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// cl_abap_unit_assert.clas.locals_imp.abap
class lcl_dump {
static INTERNAL_TYPE = 'CLAS';
static INTERNAL_NAME = 'CLAS-CL_ABAP_UNIT_ASSERT-LCL_DUMP';
static IMPLEMENTED_INTERFACES = [];
static ATTRIBUTES = {};
static METHODS = {"DUMP_STRUCTURE": {"visibility": "I", "parameters": {"RV_STR": {"type": () => {return new abap.types.String({qualifiedName: "STRING"});}, "is_optional": " "}, "IV_VAL": {"type": () => {return new abap.types.Character(4);}, "is_optional": " "}}},
"TO_STRING": {"visibility": "U", "parameters": {"RV_STR": {"type": () => {return new abap.types.String({qualifiedName: "STRING"});}, "is_optional": " "}, "IV_VAL": {"type": () => {return new abap.types.Character(4);}, "is_optional": " "}}}};
constructor() {
this.me = new abap.types.ABAPObject();
this.me.set(this);
this.INTERNAL_ID = abap.internalIdCounter++;
this.FRIENDS_ACCESS_INSTANCE = {
};
}
async constructor_(INPUT) {
if (super.constructor_) { await super.constructor_(INPUT); }
return this;
}
async to_string(INPUT) {
return lcl_dump.to_string(INPUT);
}
static async to_string(INPUT) {
let rv_str = new abap.types.String({qualifiedName: "STRING"});
let iv_val = INPUT?.iv_val;
let lv_type = new abap.types.Character(1, {});
let lv_name = new abap.types.String({qualifiedName: "STRING"});
abap.statements.describe({field: iv_val, type: lv_type});
let unique1255 = lv_type;
if (abap.compare.eq(unique1255, abap.CharacterFactory.get(1, 'u')) || abap.compare.eq(unique1255, abap.CharacterFactory.get(1, 'v'))) {
rv_str.set((await this.dump_structure({iv_val: iv_val})));
} else if (abap.compare.eq(unique1255, abap.CharacterFactory.get(1, 'h'))) {
rv_str.set(new abap.types.String().set(`[itab]`));
} else if (abap.compare.eq(unique1255, abap.CharacterFactory.get(1, 'r'))) {
lv_name.set(iv_val.get().constructor.name);
rv_str.set(new abap.types.String().set(`[object, ${abap.templateFormatting(lv_name)}]`));
} else {
rv_str.set(new abap.types.String().set(`${abap.templateFormatting(iv_val)}`));
}
return rv_str;
}
async dump_structure(INPUT) {
return lcl_dump.dump_structure(INPUT);
}
static async dump_structure(INPUT) {
let rv_str = new abap.types.String({qualifiedName: "STRING"});
let iv_val = INPUT?.iv_val;
let lt_components = abap.types.TableFactory.construct(new abap.types.String({qualifiedName: "STRING"}), {"withHeader":false,"keyType":"DEFAULT","primaryKey":{"name":"primary_key","type":"STANDARD","isUnique":false,"keyFields":[]},"secondary":[]}, "");
let lv_name = new abap.types.String({qualifiedName: "STRING"});
let lv_str = new abap.types.String({qualifiedName: "STRING"});
let fs_fs_ = new abap.types.FieldSymbol(new abap.types.Character(4));
Object.keys(iv_val.get()).forEach((name) => lt_components.append(new abap.types.String().set(name)));
for await (const unique1256 of abap.statements.loop(lt_components)) {
lv_name.set(unique1256);
if (abap.compare.ne(rv_str, abap.CharacterFactory.get(1, ''))) {
rv_str.set(abap.operators.concat(rv_str,new abap.types.String().set(`, `)));
}
abap.statements.assign({component: lv_name, target: fs_fs_, source: iv_val});
abap.statements.assert(abap.compare.eq(abap.builtin.sy.get().subrc, abap.IntegerFactory.get(0)));
lv_str.set((await this.to_string({iv_val: fs_fs_})));
rv_str.set(abap.operators.concat(rv_str,abap.operators.concat(lv_name,abap.operators.concat(new abap.types.String().set(`: `),new abap.types.String().set(`${abap.templateFormatting(lv_str)}`)))));
}
return rv_str;
}
}
abap.Classes['CLAS-CL_ABAP_UNIT_ASSERT-LCL_DUMP'] = lcl_dump;
export {lcl_dump}; |