Merge pull request #20781 from github/post-release-prep/codeql-cli-2.23.4

Post-release preparation for codeql-cli-2.23.4
This commit is contained in:
Michael B. Gale
2025-11-07 19:07:21 +00:00
committed by GitHub
10 changed files with 430 additions and 6408 deletions

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@@ -1,8 +1,6 @@
## 6.0.1
### Bug Fixes
* Improve performance of the range analysis in cases where it would otherwise take an exorbitant amount of time.
No user-facing changes.
## 6.0.0
@@ -261,8 +259,8 @@ No user-facing changes.
### Breaking Changes
* Deleted many deprecated taint-tracking configurations based on `TaintTracking::Configuration`.
* Deleted many deprecated dataflow configurations based on `DataFlow::Configuration`.
* Deleted many deprecated taint-tracking configurations based on `TaintTracking::Configuration`.
* Deleted many deprecated dataflow configurations based on `DataFlow::Configuration`.
* Deleted the deprecated `hasQualifiedName` and `isDefined` predicates from the `Declaration` class, use `hasGlobalName` and `hasDefinition` respectively instead.
* Deleted the `getFullSignature` predicate from the `Function` class, use `getIdentityString(Declaration)` from `semmle.code.cpp.Print` instead.
* Deleted the deprecated `freeCall` predicate from `Alloc.qll`. Use `DeallocationExpr` instead.
@@ -296,7 +294,7 @@ No user-facing changes.
* A `getTemplateClass` predicate was added to the `DeductionGuide` class to get the class template for which the deduction guide is a guide.
* An `isExplicit` predicate was added to the `Function` class that determines whether the function was declared as explicit.
* A `getExplicitExpr` predicate was added to the `Function` class that yields the constant boolean expression (if any) that conditionally determines whether the function is explicit.
* A `isDestroyingDeleteDeallocation` predicate was added to the `NewOrNewArrayExpr` and `DeleteOrDeleteArrayExpr` classes to indicate whether the deallocation function is a destroying delete.
* A `isDestroyingDeleteDeallocation` predicate was added to the `NewOrNewArrayExpr` and `DeleteOrDeleteArrayExpr` classes to indicate whether the deallocation function is a destroying delete.
### Minor Analysis Improvements
@@ -374,9 +372,9 @@ No user-facing changes.
### New Features
* Added a `TaintInheritingContent` class that can be extended to model taint flowing from a qualifier to a field.
* Added a predicate `GuardCondition.comparesEq/4` to query whether an expression is compared to a constant.
* Added a predicate `GuardCondition.comparesEq/4` to query whether an expression is compared to a constant.
* Added a predicate `GuardCondition.ensuresEq/4` to query whether a basic block is guarded by an expression being equal to a constant.
* Added a predicate `GuardCondition.comparesLt/4` to query whether an expression is compared to a constant.
* Added a predicate `GuardCondition.comparesLt/4` to query whether an expression is compared to a constant.
* Added a predicate `GuardCondition.ensuresLt/4` to query whether a basic block is guarded by an expression being less than a constant.
* Added a predicate `GuardCondition.valueControls` to query whether a basic block is guarded by a particular `case` of a `switch` statement.
@@ -492,7 +490,7 @@ No user-facing changes.
* Functions that do not return due to calling functions that don't return (e.g. `exit`) are now detected as
non-returning in the IR and dataflow.
* Treat functions that reach the end of the function as returning in the IR.
They used to be treated as unreachable but it is allowed in C.
They used to be treated as unreachable but it is allowed in C.
* The `DataFlow::asDefiningArgument` predicate now takes its argument from the range starting at `1` instead of `2`. Queries that depend on the single-parameter version of `DataFlow::asDefiningArgument` should have their arguments updated accordingly.
## 0.9.3
@@ -541,7 +539,7 @@ No user-facing changes.
### New Features
* The `DataFlow::StateConfigSig` signature module has gained default implementations for `isBarrier/2` and `isAdditionalFlowStep/4`.
* The `DataFlow::StateConfigSig` signature module has gained default implementations for `isBarrier/2` and `isAdditionalFlowStep/4`.
Hence it is no longer needed to provide `none()` implementations of these predicates if they are not needed.
### Minor Analysis Improvements
@@ -735,7 +733,7 @@ No user-facing changes.
### Deprecated APIs
* Some classes/modules with upper-case acronyms in their name have been renamed to follow our style-guide.
* Some classes/modules with upper-case acronyms in their name have been renamed to follow our style-guide.
The old name still exists as a deprecated alias.
### New Features
@@ -752,7 +750,7 @@ No user-facing changes.
### Deprecated APIs
* Many classes/predicates/modules with upper-case acronyms in their name have been renamed to follow our style-guide.
* Many classes/predicates/modules with upper-case acronyms in their name have been renamed to follow our style-guide.
The old name still exists as a deprecated alias.
### New Features
@@ -851,7 +849,7 @@ No user-facing changes.
### Deprecated APIs
* Many classes/predicates/modules that had upper-case acronyms have been renamed to follow our style-guide.
* Many classes/predicates/modules that had upper-case acronyms have been renamed to follow our style-guide.
The old name still exists as a deprecated alias.
### New Features

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@@ -1,5 +1,3 @@
## 6.0.1
### Bug Fixes
* Improve performance of the range analysis in cases where it would otherwise take an exorbitant amount of time.
No user-facing changes.

View File

@@ -93,18 +93,6 @@ private float wideningUpperBounds(ArithmeticType t) {
result = 1.0 / 0.0 // +Inf
}
/** Gets the widened lower bound for a given type and lower bound. */
bindingset[type, lb]
float widenLowerBound(Type type, float lb) {
result = max(float widenLB | widenLB = wideningLowerBounds(type) and widenLB <= lb | widenLB)
}
/** Gets the widened upper bound for a given type and upper bound. */
bindingset[type, ub]
float widenUpperBound(Type type, float ub) {
result = min(float widenUB | widenUB = wideningUpperBounds(type) and widenUB >= ub | widenUB)
}
/**
* Gets the value of the expression `e`, if it is a constant.
* This predicate also handles the case of constant variables initialized in different
@@ -516,328 +504,6 @@ private predicate isRecursiveExpr(Expr e) {
)
}
/**
* Provides predicates that estimate the number of bounds that the range
* analysis might produce.
*/
private module BoundsEstimate {
/**
* Gets the limit beyond which we enable widening. That is, if the estimated
* number of bounds exceeds this limit, we enable widening such that the limit
* will not be reached.
*/
float getBoundsLimit() {
// This limit is arbitrary, but low enough that it prevents timeouts on
// specific observed customer databases (and the in the tests).
result = 2.0.pow(40)
}
/** Gets the maximum number of bounds possible for `t` when widening is used. */
private int getNrOfWideningBounds(ArithmeticType t) {
result = strictcount(wideningLowerBounds(t)).maximum(strictcount(wideningUpperBounds(t)))
}
/**
* Holds if `boundFromGuard(guard, v, _, branch)` holds, but without
* relying on range analysis (which would cause non-monotonic recursion
* elsewhere).
*/
private predicate hasBoundFromGuard(Expr guard, VariableAccess v, boolean branch) {
exists(Expr lhs | linearAccess(lhs, v, _, _) |
relOpWithSwapAndNegate(guard, lhs, _, _, _, branch)
or
eqOpWithSwapAndNegate(guard, lhs, _, true, branch)
or
eqZeroWithNegate(guard, lhs, true, branch)
)
}
/** Holds if `def` is a guard phi node for `v` with a bound from a guard. */
predicate isGuardPhiWithBound(RangeSsaDefinition def, StackVariable v, VariableAccess access) {
exists(Expr guard, boolean branch |
def.isGuardPhi(v, access, guard, branch) and
hasBoundFromGuard(guard, access, branch)
)
}
/**
* Gets the number of bounds for `def` when `def` is a guard phi node for the
* variable `v`.
*/
language[monotonicAggregates]
private float nrOfBoundsPhiGuard(RangeSsaDefinition def, StackVariable v) {
// If we have
//
// if (x < c) { e1 }
// e2
//
// then `e2` is both a guard phi node (guarded by `x < c`) and a normal
// phi node (control is merged after the `if` statement).
//
// Assume `x` has `n` bounds. Then `n` bounds are propagated to the guard
// phi node `{ e1 }` and, since `{ e1 }` is input to `e2` as a normal phi
// node, `n` bounds are propagated to `e2`. If we also propagate the `n`
// bounds to `e2` as a guard phi node, then we square the number of
// bounds.
//
// However in practice `x < c` is going to cut down the number of bounds:
// The tracked bounds can't flow to both branches as that would require
// them to simultaneously be greater and smaller than `c`. To approximate
// this better, the contribution from a guard phi node that is also a
// normal phi node is 1.
exists(def.getAPhiInput(v)) and
isGuardPhiWithBound(def, v, _) and
result = 1
or
not exists(def.getAPhiInput(v)) and
// If there's different `access`es, then they refer to the same variable
// with the same lower bounds. Hence adding these guards make no sense (the
// implementation will take the union but they'll be removed by
// deduplication). Hence we use `max` as an approximation.
result =
max(VariableAccess access | isGuardPhiWithBound(def, v, access) | nrOfBoundsExpr(access))
or
def.isPhiNode(v) and
not isGuardPhiWithBound(def, v, _) and
result = 0
}
/**
* Gets the number of bounds for `def` when `def` is a normal phi node for the
* variable `v`.
*/
language[monotonicAggregates]
private float nrOfBoundsPhiNormal(RangeSsaDefinition def, StackVariable v) {
result =
strictsum(RangeSsaDefinition inputDef |
inputDef = def.getAPhiInput(v)
|
nrOfBoundsDef(inputDef, v)
)
or
def.isPhiNode(v) and
not exists(def.getAPhiInput(v)) and
result = 0
}
/**
* Gets the number of bounds for `def` when `def` is an NE phi node for the
* variable `v`.
*/
private float nrOfBoundsNEPhi(RangeSsaDefinition def, StackVariable v) {
exists(VariableAccess access | isNEPhi(v, def, access, _) and result = nrOfBoundsExpr(access))
or
def.isPhiNode(v) and
not isNEPhi(v, def, _, _) and
result = 0
}
/**
* Gets the number of bounds for `def` when `def` is an unsupported guard phi
* node for the variable `v`.
*/
private float nrOfBoundsUnsupportedGuardPhi(RangeSsaDefinition def, StackVariable v) {
exists(VariableAccess access |
isUnsupportedGuardPhi(v, def, access) and
result = nrOfBoundsExpr(access)
)
or
def.isPhiNode(v) and
not isUnsupportedGuardPhi(v, def, _) and
result = 0
}
private float nrOfBoundsPhi(RangeSsaDefinition def, StackVariable v) {
// The cases for phi nodes are not mutually exclusive. For instance a phi
// node can be both a guard phi node and a normal phi node. To handle this
// we sum the contributions from the different cases.
result =
nrOfBoundsPhiGuard(def, v) + nrOfBoundsPhiNormal(def, v) + nrOfBoundsNEPhi(def, v) +
nrOfBoundsUnsupportedGuardPhi(def, v)
}
/** Gets the estimated number of bounds for `def` and `v`. */
float nrOfBoundsDef(RangeSsaDefinition def, StackVariable v) {
// Recursive definitions are already widened, so we simply estimate them as
// having the number of widening bounds available. This is crucial as it
// ensures that we don't follow recursive cycles when calculating the
// estimate. Had that not been the case the estimate itself would be at risk
// of causing performance issues and being non-functional.
if isRecursiveDef(def, v)
then result = getNrOfWideningBounds(getVariableRangeType(v))
else (
// Definitions with a defining value
exists(Expr defExpr | assignmentDef(def, v, defExpr) and result = nrOfBoundsExpr(defExpr))
or
// Assignment operations with a defining value
exists(AssignOperation assignOp |
def = assignOp and
assignOp.getLValue() = v.getAnAccess() and
result = nrOfBoundsExpr(assignOp)
)
or
// Phi nodes
result = nrOfBoundsPhi(def, v)
or
unanalyzableDefBounds(def, v, _, _) and result = 1
)
}
/**
* Gets a naive estimate of the number of bounds for `e`.
*
* The estimate is like an abstract interpretation of the range analysis,
* where the abstract value is the number of bounds. For instance,
* `nrOfBoundsExpr(12) = 1` and `nrOfBoundsExpr(x + y) = nrOfBoundsExpr(x) *
* nrOfBoundsExpr(y)`.
*
* The estimated number of bounds will usually be greater than the actual
* number of bounds, as the estimate can not detect cases where bounds are cut
* down when tracked precisely. For instance, in
* ```c
* int x = 1;
* if (cond) { x = 1; }
* int y = x + x;
* ```
* the actual number of bounds for `y` is 1. However, the estimate will be 4
* as the conditional assignment to `x` gives two bounds for `x` on the last
* line and the addition gives 2 * 2 bounds. There are two sources of anncuracies:
*
* 1. Without tracking the lower bounds we can't see that `x` is assigned a
* value that is equal to its lower bound.
* 2. Had the conditional assignment been `x = 2` then the estimate of two
* bounds for `x` would have been correct. However, the estimate of 4 for `y`
* would still be incorrect. Summing the actual bounds `{1,2}` with itself
* gives `{2,3,4}` which is only three bounds. Again, we can't realise this
* without tracking the bounds.
*
* Since these inaccuracies compound the estimated number of bounds can often
* be _much_ greater than the actual number of bounds. Do note though that the
* estimate is not _guaranteed_ to be an upper bound. In some cases the
* approximations might underestimate the number of bounds.
*
* This predicate is functional. This is crucial as:
*
* - It ensures that the computing the estimate itself is fast.
* - Our use of monotonic aggregates assumes functionality.
*
* Any non-functional case should be considered a bug.
*/
float nrOfBoundsExpr(Expr e) {
// Similarly to what we do for definitions, we do not attempt to measure the
// number of bounds for recursive expressions.
if isRecursiveExpr(e)
then result = getNrOfWideningBounds(e.getUnspecifiedType())
else
if analyzableExpr(e)
then
// The cases here are an abstraction of and mirrors the cases inside
// `getLowerBoundsImpl`/`getUpperBoundsImpl`.
result = 1 and exists(getValue(e).toFloat())
or
exists(Expr operand | result = nrOfBoundsExpr(operand) |
effectivelyMultipliesByPositive(e, operand, _)
or
effectivelyMultipliesByNegative(e, operand, _)
)
or
exists(ConditionalExpr condExpr |
e = condExpr and
result = nrOfBoundsExpr(condExpr.getThen()) * nrOfBoundsExpr(condExpr.getElse())
)
or
exists(BinaryOperation binop |
e = binop and
result = nrOfBoundsExpr(binop.getLeftOperand()) * nrOfBoundsExpr(binop.getRightOperand())
|
e instanceof MaxExpr or
e instanceof MinExpr or
e instanceof AddExpr or
e instanceof SubExpr or
e instanceof UnsignedMulExpr or
e instanceof UnsignedBitwiseAndExpr
)
or
exists(AssignExpr assign | e = assign and result = nrOfBoundsExpr(assign.getRValue()))
or
exists(AssignArithmeticOperation assignOp |
e = assignOp and
result = nrOfBoundsExpr(assignOp.getLValue()) * nrOfBoundsExpr(assignOp.getRValue())
|
e instanceof AssignAddExpr or
e instanceof AssignSubExpr or
e instanceof UnsignedAssignMulExpr
)
or
// Handles `AssignMulByPositiveConstantExpr` and `AssignMulByNegativeConstantExpr`
exists(AssignMulByConstantExpr mulExpr |
e = mulExpr and
result = nrOfBoundsExpr(mulExpr.getLValue())
)
or
// Handles the prefix and postfix increment and decrement operators.
exists(CrementOperation crementOp |
e = crementOp and result = nrOfBoundsExpr(crementOp.getOperand())
)
or
exists(RemExpr remExpr | e = remExpr | result = nrOfBoundsExpr(remExpr.getRightOperand()))
or
exists(Conversion convExpr |
e = convExpr and
if convExpr.getUnspecifiedType() instanceof BoolType
then result = 1
else result = nrOfBoundsExpr(convExpr.getExpr())
)
or
exists(RangeSsaDefinition def, StackVariable v |
e = def.getAUse(v) and
result = nrOfBoundsDef(def, v) and
// Avoid returning two numbers when `e` is a use with a constant value.
not exists(getValue(e).toFloat())
)
or
exists(RShiftExpr rsExpr |
e = rsExpr and
exists(getValue(rsExpr.getRightOperand().getFullyConverted()).toInt()) and
result = nrOfBoundsExpr(rsExpr.getLeftOperand())
)
else (
exists(exprMinVal(e)) and result = 1
)
}
}
/**
* Holds if `v` is a variable for which widening should be used, as otherwise a
* very large number of bounds might be generated during the range analysis for
* `v`.
*/
private predicate varHasTooManyBounds(StackVariable v) {
exists(RangeSsaDefinition def |
def.getAVariable() = v and
BoundsEstimate::nrOfBoundsDef(def, v) > BoundsEstimate::getBoundsLimit()
)
}
/**
* Holds if `e` is an expression for which widening should be used, as otherwise
* a very large number of bounds might be generated during the range analysis
* for `e`.
*/
private predicate exprHasTooManyBounds(Expr e) {
BoundsEstimate::nrOfBoundsExpr(e) > BoundsEstimate::getBoundsLimit()
or
// A subexpressions of an expression with too many bounds may itself not have
// to many bounds. For instance, `x + y` can have too many bounds without `x`
// having as well. But in these cases, still want to consider `e` as having
// too many bounds since:
// - The overall result is widened anyway, so widening `e` as well is unlikely
// to cause further precision loss.
// - The number of bounds could be very large but still below the arbitrary
// limit. Hence widening `e` can improve performance.
exists(Expr pe | exprHasTooManyBounds(pe) and e.getParent() = pe)
}
/**
* Holds if `binop` is a binary operation that's likely to be assigned a
* quadratic (or more) number of candidate bounds during the analysis. This can
@@ -988,8 +654,13 @@ private float getTruncatedLowerBounds(Expr expr) {
if exprMinVal(expr) <= newLB and newLB <= exprMaxVal(expr)
then
// Apply widening where we might get a combinatorial explosion.
if isRecursiveBinary(expr) or exprHasTooManyBounds(expr)
then result = widenLowerBound(expr.getUnspecifiedType(), newLB)
if isRecursiveBinary(expr)
then
result =
max(float widenLB |
widenLB = wideningLowerBounds(expr.getUnspecifiedType()) and
not widenLB > newLB
)
else result = newLB
else result = exprMinVal(expr)
) and
@@ -1042,8 +713,13 @@ private float getTruncatedUpperBounds(Expr expr) {
if exprMinVal(expr) <= newUB and newUB <= exprMaxVal(expr)
then
// Apply widening where we might get a combinatorial explosion.
if isRecursiveBinary(expr) or exprHasTooManyBounds(expr)
then result = widenUpperBound(expr.getUnspecifiedType(), newUB)
if isRecursiveBinary(expr)
then
result =
min(float widenUB |
widenUB = wideningUpperBounds(expr.getUnspecifiedType()) and
not widenUB < newUB
)
else result = newUB
else result = exprMaxVal(expr)
)
@@ -2120,12 +1796,18 @@ module SimpleRangeAnalysisInternal {
|
// Widening: check whether the new lower bound is from a source which
// depends recursively on the current definition.
if isRecursiveDef(def, v) or varHasTooManyBounds(v)
if isRecursiveDef(def, v)
then
// The new lower bound is from a recursive source, so we round
// down to one of a limited set of values to prevent the
// recursion from exploding.
result = widenLowerBound(getVariableRangeType(v), truncatedLB)
result =
max(float widenLB |
widenLB = wideningLowerBounds(getVariableRangeType(v)) and
not widenLB > truncatedLB
|
widenLB
)
else result = truncatedLB
)
or
@@ -2144,12 +1826,18 @@ module SimpleRangeAnalysisInternal {
|
// Widening: check whether the new upper bound is from a source which
// depends recursively on the current definition.
if isRecursiveDef(def, v) or varHasTooManyBounds(v)
if isRecursiveDef(def, v)
then
// The new upper bound is from a recursive source, so we round
// up to one of a fixed set of values to prevent the recursion
// from exploding.
result = widenUpperBound(getVariableRangeType(v), truncatedUB)
result =
min(float widenUB |
widenUB = wideningUpperBounds(getVariableRangeType(v)) and
not widenUB < truncatedUB
|
widenUB
)
else result = truncatedUB
)
or
@@ -2157,60 +1845,4 @@ module SimpleRangeAnalysisInternal {
// bound is `typeUpperBound`.
defMightOverflowNegatively(def, v) and result = varMaxVal(v)
}
/** Gets the estimate of the number of bounds for `e`. */
float estimateNrOfBounds(Expr e) { result = BoundsEstimate::nrOfBoundsExpr(e) }
}
/** Provides predicates for debugging the simple range analysis library. */
private module Debug {
Locatable getRelevantLocatable() {
exists(string filepath, int startline |
result.getLocation().hasLocationInfo(filepath, startline, _, _, _) and
filepath.matches("%/test.c") and
startline = [621 .. 639]
)
}
float debugGetLowerBoundsImpl(Expr e) {
e = getRelevantLocatable() and
result = getLowerBoundsImpl(e)
}
float debugGetUpperBoundsImpl(Expr e) {
e = getRelevantLocatable() and
result = getUpperBoundsImpl(e)
}
/**
* Counts the number of lower bounds for a given expression. This predicate is
* useful for identifying performance issues in the range analysis.
*/
predicate countGetLowerBoundsImpl(Expr e, int n) {
e = getRelevantLocatable() and
n = strictcount(float lb | lb = getLowerBoundsImpl(e) | lb)
}
float debugNrOfBounds(Expr e) {
e = getRelevantLocatable() and
result = BoundsEstimate::nrOfBoundsExpr(e)
}
/**
* Finds any expressions for which `nrOfBounds` is not functional. The result
* should be empty, so this predicate is useful to debug non-functional cases.
*/
int nonFunctionalNrOfBounds(Expr e) {
strictcount(BoundsEstimate::nrOfBoundsExpr(e)) > 1 and
result = BoundsEstimate::nrOfBoundsExpr(e)
}
/**
* Holds if `e` is an expression that has a lower bound, but where
* `nrOfBounds` does not compute an estimate.
*/
predicate missingNrOfBounds(Expr e, float n) {
n = lowerBound(e) and
not exists(BoundsEstimate::nrOfBoundsExpr(e))
}
}

View File

@@ -485,519 +485,197 @@
| test.c:411:59:411:59 | k | 0.205191 |
| test.c:411:63:411:63 | l | 0.132041 |
| test.c:413:10:413:15 | output | 1.842468 |
| test.c:420:7:420:9 | rhs | 0 |
| test.c:420:19:420:21 | rhs | 0 |
| test.c:421:7:421:9 | rhs | 0 |
| test.c:421:19:421:21 | rhs | 0 |
| test.c:422:7:422:9 | rhs | 0 |
| test.c:422:19:422:21 | rhs | 0 |
| test.c:423:7:423:9 | rhs | 0 |
| test.c:423:19:423:21 | rhs | 0 |
| test.c:424:7:424:9 | rhs | 0 |
| test.c:424:19:424:21 | rhs | 0 |
| test.c:425:10:425:12 | rhs | 0 |
| test.c:432:10:432:11 | ip | 0 |
| test.c:432:20:432:21 | ip | 0 |
| test.c:432:40:432:41 | ip | 0 |
| test.c:433:14:433:15 | ip | 1 |
| test.c:434:14:434:15 | ip | 0 |
| test.c:434:34:434:35 | ip | 0 |
| test.c:435:11:435:12 | ip | 0 |
| test.c:436:13:436:14 | ip | 0 |
| test.c:437:14:437:15 | ip | 0 |
| test.c:438:14:438:15 | ip | 0 |
| test.c:439:15:439:16 | ip | 0 |
| test.c:439:41:439:42 | ip | 0 |
| test.c:439:52:439:53 | ip | 0 |
| test.c:439:67:439:68 | ip | 0 |
| test.c:439:78:439:79 | ip | 0 |
| test.c:440:18:440:19 | ip | 0 |
| test.c:441:23:441:24 | ip | 0 |
| test.c:441:34:441:35 | ip | 0 |
| test.c:442:25:442:26 | ip | 0 |
| test.c:443:20:443:21 | ip | 0 |
| test.c:444:11:444:12 | ip | 0 |
| test.c:444:26:444:27 | ip | 0 |
| test.c:445:16:445:17 | ip | 0 |
| test.c:446:16:446:17 | ip | 0 |
| test.c:447:16:447:17 | ip | 0 |
| test.c:448:17:448:18 | ip | 0 |
| test.c:449:22:449:23 | ip | 0 |
| test.c:449:33:449:34 | ip | 0 |
| test.c:449:48:449:49 | ip | 0 |
| test.c:449:59:449:60 | ip | 0 |
| test.c:450:20:450:21 | ip | 0 |
| test.c:451:25:451:26 | ip | 0 |
| test.c:451:36:451:37 | ip | 0 |
| test.c:452:27:452:28 | ip | 0 |
| test.c:453:22:453:23 | ip | 0 |
| test.c:454:15:454:16 | ip | 0 |
| test.c:454:30:454:31 | ip | 0 |
| test.c:455:11:455:12 | ip | 0 |
| test.c:456:12:456:13 | ip | 0 |
| test.c:457:12:457:13 | ip | 0 |
| test.c:458:13:458:14 | ip | 0 |
| test.c:458:39:458:40 | ip | 0 |
| test.c:458:50:458:51 | ip | 0 |
| test.c:458:65:458:66 | ip | 0 |
| test.c:458:76:458:77 | ip | 0 |
| test.c:459:16:459:17 | ip | 0 |
| test.c:460:21:460:22 | ip | 0 |
| test.c:460:32:460:33 | ip | 0 |
| test.c:461:23:461:24 | ip | 0 |
| test.c:462:18:462:19 | ip | 0 |
| test.c:463:11:463:12 | ip | 0 |
| test.c:463:17:463:18 | ip | 0 |
| test.c:463:37:463:38 | ip | 0 |
| test.c:463:43:463:44 | ip | 0 |
| test.c:464:14:464:15 | ip | 0 |
| test.c:465:14:465:15 | ip | 0 |
| test.c:466:14:466:15 | ip | 0 |
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| test.c:845:6:845:6 | n | 0 |
| test.c:845:10:845:10 | n | 0 |
| test.c:845:14:845:14 | n | 1 |
| test.c:856:7:856:8 | ss | -32768 |
| test.c:857:9:857:10 | ss | 0 |
| test.c:860:7:860:8 | ss | -32768 |
| test.c:861:9:861:10 | ss | -32768 |
| test.c:864:14:864:15 | us | 0 |
| test.c:865:9:865:10 | us | 0 |
| test.c:868:14:868:15 | us | 0 |
| test.c:869:9:869:10 | us | 0 |
| test.c:872:7:872:8 | ss | -32768 |
| test.c:873:9:873:10 | ss | -32768 |
| test.c:876:7:876:8 | ss | -32768 |
| test.c:877:9:877:10 | ss | -1 |
| test.c:883:8:883:8 | s | -2147483648 |
| test.c:883:15:883:15 | s | 0 |
| test.c:883:23:883:23 | s | 0 |
| test.c:884:18:884:18 | s | 0 |
| test.c:884:22:884:22 | s | 0 |
| test.c:885:9:885:14 | result | 0 |
| test.c:891:7:891:7 | i | 0 |
| test.c:892:9:892:9 | i | -2147483648 |
| test.c:896:7:896:7 | u | 0 |
| test.c:897:9:897:9 | u | 0 |
| test.c:902:12:902:12 | s | -2147483648 |
| test.c:903:7:903:8 | s2 | -4 |
| test.c:908:7:908:7 | x | -2147483648 |
| test.c:909:9:909:9 | y | -2147483648 |
| test.c:913:7:913:7 | y | -2147483648 |
| test.c:922:7:922:7 | x | -2147483648 |
| test.c:927:7:927:7 | x | -2147483648 |
| test.c:934:8:934:8 | x | 2147483647 |
| test.c:934:12:934:12 | y | 256 |
| test.c:935:9:935:9 | x | 2147483647 |
| test.c:936:9:936:9 | y | 256 |
| test.c:418:20:418:20 | x | 0 |
| test.c:418:30:418:30 | x | 0 |
| test.c:421:3:421:4 | y1 | 0 |
| test.c:421:11:421:11 | y | 0 |
| test.c:421:14:421:14 | y | 1 |
| test.c:422:3:422:4 | y2 | 0 |
| test.c:422:9:422:9 | y | 1 |
| test.c:422:14:422:14 | y | 2 |
| test.c:422:22:422:22 | y | 5 |
| test.c:423:10:423:11 | y1 | 1 |
| test.c:423:15:423:16 | y2 | 5 |
| test.c:431:3:431:3 | i | -2147483648 |
| test.c:432:7:432:7 | i | 10 |
| test.c:434:3:434:3 | i | -2147483648 |
| test.c:435:3:435:3 | i | 10 |
| test.c:436:7:436:7 | i | 20 |
| test.c:438:3:438:3 | i | -2147483648 |
| test.c:439:3:439:3 | i | 40 |
| test.c:440:7:440:7 | i | 30 |
| test.c:442:3:442:3 | i | -2147483648 |
| test.c:442:7:442:7 | j | -2147483648 |
| test.c:443:7:443:7 | i | 40 |
| test.c:445:3:445:3 | i | -2147483648 |
| test.c:445:8:445:8 | j | 40 |
| test.c:446:7:446:7 | i | 50 |
| test.c:448:3:448:3 | i | -2147483648 |
| test.c:448:13:448:13 | j | 50 |
| test.c:449:7:449:7 | i | 60 |
| test.c:456:12:456:12 | a | 0 |
| test.c:456:17:456:17 | a | 3 |
| test.c:456:33:456:33 | b | 0 |
| test.c:456:38:456:38 | b | 5 |
| test.c:457:13:457:13 | a | 3 |
| test.c:457:15:457:15 | b | 5 |
| test.c:458:5:458:9 | total | 0 |
| test.c:458:14:458:14 | r | 15 |
| test.c:460:12:460:12 | a | 0 |
| test.c:460:17:460:17 | a | 3 |
| test.c:460:33:460:33 | b | 0 |
| test.c:460:38:460:38 | b | 0 |
| test.c:461:13:461:13 | a | 3 |
| test.c:461:15:461:15 | b | 0 |
| test.c:462:5:462:9 | total | 0 |
| test.c:462:14:462:14 | r | 0 |
| test.c:464:12:464:12 | a | 0 |
| test.c:464:17:464:17 | a | 3 |
| test.c:464:34:464:34 | b | 0 |
| test.c:464:39:464:39 | b | 13 |
| test.c:465:13:465:13 | a | 3 |
| test.c:465:15:465:15 | b | 13 |
| test.c:466:5:466:9 | total | 0 |
| test.c:466:14:466:14 | r | 39 |
| test.c:469:10:469:14 | total | 0 |
| test.c:475:12:475:12 | b | 0 |
| test.c:475:17:475:17 | b | 5 |
| test.c:476:16:476:16 | b | 5 |
| test.c:477:5:477:9 | total | 0 |
| test.c:477:14:477:14 | r | 55 |
| test.c:479:12:479:12 | b | 0 |
| test.c:479:17:479:17 | b | 0 |
| test.c:480:16:480:16 | b | 0 |
| test.c:481:5:481:9 | total | 0 |
| test.c:481:14:481:14 | r | 0 |
| test.c:483:13:483:13 | b | 0 |
| test.c:483:18:483:18 | b | 13 |
| test.c:484:16:484:16 | b | 13 |
| test.c:485:5:485:9 | total | 0 |
| test.c:485:14:485:14 | r | 143 |
| test.c:488:10:488:14 | total | 0 |
| test.c:493:3:493:3 | x | 0 |
| test.c:493:7:493:7 | y | 0 |
| test.c:494:3:494:4 | xy | 0 |
| test.c:494:8:494:8 | x | 1000000003 |
| test.c:494:12:494:12 | y | 1000000003 |
| test.c:495:10:495:11 | xy | 1000000006000000000 |
| test.c:500:3:500:3 | x | 0 |
| test.c:501:3:501:3 | y | 0 |
| test.c:502:3:502:4 | xy | 0 |
| test.c:502:8:502:8 | x | 274177 |
| test.c:502:12:502:12 | y | 67280421310721 |
| test.c:503:10:503:11 | xy | 18446744073709551616 |
| test.c:507:7:507:8 | ui | 0 |
| test.c:508:43:508:44 | ui | 10 |
| test.c:508:48:508:49 | ui | 10 |
| test.c:509:12:509:17 | result | 100 |
| test.c:511:7:511:8 | ul | 0 |
| test.c:512:28:512:29 | ul | 10 |
| test.c:512:33:512:34 | ul | 10 |
| test.c:513:12:513:17 | result | 0 |
| test.c:519:7:519:8 | ui | 0 |
| test.c:519:19:519:20 | ui | 0 |
| test.c:520:5:520:6 | ui | 2 |
| test.c:520:11:520:12 | ui | 2 |
| test.c:521:12:521:13 | ui | 4 |
| test.c:525:3:525:9 | uiconst | 10 |
| test.c:528:3:528:9 | ulconst | 10 |
| test.c:529:10:529:16 | uiconst | 40 |
| test.c:529:20:529:26 | ulconst | 40 |
| test.c:533:7:533:7 | i | -2147483648 |
| test.c:533:18:533:18 | i | -1 |
| test.c:534:5:534:5 | i | -2147483648 |
| test.c:534:13:534:13 | i | -1 |
| test.c:535:9:535:9 | i | -5 |
| test.c:537:5:537:5 | i | -2147483648 |
| test.c:537:9:537:9 | i | -5 |
| test.c:538:9:538:9 | i | -30 |
| test.c:540:5:540:5 | i | -30 |
| test.c:541:9:541:9 | i | -210 |
| test.c:543:5:543:5 | i | -210 |
| test.c:544:9:544:9 | i | -1155 |
| test.c:546:7:546:7 | i | -2147483648 |
| test.c:547:5:547:5 | i | -2147483648 |
| test.c:547:9:547:9 | i | -1 |
| test.c:548:9:548:9 | i | 1 |
| test.c:550:3:550:3 | i | -2147483648 |
| test.c:550:7:550:7 | i | -2147483648 |
| test.c:551:10:551:10 | i | -2147483648 |
| test.c:554:3:554:3 | i | -2147483648 |
| test.c:554:10:554:11 | sc | 1 |
| test.c:556:7:556:7 | i | -128 |
| test.c:563:7:563:7 | n | 0 |
| test.c:565:7:565:7 | n | 0 |
| test.c:566:9:566:9 | n | 1 |
| test.c:569:7:569:7 | n | 0 |
| test.c:570:9:570:9 | n | 1 |
| test.c:572:9:572:9 | n | 0 |
| test.c:575:8:575:8 | n | 0 |
| test.c:576:9:576:9 | n | 0 |
| test.c:578:9:578:9 | n | 1 |
| test.c:581:10:581:10 | n | 0 |
| test.c:582:5:582:5 | n | 1 |
| test.c:585:7:585:7 | n | 0 |
| test.c:589:7:589:7 | n | -32768 |
| test.c:592:7:592:7 | n | 0 |
| test.c:593:9:593:9 | n | 0 |
| test.c:595:9:595:9 | n | 1 |
| test.c:598:7:598:7 | n | 0 |
| test.c:599:9:599:9 | n | 1 |
| test.c:601:9:601:9 | n | 0 |
| test.c:604:10:604:10 | n | 0 |
| test.c:605:5:605:5 | n | 1 |
| test.c:608:7:608:7 | n | 0 |
| test.c:612:7:612:7 | n | -32768 |
| test.c:613:9:613:9 | n | -32768 |
| test.c:614:11:614:11 | n | 0 |
| test.c:618:7:618:7 | n | -32768 |
| test.c:619:13:619:13 | n | 5 |
| test.c:622:9:622:9 | n | 6 |
| test.c:625:7:625:7 | n | -32768 |
| test.c:625:22:625:22 | n | -32767 |
| test.c:626:9:626:9 | n | -32766 |
| test.c:629:7:629:7 | n | -32768 |
| test.c:630:5:630:5 | n | 0 |
| test.c:630:10:630:10 | n | 1 |
| test.c:630:14:630:14 | n | 0 |
| test.c:631:6:631:6 | n | 0 |
| test.c:631:10:631:10 | n | 0 |
| test.c:631:14:631:14 | n | 1 |
| test.c:642:7:642:8 | ss | -32768 |
| test.c:643:9:643:10 | ss | 0 |
| test.c:646:7:646:8 | ss | -32768 |
| test.c:647:9:647:10 | ss | -32768 |
| test.c:650:14:650:15 | us | 0 |
| test.c:651:9:651:10 | us | 0 |
| test.c:654:14:654:15 | us | 0 |
| test.c:655:9:655:10 | us | 0 |
| test.c:658:7:658:8 | ss | -32768 |
| test.c:659:9:659:10 | ss | -32768 |
| test.c:662:7:662:8 | ss | -32768 |
| test.c:663:9:663:10 | ss | -1 |
| test.c:669:8:669:8 | s | -2147483648 |
| test.c:669:15:669:15 | s | 0 |
| test.c:669:23:669:23 | s | 0 |
| test.c:670:18:670:18 | s | 0 |
| test.c:670:22:670:22 | s | 0 |
| test.c:671:9:671:14 | result | 0 |
| test.c:677:7:677:7 | i | 0 |
| test.c:678:9:678:9 | i | -2147483648 |
| test.c:682:7:682:7 | u | 0 |
| test.c:683:9:683:9 | u | 0 |
| test.c:688:12:688:12 | s | -2147483648 |
| test.c:689:7:689:8 | s2 | -4 |
| test.c:694:7:694:7 | x | -2147483648 |
| test.c:695:9:695:9 | y | -2147483648 |
| test.c:699:7:699:7 | y | -2147483648 |
| test.c:708:7:708:7 | x | -2147483648 |
| test.c:713:7:713:7 | x | -2147483648 |
| test.c:720:8:720:8 | x | 2147483647 |
| test.c:720:12:720:12 | y | 256 |
| test.c:721:9:721:9 | x | 2147483647 |
| test.c:722:9:722:9 | y | 256 |
| test.cpp:10:7:10:7 | b | -2147483648 |
| test.cpp:11:5:11:5 | x | -2147483648 |
| test.cpp:13:10:13:10 | x | -2147483648 |

View File

@@ -1,5 +0,0 @@
import cpp
import semmle.code.cpp.rangeanalysis.SimpleRangeAnalysis
from Expr e
select e, SimpleRangeAnalysisInternal::estimateNrOfBounds(e)

View File

@@ -72,77 +72,8 @@
| test.c:405:22:405:82 | ... ? ... : ... | 0.13204114 | 0.42186276 | 0.13204114 |
| test.c:405:26:405:69 | ... ? ... : ... | 0.42186276 | 0.42186276 | 0.44996679 |
| test.c:405:30:405:56 | ... ? ... : ... | 0.42186276 | 0.42186276 | 0.53843358 |
| test.c:432:4:606:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:432:5:434:49 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:435:6:517:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:436:8:454:41 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:439:10:443:21 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:439:31:439:79 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:441:13:443:21 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:448:12:453:23 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:449:12:449:60 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:451:15:453:23 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:455:6:474:23 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:458:8:462:19 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:458:29:458:77 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:460:11:462:19 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:463:6:463:54 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:467:10:471:21 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:467:31:467:79 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:469:13:471:21 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:472:9:474:23 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:476:10:495:43 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:479:12:484:23 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:480:12:480:60 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:482:15:484:23 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:489:14:494:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:490:14:490:62 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:492:17:494:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:496:9:517:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:499:14:504:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:500:14:500:62 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:502:17:504:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:505:12:505:60 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:509:12:514:23 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:510:12:510:60 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:512:15:514:23 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:515:11:517:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:518:9:520:51 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:521:9:606:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:522:14:541:47 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:525:16:530:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:526:16:526:64 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:528:19:530:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:535:18:540:29 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:536:18:536:66 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:538:21:540:29 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:542:12:563:29 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:545:14:550:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:546:14:546:62 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:548:17:550:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:551:12:551:60 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:555:16:560:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:556:16:556:64 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:558:19:560:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:561:15:563:29 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:565:12:584:45 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:568:14:573:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:569:14:569:62 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:571:17:573:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:578:16:583:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:579:16:579:64 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:581:19:583:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:585:11:606:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:588:16:593:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:589:16:589:64 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:591:19:593:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:594:14:594:62 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:598:14:603:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:599:14:599:62 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:601:17:603:25 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:604:13:606:27 | ... ? ... : ... | 0.0 | 0.0 | 0.0 |
| test.c:632:20:632:36 | ... ? ... : ... | 0.0 | 0.0 | 100.0 |
| test.c:844:5:844:14 | ... ? ... : ... | 0.0 | 1.0 | 0.0 |
| test.c:845:5:845:14 | ... ? ... : ... | 0.0 | 0.0 | 1.0 |
| test.c:418:20:418:36 | ... ? ... : ... | 0.0 | 0.0 | 100.0 |
| test.c:630:5:630:14 | ... ? ... : ... | 0.0 | 1.0 | 0.0 |
| test.c:631:5:631:14 | ... ? ... : ... | 0.0 | 0.0 | 1.0 |
| test.cpp:121:3:121:12 | ... ? ... : ... | 0.0 | 1.0 | 0.0 |
| test.cpp:122:3:122:12 | ... ? ... : ... | 0.0 | 0.0 | 1.0 |

View File

@@ -72,77 +72,8 @@
| test.c:405:22:405:82 | ... ? ... : ... | 0.53843358 | 0.53843358 | 0.13204114 |
| test.c:405:26:405:69 | ... ? ... : ... | 0.53843358 | 0.53843358 | 0.44996679 |
| test.c:405:30:405:56 | ... ? ... : ... | 0.53843358 | 0.42186276 | 0.53843358 |
| test.c:432:4:606:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:432:5:434:49 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:435:6:517:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:436:8:454:41 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:439:10:443:21 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:439:31:439:79 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:441:13:443:21 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:448:12:453:23 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:449:12:449:60 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:451:15:453:23 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:455:6:474:23 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:458:8:462:19 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:458:29:458:77 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:460:11:462:19 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:463:6:463:54 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:467:10:471:21 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:467:31:467:79 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:469:13:471:21 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:472:9:474:23 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:476:10:495:43 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:479:12:484:23 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:480:12:480:60 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:482:15:484:23 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:489:14:494:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:490:14:490:62 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:492:17:494:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:496:9:517:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:499:14:504:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:500:14:500:62 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:502:17:504:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:505:12:505:60 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:509:12:514:23 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:510:12:510:60 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:512:15:514:23 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:515:11:517:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:518:9:520:51 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:521:9:606:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:522:14:541:47 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:525:16:530:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:526:16:526:64 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:528:19:530:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:535:18:540:29 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:536:18:536:66 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:538:21:540:29 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:542:12:563:29 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:545:14:550:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:546:14:546:62 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:548:17:550:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:551:12:551:60 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:555:16:560:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:556:16:556:64 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:558:19:560:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:561:15:563:29 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:565:12:584:45 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:568:14:573:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:569:14:569:62 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:571:17:573:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:578:16:583:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:579:16:579:64 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:581:19:583:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:585:11:606:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:588:16:593:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:589:16:589:64 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:591:19:593:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:594:14:594:62 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:598:14:603:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:599:14:599:62 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:601:17:603:25 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:604:13:606:27 | ... ? ... : ... | 4.294967295E9 | 4.294967295E9 | 4.294967295E9 |
| test.c:632:20:632:36 | ... ? ... : ... | 100.0 | 99.0 | 100.0 |
| test.c:844:5:844:14 | ... ? ... : ... | 32767.0 | 32767.0 | 0.0 |
| test.c:845:5:845:14 | ... ? ... : ... | 32767.0 | 0.0 | 32767.0 |
| test.c:418:20:418:36 | ... ? ... : ... | 100.0 | 99.0 | 100.0 |
| test.c:630:5:630:14 | ... ? ... : ... | 32767.0 | 32767.0 | 0.0 |
| test.c:631:5:631:14 | ... ? ... : ... | 32767.0 | 0.0 | 32767.0 |
| test.cpp:121:3:121:12 | ... ? ... : ... | 32767.0 | 32767.0 | 0.0 |
| test.cpp:122:3:122:12 | ... ? ... : ... | 32767.0 | 0.0 | 32767.0 |

View File

@@ -413,220 +413,6 @@ double test_ternary_nested_of_literals(double m, double n, double o, double p, d
return output;
}
int repeated_if_statements(unsigned int rhs) {
// Test how many bounds we estimate for `if` statements without `else`
// branches where the following node is both a normal phi node and a guard phi
// node.
if (rhs < 12) { rhs << 1; }
if (rhs < 13) { rhs << 1; }
if (rhs < 14) { rhs << 1; }
if (rhs < 15) { rhs << 1; }
if (rhs < 16) { rhs << 1; }
return rhs; // rhs has 6 bounds
}
unsigned int conditional_nested_guards(unsigned int ip) {
// This tests a combinatorial explosion that can happen from a large number of
// nested linear guards.
unsigned int special_number =
(14 * ip > (2 * ip + 1) * 17 + (2 * ip + 1 + 1) * 17
? 14 * ip
: (2 * ip + 1) * 14 + (2 * ip + 1 + 1) * 17) >
(2 * (ip * 14 + 32) +
(4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 > (17 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip) >
2 * ip * 14 + (2 * ip + 1) * 17
? 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip)
: 2 * ip * 14 + (2 * ip + 1) * 17) >
(4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 > (17 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip) >
(14 * ip > (ip + 1) * 17 ? 17 * ip : (ip + 1) * 17)
? 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 > (17 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip)
: 14 * ip > (ip + 1) * 17
? 14 * ip
: (ip + 1) * 14)
? 2 * (ip * 14 + 32) +
(4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip) >
2 * ip * 14 + (2 * ip + 1) * 17
? 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip)
: 2 * ip * 14 + (2 * ip + 1) * 17)
: 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip) >
(14 * ip > (ip + 1) * 17 ? 17 * ip : (ip + 1) * 17)
? 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip)
: 14 * ip > (ip + 1) * 17
? 14 * ip
: (ip + 1) * 14)
? 14 * ip > (2 * ip + 1) * 17 + (2 * ip + 1 + 1) * 17
? 14 * ip
: (2 * ip + 1) * 14 + (2 * ip + 1 + 1) * 17
: 2 * (ip * 14 + 32) +
(4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip) >
2 * ip * 14 + (2 * ip + 1) * 17
? 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip)
: 2 * ip * 14 + (2 * ip + 1) * 17) >
(4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip) >
(14 * ip > (ip + 1) * 17 ? 17 * ip : (ip + 1) * 17)
? 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip)
: 14 * ip > (ip + 1) * 17
? 14 * ip
: (ip + 1) * 14)
? 2 * (ip * 14 + 32) +
(4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip) >
2 * ip * 14 + (2 * ip + 1) * 17
? 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip)
: 2 * ip * 14 + (2 * ip + 1) * 17)
: 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip) >
(14 * ip > (ip + 1) * 17 ? 17 * ip : (ip + 1) * 17)
? 4 * (ip * 14 + 32) +
(2 * ip * 14 + 32) +
2 * (ip * 14 + 64) +
((2 * ip + 1) * 14 >
(14 * (2 * ip) > 17 * ip ? 17 * (2 * ip) : 17 * ip)
? (2 * ip + 1) * 14
: 14 * (2 * ip) > 17 * ip
? 14 * (2 * ip)
: 14 * ip)
: 14 * ip > (ip + 1) * 17
? 14 * ip
: (ip + 1) * 14;
return special_number;
}
int many_conditional_assignments(int c1, int c2, int c3, int c4, int c5) {
// This tests a combinatorial explosion that can happen from many conditional
// assignments, since each conditional assignment doubles the number of
// bounds.
int x = 0;
if (c1) { x += 748596; }
if (c2) { x += 84652395; }
if (c3) { x += 3675895; }
if (c4) { x += 98634; }
if (c5) { x += 7834985; }
if (c1 && c2) { x += 938457398; }
if (c1 && c3) { x += 73895648; }
if (c1 && c4) { x += 12345432; }
if (c1 && c5) { x += 38847; }
if (c2 && c3) { x += 234; }
// x now has 2^10 bounds, the 10 additions below give (2^10)^10 bounds
int y = x + x + x + x + x + x + x + x + x + x + x + x;
return y;
}
// Test the comma expression.
unsigned int test_comma01(unsigned int x) {
unsigned int y = x < 100 ? x : 100;

View File

@@ -485,519 +485,197 @@
| test.c:411:59:411:59 | k | 0.889553 |
| test.c:411:63:411:63 | l | 0.538434 |
| test.c:413:10:413:15 | output | 9.284378 |
| test.c:420:7:420:9 | rhs | 4294967295 |
| test.c:420:19:420:21 | rhs | 11 |
| test.c:421:7:421:9 | rhs | 4294967295 |
| test.c:421:19:421:21 | rhs | 12 |
| test.c:422:7:422:9 | rhs | 4294967295 |
| test.c:422:19:422:21 | rhs | 13 |
| test.c:423:7:423:9 | rhs | 4294967295 |
| test.c:423:19:423:21 | rhs | 14 |
| test.c:424:7:424:9 | rhs | 4294967295 |
| test.c:424:19:424:21 | rhs | 15 |
| test.c:425:10:425:12 | rhs | 4294967295 |
| test.c:432:10:432:11 | ip | 4294967295 |
| test.c:432:20:432:21 | ip | 4294967295 |
| test.c:432:40:432:41 | ip | 4294967295 |
| test.c:433:14:433:15 | ip | 4294967295 |
| test.c:434:14:434:15 | ip | 4294967295 |
| test.c:434:34:434:35 | ip | 4294967295 |
| test.c:435:11:435:12 | ip | 4294967295 |
| test.c:436:13:436:14 | ip | 4294967295 |
| test.c:437:14:437:15 | ip | 4294967295 |
| test.c:438:14:438:15 | ip | 4294967295 |
| test.c:439:15:439:16 | ip | 4294967295 |
| test.c:439:41:439:42 | ip | 4294967295 |
| test.c:439:52:439:53 | ip | 4294967295 |
| test.c:439:67:439:68 | ip | 4294967295 |
| test.c:439:78:439:79 | ip | 4294967295 |
| test.c:440:18:440:19 | ip | 4294967295 |
| test.c:441:23:441:24 | ip | 4294967295 |
| test.c:441:34:441:35 | ip | 4294967295 |
| test.c:442:25:442:26 | ip | 4294967295 |
| test.c:443:20:443:21 | ip | 4294967295 |
| test.c:444:11:444:12 | ip | 4294967295 |
| test.c:444:26:444:27 | ip | 4294967295 |
| test.c:445:16:445:17 | ip | 4294967295 |
| test.c:446:16:446:17 | ip | 4294967295 |
| test.c:447:16:447:17 | ip | 4294967295 |
| test.c:448:17:448:18 | ip | 4294967295 |
| test.c:449:22:449:23 | ip | 4294967295 |
| test.c:449:33:449:34 | ip | 4294967295 |
| test.c:449:48:449:49 | ip | 4294967295 |
| test.c:449:59:449:60 | ip | 4294967295 |
| test.c:450:20:450:21 | ip | 4294967295 |
| test.c:451:25:451:26 | ip | 4294967295 |
| test.c:451:36:451:37 | ip | 4294967295 |
| test.c:452:27:452:28 | ip | 4294967295 |
| test.c:453:22:453:23 | ip | 4294967295 |
| test.c:454:15:454:16 | ip | 4294967295 |
| test.c:454:30:454:31 | ip | 4294967295 |
| test.c:455:11:455:12 | ip | 4294967295 |
| test.c:456:12:456:13 | ip | 4294967295 |
| test.c:457:12:457:13 | ip | 4294967295 |
| test.c:458:13:458:14 | ip | 4294967295 |
| test.c:458:39:458:40 | ip | 4294967295 |
| test.c:458:50:458:51 | ip | 4294967295 |
| test.c:458:65:458:66 | ip | 4294967295 |
| test.c:458:76:458:77 | ip | 4294967295 |
| test.c:459:16:459:17 | ip | 4294967295 |
| test.c:460:21:460:22 | ip | 4294967295 |
| test.c:460:32:460:33 | ip | 4294967295 |
| test.c:461:23:461:24 | ip | 4294967295 |
| test.c:462:18:462:19 | ip | 4294967295 |
| test.c:463:11:463:12 | ip | 4294967295 |
| test.c:463:17:463:18 | ip | 4294967295 |
| test.c:463:37:463:38 | ip | 4294967295 |
| test.c:463:43:463:44 | ip | 4294967295 |
| test.c:464:14:464:15 | ip | 4294967295 |
| test.c:465:14:465:15 | ip | 4294967295 |
| test.c:466:14:466:15 | ip | 4294967295 |
| test.c:467:15:467:16 | ip | 4294967295 |
| test.c:467:41:467:42 | ip | 4294967295 |
| test.c:467:52:467:53 | ip | 4294967295 |
| test.c:467:67:467:68 | ip | 4294967295 |
| test.c:467:78:467:79 | ip | 4294967295 |
| test.c:468:18:468:19 | ip | 4294967295 |
| test.c:469:23:469:24 | ip | 4294967295 |
| test.c:469:34:469:35 | ip | 4294967295 |
| test.c:470:25:470:26 | ip | 4294967295 |
| test.c:471:20:471:21 | ip | 4294967295 |
| test.c:472:14:472:15 | ip | 4294967295 |
| test.c:472:20:472:21 | ip | 4294967295 |
| test.c:473:16:473:17 | ip | 4294967295 |
| test.c:474:12:474:13 | ip | 4294967295 |
| test.c:475:14:475:15 | ip | 4294967295 |
| test.c:476:15:476:16 | ip | 4294967295 |
| test.c:477:16:477:17 | ip | 4294967295 |
| test.c:478:16:478:17 | ip | 4294967295 |
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| test.c:683:10:683:14 | total | 759 |
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| test.c:699:5:699:9 | total | 506 |
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| test.c:702:10:702:14 | total | 759 |
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| test.c:723:12:723:17 | result | 18446744065119617024 |
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| test.c:727:12:727:17 | result | 18446744073709551616 |
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| test.c:743:20:743:26 | ulconst | 40 |
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| test.c:755:9:755:9 | i | 105 |
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| test.c:758:9:758:9 | i | 2310 |
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| test.c:796:5:796:5 | n | 4294967295 |
| test.c:799:7:799:7 | n | 0 |
| test.c:803:7:803:7 | n | 32767 |
| test.c:806:7:806:7 | n | 32767 |
| test.c:807:9:807:9 | n | 0 |
| test.c:809:9:809:9 | n | 32767 |
| test.c:812:7:812:7 | n | 32767 |
| test.c:813:9:813:9 | n | 32767 |
| test.c:815:9:815:9 | n | 0 |
| test.c:818:10:818:10 | n | 32767 |
| test.c:819:5:819:5 | n | 32767 |
| test.c:822:7:822:7 | n | 0 |
| test.c:826:7:826:7 | n | 32767 |
| test.c:827:9:827:9 | n | 32767 |
| test.c:828:11:828:11 | n | 32767 |
| test.c:832:7:832:7 | n | 32767 |
| test.c:833:13:833:13 | n | 32767 |
| test.c:836:9:836:9 | n | 32767 |
| test.c:839:7:839:7 | n | 32767 |
| test.c:839:22:839:22 | n | 32767 |
| test.c:840:9:840:9 | n | 32767 |
| test.c:843:7:843:7 | n | 32767 |
| test.c:844:5:844:5 | n | 32767 |
| test.c:844:10:844:10 | n | 32767 |
| test.c:844:14:844:14 | n | 0 |
| test.c:845:6:845:6 | n | 32767 |
| test.c:845:10:845:10 | n | 0 |
| test.c:845:14:845:14 | n | 32767 |
| test.c:856:7:856:8 | ss | 32767 |
| test.c:857:9:857:10 | ss | 3 |
| test.c:860:7:860:8 | ss | 32767 |
| test.c:861:9:861:10 | ss | 32767 |
| test.c:864:14:864:15 | us | 65535 |
| test.c:865:9:865:10 | us | 32767 |
| test.c:868:14:868:15 | us | 65535 |
| test.c:869:9:869:10 | us | 65535 |
| test.c:872:7:872:8 | ss | 32767 |
| test.c:873:9:873:10 | ss | 32767 |
| test.c:876:7:876:8 | ss | 32767 |
| test.c:877:9:877:10 | ss | 2 |
| test.c:883:8:883:8 | s | 2147483647 |
| test.c:883:15:883:15 | s | 127 |
| test.c:883:23:883:23 | s | 9 |
| test.c:884:18:884:18 | s | 9 |
| test.c:884:22:884:22 | s | 9 |
| test.c:885:9:885:14 | result | 127 |
| test.c:891:7:891:7 | i | 0 |
| test.c:892:9:892:9 | i | 2147483647 |
| test.c:896:7:896:7 | u | 0 |
| test.c:897:9:897:9 | u | 4294967295 |
| test.c:902:12:902:12 | s | 2147483647 |
| test.c:903:7:903:8 | s2 | 4 |
| test.c:908:7:908:7 | x | 2147483647 |
| test.c:909:9:909:9 | y | 2147483647 |
| test.c:913:7:913:7 | y | 2147483647 |
| test.c:922:7:922:7 | x | 2147483647 |
| test.c:927:7:927:7 | x | 15 |
| test.c:934:8:934:8 | x | 2147483647 |
| test.c:934:12:934:12 | y | 256 |
| test.c:935:9:935:9 | x | 2147483647 |
| test.c:936:9:936:9 | y | 256 |
| test.c:418:20:418:20 | x | 4294967295 |
| test.c:418:30:418:30 | x | 99 |
| test.c:421:3:421:4 | y1 | 4294967295 |
| test.c:421:11:421:11 | y | 100 |
| test.c:421:14:421:14 | y | 101 |
| test.c:422:3:422:4 | y2 | 4294967295 |
| test.c:422:9:422:9 | y | 101 |
| test.c:422:14:422:14 | y | 102 |
| test.c:422:22:422:22 | y | 105 |
| test.c:423:10:423:11 | y1 | 101 |
| test.c:423:15:423:16 | y2 | 105 |
| test.c:431:3:431:3 | i | 2147483647 |
| test.c:432:7:432:7 | i | 10 |
| test.c:434:3:434:3 | i | 2147483647 |
| test.c:435:3:435:3 | i | 10 |
| test.c:436:7:436:7 | i | 20 |
| test.c:438:3:438:3 | i | 2147483647 |
| test.c:439:3:439:3 | i | 40 |
| test.c:440:7:440:7 | i | 30 |
| test.c:442:3:442:3 | i | 2147483647 |
| test.c:442:7:442:7 | j | 2147483647 |
| test.c:443:7:443:7 | i | 40 |
| test.c:445:3:445:3 | i | 2147483647 |
| test.c:445:8:445:8 | j | 40 |
| test.c:446:7:446:7 | i | 50 |
| test.c:448:3:448:3 | i | 2147483647 |
| test.c:448:13:448:13 | j | 50 |
| test.c:449:7:449:7 | i | 60 |
| test.c:456:12:456:12 | a | 4294967295 |
| test.c:456:17:456:17 | a | 4294967295 |
| test.c:456:33:456:33 | b | 4294967295 |
| test.c:456:38:456:38 | b | 4294967295 |
| test.c:457:13:457:13 | a | 11 |
| test.c:457:15:457:15 | b | 23 |
| test.c:458:5:458:9 | total | 0 |
| test.c:458:14:458:14 | r | 253 |
| test.c:460:12:460:12 | a | 4294967295 |
| test.c:460:17:460:17 | a | 4294967295 |
| test.c:460:33:460:33 | b | 4294967295 |
| test.c:460:38:460:38 | b | 4294967295 |
| test.c:461:13:461:13 | a | 11 |
| test.c:461:15:461:15 | b | 23 |
| test.c:462:5:462:9 | total | 253 |
| test.c:462:14:462:14 | r | 253 |
| test.c:464:12:464:12 | a | 4294967295 |
| test.c:464:17:464:17 | a | 4294967295 |
| test.c:464:34:464:34 | b | 4294967295 |
| test.c:464:39:464:39 | b | 4294967295 |
| test.c:465:13:465:13 | a | 11 |
| test.c:465:15:465:15 | b | 23 |
| test.c:466:5:466:9 | total | 506 |
| test.c:466:14:466:14 | r | 253 |
| test.c:469:10:469:14 | total | 759 |
| test.c:475:12:475:12 | b | 4294967295 |
| test.c:475:17:475:17 | b | 4294967295 |
| test.c:476:16:476:16 | b | 23 |
| test.c:477:5:477:9 | total | 0 |
| test.c:477:14:477:14 | r | 253 |
| test.c:479:12:479:12 | b | 4294967295 |
| test.c:479:17:479:17 | b | 4294967295 |
| test.c:480:16:480:16 | b | 23 |
| test.c:481:5:481:9 | total | 253 |
| test.c:481:14:481:14 | r | 253 |
| test.c:483:13:483:13 | b | 4294967295 |
| test.c:483:18:483:18 | b | 4294967295 |
| test.c:484:16:484:16 | b | 23 |
| test.c:485:5:485:9 | total | 506 |
| test.c:485:14:485:14 | r | 253 |
| test.c:488:10:488:14 | total | 759 |
| test.c:493:3:493:3 | x | 18446744073709551616 |
| test.c:493:7:493:7 | y | 18446744073709551616 |
| test.c:494:3:494:4 | xy | 18446744073709551616 |
| test.c:494:8:494:8 | x | 1000000003 |
| test.c:494:12:494:12 | y | 1000000003 |
| test.c:495:10:495:11 | xy | 1000000006000000000 |
| test.c:500:3:500:3 | x | 18446744073709551616 |
| test.c:501:3:501:3 | y | 18446744073709551616 |
| test.c:502:3:502:4 | xy | 18446744073709551616 |
| test.c:502:8:502:8 | x | 274177 |
| test.c:502:12:502:12 | y | 67280421310721 |
| test.c:503:10:503:11 | xy | 18446744073709551616 |
| test.c:507:7:507:8 | ui | 4294967295 |
| test.c:508:43:508:44 | ui | 4294967295 |
| test.c:508:48:508:49 | ui | 4294967295 |
| test.c:509:12:509:17 | result | 18446744065119617024 |
| test.c:511:7:511:8 | ul | 18446744073709551616 |
| test.c:512:28:512:29 | ul | 18446744073709551616 |
| test.c:512:33:512:34 | ul | 18446744073709551616 |
| test.c:513:12:513:17 | result | 18446744073709551616 |
| test.c:519:7:519:8 | ui | 4294967295 |
| test.c:519:19:519:20 | ui | 10 |
| test.c:520:5:520:6 | ui | 10 |
| test.c:520:11:520:12 | ui | 10 |
| test.c:521:12:521:13 | ui | 100 |
| test.c:525:3:525:9 | uiconst | 10 |
| test.c:528:3:528:9 | ulconst | 10 |
| test.c:529:10:529:16 | uiconst | 40 |
| test.c:529:20:529:26 | ulconst | 40 |
| test.c:533:7:533:7 | i | 2147483647 |
| test.c:533:18:533:18 | i | 2147483647 |
| test.c:534:5:534:5 | i | 2147483647 |
| test.c:534:13:534:13 | i | 2 |
| test.c:535:9:535:9 | i | 10 |
| test.c:537:5:537:5 | i | 2147483647 |
| test.c:537:9:537:9 | i | 10 |
| test.c:538:9:538:9 | i | 15 |
| test.c:540:5:540:5 | i | 15 |
| test.c:541:9:541:9 | i | 105 |
| test.c:543:5:543:5 | i | 105 |
| test.c:544:9:544:9 | i | 2310 |
| test.c:546:7:546:7 | i | 2147483647 |
| test.c:547:5:547:5 | i | 2147483647 |
| test.c:547:9:547:9 | i | -1 |
| test.c:548:9:548:9 | i | 1 |
| test.c:550:3:550:3 | i | 2147483647 |
| test.c:550:7:550:7 | i | 2147483647 |
| test.c:551:10:551:10 | i | 2147483647 |
| test.c:554:3:554:3 | i | 2147483647 |
| test.c:554:10:554:11 | sc | 1 |
| test.c:556:7:556:7 | i | 127 |
| test.c:563:7:563:7 | n | 4294967295 |
| test.c:565:7:565:7 | n | 4294967295 |
| test.c:566:9:566:9 | n | 4294967295 |
| test.c:569:7:569:7 | n | 4294967295 |
| test.c:570:9:570:9 | n | 4294967295 |
| test.c:572:9:572:9 | n | 0 |
| test.c:575:8:575:8 | n | 4294967295 |
| test.c:576:9:576:9 | n | 0 |
| test.c:578:9:578:9 | n | 4294967295 |
| test.c:581:10:581:10 | n | 4294967295 |
| test.c:582:5:582:5 | n | 4294967295 |
| test.c:585:7:585:7 | n | 0 |
| test.c:589:7:589:7 | n | 32767 |
| test.c:592:7:592:7 | n | 32767 |
| test.c:593:9:593:9 | n | 0 |
| test.c:595:9:595:9 | n | 32767 |
| test.c:598:7:598:7 | n | 32767 |
| test.c:599:9:599:9 | n | 32767 |
| test.c:601:9:601:9 | n | 0 |
| test.c:604:10:604:10 | n | 32767 |
| test.c:605:5:605:5 | n | 32767 |
| test.c:608:7:608:7 | n | 0 |
| test.c:612:7:612:7 | n | 32767 |
| test.c:613:9:613:9 | n | 32767 |
| test.c:614:11:614:11 | n | 32767 |
| test.c:618:7:618:7 | n | 32767 |
| test.c:619:13:619:13 | n | 32767 |
| test.c:622:9:622:9 | n | 32767 |
| test.c:625:7:625:7 | n | 32767 |
| test.c:625:22:625:22 | n | 32767 |
| test.c:626:9:626:9 | n | 32767 |
| test.c:629:7:629:7 | n | 32767 |
| test.c:630:5:630:5 | n | 32767 |
| test.c:630:10:630:10 | n | 32767 |
| test.c:630:14:630:14 | n | 0 |
| test.c:631:6:631:6 | n | 32767 |
| test.c:631:10:631:10 | n | 0 |
| test.c:631:14:631:14 | n | 32767 |
| test.c:642:7:642:8 | ss | 32767 |
| test.c:643:9:643:10 | ss | 3 |
| test.c:646:7:646:8 | ss | 32767 |
| test.c:647:9:647:10 | ss | 32767 |
| test.c:650:14:650:15 | us | 65535 |
| test.c:651:9:651:10 | us | 32767 |
| test.c:654:14:654:15 | us | 65535 |
| test.c:655:9:655:10 | us | 65535 |
| test.c:658:7:658:8 | ss | 32767 |
| test.c:659:9:659:10 | ss | 32767 |
| test.c:662:7:662:8 | ss | 32767 |
| test.c:663:9:663:10 | ss | 2 |
| test.c:669:8:669:8 | s | 2147483647 |
| test.c:669:15:669:15 | s | 127 |
| test.c:669:23:669:23 | s | 9 |
| test.c:670:18:670:18 | s | 9 |
| test.c:670:22:670:22 | s | 9 |
| test.c:671:9:671:14 | result | 127 |
| test.c:677:7:677:7 | i | 0 |
| test.c:678:9:678:9 | i | 2147483647 |
| test.c:682:7:682:7 | u | 0 |
| test.c:683:9:683:9 | u | 4294967295 |
| test.c:688:12:688:12 | s | 2147483647 |
| test.c:689:7:689:8 | s2 | 4 |
| test.c:694:7:694:7 | x | 2147483647 |
| test.c:695:9:695:9 | y | 2147483647 |
| test.c:699:7:699:7 | y | 2147483647 |
| test.c:708:7:708:7 | x | 2147483647 |
| test.c:713:7:713:7 | x | 15 |
| test.c:720:8:720:8 | x | 2147483647 |
| test.c:720:12:720:12 | y | 256 |
| test.c:721:9:721:9 | x | 2147483647 |
| test.c:722:9:722:9 | y | 256 |
| test.cpp:10:7:10:7 | b | 2147483647 |
| test.cpp:11:5:11:5 | x | 2147483647 |
| test.cpp:13:10:13:10 | x | 2147483647 |