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// zcl_abapgit_zlib_stream.clas.abap
class zcl_abapgit_zlib_stream {
static STATIC_SUPER = undefined;
static INTERNAL_TYPE = 'CLAS';
static INTERNAL_NAME = 'ZCL_ABAPGIT_ZLIB_STREAM';
static IMPLEMENTED_INTERFACES = [];
static ATTRIBUTES = {"GT_BYTE_BITS": {"type": () => {return abap.types.TableFactory.construct(new abap.types.String({qualifiedName: "STRING"}), {"withHeader":false,"keyType":"DEFAULT","primaryKey":{"name":"primary_key","type":"STANDARD","isUnique":false,"keyFields":[]},"secondary":[]}, "");}, "visibility": "I", "is_constant": " ", "is_class": "X"},
"MV_BITS": {"type": () => {return new abap.types.String({qualifiedName: "STRING"});}, "visibility": "I", "is_constant": " ", "is_class": " "},
"MV_COMPRESSED": {"type": () => {return new abap.types.XString({qualifiedName: "XSTRING"});}, "visibility": "I", "is_constant": " ", "is_class": " "},
"MV_OFFSET": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "visibility": "I", "is_constant": " ", "is_class": " "}};
static METHODS = {"CLASS_CONSTRUCTOR": {"visibility": "U", "parameters": {}},
"CONSTRUCTOR": {"visibility": "U", "parameters": {"IV_DATA": {"type": () => {return new abap.types.XString({qualifiedName: "XSTRING"});}, "is_optional": " ", "parm_kind": "I", "type_name": "XStringType"}}},
"TAKE_BITS": {"visibility": "U", "parameters": {"RV_BITS": {"type": () => {return new abap.types.String({qualifiedName: "STRING"});}, "is_optional": " ", "parm_kind": "R", "type_name": "StringType"}, "IV_LENGTH": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " ", "parm_kind": "I", "type_name": "IntegerType"}}},
"TAKE_BIT": {"visibility": "U", "parameters": {"RV_BIT": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " ", "parm_kind": "R", "type_name": "IntegerType"}}},
"TAKE_INT": {"visibility": "U", "parameters": {"RV_INT": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " ", "parm_kind": "R", "type_name": "IntegerType"}, "IV_LENGTH": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " ", "parm_kind": "I", "type_name": "IntegerType"}}},
"REMAINING": {"visibility": "U", "parameters": {"RV_LENGTH": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " ", "parm_kind": "R", "type_name": "IntegerType"}}},
"TAKE_BYTES": {"visibility": "U", "parameters": {"RV_BYTES": {"type": () => {return new abap.types.XString({qualifiedName: "XSTRING"});}, "is_optional": " ", "parm_kind": "R", "type_name": "XStringType"}, "IV_LENGTH": {"type": () => {return new abap.types.Integer({qualifiedName: "I"});}, "is_optional": " ", "parm_kind": "I", "type_name": "IntegerType"}}},
"CLEAR_BITS": {"visibility": "U", "parameters": {}}};
#gt_byte_bits;
#mv_bits;
#mv_compressed;
#mv_offset;
constructor() {
this.me = new abap.types.ABAPObject();
this.me.set(this);
this.INTERNAL_ID = abap.internalIdCounter++;
this.FRIENDS_ACCESS_INSTANCE = {
"take_bits": this.take_bits.bind(this),
"take_bit": this.take_bit.bind(this),
"take_int": this.take_int.bind(this),
"remaining": this.remaining.bind(this),
"take_bytes": this.take_bytes.bind(this),
"clear_bits": this.clear_bits.bind(this),
};
this.gt_byte_bits = zcl_abapgit_zlib_stream.gt_byte_bits;
this.#mv_bits = new abap.types.String({qualifiedName: "STRING"});
this.FRIENDS_ACCESS_INSTANCE["mv_bits"] = this.#mv_bits;
this.#mv_compressed = new abap.types.XString({qualifiedName: "XSTRING"});
this.FRIENDS_ACCESS_INSTANCE["mv_compressed"] = this.#mv_compressed;
this.#mv_offset = new abap.types.Integer({qualifiedName: "I"});
this.FRIENDS_ACCESS_INSTANCE["mv_offset"] = this.#mv_offset;
}
async class_constructor() {
return zcl_abapgit_zlib_stream.class_constructor();
}
static async class_constructor() {
let lv_x = new abap.types.Hex();
let lv_bits = new abap.types.String({qualifiedName: "STRING"});
let lv_c = new abap.types.Character(1, {});
let lv_int = new abap.types.Integer({qualifiedName: "I"});
const indexBackup1 = abap.builtin.sy.get().index.get();
const unique486 = new abap.types.Integer().set(256).get();
for (let unique487 = 0; unique487 < unique486; unique487++) {
abap.builtin.sy.get().index.set(unique487 + 1);
lv_int.set(abap.operators.minus(abap.builtin.sy.get().index,abap.IntegerFactory.get(1)));
lv_x.set(lv_int);
lv_bits.clear();
const indexBackup2 = abap.builtin.sy.get().index.get();
const unique488 = abap.IntegerFactory.get(8).get();
for (let unique489 = 0; unique489 < unique488; unique489++) {
abap.builtin.sy.get().index.set(unique489 + 1);
abap.statements.getBit(abap.builtin.sy.get().index, lv_x, lv_c);
abap.statements.concatenate({source: [lv_bits, lv_c], target: lv_bits});
}
abap.builtin.sy.get().index.set(indexBackup2);
abap.statements.append({source: lv_bits, target: zcl_abapgit_zlib_stream.gt_byte_bits});
}
abap.builtin.sy.get().index.set(indexBackup1);
}
async clear_bits() {
this.#mv_bits.clear();
}
async constructor_(INPUT) {
let iv_data = INPUT?.iv_data;
if (iv_data?.getQualifiedName === undefined || iv_data.getQualifiedName() !== "XSTRING") { iv_data = undefined; }
if (iv_data === undefined) { iv_data = new abap.types.XString({qualifiedName: "XSTRING"}).set(INPUT.iv_data); }
this.#mv_compressed.set(iv_data);
this.#mv_offset.set(abap.IntegerFactory.get(0));
return this;
}
async remaining() {
let rv_length = new abap.types.Integer({qualifiedName: "I"});
rv_length.set(abap.operators.minus(abap.operators.add(abap.builtin.xstrlen({val: this.#mv_compressed}),abap.IntegerFactory.get(1)),this.#mv_offset));
return rv_length;
}
async take_bits(INPUT) {
let rv_bits = new abap.types.String({qualifiedName: "STRING"});
let iv_length = INPUT?.iv_length;
if (iv_length?.getQualifiedName === undefined || iv_length.getQualifiedName() !== "I") { iv_length = undefined; }
if (iv_length === undefined) { iv_length = new abap.types.Integer({qualifiedName: "I"}).set(INPUT.iv_length); }
let lv_left = new abap.types.Integer({qualifiedName: "I"});
let lv_index = new abap.types.Integer({qualifiedName: "I"});
const indexBackup1 = abap.builtin.sy.get().index.get();
let unique490 = 1;
while (abap.compare.lt(abap.builtin.strlen({val: rv_bits}), iv_length)) {
abap.builtin.sy.get().index.set(unique490++);
if (abap.compare.initial(this.#mv_bits)) {
lv_index.set(abap.operators.add(this.#mv_compressed.getOffset({offset: this.#mv_offset, length: 1}),abap.IntegerFactory.get(1)));
abap.statements.readTable(zcl_abapgit_zlib_stream.gt_byte_bits,{index: lv_index,
into: this.#mv_bits});
this.#mv_offset.set(abap.operators.add(this.#mv_offset,abap.IntegerFactory.get(1)));
}
lv_left.set(abap.operators.minus(iv_length,abap.builtin.strlen({val: rv_bits})));
if (abap.compare.ge(lv_left, abap.builtin.strlen({val: this.#mv_bits}))) {
abap.statements.concatenate({source: [this.#mv_bits, rv_bits], target: rv_bits});
this.#mv_bits.clear();
} else {
lv_index.set(abap.operators.minus(abap.builtin.strlen({val: this.#mv_bits}),lv_left));
abap.statements.concatenate({source: [this.#mv_bits.getOffset({offset: lv_index, length: lv_left}), rv_bits], target: rv_bits});
this.#mv_bits.set(this.#mv_bits.getOffset({length: lv_index}));
}
}
abap.builtin.sy.get().index.set(indexBackup1);
return rv_bits;
}
async take_bit() {
let rv_bit = new abap.types.Integer({qualifiedName: "I"});
let lv_index = new abap.types.Integer({qualifiedName: "I"});
let lv_len = new abap.types.Integer({qualifiedName: "I"});
if (abap.compare.initial(this.#mv_bits)) {
lv_index.set(abap.operators.add(this.#mv_compressed.getOffset({offset: this.#mv_offset, length: 1}),abap.IntegerFactory.get(1)));
abap.statements.readTable(zcl_abapgit_zlib_stream.gt_byte_bits,{index: lv_index,
into: this.#mv_bits});
this.#mv_offset.set(abap.operators.add(this.#mv_offset,abap.IntegerFactory.get(1)));
}
lv_len.set(abap.operators.minus(abap.builtin.strlen({val: this.#mv_bits}),abap.IntegerFactory.get(1)));
rv_bit.set(this.#mv_bits.getOffset({offset: lv_len, length: 1}));
this.#mv_bits.set(this.#mv_bits.getOffset({length: lv_len}));
return rv_bit;
}
async take_bytes(INPUT) {
let rv_bytes = new abap.types.XString({qualifiedName: "XSTRING"});
let iv_length = INPUT?.iv_length;
if (iv_length?.getQualifiedName === undefined || iv_length.getQualifiedName() !== "I") { iv_length = undefined; }
if (iv_length === undefined) { iv_length = new abap.types.Integer({qualifiedName: "I"}).set(INPUT.iv_length); }
rv_bytes.set(this.#mv_compressed.getOffset({offset: this.#mv_offset, length: iv_length}));
this.#mv_offset.set(abap.operators.add(this.#mv_offset,iv_length));
return rv_bytes;
}
async take_int(INPUT) {
let rv_int = new abap.types.Integer({qualifiedName: "I"});
let iv_length = INPUT?.iv_length;
if (iv_length?.getQualifiedName === undefined || iv_length.getQualifiedName() !== "I") { iv_length = undefined; }
if (iv_length === undefined) { iv_length = new abap.types.Integer({qualifiedName: "I"}).set(INPUT.iv_length); }
let lv_bits = new abap.types.String({qualifiedName: "STRING"});
let lv_i = new abap.types.Integer({qualifiedName: "I"});
let lv_offset = new abap.types.Integer({qualifiedName: "I"});
lv_bits.set((await this.take_bits({iv_length: iv_length})));
const indexBackup1 = abap.builtin.sy.get().index.get();
const unique491 = abap.builtin.strlen({val: lv_bits}).get();
for (let unique492 = 0; unique492 < unique491; unique492++) {
abap.builtin.sy.get().index.set(unique492 + 1);
lv_i.set(lv_bits.getOffset({offset: lv_offset, length: 1}));
rv_int.set(abap.operators.add(abap.operators.multiply(rv_int,abap.IntegerFactory.get(2)),lv_i));
lv_offset.set(abap.operators.add(lv_offset,abap.IntegerFactory.get(1)));
}
abap.builtin.sy.get().index.set(indexBackup1);
return rv_int;
}
}
abap.Classes['ZCL_ABAPGIT_ZLIB_STREAM'] = zcl_abapgit_zlib_stream;
zcl_abapgit_zlib_stream.gt_byte_bits = abap.types.TableFactory.construct(new abap.types.String({qualifiedName: "STRING"}), {"withHeader":false,"keyType":"DEFAULT","primaryKey":{"name":"primary_key","type":"STANDARD","isUnique":false,"keyFields":[]},"secondary":[]}, "");
await abap.Classes['ZCL_ABAPGIT_ZLIB_STREAM'].class_constructor();
export {zcl_abapgit_zlib_stream}; |