Introduction
The tags beginning with {2-level parser name} identify events generated by {product type} belonging to {Company-site}.
Valid tags and data tables
The full tag must have {X} levels. The first two are fixed as {2-level parser name}. The third level identifies the type of events sent. The fourth level indicates the event subtype.
These are the valid tags and corresponding data tables that will receive the parsers' data:
Product / Service | Tags | Data tables |
|---|
{Service name} | {tag name} | {data table name} |
{tag name} | {data table name} |
For more information, read more About Devo tags.
Table structure
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Introduction
The tags beginning with box.docker identify events generated by Docker.
Valid tags and data tables
The full tag must have 3 levels. The first two are fixed asbox.docker. The third level identifies the type of events sent.
These are the valid tags and corresponding data tables that will receive the parsers' data:
Product / Service | Tags | Data tables |
|---|
Docker container logs | box.docker.stats
| box.docker.stats
|
For more information, read more About Devo tags.
Table structure
These are the fields displayed in this table:
box.docker.stats
Field | Type | Field transformation | Source field name | Extra fields |
|---|
eventdate | timestamp
| | | |
ContainerID | str
| | vcontainerid | |
ContainerName | str
| | vcontainername | |
CPUPercentage | float8
| | | |
RAMusedGB | float8
| | Code Block |
|---|
(upper(RAMused2) -> 'MIB') ? float8(split(upper(RAMused2), "MIB")[0]) / 953.674 : (upper(RAMused2) -> 'KIB') ? float8(split(upper(RAMused2), "KIB")[0]) / 976563 : (upper(RAMused2) -> 'GIB') ? float8(split(upper(RAMused2), "GIB")[0]) / 1.07374 : (upper(RAMused2) -> 'MB') ? float8(split(upper(RAMused2), "MB")[0]) / 1024 : (upper(RAMused2) -> 'KB') ? float8(split(upper(RAMused2), "KB")[0]) / 1048576 : (upper(RAMused2) -> 'GB') ? float8(split(upper(RAMused2), "GB")[0]) : null(0.0) |
| RAMused2 | |
RAMavailableGB | float8
| | Code Block |
|---|
(upper(RAMavailable2) -> 'MIB') ? float8(split(upper(RAMavailable2), "MIB")[0]) / 953.674 : (upper(RAMavailable2) -> 'KIB') ? float8(split(upper(RAMavailable2), "KIB")[0]) / 976563 : (upper(RAMavailable2) -> 'GIB') ? float8(split(upper(RAMavailable2), "GIB")[0]) / 1.07374 : (upper(RAMavailable2) -> 'MB') ? float8(split(upper(RAMavailable2), "MB")[0]) / 1024 : (upper(RAMavailable2) -> 'KB') ? float8(split(upper(RAMavailable2), "KB")[0]) / 1048576 : (upper(RAMavailable2) -> 'GB') ? float8(split(upper(RAMavailable2), "GB")[0]) : null(0.0) |
| RAMavailable2 | |
NetInMB | float8
| | Code Block |
|---|
(upper(NetIn2) -> 'MB') ? float8(split(upper(NetIn2), "MB")[0]) * 1 : (upper(NetIn2) -> 'KB') ? float8(split(upper(NetIn2), "KB")[0]) / 1024 : (upper(NetIn2) -> 'GB') ? float8(split(upper(NetIn2), "GB")[0]) * 1024 : (upper(NetIn2) -> 'GIB') ? float8(split(upper(NetIn2), "GIB")[0]) * 1073.74 : (upper(NetIn2) -> 'MIB') ? float8(split(upper(NetIn2), "MIB")[0]) * 1.04858 : (upper(NetIn2) -> 'KIB') ? float8(split(upper(NetIn2), "KIB")[0]) * 0.001024 : (upper(NetIn2) -> 'B') ? float8(split(upper(NetIn2), "B")[0]) / 1048576 : null(0.0) |
| NetIn2 | |
NetOutMB | float8
| | Code Block |
|---|
(upper(NetOut2) -> 'MB') ? float8(split(upper(NetOut2), "MB")[0]) * 1 : (upper(NetOut2) -> 'KB') ? float8(split(upper(NetOut2), "KB")[0]) / 1024 : (upper(NetOut2) -> 'GB') ? float8(split(upper(NetOut2), "GB")[0]) * 1024 : (upper(NetOut2) -> 'GIB') ? float8(split(upper(NetOut2), "GIB")[0]) * 1073.74 : (upper(NetOut2) -> 'MIB') ? float8(split(upper(NetOut2), "MIB")[0]) * 1.04858 : (upper(NetOut2) -> 'KIB') ? float8(split(upper(NetOut2), "KIB")[0]) * 0.001024 : (upper(NetOut2) -> 'B') ? float8(split(upper(NetOut2), "B")[0]) / 1048576 : null(0.0) |
| NetOut2 | |
BlocksInMB | float8
| | Code Block |
|---|
(upper(BlocksIn2) -> 'MB') ? float8(split(upper(BlocksIn2), "MB")[0]) * 1 : (upper(BlocksIn2) -> 'KB') ? float8(split(upper(BlocksIn2), "KB")[0]) / 1024 : (upper(BlocksIn2) -> 'GB') ? float8(split(upper(BlocksIn2), "GB")[0]) * 1024 : (upper(BlocksIn2) -> 'GIB') ? float8(split(upper(BlocksIn2), "GIB")[0]) * 1073.74 : (upper(BlocksIn2) -> 'MIB') ? float8(split(upper(BlocksIn2), "MIB")[0]) * 1.04858 : (upper(BlocksIn2) -> 'KIB') ? float8(split(upper(BlocksIn2), "KIB")[0]) * 0.001024 : (upper(BlocksIn2) -> 'B') ? float8(split(upper(BlocksIn2), "B")[0]) / 1048576 : null(0.0) |
| BlocksIn2 | |
BlocksOutMB | float8
| | Code Block |
|---|
(upper(BlocksOut2) -> 'MB') ? float8(split(upper(BlocksOut2), "MB")[0]) * 1 : (upper(BlocksOut2) -> 'KB') ? float8(split(upper(BlocksOut2), "KB")[0]) / 1024 : (upper(BlocksOut2) -> 'GB') ? float8(split(upper(BlocksOut2), "GB")[0]) * 1024 : (upper(BlocksOut2) -> 'GIB') ? float8(split(upper(BlocksOut2), "GIB")[0]) * 1073.74 : (upper(BlocksOut2) -> 'MIB') ? float8(split(upper(BlocksOut2), "MIB")[0]) * 1.04858 : (upper(BlocksOut2) -> 'KIB') ? float8(split(upper(BlocksOut2), "KIB")[0]) * 0.001024 : (upper(BlocksOut2) -> 'B') ? float8(split(upper(BlocksOut2), "B")[0]) / 1048576 : null(0.0) |
| BlocksOut2 | |
RamPecentage | float8
| | | |
PIDs | int4
| | | |
rawMessage | str
| | rawSource | |
hostchain | str
| | | ✓ |
tag | str
| | | ✓ |
