info->type->e->d.func->def->base->ret_type, env->gwion->type[et_float]) < 0)
    ERR_N(exp_self(bin)->pos, _("Tick function must return float"))
  if(bin->lhs->info->type->e->d.func->value_ref->from->owner_class)
    CHECK_BN(isa(bin->lhs->info->type->e->d.func->value_ref->from->owner_class,
      bin->rhs->info->type))
  return bin->rhs->info->type;
}

static INSTR(UURet) {
  shreduler_remove(shred->tick->shreduler, shred, 0);
}

ANN static void code_prepare(const VM_Code code) {
  m_bit *byte = code->bytecode;
  for(m_uint i = 0; i < vector_size(code->instr); ++i) {
    if(*(m_bit*)(byte + i *BYTECODE_SZ) == eFuncReturn) {
      *(m_bit*)(byte + i * BYTECODE_SZ)= eOP_MAX;
      *(f_instr*)(byte + (i*BYTECODE_SZ) + SZ_INT*2) = UURet;
    }
  }
}

static MFUN(default_tick) {
  struct UUGen_ *uu = UGEN(o)->module.gen.data;
  if(uu->shred) {
    free_vm_shred(uu->shred);
    uu->shred = NULL;
  }
  UGEN(o)->module.gen.tick = id_tick;
//  release(o, shred);
}

static INSTR(UsrUGenTick) {
  const m_uint offset = !instr->m_val ? SZ_INT : 0;
  shred->reg -= SZ_INT*2 - offset;
  const M_Object o = *(M_Object*)(shred->reg + SZ_INT - offset);
  if(!o)
    Except(shred, "[NullPtrException]");
  struct UUGen_ *uu = UGEN(o)->module.gen.data;
  if(uu->shred)
    free_vm_shred(uu->shred);
  UGEN(o)->module.gen.tick = usrugen_tick;
  const VM_Code code = *(VM_Code*)(shred->reg-offset);
  release(o, shred);
  if(!code)
    Except(shred, "[NullTickException]");
  uu->shred = new_vm_shred(shred->info->vm->gwion->mp, *(VM_Code*)(shred->reg-offset));
  ADD_REF(*(VM_Code*)(shred->reg - offset));
  uu->shred->info->vm = shred->info->vm;
  code_prepare(uu->shred->code);
  shreduler_ini(uu->shred->info->vm->shreduler, uu->shred);
  uu->prep = instr->m_val ? member_prep : global_prep;
  *(M_Object*)(shred->reg - SZ_INT) = o;
}

static OP_EMIT(opem_usrugen) {
  Exp_Binary *bin = (Exp_Binary*)data;
  const Instr instr = emit_add_instr(emit, UsrUGenTick);
  instr->m_val = !!bin->lhs->info->type->e->d.func->value_ref->from->owner_class;
  return instr;
}

static GWION_IMPORT(usrugen) {
  GWI_OB(gwi_class_ini(gwi, "UsrUGen", "UGen"))
  gwi_class_xtor(gwi, usrugen_ctor, usrugen_dtor);
  GWI_BB(gwi_func_ini(gwi, "int", "default_tick"))
  GWI_BB(gwi_func_end(gwi, default_tick, 0))
  GWI_BB(gwi_class_end(gwi))
  GWI_BB(gwi_oper_ini(gwi, "@function", "UsrUGen", "UsrUGen"))
  GWI_BB(gwi_oper_add(gwi, opck_usrugen))
  GWI_BB(gwi_oper_emi(gwi, opem_usrugen))
  GWI_BB(gwi_oper_end(gwi, "~=", NULL))
  return GW_OK;
}

GWION_IMPORT(modules) {
  GWI_BB(import_gain(gwi))
  GWI_BB(import_impulse(gwi))
  GWI_BB(import_fullrect(gwi))
  GWI_BB(import_halfrect(gwi))
  GWI_BB(import_step(gwi))
  GWI_BB(import_zerox(gwi))
  return import_usrugen(gwi);
}


Generated by: GCOVR (Version 4.2)

Line	Branch	Exec	Source
1			#include <stdlib.h>
2			#include <math.h>
3			#include "gwion_util.h"
4			#include "gwion_ast.h"
5			#include "gwion_env.h"
6			#include "vm.h"
7			#include "gwion.h"
8			#include "instr.h"
9			#include "object.h"
10			#include "operator.h"
11			#include "import.h"
12			#include "ugen.h"
13			#include "gwi.h"
14			#include "emit.h"
15
16		9	static DTOR(basic_dtor) {
17		9	xfree(UGEN(o)->module.gen.data);
18		9	}
19
20		480000	static TICK(gain_tick) {
21		480000	u->out = (u->in * (m_float)u->module.gen.data);
22		480000	}
23
24		1	static CTOR(gain_ctor) {
25		1	ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
26		1	ugen_gen(shred->info->vm->gwion, UGEN(o), gain_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
27		1	UGEN(o)->module.gen.tick = gain_tick;
28		1	(m_float)UGEN(o)->module.gen.data = 1;
29		1	}
30
31
32		67	static MFUN(gain_get_gain) {
33		67	(m_float)RETURN = (m_float)UGEN(o)->module.gen.data;
34		67	}
35
36		67	static MFUN(gain_set_gain) {
37		67	(m_float)RETURN = (m_float)UGEN(o)->module.gen.data = (m_float)MEM(SZ_INT);
38		67	}
39
40		711	static GWION_IMPORT(gain) {
41		711	GWI_OB(gwi_class_ini(gwi, "Gain", "UGen"))
42		711	gwi_class_xtor(gwi, gain_ctor, basic_dtor);
43		711	gwi_func_ini(gwi, "float", "gain");
44		711	GWI_BB(gwi_func_end(gwi, gain_get_gain, ae_flag_none))
45		711	gwi_func_ini(gwi, "float", "gain");
46		711	gwi_func_arg(gwi, "float", "arg0");
47		711	GWI_BB(gwi_func_end(gwi, gain_set_gain, ae_flag_none))
48		711	return gwi_class_end(gwi);
49			}
50
51		9	static TICK(impulse_tick) {
52		9	u->out = (m_float)u->module.gen.data;
53		9	(m_float)u->module.gen.data = 0;
54		9	}
55
56		4	static CTOR(impulse_ctor) {
57		4	ugen_ini(shred->info->vm->gwion, UGEN(o), 0, 1);
58		4	ugen_gen(shred->info->vm->gwion, UGEN(o), impulse_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
59		4	(m_float)UGEN(o)->module.gen.data = 0;
60		4	}
61
62		1	static MFUN(impulse_get_next) {
63		1	(m_float)RETURN = (m_float)UGEN(o)->module.gen.data;
64		1	}
65
66		6	static MFUN(impulse_set_next) {
67		6	(m_float)RETURN = ((m_float)UGEN(o)->module.gen.data = (m_float)MEM(SZ_INT));
68		6	}
69
70		711	static GWION_IMPORT(impulse) {
71		711	GWI_OB(gwi_class_ini(gwi, "Impulse", "UGen"))
72		711	gwi_class_xtor(gwi, impulse_ctor, basic_dtor);
73		711	gwi_func_ini(gwi, "float", "next");
74		711	GWI_BB(gwi_func_end(gwi, impulse_get_next, ae_flag_none))
75		711	gwi_func_ini(gwi, "float", "next");
76		711	gwi_func_arg(gwi, "float", "arg0");
77		711	GWI_BB(gwi_func_end(gwi, impulse_set_next, ae_flag_none))
78		711	return gwi_class_end(gwi);
79			}
80
81		2	static TICK(fullrect_tick) {
82		2	u->out = fabs(u->in);
83		2	}
84
85		1	static CTOR(fullrect_ctor) {
86		1	ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
87		1	ugen_gen(shred->info->vm->gwion, UGEN(o), fullrect_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
88		1	(m_float)UGEN(o)->module.gen.data = 1;
89		1	}
90
91		711	static GWION_IMPORT(fullrect) {
92		711	GWI_OB(gwi_class_ini(gwi, "FullRect", "UGen"))
93		711	gwi_class_xtor(gwi, fullrect_ctor, basic_dtor);
94		711	return gwi_class_end(gwi);
95			}
96
97		2	static TICK(halfrect_tick) {
98	✓✓	2	if(u->in > 0)
99		1	u->out = u->in;
100			else
101		1	u->out = 0;
102		2	}
103
104		1	static CTOR(halfrect_ctor) {
105		1	ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
106		1	ugen_gen(shred->info->vm->gwion, UGEN(o), halfrect_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
107		1	(m_float)UGEN(o)->module.gen.data = 1;
108		1	}
109
110		711	static GWION_IMPORT(halfrect) {
111		711	GWI_OB(gwi_class_ini(gwi, "HalfRect", "UGen"))
112		711	gwi_class_xtor(gwi, halfrect_ctor, basic_dtor);
113		711	return gwi_class_end(gwi);
114			}
115
116		1	static TICK(step_tick) {
117		1	u->out = (m_float)u->module.gen.data;
118		1	}
119
120		1	static CTOR(step_ctor) {
121		1	ugen_ini(shred->info->vm->gwion, UGEN(o), 0, 1);
122		1	ugen_gen(shred->info->vm->gwion, UGEN(o), step_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
123		1	(m_float)UGEN(o)->module.gen.data = 0;
124		1	}
125
126		1	static MFUN(step_get_next) {
127		1	(m_float)RETURN = (m_float)UGEN(o)->module.gen.data;
128		1	}
129
130		1	static MFUN(step_set_next) {
131		1	(m_float)RETURN = (m_float)UGEN(o)->module.gen.data = (m_float)(shred->mem + SZ_INT);
132		1	}
133
134		711	static GWION_IMPORT(step) {
135		711	GWI_OB(gwi_class_ini(gwi, "Step", "UGen"))
136		711	gwi_class_xtor(gwi, step_ctor, basic_dtor);
137		711	gwi_func_ini(gwi, "float", "next");
138		711	GWI_BB(gwi_func_end(gwi, step_get_next, ae_flag_none))
139		711	gwi_func_ini(gwi, "float", "next");
140		711	gwi_func_arg(gwi, "float", "arg0");
141		711	GWI_BB(gwi_func_end(gwi, step_set_next, ae_flag_none))
142		711	return gwi_class_end(gwi);
143			}
144
145		4	static TICK(zerox_tick) {
146	✓✓✓✓	4	m_float in = (u->in < 0) ? -1 : (u->in > 0);
147		4	m_float f = (m_float)u->module.gen.data;
148	✗✓	4	u->out = f == in ? 1 : 0;
149		4	(m_float) u->module.gen.data = in;
150		4	}
151
152		1	static CTOR(zerox_ctor) {
153		1	ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
154		1	ugen_gen(shred->info->vm->gwion, UGEN(o), zerox_tick, (m_float*)xmalloc(SZ_FLOAT), 0);
155		1	(m_float)UGEN(o)->module.gen.data = 1;
156		1	}
157
158		711	static GWION_IMPORT(zerox) {
159		711	GWI_OB(gwi_class_ini(gwi, "ZeroX", "UGen"))
160		711	gwi_class_xtor(gwi, zerox_ctor, basic_dtor);
161		711	return gwi_class_end(gwi);
162			}
163
164			struct UUGen_ {
165			M_Object self;
166			VM_Code code;
167			VM_Shred shred;
168			void (prep)(struct UUGen_, const m_float);
169			};
170
171		1	ANN static void global_prep(struct UUGen_ *uu, const m_float in) {
172		1	(m_float)uu->shred->mem = in;
173		1	}
174
175		3	ANN static void member_prep(struct UUGen_ *uu, const m_float in) {
176		3	(M_Object)uu->shred->mem = uu->self;
177		3	(m_float)(uu->shred->mem + SZ_INT) = in;
178		3	}
179
180		1	static TICK(id_tick) {
181		1	u->out = u->in;
182		1	}
183
184		4	static TICK(usrugen_tick) {
185		4	struct UUGen_ *uu = u->module.gen.data;
186		4	uu->prep(uu, u->in);
187		4	uu->shred->pc = 0;
188		4	shredule(uu->shred->tick->shreduler, uu->shred, 0);
189		4	vm_run(uu->shred->info->vm);
190		4	uu->shred->reg -= SZ_FLOAT;
191		4	u->out = (m_float)(uu->shred->reg);
192		4	}
193
194		2	static CTOR(usrugen_ctor) {
195		2	struct UUGen_* uu = mp_calloc(shred->info->vm->gwion->mp, UUGen);
196		2	uu->self = o;
197		2	ugen_ini(shred->info->vm->gwion, UGEN(o), 1, 1);
198		2	ugen_gen(shred->info->vm->gwion, UGEN(o), id_tick, uu, 0);
199		2	}
200
201		2	static DTOR(usrugen_dtor) {
202		2	struct UUGen_ *uu = UGEN(o)->module.gen.data;
203	✓✓	2	if(uu->shred)
204		1	free_vm_shred(uu->shred);
205		2	mp_free(shred->info->vm->gwion->mp, UUGen, UGEN(o)->module.gen.data);
206		2	}
207
208		12	static OP_CHECK(opck_usrugen) {
209		12	Exp_Binary bin = (Exp_Binary)data;
210		12	const Arg_List arg = bin->lhs->info->type->e->d.func->def->base->args;
211	✓✓✓✓	12	if(!arg \|\| arg->next)
212		2	ERR_N(exp_self(bin)->pos, _("Tick function take one and only one argument"))
213	✓✓	10	if(isa(arg->type, env->gwion->type[et_float]) < 0)
214		1	ERR_N(exp_self(bin)->pos, _("Tick functions argument must be of type float"))
215	✓✓	9	if(isa(bin->lhs->info->type->e->d.func->def->base->ret_type, env->gwion->type[et_float]) < 0)
216		1	ERR_N(exp_self(bin)->pos, _("Tick function must return float"))
217	✓✓	8	if(bin->lhs->info->type->e->d.func->value_ref->from->owner_class)
218	✗✓	6	CHECK_BN(isa(bin->lhs->info->type->e->d.func->value_ref->from->owner_class,
219			bin->rhs->info->type))
220		8	return bin->rhs->info->type;
221			}
222
223		4	static INSTR(UURet) {
224		4	shreduler_remove(shred->tick->shreduler, shred, 0);
225		4	}
226
227		3	ANN static void code_prepare(const VM_Code code) {
228		3	m_bit *byte = code->bytecode;
229	✓✓	57	for(m_uint i = 0; i < vector_size(code->instr); ++i) {
230	✓✓	54	if((m_bit)(byte + i *BYTECODE_SZ) == eFuncReturn) {
231		2	(m_bit)(byte + i * BYTECODE_SZ)= eOP_MAX;
232		2	(f_instr)(byte + (iBYTECODE_SZ) + SZ_INT2) = UURet;
233			}
234			}
235		3	}
236
237		1	static MFUN(default_tick) {
238		1	struct UUGen_ *uu = UGEN(o)->module.gen.data;
239	✓✗	1	if(uu->shred) {
240		1	free_vm_shred(uu->shred);
241		1	uu->shred = NULL;
242			}
243		1	UGEN(o)->module.gen.tick = id_tick;
244			// release(o, shred);
245		1	}
246
247		4	static INSTR(UsrUGenTick) {
248	✓✓	4	const m_uint offset = !instr->m_val ? SZ_INT : 0;
249		4	shred->reg -= SZ_INT*2 - offset;
250		4	const M_Object o = (M_Object)(shred->reg + SZ_INT - offset);
251	✗✓	4	if(!o)
252			Except(shred, "[NullPtrException]");
253		4	struct UUGen_ *uu = UGEN(o)->module.gen.data;
254	✓✓	4	if(uu->shred)
255		1	free_vm_shred(uu->shred);
256		4	UGEN(o)->module.gen.tick = usrugen_tick;
257		4	const VM_Code code = (VM_Code)(shred->reg-offset);
258		4	release(o, shred);
259	✓✓	4	if(!code)
260		1	Except(shred, "[NullTickException]");
261		3	uu->shred = new_vm_shred(shred->info->vm->gwion->mp, (VM_Code)(shred->reg-offset));
262		3	ADD_REF((VM_Code)(shred->reg - offset));
263		3	uu->shred->info->vm = shred->info->vm;
264		3	code_prepare(uu->shred->code);
265		3	shreduler_ini(uu->shred->info->vm->shreduler, uu->shred);
266	✓✓	3	uu->prep = instr->m_val ? member_prep : global_prep;
267		3	(M_Object)(shred->reg - SZ_INT) = o;
268			}
269
270		4	static OP_EMIT(opem_usrugen) {
271		4	Exp_Binary bin = (Exp_Binary)data;
272		4	const Instr instr = emit_add_instr(emit, UsrUGenTick);
273		4	instr->m_val = !!bin->lhs->info->type->e->d.func->value_ref->from->owner_class;
274		4	return instr;
275			}
276
277		711	static GWION_IMPORT(usrugen) {
278		711	GWI_OB(gwi_class_ini(gwi, "UsrUGen", "UGen"))
279		711	gwi_class_xtor(gwi, usrugen_ctor, usrugen_dtor);
280		711	GWI_BB(gwi_func_ini(gwi, "int", "default_tick"))
281		711	GWI_BB(gwi_func_end(gwi, default_tick, 0))
282		711	GWI_BB(gwi_class_end(gwi))
283		711	GWI_BB(gwi_oper_ini(gwi, "@function", "UsrUGen", "UsrUGen"))
284		711	GWI_BB(gwi_oper_add(gwi, opck_usrugen))
285		711	GWI_BB(gwi_oper_emi(gwi, opem_usrugen))
286		711	GWI_BB(gwi_oper_end(gwi, "~=", NULL))
287		711	return GW_OK;
288			}
289
290		711	GWION_IMPORT(modules) {
291		711	GWI_BB(import_gain(gwi))
292		711	GWI_BB(import_impulse(gwi))
293		711	GWI_BB(import_fullrect(gwi))
294		711	GWI_BB(import_halfrect(gwi))
295		711	GWI_BB(import_step(gwi))
296		711	GWI_BB(import_zerox(gwi))
297		711	return import_usrugen(gwi);
298			}