def sample_slave(c, common_branch):
#create a new slave in the master's database
c['slaves'].append(BuildSlave("sample_slave_name", "password"))
# lauch the builders listed in "builderNames" whenever the change poller notices a change to github pocl
c['schedulers'].append(
SingleBranchScheduler(
name="name for scheduler, not sure where this is used",
change_filter=filter.ChangeFilter(branch=common_branch),
treeStableTimer=60,
builderNames=[
"sample_builder_name - this is the name that appears on the webpage"
]))
#create one set of steps to build pocl. See poclfactory.py for details
# on how to configure it
sample_factory = createPoclFactory()
#register your build to the master
c['builders'].append(
BuilderConfig(
name=
"sample_builder_name - this is the name that appears on the webpage",
slavenames=["sample_slave_name"],
factory=sample_factory))
def sample_slave( c, common_branch ):
#create a new slave in the master's database
c['slaves'].append(
BuildSlave(
"sample_slave_name",
"password" ))
# lauch the builders listed in "builderNames" whenever the change poller notices a change to github pocl
c['schedulers'].append(
SingleBranchScheduler(name="name for scheduler, not sure where this is used",
change_filter=filter.ChangeFilter(branch=common_branch),
treeStableTimer=60,
builderNames=[
"sample_builder_name - this is the name that appears on the webpage"] ))
#create one set of steps to build pocl. See poclfactory.py for details
# on how to configure it
sample_factory = createPoclFactory()
#register your build to the master
c['builders'].append(
BuilderConfig(
name = "sample_builder_name - this is the name that appears on the webpage",
slavenames=["sample_slave_name"],
factory = sample_factory ))
def sample_slave(c):
#create a new slave in the master's database
c['slaves'].append(BuildSlave("sample_slave_name", "password"))
# build the tree whenever the change poller notices a change
c['schedulers'].append(
SingleBranchScheduler(
name="master",
change_filter=filter.ChangeFilter(branch='master'),
treeStableTimer=60,
fileIsImportant=shouldBuildTrigger,
builderNames=["sample_builder_name"]))
# Allow authenticated (to the buildmaster) users to force a build
# Optionally, force a full build, i.e. 'git clean -f -d -x' instead
# of a incremental build (essentially 'git pull && make)
c['schedulers'].append(
ForceScheduler(name="a name for your forcescheduler",
branch=FixedParameter(name="branch", default=""),
revision=FixedParameter(name="revision", default=""),
repository=FixedParameter(name="repository",
default=""),
project=FixedParameter(name="repository", default=""),
builderNames=["sample_LLVM_builder_name"],
properties=[
ChoiceStringParameter(
name="git_mode",
label="how to update git (see buildbot docs)",
choices=["incremental", "full"],
default="incremental")
]))
#create one set of steps to build pocl. See poclfactory.py for
#parameters to pass this function.
#You can create as many factories+builders as your slave has space & need for
#e.g. one per LLVM version, or different build options for pocl
sample_factory = createPoclFactory()
#register your build to the master
c['builders'].append(
BuilderConfig(name="sample_builder_name",
slavenames=["sample_slave_name"],
factory=sample_factory))
#create one set of steps to build latest LLVM. This is a check for if LLVM
# has introduced regressions (e.g. API changes, asserts or codegen issues)
# This factory:
# - builds LLVM from svn & runs its checks
# - installs LLVM to a temporary directory
# - builds & checks pocl against this LLVM
# - installs the built LLVM into a permanent directory
# You want also a pocl factory/builder to run against this second installation LLVM
# to check if pocl has introduced regressions.
#. See poclfactory.py for parameters to pass this function
sample_LLVM_factory = createLLVMFactory()
c['builders'].append(
BuilderConfig(name="sample_LLVM_builder_name",
slavenames=["sample_slave_name"],
factory=sample_LLVM_factory))
def sample_slave( c ):
#create a new slave in the master's database
c['slaves'].append(
BuildSlave(
"sample_slave_name",
"password" ))
# build the tree whenever the change poller notices a change
c['schedulers'].append(
SingleBranchScheduler(name="master",
change_filter=filter.ChangeFilter(branch='master'),
treeStableTimer=60,
builderNames=[
"sample_builder_name"] ))
# Allow authenticated (to the buildmaster) users to force a build
# Optionally, force a full build, i.e. 'git clean -f -d -x' instead
# of a incremental build (essentially 'git pull && make)
c['schedulers'].append(
ForceScheduler(
name="a name for your forcescheduler",
branch=FixedParameter(name="branch", default=""),
revision=FixedParameter(name="revision", default=""),
repository=FixedParameter(name="repository", default=""),
project=FixedParameter(name="repository", default=""),
builderNames=["sample_LLVM_builder_name"],
properties=[
ChoiceStringParameter(
name="git_mode",
label="how to update git (see buildbot docs)",
choices=["incremental", "full"],
default="incremental")
]))
#create one set of steps to build pocl. See poclfactory.py for
#parameters to pass this function.
#You can create as many factories+builders as your slave has space & need for
#e.g. one per LLVM version, or different build options for pocl
sample_factory = createPoclFactory()
#register your build to the master
c['builders'].append(
BuilderConfig(
name = "sample_builder_name",
slavenames=["sample_slave_name"],
factory = sample_factory ))
#create one set of steps to build latest LLVM. This is a check for if LLVM
# has introduced regressions (e.g. API changes, asserts or codegen issues)
# This factory:
# - builds LLVM from svn & runs its checks
# - installs LLVM to a temporary directory
# - builds & checks pocl against this LLVM
# - installs the built LLVM into a permanent directory
# You want also a pocl factory/builder to run against this second installation LLVM
# to check if pocl has introduced regressions.
#. See poclfactory.py for parameters to pass this function
sample_LLVM_factory = createLLVMFactory()
c['builders'].append(
BuilderConfig(
name = "sample_LLVM_builder_name",
slavenames=["sample_slave_name"],
factory = sample_LLVM_factory ))