public interface IIntegerSamplesWriter extends INumberSamplesWriter
ISamples.ProcessType, ISamples.SignalDescriptor, ISamples.SignalType, ISamples.TagDomainNEXT_UNITSHEAD_BLOCKSIZE, HEAD_FLAGS_LENGTH, HEAD_FLAGS_POS, HEAD_FRAGSIZE_LENGTH, HEAD_ID_LENGTH, HEAD_ID_POS, HEAD_LENGTH, HEAD_SAMPLES_PER_FRAGMENT_POS, HEAD_VERSION_LENGTH, HEAD_VERSION_POS, HEADV2_LENGTH, ID, VERSION, VERSION_3, VERSION_4ACCURACY_DEFAULT, AT_ANY, AT_ASSOC, AT_ASSOC_DELTA, AT_ASSOC_DELTA_REV, AT_ASSOC_POS, AT_ASSOC_POS_REV, AT_LABEL, AT_MULT, AT_RELATION, CONTENT_CHART, CONTENT_DEFAULT, CONTENT_EVENT, CONTENT_EVENTPARM, CONTENT_GANTT, CONTENT_IMAGE, CONTENT_LABEL, CONTENT_LOG, CONTENT_STATE, CONTENT_TRANSACTION, COUNT_FORMATS, DEFAULT_PLUS_LENGTH, DF_BINARY, DF_ENUM_EVENT, DF_EVENT, DF_FLOAT, DF_INTEGER, DF_LOGIC_16, DF_LOGIC_2, DF_LOGIC_4, DF_NONE, DF_STRUCT, DF_TEXT, ENUM_ASSOC_DOMAINBASE, ENUM_ASSOC_STYLE, ENUM_ASSOC_TARGET, ENUM_GLOBAL, ENUM_LABEL_STYLE, ENUM_MAX, ENUM_MEMBER_0, ENUM_MIN, FLOAT_ACCURACY_32, FLOAT_ACCURACY_64, FLOAT_ACCURACY_BIG, FLOAT_ACCURACY_DEFAULT, FORMAT_ASCII, FORMAT_BINARY, FORMAT_BOOLEAN, FORMAT_COLLECTION_DEFAULT, FORMAT_COLLECTION_KEY_VALUES, FORMAT_COLLECTION_MASK, FORMAT_COLLECTION_MEMBER_0, FORMAT_COLLECTION_MEMBER_1, FORMAT_COLLECTION_MEMBER_2, FORMAT_COLLECTION_MEMBER_3, FORMAT_COLLECTION_VALUES_ONLY, FORMAT_DECIMAL, FORMAT_DECIMAL_F_MAX, FORMAT_DECIMAL_F_MIN, FORMAT_DECIMAL_F0, FORMAT_DECIMAL_F1, FORMAT_DECIMAL_F2, FORMAT_DECIMAL_F3, FORMAT_DECIMAL_F4, FORMAT_DECIMAL_F5, FORMAT_DECIMAL_F6, FORMAT_DECIMAL_F7, FORMAT_DEFAULT, FORMAT_DELTA_DOMAIN, FORMAT_DELTA_VALUE, FORMAT_EVENT, FORMAT_GROUP_INDEX, FORMAT_GROUP_ORDER, FORMAT_HEXADECIMAL, FORMAT_INDEX, FORMAT_MEMBER_0, FORMAT_MEMBER_1, FORMAT_NONE, FORMAT_OCTAL, FORMAT_R4, FORMAT_R5, FORMAT_R6, FORMAT_R7, FORMAT_R8, FORMAT_RELATION_MAX, FORMAT_RELATION_MIN, FORMAT_SIMPLE_MAX, FORMAT_SIMPLE_MIN, FORMAT_SL_TEXT, FORMAT_TEXT, FORMAT_VALUE_DEFAULT, FORMAT_VALUE_MASK, formatCollectionLabels, formatCollectionOptions, formatValueLabels, formatValueOptions, GO_FIRST, GO_INTER, GO_LAST, GO_NONE, GROUP_ORDER_LABELS, INTEGER_ACCURACY_32, INTEGER_ACCURACY_64, INTEGER_ACCURACY_BIG, INTEGER_ACCURACY_DEFAULT, LOGIC_L16_BYTE_FILL, LOGIC_L2_BYTE_FILL, LOGIC_L4_BYTE_FILL, LOGIC_PACK_0, LOGIC_PACK_1, LOGIC_PACK_RIGHT_ALLIGNED, MASK_FORMAT_0_A, MASK_FORMAT_0_AT, MASK_FORMAT_0_DF, MASK_FORMAT_0_GO, MASK_FORMAT_0_N, MASK_FORMAT_0_T, MASK_FORMAT_0_XDF, MASK_FORMAT_1_S0, MASK_FORMAT_1_S0_PLUS, MASK_FORMAT_1_TF, MASK_PLUS, MASK_PLUS_DATA, MAX_DATA, MAX_LAYERS, MAX_SAMPLE_SIZE, MAX_SCALE, SHIFT_FORMAT_0_D, SHIFT_FORMAT_0_DF, SHIFT_FORMAT_0_GO, SHIFT_FORMAT_0_XDF, SHIFT_FORMAT_1_TF, STATE_0_BITS, STATE_1_BITS, STATE_D_BITS, STATE_H_BITS, STATE_J_BITS, STATE_K_BITS, STATE_L_BITS, STATE_LC_DIGITS, STATE_LEVEL_16, STATE_LEVEL_2, STATE_LEVEL_4, STATE_LEVEL_NONE, STATE_M_BITS, STATE_N_BITS, STATE_O_BITS, STATE_P_BITS, STATE_U_BITS, STATE_UC_DIGITS, STATE_UNKNOWN_BITS, STATE_W_BITS, STATE_X_BITS, STATE_Z_BITS, STRUCT_MASK_TYPE, STRUCT_MOD_HIDDEN, STRUCT_MOD_VALID_UNTIL_CHANGE, STRUCT_TYPE_BINARY, STRUCT_TYPE_BOOLEAN, STRUCT_TYPE_ENUM, STRUCT_TYPE_FLOAT, STRUCT_TYPE_INTEGER, STRUCT_TYPE_LOCAL_ENUM, STRUCT_TYPE_MAX, STRUCT_TYPE_MERGE_ENUM, STRUCT_TYPE_STRUCT, STRUCT_TYPE_TEXT, STRUCT_TYPE_UNKNOWN, UF_ABSOLUTE_8, UF_DELTA_0, UF_DELTA_1, UF_DELTA_2, UF_DELTA_4, UF_DELTA_8, UF_DELTA_PREVIOUS, XDF_FLOAT_32, XDF_FLOAT_64, XDF_FLOAT_BIG, XDF_FLOAT_DEFAULT, XDF_INTEGER_32, XDF_INTEGER_64, XDF_INTEGER_BIG, XDF_INTEGER_DEFAULT, XDF_LOGIC_PACK_0, XDF_LOGIC_PACK_1, XDF_LOGIC_PACK_RIGHT_ALLIGNED, XDF_NONE| Modifier and Type | Method and Description |
|---|---|
boolean |
write(long units,
boolean tag,
BigInteger value)
Writes an integer sample using a BigInteger value.
|
boolean |
write(long units,
boolean tag,
int value)
Writes an integer sample using an int value.
|
boolean |
write(long units,
boolean tag,
int[] value)
Writes an integer sample with integer array data.
|
boolean |
write(long units,
boolean tag,
long value)
Writes an integer sample using a long value.
|
boolean |
write(long units,
boolean tag,
long[] value)
Writes an integer sample with long array data.
|
boolean |
write(long units,
boolean tag,
Number value)
Writes an integer sample using a Number value.
|
boolean |
writeBig(long units,
boolean tag,
BigInteger value)
Writes an integer sample using a BigInteger value.
|
boolean |
writeInt(long units,
boolean tag,
int value)
Writes an integer sample using an int value.
|
boolean |
writeIntArgs(long units,
boolean tag,
int... value)
Writes an integer sample with integer array data .
|
boolean |
writeIntArray(long units,
boolean tag,
int[] value)
Writes an integer sample with integer array data.
|
boolean |
writeLong(long units,
boolean tag,
long value)
Writes an integer sample using a long value.
|
boolean |
writeLongArgs(long units,
boolean tag,
long... value)
Writes an integer sample with long array data .
|
boolean |
writeLongArray(long units,
boolean tag,
long[] value)
Writes an integer sample with long array data.
|
addMarker, addMember, apply, attachLabel, attachLabel, attachLabel, attachLabel, attachRelation, attachRelation, attachRelation, attachRelation, attachRelation, attachRelation, close, close, flush, flush, getCount, getGroups, getMaxUnits, isEmpty, isOpen, open, open, open, open, open, setDomainBase, setEnum, setId, setLegend, setMember, setMember, setName, setTagDomain, write, writeNone, writeSample, writeSample, writeSample, writeSample, writeSample, writeSample, writeSample, writeSamplegetData, getData, getError, getId, getLegend, getMarkers, getMessage, getName, getPackVersion, getSamples, getSamplesDomainBase, getService, setData, setDatagetAccuracy, getContent, getDomainBase, getEnd, getEndUnits, getFlags, getFormat, getProcessType, getRate, getRateUnits, getRelease, getScale, getSignalDescriptor, getSignalType, getStart, getStartUnits, getTagDomain, hasConflict, hasTag, isMonotonous, isReleased, isVolatileboolean write(long units,
boolean tag,
int value)
Example (Java) int value = 44; writer.write(1000L, false, value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean write(long units,
boolean tag,
long value)
Example (Java) long value = 44; writer.write(1000L, false, value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean write(long units,
boolean tag,
BigInteger value)
Example (Java) BigInteger value = new BigInteger(44); writer.write(1000L, false, value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean write(long units,
boolean tag,
Number value)
Example (Java) Number value = new BigInteger(44); writer.write(1000L, false, value);
write in interface INumberSamplesWriterunits - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean write(long units,
boolean tag,
int[] value)
Example (Java)
int[] value = new int[]{4,5}; // an integer array value
writer.write(1000L,false,value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean write(long units,
boolean tag,
long[] value)
Example (Java)
int[] value = new long[]{4,5}; // a long array value
writer.write(1000L,false,value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean writeInt(long units,
boolean tag,
int value)
Example (JavaScript) var value = 44; out.writeInt(1000, false, value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean writeLong(long units,
boolean tag,
long value)
Example (JavaScript) var value = 44; out.writeLong(1000, false, value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean writeBig(long units,
boolean tag,
BigInteger value)
Example (JavaScript) var value = new java.math.BigInteger(12); out.writeBig(1000, false, value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean writeIntArray(long units,
boolean tag,
int[] value)
Example (JavaScript) var value = java.lang.reflect.Array.newInstance(java.lang.Integer.TYPE, 2); // an integer array value value[0] = 5; value[1] = 3; out.writeIntArray(1000,false,value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean writeIntArgs(long units,
boolean tag,
int... value)
Example (JavaScript) out.writeIntArgs(1000,false,2,4);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean writeLongArray(long units,
boolean tag,
long[] value)
Example (JavaScript) var value = java.lang.reflect.Array.newInstance(java.lang.Long.TYPE, 2); // a long array value value[0] = 5; value[1] = 3; out.writeIntArray(1000,false,value);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.boolean writeLongArgs(long units,
boolean tag,
long... value)
Example (JavaScript) out.writeIntArgs(1000,false,2,4);
units - Domain position as a multiple of its domain base (e.g. domain base=1ms; units = 100; -> domain value = 100ms). Consecutive calls need to pass a value greater or equal.tag - If set to true, impulse will use tag color (usually red) to paint the sample. Meaning of "tag is use-case depended.value - Value to be inserted.