Hi,
+1 from committer ,
I checked:
- Incubating in name. (ok)
- Download links. (ok)
- Start in Mac JDK8. (ok)
- The following statements executed successfully (ok)
set storage group to root.lg;
insert into root.lg.dd(time,test) values(1, 0.99);
show timeseries;
select * from root.lg.dd;
minor issue :
- The README.md file displays garbled code on the web page
Insert timeseries data is a basic operation of IoTDB, you can use 鈥業NSERT鈥�
command to finish this
- When use double type and RLE encoding , has precision problems
create timeseries root.lg.dd.test with datatype=double, encoding=RLE;
insert into root.lg.dd(time,test) values(2,0.9999);
select * from root.lg.dd;
+--------------------------------------------+--------------------+
| Time | root.lg.dd.test |
+--------------------------------------------+--------------------+
|1970-01-01T08:00:00.002+08:00 | 1.0 |
+--------------------------------------------+--------------------+
Best,
———————
Dawei Liu
On 06/22/2020 10:35，田原<[email protected]> wrote：
Hi,
+1 from committer :)
I checked:
- Incubating in name (ok)
- Download links (ok)
- Signatures and hashes (ok)
- Compile from source (ok)
- LICENSE and NOTICE (ok)
- Start in mac openJDK8 and openJDK11 (ok)
- The following statements executed successfully (ok)
create timeseries root.turbine.d0.s0(temperature) with datatype=FLOAT,
encoding=RLE, compression=SNAPPY tags(unit=f, description='turbine this is a
test1') attributes(H_Alarm=100, M_Alarm=50);
create timeseries root.turbine.d0.s1(power) with datatype=FLOAT, encoding=RLE,
compression=SNAPPY tags(unit=kw, description='turbine this is a test2')
attributes(H_Alarm=99.9, M_Alarm=44.4);
create timeseries root.turbine.d1.s0(status) with datatype=INT32, encoding=RLE
tags(description='turbine this is a test3') attributes(H_Alarm=9, M_Alarm=5);
create timeseries root.turbine.d2.s0(temperature) with datatype=FLOAT,
encoding=RLE, compression=SNAPPY tags(unit=f, description='turbine d2 this is a
test1') attributes(MaxValue=100, MinValue=1);
create timeseries root.turbine.d2.s1(power) with datatype=FLOAT, encoding=RLE,
compression=SNAPPY tags(unit=kw, description='turbine d2 this is a test2')
attributes(MaxValue=99.9, MinValue=44.4);
create timeseries root.turbine.d2.s3(status) with datatype=INT32, encoding=RLE
tags(description='turbine d2 this is a test3') attributes(MaxValue=9,
MinValue=5);
create timeseries root.ln.d0.s0(temperature) with datatype=FLOAT, encoding=RLE,
compression=SNAPPY tags(unit=c, description='ln this is a test1')
attributes(H_Alarm=1000, M_Alarm=500);
create timeseries root.ln.d0.s1(power) with datatype=FLOAT, encoding=RLE,
compression=SNAPPY tags(unit=w, description='ln this is a test2')
attributes(H_Alarm=9.9, M_Alarm=4.4);
create timeseries root.ln.d1.s0(status) with datatype=INT32, encoding=RLE
tags(description='ln this is a test3') attributes(H_Alarm=90, M_Alarm=50);
show timeseries where unit=f;
Best,
---------------
Yuan Tian
