def print_verbose_repair_job(repair_job, max_lines):
if not repair_job.is_valid():
print('Repair job not found')
return
verbose_print_format = "{0:15s}: {1}"
print(verbose_print_format.format("Keyspace", repair_job.keyspace))
print(verbose_print_format.format("Table", repair_job.table))
print(verbose_print_format.format("Status", repair_job.status))
print(verbose_print_format.format("Repaired(%)", repair_job.get_repair_percentage()))
print(verbose_print_format.format("Repaired at", repair_job.get_last_repaired_at()))
print(verbose_print_format.format("Next repair", repair_job.get_next_repair()))
vnode_state_table = list()
vnode_state_table.append(["Start token", "End token", "Replicas", "Repaired at", "Repaired"])
sorted_vnode_states = sorted(repair_job.vnode_states, key=lambda vnode: vnode.last_repaired_at_in_ms)
if max_lines > -1:
sorted_vnode_states = sorted_vnode_states[:max_lines]
for vnode_state in sorted_vnode_states:
add_vnode_state_to_table(vnode_state, vnode_state_table)
table_formatter.format_table(vnode_state_table)
def print_verbose_repair_job(repair_job, max_lines):
verbose_print_format = "{0:15s}: {1}"
print(verbose_print_format.format("Keyspace", repair_job.keyspace))
print(verbose_print_format.format("Table", repair_job.table))
print(
verbose_print_format.format("Repaired at",
repair_job.get_last_repaired_at()))
print(
verbose_print_format.format("Repaired(%)",
repair_job.get_repair_percentage()))
print(verbose_print_format.format("Interval", repair_job.get_interval()))
vnode_state_table = list()
vnode_state_table.append(
["Start token", "End token", "Replicas", "Repaired at", "Repaired"])
sorted_vnode_states = sorted(
repair_job.vnode_states,
key=lambda vnode: vnode.last_repaired_at_in_ms)
if max_lines > -1:
sorted_vnode_states = sorted_vnode_states[:max_lines]
for vnode_state in sorted_vnode_states:
add_vnode_state_to_table(vnode_state, vnode_state_table)
table_formatter.format_table(vnode_state_table)
def print_repair_job(repair_job):
repair_jobs_table = [[
"Id", "Keyspace", "Table", "Status", "Repaired(%)", "Completed at",
"Next repair", "Recurring"
]]
repair_jobs_table.append(_convert_repair_job(repair_job))
table_formatter.format_table(repair_jobs_table)
def print_table_config(configData):
config_table = list()
config_table.append([
"Keyspace", "Table", "Interval", "Parallelism", "Unwind ratio",
"Warning time", "Error time"
])
sorted_configs = sorted(configData,
key=lambda config: (config.keyspace, config.table))
for config in sorted_configs:
config_table.append(convert_config(config))
table_formatter.format_table(config_table)
def print_repair_jobs(repair_jobs, max_lines):
repair_jobs_table = list()
repair_jobs_table.append(["Keyspace", "Table", "Status", "Repaired(%)", "Repaired at", "Next repair"])
sorted_repair_jobs = sorted(repair_jobs, key=lambda job: job.last_repaired_at_in_ms)
if max_lines > -1:
sorted_repair_jobs = sorted_repair_jobs[:max_lines]
for repair_job in sorted_repair_jobs:
repair_jobs_table.append(convert_repair_job(repair_job))
table_formatter.format_table(repair_jobs_table)
print_summary(repair_jobs)
def print_table_config(config_data):
config_table = list()
config_table.append(["Id", "Keyspace", "Table", "Interval",
"Parallelism", "Unwind ratio", "Warning time", "Error time"])
if isinstance(config_data, list):
sorted_config_data = sorted(config_data, key=lambda config: (config.keyspace, config.table))
for config in sorted_config_data:
if config.is_valid():
config_table.append(convert_config(config))
elif config_data.is_valid():
config_table.append(convert_config(config_data))
table_formatter.format_table(config_table)
def print_repair_jobs(repair_jobs, max_lines):
repair_jobs_table = [[
"Id", "Keyspace", "Table", "Status", "Repaired(%)", "Completed at",
"Next repair", "Recurring"
]]
sorted_repair_jobs = sorted(repair_jobs,
key=lambda job: job.last_repaired_at_in_ms,
reverse=True)
if max_lines > -1:
sorted_repair_jobs = sorted_repair_jobs[:max_lines]
for repair_job in sorted_repair_jobs:
repair_jobs_table.append(_convert_repair_job(repair_job))
table_formatter.format_table(repair_jobs_table)
print_summary(repair_jobs)
