Tables

Table 1. No striping
Name Description

Asciidoctor

Awesome way to write documentation

Micronaut

Low resource usage and fast startup micro services
Table 2. All rows
Name Description

Asciidoctor

Awesome way to write documentation

Micronaut

Low resource usage and fast startup micro services
Table 3. Odd rows
Name Description

Asciidoctor

Awesome way to write documentation

Micronaut

Low resource usage and fast startup micro services
Table 4. Even rows (default)
Name Description

Asciidoctor

Awesome way to write documentation

Micronaut

Low resource usage and fast startup micro services
Table 5. Hover
Name Description

Asciidoctor

Awesome way to write documentation

Micronaut

Low resource usage and fast startup micro services
Table 6. No header

Asciidoctor

Awesome way to write documentation

Micronaut

Low resource usage and fast startup micro services
Table 7. Table with top and bottom frame (topbot)
Name Description

Asciidoctor

Awesome way to write documentation
Table 8. Table with no frame (none)
Name Description

Asciidoctor

Awesome way to write documentation
Table 9. Table with only sides frame (sides)
Name Description

Asciidoctor

Awesome way to write documentation
Table 10. Table with default frame (all)
Name Description

Asciidoctor

Awesome way to write documentation
Table 11. Table with no grid (none)
Name Description

Asciidoctor

Awesome way to write documentation
Table 12. Table with only columns grid (cols)
Name Description

Asciidoctor

Awesome way to write documentation
Table 13. Table with only rows grid (rows)
Name Description

Asciidoctor

Awesome way to write documentation
Table 14. Table with default rows and columns grid (all)
Name Description

Asciidoctor

Awesome way to write documentation

Setup and Cypher Refresher

Neo4j Sandbox

Neo4j Sandbox is a hosted Neo4j tool that allows you to run private instances of Neo4j without having to install Neo4j locally. You can choose Neo4j Sandbox usecases that come pre-loaded with datasets and your Neo4j Sandbox instances can be accessed over the internet, making them useful for building sample applications. While Neo4j Browser is the primary way to interact with Neo4j instances hosted by Neo4j Sandbox, for this course you will also connect your sandbox instance to a simple web application.

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Table 15. Results
Name Type Description

nodes

int

The number of nodes considered.

writeProperty

string

The property name written back to.

createMillis

int

Milliseconds for loading data.

computeMillis

int

Milliseconds for running the algorithm.

writeMillis

int

Milliseconds for writing result data back.

centralityDistribution

Map

Map containing min, max, mean as well as p50, p75, p90, p95, p99 and p999 percentile values of centrality values.

In case a value or long string is used in a link but not formatted as code

text

link

text

bolt.connections,bolt.messages_received,bolt.messages_started,dbms.pool.bolt.free,*dbms.pool.bolt.total_size,*dbms.pool.bolt.total_used,*dbms.pool.bolt.used_heap,*causal_clustering.core.is_leader,*causal_clustering.core.last_leader_message,*causal_clustering.core.replication_attempt

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Table 16. metrics.filter

Description

Specifies which metrics should be enabled by using a comma separated list of globbing patterns. Only the metrics matching the filter will be enabled. For example 'check_point,neo4j.page_cache.evictions' will enable any checkpoint metrics and the pagecache eviction metric.

Valid values

metrics.filter, a ',' separated list with elements of type 'A simple globbing pattern that can use '*' and '?'.'.

Default value

bolt.connections,bolt.messages_received,bolt.messages_started,dbms.pool.bolt.free,*dbms.pool.bolt.total_size,*dbms.pool.bolt.total_used,*dbms.pool.bolt.used_heap,*causal_clustering.core.is_leader,*causal_clustering.core.last_leader_message,*causal_clustering.core.replication_attempt,*causal_clustering.core.replication_fail,*check_point.duration,*check_point.total_time,*cypher.replan_events,*ids_in_use.node,*ids_in_use.property,*ids_in_use.relationship,*pool.transaction..total_used,pool.transaction..used_heap,pool.transaction..used_native,store.size,transaction.active_read,*transaction.active_write,*transaction.committed,transaction.last_committed_tx_id,*transaction.peak_concurrent,*transaction.rollbacks,page_cache.hit,page_cache.page_faults,*page_cache.usage_ratio,*vm.file.descriptors.count,*vm.gc.time.,vm.heap.used,*vm.memory.buffer.direct.used,*vm.memory.pool.g1_eden_space,*vm.memory.pool.g1_old_gen,*vm.pause_time,*vm.thread

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Tables showing word-break behavior

Text, links, and inline code

Name Type Default Optional Description

nodeLabels

List of String

['*']

yes

Filter the named graph using the given node labels.

relationshipTypes

List of String

['*']

yes

Filter the named graph using the given relationship types.

concurrency

Integer

4

yes

The number of concurrent threads used for running the algorithm.
Name Type Default Optional Description

nodeLabels

List of String

['*']

yes

Filter the named graph using the given node labels.

relationshipTypes

List of String

['*']

yes

Filter the named graph using the given relationship types.

concurrency

Integer

4

yes

The number of concurrent threads used for running the algorithm.
Name Type Default Optional Description

nodeLabels

List of String

['*']

yes

Filter the named graph using the given node labels.

relationshipTypes

List of String

['*']

yes

Filter the named graph using the given relationship types.

concurrency

Integer

4

yes

The number of concurrent threads used for running the algorithm.

Table with better column widths:

Name Type Default Optional Description

nodeLabels

List of String

['*']

yes

Filter the named graph using the given node labels.

relationshipTypes

List of String

['*']

yes

Filter the named graph using the given relationship types.

concurrency

Integer

4

yes

The number of concurrent threads used for running the algorithm.

Tables with role=no-break:

Name Type Default Optional Description

nodeLabels

List of String

['*']

yes

Filter the named graph using the given node labels.

relationshipTypes

List of String

['*']

yes

Filter the named graph using the given relationship types.

concurrency

Integer

4

yes

The number of concurrent threads used for running the algorithm.
Name Type Default Optional Description

nodeLabels

List of String

['*']

yes

Filter the named graph using the given node labels.

relationshipTypes

List of String

['*']

yes

Filter the named graph using the given relationship types.

concurrency

Integer

4

yes

The number of concurrent threads used for running the algorithm.
Name Type Default Optional Description

nodeLabels

List of String

['*']

yes

Filter the named graph using the given node labels.

relationshipTypes

List of String

['*']

yes

Filter the named graph using the given relationship types.

concurrency

Integer

4

yes

The number of concurrent threads used for running the algorithm.

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